ES2235284T3 - Metodos para escrutar genotecas recombinantes. - Google Patents
Metodos para escrutar genotecas recombinantes.Info
- Publication number
- ES2235284T3 ES2235284T3 ES98200770T ES98200770T ES2235284T3 ES 2235284 T3 ES2235284 T3 ES 2235284T3 ES 98200770 T ES98200770 T ES 98200770T ES 98200770 T ES98200770 T ES 98200770T ES 2235284 T3 ES2235284 T3 ES 2235284T3
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- Prior art keywords
- protein
- antibody
- bacteriophage
- heavy
- phage
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Lifetime
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Classifications
-
- C—CHEMISTRY; METALLURGY
- C40—COMBINATORIAL TECHNOLOGY
- C40B—COMBINATORIAL CHEMISTRY; LIBRARIES, e.g. CHEMICAL LIBRARIES
- C40B40/00—Libraries per se, e.g. arrays, mixtures
- C40B40/02—Libraries contained in or displayed by microorganisms, e.g. bacteria or animal cells; Libraries contained in or displayed by vectors, e.g. plasmids; Libraries containing only microorganisms or vectors
-
- C—CHEMISTRY; METALLURGY
- C07—ORGANIC CHEMISTRY
- C07K—PEPTIDES
- C07K16/00—Immunoglobulins [IGs], e.g. monoclonal or polyclonal antibodies
-
- C—CHEMISTRY; METALLURGY
- C07—ORGANIC CHEMISTRY
- C07K—PEPTIDES
- C07K16/00—Immunoglobulins [IGs], e.g. monoclonal or polyclonal antibodies
- C07K16/005—Immunoglobulins [IGs], e.g. monoclonal or polyclonal antibodies constructed by phage libraries
-
- C—CHEMISTRY; METALLURGY
- C12—BIOCHEMISTRY; BEER; SPIRITS; WINE; VINEGAR; MICROBIOLOGY; ENZYMOLOGY; MUTATION OR GENETIC ENGINEERING
- C12N—MICROORGANISMS OR ENZYMES; COMPOSITIONS THEREOF; PROPAGATING, PRESERVING, OR MAINTAINING MICROORGANISMS; MUTATION OR GENETIC ENGINEERING; CULTURE MEDIA
- C12N15/00—Mutation or genetic engineering; DNA or RNA concerning genetic engineering, vectors, e.g. plasmids, or their isolation, preparation or purification; Use of hosts therefor
- C12N15/09—Recombinant DNA-technology
- C12N15/10—Processes for the isolation, preparation or purification of DNA or RNA
- C12N15/1034—Isolating an individual clone by screening libraries
- C12N15/1037—Screening libraries presented on the surface of microorganisms, e.g. phage display, E. coli display
Abstract
SE AISLAN SECUENCIAS DE NUCLEOTIDOS QUE CODIFICAN PROTEINAS DE INTERES A PARTIR DE BIBLIOTECAS DE DNA UTILIZANDO UN BACTERIOFAGO PARA UNIR LA PROTEINA A LA SECUENCIA QUE LA CODIFICA. LAS BIBLIOTECAS DE DNA SE PREPARAN A PARTIR DE CELULAS QUE CODIFICAN LA PROTEINA DE INTERES Y SE INSERTAN EN O ADYACENTES A UNA PROTEINA DE LA CUBIERTA DE UN VECTOR BACTERIOFAGO, O EN UNA SECUENCIA QUE CODIFICA UNA PROTEINA QUE PUEDA ESTAR UNIDA POR MEDIO DE UN LIGANDO A UNA PROTEINA DE LA CUBIERTA DEL FAGO. MEDIANTE EL EMPLEO DE TECNICAS DE PURIFICACION POR AFINIDAD LAS PARTICULAS DE FAGO QUE CONTIENEN SECUENCIAS QUE CODIFICAN LA PROTEINA DESEADA PUEDEN SELECCIONARSE Y OBTENER A PARTIR DE ESTAS LAS SECUENCIAS DE NUCLEOTIDOS DESEADAS. ASI, POR EJEMPLO, PUEDEN PRODUCIRSE NUEVAS PROTEINAS TALES COMO ANTICUERPOS MONOCLONALES EVITANDO LA TECNOLOGIA DE HIBRIDOMAS CONVENCIONAL.
Description
Métodos para escrutar genotecas
recombinantes.
El presente invento se refiere en general a la
tecnología del DNA recombinante y, más en particular, a métodos para
escrutar genotecas de DNA en busca de secuencias de DNA que
codifican proteínas de interés.
Aislar un gen que codifica una proteína deseada
de una genoteca de DNA recombinante puede ser una tarea
desalentadora. Las sondas de hibridación pueden facilitar el
procedimiento, pero su empleo por lo general depende del
conocimiento de al menos una porción de la secuencia del gen que
codifica la proteína. En los casos en los que la secuencia no se
conoce, se han expresado genotecas de DNA en un vector de expresión
y se han utilizado anticuerpos para escrutar placas de lisis o
colonias en busca del antígeno proteico deseado. Este procedimiento
ha sido útil para escrutar genotecas pequeñas, pero secuencias que
están representadas en una proporción menor que aproximadamente 1
clon de 10^{5} clones se pierden con facilidad, y escrutar
genotecas mayores que 10^{6} clones puede ser difícil.
Las moléculas de anticuerpos están formadas por
cadenas polipeptídicas ligeras y pesadas, que tienen cada una de
ellas una región variable (V) distinta, la combinación de las cuales
produce una región de unión al antígeno. En base a los sucesos de
combinaciones aleatorias de las cadenas pesadas y ligeras en una
cualquiera de las células productoras de anticuerpos, el repertorio
potencial de combinaciones de cadenas pesadas y ligeras de los
anticuerpos puede ser como mínimo 10^{12} o una cantidad mayor.
Así pues, para tomar muestras de una fracción grande de este
repertorio y obtener clones que expresen un anticuerpo que presenta
una especificidad de unión a antígeno deseada, puede tener que
construirse y escrutarse una genoteca extremadamente grande.
Huse W.D. y col. (1989), Science
146:1275-1281 informan sobre la preparación
de genotecas de clonación de cadenas pesadas y ligeras de
anticuerpos en el fago lambda. Las cadenas de anticuerpos se
ensamblan intracelularmente dentro del hospedador E. coli,
independientemente de la formación de las partículas del fago.
Parmley S.F. y Smith G.P. (1988), Gene
73:305-318 instruyen sobre la presentación y
el escrutinio de péptidos de una sola cadena situados sobre fagos de
fusión.
Son necesarios métodos que faciliten el
procedimiento de escrutinio, haciendo con ello posible que
secuencias de DNA que codifican proteínas de interés, y en
particular moléculas de anticuerpos, se identifiquen, reclonen y
expresen con más facilidad. Que pueda disponerse de estos
procedimientos, puede hacer posible hibridar con sondas un
repertorio completo de anticuerpos de un animal, por ejemplo, para
obtener un anticuerpo dirigido contra una molécula diana
preseleccionada. De este modo pueden evitarse las dificultades y el
procedimiento de trabajo intensivo para generar anticuerpos
monoclonales, independientemente de la especie de origen, mediante
la hibridación o transformación convencional de células
linfoblastoides. De modo bastante sorprendente, el presente invento
satisface estas y otras necesidades relacionadas.
