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Results: 1-8 |
Results: 8
THE GERMINAL CENTER KINASE (GCK)-RELATED PROTEIN-KINASES HPK1 AND KHSARE CANDIDATES FOR HIGHLY SELECTIVE SIGNAL TRANSDUCERS OF CRK FAMILY ADAPTER PROTEINS
Authors: OEHRL W KARDINAL C RUF S ADERMANN K GROFFEN J FENG GS BLENIS J TAN TH FELLER SM
Citation: W. Oehrl et al., THE GERMINAL CENTER KINASE (GCK)-RELATED PROTEIN-KINASES HPK1 AND KHSARE CANDIDATES FOR HIGHLY SELECTIVE SIGNAL TRANSDUCERS OF CRK FAMILY ADAPTER PROTEINS, Oncogene, 17(15), 1998, pp. 1893-1901
DEVELOPMENT OF HIGHLY SELECTIVE SH3 BINDING PEPTIDES FOR CRK AND CRKLWHICH DISRUPT CRK-COMPLEXES WITH DOCK180, SOS AND C3G
Authors: POSERN G ZHENG J KNUDSEN BS KARDINAL C MULLER KB VOSS J SHISHIDO T COWBURN D CHENG GH WANG BL KRUH GD BURRELL SK JACOBSON CA LENZ DM ZAMBORELLI TJ ADERMANN K HANAFUSA H FELLER SM
Citation: G. Posern et al., DEVELOPMENT OF HIGHLY SELECTIVE SH3 BINDING PEPTIDES FOR CRK AND CRKLWHICH DISRUPT CRK-COMPLEXES WITH DOCK180, SOS AND C3G, Oncogene, 16(15), 1998, pp. 1903-1912
HEMATOPOIETIC PROGENITOR KINASE (HPK1) IS A NOVEL SIGNAL TRANSDUCER CANDIDATE FOR THE ADAPTER PROTEINS CRK1 AND C-CRK
Authors: OEHRL W KARDINAL C RUF S TAN TH BLENIS J GROFFEN J FELLER SM
Citation: W. Oehrl et al., HEMATOPOIETIC PROGENITOR KINASE (HPK1) IS A NOVEL SIGNAL TRANSDUCER CANDIDATE FOR THE ADAPTER PROTEINS CRK1 AND C-CRK, British Journal of Haematology, 102(1), 1998, pp. 154-154
GENETIC STABILITY OF GENE-TARGETED IMMUNOGLOBULIN LOCI .2. INFLUENCE OF THE CELL-LINE AND THE VECTOR LINEARIZATION SITE
Authors: MOCIKAT R KARDINAL C SELMAYR M
Citation: R. Mocikat et al., GENETIC STABILITY OF GENE-TARGETED IMMUNOGLOBULIN LOCI .2. INFLUENCE OF THE CELL-LINE AND THE VECTOR LINEARIZATION SITE, MGG. Molecular & general genetics, 256(5), 1997, pp. 499-508
GENETIC STABILITY OF GENE TARGETED IMMUNOGLOBULIN LOCI .1. HEAVY-CHAIN ISOTYPE EXCHANGE INDUCED BY A UNIVERSAL GENE REPLACEMENT VECTOR
Authors: KARDINAL C SELMAYR M MOCIKAT R
Citation: C. Kardinal et al., GENETIC STABILITY OF GENE TARGETED IMMUNOGLOBULIN LOCI .1. HEAVY-CHAIN ISOTYPE EXCHANGE INDUCED BY A UNIVERSAL GENE REPLACEMENT VECTOR, Immunology, 89(3), 1996, pp. 309-315
UNALTERED IMMUNOGLOBULIN EXPRESSION IN HYBRIDOMA CELLS MODIFIED BY TARGETING OF THE HEAVY-CHAIN LOCUS WITH AN INTEGRATION VECTOR
Authors: MOCIKAT R KARDINAL C LANG P ZEIDLER R THIERFELDER S
Citation: R. Mocikat et al., UNALTERED IMMUNOGLOBULIN EXPRESSION IN HYBRIDOMA CELLS MODIFIED BY TARGETING OF THE HEAVY-CHAIN LOCUS WITH AN INTEGRATION VECTOR, Immunology, 84(1), 1995, pp. 159-163
INTEGRATION VECTORS FOR ANTIBODY CHIMERIZATION BY HOMOLOGOUS RECOMBINATION IN HYBRIDOMA CELLS
Authors: KARDINAL C HOOIJBERG E LANG P ZEIDLER R MOCIKAT R
Citation: C. Kardinal et al., INTEGRATION VECTORS FOR ANTIBODY CHIMERIZATION BY HOMOLOGOUS RECOMBINATION IN HYBRIDOMA CELLS, European Journal of Immunology, 25(3), 1995, pp. 792-797
DIFFERENTIAL INTERACTIONS BETWEEN THE IMMUNOGLOBULIN HEAVY-CHAIN MU-INTRON AND 3'-ENHANCER
Authors: MOCIKAT R KARDINAL C KLOBECK HG
Citation: R. Mocikat et al., DIFFERENTIAL INTERACTIONS BETWEEN THE IMMUNOGLOBULIN HEAVY-CHAIN MU-INTRON AND 3'-ENHANCER, European Journal of Immunology, 25(11), 1995, pp. 3195-3198
Risultati: 1-8 |