FI109130B - Menetelmä, laite ja laitteen käyttö polynukleotidi- tai aminohapposekvenssin tutkimiseksi - Google Patents
Menetelmä, laite ja laitteen käyttö polynukleotidi- tai aminohapposekvenssin tutkimiseksi Download PDFInfo
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- FI109130B FI109130B FI915723A FI915723A FI109130B FI 109130 B FI109130 B FI 109130B FI 915723 A FI915723 A FI 915723A FI 915723 A FI915723 A FI 915723A FI 109130 B FI109130 B FI 109130B
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- C08G—MACROMOLECULAR COMPOUNDS OBTAINED OTHERWISE THAN BY REACTIONS ONLY INVOLVING UNSATURATED CARBON-TO-CARBON BONDS
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- C07C229/00—Compounds containing amino and carboxyl groups bound to the same carbon skeleton
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- C07C229/02—Compounds containing amino and carboxyl groups bound to the same carbon skeleton having amino and carboxyl groups bound to acyclic carbon atoms of the same carbon skeleton
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- C07D263/00—Heterocyclic compounds containing 1,3-oxazole or hydrogenated 1,3-oxazole rings
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- C07D263/30—Heterocyclic compounds containing 1,3-oxazole or hydrogenated 1,3-oxazole rings not condensed with other rings having two or three double bonds between ring members or between ring members and non-ring members
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- C—CHEMISTRY; METALLURGY
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- C07D—HETEROCYCLIC COMPOUNDS
- C07D317/00—Heterocyclic compounds containing five-membered rings having two oxygen atoms as the only ring hetero atoms
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- C07D317/44—Heterocyclic compounds containing five-membered rings having two oxygen atoms as the only ring hetero atoms having the hetero atoms in positions 1 and 3 ortho- or peri-condensed with carbocyclic rings or ring systems
- C07D317/46—Heterocyclic compounds containing five-membered rings having two oxygen atoms as the only ring hetero atoms having the hetero atoms in positions 1 and 3 ortho- or peri-condensed with carbocyclic rings or ring systems condensed with one six-membered ring
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- C07D317/62—Methylenedioxybenzenes or hydrogenated methylenedioxybenzenes, unsubstituted on the hetero ring with hetero atoms or with carbon atoms having three bonds to hetero atoms with at the most one bond to halogen, e.g. ester or nitrile radicals, directly attached to atoms of the carbocyclic ring
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- C07H19/00—Compounds containing a hetero ring sharing one ring hetero atom with a saccharide radical; Nucleosides; Mononucleotides; Anhydro-derivatives thereof
- C07H19/02—Compounds containing a hetero ring sharing one ring hetero atom with a saccharide radical; Nucleosides; Mononucleotides; Anhydro-derivatives thereof sharing nitrogen
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- C07H19/00—Compounds containing a hetero ring sharing one ring hetero atom with a saccharide radical; Nucleosides; Mononucleotides; Anhydro-derivatives thereof
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- C07H19/10—Pyrimidine radicals with the saccharide radical esterified by phosphoric or polyphosphoric acids
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- C07H21/00—Compounds containing two or more mononucleotide units having separate phosphate or polyphosphate groups linked by saccharide radicals of nucleoside groups, e.g. nucleic acids
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- C07K1/04—General methods for the preparation of peptides, i.e. processes for the organic chemical preparation of peptides or proteins of any length on carriers
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Description
1 109130
Menetelmä, laite ja laitteen käyttö polynukleotidi- tai aminohapposekvenssin tutkimiseksi
Keksinnön ala 5 Keksinnön kohteena on menetelmä ja laite polynukleotidi- tai ami nohapposekvenssin tutkimiseksi reseptori/ligandi sitoutumisella. Keksinnön kohteena on edelleen laitteen käyttö edellä mainittuun tarkoitukseen.
Keksinnön tausta
Esillä oleva keksintö liittyy materiaalien synteesiin ja sijoittamiseen 10 tunnettuihin sijaintikohtiin. Erityisesti tässä kuvataan menetelmä ja liittyvä laite erilaisten kemiallisten sekvenssien valmistamiseksi tunnettuihin sijaintikohtiin yksittäisellä substraattipinnalla. Keksintöä voidaan soveltaa esimerkiksi oligo-meeri-, peptidi-, nukleiinihappo-, oligosakkaridi-, fosfolipidi-, polymeerivalmis-tuksen tai lääkeanalogivalmistuksen alalla, etenkin kemiallisesti vaihtelevien 15 lähteiden luomiseksi käytettäviksi seulonnassa biologisen aktiivisuuden suhteen.
Molekyylien rakenteen ja aktiivisuuden välinen suhde on olennainen seikka biologisten systeemien tutkimuksessa. Rakenne-aktiivisuussuhteet ovat tärkeitä esimerkiksi entsyymien funktion, tapojen, joilla solut ovat yhteydessä .20 toisiinsa sekä solusäätely- ja feedback-systeemien ymmärtämiseksi.
• · : Tiettyjen makromolekyylien tiedetään olevan vuorovaikutuksessa ja ’ sitoutuvan toisiin molekyyleihin, joilla on hyvin spesifinen 3-ulotteinen avaruus- ! . ja elektronijakauma. Mikä tahansa suuri molekyyli, jolla on tällaista spesifi- j syyttä, voidaan katsoa reseptoriksi riippumatta siitä, onko se aineenvaihdunta- 25 välituotteen hydrolyysiä katalysoiva entsyymi, solupintaproteiini, joka toimii vä-v : littäjänä ionien membraanikuljetuksessa, glykoproteiini, jonka tehtävänä on tunnistaa tietty solu sen naapureille, plasmassa kiertävä IgG-luokan vas-: ta-aine, DNA-oligonukleotidisekvenssi tumassa tai vastaava. Eri molekyylit, • ’' *: joita reseptorit selektiivisesti sitovat, tunnetaan ligandeina.
♦ * · ;.\ 30 Monia määrityksiä on saatavana tunnettujen reseptorien ja ligandi- en sitoutumisaffiniteetin mittaamiseksi, mutta tällaisista kokeista saavutettavis-’·;· sa olevaa tietoa rajoittaa usein saatavana olevien ligandien lukumäärä ja tyyp- : pi. Uusia ligandeja löydetään joskus sattumalta tai käyttämällä uusia teknii- koita molekyylirakenteen selvittämiseksi, mukaan lukien röntgensädekristallo-35 grafinen analyysi ja yhdistelmä-DNA-geenitekniikat proteiineille.
2 109130
Pienet peptidit ovat mallisysteemi rakenteen ja funktion välisen suhteen tutkimiseksi biologiassa. Peptidi on aminohappojen muodostama sekvenssi. Kun 20 luontaisesti esiintyvää aminohappoa kondensoidaan polymee-rimolekyyleiksi, ne muodostavat laajan valikoiman 3-ulotteisia konfiguraatioita, 5 joista kukin syntyy tietyissä aminohapposekvenssi- ja liuotinolosuhteissa. 20:stä luontaisesti esiintyvästä aminohaposta muodostettavien mahdollisten pentapeptidien lukumäärä on esimerkiksi 205 tai 3,2 miljoonaa erilaista peptidiä. Sen todennäköisyyttä, että tämän kokoiset molekyylit saattaisivat olla käyttökelpoisia reseptorisitoutumistutkimuksissa, tukevat epitooppianalyysitut-10 kimukset, jotka osoittavat, että jotkut vasta-aineet tunnistavat niinkin lyhyitä kuin muutaman aminohapon mittaisia sekvenssejä hyvin spesifisesti. Lisäksi aminohappojen keskimääräinen molekyylipaino sijoittaa pienet peptidit monien tällä hetkellä käyttökelpoisten farmaseuttisten tuotteiden kokoalueelle.
Farmaseuttisten lääkeaineiden etsintä on yksi tutkimustyyppi, joka 15 nojaa tällaiseen rakenne-aktiivisuussuhteiden tutkimiseen. Useimmissa tapauksissa nykyaikaista farmaseuttista tutkimusta voidaan kuvata prosessiksi, jossa biologisesti tärkeille reseptoreille etsitään uusia ligandeja, joilla on halutun mukaisia spesifisyyskuvioita. Toinen esimerkki on tutkimus uusien yhdisteiden, esimerkiksi pestisidien ja herbisidien, löytämiseksi maataloudessa 20 käytettäviksi.
: Toisinaan ligandien suunnittelun ja rakentamisen rationaalisen pro- . ' sessin ratkaiseminen on vaikeata tai mahdotonta. Aiemmat menetelmät suuri- ; " en lukumäärien erilaisia polymeerejä valmistamiseksi ovat olleet tuskastutta- : : ; van hitaita käytettyinä mittakaavassa, joka on riittävä mahdollistaakseen te- 25 hokkaan suunnitelmallisen tai satunnaisen seulonnan. Esimerkiksi v : "MerrifiekT-menetelmää (J.Am.Chem.Soc. 85 (1963) 2149 - 2154, joka sisäl lytetään tähän viitteeksi kaikissa tarkoituksissa) on käytetty peptidien synteti-soimiseksi kiinteälle tuelle. Merrifield-menetelmässä aminohappo sidotaan ko-valenttisesti tukeen, joka on valmistettu liukenemattomasta polymeeristä. Toi-30 nen aminohappo, jonka α-ryhmä on suojattu, saatetaan reagoimaan kovalent-tisesti sidotun aminohapon kanssa dipeptidin muodostamiseksi. Pesun jälkeen '*;· suojaryhmä poistetaan ja kolmas aminohappo, jonka α-ryhmä on suojattu, li- : sätään dipeptidiin. Tätä prosessia jatketaan, kunnes saadaan pituudeltaan ja : sekvenssiltään halutun mukainen peptidi. Merrifield-menetelmää käyttäen ei 35 ole taloudellisesti käytännöllistä syntetisoida useampia kuin kourallinen pepti- disekvenssejä päivässä.
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Suurien lukumäärien polymeerisekvenssejä syntetisoimiseksi on samoin ehdotettu käytettäväksi sarjaa reaktioastioita polymeerien syntetisoimiseksi. Esimerkiksi putkireaktorisysteemiä voidaan käyttää lineaarisen polymeerin syntetisoimiseksi kiinteäfaasituelle lisäämällä reagensseja automati-5 soidusti peräkkäin. Tämäkään menetelmä ei silti mahdollista riittävän suurien lukumäärien polymeerisekvenssejä synteesiä silmällä pitäen tehokasta taloudellista seulontaa.
Tunnetaan samoin menetelmiä ison joukon polymeerisekvenssejä valmistamiseksi, joissa rei'itetty säiliö sisältää tunnetun määrän reaktiivisia 10 hiukkasia, jolloin hiukkaset ovat kooltaan suurempia kuin rei'ät säiliössä. Säiliöt voidaan saattaa selektiivisesti reagoimaan haluttujen materiaalien kanssa haluttujen sekvenssien tuotemolekyylejä syntetisoimiseksi. Kuten muitakaan alalla tunnettuja menetelmiä tätäkään menetelmää ei voida käytännöllisesti käyttää riittävän moninaisuuden polypeptidejä syntetisoimiseksi tehokkaaseen 15 seulontaan.
Muitakin tekniikoita on kuvattu. Näihin menetelmiin lukeutuu peptidien synteesi 96 muovinupissa, jotka sopivat standardimikrotiitterilevyjen muotoon. Valitettavasti vaikkakin nämä tekniikat ovat olleet jossain määrin käyttökelpoisia, huomattavia ongelmia on yhä. Esimerkiksi näissä menetelmis-;.·. 20 sä on edelleen rajoituksena sekvenssien moninaisuus, joka on taloudellisesti ’ ·. : syntetisoitavissa ja seulottavissa.
.! ' Edeltävästä voidaan nähdä, että aiempaa parempi menetelmä ja ; .** laite erilaisten kemiallisten sekvenssien syntetisoimiseksi tunnettuihin sijainti- : ; ; kohtiin on toivottava.
25 Yhteenveto keksinnöstä ·’ Julkistetaan aiempaa parempi menetelmä ja laite erilaisten poly meerien tutkimiseksi. Menetelmälle ja laitteelle on tunnusomaista se, mitä pa-tenttivaatimuksessa 1 ja vastaavasti 7 esitetään. Keksintöön kuuluu lisäksi ky-•seisen laitteen käyttö tutkittaessa polynukleotidi- tai aminohapposekvenssiä 30 reseptori/ligandi-sitoutumisella.
Yhdessä edullisessa suoritusmuodossa liittomolekyylejä sijoitetaan substraatille. Liittomolekyylien ääripää on varustettu reaktiivisella funktionaali-: ;': sella ryhmällä, joka on suojattu valolla poistettavalla suojaryhmällä. Litografisia menetelmiä käyttäen valolla poistettava suojaryhmä altistetaan valolle ja 35 poistetaan liittomolekyyleistä ensimmäisiksi valituilla alueilla. Sitten substraatti pestään ensimmäisellä monomeerillä tai saatetaan muuten kosketuksiin mai- 4 109130 nitun kanssa, joka reagoi liittomolekyylien paljaana olevien funktionaalisten ryhmien kanssa. Edullisessa suoritusmuodossa monomeeri on aminohappo, joka sisältää valolla poistettavan suojaryhmän amino- tai karboksipäässään, ja liittomolekyyli päättyy amino- tai karboksyylihappoon, joka käsittää valolla 5 poistettavan suojaryhmän.
Sen jälkeen toiseksi valittu aluesarja altistetaan valolle ja valolla poistettava suojaryhmä poistetaan liittomolekyylistä/suojatusta aminohaposta toisella aluesarjalla. Sitten substraatti saatetaan kosketuksiin toisen mono-meerin kanssa, joka sisältää valolla poistettavan suojaryhmän, silmällä pitäen 10 reaktiota paljaana olevien funktionaalisten ryhmien kanssa. Tätä prosessia toistetaan monomeerien selektiiviseksi lisäämiseksi, kunnes saadaan polymeerejä, jotka ovat halutun mittaisia ja joilla on haluttu kemiallinen sekvenssi. Valolabiilit ryhmät poistetaan sitten mahdollisesti, minkä jälkeen sekvenssi mahdollisesti varustetaan salparyhmällä. Jos sivuketjun suojaryhmiä on läsnä, 15 myös ne poistetaan.
Käyttämällä tässä julkistettuja litografisia tekniikoita on mahdollista ohjata valo suhteellisen pieniin ja täsmällisesti tunnettuihin sijaintikohtiin substraatilla. Tämän vuoksi on mahdollista syntetisoida polymeerejä, joilla on tunnettu kemiallinen sekvenssi, tunnettuihin sijaintikohtiin substraatilla.
20 Saadulla substraatilla on erilaisia käyttöjä mukaan lukien esimerkik- : si suurien lukumäärien polymeerejä seulonta biologisen aktiivisuuden suhteen.
·*, ' Biologisen aktiivisuuden suhteen seulomiseksi substraatti saatetaan kosketuk- ! . siin yhden tai useamman reseptorin kanssa kuten vasta-aine, kokonaiset so- | lut, reseptorit rakkuloiden pinnalla, lipidit, tai mikä tahansa erilaisista muista 25 reseptoreista. Reseptorit leimataan edullisesti esimerkiksi fluoresoivalla mer-v ; kiliä, radioaktiivisella merkillä tai leimatulla vasta-aineella, joka reagoi resepto rin kanssa. Merkin sijaintikohta substraatilla todetaan esimerkiksi fotonidetek-tietekniikoilla tai autoradiografisilla tekniikoilla. Koska materiaalin sekvenssi kohdassa, jossa sitoutumista todetaan, tunnetaan, on mahdollista määrittää 30 nopeasti, mikä sekvenssi sitoutuu reseptoriin, minkä vuoksi tekniikkaa voidaan käyttää suurien lukumäärien peptidejä seulomiseksi. Näiden keksintöjen mui-’·;·* hin kyseeseen tuleviin sovellutuksiin kuuluu diagnostiikka, jossa nimenomais- : ten reseptorien vastaisia erilaisia vasta-aineita sijoitettaisiin substraatille ja seulottaisiin esimerkiksi veriseerumia immuunivajeiden suhteen. Edelleen 35 muita sovellutuksia ovat esimerkiksi orgaanisten materiaalien selektiivinen "doping" puolijohdelaitteissa ja vastaavat.
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Keksinnön yhteen näkökohtaan liittyen julkistetaan myös aiempaa parempi reaktorisysteemi polymeerien syntetisoimiseksi. Reaktorisysteemiin kuuluu substraattialusta, joka sitoo substraatin ääripinnalleen. Substraatti-alusta on varustettu substraatin ja alustan välisellä reaktoritilalla, jonka kautta 5 tai johon reaktionesteitä pumpataan tai virratetaan. Substraatille asetetaan tai fokusoidaan maski, jota valotetaan substraatin valikoitujen alueiden vapauttamiseksi suojaryhmistä reaktoritilassa. Monomeeriä pumpataan reaktoritilan läpi tai se saatetaan muutoin kosketuksiin substraatin kanssa, jolloin se reagoi | suojaryhmiä vailla olevien alueiden kanssa. Vapauttamalla selektiivisesti 10 substraatin alueita suojaryhmistä ja virrattamalla ennalta määrättyjä mono-meerejä reaktoritilan läpi voidaan syntetisoida haluttuja polymeerejä tunnettuihin sijaintikohtiin.
Julkistetaan myös aiempaa parempi laite ja aiempaa parempia menetelmiä detektoinnin suorittamiseksi. Detektiomenetelmä ja -laite käyttävät 15 substraattia, jolla on pinnallaan suuri valikoima polymeerisekvenssejä tunnetuissa sijaintikohdissa. Substraatti saatetaan kosketuksiin fluoresoivasti leimatun reseptorin kanssa, joka sitoutuu yhteen tai useampaan polymeerisek-venssiin. Substraatti sijoitetaan mikroskooppidetektiolaitteeseen niiden sijainti-kohtien tunnistamiseksi, joissa sitoutumista tapahtuu. Mikroskooppidetektio-y. 20 laitteeseen kuuluu monokromaattinen tai polykromaattinen valolähde valon ohjaamiseksi substraatille, laite fluoresoivan valon substraatista toteamiseksi ’ sekä laite fluoresoivan valon sijaintikohdan määrittämiseksi. Laite substraatin ; . fluoresoiman valon toteamiseksi voi joissakin suoritusmuodoissa käsittää foto- ; nilaskijan. Laite fluoresoivan valon sijaintikohdan määrittämiseksi voi käsittää * ‘ 25 x/y-siirtopöydän substraatille. Levyn siirrot ja kerätyt tiedot rekisteröidään ja v : käsitellään sopivasti ohjelmoidulla digitaalitietokoneella.
