RECOMBINANT ANTIBODIES AGAINST VASCULAR ENDOTHELIAL GROWTH FACTOR (VEGF), OBTAINED BY VARIABLE REGION MUTAGENESIS Russian patent published in 2015 - IPC C07K16/22 

Abstract RU 2557309 C2

FIELD: medicine.

SUBSTANCE: invention relates to biological chemistry. Described are human recombinant antibodies, which recognise human vascular endothelial growth factor (VEGF-A), block it interaction with receptor VEGFR2, and prevent its proliferative effect in conditions in vitro and proangiogenic effect in conditions in vivo. Antibodies were obtained by combination of variable region of light chain of one immunoglobulin with two other variable regions of heavy chain. Also disclosed are expression vector and nucleic acid, which codes described antibody. Also described is pharmaceutical composition, which contains described antibody.

EFFECT: as antibodies were obtained by mutagenesis of variable region of human immunoglobulin, they can be applied for immunotherapy of pathological forms, associated with increase of vascular net, such as, age-related macular degeneration, malignant neoplasms, etc.

20 cl, 10 dwg, 14 tbl, 16 ex

Similar patents RU2557309C2

Title Year Author Number
EXPRESSION AND SECRETION SYSTEM 2013
  • Tisar Devin
  • Chen Syaochen
  • Dennis Mark
  • Khotsel Isidro
RU2670491C2
METHOD OF TREATING WOUNDS 2014
  • Eriksson Ulf
  • Falkevall Annelie
  • Melem Annika
RU2672377C1
RECOVERED HUMAN ANTIBODY OR ITS ANTIGEN-BINDING FRAGMENT (VERSIONS), METHOD OF TREATING hTNFα-MEDIATED DISEASES WITH MEDIATION THEREOF (VERSIONS), PHARMACEUTICAL COMPOSITION, RECOMBINANT HUMAN ANTIBODY OR ITS ANTIGEN-BINDING FRAGMENT, RECOVERED NUCLEIC ACID (VERSIONS) 2005
  • Allen Debora Dzh.
  • Vogen Tristan Dzh.
  • Kajmaksalan Zera
  • Labkovski Boris
  • Makginess Brajen T.
  • Mankovich Dzhon Eh.
  • Roberts Ehndrju Dzh.
  • Sakorafash Pol'
  • Sehlfeld Dzhokhen G.
  • Uajt Majkl
  • Uilton Ehlison Dzh.
  • Khugenbum Khendrikus R. Dzh. M.
  • Shoehnkhaut Dehvid
RU2458704C9
METHOD OF DESTROYING CELLS USING EFFECTOR FUNCTIONS OF ANTI-EphA4 ANTIBODIES 2007
  • Nakatsuru Suiti
  • Josikava Megumi
  • Khirosima Siniti
  • Kisi Josiro
  • Kukhara Motoki
  • Nisida Sijo
  • Sinokhara Midori
RU2429246C2
ANTIBODIES AGAINST A5 REPRESENTATIVE OF 19 FAMILY WITH SIMILARITY OF SEQUENCES AND THEIR APPLICATION METHOD 2019
  • Kim, Bongcheol
  • Kim, Wonkyum
  • Kim, Dong Sik
  • Lee, Jae-Keun
  • Yoon, Jeongwon
  • Chung, Junho
  • Jin, Junyeong
RU2785436C2
HUMANIZING RABBIT ANTIBODIES USING A UNIVERSAL ANTIBODY FRAMEWORK 2018
  • Borras, Leonardo
  • Urech, David
RU2696202C1
HUMANIZATION OF RABBIT ANTIBODIES USING THE UNIVERSAL ANTIBODY FRAME 2014
  • Borras Leonardo
  • Urekh Devid
RU2652907C2
ANTIBODIES AGAINST NEYROPILIN AND METHODS OF THEIR APPLICATION 2011
  • Shmidt Majke
  • Kallakhan Kris
  • Khongo Dzho-Ehnn S.
  • Keppen Khartmut
  • Uotts Rajan Dzh.
RU2571226C2
METHOD FOR TREATMENT OR PREVENTION OF STROKE 2015
  • Eriksson Ulf
  • Nilsson Ingrid
  • Lourens Deniel
  • Su Enmin Dzho
RU2744909C2
HUMANISATION OF RABBIT ANTIBODIES USING UNIVERSAL ANTIBODY SCAFFOLD 2009
  • Borras Leonardo
  • Urekh Dehvid
RU2567006C2

RU 2 557 309 C2

Authors

Lamdan Ordas, Umberto

Gavilondo Kauli, Khorkhe, Viktor

Ajjala Avila, Marta

Mun'Os Poso, Jasmiana

Pupo Merin'O, Amauri

Rokhas Dorantes, Gertrudis

Peres Sanches, Linsidio

Dates

2015-07-20Published

2011-12-26Filed