ES2115732T5 - Inhibidor tumoral tetrapeptidico que incluye en su estructura fenetilamidas modificadas. - Google Patents
Inhibidor tumoral tetrapeptidico que incluye en su estructura fenetilamidas modificadas.Info
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- ES2115732T5 ES2115732T5 ES93309707T ES93309707T ES2115732T5 ES 2115732 T5 ES2115732 T5 ES 2115732T5 ES 93309707 T ES93309707 T ES 93309707T ES 93309707 T ES93309707 T ES 93309707T ES 2115732 T5 ES2115732 T5 ES 2115732T5
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- C—CHEMISTRY; METALLURGY
- C07—ORGANIC CHEMISTRY
- C07K—PEPTIDES
- C07K5/00—Peptides containing up to four amino acids in a fully defined sequence; Derivatives thereof
- C07K5/02—Peptides containing up to four amino acids in a fully defined sequence; Derivatives thereof containing at least one abnormal peptide link
- C07K5/0205—Peptides containing up to four amino acids in a fully defined sequence; Derivatives thereof containing at least one abnormal peptide link containing the structure -NH-(X)3-C(=0)-, e.g. statine or derivatives thereof
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61P—SPECIFIC THERAPEUTIC ACTIVITY OF CHEMICAL COMPOUNDS OR MEDICINAL PREPARATIONS
- A61P35/00—Antineoplastic agents
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61P—SPECIFIC THERAPEUTIC ACTIVITY OF CHEMICAL COMPOUNDS OR MEDICINAL PREPARATIONS
- A61P35/00—Antineoplastic agents
- A61P35/02—Antineoplastic agents specific for leukemia
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61K—PREPARATIONS FOR MEDICAL, DENTAL OR TOILETRY PURPOSES
- A61K38/00—Medicinal preparations containing peptides
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- Acyclic And Carbocyclic Compounds In Medicinal Compositions (AREA)
Abstract
SE HAN DILUCIDADO Y SINTETIZADO NUEVAS FENOETILAMIDAS MODIFICADAS QUE CONTIENEN TETRAPEPTIDOS Y SON UNICAS EN SU ESPECIE Y SE HA DESCUBIERTO QUE PRESENTAN EFECTOS INHIBIDORES DE TUMORES CUANDO SE COMPARAN CON LA PANTALLA DE NCI DE LOS SEIS TIPOS PRINCIPALES DE CANCERES HUMANOS Y CON LA LINEA CELULAR LINFOCITICA P388 DE LA MURINA. LAS NUEVAS FENOTILAMIDAS DE TETRAPEPTIDOS MODIFICADAS SON 6(A
Description
Inhibidor tumoral tetrapeptídico que incluye en
su estructura fenetilamidas modificadas.
Esta invención guarda relación, en términos
generales, con el campo de los compuestos antineoplásicos y, más en
particular, con el diseño y la síntesis de unos tetrapéptidos
determinados que poseen fenetilamidas modificadas en su estructura,
que manifiestan efectos inhibitorios frente a un tumor.
Desde hace mas de mil millones de años,
primitivas especies de invertebrados marinos correspondientes a los
Phyla Bryozoa, Molluska, y Porifera han colonizado los océanos.
Estos organismos han experimentado, dentro de su química evolutiva,
billones de reacciones biosintéticas hasta alcanzar su presente
grado de organización, regulación y defensa celular.
Por ejemplo, a lo largo de 500 millones de años,
las esponjas marinas han modificado mínimamente su aspecto. Esto
hace pensar que están dotados de una resistencia química muy eficaz
frente a la evolución como respuesta a las cambiantes condiciones
del entorno durante ese tiempo. Ya en el Egipto del año 2.700 a.d.
J.C., se reconocía el potencial de la aplicación en Medicina de
estos animales marinos tan activos desde el punto de vista
biológico y, en Grecia, hacia el año 200 a.d. J.C., se utilizaba
extractos de liebre de mar por su efecto curativo. Junto con esto,
la observación de que ciertos animales marinos, p. ej.,
invertebrados y tiburones, solo raramente desarrollan cáncer
condujo a la investigación sistemática de compuestos antitumorales
originados por plantas o animales marinos.
En 1968, se contaba con pruebas suficientes de
que ciertos organismos marinos puedan aportar nuevos agentes
antineoplásico y/o citotóxicos y que incluso podrían conducir a
compuestos que fueran eficaces en el control y/o en la erradicación
de enfermedades causadas por virus, de acuerdo con los sistemas
clave de estudio experimental del cáncer propios del NCI
(National Cancer Institute, EE.UU.).