Näiden keksintöjen luonne ja edut voidaan ymmärtää selvemmin : ·.: tutustumalla selitysosuuden jäljellä oleviin osiin sekä oheisiin piirroksiin.
Suppea kuvaus kuvioista 30 Kuvio 1 esittää substraatin peittämistä ja säteilyttämistä ensimmäi- sessä kohdassa. Substraatti esitetään poikkileikkauksena; ‘ ' kuvio 2 esittää substraattia monomeerin "A" käytön jälkeen; : kuvio 3 esittää substraatin säteilyttämistä toisessa kohdassa; ' ’ ‘; kuvio 4 esittää substraattia monomeerin "B" käytön jälkeen; 35 kuvio 5 esittää "A"-monomeerin säteilyttämistä; kuvio 6 esittää substraattia "B":n toisen käytön jälkeen; 6 109130 i ! j kuvio 7 esittää valmista substraattia; kuviot 8A ja 8B esittävät reaktorisysteemin vaihtoehtoisia suoritusmuotoja monolukuisen määrän polymeerejä muodostamiseksi substraatille; i | kuvio 9 esittää detektiolaitetta fluoresoivien merkkien paikantami- 5 seksi substraatilta; kuviot 10A - 10M esittävät menetelmää käytettäessä sitä trimeerien valmistamiseksi monomeereistä "A" ja "B"; kuviot 11 A, 11B ja 11C ovat fluoresenssiajoja fluoresoivista stan-dardihelmistä; 10 kuviot 12A ja 12B ovat fluoresenssikäyriä NVOC-levyille, joita ei ole altistettu tai jotka vastaavasti on altistettu valolle; kuviot 13A ja 13B esittävät levyn muodostusta, jossa on shakkilau-takuvio YGGFL:ää ja GGFL:ää ja joka saatetaan kosketuksiin leimatun Herz-vasta-aineen kanssa; ja 15 kuviot 14A ja 14B esittävät karttoja 16 sekvenssistä, jotka synteti soitiin kahdella eri lasilevyllä.
Yksityiskohtainen kuvaus edullisista suoritusmuodoista Sisältö y. 20 I. Sanasto II. Yleistä ‘ III. Polymeerisynteesi ; ’ IV. Yksityiskohtia reaktorisysteemin yhdestä suoritusmuodosta j V. Yksityiskohtia fluoresenssidetektiolaitteen yhdestä suoritusmuo- ' * 25 dosta v ; VI. Reseptorien suhteellisen sitoutumisvoimakkuuden määritys VII. Esimerkkejä '.‘A A. Objektilasin valmistus **”: B. Kahdeksan (8) trimeerien synteesi "A":sta ja "B":stä 30 C. Dimeerin synteesi aminopropyyliryhmästä ja fluoresoivasta ryh- mästä ' ·;·' D. Signaalintuottokyvyn osoittaminen : E. Molekyylien lukumäärän alueyksikköä kohden määritys F. NVOC:n poistaminen ja fluoresoivan merkin kiinnitys 35 G. Maskin käyttö NVOC:n poistossa 7 109130 H. YGGFLn kiinnitys ja sitten seuraava saattaminen kosketuksiin Herz-vasta-aineen ja vuohen anti-hiirivasta-aineen kanssa I. Monomeeri-monomeerimuodostus YGGFL:stä ja sitten seuraava saattaminen kosketuksiin leimatun vasta-aineen kanssa 5 J. Monomeeri-monomeerisynteesi YGGFL:stä ja PGGFL:stä K. Monomeeri-monomeerisynteesi YGGFLstä ja YPGGFLstä L. 16 erilaisen aminohapposekvenssin sarjan synteesi sekä suhteellisen sitoutumisaffiniteetin Herz-vasta- aineeseen arviointi
Vili. Havainnollistava vaihtoehtoinen suoritusmuoto 10 IX. Päätös I. Sanasto
Seuraavilla termeillä tarkoitetaan olevan seuraavat yleiset merkitykset niitä tässä käytettäessä: 1. Komplementaarinen: Viittaa ligandimolekyylin ja sen reseptorin 15 vuorovaikutuksessa olevien pintojen topologiseen yhteensopivuuteen tai sopimiseen yhteen. Täten reseptoria ja sen ligandia voidaan kuvata komplementaarisiksi ja edelleen kontaktipintaominaisuudet ovat toisilleen komplementaarisia.
2. Epitooppi: Se osa antigeenimolekyylistä, jonka rajaa vuorovai-20 kutuksen alue vasta-aineina tunnettujen reseptorien alaluokan kanssa.
. : 3. Liqandi: Ligandi on molekyyli, jonka nimenomainen reseptori tun- ’ ‘ nistaa. Esimerkkejä ligandeista, joita voidaan tutkia tällä keksinnöllä, ovat mai- ; , nittuihin kuitenkaan rajoittumatta solumembraanireseptorien agonistit ja anta- ; gonistit, toksiinit ja (käärme)myrkyt, virusepitoopit, hormonit (esim. opiaatit, 25 steroidit jne.), hormonireseptorit, peptidit, entsyymit, entsyymisubstraatit, ko-v : faktorit, lääkkeet, lektiinit, sokerit, oligonukleotidit, nukleiinihapot, oligosakkari dit, proteiinit ja monoklonaaliset vasta-aineet.
: 4. Monomeeri: Jäsen sarjassa pieniä molekyylejä, jotka voidaan liittää yhteen polymeerin muodostamiseksi. Monomeerien sarjaan kuuluvat 30 mainittuihin kuitenkaan rajoittumatta esimerkiksi tavallisten L-aminohappojen sarja, D-aminohappojen sarja, synteettisten aminohappojen sarja, nukleotidien '· ·’ sarja ja pentoosien ja heksoosien sarjat. Tässä käytettynä monomeereillä tar- : koitetaan mitä tahansa jäsentä perussarjasta polymeerin syntetisoimiseksi.
Esimerkiksi L-aminohappojen dimeerit muodostavat 400 monomeerin perus-35 sarjan polypeptidien syntetisoimiseksi. Erilaisia monomeerien perussarjoja voidaan käyttää peräkkäisissä vaiheissa polymeerin synteesissä.
β 109130 5. Peptidi: Polymeeri, jossa monomeerit ovat α-aminohappoja, joita liittävät yhteen amidisidokset, ja jota vaihtoehtoisesti kutsutaan polypeptidiksi. Tämän patenttiselityksen asianyhteydessä tulkoon huomatuksi, että aminohapot voivat olla L-optisia isomeerejä tai D-optisia isomeerejä. Peptidit ovat yli 2 5 aminohappomonomeeriä pitkiä, ja usein yli 20 aminohappomonomeerin pituisia. Aminohapoista käytetään vakiolyhenteitä (esim. P proliinista). Nämä lyhenteet on sisällytetty kirjaan Stryer, "Biochemistry", 3. painos, 1988, joka sisällytetään tähän viitteeksi kaikissa tarkoituksissa.
6. Säteily: Energia, jota voidaan käyttää selektiivisesti, mukaan luki-10 en energia, jonka aallonpituus on 10'14 - 104 metriä, mukaan lukien esimerkiksi elektronisädesäteily, gamma-säteily, röntgensädesäteily, ultraviolettisäteily, näkyvä valo, infrapunasäteily, mikroaaltosäteily ja radioaallot. ’’Säteilyttäminen” viittaa säteilyn kohdistamiseen pinnalle.
7. Reseptori: Molekyyli, jolla on affiniteettia tietyn ligandin suhteen. 15 Reseptorit voivat olla luontaisesti esiintyviä tai ihmisen tekemiä molekyylejä.
Samoin niitä voidaan käyttää niiden ei-muutetussa tilassa tai aggregaatteina muiden lajien kanssa. Reseptorit voidaan kiinnittää, kovalenttisesti tai ei-kovalenttisesti, sitoutumisjäseneen, joko suoraan tai spesifisen sidosaineen välityksellä. Esimerkkejä reseptoreista, joita voidaan käyttää tässä keksinnös- 20 sä, ovat mainittuihin kuitenkaan rajoittumatta vasta-aineet, solumembraanire- \ septorit, monoklonaaliset vasta-aineet ja vastaseerumit, jotka ovat reaktiivisia : spesifisten antigeenimääreiden suhteen (kuten virukset, solut tai muut materi- ; ” aalit), lääkkeet, polynukleotidit, nukleiinihapot, peptidit, kofaktorit, lektiinit, so- • * · : kerit, polysakkaridit, solut, solumembraanit ja soluelimet. Reseptoreita kutsu- 25 taan alalla joskus antiligandeiksi. Käytettäessä tässä termiä reseptorit ei pyritä ♦ I · v : mihinkään merkityseroon. "Ligandi-reseptoripari" muodostuu, kun kaksi mak romolekyyliä on yhdistynyt molekyylitunnistuksen välityksellä muodostamaan kompleksin.
·*·; Muita esimerkkejä reseptoreista, joita voidaan tutkia tällä keksin- i > * 30 nöllä, ovat mainittuihin kuitenkaan rajoittumatta: • » · a) Mikro-orqanismireseptorit: Sen kaltaisiin reseptoreihin kuten spe-sifiset kuljetusproteiinit tai entsyymit, jotka ovat oleellisia mikro-organismien : i‘i eloonjäännille, sitoutuvien ligandien määritys on käyttökelpoista uudessa anti- ;. bioottiluokassa. Erityisen arvokkaita olisivat antibiootit vastaan opportunistisia 35 sieniä, alkueläimiä ja niitä bakteereja, jotka ovat resistenttejä tämänhetkisessä käytössä oleville antibiooteille.
9 109130 b) Entsyymit: Esimerkiksi sellaisten entsyymien sitoutumiskeskus kuten entsyymien, jotka ovat vastuussa hermojen välittäjäaineiden pilkkomisesta; ligandien määritys, jotka sitoutuvat tiettyihin reseptoreihin entsyymien vaikutuksen moduloimiseksi, jotka pilkkovat erilaisia hermojen välittäjäaineita, 5 on käyttökelpoista lääkkeiden kehityksessä, joita voidaan käyttää hermosiirto-funktion häiriöiden hoidossa.
c) Vasta-aineet: Esimerkiksi keksintö voi olla käyttökelpoinen tutkittaessa ligandisitoutumiskeskusta vasta-ainemolekyylin pinnalla, joka liittyy kiinnostavan antigeenin epitooppiin; antigeeniepitooppia jäljittelevän sekvens- 10 sin määritys voi johtaa rokotteiden kehitykseen, joiden immunogeeni perustuu yhteen tai useampaan tällaiseen sekvenssiin, tai johtaa muiden liittyvien diagnostisten aineiden tai yhdisteiden kehitykseen, jotka ovat käyttökelpoisia esimerkiksi autoimmuunisairauksien terapeuttisissa hoidoissa (esim. salpaamalla "itse"-vasta-aineiden sitoutuminen).
15 d) Nukleiinihapot: Nukleiinihappojen sekvenssejä voidaan synteti soida DNA- tai RNA-sitoutumissekvenssien määrittämiseksi.
e) Katalyyttiset polvpeptidit: Polymeerejä, edullisesti polypeptidejä, jotka kykenevät edistämään kemiallista reaktiota, jossa tapahtuu yhden tai useamman reagoivan aineen konversio yhdeksi tai useammaksi tuotteeksi.
20 Tällaisissa polypeptideissä on yleensä sitoutumiskeskus, joka on spesifinen ainakin yhdelle reagoivalle aineelle tai reaktiovälituotteelle, sekä lähellä sitou-' tumiskeskusta sijaitseva aktiivinen funktionaalisuus, joka funktionaalisuus ky- ; kenee kemiallisesti modifioimaan sitoutunutta reagoivaa ainetta. Katalyyttisiä ί,: ; polypeptidejä kuvataan esimerkiksi US-patenttihakemuksessa sarjanro 404 25 920, joka sisällytetään tähän viitteeksi kaikissa tarkoituksissa.
* · · v ; f) Hormonireseptorit: Esimerkiksi insuliinin ja kasvuhormonin re septorit. Ligandien määritys, jotka sitoutuvat korkealla affiniteetilla reseptoriin, :\i on käyttökelpoista esimerkiksi suun kautta otettavan korvikkeen kehittämiseksi päivittäisille ruiskeille, joita diabeetikkojen on otettava sokeritaudin oireiden lie- 30 vittämiseksi, ja toisessa tapauksessa korvikkeen (kehittämiseksi) niukasti esiintyvälle ihmisen kasvuhormonille, jota voidaan saada vain ruumiista tai yh-distelmä-DNA-teknisesti. Muita esimerkkejä ovat verisuonia supistavien hor-: monien reseptorit; reseptoriin sitoutuvien ligandien määritys voi johtaa lääkkei- * t» den kehitykseen verenpaineen kontrolloimiseksi.
10 109130 g) Qpiaattireseptorit: Ligandien määritys, jotka sitoutuvat opiaattire-septoreihin aivoissa, on käyttökelpoista vähemmän addiktiivisten korvikkeiden kehittämiseksi morfiinille ja samankaltaisille lääkkeille.
8. Substraatti: Materiaali, jolla on jäykkä tai puolijäykkä pinta. Mo-5 nissa suoritusmuodoissa substraatin ainakin yksi pinta on oleellisesti tasainen, vaikka joissakin suoritusmuodoissa voi olla toivottavaa erottaa fyysisesti eri polymeerien synteesialueet esimerkiksi kuopilla, kohollaan olevilla alueilla, syövytetyillä ojilla tai vastaavilla. Muiden suoritusmuotojen mukaan pinta voidaan varustaa pienillä helmillä, jotka voidaan vapauttaa synteesin päätteeksi. 10 9. Suoiarvhmä: Materiaali, joka on sidottu monomeeriyksikköön ja joka voidaan tilan suhteen poistaa altistamalla selektiivisesti aktivaattorille kuten elektromagneettiselle säteilylle. Esimerkkejä suojaryhmistä, jotka ovat tässä käyttökelpoisia, ovat nitroveratryylioksikarbonyyli, nitrobentsyylioksikar-bonyyli, dimetyylidimetoksibentsyylioksikarbonyyli, 5-bromi-7-nitroindolinyyli, 15 o-hydroksi-a-metyylisinnamoyyli ja 2-oksimetyleeniantrakinoni. Muita esimerkkejä aktivaattoreista ovat ionisuihkut, sähkökentät, magneettikentät, elektroni-suihkut, röntgensäteet ja vastaavat.
10. Ennaltamäärättv alue: Ennaltamäärätty alue on pinnalla paikannettu alue, joka aktivoidaan, aktivoitiin tai on tarkoitus aktivoida polymeerin 20 muodostamiseksi. Ennalta määrätty alue voi olla minkä tahansa kätevän t · · muotoinen, esim. ympyränmuotoinen, nelikulmainen, ellipsinmuotoinen, kii- > I * ’ lanmuotoinen jne. Tässä lyhyyden vuoksi "ennalta määrättyjä" alueita kutsu- ; taan toisinaan yksinkertaisesti "alueiksi".
• tt : 11. Oleellisesti puhdas: Polymeerin katsotaan olevan "oleellisesti 25 puhdas" substraatin ennaltamäärätyllä alueella, kun se osoittaa ominaisuuk- I I « v ; siä, jotka erottavat sen muista ennaltamäärätyistä alueista. Tyypillisesti puhta us mitataan biologisena aktiivisuutena tai funktiona, joka on tulosta yhtenäi-sestä sekvenssistä. Tällaiset ominaisuudet mitataan tyypillisesti sitomalla va- • littuun ligandiin tai reseptoriin.
, , 30 II. Yleistä :Esillä oleva keksintö antaa käyttöön menetelmiä ja laitteen substraatin valmistamiseksi ja käyttämiseksi, jossa on monilukuinen määrä ! polymeerisekvenssejä ennalta määrätyillä alueilla. Keksintöä kuvataan tässä pääasiassa suhteessa molekyylien valmistukseen, jotka sisältävät aminohap- 35 posekvenssejä, mutta sitä voitaisiin vaikeuksitta käyttää muiden polymeerien valmistukseen. Tällaisia polymeerejä ovat esimerkiksi sekä lineaariset että
* I
11 109130 sykliset polymeerit nukleiinihappoja, polysakkarideja, fosfolipidejä ja peptidejä, joissa on joko α-, β- tai gamma-aminohappoja, heteropolymeerit, joissa tunnettu lääke on kovalenttisesti sidottu johonkin edeltävistä, polyuretaanit, polyesterit, polykarbonaatit, polyureat, polyamidit, polyetyleeni-imiinit, polyarylee-5 nisulfidit, polysiloksaanit, polyimidit, polyasetaatit tai muut polymeerit, jotka ovat ilmeisiä tutustuttaessa tähän julkistukseen. Edullisessa suoritusmuodossa tätä keksintöä käytetään peptidien synteesissä.
Valmistettua substraattia voidaan käyttää esimerkiksi erilaisten polymeerien seulomiseksi ligandeiksi reseptoriin sidottaviksi, vaikka ilmeistä on-10 kin, että keksintöä voitaisiin käyttää reseptorin syntetisoimiseksi ligandiin sidottavaksi. Tässä julkistetulla substraatilla on laaja valikoima muita käyttöjä. Pelkästään esimerkiksi tätä keksintöä voidaan käyttää proteiineihin sitoutuvien peptidi- ja nukleiinihapposekvenssien määrityksessä, sekvenssispesifisesti sitoutuvien lääkkeiden löytämiseksi, vasta-aineiden tunnistamien epitooppien 15 tunnistamiseksi sekä erilaisten lääkkeiden arvioimiseksi kliinisiin ja diagnostisiin käyttöihin, sekä edeltävien yhdistelmissä.