El presente invento proporciona un método para
producir un anticuerpo o un fragmento de unión del mismo, que
comprende efectuar la transformación de una célula hospedadora por
medio de un vector bacteriofágico con (i) un primer miembro de las
secuencias nucleotídicas de una genoteca de DNA fusionado a una
secuencia que codifica una proteína de la cubierta del bacteriófago,
y (ii) un segundo miembro de las secuencias nucleotídicas de dicha
genoteca fusionado a una secuencia que codifica un péptido señal, de
tal forma que la célula hospedadora es transformada con secuencias
nucleotídicas que codifican las regiones variables tanto de la
cadena pesada como de la cadena ligera; cultivar la célula
hospedadora transformada en condiciones adecuadas para que tengan
lugar la expresión y el ensamblaje de partículas bacteriofágicas que
presentan una colección de proteínas multicatenarias que comprenden
las regiones variables de cadenas pesadas y ligeras sobre la
superficie externa de las partículas bacteriofágicas; seleccionar de
la colección partículas bacteriofágicas que codifican las regiones
variables de las cadenas ligera y pesada de interés que se unen
específicamente a una pareja en la unión de interés; reclonar los
ácidos nucleicos que codifican las regiones variables de las cadenas
pesada y ligera de interés en un vector de expresión; y producir el
anticuerpo o fragmento del mismo por medios recombinantes;
El método por lo tanto provee lo necesario para
escrutar una genoteca de DNA en busca de secuencias nucleotídicas
que codifican regiones variables de cadenas pesadas y ligeras de
interés. Los métodos, de modo general, implican unir físicamente las
regiones variables de las cadenas pesada y ligera de interés, en una
forma biológicamente activa (que habitualmente presenta una
actividad de unión), a las secuencias específicas de DNA que
codifican esas cadenas. Esto permite el aislamiento e identificación
de ese DNA por medio de técnicas de afinidad que dependen de la
actividad de unión de la proteína de interés.
El invento utiliza métodos para escrutar una
genoteca de DNA cuyos miembros están unidos a una secuencia
nucleotídica que codifica una proteína de la cubierta de un vector
bacteriofágico. El fago puede ser un fago filamentoso, tal como, por
ejemplo, fd, fl, o M13. Típicamente las secuencias de la genoteca de
DNA están insertadas en la región 5' de un gen que codifica una
proteína de la cubierta del fago, tal como la pIII. De este modo, se
produce una proteína de la cubierta del fago fusionada a una
proteína codificada por un miembro de la genoteca de DNA y se
ensambla en la partícula vírica. La segunda y
cual(es)quiera otra(s) cadena(s)
subsiguiente(s) se expresa(n) a partir del genoma del
fago de forma que es(son) transportada(s) al
periplasma, donde se ensamblan con la primera cadena que está
fusionada a la proteína de la cubierta del fago, complejo que se
asocia con la partícula de fago mientras la célula exista. Las
partículas de fago que codifican las regiones variables de las
cadenas pesada y ligera de interés se seleccionan por medio de un
ligando específico para la proteína.
Por medio del presente invento se proporcionan
por lo tanto métodos para identificar convenientemente clones de
regiones variables de cadenas pesadas y ligeras deseadas producidas
por métodos recombinantes. Un método de enriquecimiento por afinidad
permite el escrutinio de genotecas para identificar clones que
presentan las especificidades de ligandos deseadas, en el que hasta
aproximadamente 10^{9} o más clones pueden ser fácilmente
escrutados. Esto representa una importante mejora en la técnica, en
la que los procedimientos convencionales típicamente permiten
escrutar aproximadamente 10^{6} clones en una genoteca de DNA, a
veces hasta 10^{7} clones pero con incrementos proporcionales en
tiempo y trabajo.
En un aspecto el invento permite unir las
regiones variables de las cadenas pesada y ligera deseadas al DNA
que las codifica. Realizando luego un enriquecimiento con respecto a
las cadenas, como por medio de técnicas de afinidad, por ejemplo, el
DNA que codifica las cadenas también se enriquece y puede luego
aislarse. El DNA así obtenido puede después clonarse y expresarse en
otros sistemas, produciendo cantidades potencialmente grandes del
anticuerpo o fragmento de unión del mismo deseados, o puede
someterse a secuenciación y posterior clonación y a manipulaciones
genéticas antes de su expresión.
La proteína con respecto a la que el DNA se
enriquece y se clona según el presente invento, es un anticuerpo o
un fragmento del mismo.
El anticuerpo puede ser de cualquiera de los
isotipos o subclases conocidas para una especie particular, y puede
ser un complejo de unión de una única cadena o de dos cadenas o una
porción del mismo. Por ejemplo, sólo las regiones variables de unión
al antígeno de las cadenas pesadas (V_{H}) y/o ligeras (V_{L}),
pueden identificarse y clonarse; los fragmentos de unión (F_{V}) o
Fab codificados por ellas pueden de este modo encontrar utilización
ya sea como fragmento de unión, unidos a las regiones constantes de
las cadenas pesadas o ligeras, o unidos a otras proteínas que
presentan las funciones efectoras deseadas. Las características de
los dominios de las regiones constantes dependerán en gran medida de
la utilización que se quiera dar al anticuerpo, p. ej., aplicaciones
diagnósticas y/o terapéuticas, anticuerpos catalíticos, etc.
Típicamente, la pareja en la unión de la
proteína, es decir, un antígeno o un hapteno, es conocida, y los
presentes métodos proporcionan un medio para crear y/o identificar
un anticuerpo o fragmento de unión (y el DNA que codifica el
anticuerpo o fragmento de unión) que se une específicamente a la
pareja en la unión de interés. Así pues, el presente invento
proporciona un nuevo medio para producir anticuerpos, en particular
anticuerpos monoclonales, dirigidos contra antígenos y determinantes
antigénicos predeterminados, evitando de este modo el procedimiento
laborioso, largo y a menudo impredecible, de la tecnología
convencional sobre anticuerpos monoclonales. Aunque la producción de
anticuerpos monoclonales de múridos suele ser relativamente directa,
es un trabajo intensivo. Además, el desarrollo de anticuerpos
monoclonales humanos aplicando estrategias convencionales ha sido
entorpecido por diversas dificultades técnicas que, en gran medida,
se evitarían por medio del presente invento.
De acuerdo con el presente invento, se prepara
una genoteca de DNA a partir de células capaces de codificar las
regiones variables de las cadenas pesada y ligera deseadas. Existen
diversas técnicas para preparar la genoteca, la cual puede
prepararse a partir de DNA genómico o cDNA. Véase, p. ej., Sambrook
y col., Molecular Cloning, A Laboratory Manual, 2ª ed., Cold
Spring Harbor Laboratory Press, Cold Spring Harbor, N.Y. 1989. Se
entiende que cuando aquí se hace referencia a DNA, se quiere decir
que se incluye tanto DNA genómico como cDNA, salvo que se
especifique lo contrario. Las células que sirven como fuente de RNA
o DNA pueden ser cualesquiera de las células capaces de codificar la
proteína de interés. Pueden emplearse procedimientos de
enriquecimiento y medios para amplificar las regiones que contienen
el(los) gen(es), si se conocen.
El RNA y el cDNA pueden prepararse a partir de
células de bazo de animales no inmunizados, de animales inmunizados
con antígenos o haptenos de interés, células de hibridoma, o células
linfoblastoides, por ejemplo. El empleo de células de bazo
procedentes de animales no inmunizados proporciona una mejor
representación del repertorio de anticuerpos posibles, mientras que
las células de bazo procedentes de animales inmunizados están
enriquecidas en secuencias dirigidas contra epítopos del antígeno o
haptenos inmunizantes. Las células pueden obtenerse a partir de
diversas especies animales, tales como seres humanos, ratón, rata,
lagomorfos, equinos, bóvidos, aves, etc., soliendo depender la
selección de la proteína de interés y del empleo que se le quiere
dar.
La amplificación de secuencias que representan
RNA mensajero (mRNA) aisladas de células de interés, tales como
células de bazo o de hibridoma, puede realizarse conforme a
protocolos descritos en, p. ej., el documento U.S. 4.683.202,
Orlandi, y col. Proc. Natl. Acad. Sci. USA
86:3833-3837 (1989), Sastry y col., Proc. Natl.