Además, se consideró que estos organismos marinos
poseerían principios susceptibles de llegar a ser fármacos,
potencialmente útiles, con una novedosa estructura cuyo
descubrimiento había escapado a otros métodos de la Química
Farmacéutica. Afortunadamente, se han cumplido estas expectativas,
p. ej., se han descubierto las briostatinas, las dolastinas y las
cefalostatinas, muchas de las cuales ya se encuentran en desarrollo
en estudios preclínicos o en estudios clínicos en humanos.
Actualmente, los investigadores involucrados en
la Química Farmacéutica conocen bien el desfase temporal que existe
entre el aislamiento de un nuevo compuesto y la comercialización de
éste. Con frecuencia, este procedimiento tarda varios años e
incluso puede requerir décadas. Como resultado, la industria, junto
con el Gobierno de los EE.UU., ha desarrollado un sistema de
criterios de análisis que atiende a dos propósitos: descartar
aquellas sustancias que, a lo largo de la prueba, se muestran poco
rentables y, lo que es más importante, identificar aquellos
compuestos que demuestran una elevada probabilidad de éxito y, por
tanto, garantizan su estudio y aptitud posteriores, así como el
consiguiente gasto, necesario para reunir los estrictos requisitos
de la legislación que controlan su situación final en el
mercado.
El coste actual para obtener los datos necesarios
alcanza diez millones de dólares por compuesto. Como tal, la
rentabilidad dicta que una inversión tan cuantiosa será llevada a
cabo solo si existe una oportunidad, dentro de lo razonable, de que
aquella sea recuperada. A falta de semejante oportunidad, no se
efectuara la inversión y cesara la investigación que comprende el
descubrimiento de estos compuestos que pueden salvar vidas. Hace
solo doscientos años, muchas enfermedades causaban estragos en la
humanidad. Muchas de ellas han sido ya controladas o erradicadas.
Durante el progresivo desarrollo de los medios para tratar o
eliminar estas enfermedades, fue de capital importancia el trabajar
con los animales apropiados.
La actual investigación destinada al control del
cáncer en los Estados Unidos está coordinada por el NCI
(National Cancer Institute). Para determinar si una
sustancia presenta o no propiedades contra el cáncer, el NCI ha
establecido un protocolo sistemático. Este protocolo, que implica
el ensayo de la actividad de una sustancia frente a un grupo de
líneas celulares normalizadas que contiene 6 líneas de células
tumorales humanas, ha sido validado y aceptado en los círculos
científicos. El protocolo y los medios estadísticos establecidos
para analizar los resultados obtenidos mediante la prueba
normalizada están descritos por completo en la literatura. Véase:
Boyd, Dr. Michael R., Principles & Practice of Oncology,
PPO Updates, Vol. 3, N10, Octubre de 1989, para una
descripción en profundidad del protocolo de ensayo; y Paull, K.D.,
Display and Analysis of Patterns of Diferential Activity of Drugs
Against Human Tumor Cell Lines; Development of Mean Graph and
COMPARE Algorithm, Journal of the National Cancer Institute
Reports, Vol. 81, N14, Pag. 1088, 14 de Julio de 1989,
para una descripción de los métodos de análisis estadístico. Se
toman aquí como referencia estas dos fuentes.
Se han descubierto numerosas sustancias que
muestran significativas propiedades antineoplásicas o inhibidoras de
los tumores. Como se indicó anteriormente, muchos de estos
compuestos han sido extraídos, con gran dificultad, no obstante, de
animales marinos como las esponjas o las liebres de mar. Una vez se
ha conseguido el aislamiento y el ensayo de estos compuestos, queda
todavía una cuestión práctica: como producir cantidades
significativas, desde el punto de vista comercial, de la sustancia
deseada.
La quinina, que puede ser obtenida en cantidades
apropiadas a partir de la corteza de la quina, difiere de los
compuestos extraídos de organismos marinos que poseen propiedades
antineoplásicas. La recolección y el procesado de éstos últimos
compuestos a partir de sus fuentes naturales oscilan entre lo
excesivamente poco práctico y lo totalmente imposible. Aun ignorando
el impacto ecológico, la población de estos organismos y el coste
de la recolección y de la extracción hacen irrealizable el proceso.
La única solución posible es la síntesis artificial de los
compuestos activos.
Así pues, la elucidación de la estructura de
estos compuestos antineoplásicos es esencial. Una vez se ha
determinado la estructura, se debe proyectar un medio de síntesis.
Esto constituye, con frecuencia, un largo y arduo procedimiento
debido a la idiosincrásica complejidad de estos compuestos
naturales modificados a lo largo de la evolución. Además, es
necesario investigar si algún fragmento del compuesto natural es
irrelevante en cuanto a las propiedades buscadas, de modo que el
objetivo se dirija a la más simple estructura que presente las
propiedades observadas.
