ES2396092B1 - AMIDAS OF 2-AMINO-1,3-PROPANODIOLS AND ITS USE AS CERAMIDASAS INHIBITORS. - Google Patents
AMIDAS OF 2-AMINO-1,3-PROPANODIOLS AND ITS USE AS CERAMIDASAS INHIBITORS. Download PDFInfo
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- ES2396092B1 ES2396092B1 ES201131119A ES201131119A ES2396092B1 ES 2396092 B1 ES2396092 B1 ES 2396092B1 ES 201131119 A ES201131119 A ES 201131119A ES 201131119 A ES201131119 A ES 201131119A ES 2396092 B1 ES2396092 B1 ES 2396092B1
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- C—CHEMISTRY; METALLURGY
- C07—ORGANIC CHEMISTRY
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- C07C311/00—Amides of sulfonic acids, i.e. compounds having singly-bound oxygen atoms of sulfo groups replaced by nitrogen atoms, not being part of nitro or nitroso groups
- C07C311/01—Sulfonamides having sulfur atoms of sulfonamide groups bound to acyclic carbon atoms
- C07C311/02—Sulfonamides having sulfur atoms of sulfonamide groups bound to acyclic carbon atoms of an acyclic saturated carbon skeleton
- C07C311/03—Sulfonamides having sulfur atoms of sulfonamide groups bound to acyclic carbon atoms of an acyclic saturated carbon skeleton having the nitrogen atoms of the sulfonamide groups bound to hydrogen atoms or to acyclic carbon atoms
- C07C311/04—Sulfonamides having sulfur atoms of sulfonamide groups bound to acyclic carbon atoms of an acyclic saturated carbon skeleton having the nitrogen atoms of the sulfonamide groups bound to hydrogen atoms or to acyclic carbon atoms to acyclic carbon atoms of hydrocarbon radicals substituted by singly-bound oxygen atoms
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61K—PREPARATIONS FOR MEDICAL, DENTAL OR TOILETRY PURPOSES
- A61K31/00—Medicinal preparations containing organic active ingredients
- A61K31/16—Amides, e.g. hydroxamic acids
- A61K31/164—Amides, e.g. hydroxamic acids of a carboxylic acid with an aminoalcohol, e.g. ceramides
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- C07C233/00—Carboxylic acid amides
- C07C233/01—Carboxylic acid amides having carbon atoms of carboxamide groups bound to hydrogen atoms or to acyclic carbon atoms
- C07C233/16—Carboxylic acid amides having carbon atoms of carboxamide groups bound to hydrogen atoms or to acyclic carbon atoms having the nitrogen atom of at least one of the carboxamide groups bound to a carbon atom of a hydrocarbon radical substituted by singly-bound oxygen atoms
- C07C233/17—Carboxylic acid amides having carbon atoms of carboxamide groups bound to hydrogen atoms or to acyclic carbon atoms having the nitrogen atom of at least one of the carboxamide groups bound to a carbon atom of a hydrocarbon radical substituted by singly-bound oxygen atoms with the substituted hydrocarbon radical bound to the nitrogen atom of the carboxamide group by an acyclic carbon atom
- C07C233/18—Carboxylic acid amides having carbon atoms of carboxamide groups bound to hydrogen atoms or to acyclic carbon atoms having the nitrogen atom of at least one of the carboxamide groups bound to a carbon atom of a hydrocarbon radical substituted by singly-bound oxygen atoms with the substituted hydrocarbon radical bound to the nitrogen atom of the carboxamide group by an acyclic carbon atom having the carbon atom of the carboxamide group bound to a hydrogen atom or to a carbon atom of an acyclic saturated carbon skeleton
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- C07C235/00—Carboxylic acid amides, the carbon skeleton of the acid part being further substituted by oxygen atoms
- C07C235/70—Carboxylic acid amides, the carbon skeleton of the acid part being further substituted by oxygen atoms having carbon atoms of carboxamide groups and doubly-bound oxygen atoms bound to the same carbon skeleton
- C07C235/72—Carboxylic acid amides, the carbon skeleton of the acid part being further substituted by oxygen atoms having carbon atoms of carboxamide groups and doubly-bound oxygen atoms bound to the same carbon skeleton with the carbon atoms of the carboxamide groups bound to acyclic carbon atoms
- C07C235/74—Carboxylic acid amides, the carbon skeleton of the acid part being further substituted by oxygen atoms having carbon atoms of carboxamide groups and doubly-bound oxygen atoms bound to the same carbon skeleton with the carbon atoms of the carboxamide groups bound to acyclic carbon atoms of a saturated carbon skeleton
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- C07—ORGANIC CHEMISTRY
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- C07C235/00—Carboxylic acid amides, the carbon skeleton of the acid part being further substituted by oxygen atoms
- C07C235/70—Carboxylic acid amides, the carbon skeleton of the acid part being further substituted by oxygen atoms having carbon atoms of carboxamide groups and doubly-bound oxygen atoms bound to the same carbon skeleton
- C07C235/72—Carboxylic acid amides, the carbon skeleton of the acid part being further substituted by oxygen atoms having carbon atoms of carboxamide groups and doubly-bound oxygen atoms bound to the same carbon skeleton with the carbon atoms of the carboxamide groups bound to acyclic carbon atoms
- C07C235/76—Carboxylic acid amides, the carbon skeleton of the acid part being further substituted by oxygen atoms having carbon atoms of carboxamide groups and doubly-bound oxygen atoms bound to the same carbon skeleton with the carbon atoms of the carboxamide groups bound to acyclic carbon atoms of an unsaturated carbon skeleton
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- C07C247/00—Compounds containing azido groups
- C07C247/02—Compounds containing azido groups with azido groups bound to acyclic carbon atoms of a carbon skeleton
- C07C247/04—Compounds containing azido groups with azido groups bound to acyclic carbon atoms of a carbon skeleton being saturated
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- C—CHEMISTRY; METALLURGY
- C07—ORGANIC CHEMISTRY
- C07C—ACYCLIC OR CARBOCYCLIC COMPOUNDS
- C07C311/00—Amides of sulfonic acids, i.e. compounds having singly-bound oxygen atoms of sulfo groups replaced by nitrogen atoms, not being part of nitro or nitroso groups
- C07C311/01—Sulfonamides having sulfur atoms of sulfonamide groups bound to acyclic carbon atoms
- C07C311/02—Sulfonamides having sulfur atoms of sulfonamide groups bound to acyclic carbon atoms of an acyclic saturated carbon skeleton
- C07C311/03—Sulfonamides having sulfur atoms of sulfonamide groups bound to acyclic carbon atoms of an acyclic saturated carbon skeleton having the nitrogen atoms of the sulfonamide groups bound to hydrogen atoms or to acyclic carbon atoms
- C07C311/05—Sulfonamides having sulfur atoms of sulfonamide groups bound to acyclic carbon atoms of an acyclic saturated carbon skeleton having the nitrogen atoms of the sulfonamide groups bound to hydrogen atoms or to acyclic carbon atoms to acyclic carbon atoms of hydrocarbon radicals substituted by nitrogen atoms, not being part of nitro or nitroso groups
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Abstract
Description
Amidas@de@2-amino-1,3-propanodioles@y@su@uso@como@inhibidores@de@ceramidasas@ Amidas @ de @ 2-amino-1,3-propanedioles @ and @ its @ use @ as @ inhibitors @ of @ ceramidasas @
@ @
Las@ceramidasas@son@hidrolasas@que@catalizan@la@hidrolisis@de@las@ceramidas@en@esfingosina@y@acidos@grasos@en@ mamiferos,@bacterias@y@hongos.@Segun@su@pH@optimo,@las@ceramidasas@se@agrupan@en@acidas,@neutras@y@alcalinas.@Hasta@ la@fecha,@se@han@clonado@y@expresado@de@forma@funcional@cinco@ceramidasas@distintas:@la@ceramidasa@acida,@la@neutra@y@ tres@alcalinas.@ The @ ceramidasas @ are @ hydrolasas @ that @ catalyze @ the @ hydrolysis @ of @ the @ ceramides @ in @ sphingosine @ and @ fatty @ acids @ in @ mammals, @ bacteria @ and @ fungi. @ According @ your @ pH @ optimally, @ the @ ceramidasas @ are @ grouped @ in @ acidas, @ neutral @ and @ alkaline. @ Until @ the @ date, @ they have been cloned and @ expressed @ in a @ functional @ way @ five @ ceramidasas @ different: @ la @ ceramidasa @ acida, @ la @ neutra @ and @ tres @ alkalinas. @
@@ @@
Existen@ evidencias@ que@ ponen@ de@ manifiesto@ el@ papel@ importante@ que@ desempefan@ las@ ceramidasas,@ especialmente@la@ceramidasa@acida,@en@el@desarrollo@y@la@progresion@del@cancer,@asi@como@en@la@respuesta@de@los@tumores@ a@la@terapia.@La@ceramidasa@acida@esta@sobreexpresada@en@diversas@lineas@celulares@y@tejidos@cancerosos,@lo@que@parece@ contribuir@a@la@disminucion@de@los@niveles@de@ceramida@y@al@aumento@de@los@de@esfingosina-1-fosfato,@con@el@consiguiente@ aumento@de@la@proliferacion@celular@y@resistencia@a@la@muerte@celular.@En@muchos@casos,@la@inhibicion@de@la@ceramidasa@ acida@conduce@a@apoptosis.@En@numerosos@trabajos@se@confirma@la@relacion@entre@el@aumento@de@la@actividad@ceramidasa@ acida@y@la@resistencia@a@la@radio@y@quimioterapia,@asi@como@el@interes@del@uso@de@inhibidores@de@la@ceramidasa@acida@como@ farmacos@anticancerosos,@tanto@solos@como@en@combinacion@con@otras@terapias.@En@celulas@de@glioblastoma@resistentes@a@ la@radiacion@se@observaron@niveles@elevados@en@la@expresion@de@ceramidasa@acida.@El@tratamiento@de@dichas@celulas@con@ N-oleoiletanolamina@aumento@su@sensibilidad@frente@a@la@radiacion,@con@el@consiguiente@aumento@de@los@niveles@de@ ceramida,@activacion@de@caspasas@y@apoptosis.@@ There are @ evidences @ that @ make @ of @ manifest @ the @ important @ role @ that @ ceramidasas played, @ especially @ the @ ceramidasa @ acida, @ in @ the @ development @ and @ the @ progresion @ del @ cancer, @ as @ as @ in @ the @ response @ of @ the tumors @ a @ the therapy. @ The @ ceramidasa @ acida @ is @ overexpressed @ in @ various @ cell @ lines @ and @ cancerous @ tissues, @ what @ it seems to contribute to the decrease in @ the @ levels @ of @ ceramida @ and @ to the @ increase @ of @ sphingosine-1-phosphate @ with @ the @ consequent @ @ increase in @ cell @ proliferation @ and @ resistance @ to @ cell @ death. @ In @ many @ cases, @ @ inhibition of @ ceramidase @ acida @ leads @ apoptosis. @ numerous @ jobs @ se @ confirms @ the @ relationship between @ the @ increase @ of @ the @ activity @ ceramidasa @ acida @ and @ the @ resistance @ to @ the @ radio @ and @ chemotherapy, @ like @ like @ the @ interest @ of the @ use @ of @ inhibitors @ of @ the @ ceramidasa @ acida @ as @ anti-cancer drugs, @ both @ alone @ and @ in @ combination @ with @ other @ therapies. @ In @ cells @ of @ glioblastoma @ resistant @ a @ la @ radiacion @ se @ observed @ high @ levels @ in @ la @ @ ceramidasa @ acida expression @ The @ treatment @ of @ sayings @ cells @ with @ N-oleoiletanolamine @ increase @ their @ sensitivity @ against @ radiation @, with @ the consequent increase in @ the @ levels @ of @ ceramida, @ activation @ of @ caspasas @ and @ apoptosis. @@
@ @
Respecto@a@la@ceramidasa@neutra,@no@se@ha@examinado@con@tanto@detalle@su@papel@en@el@cancer.@Sin@embargo,@Wu y col@[Biochim Biophys Acta 2009,@1791,@730-739]@comprobaron@que@la@disminucion@de@actividad@ceramidasa@neutra@ inducida@por@gemcitabina@da@lugar@a@una@parada@de@ciclo@celular@en@la@fase@G(0)/G(1)@en@un@tipo@particular@de@celulas@ endoteliales@murinas.@Por@ultimo,@el@aumento@de@la@muerte@celular@inducida@por@el@inhibidor@de@la@ceramidasa@neutra@ DMAPP@es@otro@de@los@ejemplos@que@sustancia@el@papel@de@la@ceramidasa@neutra@en@el@desarrollo@y@progresion@del@cancer.@ Regarding @ la @ ceramidasa @ neutra, @ no @ se @ ha @ examined @ with @ much @ detail @ her @ role @ in @ the @ cancer. @ However, @ Wu et al @ [Biochim Biophys Acta 2009 , @ 1791, @ 730-739] @ checked @ the @ decrease @ of @ activity @ ceramidasa @ neutral @ induced @ by @ gemcitabine @ gives @ place @ a @ a @ stop @ of @ cell @ cycle @ in @ the @ phase @ G (0) / G (1) @ in @ a @ particular @ type @ of @ endothelial @ murine cells. @ Last @, @ the @ increase @ of @ induced @ cell @ death by @ the @ inhibitor @ of @ la @ ceramidasa @ neutra @ DMAPP @ is @ another @ of @ the @ examples @ that @ substance @ the @ paper @ of @ the @ ceramidasa @ neutra @ in @ the @ development @ and @ progression @ of @ cancer. @
@ @
La@busqueda@de@inhibidores@de@la@ceramidasa@acida@ha@recibido@una@mayor@atencion@dado@su@interes@como@ posibles@farmacos@antiproliferativos@y@citostaticos@en@la@quimioterapia@del@cancer.@Uno@de@los@primeros@inhibidores@ descritos@fue@la@N-oleoiletanolamina,@usado@solamente@como@herramienta@farmacologica,@puesto@que@su@escasa@potencia@ hace@inviable@su@uso@terapeutico.@Se@ha@descrito@que@la@N-oleoiletanolamina@inhibe@las@ceramidasas@neutra@y@alcalina@de@ queratinocitos,@asi@como@ la@glucosilacion@de@las@ceramidas@naturales@en@celulas@CHP-100@de@neuroepitelioma@a@ concentraciones@no@toxicas,@proceso@que@va@acompafado@de@un@aumento@de@ceramidas@y@la@induccion@de@la@apoptosis.@ The @ search @ of @ inhibitors @ of @ la @ ceramidasa @ acida @ has @ received @ a @ greater @ attention @ given @ their @ interest @ as @ possible @ anti-proliferative drugs @ and @ cytostatic @ in @ chemotherapy @ of @ cancer. @ One @ of @ the first @ inhibitors @ described @ was @ the @ N-oleoiletanolamine, @ used @ only @ as @ tool @ pharmacological, @ post @ that @ its @ low @ power @ makes @ unfeasible @ its @ therapeutic @ use. @ It has been described that @ the @ N-oleoiletanolamine @ inhibits @ the @ ceramidasas @ neutral @ and @ alkaline @ of @ keratinocytes, @ as well as @ the @ glucosylation @ of @ the @ natural @ ceramides @ in @ cells @ CHP-100 @ of @ neuroepitelioma @ a @ concentrations @ no @ toxic, @ process @ that @ goes @ accompanied by @ a @ increase @ of @ ceramides @ and @ the @ induction @ of @ la @ apoptosis. @
@ @
El@compuesto@ B13@ ((1R,2R)-2-(N-tetradecanoilamino)-1-(4-nitrofenil)-1,3-propanodiol)@es@otro@inhibidor@de@ la@ ceramidasa@acida.@Es@selectivo@de@esta@ceramidasa,@ya@que@no@modifica@la@actividad@de@las@ceramidasas@neutra@y@ alcalinas.@El@B13@induce@la@acumulacion@de@ceramida@y@la@muerte@de@celulas@SW403@(adenocarcinoma@humano),@ melanoma,@y@celulas@LNCaP@de@prostata.@Ademas,@el@B13@previene@el@crecimiento@de@tumores@in vivo@y@sensibiliza@ tumores@de@prostata@frente@a@la@apoptosis@inducida@por@radiacion.@Puesto@que@el@B13@es@una@molecula@neutra@y@lipofila,@no@ es@muy@adecuada@para@alcanzar@y@acumularse@en@el@lisosoma,@el@compartimento@acido@en@el@ que@se@encuentra@la@ ceramidasa@acida.@Por@ello,@se@han@disefado@diversos@analogos@estructurales@con@objeto@de@mejorar@la@capacidad@de@ alcanzar@la@diana@biologica.@De@estos@trabajos@han@surgido@tres@familias@de@analogos@con@diferente@especificidad@respecto@ al@ organulo@ intracelular:@ a)@ alquilaminas@ lisosomotropicas@ (por@ ejemplo,@ LCL204);@ b)@ analogos@ cationicos@ mitocondriotropicos@(como@el@LCL85);@c)@analogos@neutros@sin@selectividad@respecto@al@compartimiento@en@el@que@se@ acumulan@ (LCL15).@ Entre@ los@analogos@ lisosomotropicos,@el@ LCL204@es@capaz@de@ localizarse@selectivamente@en@ lisosomas@y@de@inducir@apoptosis@en@celulas@de@cancer@de@prostata@y@apoptosis@inducida@por@Fas@en@celulas@escamosas@ de@cancer.@Sin@embargo,@el@LCL204@(o@AD2646)@provoca@la@desestabilizacion@lisosomal@y@una@rapida@degradacion,@ dependiente@de@catepsina,@de@la@ceramidasa@acida,@lo@que@sugiere@una@falta@de@especificidad@tumoral.@Un@efecto@similar@ ha@sido@descrito@para@la@desipramina,@que@es@capaz@de@disminuir@la@actividad@de@la@ceramidasa@acida@por@estimulacion@de@ su@degradacion@proteolitica@dependiente@de@catepsina,@asi@como@para@otros@compuestos@anfifilicos@(cloropromazina,@ cloroquina),@aunque@no@para@otros@agentes@lisosomotropicos@(cloruro@amonico,@bafilomicina@A1).@ The @ compound @ B13 @ ((1R, 2R) -2- (N-tetradecanoylamino) -1- (4-nitrophenyl) -1,3-propanediol) @ is @ another @ inhibitor @ of @ ceramidase @ acid. @ It is @ selective @ of @ this @ ceramidasa, @ since @ that @ does not modify @ the @ activity @ of @ the @ ceramidasas @ neutra @ and @ alkalines. @ The @ B13 @ induce @ the @ accumulation of @ ceramida @ and @ the @ death @ of @ cells @ SW403 @ (adenocarcinoma @ human), @ melanoma, @ and @ cells @ LNCaP @ of @ prostata. @ Also, @ the @ B13 @ prevents @ the @ growth @ of @ tumors @in vivo @ and @ sensitize @ tumors @ prostata @ in front of @ the @ apoptosis @ induced @ by @ radiation. @ Since @ the @ B13 @ is @ a @ neutral @ molecule @ and @ lipofila, @ not @ is @ very @ suitable @ to @ reach @ and @ accumulate @ in @ the @ lysosome, @ the @ compartment @ acid @ in @ the @ that @ is @ the @ ceramidasa @ acid. @ For @ it, @ se @ han @ disefado @ diverse @ structural @ analogos @ with @ object @ of @ improve @ the @ ability @ to @ reach @ the @ target @ biologica. @ From @ these @ jobs @ have @ emerged @ three @ families @ of @ analogos @ with @ different @ specificity @ regarding @ the @ intracellular @ organism: @ a) @ alkylamines @ lysosomotropics @ (for @ example, @ LCL2 04); @ b) @ analogs @ cationics @ mitochondriotropics @ (like @ the @ LCL85); @ c) @ analogs @ neutral @ without @ selectivity @ regarding @ the @ compartment @ in @ the @ that @ accumulate @ ( LCL15). @ Enter @ the @ analogos @ lysosomotropics, @ the @ LCL204 @ is @ capable @ of @ selectively @ locating @ in lysosomes @ and @ of @ inducing @ apoptosis @ in @ prostate @ cancer @ cells @ and @ apoptosis @ induced @ by @ Fas @ in @ cells @ squamous @ of @ cancer. @ However, @ the @ LCL204 @ (or @ AD2646) @ causes @ the @ destabilization @ lysosomal @ and @ a @ fast @ degradation, @ dependent @ of cathepsin, @ of @ la @ ceramidasa @ acida, @ what @ suggests @ a @ lack @ of @ tumor @ specificity. @ A @ similar @ effect @ has @ been @ described @ to @ la @ desipramina, @ that @ is @ able @ to @ decrease @ the @ activity @ of @ la @ ceramidasa @ acida @ por @ stimcion @ de @ su @ degradacion @ proteolitica @ dependent @ de @ catepsina, @ asi @ como @ for @ other @ amphiphilic @ compounds (chloropromazine, @ chloroquine), @ although @ not @ for @ other @ lysosomotropic agents @ (ammonic @ chloride, @ bafilomycin @ A1). @
@ @
Se@ha@descrito@una@nueva@generacion@de@inhibidores@lisosomotropicos@de@la@ceramidasa@acida@desprovistos@de@la@ It has been described as a new generation of @ inhibitors @ lisosomotropicos @ de @ la @ ceramidasa @ acida @ desprovistos @ de @ la @
capacidad@desestabilizadora@del@lisosoma@del@LCL204.@Este@tipo@de@inhibidores@muestran@un@grupo@ -aminoacilo@junto@ @ Lysosome @ @ LCL204 destabilizing @ ability. @ This @ type @ of @ inhibitors @ show @ a @ group @ -aminoacilo @ together @
con@la@combinacion@de@elementos@estructurales@del@B13@y@del@LCL204@(AD2646).@Dentro@de@este@grupo@destacan@el@ LCL464,@capaz@de@inhibir@la@ceramidasa@acida@tanto@in vivo@como@in vitro,@pero@sin@capacidad@para@inducir@su@degradacion@ proteolitica.@Ademas,@el@compuesto@LCL464@provoca@un@aumento@de@la@apoptosis@dependiente@de@caspasas@en@diversos@ tipos@de@cancer.@@ with @ the @ combination @ of @ structural @ elements @ of @ B13 @ and @ of @ LCL204 @ (AD2646). @ Within @ this @ group @ stand out @ the @ LCL464, @ able @ to @ inhibit @ the @ ceramidasa @ acida @ both @ in vivo @ and @ in vitro, @ but @ without @ capacity @ to @ induce @ its @ proteolytic degradation. @ Also, @ the @ compound @ LCL464 @ causes @ an @ increase @ of @ the @ apoptosis @ dependent @ of @ caspasas @ in @ various @ types @ of @ cancer. @@
@ @
De@forma@paralela@al@desarrollo@de@analogos@del@B13,@se@introdujeron@modificaciones@estructurales@similares@en@la@ estructura@del@ DMAPP.@ Este@es@un@compuesto@utilizado@frecuentemente@por@sus@ propiedades@inhibidoras@de@las@ ceramidasas@neutra@y@alcalinas,@tal@y@como@se@indica@en@el@trabajo@de@[Bielawska@y@col@Bioorganic and Medicinal Chemistry 2007,@16,@1032-1045].@@ From @ parallel @ form @ to @ B13 @ analog @ @ development, @ similar @ structural @ modifications were @ introduced in @ the @ DMAPP @ structure. @ This @ is @ a @ compound @ used @ frequently @ by @ its @ inhibitory @ properties @ the @ ceramidasas @ neutral @ and @ alkaline, @ as @ and @ as @ indicated @ in @ the @ work @ of [Bielawska @ and @ col @ Bioorganic and Medicinal Chemistry 2007, @ 16, @ 1032-1045]. @@
Se@han@publicado@estructuras@de@analogos@de@ceramidas@diferentes@a@los@compuestos@de@la@presente@invencion@ como@moduladores@de@la@apoptosis@(Chang@et@al.,@J@Am@Chem@Soc.@2002@124,@1856-1857),@inhibidores@de@la@produccion@ de@interleuquina@4@(Park@et@al.@Bioorg@Med@Chem.@2005,@13,@2589-2595.)@e@inhibidores@de@la@activacion@de@la@protein@ quinasa@C@para@el@tratamiento@de@enfermedades@relacionadas@con@el@sistema@nervioso@(US5519007).@La@solicitud@de@ patente@WO200650264@describe@conjugados@de@ceramidas@con@sales@de@piridinio@y@su@uso@en@el@tratamiento@del@cancer.@ Esta@ solicitud@ de@ patente@ tambien@ describe@ el@ compuesto@ I-B2@ (2-bromo-N-((2S,3R)-1,3-dihidroxiheptadecan-2yl)acetamida)@como@un@intermedio@para@la@obtencion@de@los@compuestos@para@el@tratamiento@de@cancer.@Sin@embargo,@ este@documento@del@estado@de@la@tecnica@no@divulga@que@el@compuesto@I-B2@pueda@utilizarse@como@anticancerigeno.@Otras@ patentes@ describen@ otros@ analogos@ de@ ceramidas@ diferentes@ a@ los@ de@ la@ presente@ invencion@ como@ inhibidores@ de@ ceramidasas@ (WO2003005965@ y@ WO2005051891),@ para@ el@ tratamiento@ del@ cancer@ (EP1580187)@ y@ para@ uso@ en@ el@ tratamiento@de@la@inflamacion@(WO2004064823).@ @ @ @ @ Analogos @ structures @ of ceramides @ different @ a @ the @ compounds @ of @ the @ present @ invention @ as @ modulators of @ the @ apoptosis @ (Chang @ et @ al., @ J @ Am @ Chem @ Soc. @ 2002 @ 124, @ 1856-1857), @ inhibitors @ of @ interleukin @ production @ 4 (Park @ et @ al. @ Bioorg @ Med @ Chem. @ 2005, @ 13, @ 2589-2595.) @ E @ inhibitors @ of @ the @ activation @ of the @ protein @ kinase @ C @ for @ the @ treatment @ of @ diseases @ related to @ the @ system @ nervous @ (US5519007). @ The @ application @ of @ patent @ WO200650264 @ describes @ conjugates @ of @ ceramides @ with @ salts @ of @ pyridinium @ and @ its @ use @ in @ the @ cancer @ treatment. @ This @ patent @ application @ also @ describes @ the @ compound @ I-B2 @ (2-bromo-N - ((2S, 3R) -1,3-dihydroxyheptadecan-2yl) acetamide) @ as @ an @ intermediate @ for @ the @ obtaining @ the @ compounds @ for @ the @ cancer @ treatment. @ However, @ this @ document @ of the @ state @ of the @ technique @ does not disclose that the @ @ compound @ I-B2 @ can @ be used @ as @ anti-cancer. @ Other @ patents @ describe @ other @ analogs @ of @ ceramides @ different @ to @ the @ pr @ esente @invention @ as @ ceramidasas @ inhibitors (WO2003005965 @ and @ WO2005051891), @ for @ the @ cancer @ treatment (EP1580187) @ and @ for @ use @ in @ the @ treatment @ of @ inflammation @ (WO2004064823). @
@ @
Se@han@descrito@3-cetoamidas@de@cadena@de@N-acilo@de@corta@longitud@con@capacidad@de@inducir@apoptosis@en@ celulas@de@leucemia@(Azuma@et@al.@Bioorg@Med@Chem.@2007,@15,@2860-2867).@ They have been described @ 3-ketoamides @ of @ chain @ of @ N-acyl @ of @ short @ length @ with @ capacity @ of @ induce @ apoptosis @ in @ cells @ of @ leukemia @ (Azuma @ et @ al . @ Bioorg @ Med @ Chem. @ 2007, @ 15, @ 2860-2867). @
@ @
Tambien@se@han@publicado@diversas@familias@de@inhibidores@de@la@ceramidasa@acida@con@estructura@de@analogos@de@ ceramidas@o@de@aminoetanoles@sustituidos@en@C2@[Bedia@et@al.,@Org.@Biomol.@Chem.@2005@3,@3707-12.@Grijalvo@et@al.,@ Chem.@Phys.@Lipids.@2006@144,@69-84.@Bedia@et@al.,@Chem.@Phys.@Lipids.@2008@@156,@33-40].@Una@de@estas@familias@posee@ estructura@de@tioeter,@aunque@presenta@poca@actividad@citotoxica@frente@a@celulas@tumorales.@ @ Descripción de la invención Also @ have @ been published @ diverse @ families @ of @ inhibitors @ of @ la @ ceramidasa @ acida @ with @ structure @ of @ analogos @ of @ ceramidas @ or @ of @ aminoetanoles @ substituted @ in @ C2 @ [Bedia @ et @ al., @ Org. @ Biomol. @ Chem. @ 2005 @ 3, @ 3707-12. @ Grijalvo @ et @ al., @ Chem. @ Phys. @ Lipids. @ 2006 @ 144, @ 69- 84. @ Bedia @ et @ al., @ Chem. @ Phys. @ Lipids. @ 2008 @@ 156, @ 33-40]. @ One of @ these @ families @ owns @ structure @ of tioeter, @ although @ presents @ little @ activity @ cytotoxic @ versus @ cells @ tumor cells. @ @ Description of the invention