Keksintö antaa edullisesti käyttöön substraatin "S", jossa on pinta. Substraatin pinta on mahdollisesti varustettu liittomolekyyleillä "L". Liittomole-kyylien tarkoitus joissakin suoritusmuodoissa on helpottaa syntetisoitujen po-·' 20 lymeerien reseptoritunnistusta.
:: Mahdollisesti liittomolekyylit on voitu suojata kemiallisesti varastoin- I *
: '·· titarkoituksissa. Kemiallista varastointisuojaryhmää kuten t-BOC
: : (t-butyylioksikarbonyyli) voidaan käyttää joissakin suoritusmuodoissa. Tällaiset ·:·: kemialliset suojaryhmät poistettaisiin kemiallisesti saattamalla kosketuksiin 25 esimerkiksi happaman liuoksen kanssa ja niiden tehtävänä olisi suojata pintaa varastoinnin aikana ja ne poistettaisiin ennen polymeerin valmistusta.
; Liittomolekyylien substraatti- tai distaalipää on varustettu funktio- !,.[ naalisella ryhmällä, jossa on suojaryhmä P0. Suojaryhmä PQ voidaan poistaa ·;* altistamalla säteilylle, sähkökentille, sähkövirroille tai muille aktivaattoreille j 30 funktionaalisen ryhmän paljastamiseksi.
Edullisessa suoritusmuodossa säteily on ultravioletti- (UV-), infra-puna- (IR-) valoa tai näkyvää valoa. Kuten alla tarkemmin kuvataan, suoja-ryhmä voi vaihtoehtoisesti olla sähkökemiallisesti herkkä ryhmä, joka voidaan '· ·' poistaa sähkökentän läsnä ollessa. Edelleen muissa vaihtoehtoisissa suori- 35 tusmuodoissa suojaryhmän poistossa voidaan käyttää ionisuihkuja, elektroni-suihkuja tai vastaavia.
12 109130
Joissakin suoritusmuodoissa altistetut alueet ovat pienempiä ja siksi alue, jolle kukin erillinen polymeerisekvenssi syntetisoidaan on pienempi, kuin noin 1 cm2 tai alle 1 mm2. Edullisissa suoritusmuodoissa altistettu alue on alle noin 10 000 pm2 tai edullisemmin alle 100 pm2 ja voi joissakin suoritusmuo-5 doissa käsittää sitoutumiskeskuksen niinkin vähälle kuin yksittäiselle molekyylille. Näillä alueilla kukin polymeeri syntetisoidaan edullisesti oleellisesti puhtaassa muodossa.
Substraatin tunnetun alueen altistamisen valolle kanssa samanaikaisesti tai sen jälkeen pinta saatetaan kosketuksiin ensimmäisen monomee-10 riyksikön M! kanssa, joka reagoi funktionaalisen ryhmän kanssa, jolle on suoritettu suojaryhmänpoistovaihe. Ensimmäinen monomeeri käsittää suojaryh-män Pv P., voi olla tai voi olla olematta sama kuin P0.
Täten ensimmäisen kierroksen jälkeen pinnan tunnetut ensimmäiset alueet voivat käsittää sekvenssin: 15 S-L-Μ,-Ρ, kun taas pinnan jäljellä olevat alueet käsittävät sekvenssin: 20 S-L-P0.
• «
Sitten pinnan toiset alueet (jotka voivat käsittää ensimmäisen alu- • een) altistetaan valolle ja saatetaan kosketuksiin toisen monomeerin M2 kans-sa (joka voi olla tai voi olla olematta sama kuin M.,), jossa on suojaryhmä P2. P2 ·:·. 25 voi olla tai voi olla olematta sama kuin P0 ja Pv Tämän toisen kierroksen jäl keen substraatin eri alueet voivat käsittää yhden tai useamman seuraavan . . sekvenssin:
• I
S-L-M^M^P, 30 S-L-M2-P2 S-L-Μ,-Ρ, ja/tai ..·. S-L-P0.
Edeltävää menetelmää toistetaan kunnes substraatti käsittää halu-35 tun mittaisina halutut polymeerit. Kontrolloimalla valolle altistettuja substraatin 13 109130 kohtia sekä altistuksen jälkeen substraatin kanssa kosketuksiin saatettuja rea-gensseja kunkin sekvenssin sijaintikohta tullaan tietämään.
Tämän jälkeen suojaryhmät poistetaan osasta substraattia tai siitä kokonaisuudessaan ja sekvenssit mahdollisesti salvataan salpayksiköllä C.
5 Menetelmästä saadaan substraatti, joka pinnallaan käsittää monilukuisen määrän polymeerejä, joiden yleinen kaava on seuraava: S—[L]—(Mj)—(Mj)—(Mk)... (MX)-[C] 10 jossa hakasulut osoittavat valinnaisia ryhmiä ja Mj...Mx osoittaa jo tain monomeerien sekvenssiä. Monomeerien lukumäärä saattaisia kattaa laajan valikoiman arvoja, mutta edullisessa suoritusmuodossa niitä on 2-100.
Joissakin suoritusmuodoissa monilukuisen määrän kohtia substraattipolymeereillä on määrä sisältää yhteinen monomeerialasekvenssi. 15 Esimerkiksi voi olla toivottavaa syntetisoida sekvenssi S-M1-M2-M3 ensimmäisiin kohtiin ja sekvenssi S-M4-M2-M3 toisiin kohtiin. Menetelmä aloitettaisiin säteilyttämällä ensimmäisiä kohtia, minkä jälkeen ne saatettaisiin kosketuksiin Μ,-Ριη kanssa, jolloin saataisiin sekvenssi S-Μ,-Ρ ensimmäisiin kohtiin. Sitten toiset kohdat säteilytettäisiin ja saatettaisiin kosketuksiin M4-P:n kanssa, 20 jolloin saataisiin sekvenssi S-M4-P toisiin kohtiin. Sen jälkeen sekä ensimmäi-:.’-i set että toiset kohdat säteilytettäisiin ja saatettaisiin kosketuksiin dimeerin M2-M3 kanssa, jolloin saataisiin sekvenssi S-M1-M2-M3 ensimmäisiin kohtiin ja l S—M4-M2-M3 toisiin kohtiin. Luonnollisesti minkä tahansa mittaisia yhteisiä alasekvenssejä voitaisiin käyttää mukaan lukien kahdesta useampaan mono-25 meerin mittaisia, 2-100 monomeerin, 2-20 monomeerin mittaisia ja edullisimmin 2-3 monomeerin mittaisia.
. . Muiden suoritusmuotojen mukaan käytetään maskisarjaa ensim- mäiselle monomeerikerrokselle, minkä jälkeen käytetään vaihtelevia valon ·;·' aallonpituuksia suojaryhmien selektiiviseksi poistamiseksi. Esimerkiksi edellä 30 käsitellyssä menetelmässä ensimmäiset alueet altistetaan ensin maskin läpi ja ‘: saatetaan reagoimaan ensimmäisen monomeerin kanssa, jossa on ensimmäi nen suojaryhmä P,, joka voidaan poistaa altistamalla ensimmäiselle valon aallonpituudelle (esim. IR). Toisilla alueilla käytetään maskia ja ne saatetaan '··· reagoimaan toisen monomeerin kanssa, jossa on toinen suojaryhmä P2, joka 35 voidaan poistaa altistamalla toiselle valon aallonpituudelle (esim. UV). Tämän jälkeen maskit tulevat synteesissä tarpeettomiksi, koska substraatti kokonai- 14 109130 suudessaan voidaan altistaa vaihtoehtoisesti valon ensimmäiselle ja toiselle aallonpituudelle suojaryhmien poistokierroksella.
Edeltävien menetelmien mukaan substraatille valmistetuilla polymeereillä on erilaisia käyttöjä mukaan lukien esimerkiksi biologisen aktiivisuu-5 den suhteen seulominen. Tällaisissa seulontatoiminnoissa sekvenssit sisältävä substraatti saatetaan kosketuksiin leimaa vailla olevan tai leimatun reseptorin kanssa, joka voi olla vasta-aine, solureseptori, fosfolipidirakkula tai mikä tahansa erilaisista muista reseptoreista. Yhdessä edullisessa suoritusmuodossa polymeerit saatetaan kosketuksiin ensimmäisen leimaa vailla olevan kiinnos-10 tavan reseptorin kanssa, minkä jälkeen ne saatetaan kosketuksiin leimatun re-septorispesifisen tunnistusyksikön kanssa, joka on esimerkiksi vasta-aine. Tämä menetelmä tuottaa signaalin vahvistuksen detektiovaiheessa.
Reseptorimolekyylit voivat sitoutua yhteen tai useampaan polymeeriin substraatilla. Leimatun reseptorin läsnäolo ja siten reseptoriin sitoutuvan 15 sekvenssin läsnäolo todetaan edullisessa suoritusmuodossa käyttämällä auto-radiografiaa, fluoresenssin detektiota varauskytketyllä laitteella, fluoresenssi-mikroskopiaa tai vastaavia. Polymeerin sekvenssiä kohdissa, joissa reseptori-sitoutumista todetaan, voidaan käyttää reseptorille komplementaarisen sekvenssin määrittämiseksi kokonaisuudessaan tai osittain.
20 Tämän keksinnön käyttöä havainnollistetaan ensisijaisesti viittaa- maila seulontaan biologisen aktiivisuuden suhteen. Keksinnöllä on kuitenkin monia muitakin käyttöjä. Esimerkiksi keksintöä voidaan käyttää tietojen tallen-nuksessa (esim. optisille levyille), molekyylielektronisten laitteiden valmistuk-sessa, stationaarifaasien valmistuksessa erotustieteissä, värien ja kirkastimien :·. 25 tuotannossa, valokuvauksessa sekä solujen, proteiinien, lektiinien, nukleiini happojen, polysakkaridien ja vastaavien immobilisoinnissa kuvioiksi pinnalle spesifisten polymeerisekvenssien molekyylitunnistuksen välityksellä. Synteti-,/ soimalla sama yhdiste vierekkäisissä, progressiivisesti poikkeavissa pitoisuuk- ;·' sissa muodostetaan gradientti kemotaksis-ilmiön kontrolloimiseksi tai diagnos- : 30 tisten "upotustikkujen" kehittämiseksi, jotka esimerkiksi titraavat vasta-aineen kasvavaa antigeenin määrää vastaan. Syntetisoimalla useita katalysaattori-molekyylejä lähelle toisiaan voidaan päästä tehokkaampiin monivaihekonver-sioihin "koordinoidun immobilisaation" välityksellä. Koordinoitua immobilisaa-tiota voidaan käyttää myös elektronisiirtosysteemeissä ja sekä rakenteellisen 35 yhtenäisyyden että muiden haluttujen ominaisuuksien saamiseksi esim. voitelu-, kostustus-jne. materiaaleihin.
15 109130
Vaihtoehtoisten suoritusmuotojen mukaan voidaan tutkia molekyylien biojakaumaa tai farmakokineettisiä ominaisuuksia. Esimerkiksi vastustuksen suoli- tai seerumiproteaaseille määrittämiseksi polymeerit voidaan salvata fluoresoivalla tarralla ja saattaa kosketuksiin kiinnostavien biologisten nestei-5 den kanssa.
III. Polymeerisynteesi
Kuviossa 1 havainnollistetaan yhtä tässä julkistetun keksinnön suoritusmuotoa, jossa substraatti 2 on esitetty poikkileikkauksena. Oleellisesti keksinnössä voidaan käyttää mitä tahansa kuviteltavissa olevaa substraattia. 10 Substraatti voi olla biologinen, ei-biologinen, orgaaninen, epäorgaaninen tai minkä tahansa näistä yhdistelmä, jota on hiukkasina, säikeinä, sakkoina, geeleinä, levynä, putkena, palloina, astioina, kapillaareina, tuppoina, viipaleina, kalvoina, levyinä, objektilaseina jne. Substraatti voi olla minkä tahansa kätevän muotoinen, kuten kiekko, neliö, pallo, ympyrä jne. Substraatti on edulli-15 sesti tasainen, mutta sen pinta voi olla jossain erilaisista vaihtoehtoisista kon-figuraatioista. Esimerkiksi substraatti voi sisältää kohotettuja tai painettuja alueita, joissa synteesi tapahtuu. Substraatti ja sen pinta muodostavat edullisesti jäykän tuen, jolla suorittaa tässä kuvatut reaktiot. Substraatti ja sen pinta valitaan myös tuottamaan tarkoituksenmukaiset valoabsorptio-ominaisuudet. Esi-:·.·’ 20 merkiksi substraatti voi olla polymeroitu Langmuir Blodgett-kalvo, funktionaali- • j seksi tehty lasi, Si, Ge, GaAs, GaP, Si02, SiN4, modifioitua piitä tai jotain laa- jasta valikoimasta geelejä tai polymeerejä kuten (polyjtetrafluorietyleeni, (poly)vinylideenidifluoridi, polystyreeni, polykarbonaatti tai mainittujen yhdis-telmät. Muita substraattimateriaaleja tulee helposti ilmeiseksi alan ammattilai-25 sille heidän tutustuessaan tähän julkistukseen. Edullisessa suoritusmuodossa substraatti on tasainen lasi tai yksikidepiitä, jonka pintamuodostelmapiirteet . . ovat alle 10 A.
i i « / Joittenkin suoritusmuotojen mukaan substraatin pintaa syövytetään ···* käyttäen hyvin tunnettuja tekniikoita haluttujen pintapiirteiden saamiseksi.
30 Esimerkiksi muodostamalla ojia, v-vakoja, mesa-rakenteita tai vastaavia syn-
» I
teesialueet voidaan sijoittaa likeisemmin törmäävän valon polttopisteeseen, varustaa heijastavilla "peili"-rakenteilla valon keräämisen maksimoiseksi fluo-';; · ’ resoivista lähteistä tai vastaavaa.
Kiinteän substraatin pinnat koostuvat tavallisesti mutta eivät aina 35 samasta materiaalista kuin substraatti. Täten pinta voi koostua mistä tahansa laajasta valikoimasta materiaaleja, esimerkiksi polymeerit, muovit, hartsit, po- 16 109130 lysakkaridit, piidioksidi tai piidioksidipohjaiset materiaalit, hiili, metallit, epäorgaaniset lasit, membraanit, tai mistä tahansa edellä luetelluista substraatti-materiaaleista. Joissakin suoritusmuodoissa pinnalla voi olla mahdollista j käyttää koteloituja sitoutumisjäseniä, jotka on kiinnitetty tiukasti substraatin 5 pintaan avoinna olevan patenttihakemuksen sarjanro 404 920 oppien mukaisesti, joka hakemus aiemmin sisällytettiin tähän viitteeksi. Edullisesti pinta sisältää reaktiivisia ryhmiä, jotka voisivat olla karboksyylejä, aminoja, hydrok-syylejä tai vastaavia. Edullisimmin pinta on optisesti läpinäkyvä ja sillä on pin-ta-Si-OH-funktionaalisuuksia, kuten tavataan piidioksidipinnoilla.
10 Substraatin pinta 4 on edullisesti varustettu kerroksella liittomole- kyylejä 6, vaikka tulee ymmärtää, että liittomolekyylit eivät ole keksinnön edellyttämiä yksiköitä. Liittomolekyylit ovat edullisesti riittävän pituisia mahdollistaakseen polymeerien valmiissa substraatissa vapaan vuorovaikutuksen substraatin kanssa kosketuksiin saatettujen molekyylien kanssa. Liittomole-15 kyylien tulisi olla 6-50 atomin mittaisia riittävän altistuksen saamiseksi. Liitto-molekyylit voivat olla esimerkiksi aryyliasetyleeni-, etyleeniglykolioligomeerejä, jotka sisältävät 2-10 monomeeriyksikköä, diamiineja, dihappoja, aminohappoja tai mainittujen yhdistelmiä. Muita liittomolekyylejä voidaan käyttää tämä julkistus huomioon ottaen.
20 Vaihtoehtoisten suoritusmuotojen mukaan liittomolekyylit valitaan niiden hydrofiilisten/hydrofobisten ominaisuuksien mukaan syntetisoitujen po-; lymeerien esityksen tietyille reseptoreille parantamiseksi. Esimerkiksi hydrofiili- : .·. sen reseptorin kyseessä ollen hydrofiiliset liittomolekyylit ovat edullisia, jotta ....: reseptorin on mahdollista mennä lähemmäs syntetisoitua polymeeriä.
...t 25 Toisen vaihtoehtoisen suoritusmuodon mukaan liittomolekyylit on samoin varustettu valolla pilkottavalla ryhmällä väliasemassa. Valolla pilkottava ryhmä voidaan edullisesti pilkkoa jollain muulla aallonpituudella kuin suoja-ryhmä. Tällöin on mahdollista poistaa eri polymeerit synteesin päätyttyä altis-’...: tamalla valon erilaisille aallonpituuksille.
• 30 Liittomolekyylit voidaan kiinnittää substraattiin hiili-hiilisidoksilla .···. käyttäen esimerkiksi (poly)trifluorikloorietyleenipintoja, tai edullisesti siloksaa- nisidoksia (käyttäen esimerkiksi lasi- tai piioksidipintoja). Siloksaanisidoksia - ·' substraatin pinnan kanssa voidaan muodostaa yhdessä suoritusmuodossa trikloorisilyyliryhmiä sisältävien liittomolekyylien reaktioissa. Liittomolekyylit 35 voidaan mahdollisesti kiinnittää järjestäytyneeksi joukoksi, eli osiksi pääryhmiä 17 109130 polymeroidussa Langmuir Blodgett-kalvossa. Vaihtoehtoisissa suoritusmuodoissa liittomolekyylit on adsorboitu substraatin pintaan.
Liittomolekyylit ja monomeerit, joita tässä käytetään, on varustettu funktionaalisella ryhmällä, johon on sidottu suojaryhmä. Edullisesti suojaryhmä 5 on liittomolekyylin distaali- tai ääripäässä substraattiin nähden vastakkaisella puolella. Suojaryhmä voi olla joko negatiivinen suojaryhmä (eli suojaryhmä te-I kee liittomolekyyleistä vähemmän reaktiivisia monomeerin kanssa kosketuksiin saatettaessa) tai positiivinen suojaryhmä (eli suojaryhmä tekee liittomolekyyleistä reaktiivisempia monomeerin kanssa kosketuksiin saatettaessa). Negatii-10 visten suojaryhmien kohdalla vaaditaan lisävaiheena reaktivaatio. Joissakin suoritusmuodoissa tämä suoritetaan kuumentamalla.