Varias especies de esponjas y liebres de mar
producen péptidos, cíclicos y lineales, cuyos aminoácidos han
resultado ser eficaces en el tratamiento y/o control del cáncer en
seres humanos. Por ejemplo, la Dolastina 10 (Patente de los EE.UU.
Nº 4.816.444), cuya síntesis es muy reciente, ha mostrado ser una
potente sustancia antineoplásica. Este hallazgo ha inspirado, a su
vez, la investigación de otros compuestos similares a la Dolastina
10.
Por consiguiente, un objeto principal de esta
invención es aportar un nuevo agente útil para la detención o
remisión de uno o más tipos de cáncer.
Otro objeto de la presente invención es aportar
métodos y procedimientos para diseñar y sintetizar unos
tetrapéptidos determinados que presenten en su estructura
fenetilamidas modificadas, para el tratamiento de enfermedades
neoplásicas y la inhibición del crecimiento tumoral.
Estos y otros objetos, según se vera mas
adelante, son cumplidos satisfactoriamente por la presente
invención de modo notablemente sorprendente como se percibirá
fácilmente gracias a la siguiente descripción detallada de una
realización de la misma a modo de ejemplo.
El descubrimiento de nuevos tipos de péptidos
potencialmente antineoplásicos plantea uno de los mas fundamentales
y prometedores enfoques para la síntesis de nuevos fármacos
antineoplásicos e inmunodepresores.
La solicitud de patente europea EP 0 598 129
describe un derivado tetrapéptido representado por la fórmula
general
o su sal, que tiene una actividad
citostática mayor que la dolastina 10, siendo así útil como un
fármaco antitumoral, en el que R_{1}, R_{2}, R_{3} y R_{4}
pueden ser los mismos o diferentes uno del otro y cada uno
representa hidrógeno, alquilo o aralalquilo inferior; y Q
representa
o -A_{2}-R7, en
la que A_{1}, representa un enlace simple o CHR_{5}-, Y
representa hidrógeno o -COR_{6}, R_{5} representa hidrógeno,
alquilo o aralalquilo inferior, R_{6} representa hidroxi, alcoxi
inferior, aralalcoxi, o -NR_{8}R_{9}, en la que R_{8}y
R_{9} pueden ser los mismos o diferentes uno del otro y cada uno
representa hidrógeno, alquilo inferior, fenilo o un grupo
heterocíclico de 4 a 7 miembros que porta uno o dos heteroátomos
seleccionados entre S, O y N. o alternativamente R_{8} y R_{9}
pueden formar junto al átomo de nitrógeno, al cual están unidos, un
anillo heterocíclico de 4 a 7 miembros, el cual adicionalmente
puede portar un heteroátomo seleccionado entre S, O y N, A_{2}
representa un enlace simple o un alquileno inferior, y R_{7}
representa cicloalquilo, arilo, o indolilo con la condición de que
se excluye el caso cuando ambos R_{1} y R_{2} representan
isopropilo, R_{3} representa sec-butilo, R_{4} representa
metilo, y Q representa
\alpha-(2-tiazolil)fenetilo.
Las dolastinas, una novedosa serie de péptidos
lineales y cíclicos, antineoplásicos y/o citostáticos, aislados de
la liebre de mar Dolabella auricularia del Océano Indico
(Véase: Pettit et al., J. Am. Chem. Soc., 1976,
98, 4677), han mostrado una actividad antineoplásica
excelente. La muy productiva liebre de mar Dolabella
auricularia ha originado muchos péptidos distintos desde el
punto de vista estructural. Por el momento, la Dolastina 10, un
tetrapéptido lineal, representa el miembro mas importante según el
perfil de su potencialmente útil actividad antineoplásica frente a
varias pruebas de cáncer que se conoce en la actualidad (Véase:
Pettit et al., J. Am. Chem. Soc., 1987, 109,
6883). Recientemente, se ha notificado la síntesis total y la
configuración absoluta de este péptido biológicamente activo y
estructuralmente único (Véase: Pettit et al., J. Am. Chem.
Soc., 1989, 111, 5463). A raíz de este informe, este
compuesto atrajo un considerable interés en la comunidad científica.
((Véase p.ej.: Hamada et al., Tetrahedron Lett., 1991,
32, 931, Hayashi et al., Peptide Chemistry,
1989, 291 y Tomioka et al., Tetrahedron Lett., 1991,
32(21), 2395-2398).
Se ha documentado la existencia de una serie de
isómeros quirales de la Dolastina 10 (Véase: Pettit et al., J.
Am. Chem. Soc., 1990, 33, 3132). Más recientemente, se
extendió la aplicación de estos experimentos a la síntesis de
R-Doeisodolastina 10. Actualmente, hemos averiguado
que la sustitución con R-dolafenina (Doe), respecto
a la Dolastina 10, no provoca una importante diferencia en cuanto a
la actividad frente a la línea de células del cáncer del hombre.