Acad. Sci. USA 86:5728-5732 (1989), y Huse y
col. Science 246: 1275-1281 (1989). Los
cebadores oligonucleotídicos útiles en los protocolos de
amplificación pueden ser únicos o degenerados o pueden incorporar
inosina en las posiciones degeneradas. Así pues, los cebadores se
utilizarían para la amplificación de secuencias que codifican las
regiones variables tanto de las cadenas pesadas como de las cadenas
ligeras. En los cebadores pueden incorporarse secuencias de
reconocimiento para endonucleasas de restricción que permiten la
clonación del fragmento amplificado en un vector en un marco de
lectura predeterminado para su expresión.
Las genotecas de expresión que contienen el cDNA
amplificado se preparan típicamente en un vector tal como un
bacteriófago. Las características del bacteriófago adecuado dependen
de la realización específica empleada, y serán por lo general
aquellos bacteriófagos que permiten convenientemente la inserción
del DNA recombinante en las células hospedadoras mediante
empaquetamiento in vitro o mediante transformación genética,
que infectan células hospedadoras capaces de expresar las proteínas
deseadas, y cuyo DNA contiene sitios de restricción, útiles para la
clonación, que están localizados en regiones del genoma del fago
donde la inserción de DNA extraño no trastorna sustancialmente las
funciones esenciales del fago.
También se describen métodos para lograr la
recombinación eficiente de genotecas que codifican las cadenas
proteicas de forma independiente, incluyendo el uso de sitios de
clonación múltiples y poco comunes (p. ej., Not I y Sfi I) para
subclonar secuencias de una genoteca en la otra; o utilizar vectores
de fagos que existen en forma bicatenaria similar a la de los
plásmidos en algún punto de su ciclo de vida (p. ej., el DNA en
forma replicativa, "RF", de un fago filamentoso), y clonar las
genotecas de forma independiente en diferentes versiones del vector
que contienen diferentes sitios de clonación y diferentes marcadores
que permiten su selección (Amp^{R} y Tet^{R}, por ejemplo). Las
secuencias de las genotecas independientes se unen de tal forma que
una secuencia de interés y un correspondiente marcador que permite
la selección de cada genoteca reside en cada genoma individual de
fago. La aplicación de una selección doble dará lugar al
enriquecimiento en aquellos hospedadores que contengan los genomas
de fago combinados. Alternativamente, según el presente invento, las
cadenas ligera y pesada del anticuerpo se pueden expresar a partir
de plásmidos independientes.
También se describen métodos en los que los
dominios de las regiones V de las cadenas pesada y ligera se pueden
expresar en el mismo polipéptido, unidos mediante una secuencia
enlazadora flexible para formar un fragmento Fv de cadena única,
secuencias génicas que se pueden clonar luego en el vector deseado.
Tal como ha sido descrito en general en McCafferty y col.,
Nature 348:552-554 (6 de diciembre de 1990),
los dominios V completos de un anticuerpo
anti-lisozima, unidos por una secuencia enlazadora
(Gly_{4}-Ser_{3}) flexible y clonados en el
vector del fago fd fdCAT1 en la región del extremo
N-terminal de la proteína del gen III, producen una
fusión anticuerpo-gen III que se puede detectar en
el fago recombinante. El fago recombinante se puede purificar por
afinidad en una columna de lisozima-Sefarosa y a
continuación experimentar un enriquecimiento adicional propagando el
fago aislado.
En otra estrategia, una de ellas o tanto la
cadena ligera como la pesada del anticuerpo (o las regiones V de las
mismas) pueden ser expresadas por un fagémido, es decir, un vector
que combina características de plásmidos, tales como un origen
bacteriano de replicación ColE1, y bacteriófagos filamentosos, tales
como la región intergénica principal. Los fagémidos se discuten de
forma general en Sambrooke y col., supra, en las páginas
4.17-4.19 y 4.44-4.50.
El vector se puede mantener como un vector
plasmídico pequeño mediante selección, o se puede empaquetar el
plásmido de forma eficiente en viriones, o partículas de fagémido,
mediante la infección con un fago auxiliar, tal como M13KO7. Tal
como está descrito de forma general en Bass y col.; Proteins
8:309-314 (1990), controlar el número de copias de
las proteínas de fusión del gen III que se producen en una mezcla
tanto de proteína del gen III de tipo silvestre como de proteína de
fusión del gen III en partículas de fagémidos permite el adecuado
plegamiento de una proteína de fusión, permitiendo al mismo tiempo
un eficiente "panning" (técnica que consiste en revestir una
superficie con anticuerpos que reconocen antígenos o marcadores
específicos, con el fin de seleccionarlos) de grandes genotecas de
epítopos. Así, es posible seleccionar partículas de fagémidos cuyos
péptidos son de una afinidad relativamente alta, con constantes de
unión en el rango de micromolar a nanomolar.
Como se ha mencionado, los vectores pueden
construirse por ingeniería genética para clonar de modo eficiente
los productos de amplificación de la genoteca. Por ejemplo, pueden
utilizarse oligonucleótidos para introducir sitios de restricción
asimétricos, un sitio de unión a ribosomas situado a una distancia
óptima para la expresión de la secuencia clonada, y sitios de
clonación para los productos de amplificación de la genoteca.
Para enriquecer en y aislar fagos que contienen
secuencias clonadas en una genoteca que codifican una proteína
deseada, y así aislar finalmente esas mismas secuencias de ácido
nucleico, los fagos recogidos de los restos celulares bacterianos se
purifican por afinidad. Un ligando o pareja en la unión, específico
para la proteína deseada clonada en la genoteca, se utiliza en la
purificación por afinidad.
El antígeno o el determinante se utilizan para
recuperar el fago que tiene la proteína deseada sobre su superficie
externa o sobre una parte de ella. El ligando se adsorbe típicamente
en un sustrato insoluble, tal como una partícula, bolita o placa. El
fago así obtenido puede luego amplificarse infectando con él células
hospedadoras. Pueden utilizarse rondas adicionales de
enriquecimiento por afinidad, como mínimo de 10^{4} veces por
ronda o más, y de amplificación, hasta que se alcanza el nivel
deseado de enriquecimiento o hasta que ya no haya un enriquecimiento
del fago diana con relación al fago de referencia.
El fago enriquecido que porta el anticuerpo puede
también escrutarse con técnicas de detección adicionales tales como
el alzado de las placas de lisis (o colonias) de expresión (véase,
p. ej., Young y Davis, Science, 222:778-782
(1983)), para lo cual se utiliza como sonda la misma u otra pareja
en la unión. El escrutinio puede emplear ensayos adicionales (de una
actividad catalítica, por ejemplo) que se utilizan para detectar,
in situ, placas de lisis que expresan proteínas que tienen
las características deseadas. Con los fagos obtenidos con el
protocolo de escrutinio se infectan células, se propagan, y el DNA
de los fagos se aísla y se secuencia, y/o se reclona en un vector
diseñado para la expresión del gen en procariotas o eucariotas, para
obtener cantidades más grandes de la proteína particular
seleccionada.
De acuerdo con el invento, la proteína deseada es
transportada a un compartimento extra-citoplásmico
de la célula hospedadora, tal como el periplasma bacteriano, pero en
forma de una proteína de fusión con una proteína de la cubierta
vírica. Una de las cadenas polipeptídicas se expresa fusionada a una
proteína de la cubierta vírica, la cual se procesa y transporta a la
membrana celular interna. La otra cadena se expresa con una
secuencia conductora de la secreción y de este modo se transporta
también al periplasma o a otra localización intracelular pero
extra-citoplásmica. Las cadenas (p. ej., las cadenas
ligeras y pesadas) presentes en el extra-citoplasma
se ensamblan luego formando una proteína completa (o fragmento de
unión de la misma). Las moléculas ensambladas terminan incorporadas
en el fago en virtud de su unión a la proteína de la cubierta del
fago cuando el fago es expulsado a través de la membrana del
hospedador y las proteínas de la cubierta se ensamblan alrededor del
DNA del fago. El fago que porta el complejo que lleva el anticuerpo
puede luego escrutarse mediante un enriquecimiento por afinidad.