La@presente@invencion@proporciona@nuevos@derivados@de@ceramida@acida.@Asi@mismo,@la@presente@invencion@ tambien@proporciona@una@familia@de@compuestos@con@actividad@antiproliferativa@y@citotoxica@mediante@la@inhibicion@de@la@ actividad@ ceramidasa@ acida.@ En@ particular,@ la@ presente@ invencion@ proporciona@ una@ familia@ de@ compuestos@ para@ el@ tratamiento@del@cancer.@ The @ present @ invention @ provides @ new @ derivatives @ of @ ceramida @ acida. @ Likewise, @ the @ present @ invention @ also @ provides @ a @ family @ of @ compounds @ with @ antiproliferative @ activity @ and @ citotoxica @ by @ la @ inhibicion @ de @ la @ activity @ ceramidasa @ acida. @ In particular, @ the @ present @ invention @ provides @ a @ family @ of @ compounds @ for @ cancer @ treatment. @
@ @
En@un@primer@aspecto,@la@presente@invencion@se@refiere@a@un@compuesto@de@formula@(I):@@ @ In @ a @ first @ aspect, @ the @ present @ invention @ refers to a @ compound @ of @ formula @ (I): @@ @
(I)@ @ o@un@estereoisomero,@una@sal@o@un@solvato@farmaceuticamente@aceptable@de@este;@@ @ (I) @ @ or @ a @ stereoisomer, @ a @ salt @ or @ a pharmaceutically @ acceptable @ solvate @ of @ this; @@ @
donde:@@ A@se@selecciona@entre@-CH(OH)-@y@-C(=O)-,@ Z@se@selecciona@entre@H@y@OH,@ n@es@un@numero@entero@seleccionado@entre@0@y@1,@ R1@se@selecciona@entre@alquilo(C1-C30),@alquenilo(C2-C30),@y@alquinilo(C2-C30),@@ B@se@selecciona@entre@-H,@-N3@y@-C:CH,@ R2@se@selecciona@entre@-NHR3@y@maleimida,@donde@@ R3@se@selecciona@entre@-CO-R4,@-CO-CO-R4@y@-SO2-R4,@donde@@ R4@se@selecciona@entre@alquilo(C1-C16),@alquenilo(C2-C16),@alquinilo(C2-C16),@epoxido@y@aziridina,@ @ donde@los@grupos@alquilo,@alquenilo@o@alquinilo@de@R1@y@R4@pueden@estar,@independientemente,@opcionalmente@ where: @@ A @ se @ is selected @ from @ -CH (OH) - @ and @ -C (= O) -, @ Z @ is @ selected @ between @ H @ and @ OH, @ n @ is @ a @ integer @ number @ selected @ between @ 0 @ and @ 1, @ R1 @ is @ selected @ from @ alkyl (C1-C30), @ alkenyl (C2-C30), @ and @ alkynyl (C2-C30), @ @ B @ se @ is selected @ from @ -H, @ - N3 @ and @ -C: CH, @ R2 @ is @ selected @ between @ -NHR3 @ and @ maleimida, @ where @@ R3 @ is @ selected @ between @ -CO-R4, @ - CO-CO-R4 @ and @ -SO2-R4, @ where @@ R4 @ is @ selected @ from @ alkyl (C1-C16), @ alkenyl (C2-C16), @ alkynyl (C2-C16), @ epoxide @ and @ aziridine, @ @ where @ the @ alkyl @ groups, @ alkenyl @ or @ alkynyl @ of @ R1 @ and @ R4 @ can @ be, @ independently, @ optionally @
sustituidos@por@uno@o@varios@sustituyentes@elegidos@independientemente@entre@halogeno,@OH,@OR,@OCF3,@NH2,@NO2,@ NRR',@NHCOR;@CONRR',@COOH,@COOR,@OCOR@y@CN,@donde@R@y@R'@son@alquilo@o@alquenilo;@ @ con@la@condicion@de@que@ substituted @ by @ one @ or @ several @ substituents @ chosen @ independently @ between @ halogen, @ OH, @ OR, @ OCF3, @ NH2, @ NO2, @ NRR ', @ NHCOR; @CONRR', @ COOH, @ COOR, @ OCOR @ and @ CN, @ where @ R @ and @ R '@ are @ alkyl @ or @ alkenyl; @ @ with the condition of@
a)@cuando@A@es@-CH(OH)@y@B@es@H,@R3@es@diferente@de@-COR4@siendo@R4@alquilo(C1-C16)@@sin@sustituir@o@sustituido@ por@halogeno@o@hidroxilo;@ b)@cuando@A@es@-CH(OH),@B@es@H@y@R3@es@-COCOR4@siendo@R4@alquilo-C6,@R1@es@diferente@de@-CH=CH2-@ a) @ when @ A @ is @ -CH (OH) @ and @ B @ is @ H, @ R3 @ is @ different @ from @ -COR4 @ being @ R4 @ alkyl (C1-C16) @@ without @ replacing @ or @ substituted @ by @ halogen @ or @ hydroxyl; @ b) @ when @ A @ is @ -CH (OH), @ B @ is @ H @ and @ R3 @ is @ -COCOR4 @ being @ R4 @ alkyl -C6, @ R1 @ is @ different @ from @ -CH = CH2- @
alquilo(C12),@-C:CH-alquilo(C12)@@o@@alquilo(C13-C15);@o@ c)@cuando@A@es@-C(=O),@R1@es@alquenilo(C2-C30),@B@es@H@y@n@es@0,@R3@es@diferente@de@-COR4@siendo@R4@ alquilo(C1-C16).@ @ El@termino@"alquilo"@se@refiere,@en@la@presente@invencion,@a@radicales@de@cadenas@hidrocarbonadas@no@ciclicas,@ alkyl (C12), @ - C: CH-alkyl (C12) @@ or @@ alkyl (C13-C15); @ o @ c) @ when @ A @ is @ -C (= O), @ R1 @ is @alquenilo (C2-C30), @ B @ is @ H @ and @ n @ is @ 0, @ R3 @ is @ different @ from @ -COR4 @ being @ R4 @ alkyl (C1-C16). @ @ The @ Term @ "alkyl" @ refers @, @ in @ the @ present @ invention, @ a @ radicals @ of @ hydrocarbon chains @ not @ cyclics, @
lineales@o@ramificadas,@que@se@unen@al@resto@de@la@molecula@mediante@un@enlace@sencillo,@por@ejemplo,@metilo,@etilo,@npropilo,@i-propilo,@n-butilo,@terc-butilo,@sec-butilo,@n-pentilo,@n-hexilo,@decilo@o@dodecilo.@Los@grupos@alquilo@pueden@estar@ linear @ or @ branched, @ that @ join @ the @ rest @ of @ la @ molecula @ via @ a @ simple @ link, @ for example, @ methyl, @ ethyl, @ npropilo, @ i-propyl, @ n-butyl, @ tert-butyl, @ sec-butyl, @ n-pentyl, @ n-hexyl, @ decyl @ or @ dodecyl. @ @ alkyl @ groups can @ be @
opcionalmente@ sustituidos@ por@ uno@ o@ mas@ sustituyentes@ tales@ como@ halogeno,@ hidroxilo,@ azido,@ alcoxilo,@ carboxilo,@ carbonilo,@ciano,@carbaldehido,@alcoxicarbonilo,@amino@o@nitro.@@ @ optionally @ substituted @ by @ one @ or @ more @ substituents @ such as @ halogen, @ hydroxyl, @ azido, @ alkoxy, @ carboxyl, @ carbonyl, @ cyano, @ carbaldehyde, @ alkoxycarbonyl, @ amino @ or @ nitro. @@ @
El@termino@"alquenilo"@se@refiere@a@radicales@de@cadenas@hidrocarbonadas@no@ciclicas,@lineales@o@ramificadas,@que@ contienen@uno@ o@mas@ enlaces@ carbono-carbono@ dobles,@ preferentemente@ contiene@ un@ unico@ doble@enlace@ carbonocarbono,@y@que@estan@unidos@al@resto@de@la@molecula@por@un@enlace@simple,@por@ejemplo,@vinilo,@1-propenilo,@alilo,@ isoprenilo,@2-butenilo@o@1,3-butadienilo.@Los@radicales@alquenilos@pueden@estar@opcionalmente@sustituidos@por@uno@o@mas@ sustituyentes@tales@como@halogeno,@hidroxilo,@azido,@alcoxilo,@carboxilo,@carbonilo,@ciano,@carbaldehido,@alcoxicarbonilo,@ amino@o@nitro.@ @ The @ term "alkenyl" @ refers to @ radicals @ of @ hydrocarbon @ non-cyclic chains, @ linear @ or @ branched chains, @ which @ contain @ one @ or @ more @ carbon-carbon @ links doubles, @ preferably @ contains @ a @ single @ double @ carbon @ carbon link, @ and @ that @ are @ attached @ to the @ rest @ of the @ molecule @ by @ a @ simple @ link, @ by @ example, @ vinyl, @ 1-propenyl, @ allyl, @ isoprenyl, @ 2-butenyl @ or @ 1,3-butadiene. @ @ radicals @ alkenyls @ may @ be @ optionally @ substituted @ by @ one @ or @ more @ substituents @ such @ as @ halogen, @ hydroxyl, @ azido, @ alkoxy, @ carboxyl, @ carbonyl, @ cyano, @ carbaldehyde, @ alkoxycarbonyl, @ amino @ or @ nitro. @ @
El@termino@"alquinilo"@se@refiere@a@radicales@de@cadenas@hidrocarbonadas@no@ciclicas,@lineales@o@ramificadas,@que@ tienen@uno@o@mas@triples@enlaces@carbono-carbono,@preferentemente@contiene@un@unico@triple@enlace@carbono-carbono,@y@ que@estan@unidos@al@resto@de@la@molecula@por@un@enlace@simple@por@ejemplo,@etinilo@o@1-propinilo.@El@grupo@alquinilo@puede@ estar@opcionalmente@sustituido@por@uno@o@mas@sustituyentes@tales@como@halogeno,@hidroxilo,@azido,@alcoxilo,@carboxilo,@ carbonilo,@ciano,@carbaldehido,@alcoxicarbonilo,@amino@o@nitro.@ @ The term "alkynyl" @ refers to @ radicals @ of @ hydrocarbon @ non-cyclic chains, @ linear @ or @ branched, @ that @ have @ one @ or @ more @ triple @ carbon @ links- carbon, @ preferably @ contains @ a @ single @ triple @ link @ carbon-carbon, @ and @ that @ are @ attached @ to the @ rest @ of @ the @ molecule @ by @ a @ simple @ link @ for @ example, @ ethynyl @ or @ 1-propynyl. @ The @ alkynyl @ group may @ be @ optionally @ substituted @ by @ one @ or @ more @ substituents @ such as @ halogen, @ hydroxyl, @ azido, @ alkoxy, @ carboxyl, @ carbonyl, @ cyano, @ carbaldehido, @ alkoxycarbonyl, @ amino @ or @ nitro. @ @
Algunos@ de@ los@ compuestos@ de@ formula@ (I)@ de@ la@ presente@ invencion@ pueden@ tener@ uno@ o@ mas@ centros@ estereogenicos.@La@presente@invencion@abarca@todos@los@posibles@estereoisomeros@no@solo@sus@mezclas@racemicas@sino@ tambien@sus@isomeros@opticamente@activos.@La@obtencion@de@un@unico@enantiomero@puede@conseguirse@mediante@alguno@ de@los@procedimientos@comunmente@empleados,@por@ejemplo,@por@resolucion@de@la@mezcla@racemica@mediante@tecnicas@de@ recristalizacion,@sintesis@quiral,@resolucion@enzimatica,@biotransformacion@o@resolucion@cromatografica.@ @ Some @ of @ the @ compounds @ of @ formula @ (I) @ of @ the @ present @ invention @ may @ have @ one @ or @ more @ stereogenic centers. @ The @ present @ invention @ covers @ all @ the @ possible @ stereoisomers @ not @ only @ their @ racemic mixes @ but @ also @ their @ optically active isomers. @ The @ obtaining @ a @ unique @ enantiomer @ can @ be obtained by @ any @ of @ @ procedures @ commonly @ employees, @ for example, @ by @ resolution @ of @ racemic mix @ by @ recrystallization @ techniques, @ chiral synthesis, @ enzymatic resolution, @ biotransformation @ or @ resolution @ chromatography. @ @
El@ termino@ "sal@ farmaceuticamente@ aceptable"@ significa@ una@ sal@ que@ conserva@ una@ eficacia@ y@ propiedades@ biologicas@similares@a@la@base@libre@o@del@acido@libre@y@que@no@es@molesta@en@sentido@biologico@ni@en@ningun@otro.@ @ The term "pharmaceutically acceptable salt" @ means @ a @ salt @ that @ retains @ an @ efficacy @ and @ biological @ properties @ similar to @ the @ free @ base @ or @ the @ free @ acid @ and @ that @ no @ is @ annoying @ in @ biological @ sense @ or @ in @ no other. @ @
Las@sales@farmaceuticamente@aceptables@pueden@incluir@las@sales@de@adicion@de@acidos,@tales@como@mesilatos,@ fumaratos,@clorhidratos,@citratos,@maleatos@o@tartratos.@Tambien@pueden@formarse@sales@fisiologicamente@aceptables@con@ acidos@inorganicos@como@son@los@acidos@sulfurico@o@fosforico.@Asimismo,@pueden@formarse@sales@de@tipo@basico@de@un@ metal@alcalino,@como@por@ejemplo@el@sodio,@o@de@un@metal@alcalinoterreo,@por@ejemplo@calcio@o@magnesio.@Puede@haber@ mas@de@un@cation@o@anion@dependiendo@del@numero@de@funciones@con@carga@y@de@la@valencia@de@los@cationes@y@aniones.@ The @ pharmaceutically @ acceptable @ salts can @ include @ the @ salts @ of @ additives @ of acids, @ such as @ mesylates, @ smokers, @ hydrochlorides, @ citrates, @ maleates @ or @ tartrates. @ Also @ @ salts @ physiologically @ acceptable @ can be formed with @ inorganic @ acids @ as @ are @ sulfuric @ or @ phosphoric acids. @ Likewise, @ can @ be @ formed @ salts @ of @ basic @ type @ of @ metal @ alkaline, @ as @ by @ example @ sodium @, @ or @ from @ a @ metal @ alkaline earth, @ by @ example @ calcium @ or @ magnesium. @ There may be @ more @ than @ a @ cation @ o @ anion @ depending @ on @ number @ of @ functions @ with @ load @ and @ of @ la @ valencia @ de @ los @ cationes @ and @ aniones. @
@ @
El@termino@"solvato"@en@la@presente@solicitud@de@patente@significa@un@agregado@resultante@de@la@asociacion@ionica@ o@molecular@entre@moleculas@de@uno@o@mas@solventes@y@moleculas@de@uno@de@los@compuestos@objeto@esta@invencion.@El@ solvato@puede@comprender,@por@ejemplo,@moleculas@de@agua,@alcoholes,@cetonas,@acetatos@o@mezclas.@En@particular,@el@ solvato@puede@comprender@moleculas@de@agua,@etanol,@isopropanol,@acetona@o@mezclas.@Los@solvatos@objeto@de@la@ presente@ invencion@ se@ pueden@ obtener@ por@ metodos@ conocidos@ por@ un@ experto@ en@ la@ materia,@ por@ ejemplo,@ por@ cristalizacion@en@condiciones@controladas.@@@ The @ term "solvato" @ in @ the @ present @ application @ of @ patent @ means @ an @ aggregate @ resulting @ of @ the @ ionic @ molecular association between @ molecules @ of @ one @ or @ More @ solvents @ and @ molecules @ of @ one @ of @ the @ compounds @ object @ is @ invention. @ The @ solvate @ can @ understand, @ for example, @ water @ molecules, @ alcohols, @ ketones , @ acetates @ or @ mixtures. @ In particular, @ the @ solvate @ can @ understand @ molecules @ of @ water, @ ethanol, @ isopropanol, @ acetone @ or @ mixtures. @ The @ solvates @ object @ of @ The @ present @ invention @ can @ be obtained @ by @ methods @ known @ by @ an @ expert @ in @ the @ subject, @ by @ example, @ by @ crystallization @ in @ controlled @ conditions. @@@
@ @
De@acuerdo@con@una@realizacion@preferente,@el@compuesto@de@formula@(I)@de@la@presente@invencion@se@caracteriza@ porque@R1@se@selecciona@entre@alquilo(C1-C30)@y@alquenilo(C2-C30),@preferentemente@R1@se@selecciona@entre@alquilo(C1C30)@y@alquenilo(C2-C30)@sin@sustituir,@mas@preferentemente@R1@se@selecciona@entre@alquilo(C8-C16)@y@alquenilo(C8-C16)@sin@ sustituir.@ From @ agreement @ with @ a @ preferred @ realization, @ the @ compound @ of @ formula @ (I) @ of @ the @ present @ invention @ is @ characterized @ because @ R1 @ is @ selected @ from @ alkyl (C1 -C30) @ and @ alkenyl (C2-C30), @ preferably @ R1 @ is @ selected @ from @ alkyl (C1C30) @ and @ alkenyl (C2-C30) @ without @ replacing, @ more preferably @ R1 @ se @ select @ from @ alkyl (C8-C16) @ and @ alkenyl (C8-C16) @ without @ replacing. @
@ @
De@acuerdo@con@una@realizacion@preferente@adicional,@el@compuesto@de@formula@(I)@objeto@de@la@presente@solicitud@ de@patente@se@caracteriza@porque@n@puede@ser@igual@a@cero.@ Of @ agreement @ with @ an @ additional @ preferred realization, @ the @ compound @ of @ formula @ (I) @ object @ of @ the @ present @ application @ of @ patent @ is @ characterized @ because @ n @ can @ be @ equal @ to @ zero. @
@ @
De@acuerdo@con@otra@realizacion@preferente@adicional,@el@compuesto@de@formula@(I)@objeto@de@la@presente@solicitud@ de@patente@se@@caracteriza@porque@R3@es@-CO-R4,@donde@R4@puede@ser@alquilo(C1-C16),@y@B@se@puede@seleccionar@entre@-N3@ y@-C:CH.@@ From @ agreement @ with @ other @ additional @ preferential realization, @ the @ compound @ of @ formula @ (I) @ object @ of @ the @ present @ application @ of @ patent @ is @@ characterized @ because @ R3 @ is @ -CO-R4, @ where @ R4 @ can @ be @ alkyl (C1-C16), @ and @ B @ can @ be selected @ from @ -N3 @ and @ -C: CH. @@
@ @
Preferentemente,@ R4@ puede@ ser@ un@ alquilo(C1-C16)@ sustituido@ con@ al@ menos@ un@ atomo@ de@ halogeno,@ mas@ preferentemente@el@halogeno@puede@ser@un@atomo@de@fluor@o@bromo,@aun@mas@preferentemente@el@halogeno@es@bromo.@@ Preferably, @ R4 @ can @ be @ an @ alkyl (C1-C16) @ substituted @ with @ at least @ an @ halogen @ atom, @ more preferably @ the @ halogen @ can @ be @ an @ atom @ of @ fluor @ or @ bromo, @ even @ more @ preferably @ the @ halogen @ is @ bromo. @@
@ @
De@forma@aun@mas@preferente,@R4@puede@ser@un@alquilo(C1-C5)@sustituido@con@al@menos@un@atomo@bromo.@ @ By @ even @ more @ preferred, @ R4 @ can @ be @ an @ alkyl (C1-C5) @ substituted @ with @ at least @ an @ atom @ bromine. @ @
De@acuerdo@con@otra@realizacion@preferente@adicional,@el@compuesto@de@formula@(I)@objeto@de@la@presente@solicitud@ de@patente@caracterizado@porque@R3@es@-CO-R4,@donde@R4@puede@ser@alquilo(C1-C16),@y@donde@B@se@puede@seleccionar@ entre@-N3@y@-C:CH@tal@como@se@ha@indicado@anteriormente,@tambien@se@caracteriza@porque@A@es@-C(=O).@ From @ agreement @ with @ other @ additional @ preferred realization, @ the @ compound @ of @ formula @ (I) @ object @ of @ the @ present @ application @ of @ patent @ characterized @ because @ R3 @ is @ - CO-R4, @ where @ R4 @ can @ be @ alkyl (C1-C16), @ and @ where @ B @ can @ be selected @ from @ -N3 @ and @ -C: CH @ as @ as @ has @ indicated @ above, @ also @ is @ characterized @ because @ A @ is @ -C (= O). @
@ @
Preferentemente,@ R4@ puede@ ser@ un@ alquilo(C1-C16)@ sustituido@ con@ al@ menos@ un@ atomo@ de@ halogeno,@ mas@ preferentemente@el@halogeno@puede@ser@un@atomo@de@fluor@o@bromo,@aun@mas@preferentemente@el@halogeno@es@bromo.@@ Preferably, @ R4 @ can @ be @ an @ alkyl (C1-C16) @ substituted @ with @ at least @ an @ halogen @ atom, @ more preferably @ the @ halogen @ can @ be @ an @ atom @ of @ fluor @ or @ bromo, @ even @ more @ preferably @ the @ halogen @ is @ bromo. @@
@ @
De@forma@aun@mas@preferente,@R4@puede@ser@un@alquilo(C1-C5)@sustituido@con@al@menos@un@atomo@bromo.@ @ @ De@acuerdo@con@otra@realizacion@preferente@adicional,@el@compuesto@de@formula@(I)@objeto@de@la@presente@solicitud@ By @ even @ more @ preferred, @ R4 @ can @ be @ an @ alkyl (C1-C5) @ substituted @ with @ at least @ an @ atom @ bromine. @ @ @ By @ agreement @ with @ other @ additional @ preferred realization, @ the @ compound @ of @ formula @ (I) @ object @ of @ the @ present @ request @
de@patente@se@caracteriza@porque@R3@es@-CO-R4,@donde@R4@puede@ser@epoxido.@ @ @ Preferentemente,@el@compuesto@de@formula@(I)@objeto@de@la@presente@solicitud@de@patente@donde@R3@es@-CO-R4,@ donde@R4@puede@ser@epoxido,@tambien@se@caracteriza@porque@n@puede@ser@1@y@Z@puede@ser@OH.@ @ of @ patent @ is @ characterized @ because @ R3 @ is @ -CO-R4, @ where @ R4 @ can @ be @ epoxide. @ @ @ Preferably, @ the @ compound @ of @ formula @ (I) @ object @ of @ the @ present @ application @ of @ patent @ where @ R3 @ is @ -CO-R4, @ where @ R4 @ can @ be @ epoxide, @ also @ is @ characterized @ because @ n @ can @ be @ 1 @ and @ Z @ can @ be @ OH. @ @
De@acuerdo@con@otra@realizacion@preferente@adicional,@el@compuesto@de@formula@(I)@objeto@de@la@presente@solicitud@ de@patente@se@caracteriza@porque@R3@es@-CO-R4,@donde@R4@puede@ser@alquenilo(C2-C16)@o@alquinilo(C2-C16).@ @ @ Preferentemente,@R4@puede@ser@un@alquenilo(C2-C16)@sustituido@con@al@menos@un@atomo@de@halogeno,@mas@ preferentemente,@R4@puede@ser@un@alquenilo(C2-C16)@sustituido@con@al@menos@un@atomo@de@fluor@o@bromo,@de@forma@aun@ mas@preferente@R4@puede@ser@un@alquenilo(C2-C16)@sustituido@con@al@menos@un@atomo@de@bromo.@ @ From @ agreement @ with @ other @ additional @ preferential realization, @ the @ compound @ of @ formula @ (I) @ object @ of @ the @ present @ application @ of @ patent @ is @ characterized @ because @ R3 @ is @ -CO-R4, @ where @ R4 @ can @ be @ alkenyl (C2-C16) @ or @ alkynyl (C2-C16). @ @ @ Preferably, @ R4 @ can @ be @ an @ alkenyl (C2-C16 ) @ substituted @ with @ at least @ an @ atom @ of @ halogen, @ more @ preferably, @ R4 @ can @ be @ an @ alkenyl (C2-C16) @ replaced @ with @ at least @ an @ atom @ of @ fluor @ or @ bromo, @ of @ form @ even @ more @ preferred @ R4 @ can @ be @ an @ alkenyl (C2-C16) @ replaced @ with @ at least @ an @ atom of @ bromo . @ @
De@acuerdo@con@otro@modo@de@realizacion@especialmente@preferente,@el@compuesto@de@formula@(I)@objeto@de@la@ presente@solicitud@de@patente@se@caracteriza@porque@R3@es@-CO-R4,@donde@R4@es@alquenilo(C2-C16)@o@alquinilo(C2-C16),@y@ puede@estar@sustituido@por@al@menos@un@grupo@-CHO@o@-@COOH.@ @ From @ agreement @ with @ other @ mode @ of @ realization @ especially @ preferred, @ the @ compound @ of @ formula @ (I) @ object @ of @ the @ present @ request @ of @ patent @ is @ characterized @ because @ R3 @ is @ -CO-R4, @ where @ R4 @ is @ alkenyl (C2-C16) @ or @ alkynyl (C2-C16), @ and @ may @ be @ replaced @ by @ at least @ one @ group @ -CHO @ or @ - @ COOH. @ @
De@acuerdo@con@otra@realizacion@preferente@adicional,@el@compuesto@de@formula@(I)@objeto@de@la@presente@solicitud@ de@patente@se@caracteriza@porque@R3@es@-CO-CO-R4,@donde@R4@puede@ser@alquilo(C1-C16)@y@B@se@puede@seleccionar@entre@-N3@y@-C:CH.@ From @ agreement @ with @ other @ additional @ preferential realization, @ the @ compound @ of @ formula @ (I) @ object @ of @ the @ present @ application @ of @ patent @ is @ characterized @ because @ R3 @ is @ -CO-CO-R4, @ where @ R4 @ can @ be @ alkyl (C1-C16) @ and @ B @ can @ be selected @ from @ -N3 @ and @ -C: CH. @
@ @
De@acuerdo@con@otra@realizacion@preferente@adicional,@el@compuesto@de@formula@(I)@objeto@de@la@presente@solicitud@ de@ patente@ se@ caracteriza@ porque@ R3@ puede@ ser@ -SO2-R4,@ donde@ R4@ se@ puede@ seleccionar@ entre@ alquilo(C1-C16),@ alquenilo(C2-C16),@ alquinilo(C2-C16),@ epoxido@ y@ aziridina@ .@ Preferentemente@ R4@ puede@ ser@ alquilo(C1-C16),@ mas@ preferentemente@alquilo(C1-C8).@ From @ agreement @ with @ other @ additional @ preferential realization, @ the @ compound @ of @ formula @ (I) @ object @ of @ the @ present @ application @ of @ patent @ is @ characterized @ because @ R3 @ can @ be @ -SO2-R4, @ where @ R4 @ can @ be selected @ from @ alkyl (C1-C16), @ alkenyl (C2-C16), @ alkynyl (C2-C16), @ epoxide @ and @ aziridine @. @ Preferably @ R4 @ can @ be @ alkyl (C1-C16), @ more @ preferably @ alkyl (C1-C8). @
@ @ De@acuerdo@con@otra@realizacion@preferente@adicional,@el@compuesto@de@formula@(I)@objeto@de@la@presente@solicitud@ de@ patente@ se@ caracteriza@ porque@ R3@ puede@ ser@ -SO2-R4,@ donde@ R4@ se@ puede@ seleccionar@ entre@ alquilo(C1-C16),@ alquenilo(C2-C16),@alquinilo(C2-C16),@epoxido@y@aziridina,@n@puede@ser@1@y@Z@puede@ser@OH.@Preferentemente@R4@puede@ser@ alquilo(C1-C16),@mas@preferentemente@alquilo(C1-C8).@ @ @ @ From @ agreement @ with @ other @ additional @ preferential realization, @ the @ compound @ of @ formula @ (I) @ object @ of @ the @ present @ application @ of @ patent @ is @ characterized @ because @ R3 @ can @ be @ -SO2-R4, @ where @ R4 @ can @ be selected @ from @ alkyl (C1-C16), @ alkenyl (C2-C16), @ alkynyl (C2-C16), @ epoxide @ and @ aziridine, @ n @ can @ be @ 1 @ and @ Z @ can @ be @ OH. @ Preferably @ R4 @ can @ be @ alkyl (C1-C16), @ more @ preferably @ alkyl (C1-C8). @ @
De@acuerdo@con@otra@realizacion@preferente@adicional,@el@compuesto@de@formula@(I)@objeto@de@la@presente@solicitud@ de@patente@se@caracteriza@porque@R2@puede@ser@maleimida.@ From @ agreement @ with @ other @ additional @ preferential realization, @ the @ compound @ of @ formula @ (I) @ object @ of @ the @ present @ application @ of @ patent @ is @ characterized @ because @ R2 @ can @ be @ maleimida. @
@ @
De@acuerdo@con@otro@modo@de@realizacion@preferente@adicional,@el@compuesto@de@formula@(I)@tal@como@se@ha@ definido@anteriormente@se@selecciona@de@la@lista@que@consiste@en:@@@ 1-[(2S,3R)-1,3-dihidroxioctadecan-2-il]-1H-pirrol-2,5-diona,@ N-[(2S,3R,E)-1,3-dihidroxioctadec-4-en-2-il]etanosulfonamida,@ N-[(2S,3R)-1,3-dihidroxioctadecan-2-il]etanosulfonamida,@ N-[(2S,3R)-1,3-dihidroxioctadec-17-in-2-il]etanosulfonamida,@ N-[(2S,3R)-14-azido-1,3-dihidroxitetradecan-2-il)etanosulfonamida,@ 2-bromo-N-[(2S,3R)-1,3-dihidroxioctadec-17-in-2-il]acetamida,@ N-[(2S,3R)-14-azido-1,3-dihidroxitetradecan-2-il]bromoacetamida,@ N-[(2S,3R,E)-14-azido-1,3-dihidroxitetradec-4-en-2-il]bromoacetamida,@ 2-bromo-N-[(2S,3R,E)-1,3-dihidroxioctadec-4-en-17-in-2-il]acetamida,@ (S)-N-(14-azido-1-hidroxi-3-oxotetradecan-2-il)-2-bromoacetamida,@ (RS)-N-[(2S,3R,E)-1,3-dihidroxioctadec-4-en-2-il]oxirano-2-carboxamida,@ (RS)-N-[(2S,3R)-1,3-dihidroxioctadecan-2-il]oxirano-2-carboxamida,@ @(RS)-N-[(2S,3R,E)-1,3-dihidroxioctadec-4-en-17-in-2-il]oxirano-2-carboxamida,@ (RS)-N-[(2S,3R)-14-azido-1,3-dihidroxitetradecan-2-il]oxirano-2-carboxamida,@ N-[(2S,3R)-1,3-dihidroxioctadecan-2-il]propiolamida,@ N-[(2S,3R)-1,3-dihidroxioctadecan-2-il]but-2-inamida,@ N-[(2S,3R)-1,3-dihidroxioctadecan-2-il]acrilamida,@ (E)-N-[(2S,3R)-1,3-dihidroxioctadecan-2-il]-2-butenamida,@ N-[(2S,3R)-1,3-dihidroxioctadecan-2-il]metacrilamida,@ N-[(2S,3R)-N-1,3-dihidroxyoctadecan-2-il]-3-metil-2-butenamida,@ (2E,4E)-N-[(2S,3R)-1,3-dihidroxioctadecan-2-il]hexa-2,4-dienamida,@ Acido@(E)-4-[(2S,3R)-1,3-dihidroxioctadecan-2-ilamino]-4-oxo-2-butenoico,@ (Z)-2,3-dibromo-N-[(2S,3R)-1,3-dihidroxioctadecan-2-il]-4-oxo-2-butenamida,@ (2S,3R)-2-(bromometil)-N-(1,3-dihidroxioctadecan-2-il)acrilamida,@ (E,2S,3R)-N-(1,3-dihidroxi-2-octadecil)-2-metil-2-butenamida,@ (2S,3R)-N-(1,3-dihidroxi-17-octadecin-2-il)-2-oxooctanamida@y@ (2S,3R)-N-(14-azido-1,3-dihidroxi-2-tetradecil)-2-oxooctanamida,@ o@un@estereoisomero,@una@sal@o@un@solvato@farmaceuticamente@aceptable@de@uno@de@estos@compuestos@.@ @ From @ agreement @ with @ other @ mode @ of @ additional @ preferential realization, @ the @ compound @ of @ formula @ (I) @ as @ as @ has been previously defined @ is @ selected @ from @ the @ list @ which @ consists of: @@@ 1 - [(2S, 3R) -1,3-dihydroxioctadecan-2-il] -1H-pyrrole-2,5-diona, @ N - [(2S, 3R , E) -1,3-dihydroxyoctadec-4-en-2-yl] ethanesulfonamide, @ N - [(2S, 3R) -1,3-dihydroxioctadecan-2-yl] ethanesulfonamide, @ N - [(2S, 3R ) -1,3-dihydroxyoctadec-17-in-2-yl] ethanesulfonamide, @ N - [(2S, 3R) -14-azido-1,3-dihydroxytetradecan-2-yl) ethanesulfonamide, @ 2-bromo-N - [(2S, 3R) -1,3-dihydroxyoctadec-17-in-2-yl] acetamide, @ N - [(2S, 3R) -14-azido-1,3-dihydroxytetradecan-2-yl] bromoacetamide, @ N - [(2S, 3R, E) -14-azido-1,3-dihydroxytetradec-4-en-2-yl] bromoacetamide, @ 2-bromo-N - [(2S, 3R, E) -1, 3-dihydroxyoctadec-4-en-17-in-2-yl] acetamide, @ (S) -N- (14-azido-1-hydroxy-3-oxotetradecan-2-yl) -2-bromoacetamide, @ (RS ) -N - [(2S, 3R, E) -1,3-dihydroxyoctadec-4-en-2-yl] oxirane-2-carboxamide, @ (RS) -N - [(2S, 3R) -1.3 -dihydroxyoctadecan-2-yl] oxirane-2-carboxamide, @ @ (RS) -N - [(2S, 3R, E) -1,3-dihydroxyoc tadec-4-en-17-in-2-yl] oxirane-2-carboxamide, @ (RS) -N - [(2S, 3R) -14-azido-1,3-dihydroxytetradecan-2-yl] oxirane- 2-carboxamide, @ N - [(2S, 3R) -1,3-dihydroxioctadecan-2-yl] propriolamide, @ N - [(2S, 3R) -1,3-dihydroxioctadecan-2-yl] but-2- inamide, @ N - [(2S, 3R) -1,3-dihydroxioctadecan-2-yl] acrylamide, @ (E) -N - [(2S, 3R) -1,3-dihydroxioctadecan-2-il] -2 -butenamide, @ N - [(2S, 3R) -1,3-dihydroxyoctadecan-2-yl] methacrylamide, @ N - [(2S, 3R) -N-1,3-dihydroxyoctadecan-2-yl] -3- methyl-2-butenamide, @ (2E, 4E) -N - [(2S, 3R) -1,3-dihydroxioctadecan-2-yl] hexa-2,4-dienamide, @ Acid @ (E) -4- [ (2S, 3R) -1,3-dihydroxyoctadecan-2-ylamino] -4-oxo-2-butenoic, @ (Z) -2,3-dibromo-N - [(2S, 3R) -1,3-dihydroxioctadecan -2-yl] -4-oxo-2-butenamide, @ (2S, 3R) -2- (bromomethyl) -N- (1,3-dihydroxyoctadecan-2-yl) acrylamide, @ (E, 2S, 3R) -N- (1,3-dihydroxy-2-octadecyl) -2-methyl-2-butenamide, @ (2S, 3R) -N- (1,3-dihydroxy-17-octadecin-2-yl) -2- oxooctanamide @ and @ (2S, 3R) -N- (14-azido-1,3-dihydroxy-2-tetradecyl) -2-oxooctanamide, @ or @ a @ stereoisomer, @ a @ salt @ or @ a @ solvate @ pharmaceutics @ acceptable @ of @ one @ of @ these @ compounds @. @ @