Este hecho hizo pensar que la unidad 2-tiazolilo
podrá ser reemplazada por una amida. A continuación, se examino la
longitud molecular de la amida, partiendo de bencilamina,
fenetilamina y
3-fenil-1-propilamina.
Igualmente, se estudio una sistemática serie de modificaciones en
la posición de la dolafenina por introducción de un nitrógeno
substituido en lugar decanillo fenilo.
Luego, el fijar la longitud de la cadena lateral
en n = 2 muestra la importancia de sustituir el fenilo y la cadena
lateral alifática de la parte amida. A continuación, se estudió la
función de colocar sustituyentes en el fenilo: grupos aceptores de
electrones (4-nitro, 4-cloro,
4-fluoro, 4-bromo,
3-cloro, 2-cloro) y grupos
donadores de electrones (3,4-dimetoxi). Se permitió
la reacción entre la amina correspondiente
(2a-g) y la dolaproína (1). La síntesis de
las amidas 3a-g mediante el empleo de
fosforcianidato de dietilo (DEPC) para la condensación condujo a un
excelente rendimiento. No se observó recemización durante esta
reacción. La síntesis seguida y las amidas
(3a-g) aparecen a continuación:
\vskip1.000000\baselineskip
Se eliminaron los grupos protectores de las
amidas 3a-g con ácido
trifluoro-acético hasta originar la sal de tipo
trifluoro-acetato 4a-g según
se muestra mas abajo:
De nuevo, se utilizó, con excelentes resultados,
el DEPC para acoplar el tripéptido 5 con cada una de las sales de
tipo trifluoro-acetato 4a-g
hasta originar las modificaciones estructurales
6a-g de la Dolastina 10 según la siguiente
reacción:
\vskip1.000000\baselineskip
\vskip1.000000\baselineskip
\vskip1.000000\baselineskip
Luego se investigó el efecto de sustituir la
cadena alifática y el nitrógeno de la amida en la posición de la
dolafenina modificada, mediante el empleo de un anillo fenilo no
substituido. Se introdujeron entonces sustituyentes metilo e
hidroxilo, partiendo de (1R,
2R)-2-metil-amino-1-fenil-propanol
(2h), (1S, 2R)-norefedrina (2j), y (1R,
2S)-norefedrina (2k). La síntesis de las
fenetilamidas 6ª-g según las reacciones mostradas más abajo:
En una realización preferente de la presente
invención, la síntesis de las estructuras de los intermedios
constituyentes es efectuada en las siguientes etapas:
Procedimiento General
A
A una solución de ácido [2S-[2R*(\alphaS,
\betaS)]]-1-[(1,1-dimetil-etoxi)
carbonil]--\beta-metoxi-\alpha-metil-2-pirrolidín-propanoico
((t-Boc-Dolaproína, 1, 0,144
g, 0,5 mmol) en diclorometano (3 ml, destilado con CaH_{2}), se
añadió la amina respectiva (2a-k 0,5 mmol) y,
a continuación, trietil-amina (0,077 ml, 0,55 mmol)
y DEPC (0,09 ml, 93%, 0,55 mmol, en baño de hielo) y se agitó la
solución en atmósfera de Argón durante dos horas. Se eliminó el
disolvente (a vacío, temperatura ambiente) y se cromatografió el
residuo (columna de silicagel; hexano-acetona 3:1
como eluyente). Después de la evaporación del disolvente de las
fracciones (elegidas mediante TLC), se añadió 2 ml de diclorometano
anhidro y se repitió la evaporación. Se desecó el residuo durante
toda la noche en un desecador a vacío hasta obtener la amida
(3a-k) en forma de aceite viscoso.
El compuesto 3a fue sintetizado a partir de
t-Boc-Dolaproína (1) y
3,4-dimetoxi-fenetil-amina
(2a) de acuerdo con el Procedimiento General A.
Rendimiento 3a: 0,189 g (84%)
[\alpha]_{D}25 = -33º (c = 1,6 g/cc,
CHCl_{3}))
Anal. Calc. para
C_{24}H_{38}N_{2}O_{6}, P.M.: 450,566
El compuesto 3b fue sintetizado a partir de
t-Boc-Dolaproína(1) y
4-nitro-fenetilamina (2b) de acuerdo
con el Procedimiento General A.
Rendimiento 3b: 0,176 g (81%)
[\alpha]_{D}25 = -54º ((c = 0,29 g/cc
(en CHCl_{3}))
Anal. Calc. para
C_{22}H_{33}N_{3}O_{6}, P.M.: 435,505
El compuesto 3c fue sintetizado a partir de
t-Boc-Dolaproína a (1) y
2-(4-cloro-fenil)-etilamina
(2c) de acuerdo con el Procedimiento General A.
