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Results: 1-8 |
Results: 8
APC1638N - A MOUSE MODEL FOR FAMILIAL ADENOMATOUS POLYPOSIS-ASSOCIATED DESMOID TUMORS AND CUTANEOUS CYSTS
Authors: SMITS R VANOORDT WVH LUZ A ZURCHER C JAGMOHANCHANGUR S BREUKEL C KHAN PM FODDE R
Citation: R. Smits et al., APC1638N - A MOUSE MODEL FOR FAMILIAL ADENOMATOUS POLYPOSIS-ASSOCIATED DESMOID TUMORS AND CUTANEOUS CYSTS, Gastroenterology, 114(2), 1998, pp. 275-283
LOSS OF APC AND THE ENTIRE CHROMOSOME-18 BUT ABSENCE OF MUTATIONS AT THE RAS AND TP53 GENES IN INTESTINAL TUMORS FROM APC1638N, A MOUSE MODEL FOR APC-DRIVEN CARCINOGENESIS
Authors: SMITS R KARTHEUSER A JAGMOHANCHANGUR S LEBLANC V BREUKEL C DEVRIES A VANKRANEN H VANKRIEKEN JH WILLIAMSON S EDELMANN W KUCHERLAPATI R KAN PM FODDE R
Citation: R. Smits et al., LOSS OF APC AND THE ENTIRE CHROMOSOME-18 BUT ABSENCE OF MUTATIONS AT THE RAS AND TP53 GENES IN INTESTINAL TUMORS FROM APC1638N, A MOUSE MODEL FOR APC-DRIVEN CARCINOGENESIS, Carcinogenesis, 18(2), 1997, pp. 321-327
GERMLINE MUTATIONS IN THE 3'-PART OF APC EXON-15 DO NOT RESULT IN TRUNCATED PROTEINS AND ARE ASSOCIATED WITH ATTENUATED ADENOMATOUS POLYPOSIS-COLI
Authors: VANDERLUIJT RB KHAN PM VASEN HFA BREUKEL C TOPS CMJ SCOTT RJ FODDE R
Citation: Rb. Vanderluijt et al., GERMLINE MUTATIONS IN THE 3'-PART OF APC EXON-15 DO NOT RESULT IN TRUNCATED PROTEINS AND ARE ASSOCIATED WITH ATTENUATED ADENOMATOUS POLYPOSIS-COLI, Human genetics, 98(6), 1996, pp. 727-734
HEREDITARY DESMOID DISEASE DUE TO A FRAMESHIFT MUTATION AT CODON-1924OF THE APC GENE
Authors: ECCLES DM VANDERLUIJT R BREUKEL C BULLMAN H BUNYAN D FISHER A BARBER J DUBOULAY C PRIMROSE J BURN J FODDE R
Citation: Dm. Eccles et al., HEREDITARY DESMOID DISEASE DUE TO A FRAMESHIFT MUTATION AT CODON-1924OF THE APC GENE, American journal of human genetics, 59(6), 1996, pp. 1193-1201
MOLECULAR, CYTOGENETIC, AND PHENOTYPIC STUDIES OF A CONSTITUTIONAL RECIPROCAL TRANSLOCATION T(5-10)(Q22-Q25) RESPONSIBLE FOR FAMILIAL ADENOMATOUS POLYPOSIS IN A DUTCH PEDIGREE
Authors: VANDERLUIJT RB TOPS CMJ KHAN PM VANDERKLIFT HM BREUKEL C VANLEEUWENCORNELISSE ISJ DAUWERSE HG BEVERSTOCK GC VANNOORT E SNEL P SLORS FJM VASEN HFA FODDE R
Citation: Rb. Vanderluijt et al., MOLECULAR, CYTOGENETIC, AND PHENOTYPIC STUDIES OF A CONSTITUTIONAL RECIPROCAL TRANSLOCATION T(5-10)(Q22-Q25) RESPONSIBLE FOR FAMILIAL ADENOMATOUS POLYPOSIS IN A DUTCH PEDIGREE, Genes, chromosomes & cancer, 13(3), 1995, pp. 192-202
APC MUTATION IN THE ALTERNATIVELY SPLICED REGION OF EXON-9 ASSOCIATEDWITH LATE-ONSET FAMILIAL ADENOMATOUS POLYPOSIS
Authors: VANDERLUIJT RB VASEN HFA TOPS CMJ BREUKEL C FODDE R KHAN PM
Citation: Rb. Vanderluijt et al., APC MUTATION IN THE ALTERNATIVELY SPLICED REGION OF EXON-9 ASSOCIATEDWITH LATE-ONSET FAMILIAL ADENOMATOUS POLYPOSIS, Human genetics, 96(6), 1995, pp. 705-710
A TARGETED CHAIN-TERMINATION MUTATION IN THE MOUSE APC GENE RESULTS IN MULTIPLE INTESTINAL TUMORS
Authors: FODDE R EDELMANN W YANG K VANLEEUWEN C CARLSON C RENAULT B BREUKEL C ALT E LIPKIN M KHAN PM KUCHERLAPATI R
Citation: R. Fodde et al., A TARGETED CHAIN-TERMINATION MUTATION IN THE MOUSE APC GENE RESULTS IN MULTIPLE INTESTINAL TUMORS, Proceedings of the National Academy of Sciences of the United Statesof America, 91(19), 1994, pp. 8969-8973
TARGETED MODIFICATION OF EXON-15 OF THE MOUSE APC GENE RESULTS IN MULTIPLE INTESTINAL ADENOCARCINOMAS
Authors: FODDE R EDELMANN W YANG K RENAULT B BREUKEL C VANLEEUWEN C LIPKIN M KHAN PM KUCHERLAPATI R
Citation: R. Fodde et al., TARGETED MODIFICATION OF EXON-15 OF THE MOUSE APC GENE RESULTS IN MULTIPLE INTESTINAL ADENOCARCINOMAS, American journal of human genetics, 53(3), 1993, pp. 297-297
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