ES2567135T3 - Derivados de hidantoína como inhibidores de necrosis celular - Google Patents

Derivados de hidantoína como inhibidores de necrosis celular Download PDF

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ES2567135T3
ES2567135T3 ES10011481.8T ES10011481T ES2567135T3 ES 2567135 T3 ES2567135 T3 ES 2567135T3 ES 10011481 T ES10011481 T ES 10011481T ES 2567135 T3 ES2567135 T3 ES 2567135T3
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carbons
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Gregory D. Cuny
Junying Yuan
Prakash Jagtap
Alexei Degterev
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Brigham and Womens Hospital Inc
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Abstract

Un compuesto de la fórmula:**Fórmula** una forma esteroisomérica del mismo, una sal de adición ácida o base farmacéuticamente aceptable del mismo; en donde X representa O; Y representa NH; R1, R2, y R3 representan independientemente H, OR8, F, Cl, Br, I, N(R8)2, CO2R8, NO2, NHC(O)R8, alquilo que tiene 1 a 10 carbonos, o alquilo sustituido que tiene 1 a 10 carbonos; R4 representa OR8, F, Cl, Br, I, N(R8)2, CO2R8, NO2, NHC(O)R8, metoxilo, alquilo que tiene 1 a 10 carbonos, o alquilo sustituido que tiene 1 a 10 carbonos; R5 y R7 representan independientemente H o alquilo que tiene 1 a 10 carbonos; R6 representa alquilo que tiene 1 a 10 carbonos; R8 representa H, alquilo que tiene 1 a 10 carbonos, alquilo sustituido que tiene 1 a 10 carbonos, alquenilo que tiene menos de 12 carbonos, o alquinilo que tiene menos de 12 carbonos; R9, R10, R9', R10', representan independientemente H, F, Cl, Br, I, alquilo que tiene 1 a 10 carbonos, alquilo sustituido que tiene 1 a 10 carbonos, o un cicloalquilo de tres a seis miembros o cicloalquilo sustituido que incluye Cn y/o Cn'; y n y n' es igual a un entero desde cero hasta cinco; y en donde los grupos sustituidos comprenden uno o más sustituyentes seleccionados de halógeno, alquilo que tiene 1 a 10 carbonos, alquenilo que tiene menos de 12 carbonos, alquinilo que tiene menos de 12 carbonos, cicloalquilo, hidroxilo, amino, nitro, sulfhidrilo, imino, amido, fosfonato, fosfinato, carbonilo, carboxilo, sililo, éter, alquiltio, sulfonilo, cetona, aldehído, éster, heterociclilo, -CF3, y -CN.