Rendimiento 3c: 0,183 g (85,5%)
[\alpha]_{D}25 = -38º ((c = 1,52 g/cc
(en CHCl_{3}))
Anal. Calc. para
C_{22}H_{33}N_{2}O_{4}Cl, P.M.: 424,953
El compuesto 3d fue sintetizado a partir de
t-Boc-Dolaproína (1) y
2-(4-fluoro-fenil)-etilamina
(2d) de acuerdo con el Procedimiento General A.
Rendimiento 3d: 0,192 g (94,3%)
[\alpha]_{D}25 = -37,70º ((c = 1,61
g/cc (en CHCl_{3}))
C_{22}H_{33}N_{2}O_{4}F, P.M.: 408,5
\newpage
El compuesto 3e fue sintetizado a partir de
t-Boc-Dolaproína (1) y
2-(4-bromo-fenil)-etilamina
(2e) de acuerdo con el Procedimiento General A.
Rendimiento 3e: 0,193 g (82,1%)
[\alpha]_{D}25 = -29,67º ((c = 1,52
g/cc (en CHCl_{3}))
C_{22}H_{33}N_{2}O_{4}Br, P.M.:
469,49
El compuesto 3f fue sintetizado a partir de
t-Boc-Dolaproína (1) y
2-(3-cloro-fenil)-etilamina
(2f) de acuerdo con el Procedimiento General A.
Rendimiento 3f: 0,202 g (95,3%)
[\alpha]_{D}25 = -30,95º ((c = 1,15
g/cc (en CHCl_{3}))
C_{22}H_{33}N_{2}O_{4}Cl, P.M.:
424,953
El compuesto 3g fue sintetizado a partir de
t-Boc-Dolaproína (1) y
2-(2-cloro-fenil)-etilamina
(2g) de acuerdo con el Procedimiento General A.
Rendimiento 3g: 0,194 g (91,7%)
[\alpha]_{D}25 = -39,36º ((c = 1,71
g/cc (en CHCl_{3}))
C_{22}H_{33}N_{2}O_{4}Cl, P.M.:
424,953
El compuesto 3h fue sintetizado a partir de
t-Boc-Dolaproína (1) y (1R,
2R)-(-)-2-metil-amino-1-fenil-propan-1-ol
(2h) de acuerdo con el Procedimiento General A.
Rendimiento 3h: 0,14 g (64%)
[\alpha]_{D}25 = -184,7º ((c = 0,17
g/cc (en CHCl_{3}))
Anal. Calc. para C_{24}H_{38}
N_{2}O_{5}, P.M.: 434,56
El compuesto 3i fue sintetizado a partir de
t-Boc-Dolaproína (1) y (1S,
2R)-norefedrina (2i) de acuerdo con el
Procedimiento General A. En este caso, se obtuvo cristales
incoloros en la desecación final.
Rendimiento 3i: 0,145 g (69%)
P.f.: 55-57ºC
[\alpha]_{D}25 = +8,8º ((c = 0,42 g/cc
(en CHCl_{3}))
C_{23} H_{36}N_{2}O_{5}, P.M.: 420,54
El compuesto 3j fue sintetizado a partir
de t-Boc-Dolaproína a (1) y
D(+)-(1S, 2S)-norefedrina (2j) de acuerdo con el
Procedimiento General A. En este caso, se obtuvo cristales
incoloros en la desecación final.
Rendimiento 3j: 0,204 g (97,6%)
P.f.: 65-67ºC
[\alpha]_{D}25 = +7,0º ((c = 0,43 g/cc
(en CHCl_{3}))
C_{23}H_{36}N_{2}O_{5}, P.M.: 420,54
El compuesto 3k fue sintetizado a partir de
t-Boc-Dolaproína (1) y (1R,
2S)-norefedrina (2k) de acuerdo con el
Procedimiento General A. En este caso, se obtuvo cristales
incoloros en la desecación final.
Rendimiento 3k: 0,201 g (96,0%)
P.f.: 53-55ºC
[\alpha]_{D}25 = -38,9º ((c = 0,36
g/cc (en CHCl_{3}))
C_{23}H_{36}N_{2}O_{5}, P.M.: 420,54
Procedimiento General
B
Se agitó (en baño de hielo y en atmósfera de
Arpón) una solución de la correspondiente amida
3a-k (0,2 mmol) en diclorometano (2 ml) durante dos
horas. Se eliminó, a presión reducida, el disolvente y se disolvió
el residuo en tolueno. De nuevo, se elimino a vacío el disolvente y
se repitió esta operación. Se desecó el residuo (a vacío, durante
toda una noche) en un desecador hasta obtener las sales de tipo
trifluoro-acetato 4a-k en
forma de aceite viscoso.