En esta realización, la síntesis y amplificación
de los cDNA se prepara como se ha descrito anteriormente, y luego se
clona en, o cerca de, una secuencia de un vector que codifica una
proteína de la cubierta, en la que el vector es, o deriva de, un
fago filamentoso, tal como f1, fd, Pf1, M13, etc. En una realización
preferida, el fago filamentoso es fd-tet. El vector
fágico se escoge de manera que contiene un sitio de clonación
localizado en la región 5' de un gen que codifica una proteína de la
cubierta del fago, tal como, por ejemplo, la proteína pIII de la
cubierta. Un vector apropiado (p. ej., el fd-tet B1
que se describe más adelante) permite la clonación orientada de
secuencias extrañas de manera que éstas se expresan en el extremo
N-terminal de la proteína de cubierta madura, o
cerca de él.
Se construye una genoteca clonando el cDNA (p.
ej., de la región V_{H}) procedente de las células donantes en un
sitio de clonación de un gen de una proteína de la cubierta (p. ej.,
el gen III, "gIII"). Las secuencias clonadas de, por ejemplo,
los dominios V_{H}, se expresan finalmente en forma de
polipéptidos o proteínas (de hasta aproximadamente 120 aminoácidos
en el caso de la proteína V_{H}) fusionadas al extremo
N-terminal de la proteína de cubierta madura
presente sobre la superficie externa y accesible de las partículas
ensambladas del fago. Aunque un fragmento peptídico grande situado
cerca del extremo N-terminal de la proteína de la
cubierta puede causar una disminución en la infectividad y/o en la
producción del fago, en comparación con un fago con fragmentos mucho
más pequeños situados de modo similar, los fragmentos más grandes
puede aún así ser enriquecidos de modo efectivo por medio de los
procedimientos que aquí se describen.
Algunos péptidos, debido a su tamaño y/o a su
secuencia, pueden causar defectos graves en la infectividad de los
fagos que los portan. Esto produce una pérdida de fagos en la
población durante la reinfección y amplificación que siguen a cada
uno de los ciclos de "panning". Para minimizar los problemas
asociados con una infectividad defectuosa, el DNA preparado a partir
del fago eluido se transforma en células hospedadoras mediante
electroporación o mediante medios químicos muy conocidos. Las
células se cultivan durante un período de tiempo suficiente para
conseguir la expresión del marcador, y se aplica una selección como
se hace típicamente en una transformación con DNA. Las colonias se
amplifican, y los fagos se recogen como se describe más adelante
para (una) posterior(es) ronda(s) de
"panning".
El cDNA que codifica la(s)
cadena(s) no clonada(s) en una proteína de la cubierta
del fago, puede clonarse directamente en un sitio apropiado (como se
describe más adelante) del vector que contiene la genoteca de los
complejos formados por primera cadena-proteína de la
cubierta; o, preferiblemente, la(s) siguiente(s)
cadena(s) puede(n) clonarse en forma de una genoteca
independiente en un vector plasmídico diferente, puede amplificarse,
y posteriormente los fragmentos pueden instalarse en el vector de la
genoteca de los complejos formados por primera
cadena-proteína de la cubierta. Por ejemplo, cuando
la primera cadena es una cadena pesada de un anticuerpo o uno de sus
fragmentos de unión, el destino final de la secuencia de cDNA de la
cadena ligera V_{L} está en un DNA RF de un vector fágico que ya
contiene una secuencia V_{H} en un gen correspondiente a una
proteína de la cubierta, recombinando de este modo al azar
secuencias V_{H} y secuencias V_{L} en un solo genoma de
fago.
La segunda cadena o la cadena siguiente de la
proteína multicatenaria deseada, como por ejemplo la V_{L}, se
clona de manera que se expresa con una secuencia conductora del
péptido señal que dirigirá su secreción al periplasma de la célula
hospedadora. Por ejemplo, se ha demostrado que varias secuencias
conductoras dirigen la secreción de secuencias de anticuerpos en
E. coli, tales como las secuencias conductoras de OmpA
(Hsiung, y col., Biotechnology 4:991-995
(1986)), pelB (Better, y col., Science
240:1041-1043 (1988)), phoA (Skerra y Pluckthun,
Science 240:1038-1043 (1988)), y
\beta-lactamasa (Zemel-Dreasen y
Zamfir, Gene 27:315-322 (1984)).
El sitio de clonación de la siguiente cadena de
cDNA debe estar situado de manera que no interfiera sustancialmente
con la función normal del fago. Un locus de este tipo es la región
intergénica descrita por Zinder y Boeke, Gene
19:1-10 (1982). La secuencia V_{L} se expresa
preferiblemente a un nivel igual o superior que el producto
V_{H}/pIII para mantener una concentración de V_{L} en el
periplasma lo suficientemente alta para proporcionar un ensamblaje
(asociación) eficiente de V_{L} con las cadenas V_{H}.
En general, la estrategia para una clonación
correcta que utiliza una proteína de cubierta de un fago, como la
pIII del fago filamentoso fd, proporcionará: (1) la expresión de una
primera cadena polipeptídica, p. ej., la cadena V_{H}, fusionada
al extremo N-terminal de una proteína de la cubierta
de tamaño completo (o de tamaño casi completo (p. ej., pIII), y el
transporte a la membrana interna del hospedador cuando el dominio
hidrófobo presente en la región C-terminal de la
proteína de la cubierta, ancla la proteína de fusión en la membrana,
quedando el extremo N-terminal que contiene la
cadena sobresaliendo en el espacio periplásmico, y disponible para
la interacción con una segunda cadena o siguiente cadena (p. ej., la
V_{L} para formar un fragmento F_{V} o Fab) que queda de este
modo unida a la proteína de la cubierta; (2) la expresión adecuada
de una segunda cadena polipeptídica o de una siguiente cadena
polipeptídica si está presente (p. ej., V_{L}) y el transporte de
esta cadena al compartimento soluble del periplasma; y (3) producirá
de modo habitual, pero no necesariamente, una interferencia escasa o
nula con la función normal del fago o con la viabilidad de la célula
hospedadora.
El número de combinaciones posibles de cadenas
ligeras y pesadas probablemente excede de 10^{12}. Tomar muestras
de tantas combinaciones como sean posibles depende, en parte, de la
capacidad para recuperar cantidades grandes de transformantes. Para
los fagos con formas similares a plásmidos (como los fagos
filamentosos), la electrotransformación proporciona una eficiencia
comparable a la de la transfección del fago \lambda con
empaquetamiento in vitro, además de una capacidad muy alta de
entrada de DNA. Esto permite que se utilicen cantidades grandes de
DNA del vector para obtener cantidades muy grandes de
transformantes. El método descrito por Dower y col., Nucleic
Acids Res., 16:6127-6145 (1988), puede
utilizarse para transformar recombinantes derivados de
fd-tet en proporción de aproximadamente 10^{7}
transformantes/\mug de vector ligado en E. coli (como por
ejemplo la cepa MC1061), y pueden construirse genotecas en
fd-tet B1 de hasta aproximadamente 3 x 10^{8}
miembros o más. Aumentando la entrada de DNA y realizando
modificaciones en el protocolo de clonación dentro de la capacidad
del técnico experto, se pueden producir aumentos mayores que
aproximadamente 10 veces en la recuperación de los transformantes,
proporcionando genotecas de hasta 10^{10} recombinantes o más.
Los transformantes se seleccionan mediante
cultivo en un(os) antibiótico(s) apropiado(s)
que, en el caso del vector fd-tet, es tetraciclina.