Liittomolekyylien suojaryhmä voidaan valita laajasta valikoimasta positiivisia, valon vaikutuksesta reaktiivisia ryhmiä, edullisesti mukaan sisällyttäen aromaattiset nitroyhdisteet kuten o-nitrobentsyylijohdannaiset tai bent-15 syylisulfonyyli. Edullisessa suoritusmuodossa käytetään 6-nitroveratryylioksi-karbonyylia (NVOC), 2-nitrobentsyylioksikarbonyylia (NBOC) tai α,α-dimetyylidimetoksibentsyylioksikarbonyylia (DDZ). Yhdessä suoritusmuodossa käytetään aromaattista nitroyhdistettä, joka sisältää bentsyylivedyn or-to-asemassa nitroryhmään nähden, eli kemikaalia, joka on muotoa: ' 20 R, R. o
1 aXA A
·;· 3UA° ···
: : n02 •i R
:·. 25 1 jossa R, on alkoksi, alkyyli, halogeeni, aryyli, alkenyyli tai vety; R2 on alkoksi, alkyyli, halogeeni, aryyli, nitro tai vety; R3 on alkoksi, alkyyli, halo-• geeni, nitro, aryyli tai vety; R4 on alkoksi, alkyyli, vety, aryyli, halogeeni tai nit- ro; ja R5 on alkyyli, alkynyyli, syaani, alkoksi, vety, halogeeni, aryyli tai alke-.·. 30 nyyli. Muita materiaaleja, joita voidaan käyttää, ovat o-hydroxi-a-metyylisinna- moyylijohdannaiset. Valolla poistettavia suojaryhmiä kuvataan esimerkiksi jul-·* kaisuissa Patchornik, J.Am.Chem.Soc. 92 (1970) 6333, ja Amie et aL, .:.: J.Ora.Chem. 39 (1974) 192, jotka kummatkin sisällytetään tähän viitteiksi.
Vaihtoehtoisessa suoritusmuodossa positiivinen reaktiivinen ryhmä 35 aktivoidaan reaktiota varten reagensseilla liuoksessa. Esimerkiksi 5-bromi-7- ie 109130 nitroindoliiniryhmä karbonyyliin sidottuna reagoi altistettaessa valolle 420 nm:ssä.
Toisessa vaihtoehtoisessa suoritusmuodossa liittomolekyylin reaktiivinen ryhmä valitaan laajasta valikoimasta negatiivisia, valon vaikutuksesta 5 reaktiivisia ryhmiä mukaan lukien sinnamaattiryhmä.
Vaihtoehtoisesti reaktiivinen ryhmä aktivoidaan tai deaktivoidaan käyttäen elektronisuihkulitografiaa, röntgensädelitografiaa tai mitä tahansa muuta säteilyä. Sopiviin reaktiivisiin ryhmiin elektronisuihkulitografiaan kuuluu sulfonyyli. Muita menetelmiä voidaan käyttää mukaan lukien esimerkiksi altis-10 taminen virtalähteelle. Muita reaktiivisia ryhmiä ja aktivaatiomenetelmiä voidaan käyttää tämä julkistus huomioon ottaen.
Kuten esitetään kuviossa 1, liittomolekyylit altistetaan edullisesti esimerkiksi valolle sopivan maskin 8 läpi käyttäen fotolitografisia tekniikoita, jotka edustavat tyyppiä, joka tunnetaan puolijohdeteollisuudessa ja jota kuva-15 taan esimerkiksi kirjoissa Sze, "VLSI Technology", McGraw-Hill, 1983, ja Mead et aL, "Introduction to VLSI SYstems", Addison-Wesley, 1980, jotka sisällytetään tähän viitteiksi kaikissa tarkoituksissa. Valo voidaan ohjata joko pinnalle, joka sisältää suojaryhmät, tai substraatin taakse, kunhan substraatti on läpinäkyvä valon aallonpituudella, jota tarvitaan suojaryhmien poistamiseksi. Kuvios-20 sa 1 esitetyssä suoritusmuodossa valo ohjataan substraatin sille pinnalle, joka sisältää suojaryhmät. Kuviossa 1 havainnollistetaan tällaisten maskitekniikoi-den käyttöä käytettäessä niitä positiiviseen reaktiiviseen ryhmään liittomole-.·. kyylien aktivoimiseksi ja funktionaalisten ryhmien paljastamiseksi alueilla 10a ’ ’.: ja 10b.
25 Maski 8 on yhdessä suoritusmuodossa läpinäkyvä tukimateriaali, ·' ’ joka on selektiivisesti päällystetty kerroksella himmeää materiaalia. Osia him- meästä materiaalista on poistettu, jolloin himmeä materiaali on jäänyt täsmälli- • # sesti siihen kuvioon, joka halutaan substraatin pinnalle. Maski tuodaan lähelle ,,. '· tai kuvannetaan substraatin pinnalle tai saatetaan sen kanssa suoraan kos- • ’ , 30 ketukseen kuten esitetään kuviossa 1. "Aukot" maskissa vastaavat substraatin kohtia, joista halutaan poistaa valolla poistettavat suojaryhmät substraatista. Kohdalleen asettelu voidaan suorittaa käyttäen tavanomaisia kohdentamistek-niikoita, joissa käytetään kohdennusmerkkejä (ei esitetty) peräkkäisten maski-,,/ en asettamiseksi tarkasti päällekkäin edeltävien kuvioitusvaiheiden mukaan, 35 tai hienostuneempia tekniikoita voidaan käyttää. Esimerkiksi voidaan käyttää interferometrisiä tekniikoita kuten sitä, jota kuvataan julkaisussa Flanders et 19 109130 aL, "A New Interferometric Alignment Technique" (suom. "Uusi interferometri-nen kohdennustekniikka"), App.Phvs.Lett. 31 (1977) 426 428, joka sisällytetään tähän viitteeksi.
Substraatille kohdistetun valon kontrastin parantamiseksi kontrastia 5 tehostavia materiaaleja on toivottavaa sijoittaa maskin ja substraatin väliin joittenkin suoritusmuotojen mukaan. Tämä kontrastintehostuskerros voi käsittää molekyylin, joka hajoaa valon vaikutuksesta, kuten kinonidiatsidi, tai materiaalin, joka tilapäisesti menettää värinsä kiinnostavalla aallonpituudella. Materiaalien tilapäinen värinmenetys mahdollistaa suuremman tunkeutumisen valo loa käyttökohdissa, mikä tehostaa kontrastia. Vaihtoehtoisesti kontrastin tehostuminen voidaan saada käyttämällä päällystetyistä kuiduista koostuvaa optista nippua.
Valo voi olla peräisin tavanomaisesta hehkulähteestä, laserista, la-serdiodista tai vastaavasta. Jos käytetään ei-kollimoituja valolähteitä, paksun 15 tai monikerroksisen maskin käyttäminen voi olla toivottavaa valon leviämisen substraatille estämiseksi. Joissakin suoritusmuodoissa voi edelleen olla toivottavaa käyttää ryhmiä, jotka ovat herkkiä eri aallonpituuksille, synteesin kontrolloimiseksi. Esimerkiksi käyttämällä ryhmiä, jotka ovat herkkiä eri aallonpituuksille, on mahdollista valita haarautumisasemia polymeerin synteesissä 20 tai eliminoida tiettyjä maskinkäyttövaiheita. Useita reaktiivisia ryhmiä vastaavi-:ne aallonpituuksineen suojaryhmän poistamiseksi esitetään taulukossa 1.
I
Taulukko 1 • Likimääräinen dll 25 Ryhmä suojaryhmäpoiston aallonpituus nitroveratryylioksikarbonyyli (NVOC) UV (300 - 400 nm) ', nitrobentsyylioksikarbonyyli (NBOC) UV (300 - 350 nm) " 30 dimetyylidimetoksibentsyylioksi- UV (280 - 300 nm) *, karbonyyli 5-bromi-7-nitroindolinyyli UV (420 nm) .: o-hydroksi-a-metyylisinnamoyyli UV (300 - 350 nm) 2-oksimetyleeniantrakinoni UV (350 nm) 35 20 109130
Vaikka keksintöä havainnollistetaan tässä Pääasiassa käyttämällä maskia substraatin valittujen alueiden valaisemiseksi, muitakin tekniikoita voidaan käyttää. Esimerkiksi substraattia voidaan siirtää moduloidun laser- tai diodivalolähteen alla. Tällaisia tekniikoita käsitellään esimerkiksi 5 US-patenttijulkaisussa nro 4 719 615 (Feyrer et ai.), joka sisällytetään tähän viitteeksi. Vaihtoehtoisissa suoritusmuodoissa käytetään galvanometristä la-serpyyhkäisijää. Muissa suoritusmuodoissa synteesi voi tapahtua tavanomaisella nestekiteellä tai kosketuksissa mainittuun Gota kutsutaan tässä "valoventtiiliksi") tai kuituoptiikkavalolähteillä. Tarkoituksenmukaisesti modu-10 loimalla nestekiteitä valoa voidaan selektiivisesti kontrolloida, jotta valo voi koskettaa valittuja alueita substraatilla. Vaihtoehtoisesti synteesi voi tapahtua sarjan optisia kuituja päässä, johon valoa kohdistetaan selektiivisesti. Muut tavat valoaltistuksen kohdan kontrolloimiseksi ovat ilmeisiä alan ammattilaisille.
Substraattia voidaan säteilyttää joko kosketuksissa tai ei kosketuk-15 sissa liuokseen (ei esitetty) ja sitä säteilytetään edullisesti kosketuksissa liuokseen. Liuos sisältää reagensseja säteilytyksessä muodostuneiden sivutuotteiden estämiseksi häiritsemästä polymeerin synteesiä joittenkin suoritusmuotojen mukaan. Tällaisia sivutuotteita saattaisivat olla esimerkiksi hiilidioksidi, nit-rosokarbonyyliyhdisteet, styreenijohdannaiset, indolijohdannaiset ja tuotteet ·’: 20 niiden valokemiallisista reaktioista. Vaihtoehtoisesti liuos voi sisältää reagens- ·,: seja, joita käytetään substraatin taitekertoimen saamiseksi. Liuokseen lisättyi- . # hin reagensseihin voi edelleen sisältyä esimerkiksi happamia tai emäksisiä ,·, puskureita, tioleja, substituoituja hydratsiineja tai hydroksyyliamiineja, pelkisti- ‘ I miä (esim. NADH) tai reagensseja, joiden tiedetään reagoivan tietyn funktio- 25 naalisen ryhmän kanssa (esim. aryylinitroso + glyoksyylihappo aryyli-'·* ’ formhydroksamaatti + C02).
Joko säteilytysvaiheen kanssa samanaikaisesti tai sen jälkeen liit-:‘: tomolekyylit pestään ensimmäisellä monomeerillä tai saatetaan muutoin kos- ‘...: ketuksiin mainitun kanssa, jota havainnollistaa "A" alueilla 12a ja 12b kuviossa V, 30 2. Ensimmäinen monomeeri reagoi valolle altistettujen liittomolekyylien akti- ·, voitujen funktionaalisten ryhmien kanssa. Ensimmäinen monomeeri, joka on ' edullisesti aminohappo, on samoin varustettu valosuojaryhmällä. Valosuoja- ryhmä monomeerissä voi olla sama tai erilainen kuin liittomolekyyleissä käy-tetty suojaryhmä, ja se voidaan valita mistä tahansa edellä kuvatuista suoja-35 ryhmistä. Yhdessä suoritusmuodossa suojaryhmät A-monomeerille valitaan ryhmistä NBOC ja NVOC.
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Kuten esitetään kuviossa 3, säteilytysmenetelmä toistetaan sen jälkeen, jolloin maski on uudelleen asemoitu sidossuojaryhmien poistamiseksi ja funktionaalisten ryhmien paljastamiseksi alueilla 14a ja 14b, jotka on esitetty alueiksi, jotka olivat suojattuja edeltävässä maskinkäyttövaiheessa. Ensimmäi-5 sen maskin uudelleen asemoinnin vaihtoehtona monissa suoritusmuodoissa käytetään toista maskia. Muissa vaihtoehtoisissa suoritusmuodoissa joittenkin i vaiheitten tarkoitus voi olla yhteisen alueen valaiseminen peräkkäisissä vai heissa. Kuten esitetään kuviossa 3, voi olla toivottaa saada erotus säteilytet-tyjen alueiden välille. Esimerkiksi noin I - 5 pm:n erotus voi olla tarkoituksen-10 mukainen kohdistustoleranssien huomioon ottamiseksi.
Kuten esitetään kuviossa 4, substraatti saatetaan sitten kosketuksiin toisen suojatun monomeerin "B" kanssa, jolloin saadaan B-alueet 16a ja 16b. Sen jälkeen substraatilla käytetään taas maskia suojaryhmien poistamiseksi ja reaktiivisten ryhmien paljastamiseksi A-alueella 12a ja B-alueella 16b. 15 Substraatti saatetaan taas kosketuksiin monomeerin B kanssa, jolloin muodostuu kuviossa 6 esitetty rakenne. Substraatille on tuotettu dimeerit B-A ja B-B.
Seuraavassa sarjassa maskinkäyttö- ja kosketuksiinsaattovaiheita, jotka ovat samankaltaisia kuin edellä A:lla kuvatut, (ei esitetty) saadaan kuvi-. 20 ossa 7 esitetty rakenne. Menetelmässä saadaan kaikki mahdolliset B:n ja A:n • dimeerit, eli B-A, A-B, A-Aja B-B.
Substraatti, synteesin alue ja kunkin yksittäisen polymeerin syntee-,·. sin alue voisivat olla minkä tahansa kokoisia tai muotoisia. Esimerkiksi voidaan ' ! käyttää neliöitä, ellipsoideja, nelikulmioita, kolmioita, ympyröitä tai niiden osia, 25 sekä epäsäännöllisiä geometrisia muotoja. Yhdellä substraatilla voidaan niinikään käyttää kaksinkertaisia synteesialueita runsaussyistä.
Yhdessä suoritusmuodossa alueiden 12 ja 16 substraatilla pinta-ala : on noin 1 cm2 - 10'10 cm2. Joissakin suoritusmuodoissa alueiden 12 ja 16 pin- ta-alat ovat alle noin 10‘1 cm2, 10'2 cm2, ΙΟ"3 cm2, 10-4 cm2, 10'5 cm2, 10-6 cm2, v. 30 10-7 cm2, 10'8 cm2 tai 10'10 cm2. Edullisessa suoritusmuodossa alueet 12 ja 16 ovat noin 10 x 10 pm - 500 x 500 pm.
*; Joissakin suoritusmuodoissa yksittäinen substraatti kantaa enem- män kuin noin 10 erilaista monomeerisekvenssiä ja edullisesti enemmän kuin noin 100 erilaista monomeerisekvenssiä, vaikka joissakin suoritusmuodoissa 35 substraatille muodostetaan enemmän kuin noin 103, 104, 105, 106, 107 tai 108 erilaista sekvenssiä. Luonnollisesti substraatin alueen puitteissa, jolle mono- 22 109130 meerisekvenssi syntetisoidaan, on edullista, että monomeerisekvenssi on oleellisesti puhdas. Joissakin suoritusmuodoissa substraatin alueet sisältävät polymeerisekvenssejä, joiden puhtausaste on ainakin noin 1 %, 5 %, 10 %, 15 %, 20 %, 25 %, 30 %, 35 %, 40 %, 45 %, 50 %, 60 %, 70 %, 80 %, 90 %, 95 5 %, 96 %, 97 %, 98 % tai 99 %.
Joittenkin suoritusmuotojen mukaan useita sekvenssejä sijoitetaan tarkoituksellisesti yhdelle alueelle alustavan seulonnan biologisen aktiivisuuden suhteen saamiseksi, minkä jälkeen materiaaleja alueilla, jotka osoittavat merkittävää sitoutumista, arvioidaan edelleen.
10 IV. Yksityiskohtia reaktorisysteemin yhdestä suoritusmuodosta
Kuviossa 8A esitetään kaaviollisesti reaktorisysteemin 100 edullinen suoritusmuoto polymeerien syntetisoimiseksi valmistetulle substraatille keksinnön yhden näkökohdan mukaan. Reaktorisysteemi käsittää rungon 102, jonka pinnalla on ontelo 104. Edullisissa suoritusmuodoissa ontelo 104 on noin 50 -15 1 000 pm syvä, jolloin edullinen syvyys on noin 500 pm.
Ontelon pohja on edullisesti varustettu joukolla harjanteita 106, jotka ulkonevat sekä kuvion tasossa että kuvion tasoon nähden samansuuntaisina. Harjanteet ovat edullisesti noin 50 - 200 pm syviä ja ne on sijoitettu 2-3 mm:n päähän toisistaan. Harjanteiden tarkoituksena on muodostaa turbulentti 20 virtaus paremman sekoituksen saamiseksi. Ontelon pohjapinta on edullisesti . . : valoa absorboiva törmäävän valon heijastumisen estämiseksi.
’ Substraatti 112 sijoitetaan ontelon 104 yläpuolelle. Substraatin
pohjapinta 114 on varustettu valolla poistettavalla suojaryhmällä kuten NVOC
“ ; käyttäen tai käyttämättä välissä liittomolekyyliä. Substraatti on edullisesti läpi- * » # · | 25 näkyvä laajalla valospektrillä, mutta joissakin suoritusmuodoissa se on läpinä-
·* ‘ kyvä vain aallonpituudella, jolla suojaryhmä voidaan poistaa (kuten UV
NVOG:n kohdalla). Substraatti on joissakin suoritusmuodoissa tavanomainen .‘•j mikroskoopin objektilasi tai peiteliuska. Substraatti on edullisesti niin ohut kuin mahdollista, samalla kun se yhä tarjoaa riittävän fyysisen tuen. Edullisesti 30 substraatti on alle noin 1 mm:n paksuinen, edullisemmin alle 0,5 mm:n paksui- » nen, edullisemmin alle 0,1 mm:n paksuinen ja edullisimmin alle 0,05 mm:n ;· paksuinen. Vaihtoehtoisissa edullisissa suoritusmuodoissa substraattia on kvartsia tai piitä.