A una solución de cada una de las sales de tipo
trifluoro-acetato 4a-k (0,2
mmol) en diclorometano (2 ml, destilado con CaH_{2}), se añadió la
sal de tipo trifluoro-acetato del tripéptido
(síntesis indicada previamente) (5, 0,109 g, 0,2 mmol) y, a
continuación, trietil-amina (0,088 ml, 0,63 mmol) y
DEPC (0,036 ml, 93%, 0,22 mmol, en baño de hielo). Se agito la
solución en atmósfera de Argón durante dos horas. Se elimino el
disolvente (a vacío, temperatura ambiente) y se cromatografió el
residuo (columna de sílicagel; acetona-hexano 3:2
como eluyente). Después de la evaporación del disolvente de las
fracciones (elegidas por su comportamiento en la TLC), se añadió 2
ml de diclorometano anhidro y se repitió la evaporación. Se desecó
el residuo durante toda la noche en un desecador a vacío hasta
obtener un sólido blanco de aspecto apelusado.
El compuesto 6a fue sintetizado a partir de la
sal de tipo trifluoro-acetato 4a (de la
amida 3a) y la sal de tipo trifluoro-acetato
5 (del tripéptido) por el Procedimiento General B.
Rendimiento 6a: 128 mg (84%)
P.f.: 145-147ºC
[\alpha]_{D}25 = -32º ((c = 0,2 g/cc
(en CHCl_{3}))
Anal. Calc.:
C_{41}H_{71}N_{5}O_{8}, P.M.: 762,018
El compuesto 6b fue sintetizado a partir de la
sal de tipo trifluoro-acetato 4e (de la
amida 3b) y la sal de tipo trifluoro-acetato
5 (del tripéptido) por el Procedimiento General B.
Rendimiento 6b: 129 mg (87%) P.f.:
73-76ºC
[\alpha]_{D}25 = -45º ((c = 0,08 g/cc
(en CHCl_{3}))
Anal. Calc.: C_{39}H_{66}N_{6}O_{8},
P.M.: 746,965
El compuesto 6c fue sintetizado a partir de la
sal de tipo trifluoro-acetato 4c (de la
amida 3c) y la sal de tipo trifluoro-acetato
5 (del tripéptido) por el Procedimiento General B.
Rendimiento 6c: 125 mg (85%)
P.f.: 75-78ºC
[\alpha]_{D}25 = -47,9º ((c = 0,19
g/cc (en CDCl_{3}))
Anal. Calc.: C_{39}H_{66}N_{5}O_{6}Cl,
P.M.: 736,411
El compuesto 6d fue sintetizado a partir
de la sal de tipo trifluoro-acetato 4d (de la amida
3d) y la sal de tipo trifluoro-acetato 5 (del
tripéptido) por el Procedimiento General B. Rendimiento 6d: 0,105 g
(72,8%)
P.f.: 76-78ºC
[\alpha]_{D}25 = -44,81º ((c = 0,27
g/cc (en CHCl_{3}))
Anal. Calc.: C_{39}H_{66}N_{5}O_{6}F,
P.M.: 719,958
El compuesto 6e fue sintetizado a partir
de la sal de tipo trifluoro-acetato 4e (de
la amida 3e) y la sal de tipo
trifluoro-acetato 5 (del tripéptido) por el
Procedimiento General B.
Rendimiento 6e: 0,113 g (72,7%)
P.f.: 107-109ºC
[\alpha]_{D}25 = -41,76º ((c = 0,17
g/cc (en CDCl_{3}))
Anal. Calc.: C_{39}H_{66}N_{5}O_{6}Br,
P.M.: 780,867
El compuesto 6f fue sintetizado a partir
de la sal de tipo trifluoro-acetato 4f (de
la amida 3f) y la sal de tipo
trifluoro-acetato 5 (del tripéptido) por el
Procedimiento General B.
Rendimiento 6f: 0,103 g (69,7%)
P.f.: 79-81ºC
[\alpha]_{D}25 = -41,79º ((c = 0,28
g/cc (en CDCl_{3}))
Anal. Calc.: C_{39}H_{66}N_{5}O_{6}Cl,
P.M.: 736,411
El compuesto 6g fue sintetizado a partir
de la sal de tipo trifluoro-acetato 4g (de
la amida 3g) y la sal de tipo
trifluoro-acetato 5 (del tripéptido) por el
Procedimiento General B.
Rendimiento 6g: 0,105 g (71,3%)
P.f.: 75-77C
[\alpha]_{D}25 = -44,17º ((c = 0,36
g/cc (en CDCl_{3}))
Anal. Calc.: C_{39}H_{66}N_{5}O_{6}Cl,
P.M.: 736,411
El compuesto 6h fue sintetizado a partir
de la sal de tipo trifluoro-acetato 4g (de
la amida 3h) y la sal de tipo
trifluoro-acetato 5 (del tripéptido) por el
Procedimiento General B.
