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Results: 1-8 |
Results: 8
X-LINKED DYSKERATOSIS-CONGENITA IS CAUSED BY MUTATIONS IN A HIGHLY CONSERVED GENE WITH PUTATIVE NUCLEOLAR FUNCTIONS
Authors: HEISS NS KNIGHT SW VULLIAMY TJ KLAUCK SM WIEMANN S MASON PJ POUSTKA A DOKAL I
Citation: Ns. Heiss et al., X-LINKED DYSKERATOSIS-CONGENITA IS CAUSED BY MUTATIONS IN A HIGHLY CONSERVED GENE WITH PUTATIVE NUCLEOLAR FUNCTIONS, Nature genetics, 19(1), 1998, pp. 32-38
1.4 MB CANDIDATE GENE REGION FOR X-LINKED DYSKERATOSIS-CONGENITA DEFINED BY COMBINED HAPLOTYPE AND X-CHROMOSOME INACTIVATION ANALYSIS
Authors: KNIGHT SW VULLIAMY TJ HEISS NS MATTHIJS G DEVRIENDT K CONNOR JM DURSO M POUSTKA A MASON PJ DOKAL I
Citation: Sw. Knight et al., 1.4 MB CANDIDATE GENE REGION FOR X-LINKED DYSKERATOSIS-CONGENITA DEFINED BY COMBINED HAPLOTYPE AND X-CHROMOSOME INACTIVATION ANALYSIS, Journal of Medical Genetics, 35(12), 1998, pp. 993-996
X-LINKED DYSKERATOSIS-CONGENITA IS CAUSED BY MUTATIONS IN A HIGHLY CONSERVED GENE ENCODING A PROTEIN WITH PUTATIVE NUCLEOLAR FUNCTIONS
Authors: HEISS NS KNIGHT SW VULLIAMY TJ KLAUCK SM WIEMANN S MASON PJ POUSTKA A DOKAL I
Citation: Ns. Heiss et al., X-LINKED DYSKERATOSIS-CONGENITA IS CAUSED BY MUTATIONS IN A HIGHLY CONSERVED GENE ENCODING A PROTEIN WITH PUTATIVE NUCLEOLAR FUNCTIONS, British Journal of Haematology, 102(1), 1998, pp. 270-271
GENOMIC STRUCTURE OF A NOVEL CHLORIDE CHANNEL GENE, CLIC2, IN XQ28
Authors: HEISS NS POUSTKA A
Citation: Ns. Heiss et A. Poustka, GENOMIC STRUCTURE OF A NOVEL CHLORIDE CHANNEL GENE, CLIC2, IN XQ28, Genomics, 45(1), 1997, pp. 224-228
GENOMIC STRUCTURE OF A NOVEL LIM DOMAIN GENE (ZNF185) IN XQ28 AND COMPARISONS WITH THE ORTHOLOGOUS MURINE TRANSCRIPT
Authors: HEISS NS GLOECKNER G BACHNER D KIOSCHIS P KLAUCK SM HINZMANN B ROSENTHAL A HERMAN GE POUSTKA A
Citation: Ns. Heiss et al., GENOMIC STRUCTURE OF A NOVEL LIM DOMAIN GENE (ZNF185) IN XQ28 AND COMPARISONS WITH THE ORTHOLOGOUS MURINE TRANSCRIPT, Genomics, 43(3), 1997, pp. 329-338
TRANSCRIPTIONAL MAPPING IN A 700-KB REGION AROUND THE DXS52 LOCUS IN XQ28 - ISOLATION OF 6 NOVEL TRANSCRIPTS AND A NOVEL ATPASE ISOFORM (HPMCA5)
Authors: HEISS NS ROGNER UC KIOSCHIS P KORN B POUSTKA A
Citation: Ns. Heiss et al., TRANSCRIPTIONAL MAPPING IN A 700-KB REGION AROUND THE DXS52 LOCUS IN XQ28 - ISOLATION OF 6 NOVEL TRANSCRIPTS AND A NOVEL ATPASE ISOFORM (HPMCA5), PCR methods and applications, 6(6), 1996, pp. 478-491
TRANSCRIPTIONAL ANALYSIS OF THE CANDIDATE REGION FOR INCONTINENTIA PIGMENTI (IP2) IN XQ28
Authors: ROGNER UC HEISS NS KIOSCHIS P WIEMANN S KORN B POUSTKA A
Citation: Uc. Rogner et al., TRANSCRIPTIONAL ANALYSIS OF THE CANDIDATE REGION FOR INCONTINENTIA PIGMENTI (IP2) IN XQ28, PCR methods and applications, 6(10), 1996, pp. 922-934
AMPLIFICATION AND EXPRESSION OF THE TGF-ALPHA, EGF RECEPTOR AND C-MYCGENES IN 4 HUMAN ESOPHAGEAL SQUAMOUS-CELL CARCINOMA LINES
Authors: JONES GJ HEISS NS VEALE RB THORNLEY AL
Citation: Gj. Jones et al., AMPLIFICATION AND EXPRESSION OF THE TGF-ALPHA, EGF RECEPTOR AND C-MYCGENES IN 4 HUMAN ESOPHAGEAL SQUAMOUS-CELL CARCINOMA LINES, Bioscience reports, 13(5), 1993, pp. 303-312
Risultati: 1-8 |