Substraatti ja runko sulkevat onkalon lukuunottamatta tuloaukkoa 35 108 ja poistoaukkoa 110. Runko ja substraatti on voitu sovittaa sinetöitäviksi joissakin suoritusmuodoissa yhdellä tai useammalla tiivisteellä. Edullisen suo- 23 109130 ritusmuodon mukaan runko on varustettu kahdella samankeskisellä tiivisteellä, joiden välinen tila pidetään tyhjössä substraatin liittymisen tiivisteisiin varmistamiseksi.
Nestettä pumpataan tuloaukon kautta onteloon pumpulla 116, joka 5 voi olla esimerkiksi malli nro B-120-S, jota valmistaa Eldex Laboratories. Valittuja nesteitä kierrätetään pumpulla onteloon, ontelon läpi ja ulos poistoau-kosta uudelleenkierrätystä tai poisheittoa silmällä pitäen. Reaktoriin voidaan kohdistaa ultraäänisäteilyä ja/tai sitä voidaan kuumentaa sekoituksen helpottamiseksi joissakin suoritusmuodoissa.
10 Substraatin 112 päällä on linssi 120, joka voi olla esimerkiksi 2" 100 mm:n fokaalipituusfuusiopiilinssi. Kompaktin systeemin saamiseksi voidaan käyttää heijastavaa peiliä 122 valon ohjaamiseksi valolähteestä 124 substraatille. Valolähde 124 voi olla esimerkiksi Xe(Hg)-valolähde, jota valmistaa Oriel ja jonka mallinro on 66024. Toista linssiä 126 voidaan käyttää maskikuvan 15 projisoimiseksi substraatille yhdessä linssin 112 kanssa. Tätä litografian muotoa kutsutaan tässä projektiopainamiseksi. Kuten tästä julkistuksesta selvästi ilmenee, proksimiteettipainatusta ja vastaavia voidaan samoin käyttää joittenkin suoritusmuotojen mukaan.
Valo valolähteestä voi saavuttaa vain valitut kohdat substraatilla 20 maskin 128 johdosta. Maski 128 voi olla esimerkiksi lasilevy, jolla on kromiet-saus. Maski 128 on yhdessä suoritusmuodossa varustettu ristikolla läpinäkyviä kohtia ja himmeitä kohtia. Tällaiset maskit voivat olla esimerkiksi Photo Sciences, Inc. -valmistajalta. Valo kulkee vapaasti maskin läpinäkyvien alueiden lä-: ; pi, mutta heijastuu muista alueista tai absorboituu niihin. Tämän vuoksi vain 25 valitut alueet substraatista altistuvat valolle, v ; Kuten edellä esitettiin, valoventtiilejä (LCD:t) voidaan käyttää ta vanomaisten maskien vaihtoehtona alueiden substraatista selektiiviseksi al-: tistamiseksi. Vaihtoehtoisesti kuituoptisia päälilevyjä kuten niitä, joita on saa- tavana valmistajalta Schott Glass, Inc., voidaan käyttää maskin kontrastin te-30 hostamistarkoituksessa tai ainoana keinona alueen rajaamiseksi, jolle valoa ; kohdistetaan. Tällaiset päälilevyt asetettaisiin suoraan substraatin yläpuolelle ;·’ tai sille kuviossa 8A esitetyssä reaktorissa. Edelleen muissa suoritusmuodois- sa kontrastin tehostamiseksi voidaan käyttää "kärpässilmä"-linssejä, reunois-‘ ’: taan ohuempia kuituoptiikkapäälilevyjä tai vastaavia.
35 Valaistuksen saamiseksi alueille, jotka ovat pienempiä kuin valon aallonpituus, voidaan käyttää mutkikkaampia tekniikoita. Esimerkiksi yhden 24 109130 edullisen suoritusmuodon mukaan valoa ohjataan substraatille käyttämällä molekyylimikrokiteitä esimerkiksi mikropipettien kärjessä. Tällaisia laitteita julkistetaan julkaisussa Lieberman et ah, "Light Source Smaller Than the Optical Wavelength" (suom. "Optista aallonpituutta pienempi valolähde"), Science 247 5 (1990) 59 - 61, joka sisällytetään tähän viitteeksi kaikissa tarkoituksissa.
Käytännössä substraatti sijoitetaan onteloon ja sinetöidään siihen. Kaikki menettelyt menetelmässä substraatin valmistamiseksi suoritetaan huoneessa, joka on valaistu pääasiassa tai kokonaisuudessaan valolla, jonka aallonpituus on ulkopuolella valoalueen, jolla suojaryhmä poistetaan. Esimer-10 kiksi NVOC:n kohdalla huoneen tulisi olla valaistu tavanomaisella pimeä huone -valolla, jossa on vain vähän tai ei lainkaan UV-valoa. Kaikki menettelyt suoritetaan edullisesti noin huoneenlämpötilassa.
Ensiksi suojaryhmänpoistonestettä (ilman monomeeriä) kierrätetään ontelon läpi. Liuos on edullisesti 5 mM rikkihappoa dioksaaniliuoksessa, jonka 15 tehtävänä on pitää paljaana olevat aminoryhmät protonoituina sekä vähentää niiden reaktiivisuutta fotolyysin sivutuotteiden kanssa. Absorptiivisia materiaaleja kuten N,N-dietyyliamino-2,4-dinitrobentseeniä esimerkiksi voidaan sisällyttää suojaryhmänpoistonesteeseen valon absorboimiseksi sekä heijastumisen ja epätoivottavan fotolyysin estämiseksi.
20 Sen jälkeen levy asetetaan valosädereitille maskista siten, että en- ·,*: simmäiset kohdat substraatilla tulevat valaistuksi, jolloin niistä siten suojaryh- .! ’ mät poistuvat. Edullisissa suoritusmuodoissa substraattia valaistaan noin 1 - ’’ 15 minuutin ajan, jolloin edullinen valaisuaika on noin 10 minuuttia 10 - 20 ; mW:lla/cm2 365 nm:n valoa käyttäen. Levyt neutraloidaan (eli saatetaan ' * 25 pH:hon noin 7) fotolyysin jälkeen käyttämällä esimerkiksi liuosta, jossa on v : di-isopropyylietyyliamiinia (DIEA) metyleenikloridissa, noin 5 minuutin ajan.
Ensimmäinen monomeeri sijoitetaan sitten ensimmäisiin kohtiin f substraatilla. Säteilytyksen jälkeen levy poistetaan, käsitellään kokonaisuutena ja sijoitetaan sitten takaisin virtauskennoon. Vaihtoehtoisesti nestettä, joka si-30 sältää ensimmäisen monomeerin, edullisesti myös suojattuna suojaryhmällä, kierrätetään ontelon läpi pumpulla 116. Jos esimerkiksi halutaan kiinnittää » ;·’ aminohappo Y substraattiin ensimmäisissä kohdissa, aminohappoa Y (joka : käsittää suojaryhmän α-typessään) sekä reagensseja, joita käytetään mono- meerin tekemiseksi reaktiiviseksi, ja/tai kantajaa kierrätetään varastosäiliöstä 35 118 pumpun välityksellä ontelon läpi ja takaisin pumpun tuloaukkoon.
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Monomeerikantajaliuos muodostetaan edullisessa suoritusmuodossa sekoittamalla ensimmäistä liuosta Göta kutsutaan tässä liuokseksi "A") ja toista liuosta Göta kutsutaan tässä liuokseksi "B"). Taulukossa 2 esitetään esimerkkinä seos, jota voidaan käyttää liuoksena A.
5
Taulukko 2
Edustava monomeerikantajaliuos "A" 100 mg NVOC-aminosuojattua aminohappoa 10 37 mg HOBT:tä (1-hydroksibentsotriatsoli) 250 μΙ DMF:ää (dimetyyliformamidi) 86 μΙ DIEA:ta (di-isopropyylietyyliamiinia)
Liuoksen B koostumusta havainnollistetaan taulukosssa 3. Liuokset 15 A ja B sekoitetaan ja niiden annetaan reagoida huoneenlämpötilassa noin 8 minuutin ajan, minkä jälkeen niitä laimennetaan lisäämällä 2 ml DMF:ää ja 500 μΙ sijoitetaan levyn pinnalle tai liuosta kierrätetään reaktorisysteemissä ja sen annetaan reagoida noin 2 tunnin ajan huoneenlämpötilassa. Sitten levy pestään DMF:llä, metyleenikloridilla ja etanolilla.
20 t . Taulukko 3 * i ; ' Edustava monomeerikantajaliuos "B" 250 μΙ DMF:ää I · *: 111 mg BOP:tä bentsotrlatsolyyli-n-oksitris(dimetyyliamino)- « : 25 fosfoniumheksafluorifosfaatti) · · Kun liuosta, joka sisältää kiinnitettävän monomeerin, kierrätetään ontelon läpi, aminohappo tai muu monomeeri reagoi karboksyylipäästään * aminoryhmien kanssa substraatin alueilla, joista on suojaryhmä poistettu.
‘ Luonnollisesti vaikka keksintöä havainnollistetaan kierrättäen monomeeriä » 30 ontelon läpi, keksintöä voitaisiin harjoittaa poistaen levy reaktorista ja upottaen ; * se tarkoituksenmukaiseen monomeeriliuokseen.
• : Kun ensimmäinen monomeeri on lisätty, ensimmäisen aminohapon sisältävä liuos huuhdotaan sitten pois systeemistä. Kun riittävää määrää DMF:ää/metyleenikloridia on kierrätetty siten, että aminohapon poistumisesta 35 voidaan olla varmoja (esim. noin 50 kertaa ontelon ja kantajaliitäntöjen tilavuus), maski tai substraatti uudelleen asemoidaan, tai käytetään uutta maskia 26 109130 siten, että toiset alueet substraatilla altistuvat valolle ja valoa 124 käytetään toiseen altistukseen. Tällöin suojaryhmät poistuvat substraatin toisilta alueilta ja menetelmää toistetaan kunnes halutut polymeerisekvenssit on syntetisoitu.
Sen jälkeen substraattijohdannainen kokonaisuudessaan saatetaan 5 kosketuksiin kiinnostavan reseptorin kanssa, joka on edullisesti leimattu esimerkiksi fluoresoivalla merkillä, kierrättämällä reseptorin liuosta tai lietettä ontelon läpi tai saattamalla levyn pinta kontaktiin kokonaisuudessaan. Reseptori sitoutuu ensisijaisesti substraatin tiettyihin alueisiin, jotka sisältävät komplementaarisia sekvenssejä.
10 Vasta-aineet lietetään tyypillisesti nesteeseen, jota yleisesti kutsu taan "superkoktailiksi", joka voi olla esimerkiksi liuos, jossa on noin 1 % BSA:ta (nautaseerumialbumiinia), 0,5 % Tween-valmistetta PBS- (fosfaattipuskuroitu suolaliuos-) puskurissa. Vasta-aineet laimennetaan super-koktail-puskuriin loppupitoisuudeksi esimerkiksi noin 0,1-4 pg/ml.
15 Kuviossa 8B esitetään vaihtoehtoinen edullinen suoritusmuoto ku viossa 8A esitetystä reaktorista. Tämän suoritusmuodon mukaan maski 128 sijoitetaan suoraan kosketuksiin substraatin kanssa. Edullisesti maskin syövytetty osa asetetaan alaspäin valon dispergoitumisen vaikutusten vähentämiseksi. Tämän suoritusmuodon mukaan kuvannuslinssit 120 ja 126 eivät ole 20 välttämättömiä, koska maski viedään hyvin lähelle substraattia.
* · **f> Tekniikan signaali-häiriösuhteen nostamiseksi keksinnön joissakin suoritusmuodoissa substraatti saatetaan kosketuksiin ensimmäisen leimatun ► · .,’,j tai ei-leimatun reseptorin kanssa, minkä jälkeen se saatetaan kosketuksiin ... leimatun toisen reseptorin kanssa (esim. vasta-aine), joka sitoutuu moniin 25 kohtiin ensimmäisellä reseptorilla. Jos esimerkiksi ensimmäinen reseptori on vasta-aine, joka on saatu ensimmäisestä eläinlajista, toinen reseptori on vas-ta-aine, joka on saatu toisesta lajista ja joka kohdistuu vastaan ensimmäiseen
I | I
lajiin liittyviä epitooppeja. Esimerkiksi hiirivasta-aineen kyseessä ollen fluore-soivasti leimattua vuohivasta-ainetta tai vastaseerumia, joka on hiirivastaista, .*··. 30 voidaan käyttää sitoutumassa useihin kohtiin hiirivasta-aineella, jolloin saa daan moninkertainen fluoresenssi verrattuna yhden hiirivasta-aineen kiinnittä-miseen kuhunkin sitoutumiskohtaan. Tämä menetelmä voidaan toistaa uudel-leen käyttäen muita vasta-aineita (esim. vuohi-hiiri-vuohi jne.) signaalin lisä-vahvistuksen saamiseksi.
35 Edullisissa suoritusmuodoissa käytetään järjestettyä maskisarjaa.
Joissakin suoritusmuodoissa on mahdollista käyttää niinkin vähää kuin yhtä 27 109130 j maskia kaikkien mahdollisten polymeerien tietystä monomeerisarjasta synteti-| soimiseksi.
! Jos esimerkiksi halutaan syntetisoida kaikki 16 dinukleotidia 4 emäksestä, 1 cm2:n synteesialue jaetaan käsitteellisesti 16 laatikoksi, joista 5 kukin on 0,25 cm:n levyinen. 4 monomeeriyksikköä merkitään A:ksi, B:ksi, C:ksi ja D:ksi. Ensimmäiset reaktiot suoritetaan 4 pystysuorassa kolonnissa, joista kukin on 0,25 cm:n levyinen. Ensimmäinen maski altistaa laatikoista va-semmanpuoleisimman kolonnin, jossa A kytketään. Toinen maski altistaa seu-raavan kolonnin, jossa B kytketään; minkä jälkeen seuraa kolmas maski 10 C-kolonnille; ja viimeinen maski, joka altistaa oikeanpuoleisimman kolonnin D:lle. Ensimmäinen, toinen, kolmas ja neljäs maski voivat olla yksi maski, jota siirretään eri kohtiin.
Menetelmä toistetaan vaakasuorassa suunnassa dimeerin toiselle yksikölle. Tällä kertaa maskit mahdollistavat vaakasuorien rivien, jälleen 0,25 15 cm:n levyisten, altistuksen. A, B, C ja D kytketään sarjassa käyttäen maskeja, jotka altistavat reaktioalueen vaakaneljännekset. Saatu substraatti sisältää neljän emäksen kaikki 16 dinukleotidia.
Kahdeksan maskia, joita käytetään dinukleotidin syntetisoimiseksi, ;.v: liittyvät toisiinsa siirtämällä tai kiertämällä. Itse asiassa yhtä maskia voidaan 20 käyttää kussakin 8 vaiheessa, jos sitä sopivasti kierretään tai siirretään. Esi- * t merkiksi edeltävässä esimerkissä maskia jossa on yksi läpinäkyvä alue, voitai-: siin käyttää sarjassa kunkin pystysuorista kolonneista altistamiseksi, siirtää 90° '" J ja sitten käyttää sarjassa vaakasuorien rivien altistuksen saamiseksi.
Taulukoissa 4 ja 5 esitetään yksinkertainen tietokoneohjelma Quick 25 Basic -kielellä maskinkäyttöohjelman ja vastaavasti näytteenkäytön suunnittelemiseksi polymeeriketjun syntetisoimiseksi 3 monomeeristä ("tähteestä"), jos-sa on 3 erilaista monomeeriä ensimmäisellä tasolla, 4 erilaista monomeeriä » * · toisella tasolla ja 5 erilaista monomeeriä 3. tasolla juovikkaassa kuviossa. Oh-jelman tulostus on kennojen lukumäärä, "juovien" (valoalueiden) lukumäärä [···, 30 kullakin maskilla ja siirtämisen määrä, joka tarvitaan maskin kullekin altistuk selle.
28 109130
Taulukko 4
Maskistrategiaohjelma
DEFINT A-Z
5 DIM b(20), w(20), 1(500) F$ = "LPTI:" OPEN f$ FOR OUTPUT AS #1
jmax = 3 'tähteiden lukumäärä 10 b(l) = 3: b(2) = 4: b(3) = 5 'rakennusosien lukumäärä tähteille 1,2,3 g = I: lmax(1) = I
FOR j = I TO jmax: g= g * b(j): NEXT j 15 w(0) = 0: w(l) = g / b(l) PRINT #l, "MASK2.BAS ", DATE$ TIME$: PRINT #l, PRINT #l, USING "tähteiden lukumäärä=##"; jmax FORj = ITOjmax : . : 20 PRINT#l, USING" tähde## ## rakennusosa"; j; b(j) : .·. NEXT j ;;;! print #i, " PRINT #l, USING "kennojen lukumäärä=####"; g: PRINT #l, ‘ ‘ ‘ 25 FOR j = 2 TO jmax '·· lmax(j) = lmax(j -1)* b(j -1) wG) = wQ -1) / b(j) NEXT j 30 FORj=ITOjmax PRINT #l, USING "maski tähteelle ##"; j: PRINT #l, PRINT #l, USING " juovien lukumäärä=###"; ImaxG) PRINT #l, USING " kunkin juovan leveys=###"; wG) FOR I = I TO ImaxG) 35 29 109130 a = I + (I -1) * w(j -1) j ae = a + w(j) -1 ' PRINT #l, USING " juova ## alkaa kohdasta ### ja päättyy kohtaan ###"; I; a; ae NEXT I 5 PRINT #l, PRINT #\, USING " kullekin ## rakennusosalle siirrä maskia ## kennoa"; b(j); w(j).
PRINT #l, : PRINT #l : PRINT #l, NEXT j 10 Copyright 1990, Affymax N.V.