Este cultivo puede hacerse sobre un medio de cultivo sólido o en un
medio de cultivo líquido. Para el cultivo sobre un medio sólido, las
células se cultivan a una densidad alta (de \sim10^{8} a
10^{9} tfs por m^{2}) sobre una superficie grande de, por
ejemplo, L-agar que contiene el antibiótico
selectivo para formar esencialmente un césped confluente. Las
células y los fagos expulsados se raspan de la superficie, y los
fagos se preparan para la primera ronda de "panning",
esencialmente de la manera descrita por Parmley y Smith,
Gene, 73:305-318 (1988). Para el crecimiento
en un cultivo líquido, las células pueden cultivarse en caldo L y
antibiótico a través de aproximadamente 10 o más repeticiones. Los
fagos se recogen por medio de procedimientos estándar (véase
Sambrook y col., (1989) Molecular Cloning, 2ª ed. (1989),
supra, para la preparación del fago M13) de la manera
posteriormente modificada como se describe más adelante. El
crecimiento en un cultivo líquido puede ser más conveniente debido
al tamaño de las genotecas, mientras que el crecimiento sobre medios
sólidos probablemente proporciona una menor oportunidad de un sesgo
experimental durante el procedimiento de amplificación.
Para un enriquecimiento por afinidad de los
clones deseados, aproximadamente de 10^{3} a 10^{4} equivalentes
de genoteca (un equivalente de una genoteca es un equivalente de
cada uno de los recombinantes -- 10^{4} equivalentes
de una genoteca de 10^{9} miembros es 10^{9} x 10^{4} =
10^{13} fagos) se incuban con un hapteno (ligando) para el que se
busca la proteína deseada. El hapteno está en una de las varias
formas apropiadas para los esquemas de enriquecimiento por afinidad.
En un ejemplo, el hapteno se encuentra inmovilizado sobre una
superficie o partícula, generalmente anclado por medio de una
ligadura de longitud suficiente (de 3 a 12 carbonos, por ejemplo)
para sostener el hapteno lo suficientemente alejado de la superficie
para permitir la libre interacción con el sitio de combinación con
el anticuerpo. La genoteca de un fago que porta anticuerpos es luego
sometida a "panning" sobre el hapteno inmovilizado,
generalmente según el procedimiento descrito más adelante en la
sección correspondiente al Ejemplo.
Un segundo ejemplo de presentación de un hapteno
es un hapteno unido a un ligando reconocible (de nuevo con una
ligadura de cierta longitud). Un ejemplo específico de un ligando de
este tipo es la biotina. El hapteno, así modificado, se incuba con
la genoteca de fagos y la unión tiene lugar con ambas sustancias
reaccionantes presentes en la disolución. Los complejos resultantes
se unen luego a estreptavidina (o avidina) a través del resto de
biotina. La estreptavidina puede estar inmovilizada sobre una
superficie, tal como una placa de plástico, o sobre partículas, en
cualquiera de los casos los complejos
(fago-anticuerpo-hapteno-biotina-estreptavidina)
quedan retenidos físicamente; o la estreptavidina puede ir marcada,
con un fluoróforo, por ejemplo, para etiquetar el fago
activo/anticuerpo para su detección y/o aislamiento por medio de
procedimientos de separación, p. ej., en un aparato de separación
con una celda activada por fluorescencia.
Los fagos que portan anticuerpos sin la
especificidad deseada se separan mediante lavado. El grado y la
astringencia del lavado requerido se determinarán para cada una de
las proteínas de interés. Puede ejercerse un cierto grado de control
sobre las características de unión de los anticuerpos recuperados,
ajustando las condiciones de la incubación en la que tiene lugar la
unión y del lavado posterior. La temperatura, pH, fuerza iónica,
concentración de cationes divalentes, y el volumen y duración del
lavado, harán una selección de anticuerpos dentro de intervalos
concretos de afinidad por el hapteno. Una selección basada en una
velocidad de disociación lenta, que por lo general hace predecir una
afinidad alta, es la vía más práctica. Esto puede realizarse ya sea
mediante una incubación continuada en presencia de una cantidad
saturante de hapteno libre, o aumentando el volumen, número y
duración de los lavados. En cada uno de los casos, se impide la
nueva unión del complejo anticuerpo-fago disociado,
y con el aumento del tiempo, se recuperan complejos
anticuerpo-fago de una afinidad cada vez más
elevada.
Pueden aplicarse modificaciones adicionales de
los procedimientos de unión y lavado para encontrar anticuerpos con
características especiales. Las afinidades de algunos anticuerpos
dependen de la fuerza iónica o de la concentración de cationes. Esta
es una característica útil para anticuerpos que van a utilizarse en
una purificación por afinidad de diversas proteínas cuando se
requieren condiciones suaves para separar la proteína del
anticuerpo. Ejemplos específicos los constituyen anticuerpos que
dependen de Ca^{++} para la actividad de unión y que soltaron sus
haptenos en presencia de EGTA. Véase Hopp y col.,
Biotechnology 6:1204-1210 (1988). Estos
anticuerpos pueden identificarse en la genoteca de anticuerpos
recombinantes mediante una técnica de doble escrutinio, aislando en
primer lugar los anticuerpos que se unen al hapteno en presencia de
Ca^{++}, e identificando después los anticuerpos de este grupo que
no logran unirse en presencia de EGTA.
Puede hacerse un enriquecimiento en anticuerpos
con determinadas actividades catalíticas, en grupos de anticuerpos
con una elevada afinidad por las sustancias reaccionantes (sustratos
y productos intermedios) pero con una baja afinidad por los
productos. Un doble escrutinio para realizar un enriquecimiento en
anticuerpos con estas características, puede ser útil para encontrar
anticuerpos que catalizan determinadas reacciones. Además, también
pueden seleccionarse anticuerpos catalíticos capaces de realizar
determinadas reacciones de escisión. Una de las categorías de este
tipo de reacciones es la escisión desde una molécula de un grupo
terminal específico. Por ejemplo, un anticuerpo catalítico que
escinde un aminoácido específico de un extremo de un péptido puede
seleccionarse inmovilizando el péptido y realizando un
"panning" de la genoteca de anticuerpos en condiciones que se
espera promueven la unión pero no la escisión (p. ej., una
temperatura baja, una fuerza iónica, un pH, una concentración de
cationes concretos, etc, dependiendo de la naturaleza del grupo
terminal y de la reacción de escisión), y seguido de un lavado. Esto
permite a los anticuerpos que reconocen el grupo terminal, unirse y
quedar inmovilizados, y en este grupo de anticuerpos entrarán los
anticuerpos capaces de realizar la escisión. Para encontrar los
anticuerpos capaces de realizar la escisión, las condiciones se
cambian con respecto a aquellos anticuerpos favorables para realizar
la escisión. Esta etapa liberará los complejos de
anticuerpo-fago capaces de escindirse por sí mismos
y quedar libres del péptido inmovilizado.
Un modo alternativo de llevar esto a cabo, es
realizar un "panning" con respecto a anticuerpos que se unen al
grupo terminal específico, uniendo ese grupo terminal a un enlace
diferente del enlace que ha de escindirse (un enlace no peptídico,
por ejemplo). Mediante un "panning" posterior (de los fagos
positivos procedentes del primer escrutinio) realizado sobre el
grupo terminal unido a través del enlace apropiado en condiciones de
escisión, la fracción no unida se enriquecerá con respecto a los
anticuerpos con la actividad catalítica deseada.