Preferentemente,@el@compuesto@de@formula@(I)@tal@como@se@ha@definido@anteriormente@en@esta@solicitud@de@ Preferably, @ the @ compound @ of @ formula @ (I) @ as @ has @ been @ defined @ previously @ in @ this @ request @ of @
patente@se@selecciona@de@la@lista@que@consiste@en:@ 2-bromo-N-[(2S,3R)-1,3-dihidroxioctadec-17-in-2-il]acetamida,@ N-[(2S,3R)-14-azido-1,3-dihidroxitetradecan-2-il]bromoacetamida,@ N-[(2S,3R,E)-14-azido-1,3-dihidroxitetradec-4-en-2-il]bromoacetamida,@ Patent @ is @ selected @ from @ the @ list @ which @ consists of: @ 2-Bromo-N - [(2S, 3R) -1,3-dihydroxyoctadec-17-in-2-yl] acetamide, @ N - [(2S, 3R) -14-azido-1,3-dihydroxytetradecan-2-yl] bromoacetamide, @ N - [(2S, 3R, E) -14-azido-1,3-dihydroxytetradec-4-en-2-yl] bromoacetamide, @
5 2-bromo-N-[(2S,3R,E)-1,3-dihidroxioctadec-4-en-17-in-2-il]acetamida@y@ (S)-N-(14-azido-1-hidroxi-3-oxotetradecan-2-il)-2-bromoacetamida,@ o@un@estereoisomero,@una@sal@o@un@solvato@farmaceuticamente@aceptable@de@uno@de@estos@compuestos.@ @ 5 2-Bromo-N - [(2S, 3R, E) -1,3-dihydroxioctadec-4-en-17-in-2-yl] acetamide @ y @ (S) -N- (14-azido-1-hydroxy-3-oxotetradecan-2-yl) -2-bromoacetamide, @ o @ a @ stereoisomer, @ a @ salt @ or @ a @ pharmaceutically @ acceptable solvate of one of these compounds. @
De@acuerdo@con@otro@modo@de@realizacion@preferente@adicional,@el@compuesto@de@formula@(I)@cuando@n@es@1@tal@ From @ agreement @ with @ other @ mode @ of @ additional @ preferred realization, @ the @ compound @ of @ formula @ (I) @ when @ n @ is @ 1 @ such @
10 como@se@ha@definido@anteriormente@se@selecciona@de@la@lista@que@consiste@en:@@@ N-[(2S,3S,4R)-1,3,4-trihidroxioctadecan-2-il]etanosulfonamida@y@ (RS)-N-[(2S,3S,4R)-1,3,4-trihidroxioctadecan-2-il]oxirano-2-carboxamida,@ o@un@estereoisomero,@una@sal@o@un@solvato@farmaceuticamente@aceptable@de@uno@de@estos@compuestos.@ @ 10 as @ se @ ha @ defined @ above @ is @ selected @ from @ the @ list @ that @ consists of: @@@ N - [(2S, 3S, 4R) -1,3,4-trihydroxioctadecan-2 -il] ethanesulfonamide @ and @ (RS) -N - [(2S, 3S, 4R) -1,3,4-trihydroxioctadecan-2-yl] oxirane-2-carboxamide, @ or @ a @ stereoisomer, @ una @ sal @ o @ un @ solvato @ pharmaceutically @ acceptable @ of @ one @ of @ these @ compounds. @ @
15 Los@ compuestos@ de@ formula@ (I)@ pueden@ prepararse@ siguiendo@ distintos@ metodos@ conocidos@ para@ cualquier@ persona@experta@en@el@campo@de@la@sintesis@organica,@en@particular@por@los@procedimientos@generales@que@se@describen@a@ continuacion.@Los@materiales@de@partida@estan@disponibles@comercialmente@o@bien@se@pueden@preparar@mediante@metodos@ de@la@literatura.@ @ 15 The @ compounds @ of @ formula @ (I) @ can @ prepare @ following @ different @ known @ methods @ for @ any @ expert @ person @ in @ the @ field @ of @ the @ organic @ synthesis, @ in @ particular @ by @ the @ general @ procedures @ which @ are @ described @ a @ continuation. @ The @ materials @ of @ departure @ are @ commercially @ or @ well @ can @ be prepared by @ methods @ of @Literature.@ @
20 Los@compuestos@de@formula@(I)@pueden@obtenerse@a@partir@de@los@metodos@y@esquemas@descritos@a@continuacion:@ @ Esquema@1.@ 20 The @ compounds @ of @ formula @ (I) @ can @ be obtained @ from @ the @ methods @ and @ schemes @ described @ a @ continuation: @ @ Scheme @ 1. @
25 a:@Cat.@Grubbs@(segunda@generacion);@b:@1)@H2,@Pd/C;@2)@NaN3/DMF;@c:@NaN3/DMF;@d:@NaH/THF;@e:@1)@Li-C:C-TMS;@2)@ Bu4NF;@f:@HCl/MeOH;@g:@1)@cat.@TsOH/MeOH;@2)@NaOH/EtOH;@h:@1)@PCC/CH2Cl2;@2)@cat.@TsOH/MeOH.@ @ 25 a: @ Cat. @ Grubbs @ (second @ generation); @ b: @ 1) @ H2, @ Pd / C; @ 2) @ NaN3 / DMF; @c: @ NaN3 / DMF; @d: @NaH / THF; @e: @ 1) @ Li-C: C-TMS; @ 2) @ Bu4NF; @f: @ HCl / MeOH; @g: @ 1) @ cat. @ TsOH / MeOH; @ 2) @ NaOH / EtOH; @h: @ 1) @ PCC / CH2Cl2; @ 2) @ cat. @ TsOH / MeOH. @ @
En@primer@lugar,@se@hace@reaccionar@el@compuesto@1@(Herold,@Helv. Chim. Acta.@1988,@71,@354-62)@con@una@olefina@ terminal@(como,@por@ejemplo,@2a@o@2b)@en@una@reaccion@de@metatesis@cruzada@en@presencia@del@catalizador@de@Grubbs@de@ 30 segunda@ generacion,@ (Schmidt,@ Angew. Chem. Int. Ed. 2003,@ 42,@ 4996-9)@ obteniendose@ los@ compuestos@ 3.@ Por@ hidrogenacion@del@intermedio@3a@seguida@de@sustitucion@nucleofila@del@atomo@de@bromo@por@azida@sodica@se@llega@a@los@ intermedios@8,@que@por@hidrolisis@de@los@grupos@protectores@conducen@a@los@aminodioles@II-E.@Por@otra@parte,@por@oxidacion@ In @ first @, @ is @ reacted @ the @ compound @ 1 @ (Herold, @ Helv. Chim. Acta. @ 1988, @ 71, @ 354-62) @ with @ an @ olefin @ terminal @ ( like, @ for @ example, @ 2a @ or @ 2b) @ in @ a @ cross @ metathesis @ reaction @ in @ presence @ of @ Grubbs @ @ catalyst @ @ 30 second @ generation, @ (Schmidt, @ Angew. Chem. Int. Ed. 2003, @ 42, @ 4996-9) @ obtaining @ the @ compounds @ 3. @ By @ hydrogenation @ of the intermediate @ 3rd @ followed by @ substitution @ nucleofila @ of the @ atom @ of @ bromo @ by @ azida @ sodica @ se @ arrives @ at @ the @ intermediates @ 8, @ that @ by @ hydrolysis @ of @ the @ protective @ groups @ lead @ the @ aminodioles @ II-E. @ By @ other @ party, @ by @ oxidation @
de@8@y@posterior@hidrolisis@de@los@grupos@protectores@se@obtienen@las@aminas@ II-H.@Para@obtener@las@aminas@II-F,@el@ bromoderivado@3a@se@hace@reaccionar@con@azida@sodica@en@dimetilformamida,@obteniendose@3c,@seguido@de@hidrolisis@ acida@del@anillo@de@oxazolidina@y@del@grupo@Boc.@Mediante@reaccion@de@los@intermedios@ 3b@@con@hidruro@de@sodio@en@ dimetilformamida@ se@ obtienen@ los@ mesilatos@ 4,@ que@ pueden@ hidrogenarse@ a@ 5.@ Mediante@ reaccion@ de@ 4@o@ 5@ con@ trimetilsililacetiluro@de@ litio@ seguida@ de@desproteccion@ del@acetiluro@ con@ fluoruro@de@tetrabutilamonio@ se@ obtienen@ los@ alquinos@terminales@6@y@7,@respectivamente.@Su@transformacion@en@las@correspondientes@aminas@IIG@y@IID@se@consigue@ mediante@hidrolisis@secuencial@de@los@grupos@isopropilideno@y@carbamato.@ from @ 8 @ and @ subsequent @ hydrolysis @ from @ the @ protective @ groups @ are obtained @ the @ amines @ II-H. @ To @ obtain @ the @ amines @ II-F, @ the @ bromoderivado @ 3a @ @ reacts @ with @ azida @ sodica @ in @ dimethylformamide, @ obtaining @ 3c, @ followed by @ hydrolysis @ acid @ of @ ring @ of @ oxazolidine @ and @ of @ group @ Boc. @ Through @ reaction @ de @ los @ intermediaios @ 3b @@ with @ hydride @ of @ sodium @ in @ dimethylformamide @ are @ obtained @ mesilatos @ 4, @ that @ can @ hydrogenate @ a @ 5. @ By @ reaction @ of @ 4 @ or @ 5 @ with @ trimetilsililacetiluro @ of @ lithium @ followed by @ deprotection @ of @ acetyl @ with @ fluoride @ of @ tetrabutylammonium @ are @ obtained @ the @ alkynes @ terminals @ 6 @ and @ 7, @ respectively . @ Your @ transformation @ in @ the corresponding @ amines @ IIG @ and @ IID @ is @ achieved by @ sequential hydrolysis of @ the @ isopropylidene @ and @ carbamate groups.
@ @
Los@anteriores@amino@alcoholes,@asi@como@la@esfingosina@o@la@dihidroesfingosina,@pueden@acilarse@por@reaccion@con@ un@cloruro@de@acido@en@presencia@de@una@base.@Alternativamente,@tambien@puede@emplearse@un@anhidrido@de@acido,@como@ el@anhidrido@maleico,@o@un@acido@carboxilico@en@presencia@de@un@agente@de@acoplamiento@adecuado@como,@por@ejemplo,@la@ 1-etil-3-(3-dimetilaminopropil)carbodiimida@(EDC)@,@la@N,N'-diisopropilcarbodiimida@(DIC),@el@hexafluoro@fosfato@de@O-(7azabenzotriazol-1-il)-N,N,N’N'-tetrametiluronio@ (HATU)@ o@ el@ benzotriazol-1-iloxi-tris@ pirrolidinofosfonio@ (PyBOP)@ y@ un@ activador@como@el@1-hidroxibenzotriazol@(HOBt),@en@presencia@de@una@base@como@trietilamina,@en@un@disolvente@como@ diclorometano@y@bajo@atmosfera@inerte@(E.@Valeur, et al.,Chem Soc Rev@2009,@38,@606-31)@Las@sulfonamidas@pueden@ prepararse@ por@ acoplamiento@ de@ las@ aminas@ correspondientes@ con@ cloruro@ de@ etanosulfonilo@ en@ disolucion@ de@ tetrahidrofurano.@ @ The @ previous @ amino @ alcohols, @ as well as @ the @ sphingosine @ or @ the @ dihydroesfingosine, @ can @ acylate @ by @ reaction @ with @ a @ acid @ chloride @ in @ presence @ of @ a @ base. @ Alternatively, @ also @ can be used @ an @ anhydride @ of @ acid, @ as @ the @ maleic anhydride, @ or @ a @ carboxyl acid @ in @ presence @ of @ an @ agent @ of @ @ suitable coupling @ as, @ for @ example, @ la @ 1-ethyl-3- (3-dimethylaminopropyl) carbodiimide @ (EDC) @, @ la @ N, N'-diisopropylcarbodiimide @ (DIC), @ el @ hexafluoro @ @ O- phosphate (7azabenzotriazol-1-yl) -N, N, N'N'-tetramethyluronium @ (HATU) @ or @ benzotriazol-1-yloxy-tris @ pyrrolidinophosphonium @ (PyBOP) @ y @ an @ activator @ as @ the @ 1-hydroxybenzotriazol @ (HOBt), @ in @ presence @ of @ a @ base @ as @ triethylamine, @ in @ a @ solvent @ as @ dichloromethane @ and @ under @ atmosphere @ inert @ (E. @ Valeur, et al., Chem Soc Rev @ 2009, @ 38, @ 606-31) @ Sulfonamides @ can @ be prepared @ by @ coupling @ of @ the corresponding @ amines @ with @ chloride @ of @ etanosulfonilo @ en @ dissolucion @ de @ tetrahidrofurano. @ @
Otro@ aspecto@ de@ la@ presente@ invencion@ se@ refiere@ a@ una@ composicion@ farmaceutica@ que@ comprende@ un@ compuesto@de@formula@general@(I)@o@uno@de@sus@estereisomeros,@sales@o@solvatos@farmaceuticamente@aceptables@tal@como@ se@define@en@esta@solicitud@de@patente@y@al@menos@un@excipiente@farmaceuticamente@aceptable.@Preferentemente,@la@ composicion@farmaceutica@se@puede@presentar@en@una@forma@adaptada@a@la@administracion@parenteral,@oral,@sublingual,@ nasal,@intratecal,@bronquial,@linfatica,@rectal,@transdermica@o@inhalada.@ @ Another @ aspect @ of @ the @ present @ invention @ is @ refers to a @ pharmaceutical composition @ that @ comprises @ a @ compound @ of @ formula @ general @ (I) @ or @ one @ of @ sus @ stereisomers, @ sales @ or @ pharmaceutically @ acceptable @ solvates @ as @ defined @ in @ this @ patent @ application @ and @ at least @ a @ pharmaceutically @ acceptable excipient. @ Preferably, @ the @ composition @ pharmaceutical @ can be presented in a form adapted to the parenteral administration, oral, sublingual, nasal, intrathecal, bronchial, lymphatic, rectal, transdermal @ or @ inhaled. @ @
De@acuerdo@con@un@aspecto@adicional@de@la@presente@invencion,@tanto@el@compuesto@de@formula@general@(I)@o@un@ estereoisomero,@una@sal@o@un@solvato@farmaceuticamente@aceptable@de@este@tal@como@se@ha@definido@en@la@presente@ solicitud@de@patente,@como@@un@compuesto@elegido@entre@2,2-dibromo-N-((2S,3R)-1,3-dihidroxioctadecan-2-il)acetamida@y@ 2-bromo-N-((2S,3R)-1,3-dihidroxioctadecan-2-il)acetamida@o@un@estereoisomero,@una@sal@o@un@solvato@farmaceuticamente@ aceptable@de@uno@de@estos@compuestos@son@utiles@para@el@tratamiento@de@una@enfermedad@asociada@con@la@inhibicion@de@ la@ceramidasa@acida,@y@por@lo@tanto@son@utiles@en@el@tratamiento@y/o@prevencion@de@una@enfermedad@que@cursa@con@ hiperproliferacion@celular.@ From @ agreement @ with @ an @ additional @ aspect @ of @ the @ present @ invention, @ both @ the @ compound @ of @ formula @ general @ (I) @ or @ a @ stereoisomer, @ a @ salt @ or @ a @ pharmaceutically @ acceptable @ solvate @ of @ this @ as @ has been defined in the present application for a patent, as a@ a composite chosen among @ 2,2- dibromo-N - ((2S, 3R) -1,3-dihydroxioctadecan-2-yl) acetamide @ and @ 2-bromo-N - ((2S, 3R) -1,3-dihydroxioctadecan-2-yl) acetamide @ o @ un @ stereoisomero, @ una @ sal @ o @ un @ solvato @ pharmaceutically @ acceptable @ of @ one @ of @ these @ compounds @ are @ useful @ for @ the @ treatment @ of a @ disease @ associated @ with @ la @ inhibicion @ de @ la @ ceramidasa @ acida, @ and @ por @ lo @ both @ are @ useful @ in @ the @ treatment @ and / or @ prevention @ of @ a @ disease @ that @ courses @ with @ hyperproliferation @ cell. @
@ @
De@acuerdo@con@otro@aspecto@adicional@de@la@presente@invencion,@tanto@las@composiciones@de@un@compuesto@de@ formula@general@(I)@o@un@estereoisomero,@una@sal@o@un@solvato@farmaceuticamente@aceptable@de@este@tal@como@se@ha@ definido@en@la@presente@solicitud@de@patente,@como@las@composiciones@que@comprenden@un@compuesto@que@se@puede@ elegir@entre@2,2-dibromo-N-((2S,3R)-1,3-dihidroxioctadecan-2-il)acetamida@y@2-bromo-N-((2S,3R)-1,3-dihidroxioctadecan2-il)acetamida@o@un@estereoisomero,@una@sal@o@un@solvato@farmaceuticamente@aceptable@de@uno@de@estos@compuestos@y@al@ menos@un@excipiente@farmaceuticamente@aceptable,@son@utiles@para@el@tratamiento@y@prevencion@de@una@enfermedad@que@ cursa@con@hiperproliferacion@celular.@ From @ agreement @ with @ other @ additional @ aspect @ of @ the @ present @ invention, @ both @ the @ compositions @ of @ a @ compound @ of @ formula @ general @ (I) @ or @ a @ stereoisomer, @ a @ sal @ o @ un @ solvato @ pharmaceutically @ acceptable @ from @ this @ as @ has been defined in the present application for a patent, as the compositions that understand @ a @ compound @ that @ can @ be chosen @ from @ 2,2-dibromo-N - ((2S, 3R) -1,3-dihydroxioctadecan-2-il) acetamide @ and @ 2-bromo-N- ((2S, 3R) -1,3-dihydroxioctadecan2-il) acetamide @ or @ a @ stereoisomer, @ a @ salt @ or @ a pharmaceutically @ solvate @ of @ one @ of @ these @ compounds @ and @ at least a pharmaceutically acceptable excipient @, @ are @ useful @ for @ the @ treatment @ and @ prevention @ of @ a disease that @ studies @ with @ cellular hyperproliferation @
@ @
Preferentemente,@el@compuesto@o@composicion@para@utilizar@en@el@tratamiento@o@prevencion@de@una@enfermedad@ que@cursa@con@hiperproliferacion@celular@tal@como@se@han@definido@anteriormente@en@la@presente@solicitud@de@patente,@se@ puede@ utilizar@ para@ el@ tratamiento@ de@ una@ enfermedad@ elegida@ entre@ cancer,@ metastasis,@ inflamacion,@ asma@ y@ arteriosclerosis.@ Preferably, @ the @ compound @ or @ composition @ to @ use @ in @ the @ treatment @ or @ prevention @ of @ a @ disease @ that @ studies @ with @ cellular @ hyperproliferation as @ have been defined @ formerly @ in @ the @ present @ patent @ application, @ can @ be @ used @ for @ the @ treatment @ of a @ disease @ chosen @ among @ cancer, @ metastasis, @ inflammation, @ asthma @ and @ arteriosclerosis. @
@ @
@De@forma@mas@preferente,@el@compuesto@o@composicion@para@utilizar@en@el@tratamiento@o@prevencion@de@una@ enfermedad@que@cursa@con@hiperproliferacion@celular@tal@como@se@han@definido@en@la@presente@solicitud@de@patente,@se@ puede@utilizar@en@el@tratamiento@del@cancer@de@prostata,@pancreas,@cerebro,@colon,@pulmon,@mama,@cabeza@y@cuello,@ ovario,@ laringe,@ vejiga@ urinaria,@ utero,@ piel,@sarcomas,@ linfomas@o@ leucemia.@ Preferentemente,@ cancer@ de@ prostata@o@ pulmon.@ @ @ De @ forma @ mas @ preferente, @ the @ compound @ or @ composition @ to @ use @ in @ the @ treatment @ or @ prevention @ of @ a disease that @ studies @ with @ hyperproliferation @ cell @ such @ as @ se @ han @ defined @ in @ the @ present @ patent @ application, @ can @ be @ used @ in @ the @ cancer @ treatment @ of @ prostata, @ pancreas, @ brain, @ colon, @ lung, @ breast, @ head @ and @ neck, @ ovary, @ larynx, @ urinary bladder, @ uterus, @ skin, @ sarcomas, @ lymphomas @ or @ leukemia. @ Preferably, @ cancer @ of @ prostata @ or @ pulmon. @ @
La@presente@invencion@tambien@se@refiere@a@un@metodo@para@la@prevencion@o@el@tratamiento@de@un@individuo@que@ padece@o@es@susceptible@de@padecer@enfermedad@que@cursa@con@hiperproliferacion@celular,@en@particular@el@tratamiento@del@ cancer@y@mas@preferentemente@el@tratamiento@del@cancer@de@prostata@o@pulmon,@que@comprende@la@administracion@a@dicho@ individuo@de@una@cantidad@terapeuticamente@efectiva@de@un@compuesto@de@formula@(I)@o@de@una@sal@farmaceuticamente@ aceptable@del@mismo@junto@con@cantidades@suficientes@de@excipientes@farmaceuticamente@aceptables.@@ @ The @ present @ invention @ also @ refers to a method for the prevention of an individual who suffers from being susceptible to suffering disease @ that @ attends @ with @ hyperproliferation @ cell phone, @ in particular @ the @ cancer @ treatment @ and @ more @ preferably @ the @ cancer @ treatment @ of prostata @ or @ lung, @ that @ includes @ the @ administration @ said @ individual @ of @ a @ therapeutically @ effective @ amount @ of @ a @ compound @ of @ formula @ (I) @ or @ of a pharmaceutically acceptable salt of the same @ together @ with @ sufficient @ quantities @ of @ pharmaceutically @ acceptable excipients. @@ @
La@ presente@ invencion@ tambien@ se@ refiere@ al@ uso@ tanto@ de@ un@ compuesto@ de@ formula@ general@ (I)@ o@ un@ estereoisomero,@una@sal@o@un@solvato@farmaceuticamente@aceptable@de@este@tal@como@se@ha@definido@en@la@presente@ solicitud@de@patente,@como@ al@uso@de@un@compuesto@elegido@entre@2,2-dibromo-N-((2S,3R)-1,3-dihidroxioctadecan-2il)acetamida@y@2-bromo-N-((2S,3R)-1,3-dihidroxioctadecan-2-il)acetamida@o@un@estereoisomero,@una@sal@o@un@solvato@ farmaceuticamente@aceptable@de@uno@de@estos@compuestos,@para@fabricar@una@composicion@ farmaceutica@util@en@el@ tratamiento@de@una@enfermedad@asociada@con@la@inhibicion@de@la@ceramidasa@acida,@y@por@lo@tanto@util@en@el@tratamiento@y/o@ prevencion@de@una@enfermedad@que@cursa@con@hiperproliferacion@celular.@ @ The @ present @ invention @ also @ refers to the @ use @ both @ of @ a @ compound @ of @ formula @ general @ (I) @ or @ a @ stereoisomer, @ a @ salt @ or @ a @ solvate @ pharmaceutically @ acceptable @ of @ this @ as @ has been defined in @ the @ present @ application @ of @ patent, @ as @ when @ using @ a @ compound @ chosen @ between @ 2, 2-dibromo-N - ((2S, 3R) -1,3-dihydroxyoctadecan-2il) acetamide @ and @ 2-bromo-N - ((2S, 3R) -1,3-dihydroxioctadecan-2-yl) acetamide @ o @ un @ stereoisomero, @ una @ sal @ o @ un @ solvato @ pharmaceutically @ acceptable @ of @ one @ of @ these @ compounds, @ to @ manufacture @ a @ pharmaceutical composition @ useful @ in @ the @ treatment @ of @ una @ illness @ associated @ with @ la @ inhibicion @ de @ la @ ceramidasa @ acida, @ and @ por @ lo @ both @ useful @ in @ the @ treatment @ and / or @ prevention @ of @ a @ disease @ que @ cursa @ con @ hiperproliferacion @ cellular. @ @
Preferentemente,@dicha@composicion@se@puede@utilizar@para@el@tratamiento@de@una@enfermedad@elegida@entre@ cancer,@metastasis,@inflamacion,@asma@y@arteriosclerosis.@ Preferably, @ bliss @ composition @ can be @ used @ for @ the treatment @ of @ a @ disease @ chosen @ among @ cancer, @ metastasis, @ inflammation, @ asthma @ and @ arteriosclerosis.
@ @
De@ forma@mas@ preferente,@ la@ composicion@ tal@ como@ se@ ha@ descrito@ anteriormente@ se@ puede@ utilizar@ en@ el@ tratamiento@del@cancer@de@prostata,@pancreas,@cerebro,@colon,@pulmon,@mama,@cabeza@y@cuello,@ovario,@laringe,@vejiga@ urinaria,@utero,@piel,@sarcomas,@linfomas@o@leucemia.@Preferentemente,@cancer@de@prostata@o@pulmon.@ @ In the most preferred way, @ the @ composition @ as @ has been described previously, can be used in the cancer treatment of prostate, pancreas, brain , @ colon, @ lung, @ breast, @ head @ and @ neck, @ ovary, @ larynx, @ urinary bladder, @ uterus, @ skin, @ sarcomas, @ lymphomas @ or @ leukemia. @ Preferably, @ cancer @ from @ prostata @ or @ pulmon. @ @
Los@compuestos@usados@en@la@presente@invencion@pueden@usarse@solos@o@con@otros@farmacos@para@proporcionar@ una@terapia@de@combinacion.@Los@otros@farmacos@pueden@formar@parte@de@la@misma@composicion,@o@se@pueden@suministrar@ en@forma@de@composicion@separada@para@la@administracion@al@mismo@tiempo@o@en@un@momento@diferente.@Asi,@de@acuerdo@ con@otro@aspecto@adicional@de@la@presente@invencion,@un@compuesto@de@formula@general@(I)@tal@como@se@ha@definido@en@la@ presente@ solicitud@ de@ patente@ o@ un@ compuesto@ elegido@ entre@ 2,2-dibromo-N-((2S,3R)-1,3-dihidroxioctadecan-2il)acetamida@y@2-bromo-N-((2S,3R)-1,3-dihidroxioctadecan-2-il)acetamida@o@un@estereoisomero,@una@sal@o@un@solvato@ farmaceuticamente@aceptable@de@uno@de@estos@compuestos,@se@puede@utilizar@en@combinacion@con@otra@terapia@para@el@ tratamiento@de@una@enfermedad@tal@como@se@ha@definido@anteriormente.@@ @ The @ compounds @ used @ in @ the @ present @ invention @ can @ be used @ alone @ or @ with @ other @ drugs @ to @ provide @ a @ combination @ therapy. @ The @ other @ drugs @ can @ form @ part @ of @ the @ same @ composition, @ or @ can @ be supplied @ in @ form @ of @ separate @ composition @ for @ the @ administration @ at the same time @ or @ in @ a @ moment @ different. @ So, @ of @ agreement @ with @ other @ additional @ aspect @ of @ the @ present @ invention, @ a @ compound @ of @ formula @ general @ (I) @ as @ has been defined @ in @ the @ present @ application @ of @ patent @ or @ a @ compound @ chosen @ between @ 2,2-dibromo-N - ((2S, 3R) -1,3-dihydroxioctadecan-2il) acetamide @ and @ 2-Bromo-N - ((2S, 3R) -1,3-dihydroxioctadecan-2-il) acetamide @ or @ a @ stereoisomer, @ a @ salt @ or @ a pharmaceutically @ solvate @ of @ one @ of @ these @ compounds, @ can @ be used @ in @ combination @ with @ other @ therapy @ for @ the @ treatment @ of @ a @ disease @ as @ was @ defined @ above. @@ @
De@acuerdo@con@otro@aspecto@adicional@de@la@presente@invencion,@la@composicion@de@un@compuesto@de@formula@(I)@ tal@ como@ se@ ha@ definido@ anteriormente@ en@ la@ presente@ solicitud@ de@ patente@ o@ la@ composicion@ que@ comprende@ un@ compuesto@ elegido@ entre@ 2,2-dibromo-N-((2S,3R)-1,3-dihidroxioctadecan-2-il)acetamida@ y@ 2-bromo-N-((2S,3R)-1,3dihidroxioctadecan-2-il)acetamida@o@un@estereoisomero,@una@sal@o@un@solvato@farmaceuticamente@aceptable@de@uno@de@ estos@compuestos@y@al@menos@un@excipiente,@se@puede@utilizar@en@combinacion@con@otra@terapia@para@el@tratamiento@de@ una@enfermedad@tal@como@se@ha@definido@anteriormente.@ @ From @ agreement @ with @ other @ additional @ aspect @ of @ the @ present @ invention, @ the @ composition @ of @ a @ compound @ of @ formula @ (I) @ as @ has been defined previously @ in @ the @ present @ application @ of @ patent @ or @ the @ composition @ that @ comprises @ a @ compound @ chosen @ from @ 2,2-dibromo-N - ((2S, 3R) -1,3- dihydroxioctadecan-2-il) acetamide @ and @ 2-bromo-N - ((2S, 3R) -1,3 dihydroxioctadecan-2-il) acetamide @ or @ a stereoisomer, @ a @ salt @ or @ a @ solvate @ pharmaceutically @ acceptable @ of @ one @ of @ these @ compounds @ and @ at least @ one @ excipient, @ can @ be used @ in @ combination @ with @ another @ therapy @ for @ the @ treatment @ of @ a @ disease @ as @ has been defined previously.