Taulukko 5
Maskistrategiatulostus 15 Tähteiden lukumäärä= 3 tähde 1 3 rakennusosaa tähde 2 4 rakennusosaa tähde 3 5 rakennusosaa : 20 Kennojen lukumäärä= 60 ··, Maski tähteelle 1 '· ; juovien lukumäärä= 1 kunkin juovan leveys= 20 *·' * 25 juova 1 alkaa kohdasta 1 ja päättyy kohtaan 20 kullekin 3 rakennusosalle siirrä maskia 20 kennoa • '*: Maski tähteelle 2 30 juovien lukumäärä= 3 kunkin juovan leveys= 5 : juova 1 alkaa kohdasta 1 ja päättyy kohtaan 5 : juova 2 alkaa kohdasta 21 ja päättyy kohtaan 25 juova 3 alkaa kohdasta 41 ja päättyy kohtaan 45 30 109130
Kullekin 4 rakennusosalle siirrä maskia 5 kennoa Maski tähteelle 3 5 juovien lukumäärä= 12 kunkin juovan leveys= 1 juova 1 alkaa kohdasta 1 ja päättyy kohtaan 1 juova 2 alkaa kohdasta 6 ja päättyy kohtaan 6 juova 3 alkaa kohdasta 11 ja päättyy kohtaan 11 10 juova 4 alkaa kohdasta 16 ja päättyy kohtaan 16 juova 5 alkaa kohdasta 21 ja päättyy kohtaan 21 juova 6 alkaa kohdasta 26 ja päättyy kohtaan 26 juova 7 alkaa kohdasta 31 ja päättyy kohtaan 31 juova 8 alkaa kohdasta 36 ja päättyy kohtaan 36 15 juova 9 alkaa kohdasta 41 ja päättyy kohtaan 41 juova 10 alkaa kohdasta 46 ja päättyy kohtaan 46 juova 11 alkaa kohdasta 51 ja päättyy kohtaan 51 juova 12 alkaa kohdasta 56 ja päättyy kohtaan 56 20 Kullekin 5 rakennusosalle siirrä maskia 1 kennolla
Copyright 1990, Affymax N.V.
< · V. Yksityiskohtia fluoresenssidetektiolaitteen yh v ·’ 25 destä suoritusmuodosta
Kuviossa 9 esitetään fluoresenssidetektiolaite fluoresoivasti leimat-tujen reseptorien toteamiseksi substraatilla. Substraatti 112 on sijoitettu * ’' *: x/y-siirtopöydälle 202. Edullisessa suoritusmuodossa x/y-siirtopöytä on malli nro PM500-A1, jota valmistaa Newport Corporation, x/y-siirtopöytä on kytketty 30 tarkoituksenmukaisesti ohjelmoituun digitaalitietokoneeseen 204, jolla sitä kontrolloidaan ja joka voi olla esimerkiksi tarkoituksenmukaisesti ohjelmoitu : IBM PC/AT tai AT-yhteensopiva tietokone. Luonnollisesti tässä havainnollis- tamistarkoituksessa käytetty AT-tietokone voitaisiin vaikeuksitta korvata muillakin tietokonejärjestelmillä, erityiskäyttölaitteilla tai vastaavilla. Tietokoneoh-35 jelmia tässä kuvattuja siirto- ja tiedonkeräysfunktioita varten voidaan saada kaupallisesti saatavana olevien ohjelmien perusteella, mukaan lukien esimer- 31 109130 kiksi "Lab Windows", jolle myöntää lisenssin National Instruments, ja joka sisällytetään tähän viitteeksi kaikissa tarkoituksissa.
Substraatti ja x/y-siirtopöytä sijoitetaan mikroskoopin 206 alle, joka käsittää yhden tai useamman objektiivin 208. Valoa (noin 488 nm) laserista 5 210, joka joissakin suoritusmuodoissa on malli nro 2020-05 argonionilaser, jota valmistaa Spectraphysics, ohjataan substraatille dikroisella peilillä 207, joka päästää lävitseen yli noin 520 nm:n valon mutta heijastaa 488 nm:n valon. Dikroinen peili 207 voi olla esimerkiksi malli nro FT510, jota valmistaa Carl Zeiss. Peilistä heijastunut valo saapuu sitten mikroskooppiin 206, joka voi olla 10 esimerkiksi malli nro Axioscop 20, jota valmistaa Carl Zeiss. Fluoreseiinilla merkityt materiaalit substraatilla fluoresoivat > 488 nm:n valoa ja fluoresoitu valo kerätään mikroskooppiin ja käytetään peilin läpi. Fluoresoiva valo substraatista ohjataan sitten aallonpituussuodattimen 209 läpi ja sitten aper-tuurin rajoittimen 211 kautta. Aallonpituussuodatin 209 voi olla esimerkiksi 15 malli nro OG530, jota valmistaa Melles Griot ja apertuurin rajoitin 211 voi olla esimerkiksi malli nro 477352/477380, jota valmistaa Carl Zeiss.
Fluoresoitu valo menee sitten valomonistinputkeen 212, joka joissakin suoritusmuodoissa on malli nro R94302, jota valmistaa Hamamatsu, signaali vahvistetaan esivahvistimessa 214 ja fotonit lasketaan fotonilaskijalla ’/. 20 216. Fotonien lukumäärä rekisteröidään sijaintikohdan funktiona tietokonee- * · ' seen 204. Esivahvistin 214 voi olla esimerkiksi malli nro SR440, jota valmistaa : ’’ Stanford Research Systems, ja fotonilaskija 216 voi olla malli nro SR400, jota : valmistaa Stanford Research Systems. Substraatti siirretään sitten seuraavaan ’ : kohtaan ja menetelmä toistetaan. Edullisissa suoritusmuodoissa tietoja saa- ν' ·' 25 daan joka 1.-100. pm, jolloin tietokeräyshalkaisija noin 0,8 - 10 pm on edulli nen. Suoritusmuodoissa, joissa fluoresenssi on riittävän voimakasta, käyte-: *·, i tään CCD-detektoria, jossa on laajakenttävalaistus.
Laskemalla vastineena laserille tietyllä alueella muodostuneiden fotonien lukumäärä on mahdollista määrittää, missä fluoresoivasti merkityt •>t;‘ 30 molekyylit sijaitsevat substraatilla. Siten objektilasille, jonka pinnalle on synte- '···' tisoitu esimerkiksi polypeptidimatriisi, on mahdollista määrittää, mikä polypep- tideistä on komplementaarinen fluoresoivasti merkitylle reseptorille.
Edullisten suoritusmuotojen mukaan substraatille kohdistetun valon intensiteettiä ja kestoa kontrolloidaan vaihtelemalla laserin voimakkuutta ja 35 pyyhkäisyvaihenopeutta paremman signaali-häiriösuhteen saamiseksi maksimoimalla fluoresoiva emissio ja minimoimalla taustahäiriöt.
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Vaikka detektiolaitetta on havainnollistettu tässä pääasiassa suhteessa merkittyjen reseptorien detektioon, keksinnöllä on käyttöä muilla alueilla. Esimerkiksi tässä julkistettua detektiolaitetta voitaisiin käyttää katalyysin, DNA- tai proteiinigeelipyyhkäisyn ja vastaavilla aloilla.
5 VI. Reseptorien suhteellisen sitoutumisvoimakkuu- den määritys
Esillä olevan keksinnön mukainen signaali-häiriösuhde on riittävän korkea, että ei ainoastaan kyetä toteamaan reseptorin ligandissa läsnäoloa tai puuttumista vaan myös voidaan määrittää reseptorien suhteellinen sitoutumi-10 saffiniteetti erilaisten sekvenssien suhteen.
Käytännössä todetaan, että reseptori sitoutuu useihin peptidisek-vensseihin joukosta, mutta sitoutuu huomattavasti voimakkaammin joihinkin sekvensseihin kuin toisiin. Tässä voimakasta sitoutumisaffiniteettia osoittaa voimakas fluoresoiva tai radiografinen signaali, koska monet reseptorimole-15 kyylit sitoutuvat voimakkaasti sitoutuneen ligandin alueelle. Päinvastoin heikkoa sitoutumisaffiniteettia osoittaa heikko fluoresoiva tai radiografinen signaali, joka johtuu niiden reseptorimolekyylien suhteellisen alhaisesta lukumäärästä, jotka sitoutuvat substraatin tietylle alueelle, joka käsittää ligandin, jonka sitou-tumisaffiniteetti reseptorin suhteen on heikko. Näinmuodoin tässä tulee mah- ♦ · · . 20 dolliseksi määrittää ligandin suhteellinen sitoutumishalukkuus (tai affiniteetti yksivalenssisten vuorovaikutusten kohdalla) fluoresoivan tai radiografisen signaalin intensiteetistä ligandin sisältävällä alueella.
··’ i Puolikvantitatiivista tietoa affiniteeteista voitaisiin samoin saada vaihtelemalla reseptorin pesuolosuhteita ja pitoisuuksia. Tämä tehtäisiin esi- * * » 25 merkiksi vertaamalla tunnettuihin ligandi-reseptoripareihin.
VII. Esimerkkejä
Seuraavat esimerkit esitetään näiden keksintöjen tehokkuuden ha- * · . vainnollistamiseksi. Kaikki menettelyt suoritettiin noin ympäristön lämpötiloissa ja paineissa ellei vastakkaisesti ole mainittu.
* · ·' 30 A. Objektilasin valmistus
Ennen reaktiivisten ryhmien kiinnitystä edullisesti puhdistetaan ; substraatti, joka on edullisessa suoritusmuodossa lasisubstraatti kuten mikro- ."·. skoopin objektilasi tai peiteliuska. Yhden suoritusmuodon mukaan objektilasia liuotetaan alkalisessa kylvyssä, joka koostuu esimerkiksi 1 litrasta 95-%:ista 35 etanolia, jossa on 120 ml vettä ja 120 g natriumhydroksidia, 12 tunnin ajan.
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Sitten objektilasit pestään juoksevalla vedellä ja niiden annetaan kuivaa ilmassa, minkä jälkeen ne huuhdotaan kerran 95-%:isella etanoliliuoksella.
Sitten objektilasit aminoidaan esimerkiksi aminopropyylitrietoksisi-laanilla aminoryhmien kiinnittämiseksi lasipintaan liittomolekyyleihin, vaikka 5 tässä tarkoituksessa voitaisiin samoin käyttää mitä tahansa omega-funktion käsittävää silaania. Yhdessä suoritusmuodossa käytetään 0,1-%:ista amino-propyylitrietoksisilaaniliuosta, vaikka liuoksia, joissa pitoisuudet ovat 10-7 % -10 % voidaan käyttää, jolloin edullinen on noin 10-3 % - 2 %. 0,1-%:inen seos valmistetaan lisäämällä 100 ml:aan 95 % etanolia/5 % vettä -seosta 100 μΙ 10 aminopropyylitrietoksisilaania. Seosta sekoitetaan noin ympäristön lämpötilassa kiertävässä sekoittajassa noin 5 minuutin ajan. 500 μΙ tätä seosta levitetään sitten kunkin puhdistetun objektilasin yhden puolen pinnalle. 4 minuutin kuluttua tämä liuos kaadetaan pois objektilaseilta, jotka huuhdotaan kolmeen kertaan upottamalla esimerkiksi 100-%:iseen etanoliin.
15 Kun objektilasit ovat kuivaneet, ne sijoitetaan 110 - 120 °C:n tyhjö- uuniin noin 20 minuutiksi, minkä jälkeen niiden annetaan kovettua huoneenlämpötilassa noin 12 tunnin ajan argon-ympäristössä. Sitten objektilasit upotetaan DMF- (dimetyyliformamidi-) liuokseen, minkä jälkeen ne pestään pe-V, rusteellisesti metyleenikloridilla.
20 Objektilasin aminoitu pinta saatetaan sitten kosketuksiin noin 500 μΙ kanssa esimerkiksi NVOC-GABA(gamma-aminovoihappo-) NHS:n ; *' (N-hydroksisukkinimidi) 30 mM liuosta DMF:ssä NVOC-GABA:n kiinnittämi- : : seksi kuhunkin aminoryhmään.
Pinta pestään sitten esimerkiksi DMF:llä, metyleenikloridilla ja eta- v * 25 nolilla.
Pinnan käsittämä mahdollinen reagoimatta jäänyt aminopropyylisi-lääni - eli ne aminoryhmät, joihin NVOC- GABA ei ole kiinnittynyt - salvataan
I I
nyt asetyyliryhmillä (edelleenreagoinnin estämiseksi) saattamalla kosketuksiin 1:3-seoksen kanssa, jossa on asetanhydridiä pyridiinissä, 1 tunnin ajaksi. 30 Muita materiaaleja, jotka voivat suorittaa tämän loppuvaiheen salpausfunktion, . : ovat trifluoriasetanhydridi, muurahaishappo-etikkahappoanhydridi, tai muut re- ; aktiiviset asyloivat aineet. Lopuksi objektilasit pestään taas DMF:llä, metylee nikloridilla ja etanolilla.
34 109130 B. Kahdeksan (8) trimeerien synteesi "A":sta ja "B":stä
Kuviossa 10 esitetään 8 trimeerin mahdollinen synteesi kahden monomeerin sarjasta: gly, phe (joita edustavat "A" ja vastaavasti "B").
5 Substraatiksi valmistetaan objektilasi, joka käsittää 6-nitroveratryylioksikarboksamidi- (NVOC-NH-) tähteisiin päättyviä silaaniryh-miä. Reagensseiksi valmistetaan gly:n ja phe:n aktiivisia estereitä j (pentafluorifenyyli-, OBt-, jne.), joiden aminoryhmä on suojattu NVOC:llä.
Vaikkei se olekaan tässä esimerkissä oleellista, jos sivuketjun suojaryhmiä 10 tarvitaan monomeerisarjalle, nämä eivät saa olla valoreaktiivisia valon sillä aallonpituudella, jota käytetään primaariketjun suojaamiseksi.
Monomeerisarjalle, jonka koko on n, tarvitaan n x 1 kierrosta kaikkien mahdollisten sekvenssien syntetisoimiseksi, joiden pituus on 1. Kierros käsittää seuraavat vaiheet: 15 1. Säteilyttäminen tarkoituksenmukaisen maskin läpi aminoryhmien paljastamiseksi kohdissa, joihin seuraava tähde on määrä lisätä, jolloin käytetään tarkoituksenmukaisia pesuja suojaryhmänpoiston sivutuotteiden poistamiseksi.
2. Yhden aktivoidun ja suojatun (sama valokemiallisesti poistettava , \ 20 ryhmä) monomeerin lisääminen, joka reagoi vain vaiheessa 1 käsitellyissä t t ; '* kohdissa, jolloin käytetään tarkoituksenmukaisia pesuja reagenssiylimäärän poistamiseksi pinnalta.
! Edeltävä kierros toistetaan monomeerisarjan kullekin jäsenelle, t r"· kunnes kutakin kohtaa pinnalla on laajennettu yhdellä tähteellä yhdessä suo- 25 ritusmuodossa. Muissa suoritusmuodoissa useita tähteitä lisätään peräkkäin yhteen kohtaan ennen kuin siirrytään seuraavaan kohtaan. Kierroskertoja ra-joittaa yleensä kytkentäreaktion nopeus, joka nyt on niinkin lyhyt kuin 20 minuuttia automatisoiduissa peptidisyntetisaattoreissa. Tätä vaihetta seuraa t mahdollisesti suojaryhmän lisääminen joukon stabiloimiseksi myöhempää • : 30 testausta silmällä pitäen. Joillekin polymeerityypeille (esim. peptideille) voi- daan tarvita koko pinnan viimeinen suojaryhmien poistaminen .'. (valosuojasivuketjuryhmien poistaminen).
. , Tarkemmin ottaen kuten esitetään kuviossa 10A lasi 20 käsittää alueet 22, 24, 26, 28, 30, 32, 34 ja 36. Alueet 30, 32, 34 ja 36 varustetaan 35 maskilla kuten esitetään kuviossa 10B, minkä jälkeen lasia säteilytetään ja se saatetaan kosketuksiin reagenssin kanssa, joka sisältää "A":n (esim. gly), joi- 109130 oo loin saatu rakenne esitetään kuviossa 10C. Sen jälkeen alueet 22, 24, 26 ja 28 varustetaan maskilla, lasia säteilytetään (kuten esitetään kuviossa 10D) ja se saatetaan kosketuksiin reagenssin kanssa, joka sisältää "B":n (esim. phe), jolloin saatu rakenne esitetään kuviossa 10E. Menetelmä etenee peräkkäin 5 varustamalla maskilla ja altistamalla osia esitetyn mukaisesti kunnes saadaan kuviossa 10M esitetty rakenne. Lasia säteilytetään ja pääryhmät salvataan mahdollisesti asetyloimalla. Kuten esitetään saadaan kaikki mahdolliset tri-meerit gly/phe.
Tässä esimerkissä ei tarvita sivuketjun suojaryhmän poistamista. 10 Jos se on toivottavaa, sivuketjun suojaryhmät voidaan poistaa käsittelemällä etaanidiolilla ja trifluorietikkahapolla.
Yleensä ottaen vaiheiden lukumäärän, joka tarvitaan nimenomaisen polymeeriketjun saamiseksi, määrittelee: 15 nxl (1) jossa n = monomeerien lukumäärä monomeerien perussarjassa; ja I = monomeeriyksiköiden lukumäärä polymeeriketjussa.
Vastakkaisesti l:n pituisten syntetisoitujen sekvenssien lukumäärä : 20 on: n1 (2).
Luonnollisesti enemmän vaihtelua saadaan käyttämällä maskistra-25 tegioita, joihin sisältyy myös polymeerien synteesi, joiden pituus on alle I. Jos . . ääritapauksessa syntetisoidaan kaikki polymeerit, joiden pituus on pienempi tai sama kuin I, syntetisoitujen polymeerien lukumäärä on « · n'+ n1'1 + ... + n1 (3).
30
Tarvittavien litografisten vaiheiden maksimilukumäärä on yleensä n kullekin monomeeri-"kerrokselle", eli tarvittavien maskien kokonaislukumäärä (ja siten litografisten vaiheiden lukumäärä) on n x I. Läpinäkyvien maskialuei-den koko vaihtelee substraattipinta-alan mukaan, joka on käytettävissä syn-35 teesiin, ja muodostettavien sekvenssien lukumäärän mukaan. Yleensä ottaen synteesipintaalojen koko on: 36 109130 synteesipinta-alojen koko = (A)/(S) jossa: A on synteesiin käytettävissä oleva kokonaispinta-ala; ja 5 S on pinta-alalle haluttujen sekvenssien lukumäärä.