Para eluir el complejo de
anticuerpo-fago activo desde el hapteno
inmovilizado, después de lavar con la astringencia apropiada, el
fago unido (activo) se recupera por lo general eluyendo con un
cambio de pH. Por ejemplo, puede utilizarse pH 2 o pH 11, pH que
luego se neutraliza, y el fago eluido se amplifica infectando o
transformando las células hospedadoras. Como ejemplos de esos
hospedadores están E. coli, MC1061-F'KAN o
K91. Las células después se cultivan en forma de colonias
resistentes a tetraciclina. Las colonias se recogen raspándolas y
los fagos expulsados se purifican mediante procedimientos estándar
como se ha expuesto anteriormente. Estos fagos se utilizan luego en
otra ronda de enriquecimiento por afinidad ("panning"), y este
ciclo se repite hasta que se alcanza el nivel de enriquecimiento
deseado o hasta que el fago diana ya no se enriquece más con
relación al fago de referencia. Rondas de "panning" repetidas y
amplificaciones interpuestas pueden proporcionar niveles de
enriquecimiento que exceden las 10^{7} veces. Para aislar clones
individuales, con los fagos procedentes de la última ronda de
"panning" y elución, se infectan células, o con su DNA se
transforman células, y se cultivan sobre agar (generalmente
L-agar) y antibióticos (generalmente tet) para
formar colonias individuales perfectamente independientes, cada una
de las cuales constituye un clon que porta genomas de fagos con
ambas secuencias V_{H} y V_{L}. El DNA monocatenario de las
partículas fágicas expulsadas procedentes de cada una de las
colonias puede aislarse y el DNA que codifica los fragmentos V_{H}
y V_{L} puede secuenciarse. La forma replicativa del DNA fágico
(bicatenario) puede aislarse mediante medios estándar, y el DNA
presente en los sitios de clonación (secuencias V_{H} y V_{L})
puede reclonarse en el interior de un vector diseñado para la
expresión de un producto génico en procariotas o eucariotas, para
obtener cantidades mayores de los anticuerpos particulares
seleccionados en el procedimiento de escrutinio.
Los fagos identificados por poseer un anticuerpo
reconocido por el ligando diana, se propagan del modo apropiado para
el vector fágico particular utilizado. En el caso del
fd-tet esto se hace en un cultivo líquido de un
medio rico (caldo L, por ejemplo) con una selección por antibiótico
(Tet). Los fagos se recogen y el DNA se prepara y se secuencia
mediante métodos estándar para determinar la secuencia de DNA y de
aminoácidos del anticuerpo particular.
El DNA puede reclonarse en un vector de expresión
adecuado eucariótico o procariótico, y transfectarse en un
hospedador apropiado para la producción de grandes cantidades de
proteína. El anticuerpo se purifica del sistema de expresión
utilizando procedimientos estándar. La afinidad de unión del
anticuerpo se confirma mediante inmunoensayos muy conocidos con el
antígeno diana o con una actividad catalítica, como se describe en
Harlow y Lane, Antibodies, A Laboratory Manual, Cold Spring
Harbor, N.Y. (1988).
El siguiente ejemplo se ofrece a modo de
ilustración, no a modo de limitación.
Este ejemplo describe un procedimiento para
aislar un anticuerpo que se une a un antígeno preseleccionado, y de
este modo aislar las secuencias nucleotídicas que codifican el
anticuerpo. Se prepara una genoteca de expresión de inmunoglobulinas
a partir de células de bazo de ratón, utilizando un fago
filamentoso, el fd. Las cadenas pesadas del anticuerpo se expresan
en forma de proteínas de fusión con la proteína de cubierta pIII.
Las partículas fágicas que contienen el anticuerpo de la
especificidad de unión deseada, se aíslan por medio de un
procedimiento de "panning" utilizando el antígeno
preseleccionado.
Un vector bacteriofágico filamentoso, el fdTetB1,
se construyó a partir del vector fdTet (Zacher y col., 1980) que
transduce resistencia a tetraciclina. El sitio de clonación presente
en fdTetB1 se construyó por ingeniería genética en la región
N-terminal del gen III, y comprende dos sitios BstXI
no complementarios, separados por 18 bases. Esto se realizó
eliminando primero un sitio de restricción BstXI que ya estaba
presente en la región TN10 del fdTet. El DNA RF se digirió con la
endonucleasa de restricción BstXI, seguido de la adición de la
polimerasa de T4 para eliminar los extremos protuberantes en las
terminaciones 3'. Moléculas con extremos romos se ligaron luego y se
electrotransformaron en el MC1061. El DNA RF se aisló procedente de
varios transformantes resistentes a tetraciclina y se digirió con la
endonucleasa de restricción BstXI. Un clon que no se había digerido
con esta enzima se seleccionó para la inserción del sitio de
clonación mediante mutagénesis dirigida a un sitio (Kunkel y col.,
Meth. Enzymol., 154:367-382 (1987)) con el
oligonucleótido
5'-TATGAGGTTTTGCCAGACAACTGGAACAGTTTCAGCGGA
GTGCCAGTAGAATGGAACAACTAAAGG-3'. La inserción de la
secuencia mutagénica correcta se confirmó mediante una secuenciación
con didesoxi del DNA RF que se aisló procedente de varios
transformantes resistentes a tetraciclina.
Se construyó un vector fdTetBSN con el fin de
contener un par de sitios SfiI no complementarios en la región TN10.
Este sitio es el destino final de la casete de expresión de la
genoteca de cadenas ligeras. El fdTetB1 se abrió por el sitio único
HindIII. Dos oligonucleótidos complementarios, sintéticos, se
trataron con quinasa y se reasociaron para formar la estructura:
Este oligo se ligó al sitio HindIII del fdTetB1
por métodos estándar. Una molécula correctamente ligada y
circularizada no debería contener sitios HindIII, de manera que,
después de desactivar la ligasa, la reacción se cortó de nuevo con
HindIII para linearizar los plásmidos que no habían recibido un
inserto. Este material se transformó luego en E. coli y se
seleccionó sobre tetraciclina. La estructura de las moléculas
resultantes se comprobó y se les designó fdTetBSN.
Para construir el vector fdTetSXNS, fdTetBSN se
abrió en los sitios BstXI y un oligonucleótido, reasociado para
proporcionar la siguiente estructura
se ligó a los sitios BstXI de fdBSN
para proporcionar sitios únicos XhoI y SpeI para recibir los
fragmentos de las cadenas
pesadas.
El vector plasmídico pVL se construyó digiriendo
el pUC19 con A1wNI y limando los extremos hasta hacerlos romos. Un
sitio SfiI se introdujo ligando los oligonucleótidos reasociados
al sitio A1wNI hecho
romo.
El sitio AatII de este pUC19 modificado se abrió
y un fragmento que contenía la casete de expresión de la cadena
ligera descrita por Huse y col., estaba flanqueado en el lado aguas
abajo (con respecto a la transcripción) por un sitio SfiI de
secuencia GGCCGGTCCGGCC. Este plásmido ahora contiene (en la
dirección de las agujas del reloj) un sitio SfiI, un gen de
\beta-lactamasa, un promotor lac Z, un sitio de
unión a ribosomas, una secuencia de péptido señal pel B, sitio SacI,
sitio XbaI, sitio(s) de terminación de la traducción, y sitio
SfiI.
Se sintetizan secuencias de cDNA que representan
los dominios de unión a antígeno de las cadenas pesadas y ligeras de
anticuerpos, a partir de RNA de células productoras de anticuerpos,
de la manera descrita por Huse y col., supra. Se utilizan
células de bazo procedentes de ratones que han sido inmunizados con
el antígeno preseleccionado al que se unen los anticuerpos deseados.
El cDNA se amplifica por PCR utilizando cebadores que se reasocian
con las regiones comunes a muchas secuencias de anticuerpos, que
flanquean los dominios variables de unión a antígeno. Los cebadores
contienen también secuencias de sitios de restricción apropiados,
como se describe más adelante. Los fragmentos amplificados,
bicatenarios, se digieren con las nucleasas de restricción
apropiadas y se ligan a los sitios compatibles presentes en los
respectivos vectores. En el caso de los fragmentos de las cadenas
pesadas esto se realiza mediante la incorporación de sitios XhoI en
los cebadores de 5' para PCR, y de sitios SpeI en los cebadores de
3'. Estos sitios quedan luego expuestos mediante una digestión y se
ligan a los sitios correspondientes en el vector fdTetSXNS digerido.
Los productos resultantes de la ligación se transformaron por
electroporación en E. coli MC1061 y, después del crecimiento,
se seleccionaron sobre tetraciclina.