Description

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una forma esteroisomérica del mismo, una sal de adición ácida o base farmacéuticamente aceptable del mismo, en donde X representa O; Y representa NR8; G representa o NR7; R1, R2, y R3 representan independientemente H, OH, OR8, F, Cl, Br, I, N(R8)2, COOH, CO2R8, NO2, NHC(O)R8, alquilo que tiene 1 a 10 carbonos, o alquilo sustituido que tiene 1 a 10 carbonos; R4 representa OH, OR8, F, Cl, Br, I, N(R8)2, COOH, CO2R8, NO2, NHC(O)R8, metoxilo, alquilo que tiene 1 a 10 carbonos, o alquilo sustituido que tiene 1 a 10 carbonos; R5, y R7 representan independientemente H o alquilo que tiene 1 a 10 carbonos; R6 representa alquilo que tiene 1 a 10 carbonos; R8 representa alquilo que tiene 1 a 10 carbonos, alquilo sustituido que tiene 1 a 10 carbonos, alquenilo que tiene menos de 12 carbonos, alquinilo que tiene menos de 12 carbonos; R9, R10, R9’, R10’, representan independientemente H, F, Cl, Br, I, alquilo que tiene 1 a 10 carbonos, alquilo sustituido que tiene 1 a 10 carbonos, o un cicloalquilo de tres a seis miembros o cicloalquilo sustituido que incluye Cn y/o Cn’; n y n’ es igual a un entero desde cero hasta cinco, en donde los grupos sustituidos comprenden uno o más sustituyentes seleccionados de halógeno, alquilo que tiene 1 a 10 carbonos, alquenilo que tiene menos de 12 carbonos, alquinilo que tiene menos de 12 carbonos, cicloalquilo, hidroxilo, amino, nitro, sulfhidrilo, imino, amido, fosfonato, fosfinato, carbonilo, carboxilo, sililo, éter, alquiltio, sulfonilo, cetona, aldehído, éster, heterociclilo, -CF3, y -CN.
En ciertas realizaciones la invención proporciona un compuesto de la fórmula:
imagen10
una forma esteroisomérica del mismo, una sal de adición ácida o base farmacéuticamente aceptable del mismo, en donde X representa O; Y representa NH; R1, R2, y R3 representan independientemente H, OR8, F, Cl, Br, I, N(R8)2, CO2R8, NO2, NHC(O)R8, alquilo que tiene 1 a 10 carbonos, o alquilo sustituido que tiene 1 a 10 carbonos; R4 representa OR8, F, Cl, Br, I, N(R8)2, CO2R8 NO2, NHC(O)R8, metoxilo, alquilo que tiene 1 a 10 carbonos, o alquilo sustituido que tiene 1 a 10 carbonos; R5 y R7 representan independientemente H o alquilo que tiene 1 a 10 carbonos, R6 representa alquilo que tiene 1 a 10 carbonos; R8 representa H, alquilo que tiene 1 a 10 carbonos, alquilo sustituido que tiene 1 a 10 carbonos, alquenilo que tiene menos de 12 carbonos, alquinilo que tiene menos de 12 carbonos; R9, R10, R9’, R10’, representan independientemente H, F, Cl, Br, I, lower alquilo, alquilo sustituido que tiene 1 a 10 carbonos, o un cicloalquilo de tres a seis miembros o cicloalquilo sustituido que incluye Cn y/o Cn’; n y n’ es igual a un entero desde cero hasta cinco; en donde los grupos sustituidos comprenden uno o más sustituyentes seleccionados de halógeno, alquilo que tiene 1 a 10 carbonos, alquenilo que tiene menos de 12 carbonos, alquinilo que tiene menos de 12 carbonos, cicloalquilo, hidroxilo, amino, nitro, sulfhidrilo, imino, amido, fosfonato, fosfinato, carbonilo, carboxilo, sililo, éter, alquiltio, sulfonilo, cetona, aldehído, éster, heterociclilo, -CF3, y -CN.
En ciertas realizaciones, la invención proporciona un compuesto como se definió anteriormente, en donde R6 representa un grupo metilo.
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En algunos casos, con el fin de prolongar el efecto de un fármaco, es deseable ralentizar la absorción del mismo desde la inyección subcutánea o intramuscular. Esto se puede lograr mediante el uso de una suspensión líquida de material cristalino o amorfo que tiene poca solubilidad en agua. La velocidad de absorción del fármaco depende entonces de su velocidad de disolución, que a su vez, puede depender del tamaño del cristal y la forma cristalina. Alternativamente, la absorción retardada de una forma de fármaco administrada por vía parenteral se logra al disolver o suspender el fármaco en un vehículo oleoso.
Se elaboran formas de depósito inyectables al formar matrices microencapsuladas de los compuestos objeto en polímeros biodegradables tales como polilactida-poliglicólido. Dependiendo de la relación de fármaco a polímero y la naturaleza del polímero particular empleado, se puede controlar la velocidad de liberación del fármaco. Ejemplos de otros polímeros biodegradables incluyen poli(ortoésteres) y poli(anhídridos). Las formulaciones inyectables de depósito también se preparan al atrapar el fármaco en liposomas o microemulsiones que sean compatibles con el tejido corporal.