Otros@tipos@de@terapia@pueden@ser@quimioterapia@o@radioterapia.@A@titulo@de@ejemplo,@los@agentes@terapeuticos@ pueden@ ser@ tamoxifen,@ daunorubicina,@ etoposido,@ paclitaxel,@ dacarbacida,@ temozolomida,@ temsirolimus,@ fenretinida,@ resveratrol,@borinostat,@sorafenib,@imatinib,@bortezomib,@gemcitabina@o@cisplatin.@ @ Other @ types @ of @ therapy @ can @ be @ chemotherapy @ or @ radiotherapy. @ A @ title @ of @ example, @ the @ therapeutic @ agents @ can @ be @ tamoxifen, @ daunorubicin, @ etoposide, @ paclitaxel, @ dacarbacida, @ temozolomida, @ temsirolimus, @ fenretinida, @ resveratrol, @ borinostat, @ sorafenib, @ imatinib, @ bortezomib, @ gemcitabine @ or @ cisplatin. @ @
A@lo@largo@de@la@descripcion@y@las@reivindicaciones@la@palabra@"comprende"@y@sus@variantes@no@pretenden@excluir@ otras@caracteristicas@tecnicas,@aditivos,@componentes@o@pasos.@Para@los@expertos@en@la@materia,@otros@objetos,@ventajas@y@ caracteristicas@de@la@invencion@se@desprenderan@en@parte@de@la@descripcion@y@en@parte@de@la@practica@de@la@invencion.@Los@ siguientes@ejemplos@y@dibujos@se@proporcionan@a@modo@de@ilustracion,@y@no@se@pretende@que@sean@limitativos@de@la@ presente@invencion.@ @DESCRIPCIÓN DE LAS FIGURAS @ @ The @ long @ of @ the @ description @ and @ the @ claims @ the @ word @ "comprises" @ and @ its @ variants @ do not intend to exclude @ other @ technical @ features, additives, @ components @ o @ steps. @ For @ the @ experts @ in @ the @ subject, @ other @ objects, @ advantages @ and @ features @ of the @ invention @ will come off @ in @ part of @ the @ description @ and @ in @ part @ of @ the @ practice @ of @ la @ invencion. @ The following @ examples @ and @ drawings @ are @ provided @ mode @ of @ illustracion, @ and @ not @ intended @ that @ be @ limiting @ of @ the @ present @ invention. @ @ DESCRIPTION OF THE FIGURES
Figura 1.@Efecto@de@los@compuestos@sobre@la@actividad@ceramidasa@acida.@Los@ensayos@se@efectuaron@sobre@celulas@de@ Farber@transducidas@para@que@sobreexpresen@la@ceramidasa@acida,@ya@sea@intactas@(barras@blancas)@o@en@lisados@(barras@ grises).@La@incubacion@se@llevo@a@cabo@afadiendo@conjuntamente@el@inhibidor@(16@!M)@con@el@sustrato@fluorogenico@(16@ !M)@durante@3@h.@A@continuacion@se@procedio@tal@como@se@detalla@en@el@ejemplo@1@del@apartado@de@ejemplos@de@ensayos@ biologicos@(Bedia@et@al.@Chembiochem@2007,@8,@642).@@El@eje@y@indica@el@porcentaje@de@actividad@enzimatica@respecto@al@ control.@ @ Figura 2.@Efecto@de@los@compuestos@sobre@la@actividad@ceramidasa@acida.@Los@ensayos@se@efectuaron@sobre@celulas@de@ adenocarcinoma@de@pulmon@humano@A549.@Las@celulas@intactas@se@incubaron@con@el@inhibidor@(16@!M)@durante@24@h@y@ luego@se@afadio@el@sustrato@fluorogenico@(16@!M),@que@se@incubo@durante@3@h.@La@hidrolisis@se@determino@midiendo@la@ fluorescencia@generada@despues@de@proceder@tal@como@se@indica@en@el@ejemplo@1@del@apartado@de@ejemplos@de@ensayos@ biologicos@(Bedia@et@al.@Chembiochem@2007,@8,@642).@@El@eje@y@indica@el@porcentaje@de@actividad@enzimatica@respecto@al@ control.@ @ Figura 3. Efecto@de@los@compuestos@I-B2,@I-B17@e@I-B9@sobre@la@actividad@ceramidasa@acida@de@las@celulas@de@cancer@de@ prostata@PC-3Mc.@Los@ensayos@se@efectuaron@por@incubacion@de@las@celulas@con@el@inhibidor.@Las@celulas@se@sembraron@en@ placas@de@96@pocillos@a@una@densidad@de@10.000@celulas/ml@y@los@compuestos@se@afadieron@24@h@despues@de@la@siembra.@ Se@usaron@tres@dosis@de@cada@inhibidor,@1@ M,@5@ M@y@10@ M,@en@incubaciones@durante@48@h@y@los@ensayos@se@realizaron@ por@triplicado.@Tras@este@periodo@de@incubacion,@se@elimino@el@medio@y@se@afadio@medio@fresco@conteniendo@el@el@sustrato@ fluorogenico@(16@!M)@y@se@incubo@durante@3@h.@La@hidrolisis@se@determina@midiendo@la@fluorescencia@generada@despues@de@ proceder@tal@como@se@indica@en@el@ejemplo@1@del@apartado@de@ejemplos@de@ensayos@biologicos@(Bedia@et@al.@Chembiochem@ 2007,@8,@642).@El@eje@y@indica@el@porcentaje@de@actividad@enzimatica@respecto@al@control.@ Figure 1. @ Effect @ of @ the @ compounds @ on @ the @ activity @ ceramidasa @ acida. @ The @ trials @ were @ carried out on @ cells @ of @ Farber @ transduced @ to @ that @ overexpress @ la @ ceramidasa @ acida, @ ya @ be @ intact @ (white @ bars) @ or @ in @ lysates @ (bars @ gray). @ The @ incubation @ took @ out @ joining @ together @ the @ inhibitor @ (16 @! M) @ with @ the @ fluorogenic substrate @ (16 @ ! M) @ during @ 3 @ h. @ A @ continuation @ se @ procedio @ as @ se @ detailed @ in @ the @ example @ 1 @ of the @ section @ of @ examples @ of @ essays @ Biological @ (Bedia @ et @ al. @ Chembiochem @ 2007, @ 8, @ 642). @@ The @ axis @ and @ indicates @ the @ percentage @ of @ enzymatic @ activity @ respect @ to the @ control.@ @ Figure 2. @ Effect @ of @ the compounds @ on @ the @ activity @ ceramidasa @ acida. @ The @ trials @ were @ carried out on @ cells @ of @ adenocarcinoma @ of @ pulmon @ human @ A549. @ The @ intact cells @ were @ incubated @ with @ the @ inhibitor @ (16 @! M) @ for @ 24 @ h @ y @ then @ se @ afadio @ el @ sustrato @ fluorogenico @ (16 @! M), @ que @ se @ incubo @ during @ 3 @ h. @ The @ hydrolysis @ determined @ measuring @ la @ fluorescence @ generated @ after @ proceed @ as @ is @ indicated @ in @ the @ example @ 1 @ of the @ section @ of @ examples @ of @ tests @ Biological @ (Bedia @ et @ al. @ Chembiochem @ 2007, @ 8, @ 642). @@ The @ axis @ and @ indicates @ the @ percentage @ of @ enzymatic @ activity @ respect @ to the @ control.@ @ Figure 3. Effect of @ the @ compounds @ I-B2, @ I-B17 @ and @ I-B9 @ on @ the @ activity @ ceramidasa @ acida @ of @ the @ cells @ of @ cancer @ of @ prostate @ PC-3Mc. @ The @ trials @ were @ carried out by @ incubation of @ the @ cells @ with @ the @ inhibitor. @ The @ cells @ were @ planted @ in @ @ 96 @ well plates @ a @ a @ density @ of @ 10,000 @ cells / ml @ and @ the @ compounds @ were added @ 24 @ h @ after @ the sowing. @ Three @ doses @ of @ each @ inhibitor, @ 1 @ M, @ 5 @ M @ and @ 10 @ M, @ in @ incubations @ during @ 48 @ h @ and @ the @ trials @ were @ performed @ by @ triplicado. @ After @ this @ period @ of incubation, @ was @ deleted @ the @ middle @ and @ was @ afadio @ half @ fresh @ containing @ the @ the @ substrate @ fluorogenic @ (16 @! M) @ and @ se @ incubo @ during @ 3 @ h. @ Hydrolysis @ is determined by measuring the fluorescence generated after @ proceed @ as @ is @ indicated @ in @ the @ example @ 1 @ of the @ section @ of @ examples @ of @ biological @ trials @ (Bedia @ et @ al. @ Chembiochem @ 2007, @ 8, @ 642). @ The @ axis @ and @ indicates @ the @ percentage @ of @ enzymatic @ activity @ with respect to the @ control.
Figura 4. Efecto@de@los@compuestos@sobre@el@ceramidoma.@Los@ensayos@se@efectuan@sobre@celulas@de@adenocarcinoma@ de@ pulmon@ humano@ A549.@ Las@ celulas@ intactas@ se@ incubaron@ con@ el@ inhibidor@ (16@ !M)@ durante@ 24@ h@ y@ luego@ se@ recolectaron@las@celulas@y@se@procesaron@tal@como@se@detalla@en@el@ejemplo@2@de@ejemplos@de@ensayos@biologicos.@ @ Figura 5. Efecto@de@los@compuestos@I-B2,@I-B17@e@I-B9@sobre@el@esfingolipidoma@de@las@celulas@de@cancer@de@prostata@PC3Mc.@Los@ensayos@se@efectuaron@por@incubacion@de@las@celulas@con@los@compuestos.@Las@celulas@se@sembraron@en@placas@ de@6@pocillos@a@una@densidad@de@250.000@celulas/ml@y@los@compuestos@se@afadieron@24@h@despues@de@la@siembra.@Se@ Figure 4. Effect @ of @ the @ compounds @ on @ the @ ceramidoma. @ The @ trials @ are performed on @ cells @ of @ adenocarcinoma @ @ human @ lung @ A549. @ The @ intact @ cells @ were incubated @ with @ the @ inhibitor @ (16 @! M) @ for @ 24 @ h @ and @ then @ se @ collected @ the @ cells @ and @ were @ processed @ as @ is @ detailed @ in @ the @ example @ 2 @ of @ examples @ of @ biological @ trials. @ @ Figure 5. Effect @ of @ the @ compounds @ I-B2, @ I-B17 @ and @ I-B9 @ on @ the @ sphingolipidoma @ of @ cancer @ cells @ of @ prostata @ PC3Mc. @ Los @ trials @ were @ carried out by @ incubation of @ the @ cells @ with @ the compounds. @ The @ cells @ were seeded @ in @ plates @ from @ 6 @ wells @ to @ a @ density @ of @ 250,000 @ cells / ml @ and @ the @ compounds @ were added @ 24 @ h @ after @ the sowing.
usaron@tres@dosis@de@cada@inhibidor,@1@ M,@5@ M@y@10@ M,@en@incubaciones@durante@48@h@y@los@ensayos@se@realizaron@por@ triplicado.@Se@usaron@tres@dosis@de@cada@compuesto,@1@ M,@5@ M@y@10@ M,@en@incubaciones@durante@48@h.@Tras@este@ periodo@de@incubacion,@se@elimina@el@medio@se@recolectan@las@celulas@y@se@procesan@tal@como@se@detalla@en@el@ejemplo@2@ de@ejemplos@de@ensayos@biologicos.@A,@ceramidas;@B,@dihidroceramidas;@C,@esfingomielinas;@D@dihidroesfingomielinas;@E,@ glucosilceramidas.@ @ Figura 6. Efecto@de@los@compuestos@sobre@la@viabilidad@de@las@celulas@de@A,@adenocarcinoma@de@pulmon@A549@(negro)@y@ de@leucemia@Jurkat@A3@(gris)@y@B,@cancer@de@prostata@PC3/Mc.@Las@celulas@se@sembraron@a@una@densidad@de@200.000@ celulas@por@mililitro@y,@24@h@despues@de@la@siembra,@se@incubaron@con@los@compuestos@durante@24@h@(A)@o@72@h@(B),@tras@las@ cuales@se@determino@el@numero@de@celulas@viables@mediante@el@ensayo@de@reduccion@del@MTT,@tal@como@se@especifica@en@ el@ejemplo@3@de@ejemplos@de@ensayos@biologicos.@El@eje@y@indica@el@porcentaje@del@numero@de@celulas@respecto@al@control. @ Figura 7. Efecto@de@los@compuestos@sobre@el@crecimiento@de@las@celulas@PC-3Mc@sobre@sustrato@plastico.@Se@sembraron@ 500@celulas@en@cada@pocillo@de@placas@de@96@pocillos,@dejandose@adherir@al@plastico@durante@24@h,@seguido@de@tratamiento@ con@los@compuestos@a@una@concentracion@final@de@5@!M.@El@efecto@de@las@incubaciones@con@estos@compuestos@sobre@el@ crecimiento@celular@de@determino@cuantificado@el@numero@de@celulas@presentes@a@las@24@h,@48@h,@72@h,@120@h,@144@h@y@168@h@ despues@del@tratamiento@con@los@compuestos.@El@eje@y@indica@la@proporcion@relativa@del@numero@de@celulas@respecto@al@dia@ 1@y@el@eje@x@se@refiere@al@tiempo@(t)@en@dias.@ @ Figura 8.@Efecto@de@los@inhibidores@sobre@la@formacion@de@colonias@celulares@en@medio@semisolido.@Las@celulas@PC-3Mc,@ sembradas@ en@ medio@ de@ cultivo@ completo@ que@ contiene@ agar@ al@ 3%,@ se@ trataron@ con@ los@ compuestos@ problema@ a@ concentraciones@finales@de@1@ M@o@5@ M,@reafadiendolos@con@una@periodicidad@de@3@dias,@coincidiendo@con@la@adicion@de@ medio@de@cultivo@nuevo.@El@numero@de@colonias@se@conto@3@semanas@despues@del@tratamiento.@El@eje@y@indica@el@numero@ de@colonias@(N°@Col.)@ @ Figura 9.@Efecto@de@los@inhibidores@sobre@la@invasividad@celular.@Las@celulas@PC-3Mc@fueron@tratadas@con@los@compuestos@ problema@a@una@concentracion@final@de@5@ M@durante@las@48@h@previas@al@ensayo@de@invasividad.@Tras@ese@tiempo@de@ tratamiento,@ las@ celulas@ fueron@ recolectadas,@ resuspendidas@ en@ medio@ completo,@ y@ sembradas@ sobre@ las@ camaras@ superiores@de@los@insertos@Transwell@recubiertos@con@Matrigel@(10@mg/mL).@Los@compuestos@problema@se@afadieron@tanto@ a@la@camara@superior@como@a@la@inferior,@a@una@concentracion@de@5@ M,@manteniendose@este@tratamiento@a@lo@largo@de@todo@ el@periodo@de@duracion@del@ensayo.@Cada@condicion@se@realizo@por@triplicado.@El@eje@y@indica@el@numero@de@celulas@(N°)@ @ Figura 10.@Formulas@de@los@compuestos@sintetizados@en@los@ejemplos.@ they used @ three @ doses @ of @ each @ inhibitor, @ 1 @ M, @ 5 @ M @ y @ 10 @ M, @ in @ incubations @ during @ 48 @ h @ and @ the @ trials @ were @ performed @ by @ triplicate. @ Three @ doses @ of @ each @ compound were used, @ 1 @ M, @ 5 @ M @ and @ 10 @ M, @ in @ incubations @ during @ 48 @ h. @ After @ this @ @ incubation period, @ the @ medium @ is removed @ the @ cells @ are collected and @ processed @ as @ detailed @ in @ the @ example @ 2 @ of @ examples @ of @ biological @ assays. @ A, @ ceramides; @ B, @ dihydroceramides; @ C, @ sphingomyelins; @ D @ dihydrosphingomyelins; @ E, @ glucosylceramides. @ @ Figure 6. Effect of @ the @ compounds @ on @ the @ viability @ of @ the @ cells @ of @ A, @ adenocarcinoma @ of @ lung @ A549 @ (black) @ and @ from @ leukemia @ Jurkat @ A3 @ (gray) @ and @ B, @ cancer @ from @ prostata @ PC3 / Mc. @ The @ cells @ were @ planted @ a @ a @ density @ of @ 200,000 @ cells @ by @ milliliter @ and, @ 24 @ h @ after @ the @ planting, @ were @ incubated @ with @ the @ compounds @ during @ 24 @ h @ (A) @ or @ 72 @ h @ (B ), @ after @ las @ which @ was @ determined @ the @ number @ of @ viable @ cells @ by @ the @ test @ of @ MTT reduction, @ as @ as @ specified @ in @ the @ example @ 3 @ of @ examples @ of @ biological @ trials. @ The @ axis @ and @ indicates @ the @ percentage @ of the @ number @ of @ cells @ with respect to the @ control. @ Figure 7. Effect @ of @ the @ compounds @ on @ the @ growth @ of @ the cells @ PC-3Mc @ on @ plastic @ substrate. 500 @ cells @ in @ each @ well @ of @ plates @ of @ 96 @ wells, @ leaving @ adhering @ to the plastic @ for @ 24 @ h, @ followed by @ treatment @ with @ the @ compounds @ a @ a @ final @ concentration @ of @ 5 @! M. @ The @ effect @ of the @ incubations @ with @ these @ compounds @ on @ the @ growth @ cell @ of @ determino @ quantified @ the @ number @ of @ cells @ present @ a @ las @ 24 @ h, @ 48 @ h, @ 72 @ h, @ 120 @ h, @ 144 @ h @ and @ 168 @ h @ after the @ treatment @ with @ the @ compounds. @ The @ axis @ and @ indicates @ the @ relative @ proportion @ of the @ number @ of @ cells @ with respect to the @ day @ 1 @ and @ the @ axis @ x @ refers to @ time @ (t) @ in @ days. @ @ Figure 8. @ Effect @ of @ the @ inhibitors @ on @ the @ formation @ of @ cell colonies @ in @ half @ semi-solid. @ The @ cells @ PC-3Mc, @ seeded @ in @ medium @ of @ full @ crop @ that @ contains @ 3% agar @, @ were @ treated with @ the @ compounds @ problem @ a @ @ final @ concentrations @ 1 @ M @ o @ 5 @ M, @ reafadiendlos @ with @ a @ periodicity @ of @ 3 @ days, @ coinciding with @ the @ addition @ of @ medium @ of @ new @ culture. @ The @ number @ of @ colonies @ was counted @ 3 @ weeks @ after @ the treatment. @ The @ axis @ and @ indicates @ the @ number @ from @ colonias @ (N ° @ Col.) @ @ Figure 9. @ Effect @ of @ inhibitors @ on @ cell @ invasiveness. @ Cells @ PC-3Mc @ were @ treated @ with @ the @ compounds @ problem @ a @ a @ final @ concentration @ of @ 5 @ M @ during @ the @ 48 @ h @ previous @ the @ invasive @ test @ After @ that @ time @ of @ treatment, @ the @ cells @ were @ collected, @ resuspended @ in @ half @ complete, @ and @ seeded @ over @ the @ cameras @ @ of @ the @ inserts @ Transwell @ coated @ with @ Matrigel @ (10 @ mg / mL). @ The @ problem @ compounds @ added @ both @ @ la @ camara @ superior @ como @ a @ la @ inferior, @ a @ una @ concentracion @ de @ 5 @ M, @ staying @ this @ treatment @ a @ lo @ long @ de @ todo @ the @ period @ of @ duration @ of the trial. @ Each @ condition @ was done @ by @ triplicate. @ The @ axis @ and @ indicates @ the @ number @ of @ cells @ (No.) @ @ Figure 10. @ Formulas @ of @ the @ synthesized @ compounds @ in the @ examples.
@ A@continuacion@se@ilustrara@la@invencion@mediante@unos@ensayos@realizados@por@los@inventores,@que@pone@de@manifiesto@la@ especificidad@y@efectividad@de@los@inhibidores@de@ceramidasas@de@la@presente@invencion.@ @ Ejemplos de síntesis química@ @ Sintesis@de@los@precursores@de@las@bases@esfingoides@II(D-H)@ @ Reaccion@de@metatesis@entre@el@alcohol@1@y@las@olefinas@terminales@2a y2b:@sintesis@de@3a@y@de@3b @ A@una@disolucion@desgasada@del@alcohol@1@(5@mmol)@y@de@la@olefina@terminal@2a@o@2b@(20@mmol)@en@diclorometano@(80@mL)@ se@afadieron@400@mg@(aproximadamente@0.5@mmol)@de@catalizador@de@Grubbs@de@segunda@generacion.@La@mezcla@se@ agito@a@la@temperatura@de@reflujo@bajo@atmosfera@de@Ar@durante@5@h.@Tras@la@evaporacion@del@disolvente,@el@residuo@se@ purifico@por@cromatografia@flash@(hexano@/@EtOAc@1:3).@ @ (S)-4-[(R,E)-12-bromo-1-hidroxidodec-2-enil]-2,2-dimetiloxazolidina-3-carboxilato@de@terc-butilo@(3a)@ @ Rendimiento:@85%@ 1H-RMN@(400@MHz,@CDCl3):@5@5.58@(m,@1H);@5.45@(m,@1H);@4.20-3.70@(m,@4H);@3.35@(t,@2H);@1.95@(m,@2H);@1.78@(m,@2H);@ 1.65-1.35@(m,@12H);@1.45@(s,@9H);@1.18@(s,@6H),@ 13C-RMN@(101@MHz,@CDCl3):@5@154.32,@133.94,@133.40,@129.26,@128.25,@94.51,@81.13,@74.16,@65.03,@62.36,@34.17,@32.90,@ 32.48,@29.46,@29.36,@29.26,@29.19,@28.96,@28.84,@28.79,@28.47,@28.42,@28.24,@26.35,@24.71.@ @ (S)-4-[(R,E)-1-hidroxi-14-(metilsulfoniloxi)tetradec-2-enil]-2,2-dimetiloxazolidina-3-carboxilato@de@terc-butilo@(3b)@ Rendimiento:@89%@ 1H-RMN@(400@MHz,@CDCl3):@5@5.82-5.75@(m,@1H);@5.45-5.30@(m,@1H);@4.22@(t,@2H);@4.30-3.80@(m,@4H);@3.05@(s,@3H);@2.10- 2.05@(m,@2H);@1.75-1.70@(m,@2H);@1.55-1.45@(s@ancho,@15H);@1.70-1.15@(m,@12H)@ @ @ @ @ @ Continuation @ will be illustrated by the invention through @ some @ essays @ carried out by @ the @ inventors, @ who @ puts @ of @ manifest @ the @ specificity @ and @ effectiveness @ of @ the @ inhibitors @ of @ ceramidasas @ of @ the @ present @ invention. @ @ Examples of chemical synthesis @ @ Synthesis @ of @ the @ precursors @ of @ the @ bases @ sphingoids @ II (D-H) @ @ Reaction @ of @ metathesis @ between @ el @ alcohol @ 1 @ and @ las @ olefinas @ terminals @ 2a y2b: @ synthesis @ of @ 3a @ and @ of @ 3b @ A @ a @ worn @ solution @ of @ alcohol @ 1 @ (5 @ mmol) @ and @ of @ la @ olefina @ terminal @ 2a @ o @ 2b @ (20 @ mmol) @ in @ dichloromethane @ (80 @ mL ) @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ Grubbs @ catalyst @ second generation @ @ @ mix @ se @ agito @ a @ la @ temp @ de @ reflujo @ bajo @ atmosfera @ de @ Ar @ during @ 5 @ h. @ After @ the @ evaporation @ of the solvent, @ the @ residue @ se @ purifico @ by @ chromatography @ flash @ (hexane @ / @ EtOAc @ 1: 3). @ @ (S) -4 - [(R, E) -12-Bromo-1-hydroxidedec-2-enyl] -2,2-dimethyloxazolidine-3-carboxylate @ de @ tert-butyl @ (3a) @ @ Yield: @ 85% @ 1H-RMN @ (400 @ MHz, @ CDCl3): @ 5 @ 5.58 @ (m, @ 1H); @ 5.45 @ (m, @ 1H); @ 4.20-3.70 @ (m, @ 4H); @ 3.35 @ (t, @ 2H); @ 1.95 @ (m, @ 2H); @ 1.78 @ (m, @ 2H); @ 1.65-1.35 @ (m, @ 12H); @ 1.45 @ (s, @ 9H); @ 1.18 @ (s, @ 6H), @ 13C-RMN @ (101 @ MHz, @ CDCl3): @ 5 @ 154.32, @ 133.94, @ 133.40, @ 129.26, @ 128.25, @ 94.51, @ 81.13, @ 74.16, @ 65.03, @ 62.36, @ 34.17, @ 32.90 , @ 32.48, @ 29.46, @ 29.36, @ 29.26, @ 29.19, @ 28.96, @ 28.84, @ 28.79, @ 28.47, @ 28.42, @ 28.24, @ 26.35, @ 24.71. @ @ (S) -4 - [(R, E) -1-hydroxy-14- (methylsulfonyloxy) tetradec-2-enyl] -2,2-dimethyloxazolidine-3-carboxylate @ de @ tert-butyl @ (3b) @ Yield: @ 89% @ 1H-RMN @ (400 @ MHz, @ CDCl3): @ 5 @ 5.82-5.75 @ (m, @ 1H); @ 5.45-5.30 @ (m, @ 1H); @ 4.22 @ (t, @ 2H); @ 4.30-3.80 @ (m, @ 4H); @ 3.05 @ (s, @ 3H); @ 2.10- 2.05 @ (m, @ 2H); @ 1.75-1.70 @ (m, @ 2H); @ 1.55-1.45 @ (s @ width, @ 15H); @ 1.70-1.15 @ (m, @ 12H) @ @ @ @