En el caso de la genoteca de las cadenas ligeras,
los fragmentos de las cadenas ligeras se amplifican con cebadores 5'
para PCR que contienen sitios SacI, y con cebadores 3' que contienen
sitios XbaI. Los sitios presentes en los fragmentos se abren y se
ligan a los sitios correspondientes en el pVL. Los productos
resultantes de la ligación se transforman luego por electroporación
en E. coli MC1061. Después del crecimiento, los
transformantes se recuperaron mediante selección sobre
ampicilina.
DNA procedente de la genoteca de las cadenas
ligeras (en pVL) se digirió con SfiI. El mayor de los dos fragmentos
resultantes, que contiene la casete de expresión de una cadena
ligera, se aísla y se liga en un exceso molar de varias veces con el
DNA de la genoteca de cadenas pesadas (en fdTetSXNS) que ha sido
digerido con SfiI. Los productos resultantes de la ligación se
transforman por electroporación en células de E. coli MC1061.
Después de un período de crecimiento, los transformantes se someten
a una doble selección sobre ampicilina (100 \mug/ml) y sobre
tetraciclina (20 \mug/ml). Los transformantes resultantes
constituyen una genoteca combinada de fragmentos de cadenas pesadas
y ligeras en el fdTetSXNS.
Los métodos de síntesis de cDNA, digestiones con
enzimas de restricción, fosforilación de fragmentos, y ligación, son
esencialmente como se describen en Sambrook y col., supra. En
todos los casos, el DNA que ha de ser transformado se precipita en
etanol en presencia de acetato sódico 0,3 M y se resuspende en agua.
Las electrotransformaciones se realizan de la manera descrita por
Dower y col., supra. Después de 1 hora de crecimiento no
selectivo a 37ºC en medio SOC (Bactotriptona al 2%, Bacto extracto
de levaduras al 0,5%, NaCl 10 mM, KCl 2,5 M, MgCl_{2} 10 mM,
MgSO_{4} 10 mM, glucosa 20 mM), se extrae una alícuota y se
siembran varias diluciones en placas LB que contienen el antibiótico
apropiado (tetraciclina 20 \mug/ml, ampicilina 100 \mug/ml, o
ambos). El resto de la transformación se utiliza para inocular un
litro de caldo L que contiene el antibiótico apropiado, y se hace
crecer varias veces para amplificar la genoteca. Los fagos se aíslan
de este cultivo y se almacenan a 4ºC.
Se obtienen fagos purificados procedentes de los
cultivos líquidos clarificando el sobrenadante dos veces por
centrifugación, y precipitando las partículas fágicas con
polietilenglicol (concentración final 3,3%, polietilenglicol 8000,
NaCl 0,4 M). Después de la centrifugación, los sedimentos que
contienen los fagos se resuspenden en TBS (Tris-HCl
50 mM, pH 7,5, NaCl 150 mM) y se almacenan a 4ºC. Los fagos también
se aíslan de esta manera procedentes de las existencias de placas,
después de raspar las colonias de la superficie del agar y
resuspenderlas en caldo L.
Una cantidad de fagos de aproximadamente 10^{3}
- 10^{4} equivalentes de genoteca, se hacen reaccionar durante
toda la noche con 1 \mug de anticuerpo purificado, a 4ºC. La
mezcla se somete a "panning" mediante un procedimiento como el
que se expone a continuación. Una placa de Petri de poliestireno, de
60 x 15 mm, se reviste con 1 ml de disolución de estreptavidina (1
mg/ml en NaHCO_{3} 0,1 M, pH 8,6, NaN_{3} al 0,02%) y se incuba
durante toda la noche a 4ºC. Al día siguiente la disolución de
estreptavidina se extrae. La placa se llena con 10 ml de disolución
de bloqueo (BSA 30 mg/ml, estreptavidina 3 \mug/ml en NaHCO_{3}
0,1 M, pH 9,2, NaN_{3} al 0,02%) y se incuba durante 2 horas a
temperatura ambiente. Se añaden 2 microgramos de IgG
anti-ratón, procedente de cabra, biotinilada (BRL) a
la genoteca de fagos que reaccionan con el anticuerpo y se incuban 2
horas a 4ºC. Inmediatamente antes del procedimiento de
"panning", la disolución de bloqueo se extrae de la placa
revestida con estreptavidina, y la placa se lava tres veces con
TBS/Tween® 20 al 0,05%. La genoteca de fagos que reaccionan con el
anticuerpo se añade entonces a la placa y ésta se incuba 30 minutos
a temperatura ambiente. Para esta purificación por afinidad también
pueden utilizarse bolitas de agarosa revestidas con estreptavidina
(BRL). La disolución que contiene los fagos se extrae y la placa se
lava diez veces con TBS/Tween® 20 al 0,05% a lo largo de un período
de 60 minutos. Los fagos unidos se separan añadiendo un tampón de
elución (BSA 1 mg/ml, HCl 0,1 N, pH ajustado a 2,2 con glicina) a la
placa de Petri e incubando 10 minutos para disociar los
inmunocomplejos. El eluido se separa, se neutraliza con Tris 2 M (pH
no ajustado) y se utiliza para infectar células bacterianas que
contienen F' en fase logarítmica. Estas células se siembran luego
sobre placas de agar LB que contienen tetraciclina (20 \mug/ml), y
se cultivan toda la noche a 37ºC. Los fagos se aíslan de estas
placas de la manera descrita, y el procedimiento de purificación por
afinidad se repitió de dos a tres rondas. Después de la última ronda
de purificación, una porción del eluido se utiliza para infectar las
células y se siembran a una densidad baja sobre placas de LB con
tetraciclina. Colonias individuales se transfieren a tubos de
cultivo que contienen 2 ml de medio LB y tetraciclina y se hacen
crecer hasta alcanzar la saturación. El DNA de los fagos se aísla
utilizando un método diseñado por la "Beckman Biomek®
Workstation" (Mardis y Roe., Biotechniques,
7:840-850 (1989)) que emplea placas de
microtitulación de 96 pocillos. El DNA monocatenario se secuencia
mediante el método de los didesoxi utilizando Sequenase® (U.S.
Biochemicals) y un cebador oligonucleotídico para la secuenciación
(5'-CGATCTAAAGTTTTGTCGTCT-3') que
es complementario a la secuencia localizada a 40 nucleótidos en
dirección 3' del segundo sitio BstXI presente en fdTetB1.
De lo anteriormente expuesto se evidencia que se
proporcionan métodos que aumentan sustancialmente la capacidad para
aislar secuencias nucleotídicas que codifican las proteínas de
anticuerpos de interés, procedentes de una genoteca grande de DNA.
Esto es especialmente alentador, ya que estos métodos y
composiciones pueden emplearse para recuperar o producir de novo
muchas proteínas, y en particular anticuerpos monoclonales, útiles
como composiciones terapéuticas o profilácticas, reactivos de
diagnóstico, compuestos catalíticos, etc. que anteriormente se
obtenían sólo mediante una experimentación extensiva, en caso de
obtenerse. El presente invento proporciona un medio para evitar
muchas de las dificultades asociadas con métodos tradicionales de la
tecnología sobre anticuerpos monoclonales. Además, las proteínas
identificadas por medio del presente invento, son producidas por
medios recombinantes, proporcionando ventajas adicionales de,
inter alia, conveniencia, pureza sustancial y aspectos
económicos.
Aunque el anterior invento se ha descrito con
cierto detalle por medio de una ilustración y un ejemplo con el
propósito de aportar claridad en su comprensión, resultará obvio que
pueden practicarse determinados cambios y modificaciones dentro del
alcance de las reivindicaciones adjuntas.
