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Results: 1-10 |
Results: 10
GENERATION OF A TRANSCRIPTION MAP DISTAL TO HLA-F
Authors: GOLDWURM S VANDERGRIEND BFH BANYER JL CULLEN LM ZOURNAZI A MENZIES ML BUSFIELD F LITTLE PFR JAZWINSKA EC
Citation: S. Goldwurm et al., GENERATION OF A TRANSCRIPTION MAP DISTAL TO HLA-F, European journal of human genetics, 6(5), 1998, pp. 475-486
THE SPINAL MUSCULAR-ATROPHY GENE REGION AT 5Q13.1 HAS A PARALOGOUS CHROMOSOMAL REGION AT 6P21.3
Authors: BANYER JL GOLDWURM S CULLEN L VANDERGRIEND B ZOURNAZI A SMIT DJ POWELL LW JAZWINSKA EC
Citation: Jl. Banyer et al., THE SPINAL MUSCULAR-ATROPHY GENE REGION AT 5Q13.1 HAS A PARALOGOUS CHROMOSOMAL REGION AT 6P21.3, Mammalian genome, 9(3), 1998, pp. 235-239
H63D IS AN HEMOCHROMATOSIS ASSOCIATED ALLELE - REPLY
Authors: POWELL LW GOLDWURM S
Citation: Lw. Powell et S. Goldwurm, H63D IS AN HEMOCHROMATOSIS ASSOCIATED ALLELE - REPLY, Gut, 43(3), 1998, pp. 442-442
INCREASED HEPATIC IRON CONCENTRATION IN NONALCOHOLIC STEATOHEPATITIS IS ASSOCIATED WITH INCREASED FIBROSIS
Authors: GEORGE DK GOLDWURM S MACDONALD GA COWLEY LL WALKER NI WARD PJ JAZWINSKA EC POWELL LW
Citation: Dk. George et al., INCREASED HEPATIC IRON CONCENTRATION IN NONALCOHOLIC STEATOHEPATITIS IS ASSOCIATED WITH INCREASED FIBROSIS, Gastroenterology, 114(2), 1998, pp. 311-318
IDENTIFICATION OF A NOVEL KRUEPPEL-RELATED ZINC-FINGER GENE (ZNF184) MAPPING TO 6P21.3
Authors: GOLDWURM S MENZIES ML BANYER JL POWELL LW JAZWINSKA EC
Citation: S. Goldwurm et al., IDENTIFICATION OF A NOVEL KRUEPPEL-RELATED ZINC-FINGER GENE (ZNF184) MAPPING TO 6P21.3, Genomics, 40(3), 1997, pp. 486-489
INCREASED HEPATIC IRON STORES IN NON ALCOHOLIC STEATOHEPATITIS (NASH)ARE ASSOCIATED WITH THE CYS282TYR HEMOCHROMATOSIS MUTATION AND INCREASED HEPATIC-FIBROSIS
Authors: MACDONALD GA GEORGE DK GOLDWURM S COWLEY LL WALKER NI WARD PJ JAZWINSKA EC POWELL LW
Citation: Ga. Macdonald et al., INCREASED HEPATIC IRON STORES IN NON ALCOHOLIC STEATOHEPATITIS (NASH)ARE ASSOCIATED WITH THE CYS282TYR HEMOCHROMATOSIS MUTATION AND INCREASED HEPATIC-FIBROSIS, Hepatology, 26(4), 1997, pp. 280-280
HEMOCHROMATOSIS AFTER THE DISCOVERY OF HFE (HLA-H)
Authors: GOLDWURM S POWELL LW
Citation: S. Goldwurm et Lw. Powell, HEMOCHROMATOSIS AFTER THE DISCOVERY OF HFE (HLA-H), Gut, 41(6), 1997, pp. 855-856
ISOLATION OF HEMOCHROMATOSIS CANDIDATE GENES
Authors: GOLDWURM S SMIT DJ KUN JE HALLIDAY JW POWELL LW JAZWINSKA EC
Citation: S. Goldwurm et al., ISOLATION OF HEMOCHROMATOSIS CANDIDATE GENES, Hepatology, 23(1), 1996, pp. 21-21
HAPLOTYPE ANALYSIS IN AUSTRALIAN HEMOCHROMATOSIS PATIENTS - EVIDENCE FOR A PREDOMINANT ANCESTRAL HAPLOTYPE EXCLUSIVELY ASSOCIATED WITH HEMOCHROMATOSIS
Authors: JAZWINSKA EC PYPER WR BURT MJ FRANCIS JL GOLDWURM S WEBB SI LEE SC HALLIDAY JW POWELL LW
Citation: Ec. Jazwinska et al., HAPLOTYPE ANALYSIS IN AUSTRALIAN HEMOCHROMATOSIS PATIENTS - EVIDENCE FOR A PREDOMINANT ANCESTRAL HAPLOTYPE EXCLUSIVELY ASSOCIATED WITH HEMOCHROMATOSIS, American journal of human genetics, 56(2), 1995, pp. 428-433
MOLYBDENUM(VI) SALTS CONVERT THE XANTHINE OXIDOREDUCTASE APOPROTEIN INTO THE ACTIVE ENZYME IN MOUSE L929 FIBROBLASTIC CELLS
Authors: FALCIANI F TERAO M GOLDWURM S RONCHI A GATTI A MINOIA C CALZI ML SALMONA M CAZZANIGA G GARATTINI E
Citation: F. Falciani et al., MOLYBDENUM(VI) SALTS CONVERT THE XANTHINE OXIDOREDUCTASE APOPROTEIN INTO THE ACTIVE ENZYME IN MOUSE L929 FIBROBLASTIC CELLS, Biochemical journal, 298, 1994, pp. 69-77
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