(S)-4-[(R,E)-12-azido-1-hidroxidodec-2-enil]-2,2-dimetiloxazolidina-3-carboxilato@de@terc-butilo@(3c)@ @ Una@disolucion@de@122@mg@(1.87@mmol)@de@azida@sodica@en@DMF@anhidro@(10@mL)@se@afadio,@gota@a@gota,@sobre@una@ disolucion@del@bromuro@3a@en@5@mL@de@DMF,@bajo@atmosfera@de@Ar@a@temperatura@ambiente.@Finalizada@la@adicion,@la@ mezcla@de@reaccion@se@calento@a@65°@C@y@se@mantuvo@en@agitacion@durante@12h.@A@continuacion,@la@mezcla@se@diluyo@con@ 40@mL@de@agua@y@se@extrajo@con@Et2O@(3@x@15@mL).@Las@fases@organicas@se@lavaron@con@salmuera@(2@x@10@mL),@se@secaron@ sobre@MgSO4@anhidro,@se@filtraron@y@se@evaporaron@para@dar@un@residuo@que@se@purifico@por@cromatografia@flash@(Hexano@/@ EtOAc@7:3).@ Rendimiento:@91%@ 1H-RMN@(400@MHz,@CDCl3):@5@5.82@-@5.66@(m,@1H),@5.48@-@5.36@(m,@1H),@4.22@-@3.75@(m,@4H),@3.25@(t,@J@=@7.0@Hz,@2H),@2.11@ -@1.96@(m,@2H),@1.45@(s,@9H);@1.32@(s,@6H);@1.55-1.35@(m,@18H).@ 13C-RMN@(101@MHz,@CDCl3):@5@133.51,@128.29,@94.58,@81.20,@74.25,@65.08,@62.44,@51.61,@32.53,@29.55,@29.51,@29.45,@ 29.31,@29.28,@29.24,@28.97,@28.51,@26.84,@26.38,@24.74.@ @ Metanosulfonato@de@(E)-13-[(1R,7aS)-5,5-dimetil-3-oxo-tetrahidro-1H-oxazolo[3,4-c]oxazol-1-il]tridec-12-enilo@(4)@ @ Sobre@una@disolucion@de@505@mg@(1@mmol)@de@3b@en@THF@anhidro@(10@mL),@enfriada@en@un@bafo@de@hielo,@se@afadieron@80@ mg@(2@mmol)@de@NaH.@Tras@agitacion@a@temperatura@ambiente@durante@18h,@la@mezcla@de@reaccion@se@enfrio@en@un@bafo@ de@hielo,@se@trato@con@una@disolucion@acuosa@saturada@de@NaHCO3@y@se@extrajo@con@Et2O@(3@x@5@mL).@Los@extractos@ organicos@reunidos@se@lavaron@con@salmuera@y@se@secaron@sobre@MgSO4@anhidro.@Tras@la@evaporacion@del@disolvente@se@ obtuvo@el@compuesto@4,@que@se@sometio@a@la@etapa@posterior@sin@purificacion.@ Rendimiento:@85%@ 1H-RMN@(400@MHz,@CDCl3):@5@5.90-5.85@(m,@1H);@5.80-5.75@(m,@1H);@5.05-4.95@(m,@1H);@4.55@(ancho,@1H);@4.20@(t,@2H);@ 3.90-3.75@(m,@2H);@3.15@(s,@3H);@2.05@(m,@2H);@1.55@(s,@3H);@1.48@(s,@3H);@1.50-1.35@(ancho,@18H).@ @ Metanosulfonato@de@13-[(1R,7aS)-5,5-dimetil-3-oxo-tetrahidro-1H-oxazolo[3,4-c]oxazol-1-il]tridecilo@(5)@ @ Una@ disolucion@ de@430@mg@ (1@ mmol)@ del@compuesto@ 4@en@ etanol@ (10@ mL)@se@ sometio@ a@ hidrogenacion,@ a@presion@ atmosferica,@en@presencia@de@10@mg@de@Pd/C@al@10@%.@Tras@12@h@de@agitacion@a@temperatura@ambiente,@la@mezcla@de@ reaccion@se@filtro@sobre@Celite@y@el@filtrado@obtenido@se@evaporo@a@sequedad@proporcionando@el@compuesto@5.@ Rendimiento:@98%@ 1H-RMN@(400@MHz,@CDCl3):@5@4.62@(m,@1H);@4.30@(m,@1H);@4.20@(t,@2H);@3.75-3.55@(m,@2H);@2.85@(s,@3H);@1.75-1.65@(m,@2H);@ 1.55-1.50@(m,@2H);@1.61@(s,@3H);@1.48@(s,@3H);@1.55-1.25@(ancho,@20H).@ @ Sintesis@de@los@acetilenos@6@y@7 a@partir@de@los@mesilatos 4 y 5 @ Etapa@ 1:@ Sobre@ una@ disolucion@ de@ los@ mesilatos@ 4@o@ 5@ (2@ mmol)@ en@ 8@ mL@ de@ una@ mezcla@ 1:1@ THF/HMPA@ (hexametilfosfotriamida)@ enfriada@ a@ -30@ °C,@ se@ afadieron,@ gota@ a@ gota,@ 4.5@ mL@ de@ una@ disolucion@ 0.5@ M@ de@ trimetilsililacetiluro@de@litio@en@THF@(equivalentes@a@2.25@mmol).@La@mezcla@de@reaccion@se@mantuvo@en@agitacion@mientras@ se@calento@lentamente@hasta@alcanzar@la@temperatura@ambiente.@Tras@el@consumo@del@producto@de@partida@(alrededor@de@ 1h,@por@analisis@por@TLC),@la@reaccion@se@detuvo@por@adicion@de@5@mL@de@disolucion@saturada@de@NH4Cl@y@la@mezcla@se@ extrajo@con@hexano@(3@x@10@mL).@Los@extractos@organicos@reunidos@se@lavaron@con@agua@y@salmuera,@se@secaron@sobre@ MgSO4@ anhidro@ y@ se@ evaporaron@ a@ presion@ reducida@ para@ obtener@ los@ correspondientes@ acetiluros@ de@ trimetilsililo@ intermedios,@que@se@usaron@en@la@etapa@siguiente@sin@purificacion.@ @ Etapa@2:@Una@disolucion@del@acetiluro@de@trimetilsililo@(1.5@mmol)@en@THF@anhidro@(5@mL)@se@ trato@con@2@mL@de@una@ disolucion@1M@de@Bu4NF@en@THF@bajo@atmosfera@de@Ar.@Tras@agitacion@durante@30@min@a@temperatura@ambiente,@la@mezcla@ de@reaccion@se@trato@con@H2O@(0.5@mL),@se@seco@sobre@MgSO4@anhidro@y@se@evaporo@a@presion@reducida,@obteniendose@los@ acetilenos@6@y@7.@ @ (1R,7aS,E)-5,5-dimetil-1-(pentadec-1-en-14-inil)-dihidro-1H-oxazolo[3,4-c]oxazol-3(5H)-ona@(6)@ @ Rendimiento:@75%@ 1H-RMN@(400@MHz,@CDCl3):@5@5.95-5.80@(m,@1H);@5.75-5.70@(m,@1H);@5.15-5.05@(m,@1H);@4.65@(ancho,@1H);@3.85-3.65@(m,@ 2H);@2.15-1.95@(m,@4H);@1.85@(t,@1H);@1.50@(s,@3H);@1.45@(s,@3H);@1.50-1.25@(ancho,@18H).@ @ (1R,7aS)-5,5-dimetil-1-(pentadec-14-inil)-dihidro-1H-oxazolo[3,4-c]oxazol-3(5H)-ona@(7)@ Rendimiento:@79%@ 1H-RMN@(400@MHz,@CDCl3):@5@5.15-5.05@(m,@1H);@4.65@(ancho,@1H);@3.85-3.65@(m,@2H);@2.05-1.95@(ancho,@2H);@1.85@(t,@ 1H);@1.50@(s,@3H);@1.45@(s,@3H);@1.50-1.45@(m,@4H);@1.35-1.25@(ancho,@20H)@ @ (S)-4-[(R)-12-azido-1-hidroxidodecil]-2,2-dimetiloxazolidina-3-carboxilato@de@terc-butilo@(8)@ Etapa@1:@Una@disolucion@de@460@mg@(1@mmol)@del@compuesto@3a@en@etanol@(10@mL)@se@sometio@a@hidrogenacion,@a@presion@ atmosferica,@en@presencia@de@10@mg@de@Pd/C@al@10@%.@Tras@12@h@de@agitacion@a@temperatura@ambiente,@la@mezcla@de@ (S) -4 - [(R, E) -12-azido-1-hydroxidedec-2-enyl] -2,2-dimethyloxazolidine-3-carboxylate @ de @ tert-butyl @ (3c) @ @ A @ dissolution @ of @ 122 @ mg @ (1.87@mmol) @ of @ azida @ sodica @ in @ DMF @ anhydrous @ (10 @ mL) @ se @ afadio, @ drop @ a @ drop, @ over @ a @ @ bromide solution @ 3a @ in @ 5 @ mL @ of @ DMF, @ under @ atmosphere @ of @ Ar @ a @ ambient @ temperature. @ Completed @ the @ addition, @ the @ @ reaction @ se @ calento @ a @ 65 ° @ C @ and @ se @ kept @ in @ agitation @ for @ 12h. @ A @ continuation, @ the @ mix @ se @ diluyo @ con @ 40 @ mL @ of @ water @ and @ was @ extracted @ with @ Et2O @ (3 @ x @ 15 @ mL). @ The @ organic @ phases were @ washed @ with @ brine @ (2 @ x @ 10 @ mL), @ dried @ dried @ about @ MgSO4 @ anhydro, @ se @ leaked @ and @ evaporated @ to @ give @ a @ residue @ that @ was @ purified @ by @ flash @ chromatography (Hexano @ / @ EtOAc @ 7: 3). @ Yield: @ 91% @ 1H-RMN @ (400 @ MHz, @ CDCl3): @ 5@5.82 @ - @ 5.66 @ (m, @ 1H), @ 5.48 @ - @ 5.36 @ (m, @ 1H), @ 4.22 @ - @ 3.75 @ (m, @ 4H), @ 3.25 @ (t, @ J @ = @ 7.0 @ Hz, @ 2H), @ 2.11 @ - @ 1.96 @ (m, @ 2H), @ 1.45 @ (s, @ 9H); @ 1.32 @ (s, @ 6H); @ 1.55-1.35 @ (m, @ 18H). @ 13C-RMN @ (101 @ MHz, @ CDCl3): @ 5 @ 133.51, @ 128.29, @ 94.58, @ 81.20, @ 74.25, @ 65.08, @ 62.44, @ 51.61, @ 32.53, @ 29.55, @ 29.51, @ 29.45 , @ 29.31, @ 29.28, @ 29.24, @ 28.97, @ 28.51, @ 26.84, @ 26.38, @ 24.74. @ @ Methanesulfonate @ de @ (E) -13 - [(1R, 7aS) -5,5-dimethyl-3-oxo-tetrahydro-1H-oxazolo [3,4-c] oxazol-1-yl] tridec-12-enyl @(4)@ @ About @ a @ dissolution of @ 505 @ mg @ (1 @ mmol) @ of @ 3b @ in @ THF @ anhydrous @ (10 @ mL), @ cooled @ in @ a @ bafo @ of @ ice, @ se @ added @ 80 @ mg @ (2 @ mmol) @ from @ NaH. @ After @ stirring @ at @ room temperature @ during @ 18h, @ the @ reaction @ mix @ cool @ in @ a @ bafo @ of @ ice, @ was @ treated @ with @ a @ aqueous @ saturated @ solution @ NaHCO3 @ and @ was extracted with @ Et2O @ (3 @ x @ 5 @ mL). @ The @ extracts @ Organics @ gathered @ se @ washed @ with @ brine @ and @ dried @ over @ MgSO4 @ anhydrous. @ After @ the @ evaporation @ of the solvent @ se @ obtained @ the @ compound @ 4, @ that @ was @ submitted @ the @ subsequent @ stage @ without @ purification. @ Yield: @ 85% @ 1H-RMN @ (400 @ MHz, @ CDCl3): @ 5 @ 5.90-5.85 @ (m, @ 1H); @ 5.80-5.75 @ (m, @ 1H); @ 5.05-4.95 @ (m, @ 1H) ; @ 4.55 @ (width, @ 1H); @ 4.20 @ (t, @ 2H); @ 3.90-3.75 @ (m, @ 2H); @ 3.15 @ (s, @ 3H); @ 2.05 @ (m, @ 2H); @ 1.55 @ (s, @ 3H); @ 1.48 @ (s, @ 3H) ; @ 1.50-1.35 @ (width, @ 18H). @ @ Methanesulfonate @ de @ 13 - [(1R, 7aS) -5,5-dimethyl-3-oxo-tetrahydro-1H-oxazolo [3,4-c] oxazol-1-yl] tridecyl @ (5) @ @ A @ dissolution of @ 430 @ mg @ (1 @ mmol) @ of the compound @ 4 @ in @ ethanol @ (10 @ mL) @ was @ subjected to @ hydrogenation, @ a @ pressure @ atmospheric, @ in @ presence @ of @ 10 @ mg @ of @ Pd / C @ at @ 10 @%. @ After @ 12 @ h @ of @ agitation @ at @ room temperature, @ the @ mix @ of reaction @ se @ filter @ on @ Celite @ and @ the @ filtered @ obtained @ se @ evaporo @ a @ dryness @ providing @ the @ compound @ 5. @ Yield: @ 98% @ 1H-RMN @ (400 @ MHz, @ CDCl3): @ 5 @ 4.62 @ (m, @ 1H); @ 4.30 @ (m, @ 1H); @ 4.20 @ (t, @ 2H); @ 3.75-3.55 @ (m, @ 2H); @ 2.85 @ (s, @ 3H); @ 1.75-1.65 @ (m, @ 2H); @ 1.55-1.50 @ (m, @ 2H); @ 1.61 @ (s, @ 3H); @ 1.48 @ (s, @ 3H); @ 1.55-1.25 @ (wide, @ 20H). @ @ Synthesis @ of @ los @ acetilenos @ 6 @ and @ 7 a @ split @ of @ the @ mesilatos 4 and 5 @ Stage @ 1: @ About @ a @ dissolution @ of @ mesilatos @ 4 @ or @ 5 @ (2 @ mmol) @ in @ 8 @ mL @ of @ a @ mix @ 1: 1 @ THF / HMPA @ (hexametilfosfotriamida) @ cooled @ a -30 @ ° C, @ added @, drop @ drop, @ 4.5 @ mL @ of @ a @ dissolution @ 0.5 @ M @ of @ trimetilsililacetiluro @ de @ lithio @ en @ THF @ (equivalent @ a @ 2.25 @ mmol). @ The @ mix @ of @ reaccion @ remained @ in @ agitation @ while @ @ warm @ slowly @ until @ reaching @ ambient @ temperature. @ After @ the @ consumption @ of the @ product @ of @ heading @ (around @ of @ 1h, @ by @ analysis @ by @ TLC), @ the @ reaction @ was @ stopped @ by @ addition of @ 5 @ mL @ of @ saturated @ dissolution @ of NH4Cl @ and @ the @ mix @ se @ extracted @ with @ hexano @ (3 @ x @ 10 @ mL). @ The @ organic extracts @ gathered @ were @ washed @ with @ water @ and @ brine, @ dried @ dried @ on @ MgSO4 @ anhidro @ and @ were @ evaporated @ a @ reduced @ pressure @ to @ obtain @ the corresponding @ acetiluros @ de @ trimetilsililo @ intermediates, @ which @ were @ used @ in @ the @ next @ stage @ without @ purification. @ @ Stage @ 2: @ Una @ dissolucion @ del @ acetiluro @ de @ trimetilsililo @ (1.5@mmol) @ en @ THF @ anhidro @ (5 @ mL) @ se @ deal @ with @ 2 @ mL @ de @ una @ @ 1M @ solution of @ Bu4NF @ in @ THF @ under @ atmosphere @ of @ Ar. @ After @ agitation @ for @ 30 @ min @ at @ room temperature, @ the @ mix @ @ reaccion @ se @ deal @ with @ H2O @ (0.5@mL), @ se @ dry @ over @ MgSO4 @ anhydrous @ and @ se @ evaporo @ a @ reduced @ pressure, @ getting @ the @ acetylenes @ 6 @ and @ 7. @ @ (1R, 7aS, E) -5,5-dimethyl-1- (pentadec-1-en-14-inyl) -dihydro-1H-oxazolo [3,4-c] oxazol-3 (5H) -one @ ( 6) @ @ Yield: @ 75% @ 1H-RMN @ (400 @ MHz, @ CDCl3): @ 5 @ 5.95-5.80 @ (m, @ 1H); @ 5.75-5.70 @ (m, @ 1H); @ 5.15-5.05 @ (m, @ 1H) ; @ 4.65 @ (width, @ 1H); @ 3.85-3.65 @ (m, @ 2H); @ 2.15-1.95 @ (m, @ 4H); @ 1.85 @ (t, @ 1H); @ 1.50 @ (s, @ 3H); @ 1.45 @ (s, @ 3H); @ 1.50-1.25 @ (width, @ 18H). @ @ (1R, 7aS) -5,5-dimethyl-1- (pentadec-14-inyl) -dihydro-1H-oxazolo [3,4-c] oxazol-3 (5H) -one @ (7) @ Yield: @ 79% @ 1H-RMN @ (400 @ MHz, @ CDCl3): @ 5 @ 5.15-5.05 @ (m, @ 1H); @ 4.65 @ (wide, @ 1H); @ 3.85-3.65 @ (m, @ 2H); @ 2.05-1.95 @ (width, @ 2H); @ 1.85 @ (t, @ 1H); @ 1.50 @ (s, @ 3H); @ 1.45 @ (s, @ 3H); @ 1.50-1.45 @ (m, @ 4H); @ 1.35-1.25 @ (wide, @ 20H) @ @ (S) -4 - [(R) -12-azido-1-hydroxidedecyl] -2,2-dimethyloxazolidine-3-carboxylate @ de @ tert-butyl @ (8) @ Stage @ 1: @ A @ dissolution @ of @ 460 @ mg @ (1 @ mmol) @ of the compound @ 3rd @ in @ ethanol @ (10 @ mL) @ was @ subjected to @ hydrogenation, @ a @ pressure @ atmospheric, @ in @ presence @ of @ 10 @ mg @ of @ Pd / C @ at @ 10 @%. @ After @ 12 @ h @ of @ agitation @ at @ room temperature, @ the @ mix @ of
reaccion@se@filtro@sobre@Celite@y@el@filtrado@obtenido@se@evaporo@a@sequedad@proporcionando@un@crudo@que@se@sometio@a@la@ reaccion@siguiente.@ @ Etapa@2:@Una@disolucion@de@100@mg@(1.54@mmol)@de@azida@sodica@en@DMF@anhidro@(10@mL)@se@afadio,@gota@a@gota,@sobre@ una@disolucion@del@crudo@de@la@reaccion@anterior@en@5@mL@de@DMF,@bajo@atmosfera@de@Ar@a@temperatura@ambiente.@ Finalizada@la@adicion,@la@mezcla@de@reaccion@se@calento@a@65°@C@y@se@mantuvo@en@agitacion@durante@12h.@A@continuacion,@ la@mezcla@se@diluyo@con@40@mL@de@agua@y@se@extrajo@con@Et2O@(3@x@15@mL).@Las@fases@organicas@se@lavaron@con@salmuera@ (2@x@10@mL),@se@secaron@sobre@MgSO4@anhidro,@se@filtraron@y@se@evaporaron@para@dar@un@residuo@que@se@purifico@por@ cromatografia@flash@(Hexano@/@EtOAc@7:3).@ Rendimiento@global@:@72@%@ 1H-RMN@(400@MHz,@CDCl3):@5@4.15-3.95@(m,@2H);@3.90-3.70@(m,@2H);@3.25@(t,@2H);@1.45@(s,@9H);@1.65-1.60@(m,@4H);@1.40- 1.20@(m,@22H)@ 13C-RMN@(101@MHz,@CDCl3):@5@154.1,@94.3,@73.0,@64.8,@62.6,@51.5,@34.5,@33.9,@(29.7-28.4),@26.8,@26.5,@26.1,@24.3.@ @ Sintesis@de@bases@esfingoides@II(D-H)@ @ (2S,3R)-2-amino-14-azidotetradecano-1,3-diol@(II-E)@y@(2S,3R,E)-2-amino-14-azidotetradec-4-eno-1,3-diol@(II-F)@ Una@disolucion@de@(0.5@mmol)@de@8@o@de@3c@en@MeOH@(10@mL)@se@trato@con@cloruro@de@acetilo@(0.6@mL).@La@mezcla@de@ reaccion@se@agito@a@temperatura@ambiente@durante@6@h,@transcurridas@las@cuales@se@evaporo@el@disolvente@a@presion@ reducida.@El@residuo@obtenido@se@disuelve@en@agua,@se@alcalinizo@con@una@disolucion@de@NaOH@1N@y@se@extrajo@con@EtOAc@ (3@x@5@mL).@Las@fases@organicas@reunidas@se@secaron@(MgSO4)@y@se@evaporaron@a@sequedad@y@el@residuo@se@purifico@por@ cromatografia@flash@(hexano@/@EtOAc@7:3)@para@obtener@el@producto@deseado.@ @ (II-E):@Rendimiento@a@partir@de@8@:@82@%@ 1H-RMN@(400@MHz,@CDCl3):@5@3.70@(m,@2H);@3.60@(m,@1H);@3.25@(t,@2H);@2.85@(m,@1H);@1.65-1.55@(m,@2H);@1.53-1.45@(m,@ 3H);@1.40-1.20@(m,@15H).@ 13C-RMN@(101@MHz,@CDCl3):@5@74.61,@63.50,@55.80,@51.57,@33.95,@29.80,@29.71,@29.69,@29.63,@29.60,@29.58,@29.26,@28.93,@ 26.81,@26.23.@ @ (II-F):@Rendimiento@a@partir@de@3c@:@85@%@ 1H-RMN@(400@MHz,@CDCl3):@5@5.80-5.65@(m,@1H);@5.50-5.35@(m.@1H);@4.05@(m,@1H);@3.70-3.55@(m,@2H);@3.25@(t,@2H);@2.85- 2.75@(m,@1H);@2.05@(m,@2H);@1.55@(m,@2H);@1.40-1.20@(m,@13H).@ 13C-RMN@(101@MHz,@CDCl3):@5@134.63,@129.37,@75.20,@63.81,@56.25,@51.57,@32.45,@29.52,@29.46,@29.40,@29.30,@29.24,@ 28.93,@26.80.@ @ (2S,3R)-2-aminooctadec-17-in-1,3-diol@(II-D)@y@(2S,3R,E)-2-aminooctadec-4-en-17-in-1,3-diol@(II-G)@por@hidrolisis@de@6@y@7 Etapa@1.@Una@disolucion@de@0.6@mmol@de@6@o@7@y@TsOH@(12@mg,@0.06@mmol)@en@MeOH@(10@mL)@se@agito@a@25@°C@durante@6@ h.@Transcurrido@este@tiempo,@se@elimino@el@disolvente@a@presion@reducida@y@el@residuo@resultante@se@disolvio@en@EtOAc.@La@ disolucion@ organica@ se@ lavo,@ sucesivamente,@ con@ una@ disolucion@ saturada@ de@ NaHCO3@ y@ salmuera@ y@ se@ seco.@ La@ evaporacion@del@disolvente@proporciona@un@residuo@que@se@uso@directamente@en@la@siguiente@etapa@de@sintesis.@ @ Etapa@2.@Una@disolucion@del@crudo@anterior@en@2N@NaOH@(30@mL)@y@EtOH@(30@mL)@se@calento@a@80@°C@durante@3@h.@La@ mezcla@de@reaccion@se@enfrio@a@continuacion,@se@concentra,@a@presion@reducida,@hasta@una@cuarta@parte@del@volumen@y@se@ extrajo@con@Et2O@(3@x@15@mL).@Las@fases@organicas@reunidas@se@secaron@sobre@MgSO4,@se@filtraron@y@se@evaporaron@para@ dar@el@correspondiente@producto@final.@ @ (II-D):@Rendimiento@global@a@partir@de@7:@70%@ 1H-RMN@(400@MHz,@CDCl3):@5@3.990-3.65@(m,@2H);@3.45@(m,@1H);@2.82@(m,@1H);@2.01@(m,@2H);@1.82@(t,@1H);@1.45@(m,@4H);@ 1.29-1.26@(m,@20H).@ 13C-RMN@(101@MHz,@CDCl3):@5@83.5,@75.1,@62.5,@61.1,@33.1,@(29.9-28.2),@23.5,@21.4.@ @ (II-G):@Rendimiento@global@a@partir@de@6:@73%@ 1H-RMN@(400@MHz,@CDCl3):@5@5.69-5.65@(m,@2H);@4.15@(m,@1H);@3.90-3.65@(m,@2H);@2.85@(m,@1H);@2.05-1.95@(m,@4H);@1.85@ (t,@1H);@1.45-1.30@(m,@18H).@ 13C-RMN@(101@MHz,@CDCl3):@5@131.1,@129.7,@83.5,@75.5,@68.9,@62.3,@56.8,@35.1,@(29.9-28.4),@21.2.@ @ Hidrocloruro@de@(S)-2-amino-14-azido-1-hidroxitetradecan-3-ona@(II-H)@ Etapa@1.@Una@disolucion@de@550@mg@(1.30@mmol)@de@8@en@30@mL@de@CH2Cl2@se@trato@con@clorocromato@de@piridinio@(PCC)@ (420@mg,@1.90@mmol).@La@mezcla@de@reaccion@se@mantuvo@en@agitacion@a@temperatura@ambiente@durante@1@h,@transcurrida@ la@cual@se@afadieron@otros@420@mg@de@PCC@y@se@mantuvo@en@agitacion@durante@12@h@mas.@A@continuacion,@la@mezcla@de@ reaccion@se@filtro@sobre@Celite@y@el@filtrado@se@evaporo@a@presion@reducida@para@dar@un@crudo@que@se@utilizo@directamente@en@ la@siguiente@etapa.@ @ Reaction @ se @ filter @ on @ Celite @ and @ el @ filtered @ obtained @ se @ evaporo @ a @ dryness @ providing @ a @ raw @ that @ was @ submitted @ a @ @ next reaction. @ @ Stage @ 2: @ A @ dissolution @ of @ 100 @ mg @ (1.54@mmol) @ of @ azida @ sodica @ in @ DMF @ anhydrous @ (10 @ mL) @ se @ afadio, @ drop @ a @ drop, @on@ a @ solution @ of @ crude @ of @ the @ previous reaction @ in @ 5 @ mL @ of @ DMF, @ under @ atmosphere @ of @ Ar @ a @ room temperature. Finished @ the @ addiction, @ the @ mix @ of @ reaction @ warmth @ a @ 65 ° @ C @ and @ stayed @ in @ shaking @ for @ 12h. @ A @ continuation, @ the @ mix @ was @ diluted @ with @ 40 @ mL @ of @ water @ and @ was @ extracted @ with @ Et2O @ (3 @ x @ 15 @ mL). @ The @ organic @ phases were @ washed @ with @brine@ (2 @ x @ 10 @ mL), @ dried @ dried @ MgSO4 @ anhydrous, @ filtered @ and @ evaporated @ to @ give @ a @ residue @ that @ was @ purified @ by @ @ flash @ chromatography (Hexano @ / @ EtOAc @ 7: 3). @ Performance @ global @: @ 72 @% @ 1H-RMN @ (400 @ MHz, @ CDCl3): @ 5 @ 4.15-3.95 @ (m, @ 2H); @ 3.90-3.70 @ (m, @ 2H); @ 3.25 @ (t, @ 2H); @ 1.45 @ (s, @ 9H); @ 1.65-1.60 @ (m, @ 4H); @ 1.40- 1.20 @ (m, @ 22H) @ 13C-RMN @ (101 @ MHz, @ CDCl3): @ 5 @ 154.1, @ 94.3, @ 73.0, @ 64.8, @ 62.6, @ 51.5, @ 34.5, @ 33.9, @ (29.7-28.4), @ 26.8, @ 26.5, @ 26.1, @ 24.3. @ @ Synthesis @ of @ bases @ sphingoids @ II (D-H) @ @ (2S, 3R) -2-amino-14-azidotetradecane-1,3-diol @ (II-E) @ and @ (2S, 3R, E) -2-amino-14-azidotetradec-4-eno-1, 3-diol @ (II-F) @ A @ dissolution of @ (0.5@mmol) @ of @ 8 @ or @ of @ 3c @ in @ MeOH @ (10 @ mL) @ was @ treated with @ acetyl @ chloride @ (0.6@mL). @The mixture of@ reaccion @ se @ agito @ a @ temperature @ ambient @ during @ 6 @ h, @ elapses @ which @ were @ evaporo @ the @ solvent @ a @ pressure @ reduced. @ The @ residue @ obtained @ dissolves @ in @ water, @ is @ alkaline @ with @ a @ solution @ NaOH @ 1N @ and @ was @ extracted @ with @ EtOAc @ (3 @ x @ 5 @ mL). @ The @ organic @ phases gathered @ dried @ dried (MgSO4) @ and @ evaporated @ a @ dryness @ and @ the @ residue @ was @ purified @ by @ @ flash @ chromatography (hexane @ / @ EtOAc @ 7: 3) @ to @ get @ the @ desired @ product. @ @ (II-E): @ Performance @ to @ from @ 8 @: @ 82 @% @ 1H-RMN @ (400 @ MHz, @ CDCl3): @ 5 @ 3.70 @ (m, @ 2H); @ 3.60 @ (m, @ 1H); @ 3.25 @ (t, @ 2H); @ 2.85 @ (m , @ 1H); @ 1.65-1.55 @ (m, @ 2H); @ 1.53-1.45 @ (m, @ 3H); @ 1.40-1.20 @ (m, @ 15H). @ 13C-RMN @ (101 @ MHz, @ CDCl3): @ 5 @ 74.61, @ 63.50, @ 55.80, @ 51.57, @ 33.95, @ 29.80, @ 29.71, @ 29.69, @ 29.63, @ 29.60, @ 29.58, @ 29.26 , @ 28.93, @ 26.81, @ 26.23. @ @ (II-F): @ Performance @ a @ starting @ from @ 3c @: @ 85 @% @ 1H-RMN @ (400 @ MHz, @ CDCl3): @ 5 @ 5.80-5.65 @ (m, @ 1H); @ 5.50-5.35 @ (m. @ 1H); @ 4.05 @ (m, @ 1H); @ 3.70-3.55 @ (m, @ 2H); @ 3.25 @ (t, @ 2H); @ 2.85- 2.75 @ (m, @ 1H); @ 2.05 @ (m, @ 2H); @ 1.55 @ (m, @ 2H); @ 1.40-1.20 @ (m, @ 13H). @ 13C-RMN @ (101 @ MHz, @ CDCl3): @ 5 @ 134.63, @ 129.37, @ 75.20, @ 63.81, @ 56.25, @ 51.57, @ 32.45, @ 29.52, @ 29.46, @ 29.40, @ 29.30, @ 29.24 , @ 28.93, @ 26.80. @ @ (2S, 3R) -2-aminooctadec-17-in-1,3-diol @ (II-D) @ and @ (2S, 3R, E) -2-aminooctadec-4-en-17-in-1, 3-diol @ (II-G) @ by @ hydrolysis @ of @ 6 @ and @ 7 Stage @ 1. @ A @ dissolution @ of @ 0.6 @ mmol @ of @ 6 @ or @ 7 @ and @ TsOH @ (12 @ mg, @ 0.06 @ mmol) @ in @ MeOH @ (10 @ mL) @ se @ agito @ a @ 25 @ ° C @ for @ 6 @ h. @ After @ this @ time, @ was @ removed @ the @ solvent @ a @ reduced @ pressure @ and @ the resulting @ residue @ was @ dissolved @ in @ EtOAc. @ La @ @ organic @ dissolution @ lavo, @ successively, @ with @ a @ saturated @ solution @ NaHCO3 @ and @ brine @ and @ dry @. @ solvent @ evaporation provides @ a @ residue @ that @ was @ used @ directly @ in @ the @ next @ stage @ of @ synthesis @ @ Stage @ 2. @ A @ dissolution @ of the previous @ crude @ in @ 2N @ NaOH @ (30 @ mL) @ and @ EtOH @ (30 @ mL) @ warmed up @ 80 @ ° C @ during @ 3 @ h. @ La @ mix @ of @ reaction @ se @ cool @ a continuation, @ se @ concentra, @ a @ reduced @ pressure, @ up to a quarter of the volume @ and @ se @ @ extracted with @ Et2O @ (3 @ x @ 15 @ mL). @ The @ organic @ phases @ gathered @ dried @ dried @ MgSO4, @ filtered @ and @ evaporated @ to @ give @ the corresponding @ product @ final @. @ (II-D): @ Global @ Performance @ @ @ @ @ 7: @ 70% @ 1H-RMN @ (400 @ MHz, @ CDCl3): @ 5 @ 3,990-3.65 @ (m, @ 2H); @ 3.45 @ (m, @ 1H); @ 2.82 @ (m, @ 1H); @ 2.01 @ (m, @ 2H); @ 1.82 @ (t, @ 1H); @ 1.45 @ (m, @ 4H); @ 1.29-1.26 @ (m, @ 20H). @ 13C-RMN @ (101 @ MHz, @ CDCl3): @ 5 @ 83.5, @ 75.1, @ 62.5, @ 61.1, @ 33.1, @ (29.9-28.2), @ 23.5, @ 21.4. @ @ (II-G): @ Global @ Performance @ @ @ @ @ 6: @ 73% @ 1H-RMN @ (400 @ MHz, @ CDCl3): @ 5 @ 5.69-5.65 @ (m, @ 2H); @ 4.15 @ (m, @ 1H); @ 3.90-3.65 @ (m, @ 2H); @ 2.85 @ (m, @ 1H); @ 2.05-1.95 @ (m, @ 4H); @ 1.85 @ (t, @ 1H); @ 1.45-1.30 @ (m, @ 18H). @ 13C-RMN @ (101 @ MHz, @ CDCl3): @ 5 @ 131.1, @ 129.7, @ 83.5, @ 75.5, @ 68.9, @ 62.3, @ 56.8, @ 35.1, @ (29.9-28.4), @ 21.2. @ @ Hydrochloride @ de @ (S) -2-amino-14-azido-1-hydroxytetradecan-3-one @ (II-H) @ Stage @ 1. @ Una @ dissolucion @ de @ 550 @ mg @ (1.30@mmol) @ de @ 8 @ en @ 30 @ mL @ de @ CH2Cl2 @ se @ deal @ with @ chlorocromato @ de @ piridinio @ (PCC) @ (420 @ mg, @ 1.90 @ mmol). @ The @ reaction @ mix @ remained @ in @ agitation @ at @ ambient @ temperature @ for @ 1 @ h, @ elapsed @ the @ which @ were @ added @ others @ 420 @ mg @ of @ PCC @ and @ remained @ in @ agitation @ for @ 12 @ h @ more. @ A @ continuation, @ the @ mix @ of @ reaccion @ se @ filter @ on @ Celite @ and @ el @ filtered @ se @ evaporo @ a @ reduced @ pressure @ to @ give @ a @ crude @ that @ was @ used @ directly @ in @ the @ next @ stage. @ @
Etapa@2.@Una@disolucion@del@crudo@anterior@en@20@mL@de@MeOH@se@trato@con@1.2@mL@de@cloruro@de@acetilo@a@25@°C@durante@ 6@h.@Transcurrido@este@tiempo,@se@elimino@el@disolvente@a@presion@reducida@para@dar@el@producto@final@en@forma@del@ correspondiente@hidrocloruro.@ Rendimiento@global@a@partir@de@8:@89@%@ 1H-RMN@(400@MHz,@CD3OD):@5@4.15@(t@ancho,@1H);@4.10@(dd,@1H);@3.95@(dd,@1H),@3.3@(t,@2H);@2.65@(t,@2H);@1.60-1.55@(m,@ 2H);@1.45-1.25@(ancho,@16H).@ 13C-RMN@(101@MHz,@CD3OD):@5@205.19,@62.19,@60.26,@52.44,@39.62,@30.62,@30.60,@30.57,@30.52,@30.27,@30.09,@29.92,@ 27.82,@24.18.@ @ Stage @ 2. @ A @ dissolution @ of @ crude @ previous @ in @ 20 @ mL @ of @ MeOH @ was @ treated @ with @ 1.2 @ mL @ of @ acetyl @ chloride @ @ 25 @ ° C @ during@ 6 @ h. @ After @ this @ time, @ was @ removed @ the @ solvent @ a @ reduced @ pressure @ to @ give @ the @ final @ product @ in @ form @ corresponding @ hydrochloride. @ Performance @ global @ to @ split @ of @ 8: @ 89 @% @ 1H-RMN @ (400 @ MHz, @ CD3OD): @ 5 @ 4.15 @ (t @ wide, @ 1H); @ 4.10 @ (dd, @ 1H); @ 3.95 @ (dd, @ 1H), @ 3.3 @ (t, @ 2H); @ 2.65 @ (t, @ 2H); @ 1.60-1.55 @ (m, @ 2H); @ 1.45-1.25 @ (width, @ 16H). @ 13C-RMN @ (101 @ MHz, @ CD3OD): @ 5 @ 205.19, @ 62.19, @ 60.26, @ 52.44, @ 39.62, @ 30.62, @ 30.60, @ 30.57, @ 30.52, @ 30.27, @ 30.09, @ 29.92 , @ 27.82, @ 24.18. @ @
Obtención de los compuestos de fórmula (I). Obtaining the compounds of formula (I).
