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Results: 1-8 |
Results: 8
PHENOTYPE OF MICE LACKING FUNCTIONAL DELETED IN COLORECTAL-CANCER (DCC) GENE
Authors: FAZELI A DICKINSON SL HERMISTON ML TIGHE RV STEEN RG SMALL CG STOECKLI ET KEINOMASU K MASU M RAYBURN H SIMONS J BRONSON RT GORDON JI TESSIERLAVIGNE M WEINBERG RA
Citation: A. Fazeli et al., PHENOTYPE OF MICE LACKING FUNCTIONAL DELETED IN COLORECTAL-CANCER (DCC) GENE, Nature, 386(6627), 1997, pp. 796-804
FORCED EXPRESSION OF E-CADHERIN IN THE MOUSE INTESTINAL EPITHELIUM SLOWS CELL-MIGRATION AND PROVIDES EVIDENCE FOR NONAUTONOMOUS REGULATION OF CELL FATE IN A SELF-RENEWING SYSTEM
Authors: HERMISTON ML WONG MH GORDON JI
Citation: Ml. Hermiston et al., FORCED EXPRESSION OF E-CADHERIN IN THE MOUSE INTESTINAL EPITHELIUM SLOWS CELL-MIGRATION AND PROVIDES EVIDENCE FOR NONAUTONOMOUS REGULATION OF CELL FATE IN A SELF-RENEWING SYSTEM, Genes & development, 10(8), 1996, pp. 985-996
FORCED EXPRESSION OF THE TUMOR-SUPPRESSOR ADENOMATOSIS POLYPOSIS-COLIPROTEIN INDUCES DISORDERED CELL-MIGRATION IN THE INTESTINAL EPITHELIUM
Authors: WONG MH HERMISTON ML SYDER AJ GORDON JI
Citation: Mh. Wong et al., FORCED EXPRESSION OF THE TUMOR-SUPPRESSOR ADENOMATOSIS POLYPOSIS-COLIPROTEIN INDUCES DISORDERED CELL-MIGRATION IN THE INTESTINAL EPITHELIUM, Proceedings of the National Academy of Sciences of the United Statesof America, 93(18), 1996, pp. 9588-9593
ORGANIZATION OF THE CRYPT-VILLUS AXIS AND EVOLUTION OF ITS STEM-CELL HIERARCHY DURING INTESTINAL DEVELOPMENT
Authors: HERMISTON ML GORDON JI
Citation: Ml. Hermiston et Ji. Gordon, ORGANIZATION OF THE CRYPT-VILLUS AXIS AND EVOLUTION OF ITS STEM-CELL HIERARCHY DURING INTESTINAL DEVELOPMENT, American journal of physiology: Gastrointestinal and liver physiology, 31(5), 1995, pp. 813-822
INFLAMMATORY BOWEL-DISEASE AND ADENOMAS IN MICE EXPRESSING A DOMINANT-NEGATIVE N-CADHERIN
Authors: HERMISTON ML GORDON JI
Citation: Ml. Hermiston et Ji. Gordon, INFLAMMATORY BOWEL-DISEASE AND ADENOMAS IN MICE EXPRESSING A DOMINANT-NEGATIVE N-CADHERIN, Science, 270(5239), 1995, pp. 1203-1207
IN-VIVO ANALYSIS OF CADHERIN FUNCTION IN THE MOUSE INTESTINAL EPITHELIUM - ESSENTIAL ROLES IN ADHESION, MAINTENANCE OF DIFFERENTIATION, ANDREGULATION OF PROGRAMMED CELL-DEATH
Authors: HERMISTON ML GORDON JI
Citation: Ml. Hermiston et Ji. Gordon, IN-VIVO ANALYSIS OF CADHERIN FUNCTION IN THE MOUSE INTESTINAL EPITHELIUM - ESSENTIAL ROLES IN ADHESION, MAINTENANCE OF DIFFERENTIATION, ANDREGULATION OF PROGRAMMED CELL-DEATH, The Journal of cell biology, 129(2), 1995, pp. 489-506
DIFFERENTIATION AND SELF-RENEWAL IN THE MOUSE GASTROINTESTINAL EPITHELIUM
Authors: GORDON JI HERMISTON ML
Citation: Ji. Gordon et Ml. Hermiston, DIFFERENTIATION AND SELF-RENEWAL IN THE MOUSE GASTROINTESTINAL EPITHELIUM, Current opinion in cell biology, 6(6), 1994, pp. 795-803
CHIMERIC-TRANSGENIC MICE REPRESENT A POWERFUL TOOL FOR STUDYING HOW THE PROLIFERATION AND DIFFERENTIATION PROGRAMS OF INTESTINAL EPITHELIAL-CELL LINEAGES ARE REGULATED
Authors: HERMISTON ML GREEN RP GORDON JI
Citation: Ml. Hermiston et al., CHIMERIC-TRANSGENIC MICE REPRESENT A POWERFUL TOOL FOR STUDYING HOW THE PROLIFERATION AND DIFFERENTIATION PROGRAMS OF INTESTINAL EPITHELIAL-CELL LINEAGES ARE REGULATED, Proceedings of the National Academy of Sciences of the United Statesof America, 90(19), 1993, pp. 8866-8870
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