En otro aspecto, la presente invención se relaciona con un compuesto como se definió anteriormente para uso en un método para tratar una enfermedad asociada con necrosis celular. En particular, la invención proporciona un compuesto como se definió anteriormente para uso en métodos para prevenir o tratar un trastorno asociado con necrosis celular en un mamífero, que comprende la etapa de administrar a dicho mamífero una cantidad terapéuticamente efectiva de un compuesto o preparación terapéutica de la presente invención. En ciertas realizaciones, el trastorno asociado con necrosis celular es un trastorno neurológico, tal como trauma, isquemia o infarto cerebral. En otras realizaciones, el trastorno neurológico es una enfermedad neurodegenerativa, tal como enfermedad de Parkinson (PD), enfermedad de Alzheimer (AD), esclerosis lateral amiotrófica (ALS), enfermedad de Huntington (HD), y demencia asociada con VIH (HAD). En otras realizaciones, el trastorno es una enfermedad isquémica de órganos que incluyen pero no se limitan a cerebro, corazón, riñón e hígado. En ciertas realizaciones, el mamífero es un sujeto primate, canino o felino. En otras realizaciones, el mamífero es un sujeto humano.
En una realización, la invención se relaciona con un compuesto para uso en un método para tratar una enfermedad celular necrótica que comprende administrar a un sujeto que tiene una enfermedad celular necrótica un compuesto de la fórmula:
imagen15
una forma esteroisomérica del mismo, una sal de adición ácida o base farmacéuticamente aceptable del mismo; en donde X representa O;
Y representa NH; R1, R2, y R3 representan independientemente H, OR8, F, Cl, Br, I, N(R8)2, CO2R8, NO2, NHC(O)R8, alquilo que tiene 1 a 10 carbonos, o alquilo sustituido que tiene 1 a 10 carbonos; R4 representa OR8, F, Cl, Br, I, N(R8)2, CO2R8, NO2, NHC(O)R8, metoxilo, alquilo que tiene 1 a 10 carbonos, o alquilo sustituido que tiene 1 a 10 carbonos;
R5 y R7 representan independientemente H o alquilo que tiene 1 a 10 carbonos; R6 representa alquilo que tiene 1 a 10 carbonos; R8 representa H, alquilo que tiene 1 a 10 carbonos, alquilo sustituido que tiene 1 a 10 carbonos, alquenilo que tiene
menos de 12 carbonos, o alquinilo que tiene menos de 12 carbonos; R9, R10, R9’, R10’, representan
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Biol. 1998, 143, 1353-1360). Los compuestos experimentales se aplicaron a las células en los intentos de rescatarlos desde esta muerte necrótica. Por lo tanto, los compuestos encontrados para restablecer la viabilidad celular utilizando este protocolo son inhibidores de la ruta de necrosis.
Se cribaron las colecciones de compuestos para la inhibición de la muerte celular inducida por TNF-α en presencia de zVAD en la estirpe celular B humana U-937. Un compuesto identificado como inhibidor de la necrosis era 1 (no de acuerdo con la invención reivindicada):
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Los compuestos se probaron también en otro ensayo de necrosis utilizando células T Jurkat humanas, ligando Fas para inducir muerte celular, y zVAD para inhibir la ruta de apoptosis. Después de 36h, se midió la viabilidad celular 10 mediante el ensayo de viabilidad celular CellTiter ATP comercial (Promega).
Un estudio de estructura-actividad-relaciones (SAR) se llevó a cabo con el fin de aumentar la actividad anti-necrosis. Los compuestos de la Tabla 1 se prepararon de acuerdo con los procedimientos descritos en las Figuras 2 y 3.
Tabla 1
naci = no de acuerdo con la invención reivindicada
Compuesto No.
R1 R2 R3 R4 X Y
893-01 (naci)
H H Me H S NH
893-02 (naci)
H Me Me H S NH
893-03 (naci)
H H Me Me S NH
893-04
H H Et H O NH
893-05 (naci)
6-F H Me H S NH
893-06 (naci)
5-OMe H Me H S NH
893-07 (naci)
5-OH H Me H S NH
893-08 (naci)
H H Me H S NMe
893-09 (naci)
7-F H Me H S NH
893-10 (naci)
7-Cl H Me H S NH
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naci = no de acuerdo con la invención reivindicada
Compuesto No.
R1 R2 R3 R4 X Y
893-11 (naci)
6-Cl H Me H S NH
893-12 (naci)
7-Br H Me H S NH
893-13 (naci)
7-OMe H Me H S NH
893-14 (naci)
5-Cl H Me H S S
893-15 (naci)
7-Cl H Me H S NMe
893-16 (naci)
6-SO2Me; 7-Cl H Me H S NH
893-17 (naci)
H H CH2CH2-morfolina H S NH
893-18 (naci)
H H H H S NH
893-19
H H H H O NH
893-20
H H Me H O NH
893-21 (naci)
H H Me H S S
893-22
H H Me H O NH
893-23
7-Me H Me H O NH
893-24
5-Cl H Me H O NH
893-25
7-OMe H Me H O NH
893-26
5-OMe H Me H O NH
893-27
6-Cl H Me H O NH
893-28
7-F H Me H O NH
Me = metilo, Et = etilo
Otros derivados también se preparan utilizando procedimientos similares:
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Tabla 3
Número de Compuesto
EC50(µM)
893-22
0.439
893-23
0.095
893-24
6.8
893-25
0.229
893-26
>300
893-27
1.12
893-28
0.324
893-31
0.303
893-32
0.078
893-33
> 10
893-34
0.154
893-35
0.448
893-36
> 10
893-37
1.8
893-38
>10
893-39
5.4
893-40
> 10
893-41
> 10
893-42
> 10
893-43
>10
893-44
> 10
893-45
> 10
893-46
5.3
893-47
> 10
893-48
> 10
893-49
4.3
893-50
> 10
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Claims (1)

  1. imagen1
    imagen2
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ES10011481.8T 2003-08-29 2004-08-30 Derivados de hidantoína como inhibidores de necrosis celular Active ES2567135T3 (es)

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