Alan ammattilaiset ymmärtävät, että edeltävää menetelmää voitaisiin vaikeuksitta käyttää tuhansien tai miljoonien oligomeerien tuottamiseksi j samanaikaisesti substraatille tässä julkistettuja fotolitografisia tekniikoita käyt täen. Täten menetelmä tuottaa kyvyn käytännöllisesti testata suuria lukumää-10 riä esimerkiksi di-, tri-, tetra-, penta-, heksa-, hepta-, oktapeptidejä, dodeka-peptidejä tai suurempia polypeptidejä (tai vastaavasti polynukleotideja).
Edeltävä esimerkki on havainnollistanut menetelmää käsin suoritettavan esimerkin välityksellä. Huomataan luonnollisesti, että voitaisiin käyttää automatisoituja tai puoliautomatisoituja menetelmiä. Substraatti sijoitettaisiin 15 virtauskennoon reagenssien automatisoiduksi lisäämiseksi ja poistamiseksi, tarvittavien reagenssien tilavuuden minimoimiseksi sekä reaktio-olosuhteiden huolellisemmaksi kontrolloimiseksi. Peräkkäisiä maskeja käytettäisiin käsin tai automaattisesti.
C. Dimeerin synteesi aminopropyyliryhmästä ja 20 fluoresoivasta ryhmästä
Dimeerin synteesissä aminopropyyliryhmästä ja fluoresoivasta ryh-mästä substraattina käytettiin funktionaaliseksi tehtyä Durapore-membraania. Durapore-membraani oli polyvinylidiinidifluoridia, jossa oli aminopropyyliryh-miä. Aminopropyyliryhmät suojattiin DDZ-ryhmällä saattamalla karbonyyliklori-25 di reagoimaan aminoryhmien kanssa, jonka reaktion alan ammattilaiset vai-, , keuksitta tunnistavat. Nämä ryhmät käsittävä pinta sijoitettiin THF-liuokseen ja *; / saatettiin kosketuksiin maskin kanssa, joka käsitti shakkilautakuviona 1 mm:n himmeitä ja läpinäkyviä alueita. Maskiin kohdistettiin ultraviolettivalo, jonka aallonpituus oli laskettu ainakin noin 280 nm:iin, noin 5 minuutin ajan ympä-30 ristön lämpötilassa, vaikka laaja valikoima altistusaikoja ja -lämpötiloja voi olla tarkoituksenmukainen keksinnön eri suoritusmuodoissa. Esimerkiksi yhdessä suoritusmuodossa voidaan käyttää noin 1 - 5 000 sekunnin altistusaikaa me-netelmälämpötiloissa -70 - +50 °C.
Yhdessä edullisessa suoritusmuodossa käytetään altistusaikoja 35 noin 1 - 500 sekuntia noin ympäristön paineessa. Joissakin edullisissa suori- 37 109130 tusmuodoissa käytetään haihtumisen estämiseksi ympäristön paineen ylittäviä paineita.
Sitten membraanin pintaa pestiin noin 1 tunnin ajan fluoresoivalla leimalla, joka käsitti aktiivisen esterin sidottuna lantanidikelaattiin. Pesuajat 5 vaihtelevat suurissa arvorajoissa noin muutamasta minuutista muutamaan tuntiin. Nämä materiaalit fluoresoivat punaisella ja vihreällä näkyvällä alueella. Sitten kun reaktio aktiivisen esterin kanssa fluoroforissa oli mennyt loppuun, kohdat, johon fluorofori oli sitoutunut, voitiin saada näkyviin altistamalla ne ultraviolettivalolle ja tarkkaamalla punaista ja vihreää fluoresenssia. Havaittiin, 10 että substraattijohdannaisen muotoon saatetut alueet vastasivat likeisesti maskin alkuperäistä kuviota.
D. Signaalintuottokyvyn osoittaminen
Signaalidetektiokyky osoitettiin käyttäen alhaisen tason vakiofluore-senssihelmiä käsittävää pakkausta, jota valmistaa Flow Cytometry Standarda 15 ja jonka mallinro on 824. Tämä pakkaus sisältää helmiä, joiden halkaisija on 5,8 μητη ja joista kuhunkin on imeytetty tunnettu lukumäärä fluoreseiinimole-kyylejä.
Yksi helmistä sijoitettiin valaistuskenttään pyyhkäisypöydälle kuten esitetään kuviossa 9 laser-lampun kenttään, jolla lampulla oli aluksi suojus. 20 Fotonidetektiolaite sijoitettiin valaistuskenttään, minkä jälkeen se kytkettiin päälle. Laser-säde oli ei-salvattu ja se oli vuorovaikutuksessa helmihiukkasen kanssa, joka sitten fluoresoi. Kuvioissa 11A ja 11B esitetään fluoresenssiku-vaajat helmille, joihin on imeytetty 7 000 ja vastaavasti 29 000 fluoreseiinimo-... lekyyliä. Kummallakin käyrällä on esitetty myös ajot helmille, jotka eivät sisällä 25 fluoreseiinimolekyylejä. Nämä kokeet suoritettiin viritysaallonpituudella 488 nm käyttäen 100 μ\Λ/:η laser-tehoa. Valo fokusoitiin 40 tehon 0,75 NA objektiivin t · · ’· " läpi.
• i t
Fluoresenssi-intensiteetti kaikissa tapauksissa lähti korkeasta ar-vosta ja aleni sitten eksponentiaalisesti. Intensiteetin lasku johtuu fluoreseiini-.···. 30 molekyylien valovalkaisusta. Fluoreseiinimolekyylejä sisältämättömien helmien ajoja käytetään taustan vähentämiseksi. Ero alkuperäisessä eksponentiaali-sessa vaimennuksessa leimattujen ja ei-leimattujen helmien välillä integroi-:: daan fotonilukujen kokonaislukumäärän saamiseksi ja tämä luku on suhteessa molekyylien lukumäärään helmeä kohden. Tämän vuoksi on mahdollista pää-35 teliä fluoreseiinimolekyyliä kohden fotonien lukumäärä, joka voidaan todeta.
38 109130
Kuviossa 11 esitetyille kuvaajille tämä laskelma osoittaa, että todetaan noin 40 - 50 fotonin säteily fluoreseiinimolekyyliä kohden.
E. Molekyylien lukumäärän alueyksikköä kohden määritys 5 Aminopropyloituja mikroskoopin objektilaseja, jotka valmistettiin edellä käsiteltyjen menetelmien mukaan, käytettiin objektilasien leimauksen tiheyden määrittämiseksi. Objektilasien vapaat aminopäät saatettiin reagoimaan FITC:n (fluoreseiini-isotiosyanaatti) kanssa, joka muodostaa aminoryh-män kanssa kovalenttisen sidoksen. Sen jälkeen objektilasi pyyhkäistään 10 muodostuneiden fluoresoivien fotonien lukumäärän laskemiseksi joltain alueelta, jolloin käyttäen arviota 40 - 50 fotonia fluoresoivaa molekyyliä kohden kyetään laskemaan pinnalta molekyylien lukumäärä yksikköalaa kohden.
Objektilasi, joka käsitti pinnallaan aminopropyylisilaania, upotettiin FITC:n 1 mM liuokseen DMF:ssä 1 tunniksi noin ympäristön lämpötilassa. Re-15 aktion jälkeen objektilasi pestiin kahdesti DMF:llä, minkä jälkeen se pestiin etanolilla, vedellä ja sitten taas etanolilla. Sitten se kuivattiin ja varastoitiin pimeään kunnes se oli valmis tarkasteltavaksi.
Käyttämällä samankaltaisia kuvaajia kuin kuviossa 11 esitetyt sekä integroimalla fluoresenssiluvut eksponentiaalisesti vaimenevan signaalin alle 20 määritettiin vapaiden aminoryhmien lukumäärä pinnalla johdannaismuodos-tuksen jälkeen. Määritettiin, että objektilaseja, joiden leimaustiheydet olivat 1 .·. fluoreseiini kohden 103 x 103 noin 2x2 nm, voitiin valmistaa toistettavasi! ami- ,’,',Ι nopropyylitrietoksisilaanin pitoisuuden vaihdellessa 10'5 % -10‘1 % F. NVOC:n poistaminen ja fluoresoivan merkin kiin- 25 nitys NVOC-GABA-ryhmät kiinnitettiin kuten kuvattiin edellä. Yhden ob-'.'•i jektilasin pinta kokonaisuudessaan altistettiin valolle vapaan aminoryhmän * · a gamma-aminovoihapon päässä altistamiseksi. Tämä objektilasi ja rinnakkais- kappale, jota ei altistettu, saatettiin sitten kosketuksiin fluoreseii- .···. 30 ni-isotiosyanaatin (FITC) kanssa.
* ·
Kuviossa 12A esitetään objektilasi, jota ei altistettu valolle, mutta jo-ka saatettiin kosketuksiin FITC:n kanssa. Yksiköt x-akselilla ovat aika ja yksi-köt y-akselilla ovat lukuja. Ajo sisältää tietyn määrän taustafluoresenssia. Rin-nakkaisobjektilasi altistettiin 350 nm:n leveänauhavalaistukselle noin 1 minuu-35 tiksi (12 mW/cm2, noin 350 nm:n valaistus), pestiin ja saatettiin reagoimaan FITC:n kanssa. Tämän objektilasin fluoresenssikuvaajat on esitetty kuviossa 39 109130 12B. Havaitaan suuri nousu fluoresenssin tasossa, mikä osoittaa, että fotolyysi on paljastanut lukuisia aminoryhmiä objektilasien pinnalla fluoresoivan merkin kiinnittämiseksi.
G. Maskin käyttö NVOC:n poistossa 5 Seuraava koe suoritettiin käyttäen 0,1 %:n aminopropyloitua objek- tilasia. Valoa Hg-Xe-kaarilampusta kuvannettiin substraatille la-ser-ablaatio-kromi-lasillamaskin läpi, joka oli suorassa kosketuksessa substraattiin.
Tätä objektilasia valaistiin noin 5 minuutin ajan käyttäen 12 mW:n 10 350 nm:n leveänauhavaloa, minkä jälkeen se saatettiin reagoimaan 1 mM
FITC-liuoksen kanssa. Se sijoitettiin laser-detektio-pyyhkäisypöydälle ja piirrettiin kuvaaja kaksidimensionaalisena esityksenä asemasta värikoodattuna fluoresenssi-intensiteetille. Koe toistettiin lukuisia kertoja käyttäen erilaisia maskeja. Fluoresenssikuviot 100 x 100 μητη maskille, 50 μητη maskille, 20 15 μητη maskille ja 10 μηι:η maskille osoittavat, että maskikuvio on selvä ainakin noin 10 μητη neliöihin tätä litografista tekniikkaa käytettäessä.
H. YGGFLrn kiinnitys ja sitten seuraava saattaminen kosketuksiin Herz-vasta-aineen ja vuohen anti-hiirivasta-aineen kanssa i . : 20 Sen osoittamiseksi, että nimenomaisen polypeptidisekvenssin re septorit sitoutuivat pintaan sidottuun peptidiin ja voitiin todeta, Leu-enkefaliinia kytkettiin pintaan ja se tunnistettiin vasta-aineella. Objektilasi saatettiin joh-! dannaismuotoon käyttäen 0,1 -%:ista aminopropyylitrietoksisilaania ja suojat tiin NVOC:llä. 500 μητη shakkilautamaskia käytettiin objektilasin altistamiseksi 25 virtauskennossa käyttäen taustapuolen kontaktipainatusta. Leu-enkefaliinisek-venssi (H2N-tyrosiini, glysiini, glysiini, fenyylialaniini, leusiini-C02H, jota muu-toin kutsutaan tässä YGGFL:ksi) kiinnitettiin karboksipäästään paljastettuihin aminoryhmiin objektilasin pinnalla. Peptidi lisättiin DMF-liuoksessa BOP/HOBT/DIEA-kytkentäreagensseja käyttäen ja sitä uudelleen kierrätettiin 30 virtauskennossa 2 tunnin ajan huoneenlämpötilassa.
Ensimmäinen vasta-aine, joka tunnetaan Herz-vasta-aineena, saavi, ·' tettiin kosketuksiin objektilasin pinnan kanssa 45 minuutiksi pitoisuutena 2 pg/ml superkoktailissa (joka sisälsi 1 %:n BSA:ta ja tässä tapauksessa myös 1 %:n muna-albumiinia). Toinen vasta-aine, vuohen antihiirifluoreseiinikonju-35 gaatti, lisättiin sitten pitoisuutena 2 pg/ml superkoktailpuskurissa, ja inkuboitiin 2 tunnin ajan.
40 109130 Tämän kokeen tuloksista piirrettiin kuvaaja, jossa oli fluoresenssi-intensiteetti aseman funktiona. Tämä kuva otettiin 10 pm:n askelein, ja osoitettiin ei ainoastaan, että suojaryhmät kyetään poistamaan hyvin määritellyn kuvion mukaan, vaan myös, että (1) menetelmällä saatiin peptidien me-5 nestyksekäs kytkentä substraatin pintaan, (2) sidotun peptidin pinta oli käytettävissä sidottavaksi vasta-aineeseen, ja (3) detektiolaitekapasiteetit olivat riittävät reseptorin sitoutumisen toteamiseksi.
I. Monomeeri-monomeerimuodostus YGGFL:stä ja sitten seuraava saattaminen kosketuksiin leimatun 10 vasta-aineen kanssa
Monomeeri-monomeerisynteesi YGGFL:stä ja GGFLstä vuoroneli-öinä suoritettiin objektilasilla shakkilautakuviossa ja saatu objektilasi saatettiin kosketuksiin Herz-vasta-aineen kanssa. Tätä koetta havainnollistetaan kuvioissa 13A ja 13B.
15 Kuviossa 13A esitetään objektilasi, joka on saatettu johdannais- muotoon aminopropyyliryhmällä, joka on suojattu tässä tapauksessa t-BOC:llä (t-butoksikarbonyyli). Objektilasia käsiteltiin TFA:lla t-BOC-suojaryhmän poistamiseksi. E-aminokapronihappo, jonka aminoryhmä oli suojattu t-BOC:llä, kytkettiin sitten aminopropyyliryhmiin. Aminokapronihappo toimii välikkeenä ·.: 20 aminopropyyliryhmän ja syntetisoitavan peptidin välillä. Välikkeen amino- päästä poistettiin suojaryhmä ja se kytkettiin NVOC-leusiiniin. Sitten objektila-,·. siä kokonaisuudessaan valaistiin 12 mW:n 325 nm:n leveänauhavalaistuksel- ' i la. Sitten objektilasi kytkettiin NVOC-fenyylialaniiniin ja pestiin. Objektilasi ko konaisuudessaan valaistiin taas, minkä jälkeen se kytkettiin NVOC-glysiiniin ja ’·’ 25 pestiin. Objektilasi valaistiin taas ja kytkettiin NVOC-glysiiniin sekvenssin muo dostamiseksi, joka esitetään kuvion 13A viimeisessä osassa.
Kuten esitetään kuviossa 13B vuorottelevia alueita objektilasilla valaistiin sitten käyttäen projektiopainatusta ja 500 x 500 μητη shakkilauta-maskia; täten glysiinin aminoryhmä paljastui vain valaistuilla alueilla. Suoritet-,···. 30 taessa seuraava kytkentäkemiallinen vaihe lisättiin NVOC-tyrosiini ja se tuli kytketyksi vain niissä kohdissa, jotka olivat vastaanottaneet valaistusta. Sitten objektilasi kokonaisuudessaan valaistiin kaikkien NVOC-ryhmien poistamisek-si, jolloin saatiin shakkilauta, jossa oli YGGFL valaistuilla alueilla ja GGFL muilla alueilla. Sitten lisättiin Herz-vasta-aine (joka tunnistaa YGGFL:n mutta 35 ei GGFL:ää) ja sen jälkeen vuohen anti-hiirifluoreseiinikonjugaatti.
41 109130
Saadussa fluoresenssipyyhkäisyssä oli tummia alueita, jotka sisälsivät tetrapeptidin GGFL, jota Herz-vasta-aine ei tunnista (jolloin ei tapahdu fluoreseiinikonjugaatin käsittävän anti-hiirivasta-aineen sitoutumista), ja punaisia alueita, joissa oli YGGFL. Herz-vasta-aine tunnistaa YGGFL-pentapeptidin, 5 jolloin valaistuilla alueilla on vasta-ainetta fluoreseiiniin konjugoidun vuohen anti-hiirivasta-aineen tunnistettavaksi.
Samankaltaiset kuviot 50 μηη:η maskilla, jota käytettiin suorassa kosketuksessa ("proksimiteettipainatus") substraattiin, antoivat kuvion, joka oli selvempi ja jossa shakkilautakuvion nurkat koskettivat tuloksena siitä, että 10 maski sijoitettiin suoraan kosketukseen substraatin kanssa (mikä heijastaa erotuksen paranemista tätä tekniikkaa käytettäessä).
J. Monomeeri-monomeerisynteesi YGGFL:stä ja PGGFL:stä
Suoritettiin synteesi käyttäen 50 μητη shakkilautamaskia, joka oli 15 samankaltainen kuin kuviossa 13 esitetty. Kuitenkin P lisättiin substraatin GGFL-kohtiin käyttämällä ylimääräistä kytkentävaihetta. P lisättiin altistamalla suojattu GGFL valolle maskin läpi ja saattamalla kosketuksiin P:n kanssa edellä esitettyyn tapaan. Tämän vuoksi puolet alueista substraatilla sisälsivät YGGFL:n ja loppupuoli sisälsi PGGFL:n.
: 20 Fluoresenssikuvaaja tästä kokeesta osoitti, että alueet olivat jälleen helposti erotettavissa niihin, joissa sitoutumista tapahtui, ja niihin, joissa sitä ei tapahtunut. Tämä koe osoitti, että vasta-aineet kykenevät tunnistamaan spesi-" ; fisen sekvenssin ja ettei tunnistus ole pituudesta riippuvainen.