@ Ejemplo I-B4.@1-[(2S,3R)-1,3-dihidroxioctadecan-2-il]-1H-pirrol-2,5-diona@@ Una@disolucion@de@esfinganina@(30@mg,@0,10@mmol)@en@CH2Cl2@(1@mL)@se@adiciono,@gota@a@gota,@sobre@1@mL@de@una@ disolucion@de@anhidrido@maleico@0.1@M@en@CH2Cl2,@enfriada@exteriormente@con@un@bafo@de@hielo.@A@continuacion,@se@retiro@ el@bafo@y@la@mezcla@se@mantuvo@en@agitacion@a@temperatura@ambiente@durante@16@h,@transcurridas@las@cuales@se@adiciono@ cloruro@de@oxalilo@(8.5@!L,@0,1@mmol)@y@una@gota@de@DMF,@manteniendo@la@agitacion@durante@otras@8@h.@Al@final@de@este@ periodo,@la@mezcla@de@reaccion@se@trato@con@0,5@mL@de@una@disolucion@0,2@M@de@Et3N@en@de@CH2Cl2@y@se@agito@a@ temperatura@ambiente.@Al@cabo@de@1@h,@la@mezcla@de@reaccion@se@lavo@con@agua@(3@x@2,5@mL)@y@la@fase@organica@se@seco@ sobre@ MgSO4@ anhidro@ y@ se@ evaporo@ a@ presion@ reducida.@ El@ crudo@ resultante@ se@ purifico@ por@ cromatografia@ flash@ (hexano/EtOAc@4:1),@obteniendose@32@mg@(81@%@rendimiento)@del@compuesto@I-B4.@ 1H-RMN@(400@MHz,@CDCl3):@5@6.94@(s,@2H),@3.75@-@3.68@(m,@1H),@3.87@-@3.80@(m,@3H),@1.65@-@1.45@(m,@4H),@1.25@(ancho,@ 24H),@0.85@(t@ancho,@3H).@ 13C-RMN@(101@MHz,@CDCl3):@170.25,@135.84,@69.06,@58.21,@51.53,@33.71,@32.13,@(29.90@-@29.60),@26.04,@22.91,@14.35.@ @ Metodo@general@para@la@preparacion@de@sulfonamidas@por@acoplamiento@con@cloruro@de@etanosulfonilo@ Sobre@una@disolucion@de@la@correspondiente@base@esfingoide@II@(0,10@mmol)@y@Na2CO3@(21@mg,@0,20@mmol)@en@THF@(1@mL)@ y@agua@(2@mL)@se@adicionaron,@gota@a@gota,@14@!L,@(0,15@mmol)@de@cloruro@de@etanosulfonilo.@La@mezcla@de@reaccion@se@ mantuvo@en@agitacion@durante@18h@a@temperatura@ambiente.@A@continuacion,@se@diluyo@con@5@mL@de@disolucion@saturada@ de@NaCl,@se@extrajo@con@CH2Cl2@(3@x@5@mL),@se@seco@sobre@MgSO4@anhidro@y@se@evaporo@a@presion@reducida.@El@residuo@ resultante@se@purifico@por@cromatografia@flash@(hexano/EtOAc@4:1)@para@proporcionar@el@compuesto@deseado.@ @ Example I-B4. @ 1 - [(2S, 3R) -1,3-dihydroxioctadecan-2-yl] -1H-pyrrole-2,5-diona @@ A @ dissolution of @ sphinganine @ (30 @ mg, @ 0.10 @ mmol) @ in @ CH2Cl2 @ (1 @ mL) @ was @ added, @ drop @ to @ drop, @ about @ 1 @ mL @ of @a@ @ anhydride @ maleic @ 0.1 @ M @ solution in @ CH2Cl2, @ cooled @ outside @ with @ an @ ice @ bafo. @ A @ continuation, @ se @ retirement @ el @ bafo @ and @ la @ mix @ se @ remained @ in @ agitacion @ a @ temperature @ atmosphere @ for @ 16 @ h, @ elapses @ the @ which @ were @ added @ @ oxalilo @ chloride (8.5 @! L, @ 0.1 @ mmol) @ and @ a @ drop @ of @ DMF, @ keeping @ the agitation @ for @ other @ 8 @ h. @ At the @ end @ from @ este @ period, @ the @ mix @ of @ reaction @ se @ deal @ with @ 0.5 @ mL @ of @ a @ dissolution @ 0.2 @ M @ of @ Et3N @ in @ of @ CH2Cl2 @ and @ se @ agito @to@ @ ambient temperature. @ After @ 1 @ h, @ the @ mixture @ of reaction @ was @ washed @ with @ water @ (3 @ x @ 2.5 @ mL) @ and @ the @ phase @ organic @ dry @ dry about @ MgSO4 @ anhidro @ and @ se @ evaporo @ a @ reduced @ pressure. @ The resulting @ crude @ was @ purified @ by @ chromatography @ flash @ (hexane / EtOAc @ 4: 1), @ obtaining @ 32 @ mg @ (81 @% @ yield) @ of the @ compound @ I-B4. @ 1H-RMN @ (400 @ MHz, @ CDCl3): @ 5 @ 6.94 @ (s, @ 2H), @ 3.75 @ - @ 3.68 @ (m, @ 1H), @ 3.87 @ - @ 3.80 @ (m, @ 3H), @ 1.65 @ - @ 1.45 @ (m, @ 4H), @ 1.25 @ (width, @ 24H), @ 0.85 @ (t @ width, @ 3H). @ 13C-RMN @ (101 @ MHz, @ CDCl3): @ 170.25, @ 135.84, @ 69.06, @ 58.21, @ 51.53, @ 33.71, @ 32.13, @ (29.90 @ - @ 29.60), @ 26.04, @ 22.91, @ 14.35. @ @ General @ method for @ the @ sulfonamides @ preparation @ by @ coupling @ with @ ethanesulfonyl chloride @ About @ a @ dissolution @ of the corresponding @ base @ sphingoid @ II @ (0.10 @ mmol) @ and @ Na2CO3 @ (21 @ mg, @ 0.20 @ mmol) @ in @ THF @ (1 @ mL) @ and @ water @ (2 @ mL) @ were added, @ drop @ to @ drop, @ 14 @! L, @ (0.15 @ mmol) @ of @ ethanesulfonyl @ chloride @ @ the @ mix @ of @ reaccion @ se @ kept @ in @ agitation @ for @ 18h @ a @ ambient @ temperature. @ A @ continuation, @ was @ diluted @ with @ 5 @ mL @ of @ dissolution @ saturated @ from @ NaCl, @ was @ extracted @ with @ CH2Cl2 @ (3 @ x @ 5 @ mL), @ was @ dry @ over @ MgSO4 @ anhydrous @ and @ was @ evaporated @ at @ reduced pressure. @ The @ residue @ resulting @ was @ purified @ by @ flash @ chromatography (hexane / EtOAc @ 4: 1) @ to @ provide @ the desired @ compound @
Ejemplo I-A1.@N-[(2S,3R,E)-1,3-dihidroxioctadec-4-en-2-il]etanosulfonamida@ Rendimiento:@75%@ 1H-RMN@(400@MHz,@CDCl3):@5@5.69@(m,@1H);@5.65@(m,@1H);@4.15@(m,@1H);@3.80-3.60@(m,@2H);@3.50@(q,@2H);@2.90@(m,@1H);@ 2.01@(m,@2H);@1.29@(s,@3H);@1.35-1.26@(m,@22H);@0.86@(t,@3H).@ 13C-RMN@(101@MHz,@CDCl3):@5@131.5,@129.9,@72.1,@59.5,@54.3,@48.8,@34.1,@32.2,@(30.0-29.5),@22.7,@14.1,@2.3.@ @ Ejemplo I-B1.@N-[(2S,3R)-1,3-dihidroxioctadecan-2-il]etanosulfonamida@ Rendimiento:@77%@ 1H-RMN@(400@MHz,@CDCl3):@5@3.45@(q@ancho,@2H),@3.97@-@3.70@(m,@3H),@2.78@(m,@1H),@1.68@-@1.41@(m,@4H),@1.28@(t@ancho,@ 3H),@1.23@(ancho,@24H),@0.85@(t@ancho,@3H).@ 13C-RMN@(101@MHz,@CDCl3):@5@75.06,@60.61,@54.83,@47.56,@33.91,@31.93,@(29.95@-@26.04),@22.81,@14.25,@2.35.@ @ Ejemplo I-C1.@N-[(2S,3S,4R)-1,3,4-trihidroxioctadecan-2-il]etanosulfonamida@ Rendimiento:@79%@ 1H-RMN@(400@MHz,@CDCl3):@5@3.90-3.60@(m,@2H);@3.50@(m,@1H);@3.45@(q,@2H);@3.18@(m,@1H);@2.75@(m,@1H);@1.51@(m,@2H);@ 1.30@(s,@3H);@1.30-1.26@(s@ancho,@24H);@0.86@(t,@3H).@ 13C-RMN@(101@MHz,@CDCl3):@5@76.5,@71.3,@59.6,@48.4,@47.2,@31.9,@31.2,@(29.9-29.3),@23.7,@22.6,@14.2,@2.3.@ @ Ejemplo I-D1.@N-[(2S,3R)-1,3-dihidroxioctadec-17-in-2-il]etanosulfonamida@ Rendimiento:@84%@ 1H-RMN@(400@MHz,@CDCl3):@5@3.90-3.70@(m,@3H);@3.45@(q,@2H);@2.80@(m,@1H);@2.03@(m,@2H);@1.85@(t,@J@=@2.5,@1H);@1.28@(s,@ 3H);@1.20-1.40@(s@ancho,@24H).@ 13C-RMN@(101@MHz,@CDCl3):@5@83.5;@72.5;@47.6,@69.1;@60.2;@58.4;@32.9;@(29.5-28.5);@23.4;@21.3,@2.3.@ @ Ejemplo I-E1.@N-[(2S,3R)-14-azido-1,3-dihidroxitetradecan-2-il)etanosulfonamida@ Rendimiento:@71%@ 1H-RMN@(400@MHz,@CDCl3):@5@3.80-3.60@(m,@2H);@3.45@(m,@1H);@3.40@(q,@2H);@2.80@(m,@1H);@1.45@(m,@2H);@1.30-1.25@(m,@ 20H).@ 13C-RMN@(101@MHz,@CDCl3):@5@71.5,@60.1,@55.3,@50.2,@48.7,@33.1,@30.2,@(29.9-29.2);@27.1,@23.2,@2.3.@ @ Metodo@general@para@la@preparacion@de@amidas@por@acoplamiento@con@acidos@carboxilicos@@ Sobre@una@disolucion@de@la@correspondiente@base@esfingoide@II@(0,10@mmol)@y@Et3N@(30@!L,@aproximadamente@0,20@mmol)@ en@CH2Cl2@(1@mL)@bajo@atmosfera@de@argon,@se@afadio,@gota@a@gota,@una@disolucion@del@correspondiente@acido@carboxilico@ (0,10@mmol),@HOBt@(18@mg,@0,13@mmol)@y@EDC@(20@mg,@0,13@mmol)@en@CH2Cl2@(1@mL).@La@mezcla@de@reaccion@se@agito@a@ Example I-A1. @ N - [(2S, 3R, E) -1,3-dihydroxyoctadec-4-en-2-yl] ethanesulfonamide @ Yield: @ 75% @ 1H-RMN @ (400 @ MHz, @ CDCl3): @ 5 @ 5.69 @ (m, @ 1H); @ 5.65 @ (m, @ 1H); @ 4.15 @ (m, @ 1H); @ 3.80-3.60 @ (m, @ 2H); @ 3.50 @ (q, @ 2H); @ 2.90 @ (m, @ 1H); @ 2.01 @ (m, @ 2H); @ 1.29 @ (s, @ 3H); @ 1.35-1.26 @ (m, @ 22H); @ 0.86 @ (t, @ 3H). @ 13C-RMN @ (101 @ MHz, @ CDCl3): @ 5 @ 131.5, @ 129.9, @ 72.1, @ 59.5, @ 54.3, @ 48.8, @ 34.1, @ 32.2, @ (30.0-29.5), @ 22.7, @ 14.1, @ 2.3. @ @ Example I-B1. @ N - [(2S, 3R) -1,3-dihydroxyoctadecan-2-yl] ethanesulfonamide @ Yield: @ 77% @ 1H-RMN @ (400 @ MHz, @ CDCl3): @ 5 @ 3.45 @ (q @ wide, @ 2H), @ 3.97 @ - @ 3.70 @ (m, @ 3H), @ 2.78 @ (m, @ 1H) , @ 1.68 @ - @ 1.41 @ (m, @ 4H), @ 1.28 @ (t @ width, @ 3H), @ 1.23 @ (wide, @ 24H), @ 0.85 @ (t @ wide, @ 3H). @ 13C-RMN @ (101 @ MHz, @ CDCl3): @ 5 @ 75.06, @ 60.61, @ 54.83, @ 47.56, @ 33.91, @ 31.93, @ (29.95 @ - @ 26.04), @ 22.81, @ 14.25, @ 2.35 . @ @ Example I-C1. @ N - [(2S, 3S, 4R) -1,3,4-trihydroxyoctadecan-2-yl] ethanesulfonamide @ Yield: @ 79% @ 1H-RMN @ (400 @ MHz, @ CDCl3): @ 5 @ 3.90-3.60 @ (m, @ 2H); @ 3.50 @ (m, @ 1H); @ 3.45 @ (q, @ 2H); @ 3.18 @ (m, @ 1H); @ 2.75 @ (m, @ 1H); @ 1.51 @ (m, @ 2H); @ 1.30 @ (s, @ 3H); @ 1.30-1.26 @ (s @ width, @ 24H); @ 0.86 @ (t, @ 3H). @ 13C-RMN @ (101 @ MHz, @ CDCl3): @ 5 @ 76.5, @ 71.3, @ 59.6, @ 48.4, @ 47.2, @ 31.9, @ 31.2, @ (29.9-29.3), @ 23.7, @ 22.6, @ 14.2, @ 2.3. @ @ Example I-D1. @ N - [(2S, 3R) -1,3-dihydroxyoctadec-17-in-2-yl] ethanesulfonamide @ Yield: @ 84% @ 1H-RMN @ (400 @ MHz, @ CDCl3): @ 5 @ 3.90-3.70 @ (m, @ 3H); @ 3.45 @ (q, @ 2H); @ 2.80 @ (m, @ 1H); @ 2.03 @ (m, @ 2H); @ 1.85 @ (t, @ J @ = @ 2.5, @ 1H); @ 1.28 @ (s, @ 3H); @ 1.20-1.40 @ (s @ width, @ 24H). @ 13C-RMN @ (101 @ MHz, @ CDCl3): @ 5@83.5; @ 72.5; @ 47.6, @ 69.1; @ 60.2; @ 58.4; @ 32.9; @ (29.5-28.5); @ 23.4; @ 21.3, @ 2.3. @ @ Example I-E1. @ N - [(2S, 3R) -14-azido-1,3-dihydroxytetradecan-2-yl) ethanesulfonamide @ Yield: @ 71% @ 1H-RMN @ (400 @ MHz, @ CDCl3): @ 5 @ 3.80-3.60 @ (m, @ 2H); @ 3.45 @ (m, @ 1H); @ 3.40 @ (q, @ 2H); @ 2.80 @ (m, @ 1H); @ 1.45 @ (m, @ 2H); @ 1.30-1.25 @ (m, @ 20H). @ 13C-RMN @ (101 @ MHz, @ CDCl3): @ 5 @ 71.5, @ 60.1, @ 55.3, @ 50.2, @ 48.7, @ 33.1, @ 30.2, @ (29.9-29.2); @ 27.1, @ 23.2, @ 2.3. @ @ Method @ general @ for @ the @ preparation @ of @ amidas @ by @ coupling @ with @ acidos @ carboxilicos @@ About @ a @ dissolution @ of the corresponding @ base @ sphingoid @ II @ (0.10 @ mmol) @ and @ Et3N @ (30 @! L, @ about @ 0.20 @ mmol) @ @ CH2Cl2 @ (1 @ mL) @ low @ atmosphere @ of @ argon, @ se @ afadio, @ drop @ a @ drop, @ a @ dissolution @ of the corresponding @ carboxilic acid @ (0.10 @ mmol), @ HOBt @ (18 @ mg, @ 0.13 @ mmol) @ and @ EDC @ (20 @ mg, @ 0.13 @ mmol) @ in @ CH2Cl2 @ (1 @ mL) . @ The @ mix @ of @ reaccion @ se @ agito @ a @
temperatura@ambiente@durante@1@h,@se@lavo@con@agua@(3@x@0,5@mL)@y@se@concentro@a@presion@reducida.@El@crudo@resultante@ se@ purifico@ por@ cromatografia@ flash,@ utilizando@ un@ gradiente@ CH2Cl2/MeOH@ (de@ 0@ a@ 5%),@ obteniendose@ las@ correspondientes@amidas@con@los@rendimientos@que@se@indican@en@cada@ejemplo@ @ Acoplamiento@con@acido@bromoacetico@ Ejemplo I-D2.@2-bromo-N-[(2S,3R)-1,3-dihidroxioctadec-17-in-2-il]acetamida@ Rendimiento:@72%@ 1H-RMN@(400@MHz,@CDCl3):@5@8.05@(d@ancho,@1H);@4.21@(s,@2H);@3.90-3.70@(m,@4H);@2.03@(m,@2H);@1.85@(t,@J@=@2.5,@1H);@ 1.20-1.40@(s@ancho,@24H).@ 13C-RMN@(101@MHz,@CDCl3):@5@177.5;@83.5;@72.5;@69.1;@60.2;@58.4;@33.1;@(29.5-28.5);@23.4;@21.3@ @ Ejemplo I-E2.@N-[(2S,3R)-14-azido-1,3-dihidroxitetradecan-2-il]bromoacetamida@ Rendimiento:@77%@ 1H-RMN@(400@MHz,@CDCl3):@5@7.7@(d@ancho,@1H);@4.10@(s,@2H);@3.90-3.75@(m,@4H);@3.25@(t,@2H);@1.3-1.25@(ancho,@20H).@ 13C-RMN@(101@MHz,@CDCl3):@5@166.3,@74.2,@62.2,@53.9,@51.6,@42.8,@34.6,@29.6,@29.3,@28.9,@26.8,@26.0.@ @ Ejemplo I-F2.@N-[(2S,3R,E)-14-azido-1,3-dihidroxitetradec-4-en-2-il]bromoacetamida@ Rendimiento:@73%@ 1H-RMN@(400@MHz,@CDCl3):@5@7.72@(d@ancho,@1H),@5.81@(m,@1H);@5.53@(m,@1H);@4.35@(m,@1H);@4.10@(s,@2H);@4.01@(dd,@1H);@ 3.90@(m,@1H),@3.73@(dd,@1H);@3.25@(t,@2H);@2.10@(m,@2H);@1.65@(m,@2H);@1.40-1.25@(s@ancho,@14H).@ 13C-RMN@(101@MHz,@CDCl3):@5@166.6,@134.8,@128.6,@77.5,@77.2,@76.8,@74.2,@62.0,@54.8,@51.6,@42.8,@32.4,@29.5,@29.5,@29.2,@ 29.2,@28.9,@26.8.@ @ Ejemplo I-G2.@2-bromo-N-[(2S,3R,E)-1,3-dihidroxioctadec-4-en-17-in-2-il]acetamida@ Rendimiento:@84%@ 1H-RMN@(400@MHz,@CDCl3):@5@8.10@(d@ancho,@1H);@5.71-5.68@(m,@2H);@4.60@(m,@1H);@3.90-3.70@(m,@3H);@2.10-1.95@(m,@4H);@ 1.82@(t,@J@=@2.5,@1H);@1.45-1.30@(m,@18H).@ 13C-RMN@(101@MHz,@CDCl3):@5@177.5;@131.1;@129.7;@83.7;@72.8;@69.1;@60.0;@53.7;@34.1;@(30.0-28.5);@21.4@ @ Ejemplo I-H2.@(S)-N-(14-azido-1-hidroxi-3-oxotetradecan-2-il)-2-bromoacetamida@ Rendimiento:@81%@ 1H-RMN@(400@MHz,@CDCl3):@5@4.20@(s,@2H),@4.16@(d,@J@=@3.8@Hz,@2H),@4.10@(dd,@J@=@12.0,@4.3@Hz,@2H),@3.97@(dd,@J@=@12.0,@ 3.4@Hz,@2H),@2.64@(t,@J@=@7.2@Hz,@4H),@1.60@(dd,@J@=@16.4,@8.9@Hz,@9H),@1.32@(s,@34H).@ 13C-RMN@(101@MHz,@CDCl3):@5@205.2,@178.5,@62.19,@60.26,@52.44,@39.62,@30.62,@30.60,@30.57,@30.52,@30.27,@30.09,@28.7,@ 29.4,@29.92,@27.82,@24.18.@ @ Ejemplo I-B2.@2-bromo-N-((2S,3R)-1,3-dihidroxioctadecan-2-il)acetamida.@ Segun@procedimiento@de@sintesis@descrito@en@la@solicitud@de@patente@WO200650264.@Ejemplo@1.@ @ Acoplamiento@con@acido@dibromoacetico@ Ejemplo I-B17. 2,2-dibromo-N-((2S,3R)-1,3-dihidroxioctadecan-2-il)acetamida.@ Rendimiento:@77%@ 1H-RMN@(400@MHz,@CDCl3):@5@6.23@(s,@1H),@3.80-3.70@(m,@3H),@3.65@(t@ancho,@1H),@1.55@(m.@2H),@1.40-1.20@(s@ancho,@26H),@ 0.91@(t,@3H).@ 13C-RMN@(101@MHz,@CDCl3):@5@166.9,@71.9,@61.7,@57.6,@37.9,@34.9,@33.1,@30.9-30.6,@30.5,@26.6,@23.7,@14.4.@ @@@ Acoplamiento@con@acido@glicidico@ Ejemplo I-A3.@(RS)-N-[(2S,3R,E)-1,3-dihidroxioctadec-4-en-2-il]oxirano-2-carboxamida@ Rendimiento:@77%@ 1H-RMN@(400@MHz,@CDCl3):@5@8.10@(d@ancho,@1H);@5.69-5.67@(m,@2H);@4.62@(m,@1H);@3.80-3.60@(m,@3H);@3.50@(m,@1H);@2.90- 2.60@(m,@2H);@2.01@(m,@2H);@1.33-1.26@(m,@22H);@0.85@(t,@3H).@ 13C-RMN@(101@MHz,@CDCl3):@5@173.5,@131.1,@129.7,@73.1,@60.2,@56.2,@55.4,@48.1,@35.1,@32.2,@(29.9-29.3),@22.8,@14.2.@ @ Ejemplo I-B3.@(RS)-N-[(2S,3R)-1,3-dihidroxioctadecan-2-il]oxirano-2-carboxamida@ Rendimiento:@79%@ 1H-RMN@(400@MHz,@CDCl3):@5@8.10@(d@ancho,@1H);@3.80-3.60@(m,@4H);@3.52@(m,@1H);@2.90-2.60@(m,@2H);@1.50@(m,@2H);@1.30- 1.25@(m,@26H);@0.85@(t,@3H).@ 13C-RMN@(101@MHz,@CDCl3):@5@175.5,@72.4,@(59.9-59.8),@56.2,@48.4,@32.8,@31.7,@(29.6-29.3),@23.4,@22.8,@14.1.@ @ Ejemplo I-C3.@(RS)-N-[(2S,3S,4R)-1,3,4-trihidroxioctadecan-2-il]oxirano-2-carboxamida@ Rendimiento:@72%@ 1H-RMN@(400@MHz,@CDCl3):@5@8.05@(d@ancho,@1H);@3.95-3.60@(m,@4H);@3.51@(m,@1H);@3.20@(m,@1H);@2.90-2.65@(m,@2H);@1.45@ (m,@2H);@1.30-1.25@(m,@24H);@086@(t,@3H).@ 13C-RMN@(101@MHz,@CDCl3):@5@172.5,@77.5,@71.2,@60.3,@56.2,@53.2,@47.6,@(31.8-31.6),@(29.9-29.3),@23.8,@22.6,@14.2.@ @ @ ambient @ temperature for @ 1 @ h, @ se @ washed @ with @ water @ (3 @ x @ 0.5 @ mL) @ and @ concentrated @ reduced @ pressure @ The resulting @ crude @ @ purifico @ by @ flash chromatography, @ using @ a @ gradient @ CH2Cl2 / MeOH @ (from @ 0 @ to @ 5%), @ obtaining @ the @ corresponding @ amidas @ with @ the @ returns @ that @ are @ indicated @ in @ each @ example @ @ Coupling @ with @ acid @ bromoacetic @ Example I-D2. @ 2-Bromo-N - [(2S, 3R) -1,3-dihydroxyoctadec-17-in-2-yl] acetamide @ Yield: @ 72% @ 1H-RMN @ (400 @ MHz, @ CDCl3): @ 5 @ 8.05 @ (d @ wide, @ 1H); @ 4.21 @ (s, @ 2H); @ 3.90-3.70 @ (m, @ 4H); @ 2.03 @ (m, @ 2H); @ 1.85 @ (t, @ J @ = @ 2.5, @ 1H); @ 1.20-1.40 @ (s @ width, @ 24H). @ 13C-RMN @ (101 @ MHz, @ CDCl3): @ 5@177.5; @ 83.5; @ 72.5; @ 69.1; @ 60.2; @ 58.4; @ 33.1; @ (29.5-28.5); @ 23.4; @ 21.3 @ @ Example I-E2. @ N - [(2S, 3R) -14-azido-1,3-dihydroxytetradecan-2-yl] bromoacetamide @ Yield: @ 77% @ 1H-RMN @ (400 @ MHz, @ CDCl3): @ 5 @ 7.7 @ (d @ wide, @ 1H); @ 4.10 @ (s, @ 2H); @ 3.90-3.75 @ (m, @ 4H); @ 3.25 @ (t, @ 2H); @ 1.3-1.25 @ (width, @ 20H). @ 13C-RMN @ (101 @ MHz, @ CDCl3): @ 5 @ 166.3, @ 74.2, @ 62.2, @ 53.9, @ 51.6, @ 42.8, @ 34.6, @ 29.6, @ 29.3, @ 28.9, @ 26.8, @ 26.0 . @ @ Example I-F2. @ N - [(2S, 3R, E) -14-azido-1,3-dihydroxytetradec-4-en-2-yl] bromoacetamide @ Yield: @ 73% @ 1H-RMN @ (400 @ MHz, @ CDCl3): @ 5 @ 7.72 @ (d @ width, @ 1H), @ 5.81 @ (m, @ 1H); @ 5.53 @ (m, @ 1H); @ 4.35 @ (m, @ 1H); @ 4.10 @ (s, @ 2H); @ 4.01 @ (dd, @ 1H); @ 3.90 @ (m, @ 1H), @ 3.73 @ (dd, @ 1H); @ 3.25 @ (t, @ 2H); @ 2.10 @ (m, @ 2H); @ 1.65 @ (m, @ 2H); @ 1.40-1.25 @ (s @ width, @ 14H). @ 13C-RMN @ (101 @ MHz, @ CDCl3): @ 5 @ 166.6, @ 134.8, @ 128.6, @ 77.5, @ 77.2, @ 76.8, @ 74.2, @ 62.0, @ 54.8, @ 51.6, @ 42.8, @ 32.4 , @ 29.5, @ 29.5, @ 29.2, @ 29.2, @ 28.9, @ 26.8. @ @ Example I-G2. @ 2-Bromo-N - [(2S, 3R, E) -1,3-dihydroxyoctadec-4-en-17-in-2-yl] acetamide @ Yield: @ 84% @ 1H-RMN @ (400 @ MHz, @ CDCl3): @ 5 @ 8.10 @ (d @ width, @ 1H); @ 5.71-5.68 @ (m, @ 2H); @ 4.60 @ (m, @ 1H); @ 3.90-3.70 @ (m, @ 3H); @ 2.10-1.95 @ (m, @ 4H); @ 1.82 @ (t, @ J @ = @ 2.5, @ 1H); @ 1.45-1.30 @ (m, @ 18H). @ 13C-RMN @ (101 @ MHz, @ CDCl3): @ 5@177.5; @ 131.1; @ 129.7; @ 83.7; @ 72.8; @ 69.1; @ 60.0; @ 53.7; @ 34.1; @ (30.0-28.5); @ 21.4 @ @ Example I-H2. @ (S) -N- (14-azido-1-hydroxy-3-oxotetradecan-2-yl) -2-bromoacetamide @ Yield: @ 81% @ 1H-RMN @ (400 @ MHz, @ CDCl3): @ 5 @ 4.20 @ (s, @ 2H), @ 4.16 @ (d, @ J @ = @ 3.8 @ Hz, @ 2H), @ 4.10 @ (dd, @J @ = @ 12.0, @ 4.3 @ Hz, @ 2H), @ 3.97 @ (dd, @ J @ = @ 12.0, @ 3.4 @ Hz, @ 2H), @ 2.64 @ (t, @ J @ = @ 7.2 @ Hz, @ 4H), @ 1.60 @ (dd, @ J @ = @ 16.4, @ 8.9 @ Hz, @ 9H), @ 1.32 @ (s, @ 34H). @ 13C-RMN @ (101 @ MHz, @ CDCl3): @ 5 @ 205.2, @ 178.5, @ 62.19, @ 60.26, @ 52.44, @ 39.62, @ 30.62, @ 30.60, @ 30.57, @ 30.52, @ 30.27, @ 30.09 , @ 28.7, @ 29.4, @ 29.92, @ 27.82, @ 24.18. @ @ Example I-B2. @ 2-Bromo-N - ((2S, 3R) -1,3-dihydroxyoctadecan-2-yl) acetamide. @ According to @ procedure @ of @ synthesis @ described @ in @ the @ patent application @ WO200650264. @ Example @ 1. @ @ Coupling @ with @ acid @ dibromoacetic @ Example I-B17. 2,2-dibromo-N - ((2S, 3R) -1,3-dihydroxyoctadecan-2-yl) acetamide. @ Yield: @ 77% @ 1H-RMN @ (400 @ MHz, @ CDCl3): @ 5 @ 6.23 @ (s, @ 1H), @ 3.80-3.70 @ (m, @ 3H), @ 3.65 @ (t @ wide, @ 1H), @ 1.55 @ (m. @ 2H), @ 1.40-1.20 @ (s @ width, @ 26H), @ 0.91 @ (t, @ 3H). @ 13C-RMN @ (101 @ MHz, @ CDCl3): @ 5 @ 166.9, @ 71.9, @ 61.7, @ 57.6, @ 37.9, @ 34.9, @ 33.1, @ 30.9-30.6, @ 30.5, @ 26.6, @ 23.7, @ 14.4. @ @@@ Coupling @ with @ glycidic acid @ Example I-A3. @ (RS) -N - [(2S, 3R, E) -1,3-dihydroxyoctadec-4-en-2-yl] oxirane-2-carboxamide @ Yield: @ 77% @ 1H-RMN @ (400 @ MHz, @ CDCl3): @ 5 @ 8.10 @ (d @ wide, @ 1H); @ 5.69-5.67 @ (m, @ 2H); @ 4.62 @ (m, @ 1H); @ 3.80-3.60 @ (m, @ 3H); @ 3.50 @ (m, @ 1H); @ 2.90- 2.60 @ (m, @ 2H); @ 2.01 @ (m, @ 2H); @ 1.33-1.26 @ (m, @ 22H); @ 0.85 @ (t, @ 3H). @ 13C-RMN @ (101 @ MHz, @ CDCl3): @ 5 @ 173.5, @ 131.1, @ 129.7, @ 73.1, @ 60.2, @ 56.2, @ 55.4, @ 48.1, @ 35.1, @ 32.2, @ (29.9-29.3 ), @ 22.8, @ 14.2. @ @ Example I-B3. @ (RS) -N - [(2S, 3R) -1,3-dihydroxyoctadecan-2-yl] oxirane-2-carboxamide @ Yield: @ 79% @ 1H-RMN @ (400 @ MHz, @ CDCl3): @ 5 @ 8.10 @ (d @ wide, @ 1H); @ 3.80-3.60 @ (m, @ 4H); @ 3.52 @ (m, @ 1H); @ 2.90-2.60 @ (m, @ 2H); @ 1.50 @ (m, @ 2H); @ 1.30- 1.25 @ (m, @ 26H); @ 0.85 @ (t, @ 3H). @ 13C-RMN @ (101 @ MHz, @ CDCl3): @ 5 @ 175.5, @ 72.4, @ (59.9-59.8), @ 56.2, @ 48.4, @ 32.8, @ 31.7, @ (29.6-29.3), @ 23.4, @ 22.8, @ 14.1. @ @ Example I-C3. @ (RS) -N - [(2S, 3S, 4R) -1,3,4-trihydroxioctadecan-2-yl] oxirane-2-carboxamide @ Yield: @ 72% @ 1H-RMN @ (400 @ MHz, @ CDCl3): @ 5 @ 8.05 @ (d @ wide, @ 1H); @ 3.95-3.60 @ (m, @ 4H); @ 3.51 @ (m, @ 1H); @ 3.20 @ (m, @ 1H); @ 2.90-2.65 @ (m, @ 2H); @ 1.45 @ (m, @ 2H); @ 1.30-1.25 @ (m, @ 24H); @ 086 @ (t, @ 3H). @ 13C-RMN @ (101 @ MHz, @ CDCl3): @ 5 @ 172.5, @ 77.5, @ 71.2, @ 60.3, @ 56.2, @ 53.2, @ 47.6, @ (31.8-31.6), @ (29.9-29.3), @ 23.8, @ 22.6, @ 14.2. @ @