Claims (14)
1. Un método para producir un anticuerpo o
fragmento de unión del mismo, que comprende:
(a) efectuar la transformación de una célula
hospedadora por medio de un vector de expresión bacteriofágico, con
(i) un primer miembro de las secuencias nucleotídicas de una
genoteca de DNA fusionado a una secuencia que codifica una proteína
de la cubierta del bacteriófago, y (ii) un segundo miembro de las
secuencias nucleotídicas de dicha genoteca de DNA, fusionado a una
secuencia que codifica un péptido señal, de tal forma que la célula
hospedadora es transformada con secuencias nucleotídicas que
codifican las regiones variables tanto de la cadena pesada como de
la cadena ligera;
(b) cultivar la célula hospedadora transformada
en condiciones adecuadas para que tengan lugar la expresión y el
ensamblaje de partículas bacteriofágicas que presentan una colección
de proteínas multicatenarias que comprenden las regiones variables
de cadenas pesadas y ligeras sobre la superficie externa de las
partículas bacteriofágicas;
(c) seleccionar de entre las partículas
bacteriofágicas que presentan una colección de proteínas
multicatenarias expresadas y ensambladas en la etapa (b) partículas
bacteriofágicas que codifican las regiones variables de las cadenas
pesada y ligera de interés que se unen específicamente a una pareja
en la unión de interés;
(d) reclonar los ácidos nucleicos que codifican
las regiones variables de las cadenas pesada y ligera de interés en
un vector de expresión; y
(e) producir el anticuerpo o fragmento del mismo
por medios recombinantes.
2. Un método según la reivindicación 1, en el que
el vector bacteriofágico es un bacteriófago filamentoso,
preferiblemente M13, fd o f1, más preferiblemente fd o un derivado
del mismo.
3. Un método según la reivindicación 1 o la
reivindicación 2, en el que la proteína de la cubierta es pIII.
4. Un método según una cualquiera de las
reivindicaciones 1 a 3, en el que el péptido señal es un péptido
señal de Omp A, pel B, phoA, pIII o
\beta-lactamasa.
5. Un método según una cualquiera de las
reivindicaciones 1 a 4, en el que las células hospedadoras
transformadas se lisan después de su cultivo y las partículas
bacteriofágicas se seleccionan de los restos celulares;
opcionalmente, en el que las partículas bacteriofágicas que
codifican la proteína de interés se enriquecen repitiendo la etapa
de selección al menos una vez.
6. Un método según la reivindicación 1, en el que
dicho primer miembro de las secuencias nucleotídicas de la genoteca
codifica una proteína que comprende una región variable de cadena
pesada de anticuerpo.
7. Un método según la reivindicación 6, en el que
dicha región variable de cadena pesada de anticuerpo está localizada
en el extremo amino de dicha proteína de la cubierta, sobre dicha
superficie bacteriofágica.
8. Un método según la reivindicación 7, en el que
dicha proteína de la cubierta es una proteína de la cubierta pIII de
tamaño completo.
9. Un método según una cualquiera de las
reivindicaciones 1 a 8, en el que el primer y el segundo miembro de
la genoteca de DNA comprenden cDNA amplificado.
10. Un método según cualquier reivindicación
precedente, en el que el vector de expresión es un vector de
expresión eucariótico, o un vector de expresión procariótico.
11. Un método según cualquier reivindicación
precedente, en el que el anticuerpo o fragmento del mismo es un
fragmento de anticuerpo Fab que comprende las regiones variables de
las cadenas pesada y ligera de interés.
12. Un método según cualquier reivindicación
precedente, en el que las secuencias nucleotídicas que codifican las
regiones variables de las cadenas pesada y ligera de interés se
seleccionan tras múltiples rondas de las etapas (a), (b) y (c).
13. Un método según cualquier reivindicación
precedente, en el que método comprende además la recombinación al
azar de secuencias aisladas de las regiones variables de las cadenas
pesadas y ligeras, para su transformación en dichas células
hospedadoras.
14. Un método según cualquier reivindicación
precedente, que comprende además la etapa de incorporar el
anticuerpo o fragmento de unión del mismo a una composición
terapéutica, profiláctica o diagnóstica.
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US517659 | 1983-07-27 | ||
US07/517,659 US5427908A (en) | 1990-05-01 | 1990-05-01 | Recombinant library screening methods |
Publications (1)
Publication Number | Publication Date |
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ES2235284T3 true ES2235284T3 (es) | 2005-07-01 |
Family
ID=24060691
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ES91908963T Expired - Lifetime ES2124224T3 (es) | 1990-05-01 | 1991-05-01 | Metodo para escrutar genotecas recombinantes. |
ES98200770T Expired - Lifetime ES2235284T3 (es) | 1990-05-01 | 1991-05-01 | Metodos para escrutar genotecas recombinantes. |
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Application Number | Title | Priority Date | Filing Date |
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ES91908963T Expired - Lifetime ES2124224T3 (es) | 1990-05-01 | 1991-05-01 | Metodo para escrutar genotecas recombinantes. |
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---|---|
US (2) | US5427908A (es) |
EP (3) | EP0866136B1 (es) |
JP (1) | JP3344584B2 (es) |
AT (2) | ATE286985T1 (es) |
AU (1) | AU7793991A (es) |
DE (3) | DE69133437T2 (es) |
DK (2) | DK0527839T3 (es) |
ES (2) | ES2124224T3 (es) |
GR (1) | GR3029421T3 (es) |
WO (1) | WO1991017271A1 (es) |
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1991
- 1991-05-01 DK DK91908963T patent/DK0527839T3/da active
- 1991-05-01 EP EP98200770A patent/EP0866136B1/en not_active Revoked
- 1991-05-01 WO PCT/US1991/002989 patent/WO1991017271A1/en active IP Right Grant
- 1991-05-01 AT AT98200770T patent/ATE286985T1/de not_active IP Right Cessation
- 1991-05-01 EP EP05075052A patent/EP1555328A3/en not_active Withdrawn
- 1991-05-01 EP EP91908963A patent/EP0527839B1/en not_active Revoked
- 1991-05-01 JP JP50889691A patent/JP3344584B2/ja not_active Expired - Fee Related
- 1991-05-01 ES ES91908963T patent/ES2124224T3/es not_active Expired - Lifetime
- 1991-05-01 DK DK98200770T patent/DK0866136T3/da active
- 1991-05-01 ES ES98200770T patent/ES2235284T3/es not_active Expired - Lifetime
- 1991-05-01 DE DE69133437T patent/DE69133437T2/de not_active Revoked
- 1991-05-01 AU AU77939/91A patent/AU7793991A/en not_active Abandoned
- 1991-05-01 AT AT91908963T patent/ATE174067T1/de not_active IP Right Cessation
- 1991-05-01 DE DE98200770T patent/DE98200770T1/de active Pending
- 1991-05-01 DE DE69130563T patent/DE69130563T2/de not_active Revoked
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1995
- 1995-01-20 US US08/376,326 patent/US5580717A/en not_active Expired - Lifetime
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1999
- 1999-02-17 GR GR990400504T patent/GR3029421T3/el unknown
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DE69133437D1 (de) | 2005-02-17 |
EP0527839B1 (en) | 1998-12-02 |
EP1555328A2 (en) | 2005-07-20 |
GR3029421T3 (en) | 1999-05-28 |
US5427908A (en) | 1995-06-27 |
WO1991017271A1 (en) | 1991-11-14 |
EP0866136A1 (en) | 1998-09-23 |
DK0866136T3 (da) | 2005-05-17 |
ATE174067T1 (de) | 1998-12-15 |
EP0527839A4 (en) | 1993-06-09 |
EP1555328A3 (en) | 2009-05-06 |
DK0527839T3 (da) | 1999-08-16 |
AU7793991A (en) | 1991-11-27 |
JP3344584B2 (ja) | 2002-11-11 |
DE69133437T2 (de) | 2006-01-05 |
JPH05506782A (ja) | 1993-10-07 |
DE98200770T1 (de) | 2004-09-30 |
ES2124224T3 (es) | 1999-02-01 |
EP0527839A1 (en) | 1993-02-24 |
US5580717A (en) | 1996-12-03 |
EP0866136B1 (en) | 2005-01-12 |
DE69130563T2 (de) | 1999-06-24 |
ATE286985T1 (de) | 2005-01-15 |
DE69130563D1 (de) | 1999-01-14 |
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