5 - 7 |
Catalytic Antibodies and Antibody Engineering Paul S, Gabibov A, Massey R |
107 - 118 |
From Esoteric Theory to Therapeutic Antibodies Wu TT |
119 - 134 |
Antibody-Combining Sites - Extending the Natural Limits Webster DM, Pedersen J, Staunton D, Jones A, Rees AR |
135 - 142 |
Human Autoantibodies and Their Genes Zouali M |
143 - 155 |
Expression of Immunoglobulin Genes Tandem in Eukaryotic Cells Under the Control of T7-Bacteriophage RNA-Polymerase Deyev SM, Lieber A, Radko BV, Polanovsky OL |
157 - 173 |
Selection and Rapid Purification of Murine Antibody Fragments That Bind a Transition-State Analog by Phage Display Mccafferty J, Fitzgerald KJ, Earnshaw J, Chiswell DJ, Link J, Smith R, Kenten J |
175 - 190 |
Phage Display of Enzymes and in-Vitro Selection for Catalytic Activity Soumillion P, Jespers L, Bouchet M, Marchandbrynaert J, Sartiaux P, Fastrez J |
191 - 198 |
Selection of Functional Human-Immunoglobulin Light-Chains from a Phage-Display Library Tyutyulkova S, Paul S |
199 - 212 |
Studies on Chymotrypsin-Like Catalysis by Synthetic Peptides Corey MJ, Hallakova E, Pugh K, Stewart JM |
213 - 227 |
Antibody-Synthesis Induced by Endogenous Internal Images Seferian PG, Rodkey LS |
229 - 239 |
Abzyme Generation Using an Antiidiotypic Antibody as the Internal Image of an Enzyme Active-Site Friboulet A, Izadyar L, Avalle B, Roseto A, Thomas D |
241 - 255 |
Catalytic Activity of Anti-Ground State Antibodies, Antibody Subunits, and Human Autoantibodies Paul S |
257 - 275 |
Immune Recognition, Antigen Design, and Catalytic Antibody-Production Tramontano A |
277 - 292 |
Aspects of Antibody-Catalyzed Primary Amide Hydrolysis Titmas RC, Angeles TS, Sugasawara R, Aman N, Darsley MJ, Blackburn G, Martin MT |
293 - 303 |
DNA-Hydrolyzing Autoantibodies Gabibov AG, Gololobov GV, Makarevich OI, Schourov DV, Chernova EA, Yadav RP |
305 - 315 |
DNA-Protein Complexes Natural Targets for DNA-Hydrolyzing Antibodies Gololobov GV, Mikhalap SV, Starov AV, Kolesnikov AF, Gabibov AG |
317 - 327 |
Kinetics of Oxidation of O-Dianisidine by Hydrogen-Peroxide in the Presence of Antibody Complexes of Iron(III) Coproporphyrin Savitsky AP, Nelen MI, Yatsmirsky AK, Demcheva MV, Ponomarev GV, Sinikov IV |
329 - 343 |
An Approach to Sequence-Specific Antibody Proteases - The Use of Haptens Mimicking Both a Transition-State and a Distorted Ground-State Smith RM, Yuan P, Weiner DP, Dutton CR, Hansen DE |
345 - 372 |
Hapten Design for the Generation of Catalytic Antibodies Thomas NR |
375 - 401 |
Proceedings of a Conference on Catalytic Antibodies and Antibody Engineering June 6-11, 1993, Moscow, Russia - General Discussion Zouali M, Mccafferty J, Stollar, Paul S, Foote, Rodkey LS, Deyev SM, Green, Thomas, Hansen DE, Webster, Gabibov AG, Polanovsky OL, Stewart JM, Campbell, Tramontano A, Gololobov GV, Svedas, Fastrez J, Friboulet A, Leuenberger |