Ejemplo I-D3.@(RS)-N-[(2S,3R,E)-1,3-dihidroxioctadec-4-en-17-in-2-il]oxirano-2-carboxamida@ Rendimiento:@73%@ 1H-RMN@(400@MHz,@CDCl3):@5@8.05@(d@ancho,@1H);@3.90-3.70@(m,@4H);@3.51@(m,@1H);@2.90-2.65@(m,@2H);@2.05@(m,@2H);@1.85@ (t,@J@=@2.5,@1H);@1.46-1.42@(m,@4H);@1.29-1.26@(s@ancho,@20H).@ 13C-RMN@(101@MHz,@CDCl3):@5@172.5,@83.5,@72.3,@69.1,@59.9,@59.7,@56.2,@48.2,@32.6,@23.5,@21.4,@(29.9-28.5).@ @ Ejemplo I-E3.@(RS)-N-[(2S,3R)-14-azido-1,3-dihidroxitetradecan-2-il]oxirano-2-carboxamida@ Rendimiento:@79%@ 1H-RMN@(400@MHz,@CDCl3):@5@8.15@(d@ancho,@1H);@3.90-375@(m,@4H);@3.51@(m,@1H);@2.90-2.65@(m,@2H);@1.45-1.30@(s@ancho,@ 22H).@ 13C-RMN@(101@MHz,@CDCl3):@5@173.3,@72.4,@(59.9-59.8),@55.4,@51.2,@47.6,@33.1,@(30.0-29.3),@26.7,@23.3.@ @ Otras@reacciones@de@acoplamiento@ Ejemplo I-B5:@N-[(2S,3R)-1,3-dihidroxioctadecan-2-il]propiolamida@ Rendimiento:@90%@ 1H-RMN@(400@MHz,@CDCl3):@5@7.77@(d@ancho,@1H),@4.23@-@4.03@(m,@1H),@3.97@-@3.70@(m,@3H),@2.72@-@2.49@(m,@2H),@1.68@-@ 1.41@(m,@4H),@1.23@(ancho,@24H),@0.85@(t@ancho,@3H).@ 13C-RMN@(101@MHz,@CDCl3):@5@145.9,@84.5,@77.8,@73.06,@59.98,@57.53,@33.91,@32.75,@(29.90@-@29.58),@26.04,@22.98,@14.42.@ @ Ejemplo I-B6.@N-[(2S,3R)-1,3-dihidroxioctadecan-2-il]but-2-inamida@@ Rendimiento:@91%@ 1H-RMN@(400@MHz,@CDCl3):@5@8.01@(d@ancho,@1H),@4.23@-@4.03@(m,@1H),@3.97@-@3.70@(m,@3H),@2.72@-@2.49@(m,@2H),@1.80@(s,@ 3H),@1.68@-@1.41@(m,@4H),@1.23@(ancho,@24H),@0.85@(t@ancho,@3H).@ 13C-RMN@(101@MHz,@CDCl3):@5@145.2,@91.2,@78.8,@72.0,@59.6,@58.53,@35.1,@32.9,@(29.9-29.5),@26.0,@22.9,@14.3,@2.7.@ @ Ejemplo I-B7.@N-[(2S,3R)-1,3-dihidroxioctadecan-2-il]acrilamida@@ Rendimiento:@89%@ 1H-RMN@(400@MHz,@CDCl3):@5@6.33@(d,@J@=@17.0,@1H),@6.17@(dd,@J@=@10.2,@16.9,@1H),@5.69@(d,@J@=@11.1,@1H),@4.16@-@3.99@(m,@ 1H),@3.96@-@3.71@(m,@3H),@1.68@-@1.46@(m,@4H),@1.25@(s@ancho,@24H),@0.88@(t,@J@=@6.8,@3H).@ 13C-RMN@(101@MHz,@CDCl3):@5@165.7,@131.0,@127.3,@74.5,@62.4,@54.0,@34.7,@32.1,@30.0,@29.7,@29.5,@26.3,@22.8,@14.2.@ @ Ejemplo I-B8.@(E)-N-[(2S,3R)-1,3-dihidroxioctadecan-2-il]but-2-enamida@ Rendimiento:@86%@ 1H-RMN@(400@MHz,@CDCl3):@5@6.88@(dq,@J@=@6.7,@13.3,@1H),@6.40@(d,@J@=@7.6,@1H),@5.87@(d,@J@=@14.3,@1H),@4.04@(d@ancho,@ 1H),@3.92@-@3.74@(m,@3H),@1.87@(d,@J@=@6.6,@3H),@1.70-1.46@(m,@4H),@1.25@(ancho,@24@H),@0.88@(t,@J@=@6.5,@3H).@ 13C-RMN@(101@MHz,@CD3OD):@5@141.0,@126.3,@72.5,@62.3,@56.9,@35.0,@33.1,@30.9,@30.8,@30.5,@26.9,@23.8,@18.0,@14.6.@ @ Ejemplo I-B9.@N-[(2S,3R)-1,3-dihidroxioctadecan-2-il]metacrilamida@ 1H-RMN@(400@MHz,@CDCl3):@5@8.22@(ancho,@1H),@5.89@(s@ancho,@1H),@5.49@(s@ancho,@1H),@3.88-3.63@(m,@2H),@3.83@(m,@1H),@ 3.75@(m,@1H),@1.93@(s@ancho,@1H),@1.75-1.50@(m,@4H),@1.27@(ancho,@24@H),@0.85@(t,@J@=@6.5,@3H)@ 13C-RMN@(101@MHz,@CD3OD):@5@168.6,@141.3,@124.0,@72.3,@59.9,@59.8,@32.7,@31.8,@29.9-29.3,@23.4,@22.7,@14.1@ @ Ejemplo I-B10.@N-[(2S,3R)-N-1,3-dihidroxioctadecan-2-il]-3-metil-2-butenamida@ 1H-RMN@(400@MHz,@CDCl3):@5@6.26@(ancho,@1H),@6.64@(s,@1H),@4.1@(m,@1H),@3.85@(m,@3H);@2.16@(s,@3H),@1.86@(s,@3H),@1.54@ (m,@2H),@1.25@(ancho,@26H),@0.88@(t,@3H).@ 13C-RMN@(101@MHz,@CDCl3):@5@167.4,@151.2,@118.5,@74.3,@62.7,@53.9,@34.7,@32.0,@29.8-29.5,@27.3,@26.1,@22.8,@19.9,@14.2.@ @ Ejemplo I-B11.@(2E,4E)-N-[(2S,3R)-1,3-dihidroxioctadecan-2-il]hexa-2,4-dienamida@ 1H-RMN@(400@MHz,@CDCl3):@5@7.11@(dd,@J=14.8@Hz,@J'=10@Hz,@1H),@6.90@(d@ancho,@1H),@6.05@(m,@2H),@5.78@(d,@J=15.2@Hz,@ 1H),@3.95@(m,@2H),@3.62@(m,@1H),@1.78@(d,@J=6Hz,@3H),@1.45@(ancho,@2H),@1.19@(ancho,@26H),@0.82@(t,@3H).@ 13C-RMN@(101@MHz,@CDCl3,CD3OD):@5@167.3,@141.7,@138.2,@129.7,@121.3,@73.3,@61.9,@54.5,@34.3,@31.9,@29.7-29.3,@26.0,@ 22.7,@18.5,@14.1.@ @ Ejemplo I-B12.@Acido@(E)-4-[(2S,3R)-1,3-dihidroxioctadecan-2-ilamino]-4-oxo-2-butenoico@ 1H-RMN@(400@MHz,@CDCl3):@5@7.8@(ancho,@1H),@6.38@(dd@ancho,@2H),@4.12@(d@ancho,@1H),@3.88@(ancho,@3H),@1.45@(ancho,@ 2H),@1.25@(ancho,@26H),@0.87@(t,@3H).@ 13C-RMN@(101@MHz,@CDCl3):@5166.4,@166.2,@135.5,@132.5,@73.6,@61.2,@54.7,@34.5,@32.1,@29.8-29.5,@26.1,@22.8,@14.2@ @ Ejemplo I-B13.@(Z)-2,3-dibromo-N-[(2S,3R)-1,3-dihidroxioctadecan-2-il]-4-oxo-2-butenamida@ 1H-RMN@(400@MHz,@CDCl3):@5@9.70@(s,@1H),@8.22@(ancho,@1H),@3.85@(m,@2H),@3.75@(m,@1H),@3.63@(m,@1H),@1.45@(m,@2H),@1.28@ (ancho,@26H),@0.85@(t,@3H).@ 13C-RMN@(101@MHz,@CDCl3):@5@192.3,@166.2,@143.2,@134.5,@72.5,@60.2,@58.9,@32.8,@31.8,@29.9-29.3,@23.5,@22.6,@14.1.@ @ Example I-D3. @ (RS) -N - [(2S, 3R, E) -1,3-dihydroxyoctadec-4-en-17-in-2-yl] oxirane-2-carboxamide @ Yield: @ 73% @ 1H-RMN @ (400 @ MHz, @ CDCl3): @ 5 @ 8.05 @ (d @ width, @ 1H); @ 3.90-3.70 @ (m, @ 4H); @ 3.51 @ (m, @ 1H); @ 2.90-2.65 @ (m, @ 2H); @ 2.05 @ (m, @ 2H); @ 1.85 @ (t, @ J @ = @ 2.5, @ 1H); @ 1.46-1.42 @ (m, @ 4H); @ 1.29-1.26 @ (s @ width, @ 20H). @ 13C-RMN @ (101 @ MHz, @ CDCl3): @ 5 @ 172.5, @ 83.5, @ 72.3, @ 69.1, @ 59.9, @ 59.7, @ 56.2, @ 48.2, @ 32.6, @ 23.5, @ 21.4, @ ( 29.9-28.5). @ @ Example I-E3. @ (RS) -N - [(2S, 3R) -14-azido-1,3-dihydroxytetradecan-2-yl] oxirane-2-carboxamide @ Yield: @ 79% @ 1H-RMN @ (400 @ MHz, @ CDCl3): @ 5 @ 8.15 @ (d @ width, @ 1H); @ 3.90-375 @ (m, @ 4H); @ 3.51 @ (m, @ 1H); @ 2.90-2.65 @ (m, @ 2H); @ 1.45-1.30 @ (s @ width, @ 22H). @ 13C-RMN @ (101 @ MHz, @ CDCl3): @ 5 @ 173.3, @ 72.4, @ (59.9-59.8), @ 55.4, @ 51.2, @ 47.6, @ 33.1, @ (30.0-29.3), @ 26.7, @ 23.3. @ @ Other @ reactions @ of @ coupling @ Example I-B5: @N - [(2S, 3R) -1,3-dihydroxioctadecan-2-yl] propiolamide @ Yield: @ 90% @ 1H-RMN @ (400 @ MHz, @ CDCl3): @ 5 @ 7.77 @ (d @ width, @ 1H), @ 4.23 @ - @ 4.03 @ (m, @ 1H), @ 3.97 @ - @ 3.70 @ (m , @ 3H), @ 2.72 @ - @ 2.49 @ (m, @ 2H), @ 1.68 @ - @ 1.41 @ (m, @ 4H), @ 1.23 @ (wide, @ 24H), @ 0.85 @ (t @ wide, @ 3H). @ 13C-RMN @ (101 @ MHz, @ CDCl3): @ 5 @ 145.9, @ 84.5, @ 77.8, @ 73.06, @ 59.98, @ 57.53, @ 33.91, @ 32.75, @ (29.90 @ - @ 29.58), @ 26.04 , @ 22.98, @ 14.42. @ @ Example I-B6. @ N - [(2S, 3R) -1,3-dihydroxioctadecan-2-yl] but-2-inamida @@ Yield: @ 91% @ 1H-RMN @ (400 @ MHz, @ CDCl3): @ 5 @ 8.01 @ (d @ width, @ 1H), @ 4.23 @ - @ 4.03 @ (m, @ 1H), @ 3.97 @ - @ 3.70 @ (m , @ 3H), @ 2.72 @ - @ 2.49 @ (m, @ 2H), @ 1.80 @ (s, @ 3H), @ 1.68 @ - @ 1.41 @ (m, @ 4H), @ 1.23 @ (wide, @ 24H), @ 0.85 @ (t @ wide, @ 3H). @ 13C-RMN @ (101 @ MHz, @ CDCl3): @ 5 @ 145.2, @ 91.2, @ 78.8, @ 72.0, @ 59.6, @ 58.53, @ 35.1, @ 32.9, @ (29.9-29.5), @ 26.0, @ 22.9, @ 14.3, @ 2.7. @ @ Example I-B7. @ N - [(2S, 3R) -1,3-dihydroxioctadecan-2-yl] acrylamide @@ Yield: @ 89% @ 1H-RMN @ (400 @ MHz, @ CDCl3): @ 5 @ 6.33 @ (d, @ J @ = @ 17.0, @ 1H), @ 6.17 @ (dd, @ J @ = @ 10.2, @ 16.9, @ 1H ), @ 5.69 @ (d, @ J @ = @ 11.1, @ 1H), @ 4.16 @ - @ 3.99 @ (m, @ 1H), @ 3.96 @ - @ 3.71 @ (m, @ 3H), @ 1.68 @ - @ 1.46 @ (m, @ 4H), @ 1.25 @ (s @ width, @ 24H), @ 0.88 @ (t, @ J @ = @ 6.8, @ 3H). @ 13C-RMN @ (101 @ MHz, @ CDCl3): @ 5 @ 165.7, @ 131.0, @ 127.3, @ 74.5, @ 62.4, @ 54.0, @ 34.7, @ 32.1, @ 30.0, @ 29.7, @ 29.5, @ 26.3 , @ 22.8, @ 14.2. @ @ Example I-B8. @ (E) -N - [(2S, 3R) -1,3-dihydroxyoctadecan-2-yl] but-2-enamide @ Yield: @ 86% @ 1H-RMN @ (400 @ MHz, @ CDCl3): @ 5 @ 6.88 @ (dq, @ J @ = @ 6.7, @ 13.3, @ 1H), @ 6.40 @ (d, @ J @ = @ 7.6, @ 1H ), @ 5.87 @ (d, @ J @ = @ 14.3, @ 1H), @ 4.04 @ (d @ width, @ 1H), @ 3.92 @ - @ 3.74 @ (m, @ 3H), @ 1.87 @ (d, @ J @ = @ 6.6, @ 3H), @ 1.70-1.46 @ (m, @ 4H), @ 1.25 @ ( wide, @ 24 @ H), @ 0.88 @ (t, @ J @ = @ 6.5, @ 3H). @ 13C-RMN @ (101 @ MHz, @ CD3OD): @ 5 @ 141.0, @ 126.3, @ 72.5, @ 62.3, @ 56.9, @ 35.0, @ 33.1, @ 30.9, @ 30.8, @ 30.5, @ 26.9, @ 23.8 , @ 18.0, @ 14.6. @ @ Example I-B9. @ N - [(2S, 3R) -1,3-dihydroxyoctadecan-2-yl] methacrylamide @ 1H-RMN @ (400 @ MHz, @ CDCl3): @ 5 @ 8.22 @ (width, @ 1H), @ 5.89 @ (s @ width, @ 1H), @ 5.49 @ (s @ width, @ 1H), @ 3.88-3.63 @ (m, @ 2H), @ 3.83 @ (m, @ 1H), @ 3.75 @ (m, @ 1H), @ 1.93 @ (s @ width, @ 1H), @ 1.75-1.50 @ (m, @ 4H), @ 1.27 @ (width, @ 24 @ H), @ 0.85 @ (t , @ J @ = @ 6.5, @ 3H) @ 13C-RMN @ (101 @ MHz, @ CD3OD): @ 5 @ 168.6, @ 141.3, @ 124.0, @ 72.3, @ 59.9, @ 59.8, @ 32.7, @ 31.8, @ 29.9-29.3, @ 23.4, @ 22.7, @ 14.1 @ @ Example I-B10. @ N - [(2S, 3R) -N-1,3-dihydroxyoctadecan-2-yl] -3-methyl-2-butenamide @ 1H-RMN @ (400 @ MHz, @ CDCl3): @ 5 @ 6.26 @ (wide, @ 1H), @ 6.64 @ (s, @ 1H), @ 4.1 @ (m, @ 1H), @ 3.85 @ (m , @ 3H); @ 2.16 @ (s, @ 3H), @ 1.86 @ (s, @ 3H), @ 1.54 @ (m, @ 2H), @ 1.25 @ (wide, @ 26H), @ 0.88 @ (t, @ 3H). @ 13C-RMN @ (101 @ MHz, @ CDCl3): @ 5 @ 167.4, @ 151.2, @ 118.5, @ 74.3, @ 62.7, @ 53.9, @ 34.7, @ 32.0, @ 29.8-29.5, @ 27.3, @ 26.1, @ 22.8, @ 19.9, @ 14.2. @ @ Example I-B11. @ (2E, 4E) -N - [(2S, 3R) -1,3-dihydroxioctadecan-2-yl] hexa-2,4-dienamide @ 1H-RMN @ (400 @ MHz, @ CDCl3): @ 5 @ 7.11 @ (dd, @ J = 14.8 @ Hz, @ J '= 10 @ Hz, @ 1H), @ 6.90 @ (d @ width, @ 1H ), @ 6.05 @ (m, @ 2H), @ 5.78 @ (d, @ J = 15.2 @ Hz, @ 1H), @ 3.95 @ (m, @ 2H), @ 3.62 @ (m, @ 1H), @ 1.78 @ (d, @ J = 6Hz, @ 3H), @ 1.45 @ (wide, @ 2H), @ 1.19 @ (wide, @ 26H), @ 0.82 @ (t, @ 3H). @ 13C-RMN @ (101 @ MHz, @ CDCl3, CD3OD): @ 5 @ 167.3, @ 141.7, @ 138.2, @ 129.7, @ 121.3, @ 73.3, @ 61.9, @ 54.5, @ 34.3, @ 31.9, @ 29.7- 29.3, @ 26.0, @ 22.7, @ 18.5, @ 14.1. @ @ Example I-B12. @ Acid @ (E) -4 - [(2S, 3R) -1,3-dihydroxioctadecan-2-ylamino] -4-oxo-2-butenoic @ 1H-RMN @ (400 @ MHz, @ CDCl3): @ 5 @ 7.8 @ (width, @ 1H), @ 6.38 @ (dd @ width, @ 2H), @ 4.12 @ (d @ width, @ 1H), @ 3.88 @ (width, @ 3H), @ 1.45 @ (width, @ 2H), @ 1.25 @ (wide, @ 26H), @ 0.87 @ (t, @ 3H). @ 13C-RMN @ (101 @ MHz, @ CDCl3): @ 5166.4, @ 166.2, @ 135.5, @ 132.5, @ 73.6, @ 61.2, @ 54.7, @ 34.5, @ 32.1, @ 29.8-29.5, @ 26.1, @ 22.8 , @ 14.2 @ @ Example I-B13. @ (Z) -2,3-dibromo-N - [(2S, 3R) -1,3-dihydroxioctadecan-2-yl] -4-oxo-2-butenamide @ 1H-RMN @ (400 @ MHz, @ CDCl3): @ 5 @ 9.70 @ (s, @ 1H), @ 8.22 @ (wide, @ 1H), @ 3.85 @ (m, @ 2H), @ 3.75 @ (m , @ 1H), @ 3.63 @ (m, @ 1H), @ 1.45 @ (m, @ 2H), @ 1.28 @ (width, @ 26H), @ 0.85 @ (t, @ 3H). @ 13C-RMN @ (101 @ MHz, @ CDCl3): @ 5 @ 192.3, @ 166.2, @ 143.2, @ 134.5, @ 72.5, @ 60.2, @ 58.9, @ 32.8, @ 31.8, @ 29.9-29.3, @ 23.5, @ 22.6, @ 14.1. @ @
Ejemplo I-B14.@(2S,3R)-2-(bromometil)-N-(1,3-dihidroxioctadecan-2-il)acrilamida@ 1H-RMN@(400@MHz,@CDCl3):@5@8.22@(ancho,@1H),@6.02@(d,@J=2.5@Hz,@1H),@5.81@(d,@J=2.5@Hz,@1H),@4.12@(s,@2H),@3.85-3.53@ (m,@4H),@1.45@(m,@2H),@1.29@(ancho,@26H),@0.85@(t,@3H).@ 13C-RMN@(101@MHz,@CDCl3):@5@169.1,@142.5,@127.2,@71.2,@59.9,@59.7,@36.5,@33.1,@31.5,@29.9-29.1,@23.5,@22.6,@14.1.@ @ Ejemplo I-B15.@(E,2S,3R)-N-(1,3-dihidroxi-2-octadecil)-2-methil-2-butenamida@ 1H-RMN@(400@MHz,@CDCl3):@5@6.62@(ancho,@1H),@6.50@(ancho,@1H),@4.01@(m,@1H),@3.85-3.75@(m,@3H),@1.87@(s@ancho,@3H),@ 1.77@(d,@J=6.8@Hz,@3H),@1.54@(m,@2H),@1.25@(ancho,@26H),@0.87@(t,@3H).@ 13C-RMN@(101@MHz,@CDCl3):@5@169.8,@131.7,@131.6,@74.2,@62.5,@54.1,@34.6,@32.1,29.8-29.5,@26.1,@22.8,@14.3,@14.1,@12.5. @ Ejemplo I-D16.@(2S,3R)-N-(1,3-dihidroxi-17-octadecin-2-il)-2-oxooctanamida@ 1H-RMN@(400@MHz,@CDCl3):@5@8.25@(ancho,@1H),@3.80-3.60@(m,@4H),@2.40@(t@ancho,@2H),@2.03@(m,@2H),@1.85@(t,@J=2.7@Hz,@ 1H),@1.65@(m,@2H),@1.45@(m,@4H),@1.35-1.25@(m,@26H),@0.97@(t,@3H).@ 13C-RMN@(101@MHz,@CDCl3):@5@197.6,@159.9,@83.5,@72.4,@68.1,@59.9,@59.7,@32.8-31.5,@30.1-28.5,@23.5-21.5,@14.2.@ @ Ejemplo I-E16. (2S,3R)-N-(14-azido-1,3-dihidroxi-2-tetradecil)-2-oxooctanamida@ 1H-RMN@(400@MHz,@CDCl3):@5@8.25@(ancho,@1H),@3.85-3.62@(m,@4H),@2.45@(t@ancho,@2H),@1.60-1.45@(m,@4H),@1.35-1.25@ (ancho,@26H),@0.95@(t,@3H).@ 13C-RMN@(101@MHz,@CDCl3):@5@197.5,@160.2,@73.1,@59.9,@59.7,@51.2,@32.6,@32.4,@31.8,@30.0-28.5,@26.8,@23.5,@23.1,@22.9,@ 14.2.@ Example I-B14. @ (2S, 3R) -2- (bromomethyl) -N- (1,3-dihydroxyoctadecan-2-yl) acrylamide @ 1H-RMN @ (400 @ MHz, @ CDCl3): @ 5 @ 8.22 @ (wide, @ 1H), @ 6.02 @ (d, @ J = 2.5 @ Hz, @ 1H), @ 5.81 @ (d, @ J = 2.5 @ Hz, @ 1H), @ 4.12 @ (s, @ 2H), @ 3.85-3.53 @ (m, @ 4H), @ 1.45 @ (m, @ 2H), @ 1.29 @ (wide, @ 26H), @ 0.85 @ (t, @ 3H). @ 13C-RMN @ (101 @ MHz, @ CDCl3): @ 5 @ 169.1, @ 142.5, @ 127.2, @ 71.2, @ 59.9, @ 59.7, @ 36.5, @ 33.1, @ 31.5, @ 29.9-29.1, @ 23.5, @ 22.6, @ 14.1. @ @ Example I-B15. @ (E, 2S, 3R) -N- (1,3-dihydroxy-2-octadecyl) -2-methyl-2-butenamide @ 1H-RMN @ (400 @ MHz, @ CDCl3): @ 5 @ 6.62 @ (width, @ 1H), @ 6.50 @ (width, @ 1H), @ 4.01 @ (m, @ 1H), @ 3.85-3.75 @ (m, @ 3H), @ 1.87 @ (s @ width, @ 3H), @ 1.77 @ (d, @ J = 6.8 @ Hz, @ 3H), @ 1.54 @ (m, @ 2H), @ 1.25 @ (wide, @ 26H), @ 0.87 @ (t, @ 3H). @ 13C-RMN @ (101 @ MHz, @ CDCl3): @ 5 @ 169.8, @ 131.7, @ 131.6, @ 74.2, @ 62.5, @ 54.1, @ 34.6, @ 32.1,29.8-29.5, @ 26.1, @ 22.8, @ 14.3, @ 14.1, @ 12.5. @ Example I-D16. @ (2S, 3R) -N- (1,3-dihydroxy-17-octadecin-2-yl) -2-oxooctanamide @ 1H-RMN @ (400 @ MHz, @ CDCl3): @ 5 @ 8.25 @ (wide, @ 1H), @ 3.80-3.60 @ (m, @ 4H), @ 2.40 @ (t @ wide, @ 2H), @ 2.03 @ (m, @ 2H), @ 1.85 @ (t, @ J = 2.7 @ Hz, @ 1H), @ 1.65 @ (m, @ 2H), @ 1.45 @ (m, @ 4H), @ 1.35-1.25 @ (m, @ 26H), @ 0.97 @ (t, @ 3H). @ 13C-RMN @ (101 @ MHz, @ CDCl3): @ 5 @ 197.6, @ 159.9, @ 83.5, @ 72.4, @ 68.1, @ 59.9, @ 59.7, @ 32.8-31.5, @ 30.1-28.5, @ 23.5-21.5 , @ 14.2. @ @ Example I-E16. (2S, 3R) -N- (14-azido-1,3-dihydroxy-2-tetradecyl) -2-oxooctanamide @ 1H-RMN @ (400 @ MHz, @ CDCl3): @ 5 @ 8.25 @ (wide, @ 1H), @ 3.85-3.62 @ (m, @ 4H), @ 2.45 @ (t @ wide, @ 2H), @ 1.60-1.45 @ (m, @ 4H), @ 1.35-1.25 @ (width, @ 26H), @ 0.95 @ (t, @ 3H). @ 13C-RMN @ (101 @ MHz, @ CDCl3): @ 5 @ 197.5, @ 160.2, @ 73.1, @ 59.9, @ 59.7, @ 51.2, @ 32.6, @ 32.4, @ 31.8, @ 30.0-28.5, @ 26.8, @ 23.5, @ 23.1, @ 22.9, @ 14.2. @
Ejemplo@1.@Actividad@inhibidora@de@las@ceramidasas@ Example @ 1. @ Activity @ inhibitor @ de @ las @ ceramidasas @
La@ actividad@inhibidora@ de@ las@ceramidasas@ por@ los@compuestos@ de@la@ presente@ invencion@se@ ensayo@ sobre@ fibroblastos@de@un@enfermo@de@Farber@transducidos@para@la@sobreexpresion@de@la@ceramidasa@acida@y@sobre@las@lineas@de@ cancer@de@pulmon@A549@(American@Type@Culture@Collection)@y@de@cancer@de@prostata@PC-3/Mc.@La@linea@A549@se@mantuvo@ en@medio@de@HAM@F12@suplementado@con@glutamina@2@mM,@la@linea@de@Farber@se@cultivo@en@medio@DMEM@y@la@linea@PC3/Mc@se@mantuvo@en@medio@RPMI1640.@En@todos@los@casos,@el@medio@se@suplemento@con@un@10%@de@suero@de@feto@ bovino,@100@unidades/mL@de@penicilina@y@10@ g/mL@de@estreptomicina@y@los@cultivos@se@mantuvieron@a@37@°C@en@atmosfera@ de@5%@CO2/95%@aire@y@una@humedad@del@90%.@ The @ inhibitory @ activity of @ the @ ceramidasas @ by @ the @ compounds @ of @ the @ present @ invention @ se @ essay @ on @ fibroblasts @ of @ a @ sick @ of @ Farber @ transduced @ for @ the @ overexpression of @ la @ ceramidasa @ acida @ and @ about @ las @ lines @ de @ cancer @ de @ pulmon @ A549 @ (American @ Type @ Culture @ Collection) @ and @ de @ cancer @ de @ prostata @ PC- 3 / Mc. @ The @ line @ A549 @ remained @ in @ half @ of @ HAM @ F12 @ supplemented @ with @ glutamine @ 2 @ mM, @ the @ line @ of @ Farber @ se @ crop @ in @ @ DMEM @ and @ the @ line @ PC3 / Mc @ was @ kept @ in @ half @ RPMI1640. @ In @ all @ the cases, @ the @ medium @ was @ supplement @ with @ 10% @ of @ serum @ of @ fetus @ bovine, @ 100 @ units / mL @ of @ penicillin @ and @ 10 @ g / mL @ of @ estreptomicina @ and @ the @ crops @ were @ 37 @ ° C @ in @ atmosphere @ of @ 5% @ CO2 / 95% @ air @ and @ a @ humidity @ of @ 90%. @
@ @
Las@celulas@se@sembraron@en@placas@de@96@pocillos@a@una@densidad@de@10.000@celulas@por@mililitro@y@despues@de@ 24-48@h,@el@medio@se@elimino@y@se@sustituyo@por@medio@nuevo@(100@microlitros@por@pocillo)@conteniendo@el@sustrato@ fluorogenico@(Bedia@et@al.@Chembiochem@2007,@8,@642)@y@el@inhibidor@a@una@concentracion@de@16@ M.@Tambien@se@puede@ afadir@el@sustrato@directamente@sin@reemplazar@el@medio@de@cultivo.@En@cualquier@caso,@se@incubo@a@37@°C@durante@3@ horas,@se@procedio@a@la@lisis@de@las@celulas@y@se@determino@la@actividad@enzimatica@siguiendo@el@procedimiento@descrito@ (Bedia@et@al.@Chembiochem@2007,@8,@642).@En@algunos@casos,@el@inhibidor@y@el@sustrato@se@afadieron@conjuntamente@y@se@ incubaron@durante@3@h@antes@de@proceder@a@la@lisis@de@las@celulas.@ The @ cells @ were @ planted @ in @ plates @ of @ 96 @ wells @ a @ a @ density @ of @ 10,000 @ cells @ per @ milliliter @ and @ after @ 24-48 @ h, @ the @ medium @ se @ elimino @ y @ se @ replayo @ by @ medio @ nuevo @ (100 @ microlitros @ by @ well) @ containing @ the @ substrate @ fluorogenico @ (Bedia @ et @ al. @ Chembiochem @ 2007, @ 8, @ 642) @ and @ the @ inhibitor @ a @ a concentration @ of @ 16 @ M. @ Also @ can @ be @ added @ Substrate @ directly @ without @ replace @ the @ culture @ medium. @ In @ any @ case, @ se @ incubo @ a @ 37 @ ° C @ for @ 3 @ hours, @ se @ proceio @ a @ la @ lysis @ of @ the @ cells @ and @ was @ determined @ the @ enzyme @ activity @ following @ the @ procedure @ described (Bedia @ et @ al. @ Chembiochem @ 2007, @ 8, @ 642). some @ cases, @ the @ inhibitor @ and @ the @ substrate @ were added @ together @ and @ were @ incubated @ during @ 3 @ h @ before @ proceed @ to @ the @ lysis of @ the @ cells . @
@ @
En@un@ejemplo@concreto@se@determino@el@efecto@inhibidor@de@los@compuestos@sobre@la@actividad@ceramidasa@acida@ de@las@celulas@de@Farber@transducidas@para@la@sobreexpresion@de@la@ceramidasa@acida.@Es@este@caso,@las@celulas@se@ incubaron@conjuntamente@con@sustrato@y@compuesto@problema@durante@3@h@y@despues@de@este@tiempo,@se@determino@la@ actividad@enzimatica@tal@como@se@describe@mas@arriba.@Tal@como@se@ilustra@en@la@Figura@1,@los@compuestos@I-B2,@I-B8,@I-B9@ y@I-B17,@y@fueron@los@mas@activos@en@celulas@intactas,@aunque@solo@I-B2,@I-B9@y@I-B17@fueron@tambien@activos@in vitro.@ In @ a @ concrete @ example @ was @ determined @ the @ effect @ inhibitor @ of the @ compounds @ on @ the @ activity @ ceramidasa @ acida @ of @ the @ cells @ of @ Farber @ transduced @ for @ the @ overexpression of @ la @ ceramidasa @ acida. @ Is @ this @ case, @ the @ cells @ were @ incubated @ together @ with @ substrate @ and @ compound @ problem @ during @ 3 @ h @ and @ after @ this @ time, @ was @ determined @ the @ enzymatic @ activity @ as @ described @ above @. @ As @ as @ illustrated @ in @ the @ Figure @ 1, @ the @ compounds @ I -B2, @ I-B8, @ I-B9 @ and @ I-B17, @ and @ were @ the @ most @ active @ in @ intact cells, @ although @ only @ I-B2, @ I-B9 @ and @ I-B17 @ were @ also @ active @ in vitro. @
@ @
En@otro@ejemplo@concreto@se@determino@el@efecto@inhibidor@de@los@compuestos@sobre@la@actividad@ceramidasa@acida@ de@las@celulas@de@adenocarcinoma@de@pulmon@A549.@Las@celulas@se@incubaron@con@los@compuestos@problema@durante@24@ h@y@despues@de@este@tiempo@se@afadio@el@sustrato,@se@incubo@durante@3@h@y@se@continuo@tal@como@se@describe@mas@arriba.@ Tal@como@se@muestra@en@la@Figura@2,@los@compuestos@ID2,@IE2@IF2@IG2@y@IH2@fueron@los@mas@activos,@presentando@una@ inhibicion@de@la@ceramidasa@acida@superior@al@95%@respecto@al@control.@ In @ another @ concrete @ example @ was @ determined @ the @ effect @ inhibitor @ of the @ compounds @ on @ the @ activity @ ceramidasa @ acida @ of @ the @ cells @ of @ adenocarcinoma @ of @ lung @ A549. @ The @ cells @ were @ incubated @ with the @ compounds @ problem @ during @ 24 @ h @ and @ after @ this @ time @ was @ afadio @ the @ substrate, @ se @ incubo @ during @ 3 @ h @ y @ se @ continuous @ as @ is @ described @ above @. @ As @ is @ shown @ in @ Figure @ 2, @ the @ compounds @ ID2, @ IE2 @ IF2 @ IG2 @ and @ IH2 @ were @ the @ most @ active, @ presenting @ an @ inhibition @ of @ the @ ceramidasa @ acida @ superior @ at @ 95% @ regarding @ the @ control. @
@ @
En@otro@ejemplo@se@determino@el@efecto@de@los@compuestos@I-B2,@I-9B@y@I-B17@sobre@la@actividad@ceramidasa@ acida@de@las@celulas@de@cancer@de@prostata@PC-3Mc.@Las@celulas@se@sembraron@en@placas@de@96@pocillos@a@una@densidad@ de@10.000@celulas/ml@y@los@compuestos@problema@se@afadieron@24@horas@despues@de@la@siembra.@Se@usaron@tres@dosis@de@ cada@inhibidor,@1@ M,@5@ M@y@10@ M,@en@incubaciones@durante@48@h.@La@Figura@3@representa@graficamente@los@resultados@ obtenidos.@Los@compuestos@I-B17@y@I-B2@causan@una@clara@inhibicion@de@la@actividad@ceramidasa@acida@a@todas@las@dosis@ empleadas,@con@mayor@efecto@inhibidor@a@mayor@dosis.@@ @ Ejemplo@2.@Efecto@de@los@inhibidores@sobre@el@ceramidoma@ In @ another @ example @ se @ determined @ the @ effect @ of @ the @ compounds @ I-B2, @ I-9B @ and @ I-B17 @ on @ the @ activity @ ceramidasa @ acida @ of @ the @ cells @ of @ cancer @ of @ prostata @ PC-3Mc. @ The @ cells @ were @ planted @ in @ plates @ of @ 96 wells @ a @ a density @ of @ 10,000 @ cells / ml @ and @ the @ compounds @ problem @ were added @ 24 @ hours @ after @ planting. @ They were used @ three @ doses @ of @ each @ inhibitor, @ 1 @ M, @ 5 @ M @ and @ 10 @ M, @ in @ incubations @ for @ 48 @ h. @ The @ Figure @ 3 @ represents @ graphically @ the @ results @ obtained. @ compounds @ I-B17 @ and @ I-B2 @ cause @ a clear @ inhibition of @ the @ ceramidase activity @ acida @ a @ all @ the @ doses @ used, @ with @ major @ effect @ inhibitor @ a @ major @ dose. @@ @ Example @ 2. @ Effect @ of @ the @ inhibitors @ on @ the @ ceramidoma @
