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Results: 1-7 |
Results: 7
HOST RESPONSE TO EBV INFECTION IN X-LINKED LYMPHOPROLIFERATIVE DISEASE RESULTS FROM MUTATIONS IN AN SH2-DOMAIN ENCODING GENE
Authors: COFFEY AJ BROOKSBANK RA BRANDAU O OOHASHI T HOWELL GR BYE JM CAHN AP DURHAM J HEATH P WRAY P PAVITT R WILKINSON J LEVERSHA M HUCKLE E SHAWSMITH CJ DUNHAM A RHODES S SCHUSTER V PORTA G YIN L SERAFINI P SYLLA B ZOLLO M FRANCO B BOLINO A SERI M LANYI A DAVIS JR WEBSTER D HARRIS A LENOIR G STBASILE GD JONES A BEHLORADSKY BH ACHATZ H MURKEN J FASSLER R SUMEGI J ROMEO G VAUDIN M ROSS MT MEINDL A BENTLEY DR
Citation: Aj. Coffey et al., HOST RESPONSE TO EBV INFECTION IN X-LINKED LYMPHOPROLIFERATIVE DISEASE RESULTS FROM MUTATIONS IN AN SH2-DOMAIN ENCODING GENE, Nature genetics, 20(2), 1998, pp. 129-135
A NEW CANDIDATE REGION FOR THE POSITIONAL CLONING OF THE XLP GENE
Authors: BOLINO A YIN L SERI M CUSANO R CINTI R COFFEY A BROOKSBANK R HOWELL G BENTLEY D DAVIS JR LANYI A HUANG DL STARK M CREAVEN M BJORKHAUG L HEITZMANN F LAMARTINE J GAUDI S SYLLA BS LENOIR GM CASTAGNOLA E GIACCHINO R PORTA G FRANCO B ZOLLO M SUMEGI J ROMEO G
Citation: A. Bolino et al., A NEW CANDIDATE REGION FOR THE POSITIONAL CLONING OF THE XLP GENE, European journal of human genetics, 6(5), 1998, pp. 509-517
GAIN OF FUNCTION PHENOTYPE OF TUMOR-DERIVED MUTANT P53 REQUIRES THE OLIGOMERIZATION NONSEQUENCE-SPECIFIC NUCLEIC ACID-BINDING DOMAIN/
Authors: LANYI A DEB D SEYMOUR RC LUDESMEYERS JH SUBLER MA DEB S
Citation: A. Lanyi et al., GAIN OF FUNCTION PHENOTYPE OF TUMOR-DERIVED MUTANT P53 REQUIRES THE OLIGOMERIZATION NONSEQUENCE-SPECIFIC NUCLEIC ACID-BINDING DOMAIN/, Oncogene, 16(24), 1998, pp. 3169-3176
A YEAST ARTIFICIAL CHROMOSOME (YAC) CONTIG ENCOMPASSING THE CRITICAL REGION OF THE X-LINKED LYMPHOPROLIFERATIVE DISEASE (XLP) LOCUS
Authors: LANYI A LI BF LI SB TALMADGE CB BRICHACEK B DAVIS JR KOZEL BA TRASK B VANDENENGH G UZVOLGYI E STANBRIDGE EJ NELSON DL CHINAULT C HESLOP H GROSS TG SEEMAYER TA KLEIN G PURTILO DT SUMEGI J
Citation: A. Lanyi et al., A YEAST ARTIFICIAL CHROMOSOME (YAC) CONTIG ENCOMPASSING THE CRITICAL REGION OF THE X-LINKED LYMPHOPROLIFERATIVE DISEASE (XLP) LOCUS, Genomics, 39(1), 1997, pp. 55-65
NARROWING THE GENETIC INTERVAL AND YEAST ARTIFICIAL CHROMOSOME MAP INTHE BRANCHIOOTORENAL REGION ON CHROMOSOME 8Q
Authors: KUMAR S KIMBERLING WJ LANYI A SUMEGI J PINNT J ING P TINLEY S MARRES HAM CREMERS CWRJ
Citation: S. Kumar et al., NARROWING THE GENETIC INTERVAL AND YEAST ARTIFICIAL CHROMOSOME MAP INTHE BRANCHIOOTORENAL REGION ON CHROMOSOME 8Q, Genomics, 31(1), 1996, pp. 71-79
X-LINKED LYMPHOPROLIFERATIVE DISEASE - 25 YEARS AFTER THE DISCOVERY
Authors: SEEMAYER TA GROSS TG EGELER RM PIRRUCCELLO SJ DAVIS JR KELLY CM OKANO M LANYI A SUMEGI J
Citation: Ta. Seemayer et al., X-LINKED LYMPHOPROLIFERATIVE DISEASE - 25 YEARS AFTER THE DISCOVERY, Pediatric research, 38(4), 1995, pp. 471-478
CARRIER DESIGN - CYTOTOXICITY AND IMMUNOGENICITY OF SYNTHETIC BRANCHED POLYPEPTIDES WITH POLY(L-LYSINE) BACKBONE
Authors: HUDECZ F GAAL D KURUCZ I LANYI A KOVACS AL MEZO G RAJNAVOLGYI E SZEKERKE M
Citation: F. Hudecz et al., CARRIER DESIGN - CYTOTOXICITY AND IMMUNOGENICITY OF SYNTHETIC BRANCHED POLYPEPTIDES WITH POLY(L-LYSINE) BACKBONE, Journal of controlled release, 19(1-3), 1992, pp. 231-243
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