Rendimiento 6h: 92 mg (62%) P.f.:
108-110ºC
[\alpha]_{D}25 = -70º ((c = 0,13 g/cc
(en CHCl_{3}))
Anal. Calc.: C_{41} H_{71} N_{5}O_{7}
P.M.: 746,018 5
El compuesto 6i fue sintetizado a partir
de la sal de tipo trifluoro-acetato 4i (de
la amida 3i) y la sal de tipo
trifluoro-acetato 5 (del tripéptido) por el
Procedimiento General B.
Rendimiento 6i: 0,101 g (69%)
P.f.: 92-94ºC
[\alpha]_{D}25 = -20º ((c = 0,12 g/cc
(en CDCl_{3}))
Anal. Calc.: C_{40}H_{69} N_{5}O_{7}
P.M.: 731,992
El compuesto 6j fue sintetizado a partir
de la sal de tipo trifluoro-acetato 4j (de
la amida 3j) y la sal de tipo
trifluoro-acetato 5 (del tripéptido) por el
Procedimiento General B.
Rendimiento 6j: 0,110 g (75,4%)
P.f.: 108-110ºC
[\alpha]_{D}25 = -24,05º ((c = 0,37
g/cc (en CHCl_{3}))
Anal. Calc.: C_{40}H_{69}N_{5}O_{7} P.M.:
731,992
El compuesto 6k fue sintetizado a partir
de la sal de tipo trifluoro-acetato 4k (de
la amida 3k) y la sal de tipo
trifluoro-acetato 5 (del tripéptido) por el
Procedimiento General B.
Rendimiento 6k: 0,098 g (67%)
P.f.: 100-102ºC
[\alpha]_{D}25 = -24,05º ((c = 0,27
g/cc (en CDCl_{3}))
Anal. Calc.: C_{40}H_{69}N_{5}O_{7} P.M.:
731,992
En las Tablas 1-2, más abajo, se
presenta la extraordinaria inhibición del crecimiento celular que
muestran los tetrapéptidos 6a-k frente a los
seis principales tipos de cáncer del ser humano y frente a la línea
de linfocitos P388 de la leucemia del ratón.
\vskip1.000000\baselineskip
De lo anterior, resulta evidente que la
realización preferente de la presente invención, que aquí se ha
descrito e ilustrado, cumple de manera notablemente inesperada,
todos los objetivos antes señalados.
Claims (10)
1. Compuesto que presenta la siguiente formula
estructural
\vskip1.000000\baselineskip
\vskip1.000000\baselineskip
en la que R^{1} puede ser:
OCH_{3}, N O_{2}, F, Cl, Br y H; R^{2} puede ser: OCH_{3},
H y Cl; y R^{3} puede ser: H y Cl, a condición de que si R^{1}
es NO_{2}, Cl, F o Br, entonces R^{2}= R^{3} =H; si R^{2}=
Cl, entonces R^{1}= R^{3}= H; si R^{3}= Cl, entonces R^{1} =
R^{2} = H; y si R^{1}=OCH_{3}, entonces R^{2}= R^{1} y
R^{3}= H y que si R^{1}=H entonces R^{2} o R^{3}=
Cl.
2. Compuesto según la Reivindicación 1, en el que
R^{1}=H o Cl, R^{2}=H o Cl y R^{3}=Cl o H, con la condición
que si R^{1} = H entonces R^{2} o R^{3}= Cl.
3. Compuesto que presenta la siguiente fórmula
estructural
\vskip1.000000\baselineskip
\vskip1.000000\baselineskip
en la que R^{4} puede ser H y
CH_{3}, R^{5} puede ser H y CH_{3}, R^{6} puede ser
CH_{3} y H, R^{7} puede ser H y OH, y R^{8} puede ser H y OH;
a condición de que R^{7}=OH o bien R^{8}=OH, que al menos uno
de los sustituyentes R^{4}, R^{5} y R^{6} sea CH_{3} y al
menos dos de los sustituyentes R^{4}, R^{5}, R^{6}, R^{7} y
R^{8} sean
H.
4. Compuesto según la Reivindicación 3, en el que
R^{4}=H, R^{5}=CH_{3}, R^{6}=H, R^{7}=OH o H, R^{8}=OH
o H y R^{7} = R^{8}.
5. Uso de un compuesto que presenta la
fórmula
\vskip1.000000\baselineskip
\vskip1.000000\baselineskip
en la producción de un medicamento
para uso en el tratamiento de células de cáncer humano
seleccionadas entre las líneas celulares OVCAR-3,
SF295, A498, NCI-460, KM20L2 o
SK-MEL-3.
6. Compuesto que presenta la fórmula
para su uso en
Medicina.