K. Monomeeri-monomeerisynteesi YGGFL:stä ja : 25 YPGGFL:stä
Keksinnön käytettävyyden edelleen osoittamiseksi syntetisoitiin 50 μητη shakkilautakuvio vuorottelevia YGGFL:ää ja YPGGFL:ää substraatille ' käyttäen edellä esitettyjen kaltaisia tekniikoita. Saatu fluoresenssikuvaaja osoitti, että vasta-aine kykeni selvästi tunnistamaan YGGFL-sekvenssin eikä 30 sitoutunut merkittävästi YPGGFLalueisiin.
L. 16 erilaisen aminohapposekvenssin sarjan syn- teesi sekä suhteellisen sitoutumisaffiniteetin
Herz-vasta-aineeseen arviointi Käyttäen edellä esitettyihin nähden samankaltaisia tekniikoita syn-35 tetisoitiin 16 erilaisen aminohapposekvenssin joukko (toistettiin 4 kertaa) kummallakin kahdesta lasisubstraatista. Sekvenssit syntetisoitiin kiinnittämällä 42 109130 sekvenssi NVOC-GFL objektilasien koko pinnan poikki. Käyttäen maskisarjaa substraatille vietiin sitten selektiivisesti kaksi kerrosta aminohappoja. Kunkin alueen mitat olivat 0,25 cm x 0,0625 cm. Ensimmäinen objektilasi sisälsi aminohapposekvenssejä, jotka sisälsivät vain L-aminohappoja, kun puolestaan 5 toinen objektilasi sisälsi valittuja D-aminohappoja. Kuvioissa 14A ja 14B esitetään kartta eri alueista ensimmäisellä ja vastaavasti toisella objektilasilla. Kuvioissa 14A ja 14B esitetyt kuviot toistettiin 4 kertaan kummallakin objektilasilla. Sitten objektilasit saatettiin kosketuksiin Herz-vasta-aineen ja fluoreseii-nilla leimatun vuohi-anti-hiirivasta-aineen kanssa.
10 Fluoresenssikuvaajassa ensimmäisestä objektilasista, joka sisälsi vain L-aminohappoja, oli punaisia alueita (mikä osoittaa voimakasta sitoutumista, eli lukua 149 000 tai enemmän) ja mustia alueita (mikä osoittaa Herz-vasta-aineen vähäistä tai ei lainkaan tapahtunutta sitoutumista, eli lukua 20 000 tai alle). Sekvenssi YGGFL tuli selvästi voimakkaammin tunnistetuksi.
15 Sekvenssit YAGFL ja YSGFL osoittivat myös voimakasta vasta-aineen tunnistamista. Sitä vastoin useimmat jäljellä olevista sekvensseistä osoittivat vain vähäistä tai ei lainkaan tapahtuvaa sitoutumista. Neljä rinnakkaisosaa objekti-laseja olivat varsin yhtäpitäviä osoittamassaan sitoutumisen määrässä.
Fluoresenssikuvaaja D-aminohappo-objektilasista osoitti, että voi-: 20 makkainta sitoutumista osoitti YGGFL-sekvenssi. Merkittävää sitoutumista to- , * dettiin myös YaGFL:ään, YsGFL:ään ja YpGFL:ään. Loput sekvenssit osoitti- vat vähemmän sitoutumista vasta-aineeseen. Todettiin sekvenssin yGGFL alhainen sitoutumisteho.
• · ·
Taulukossa 6 luetellaan testatut eri sekvenssit suhteellisen fluore-1 ·' ' 25 senssin mukaan, joka antaa tietoa suhteellisesta sitoutumisaffiniteetista.
. ·; » 43 109130
Taulukko 6 Näennäinen sitoutuminen Herz-vasta-aineeseen L-aminohapposarja D-aminohapposarja
5 YGGFL YGGFL
YAGFL YaGFL
YSGFL YsGFL
LGGFL YpGFL
FGGFL fGGFL
10 YPGFL yGGFL
LAG FL faGFL
FAGFL wGGFL
WGGFL yaGFL
fpGFL
15 waGFL
Vili. Havainnollistava vaihtoehtoinen suoritusmuoto
Keksinnön vaihtoehtoisen suoritusmuodon mukaan menetelmien ·. : 20 mukaan pintaan voidaan kiinnittää koteloitu sitoutumisjäsen, jolla koteloidussa «· ! ‘ muodossaan on suhteellisen alhainen affiniteetti muiden potentiaalisesti si toutuvien lajien suhteen, kuten reseptorien ja spesifisten sidosaineiden. Tällai-: ; siä tekniikoita kuvataan perusteellisemmin avoinna olevassa patenttihakemuk- ' ‘ sessa sarja nro 404 920, joka jätettiin 8. syyskuuta 1989 ja joka sisällytetään v ; 25 tähän viitteeksi kaikissa tarkoituksissa.
Tämän vaihtoehtoisen suoritusmuodon mukaan keksintö antaa •.: käyttöön menetelmiä ennalta määrättyjen alueiden muodostamiseksi kiinteän tuen pinnalle, jotka ennalta määrätyt alueet kykenevät immobilisoimaan re-septoreja. Menetelmissä käytetään hyväksi pintaan kiinnitettyjä koteloituja si-30 toutumisjäseniä, jolloin kyetään selektiivisesti aktivoimaan ennalta määrättyjä » alueita. Koteloidut sitoutumisjäsenet vapautetaan toimimaan sitoutumisjäseni-\· nä, jotka lopulta kykenevät sitomaan reseptoreita aktivoitaessa selektiivisesti *: ennalta määrätyt alueet. Aktivoituja sitoutumisjäseniä käytetään sitten spesi fisten molekyylien kuten reseptorien immobilisoimiseksi pinnan ennalta mää-35 rätylle alueelle. Edeltävä menettely toistetaan pinnan samoissa tai eri kohdissa pinnan saamiseksi, jolle on valmistettu monilukuinen määrä alueita, jotka si- 44 109130 sältävät esimerkiksi saman tai erilaisia reseptoreita. Kun tällä tavalla immobili-soiduilla reseptoreilla on erilainen affiniteetti yhden tai useamman ligandin suhteen, voidaan suorittaa ligandien seulontoja ja määrityksiä reseptoreita sisältävillä pinnan alueilla.
5 Vaihtoehtoisessa suoritusmuodossa voidaan käyttää substraattiin kiinnitettyjä uusia koteloituja sitoutumisjäseniä. Koteloiduilla (ei-aktivoiduilla) jäsenillä on suhteellisen alhainen affiniteetti aineiden reseptorien suhteen, jotka spesifisesti sitoutuvat ei-koteloituihin sitoutumisjäseniin, verrattuna aktivoitujen sitoutumisjäsenien vastaaviin affiniteetteihin. Täten sitoutumisjäsenet on 10 suojattu reagoimasta kunnes sopivaa energialähdettä käytetään niillä pinnan alueilla, jotka halutaan aktivoida. Sopivaa energialähdettä käytettäessä kotelo-ryhmät muuttuvat labiileiksi, jolloin aktivoitu sitoutumisjäsen paljastuu. Tyypillinen energialähde on valo.
Sitten kun sitoutumisjäsenet pinnalla on aktivoitu, ne voidaan kiin-15 nittää reseptoriin. Valittu reseptori voi olla monoklonaalinen vasta-aine, nukle-iinihapposekvenssi, lääkereseptori jne. Reseptori valmistellaan tavallisesti vaikkakaan ei aina siten, että se voidaan kiinnittää suoraan tai epäsuorasti si-toutumisjäseneen. Esimerkiksi spesifistä sidosainetta, jolla on voimakas si-toutumisaffiniteetti sitoutumisjäsenen suhteen ja voimakas affiniteetti resepto-: 20 rin tai reseptorin konjugaatin suhteen, voidaan käyttää haluttaessa siltana si- • »t ‘ toutumisjäsenien ja reseptorien välissä. Menetelmässä käytetään reseptoria, •· joka on valmisteltu siten, että reseptorilla on tallella aktiivisuutensa jonkin ni- ; menomaisen ligandin suhteen.
* · ·»
Edullisesti kiinteään substraattiin kiinnitetty koteloitu sitoutumisjäsen v ; 25 on valolla aktivoitava biotiinikompleksi, eli biotiinimolekyyli, jota on kemiallisesti modifioitu valolla aktivoitavilla suojaryhmillä siten, että sillä on merkittävästi \i alempi sitoutumisaffiniteetti avidiinille tai avidiinianalogeille kuin luontaisella biotiinilla. Edullisessa suoritusmuodossa suojaryhmät, jotka sijaitsevat pinnan
t ) I
Λ ennaltamäärätyllä alueella, poistetaan käyttämällä sopivaa säteilylähdettä si- ',30 toutumisjäsenien saamiseksi, jotka ovat biotiini tai funktionaalisesti analoginen » yhdiste, jolla on oleellisesti sama sitoutumisaffiniteetti avidiinille tai avidiinia-nalogeille kuin biotiinilla.
Toisessa edullisessa suoritusmuodossa avidiinia tai avidiinianalogia inkuboidaan aktivoitujen sitoutumisjäsenien kanssa pinnalla, kunnes avidiini 35 sitoutuu voimakkaasti sitoutumisjäseniin. Avidiinia, joka näin on immobilisoitu pinnan ennaltamäärätyille alueille, voidaan sitten inkuboida halutun reseptorin 45 109130 tai halutun reseptorin konjugaatin kanssa. Reseptori on edullisesti biotinyloitu, esim. biotinyloitu vasta-aine, kun avidiini on immobilisoitu pinnan ennaltamää-rätyille alueille. Vaihtoehtoisesti edullisessa suoritusmuodossa avidii-ni/biotinyloitu reseptori -kompleksi, joka on valmistettu etukäteen, tarjotaan 5 pinnan aktivoiduille sitoutumisjäsenille.
IX. Päätös
Esillä olevat keksinnöt antavat käyttöön paljon aiempaa parempia menetelmiä ja laitteita polymeerien syntetisoimiseksi substraateilla. Huomattakoon, että edeltävän kuvauksen on tarkoitus olla havainnollistava eikä rajoitta-10 va. Monet suoritusmuodot tulevat alan ammattilaisille ilmeisiksi heidän tutustuessaan edeltävään kuvaukseen. Esimerkin vuoksi keksintöä on kuvattu pääasiassa viitaten valolla poistettavien suojaryhmien käyttöön, mutta alan ammattilaiset havainnevat vaikeuksitta, että muitakin säteilylähteitä kuin valoa voitaisiin käyttää. Esimerkiksi joissakin suoritusmuodoissa saattaa olla toivot-15 tavaa käyttää suojaryhmiä, jotka ovat herkkiä elektronisädesäteilytykselle, röntgensädesäteilytykselle, yhdessä elektronisädelitografisten tai röntgensä-delitografisten tekniikoiden kanssa. Vaihtoehtoisesti ryhmä voitaisiin poistaa altistamalla se sähkövirralle. Keksinnön laajuutta ei tulisi siksi määrittää edeltävän kuvauksen perusteella, vaan se tulisi sen sijaan määrittää oheisten pa-'/. 20 tenttivaatimusten perusteella sekä niiden ekvivalenttien täyden laajuuden pe rusteella, joihin nämä vaatimukset oikeuttavat.
► » ·
Claims (12)
1. Menetelmä polynukleotidi- tai aminohapposekvenssin tutkimiseksi reseptori/ligandi sitoutumisella tunnettu siitä, että käytetään substraat-5 tia pinnalla, jolla on vähintään 103 erilaista tunnettua nukleotidi- tai aminohapposekvenssiä alueella, joka on vähemmän kuin 1 cm2, jolloin mainitut erilaiset nukleotidi- tai aminohapposekvenssit miehittävät kukin eri tunnetun kohdan, menetelmässä leimataan tutkittava sekvenssi ja identifioidaan mikä mainituista erilaisista sekvensseistä sitoutuu analysoitavaan sekvenssiin.
2. Patenttivaatimuksen 1 mukainen menetelmä, tunnettu siitä, että jokaisen eri tunnetun kohdan ala on vähemmän kuin 10 000 pm2, mahdollisesti vähemmän kuin noin 100 pm2.
3. Patenttivaatimuksen 1 tai 2 mukainen menetelmä, tunnettu siitä, että pinnalla on 104 tai useampia, mahdollisesti 105 tai useampia, erilaisia 15 monomeerisekvenssejä ja ennalta määrättyjä alueita.
4. Jonkin patenttivaatimuksista 1-3 mukainen menetelmä, tunnettu siitä, että leima on fluoresoiva leima, radioaktiivinen leima tai leimattu vasta-aine.
5. Jonkin patenttivaatimuksista 1 - 4 mukainen menetelmä, t u n - \ 20 n e 11 u siitä, että tietyissä kohdissa olevia monomeerisekvenssejä, joissa si- : toutuminen havaitaan, käytetään määrittämään koko sekvenssi tai osa sek- ' " venssistä, joka on komplementaarista analysoitavalle sekvenssille.
: : 6. Jonkin patenttivaatimuksista 1-5 mukainen menetelmä, t u n - n e 11 u siitä, että monomeerisekvens- sien pituus on 2 -100 monomeeriä. : j’: 25
7. Laite polynukleotidi- tai aminohapposekvenssien tutkimiseksi re- septori/ligandi-sitoutumisella, tunnettu siitä, että laitteessa on substraatti pinnalla, joka pinta sisältää vähintään 103 erilaista tunnettua nukleotidi- tai t ·. aminohapposekvenssiä alueella, joka on vähemmän kuin 1 cm2 ja kukin erilai- >’ nen tunnettu nukleotidi- tai amoniohapposekvenssi miehittää oman kohtansa. * 30
8. Patenttivaatimuksen 7 mukainen laite, tunnettu siitä, että laitetta määrittelevät edelleen yhden tai useamman vaatimuksista 2, 3 ja 6 spesifinen piirre/spesifiset piirteet.
·. 9. Patenttivaatimuksen 7 tai 8 mukainen laite, tunnettu siitä, että substraatti on alle 0,5 mm paksu, mahdollisesti alle 0,05 mm paksu. „ 109130 47
10. Jonkin patenttivaatimuksista 7-9 mukainen laite, tunnettu siitä, että ennalta määrättyjen alueiden pinta-ala on vähemmän kuin noin 10'5 cm2.
11. Jonkin patenttivaatimuksista 7-10 mukainen laite, tunnet- 5. u siitä, että kukin nukleotidi- tai aminohappomonomeerisekvenssi ennalta määrätyllä alueella on vähintään 50%:sti, edullisesti vähintään 90%:sti puh-i das.
12. Patenttivaatimuksissa 7-11 määritellyn laitteen käyttö tutkittaessa polynukleotidi- tai aminohapposekvenssiä reseptori/ligandi-sitoutumisella. • · • · • · » · · * I ! · t » * I « t 48 109130
Applications Claiming Priority (6)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
US36290189A | 1989-06-07 | 1989-06-07 | |
US36290189 | 1989-06-07 | ||
NL9000081 | 1990-01-11 | ||
US49246290 | 1990-03-07 | ||
US07/492,462 US5143854A (en) | 1989-06-07 | 1990-03-07 | Large scale photolithographic solid phase synthesis of polypeptides and receptor binding screening thereof |
PCT/NL1990/000081 WO1990015070A1 (en) | 1989-06-07 | 1990-06-07 | Very large scale immobilized peptide synthesis |
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FI915723A0 FI915723A0 (fi) | 1991-12-04 |
FI109130B true FI109130B (fi) | 2002-05-31 |
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US (19) | US5143854A (fi) |
EP (4) | EP0902034A3 (fi) |
JP (5) | JP3759161B2 (fi) |
KR (2) | KR970001577B1 (fi) |
AT (2) | ATE110738T1 (fi) |
AU (2) | AU651795B2 (fi) |
BR (1) | BR9007425A (fi) |
CA (4) | CA2391491A1 (fi) |
DE (3) | DE69032888T2 (fi) |
DK (2) | DK0476014T3 (fi) |
ES (2) | ES2058921T3 (fi) |
FI (1) | FI109130B (fi) |
GB (1) | GB2248840B (fi) |
HK (2) | HK64195A (fi) |
HU (1) | HU223462B1 (fi) |
IL (1) | IL94551A (fi) |
NL (1) | NL191992C (fi) |
NO (1) | NO301233B1 (fi) |
NZ (1) | NZ233886A (fi) |
SG (1) | SG13595G (fi) |
TW (1) | TW434254B (fi) |
WO (1) | WO1990015070A1 (fi) |
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1990
- 1990-03-07 US US07/492,462 patent/US5143854A/en not_active Expired - Lifetime
- 1990-05-29 IL IL9455190A patent/IL94551A/en unknown
- 1990-05-31 NZ NZ23388690A patent/NZ233886A/xx unknown
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- 1990-06-07 CA CA 2391491 patent/CA2391491A1/en not_active Abandoned
- 1990-06-07 CA CA 2278883 patent/CA2278883C/en not_active Expired - Lifetime
- 1990-06-07 ES ES94200059T patent/ES2129101T3/es not_active Expired - Lifetime
- 1990-06-07 DE DE69032888T patent/DE69032888T2/de not_active Revoked
- 1990-06-07 EP EP19980203518 patent/EP0902034A3/en not_active Withdrawn
- 1990-06-07 AT AT90909187T patent/ATE110738T1/de not_active IP Right Cessation
- 1990-06-07 AT AT94200059T patent/ATE175421T1/de active
- 1990-06-07 KR KR1019910701791A patent/KR970001577B1/ko not_active IP Right Cessation
- 1990-06-07 DK DK90909187T patent/DK0476014T3/da active
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- 1990-06-07 WO PCT/NL1990/000081 patent/WO1990015070A1/en active IP Right Grant
- 1990-06-07 EP EP19990202455 patent/EP0953835A1/en not_active Withdrawn
- 1990-06-07 NL NL9022056A patent/NL191992C/xx not_active IP Right Cessation
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- 1990-06-07 DK DK94200059T patent/DK0619321T3/da active
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- 1990-06-29 TW TW79105390A patent/TW434254B/zh not_active IP Right Cessation
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1991
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- 1991-12-06 NO NO914826A patent/NO301233B1/no not_active IP Right Cessation
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1992
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1994
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1995
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- 1995-06-01 US US08/456,598 patent/US6225625B1/en not_active Expired - Lifetime
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1996
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1997
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1998
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1999
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2000
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2001
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2002
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2003
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2004
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2005
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