HUMAN MONOCLONAL-ANTIBODY FAB FRAGMENTS CLONED FROM COMBINATORIAL LIBRARIES - POTENTIAL USEFULNESS IN PREVENTION AND OR TREATMENT OF MAJOR HUMAN VIRAL DISEASES/
Rm. Chanock et al., HUMAN MONOCLONAL-ANTIBODY FAB FRAGMENTS CLONED FROM COMBINATORIAL LIBRARIES - POTENTIAL USEFULNESS IN PREVENTION AND OR TREATMENT OF MAJOR HUMAN VIRAL DISEASES/, Infectious agents and disease, 2(3), 1993, pp. 118-131
Currently, there is increased interest in the use of human viral antib
odies for prophylaxis and therapy because recent advances in molecular
immunology have made it possible to generate large numbers of human m
onoclonal antibodies of desired specificity and functional activity in
short order. The strategy, developed particularly at The Scripps Rese
arch Institute and at Cambridge University is based on antigen selecti
on of such antibodies from combinatorial libraries that express Fabs o
n the surface of filamentous DNA bacteriophage. Fabs or their whole im
munoglobulin derivatives that exhibit high avidity for the selecting a
ntigen and high neutralizing activity for the corresponding virus have
been identified, and many of these human monoclonal antibodies should
prove to be useful in prophylaxis or therapy of presently uncontrolle
d, medically important human viral diseases.