7. El uso de un compuesto que presenta la
siguiente fórmula estructural:
en la que R^{1} puede ser:
OCH_{3}, NO_{2}, F, Cl, Br y H; R^{2} puede ser: OCH_{3}, H
y Cl; y R^{3} puede ser: H y Cl, a condición de que si R^{1}
es NO_{2}, Cl, F o Br, entonces R^{2}= R^{3}=H; si R^{2}=Cl,
entonces R^{1}= R^{3}=H; si R^{3}=Cl, entonces R^{1}=
R^{2}=H; y si R^{1}=OCH_{3}, entonces R^{2}= R^{1} y
R^{3}=H, en la elaboración de un medicamento para inhibir el
crecimiento de células de cáncer humano seleccionadas entre el
grupo de líneas celulares que constan de OVCAR-3,
SF295, A498, NCI-460, KM20L2 y
SK-MEL-3.
8. El uso según la Reivindicación 7, en la que
R^{1}=H o Cl, R^{2}=H o Cl y R^{3}=Cl o H.
9. El uso de un compuesto que presenta la
siguiente fórmula estructural:
en la que R^{4} puede ser H y
CH_{3}, R^{5} puede ser H y CH_{3}, R^{6} puede ser
CH_{3} y H, R^{7} puede ser H y OH, y R^{8} puede ser H y OH;
a condición de que R^{7}=OH o bien R^{8}=OH que al menos uno de
los sustituyentes R^{4}, R^{5} y R^{6} sea CH_{3} y al
menos dos de los sustituyentes R^{4}, R^{5}, R^{6}, R^{7} y
R^{8} sean H, en la elaboración de un medicamento para inhibir el
crecimiento de células cancerosas seleccionadas a partir del
siguiente grupo de líneas celulares: P388, OVCAR-3,
SF295, A498, NCI-460, KM20L2 y
SK-MEL-3.
10. El uso según la Reivindicación 9, en la que
R^{4}=H, R^{5}=CH_{3}, R^{6}=H, R^{7}=OH o H, R^{8}=OH
o H y R^{7} R^{8}.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| US07/985,827 US5635483A (en) | 1992-12-03 | 1992-12-03 | Tumor inhibiting tetrapeptide bearing modified phenethyl amides |
| US985827 | 1992-12-03 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| ES2115732T3 ES2115732T3 (es) | 1998-07-01 |
| ES2115732T5 true ES2115732T5 (es) | 2005-03-01 |
Family
ID=25531834
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| ES93309707T Expired - Lifetime ES2115732T5 (es) | 1992-12-03 | 1993-12-03 | Inhibidor tumoral tetrapeptidico que incluye en su estructura fenetilamidas modificadas. |
Country Status (7)
| Country | Link |
|---|---|
| US (1) | US5635483A (es) |
| EP (1) | EP0600744B2 (es) |
| JP (1) | JP3430316B2 (es) |
| AT (1) | ATE163650T1 (es) |
| CA (1) | CA2110555C (es) |
| DE (1) | DE69317226T3 (es) |
| ES (1) | ES2115732T5 (es) |
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Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4816444A (en) * | 1987-07-10 | 1989-03-28 | Arizona Board Of Regents, Arizona State University | Cell growth inhibitory substance |
| US4978744A (en) * | 1989-01-27 | 1990-12-18 | Arizona Board Of Regents | Synthesis of dolastatin 10 |
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1993
- 1993-12-01 JP JP34107493A patent/JP3430316B2/ja not_active Expired - Lifetime
- 1993-12-02 CA CA002110555A patent/CA2110555C/en not_active Expired - Lifetime
- 1993-12-03 EP EP93309707A patent/EP0600744B2/en not_active Expired - Lifetime
- 1993-12-03 DE DE1993617226 patent/DE69317226T3/de not_active Expired - Lifetime
- 1993-12-03 ES ES93309707T patent/ES2115732T5/es not_active Expired - Lifetime
- 1993-12-03 AT AT93309707T patent/ATE163650T1/de active
Also Published As
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|---|---|
| JPH0770173A (ja) | 1995-03-14 |
| EP0600744B1 (en) | 1998-03-04 |
| US5635483A (en) | 1997-06-03 |
| JP3430316B2 (ja) | 2003-07-28 |
| CA2110555C (en) | 2003-01-28 |
| EP0600744A1 (en) | 1994-06-08 |
| CA2110555A1 (en) | 1994-06-04 |
| ATE163650T1 (de) | 1998-03-15 |
| DE69317226T2 (de) | 1998-07-16 |
| EP0600744B2 (en) | 2004-06-30 |
| ES2115732T3 (es) | 1998-07-01 |
| DE69317226T3 (de) | 2005-01-13 |
| DE69317226D1 (de) | 1998-04-09 |
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