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일반대학원
바이오융합과학과
Journal papers
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Construction of rabbit immune antibody libraries
Title
Construction of rabbit immune antibody libraries
Authors
Nguyen T.T.H.
;
Lee J.S.
;
Shim H.
Ewha Authors
심현보
SCOPUS Author ID
심현보
Issue Date
2018
Journal Title
Methods in Molecular Biology
ISSN
1064-3745
Citation
Methods in Molecular Biology vol. 1701, pp. 133 - 146
Keywords
Antibody library
;
Fab library
;
Immune antibody library
;
Phage display
;
Rabbit antibody
;
Rabbit monoclonal antibody
Publisher
Humana Press Inc.
Indexed
SCOPUS
Document Type
Book Chapter
Abstract
Rabbits have distinct advantages over mice as a source of target-specific antibodies. They produce higher affinity antibodies than mice, and may elicit strong immune response against antigens or epitopes that are poorly immunogenic or tolerated in mice. However, a great majority of currently available monoclonal antibodies are of murine origin because of the wider availability of murine fusion partner cell lines and well-established tools and protocols for fusion and cloning of mouse hybridoma. Phage-display selection of antibody libraries is an alternative method to hybridoma technology for the generation of target-specific monoclonal antibodies. High-affinity monoclonal antibodies from nonmurine species can readily be obtained by constructing immune antibody libraries from B cells of the immunized animal and screening the library by phage display. In this article, we describe the construction of a rabbit immune Fab library for the facile isolation of rabbit monoclonal antibodies. After immunization, B-cell cDNA is obtained from the spleen of the animal, from which antibody variable domain repertoires are amplified and assembled into a Fab repertoire by PCR. The Fab genes are then cloned into a phagemid vector and transformed to E. coli, from which a phage-displayed immune Fab library is rescued. Such a library can be biopanned against the immunization antigen for rapid identification of high-affinity, target-specific rabbit monoclonal antibodies. © Springer Science+Business Media LLC 2018.
DOI
10.1007/978-1-4939-7447-4_7
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