En@estos@experimentos,@las@celulas@se@sembraron@en@placas@de@6@pocillos@a@una@densidad@de@250.000@celulas/ml.@ Los@compuestos@se@afadieron@24@h@despues@de@la@siembra@y@se@incubaron@durante@distintos@periodos@de@tiempo.@ Despues@de@los@tratamientos,@las@celulas@se@lavaron@con@PBS@y@se@transfirieron@a@viales@de@vidrio,@donde@se@prepararon@ los@extractos@lipidicos@siguiendo@el@procedimiento@descrito@(Merrill@et@al@Methods,@2005,@36,@207).@Los@analisis@se@llevaron@ a@cabo@por@cromatografia@liquida@de@ultrarresolucion@acoplada@a@un@detector@de@masas@de@tiempo@de@vuelo@acelerado,@ que@permite@la@identificacion@de@los@compuestos@en@base@a@su@masa@exacta,@mediante@ionizacion@en@electrospray@en@ modo@positivo.@Las@condiciones@cromatograficas@y@analiticas@son@las@descritas@en@trabajos@anteriores@(Munoz-Olaya@et@al@ In @ these @ experiments, @ the @ cells @ were @ planted @ in @ plates @ of @ 6 @ wells @ a @ a density @ of @ 250,000 @ cells / ml. @ The @ compounds @ were @ added @ 24 @ h @ after @ the @ sowing @ and @ were @ incubated @ during @ different @ periods @ of @ time. @ After @ the @ treatments, @ the @ cells @ were @ washed @ with @ PBS @ and @ @ were @ transferred @ to @ glass vials, @ where @ were @ prepared @ the @ lipid @ extracts @ following the @ procedure @ described (Merrill @ et @ al @ Methods, @ 2005, @ 36, @ 207 ) @ The @ analyzes @ were @ carried out @ by @ liquid @ chromatography @ ultra-resolution @ coupled @ a @ mass @ time @ detector @ of @ accelerated @ flight @ allows @ the @ identification @ of the @ compounds @ in @ base @ to @ its @ exact @ mass, @ by @ ionization @ in @ electrospray @ in @ positive @ mode. @ The @ chromatographic @ and @ analytical conditions @ They are @ the @ described @ in @ previous @ works @ (Munoz-Olaya @ et @ al @
ChemMedChem,@2008,@3,@946@y@Canals@et@al@Bioorg.@Med.@Chem.,@2009,@17,@235).@ ChemMedChem, @ 2008, @ 3, @ 946 @ and @ Canals @ et @ al @ Bioorg. @ Med. @ Chem., @ 2009, @ 17, @ 235). @
@@ @@
En@un@ejemplo@concreto@se@detallan@los@efectos@de@los@compuestos@problema@sobre@la@produccion@de@ceramidas@ totales@en@la@linea@de@cancer@de@pulmon@A549@despues@de@24@h@de@incubacion.@Los@resultados@se@ilustran@en@la@Figura@4.@ Los@compuestos@que@producen@un@mayor@aumento@de@los@niveles@de@ceramidas@son@ID2,@IF2,@IG2@y@IH2,@con@las@cuales@ las@ceramidas@son@6@veces@superiores@a@las@de@las@celulas@tratadas@con@vehiculo.@ In @ a @ concrete @ example @ are @ detailed @ the @ effects @ of the @ compounds @ problem @ on @ the @ production @ of @ ceramides @ total @ in @ the @ line @ of @ cancer @ of @ lung @ A549 @ after @ 24 @ h @ of @ incubation. @ The @ results @ are @ illustrated in @ the @ Figure @ 4. @ The @ compounds @ that @ produce @ a @ greater @ increase @ of @ the @ @ levels of @ ceramides @ are @ ID2, @ IF2, @ IG2 @ and @ IH2, @ with @ the @ which @ the @ ceramides @ are @ 6 times @ higher than @ the @ of @ the @ cells @ treated @ with @ vehicle. @
@ @
En@otro@ejemplo@concreto@se@detallan@los@efectos@de@los@inhibidores@I-B17,@I-B9@y@I-B2@sobre@el@esfingolipidoma@de@ la@linea@celular@de@cancer@de@prostata@PC-3Mc.@El@contenido@en@esfingolipidos@se@determino@tras@48@h@de@incubacion@con@ los@ inhibidores@ a@ dos@ dosis@ diferentes,@ 1@ M@ o@ 5@ M.@ Se@ determinaron@ niveles@ de@ ceramidas,@ dihidroceramidas,@ In @ another @ concrete @ example @ the @ effects @ of @ the @ inhibitors @ I-B17, @ I-B9 @ and @ I-B2 @ on @ the @ sphingolipidoma @ of the @ cell @ line @ are detailed @ de @ cancer @ de @ prostata @ PC-3Mc. @ The @ content @ in @ sphingolipids @ was determined after 48 hours of incubation with @inhibitors @ a @ two @ different @ doses, @ 1 @ M @ or @ 5 @ M. @ Se @ were determined @ levels @ of @ ceramides, @ dihydroceramides, @
esfingomielinas,@dihidroesfingomielinas@y@glucosilceramidas.@La@Figura@5@ilustra@graficamente@los@cambios@en@los@niveles@ de@los@diferentes@esfingolipidos@tras@incubar@las@celulas@PC-3Mc@con@los@inhibidores.@Los@tratamientos@con@I-B2@causaron,@ tanto@a@1@ M@como@a@5@ M,@una@acumulacion@significativa@de@ceramidas@y@dihidroceramidas.@El@tratamiento@con@I-B17@ tambien@causo@una@acumulacion@de@ceramidas@y@dihidroceramidas,@mas@acusada@en@tratamientos@con@una@concentracion@ del@inhibidor@de@5@ M.@@ sphingomyelins, @ dihydroesfingomyelins @ and @ glucosylceramides. @ Figure @ 5 @ illustrates @ graphically @ changes @ in @ levels @ of @ different @ sphingolipids @ after @ incubating @ cells @ PC-3Mc @ with @ the @ inhibitors. @ The @ treatments @ with @ I-B2 @ caused, @ both @ a @ 1 @ M @ and @ a @ 5 @ M, @ a @ significant @ accumulation @ of @ ceramides @ and @ dihydroceramides. @ The @ treatment @ with @ I-B17 @ also @ cause @ a @ accumulation @ de @ ceramidas @ and @ dihidroceramidas, @ mas @ accused @ in @ treatments @ with @ a @ concentration @ of @ inhibitor @ of @ 5 @ M. @@
@ Ejemplo@3.@Efecto@de@los@inhibidores@sobre@la@viabilidad@celular@ @ Example @ 3. @ Effect @ of @ inhibitors @ on @ cell @ viability @
La@citotoxicidad@se@determino@por@medida@de@la@actividad@deshidrogenasa@mitocondrial@con@el@bromuro@de@3-(4,5dimetiltiazol-2-il)-2,5-difeniltetrazolio@ (MTT)@ despues@ de@ 24-72@ h@ de@ incubacion@ de@ las@ celulas@ con@ los@ compuestos@ problema@a@distintas@concentraciones.@La@Figura@6A@ilustra@el@efecto@de@los@compuestos@problema@sobre@la@viabilidad@de@ las@celulas@de@cancer@de@pulmon@A549@y@de@fibroblastos@dermicos@despues@de@24@h@de@incubacion.@La@Figura@6B@ilustra@ graficamente@los@efectos@de@los@inhibidores@I-B17,@I-B9@y@I-B2@sobre@la@viabilidad@de@las@celulas@PC-3Mc@despues@de@72@h@ de@incubacion.@El@analisis@de@la@curva@generada@con@los@datos@representados@proporciona@unos@valores@de@CC 50 @sobre@las@ celulas@PC-3Mc@de@13,7@ M@para@el@compuesto@I-B17,@de@37,2@ M@para@el@compuesto@I-B9@y@de@mas@de@100@ M@para@el@ compuesto@I-B2.@Es@decir,@la@citotoxicidad@relativa@de@los@tres@compuestos@es,@de@mayor@a@menor,@la@causada@por@I-B17,@ I-B9@y@I-B2.@ @ Ejemplo@4.@Efecto@de@los@inhibidores@sobre@el@crecimiento@celular@sobre@sustrato@plastico.@ The @ cytotoxicity @ was @ determined @ by @ measure @ of @ the activity @ dehydrogenase @ mitochondrial @ with @ the @ bromide @ of @ 3- (4,5dimethylthiazol-2-yl) -2,5-diphenyltetrazolium @ (MTT ) @ after @ 24-72 @ h @ of @ incubation of @ the @ cells @ with @ the @ compounds @ problem @ a @ different @ concentrations. @ The @ Figure @ 6A @ illustrates the @ effect @ of @ the @ compounds @ problem @ on @ the @ viability @ of @ the @ cancer @ cells @ of @ lung @ A549 @ and @ of @ dermal fibroblasts @ after @ 24 @ h @ of @ incubbacion. The @ Figure @ 6B @ illustrates @ graphically @ the @ effects @ of the @ inhibitors @ I-B17, @ I-B9 @ and @ I-B2 @ about @ the @ viability of @ the @ cells @ PC-3Mc @ after @ 72 @ h @ of @ incubbacion. @ The @ analysis @ of the @ curve @ generated @ with @ the @ data @ represented @ provides @ some @ values @ of @ CC fifty @ on @ the @ cells @ PC-3Mc @ of @ 13.7 @ M @ for @ the @ compound @ I-B17, @ of @ 37.2 @ M @ for @ the @ compound @ I-B9 @ and @ @ @ @ @ 100 @ M @ for @ the @ compound @ I-B2. @ That is, @ the @ relative @ cytotoxicity of @ the @ three @ compounds @, @ from @ major @ to @ minor , @ the @ caused by @ I-B17, @ I-B9 @ and @ I-B2. @ @ Example @ 4. @ Effect @ of @ inhibitors @ on @ cell @ growth @ on @ substrate @ plastic.@
Las@celulas@PC-3Mc,@cultivadas@en@medio@con@un@10%@de@suero@fetal@bovino,@fueron@expuestas@a@los@compuestos@ problema,@a@una@concentracion@final@de@5@!M.@Para@realizar@este@ejemplo,@se@sembraron@500@celulas@en@cada@pocillo@de@ placas@de@96@pocillos,@dejandose@adherir@al@plastico@durante@24@h,@seguido@de@tratamiento@con@los@compuestos.@Cada@ tratamiento@se@realizo@en@pocillos@triplicados.@La@Figura@7@ilustra@graficamente@el@efecto@de@las@incubaciones@con@estos@ compuestos@sobre@el@crecimiento@celular,@cuantificado@como@numero@de@celulas@presentes@a@las@24@h,@48@h,@72@h,@120@h,@ 144@h@y@168@h@de@tratamiento@con@los@compuestos.@Los@compuestos@I-B17@y@I-B2@causaron@una@casi@total@inhibicion@del@ crecimiento@de@las@celulas@PC-3Mc@durante@los@primeros@6@dias@de@tratamiento.@Por@el@contrario,@el@compuesto@I-B9@no@ causo@diferencias@significativas@sobre@el@numero@de@celulas@presentes@a@lo@largo@de@los@7@dias@del@tratamiento,@en@ comparacion@con@celulas@control,@expuestas@unicamente@al@disolvente@utilizado@para@los@compuestos.@ @ Ejemplo@5.@Efecto@de@los@inhibidores@sobre@la@formacion@de@colonias@celulares@en@medio@semisolido.@ @ Cells @ PC-3Mc, @ cultured @ in @ medium @ with @ 10% @ of @ fetal @ bovine serum, @ were @ exposed @ to @ problem @ compounds, @ to @ concentration @ final @ of @ 5 @! M. @ To @ perform @ this @ example, @ seeded @ 500 @ cells @ in @ every @ well @ of @ plates @ of @ 96 wells, @ leaving @ adhering @ al @ plastic @ for @ 24 @ h, @ followed @ by @ treatment @ with @ the @ compounds. @ Each @ treatment @ was done @ in @ wells @ triplicates. @ The @ Figure @ 7 @ illustrates @ graphically @ the @ effect @ of @ the @ incubations @ with @ these @ compounds @ on @ cell @ growth, @ quantified @ as @ number @ of @ cells @ present @ at @ 24 @ h, @ 48 @ h, @ 72 @ h, @ 120 @ h, @ 144 @ h @ and @ 168 @ h @ of @ treatment @ with @ the @ compounds. @ The @ compounds @ I-B17 @ and @ I-B2 @ caused @ a @ almost @ total @ growth @ inhibition @ of @ cells @ PC-3Mc @ for @ the first @ 6 @ days @ of treatment. @ On the contrary, @ the @ compound @ I-B9 @ no @ causo @ significant @ differences @ over @ the @ number @ of @ cells @ present @ a @ long @ of @ the @ 7 @ days @ of the treatment, @ in @ comparison @ with @ cells @ control, @ exposed @ only @ al @ dissolve @ used @ for @ the @ compounds. @ @ Example @ 5. @ Effect @ of @ the @ inhibitors @ on @ the @ formation @ of @ cell colonies @ in @ half @ semi-solid.
En@ este@ ejemplo,@ se@ determino@ la@ capacidad@ de@ las@ celulas@ PC-3Mc@ para@ crecer@ formando@ colonias@ tridimensionales@en@semisuspension.@En@el@ensayo@utilizado,@las@celulas@se@resuspenden@a@temperaturas@que@preservan@ la@viabilidad@celular@en@medio@de@cultivo@completo@que@contiene@agar@al@0,6%,@dejando@posteriormente@solidificar@a@ temperatura@ambiente,@sobre@un@lecho@de@medio@con@3%@de@agar.@Las@celulas@sembradas@en@esta@disposicion@se@incuban@ durante@2@o@3@semanas@a@37@°C@en@una@atmosfera@del@5%@de@CO2@/@95%@aire@y@humedad@del@90%.@Una@vez@sembradas,@ se@ afadieron@ los@ compuestos@ problemas@ a@ concentraciones@ finales@ de@ 1@ M@ o@ 5@ M,@ reafadiendolos@ con@ una@ periodicidad@de@3@dias,@coincidiendo@con@la@adicion@de@medio@de@cultivo@nuevo.@Despues@de@3@semanas,@las@colonias@se@ fijan@con@glutardehido@al@0.5%,@se@tifen@con@cristal@de@violeta@y@se@visualizan@al@microscopio.@Las@colonias@de@un@diametro@ mayor@o@igual@que@0.2@mm@se@cuentan@con@el@programa@ImageJ@1.43u@(NIH,@USA).@ In @ this @ example, @ was @ determined @ the @ ability @ of @ the cells @ PC-3Mc @ to @ grow @ forming @ three-dimensional @ colonies @ in @ semisuspension. @ In @ the @ test @ used, @ the @ cells @ se @ resuspenden @ a @ temperatures @ that @ preserve @ cell @ viability @ in @ half @ of @ full @ culture @ containing @ agar @ at @ 0.6%, @ leaving @ later @ solidify @ a @ ambient @ temperature, @ over @ a @ bed @ of @ medium @ with @ 3% @ of @ agar. @ The @ cells @ planted @ in @ this @ disposition @ are @ incubated for @ 2 @ or @ 3 @ weeks @ a @ 37 @ ° C @ in @ an @ atmosphere @ 5% @ of @ CO2 @ / @ 95% @ air @ and @ humidity @ @ 90%. @ Once @ sown @ @ the @ compounds @ problems @ a @ concentrations @ end @ of @ 1 @ M @ o @ 5 @ M, @ reafadiendlos @ with @ a @ periodicity @ of @ 3 @ days, @ coinciding with @ la @ Adding @ of @ medium @ of @ new @ culture. @ After @ 3 @ weeks, @ the @ colonies @ are @ fixed @ with @ 0.5% glutardehyde @ @ @ typhen @ with @ glass @ of @ violet @ and @ are @ visualized @ to the microscope. @ The @ colonies @ of @ a @ diameter @ larger @ or @ equal @ than @ 0.2 @ mm @ are @ counted on @ the @ program @ ImageJ @ 1.43u @ (NIH, @ USA). @
@ @
La@Figura@8@ilustra@como,@a@la@concentracion@de@1@ M,@ninguno@de@los@compuestos@afecto@la@capacidad@de@las@ celulas@PC-3Mc@para@formar@colonias,@mientras@que@a@5@ M,@los@compuestos@I-B17@y@I-B2@inhiben@la@formacion@de@ colonias@por@debajo@de@un@25%@respecto@al@control.@@ @ Ejemplo@6.@Efecto@de@los@inhibidores@sobre@la@invasividad@celular.@ The @ Figure @ 8 @ illustrates @ how, @ a @ la @ concentracion @ de @ 1 @ M, @ none @ of @ the @ compounds @ affection @ the @ ability @ of @ the @ cells @ PC-3Mc @ to @ form @ colonies, @ while @ that @ a @ 5 @ M, @ the @ compounds @ I -B17 @ and @ I-B2 @ inhibit @ the @ formation @ of @ colonies @ by @ below @ of @ 25% @ with respect to @ the control. @@ @ Example @ 6. @ Effect @ of @ the @ @ inhibitors on @ cell @ invasiveness @
En@la@realizacion@de@este@ejemplo,@se@utilizo@el@ensayo@conocido@como@de@invasividad@en@camaras@de@Boyden.@La@ version@comercial@que@se@ha@usado@de@estas@camaras@se@llama@Transwell@(de@la@casa@Corning),@y@consiste@en@membranas@ relativamente@inertes@de@poliester,@con@poros@de@8.0@ m,@colocadas@en@un@soporte@plastico@que@se@inserta@en@pocillos@de@ placas@de@96@pocillos.@Estas@membranas@se@recubren@con@componentes@de@la@matriz@extracelular@(Matrigel@Growth@Factor@ Reduced,@de@la@casa@Becton-Dickinson).@Las@celulas@se@depositan@con@medio@carente@de@suero@fetal@bovino@en@la@camara@ superior,@y@en@la@camara@inferior@(el@pocillo@de@la@placa@de@96@pocillos)@se@coloca@el@mismo@medio.@Se@permite@la@invasion@ de@las@celulas@desde@la@camara@superior@hacia@la@camara@inferior@durante@48@h@en@las@condiciones@habituales@de@cultivo@ descritas@en@anteriores@ejemplos.@Al@cabo@de@esa@incubacion,@se@procede@al@recuento@de@las@celulas@que@han@pasado@a@la@ camara@inferior.@ In @ the @ realization @ of @ this @ example, @ was @ used @ the @ essay @ known @ as @ of @ invasivity @ in @ cameras @ of Boyden. @ The @ commercial @ version @ that @ was @ ha @ used @ from @ these @ camaras @ is @ called @ Transwell @ (from @ la @ casa @ Corning), @ and @ consists of @ membranes @ relatively @ inert @ of @ polyester, @ with @ pores @ of @ 8.0 @ m, @ placed @ in @ a @ plastic @ bracket @ that @ is inserted into @ wells of @ plates @ of @ 96 @ wells. @ These @ membranes @ are @ coated with @ components @ of @ the @ extracellular @ matrix (Matrigel @ Growth @ Factor @ Reduced, @ of @ the @ house @ Becton-Dickinson). @ The @ cells @ are @ deposited @ with @ half @ carente @ of @ serum @ fetal @ bovine @ in @ the @ upper @ chamber, @ and @ in @ the @ lower @ chamber @ (the @ well @ of @ the @ plate @ of @ 96 @ wells ) @ is @ placed @ the @ same @ middle. @ It @ is allowed @ the @ invasion @ of @ the @ cells @ from @ the @ upper @ camera @ towards @ the @ lower @ camera @ during @ 48 @ h @ in @ the @ usual @ conditions @ of @ culture @ described @ in @ previous @ examples. @ After @ that @ incubation, @ proceeds @ to @ count @ of @ the @ cells @ that @ have @ passed @ to @ the @ lower @ camera. @
@ @
Para@la@realizacion@de@este@ejemplo,@las@celulas@PC-3Mc@fueron@tratadas@con@los@compuestos@problema@a@una@ concentracion@final@de@5@ M@durante@las@48@h@previas@al@ensayo@de@invasividad.@Tras@ese@tiempo@de@tratamiento,@las@ celulas@fueron@despegadas@de@las@placas@de@cultivo@mediante@incubacion@con@tripisina@(25@unidades@/@mL)@y@EDTA@(0.1@ mM)@durante@5@minutos,@resuspendidas@en@medio@completo,@y@sembradas@sobre@las@camaras@superiores@de@los@insertos@ Transwell@ previamente@ cubiertos@ con@ Matrigel@ a@ una@ concentracion@ de@ 10@ mg/mL.@ Los@ compuestos@ problema@ se@ afadieron@tanto@a@la@camara@superior@como@a@la@inferior,@a@una@concentracion@de@5@mM,@manteniendose@este@tratamiento@ a@lo@largo@de@todo@el@periodo@de@duracion@del@ensayo.@Cada@condicion@se@realizo@por@triplicado.@La@Figura@9@ilustra@como,@ en@estas@condiciones,@tanto@el@I-B17@como@el@I-B2@inhiben@significativamente@la@invasividad@de@las@celulas@PC-3Mc.@@ For @ the @ realization @ of this example, @ the @ cells @ PC-3Mc @ were @ treated @ with @ the @ compounds @ problem @ a @ a @ @ final @ de @ 5 @ M @ concentration during @ the @ 48 @ h @ previous @ the @ trial @ of @ invasiveness. @ After @ that @ time @ of treatment, @ the @ cells @ were @ taken off @ of @ @ culture @ plates @ by @ incubation @ with @ tripisin @ (25 @ units @ / @ mL) @ and @ EDTA @ (0.1 @ mM) @ for @ 5 @ minutes, @ resuspended @ in @ half @ full , @ and @ seeded @ over @ the @ superior cameras @ of @ the @ Transwell @ inserts @ previously @ covered @ with @ Matrigel @ a @ a @ concentration @ of @ 10 @ mg / mL. @ The @ compounds @ problem @ @ @ added @ both @ the @ upper @ camera @ and @ the @ lower @, @ a @ a concentration of @ 5 @ mM, @ staying @ this @ treatment @ the @ long @ of @ all @ the @ period @ of @ duration @ of the essay. @ Each @ condition @ was done @ by @ triplicate. @ Figure @ 9 @ illustrates how, @ in @ these @ conditions, @ both @ the @ I-B17 @ as @ the @ I-B2 @ significantly @ inhibit @ the @ invasiveness @ of @ the @ cells @ PC-3Mc. @@
Claims (3)
- Categoría Category
- 56 Documentos citados Reivindicaciones afectadas 56 Documents cited Claims Affected
- A TO
- EP 1580187 A1 (DEIGNER, HANS-PETER) 28.09.2005, tablas, páginas 3-5. 1-30 EP 1580187 A1 (DEIGNER, HANS-PETER) 28.09.2005, tables, pages 3-5. 1-30
- A TO
- WO 200172701 A1 (THE LIPOSOME COMPANY, INC) 04.10.2001, resumen; página 4. 1-30 WO 200172701 A1 (THE LIPOSOME COMPANY, INC) 04.10.2001, summary; page 4. 1-30
- A TO
- SZULC, Z.M. et al.: "Tailoring structure-function and targeting properties of ceramides by sitespecific cationization". Bioorganic & Medicinal chemistry, 2006, vol. 14, páginas 7083-7104, todo el documento. 1-30 SZULC, Z.M. et al .: "Tailoring structure-function and targeting properties of ceramides by sitespecific cationization". Bioorganic & Medicinal chemistry, 2006, vol. 14, pages 7083-7104, the whole document. 1-30
- A TO
- PARK, J. et al.: "Divergent syntheses of all stereoisomers of phytosphingosine and their use in the construction of a ceramide library". Bioorganic chemistry, 2008, vol. 36, páginas 220-228, todo el documento. 1-30 PARK, J. et al .: "Divergent syntheses of all stereoisomers of phytosphingosine and their use in the construction of a ceramide library". Bioorganic chemistry, 2008, vol. 36, pages 220-228, the entire document. 1-30
- Categoría de los documentos citados X: de particular relevancia Y: de particular relevancia combinado con otro/s de la misma categoría A: refleja el estado de la técnica O: referido a divulgación no escrita P: publicado entre la fecha de prioridad y la de presentación de la solicitud E: documento anterior, pero publicado después de la fecha de presentación de la solicitud Category of the documents cited X: of particular relevance Y: of particular relevance combined with other / s of the same category A: reflects the state of the art O: refers to unwritten disclosure P: published between the priority date and the date of priority submission of the application E: previous document, but published after the date of submission of the application
- El presente informe ha sido realizado • para todas las reivindicaciones • para las reivindicaciones nº: This report has been prepared • for all claims • for claims no:
- Fecha de realización del informe 24.09.2012 Date of realization of the report 24.09.2012
- Examinador H. Aylagas Cancio Página 1/4 Examiner H. Aylagas Cancio Page 1/4
- Novedad (Art. 6.1 LP 11/1986) Novelty (Art. 6.1 LP 11/1986)
- Reivindicaciones Reivindicaciones 1-30 SI NO Claims Claims 1-30 IF NOT
- Actividad inventiva (Art. 8.1 LP11/1986) Inventive activity (Art. 8.1 LP11 / 1986)
- Reivindicaciones Reivindicaciones 1-30 SI NO Claims Claims 1-30 IF NOT
- Documento Document
- Número Publicación o Identificación Fecha Publicación Publication or Identification Number publication date
- D01 D01
- EP 1580187 A1 (DEIGNER, HANS-PETER) 28.09.2005 EP 1580187 A1 (DEIGNER, HANS-PETER) 28.09.2005
- D02 D02
- WO 200172701 A1 (THE LIPOSOME COMPANY, INC) 04.10.2001 WO 200172701 A1 (THE LIPOSOME COMPANY, INC) 04.10.2001
- D03 D03
- SZULC, Z.M. et al.: "Tailoring structure-function and targeting properties of ceramides by site-specific cationization". Bioorganic & Medicinal chemistry, 2006, vol. 14, páginas 7083-7104, todo el documento. SZULC, Z.M. et al .: "Tailoring structure-function and targeting properties of ceramides by site-specific cationization". Bioorganic & Medicinal chemistry, 2006, vol. 14, pages 7083-7104, the whole document.
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- PARK, J. et al.:"Divergent syntheses of all stereoisomers of phytosphingosine and their use in the construction of a ceramide library". Bioorganic chemistry, 2008, vol. 36, páginas 220-228, todo el documento. PARK, J. et al.:"Divergent syntheses of all stereoisomers of phytosphingosine and their use in the construction of a ceramide library ". Bioorganic chemistry, 2008, vol. 36, pages 220-228, the entire document.
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