Authors:
LU BF
EBENSPERGER C
DEMBIC Z
WANG YL
KVATYUK M
LU TH
COFFMAN RL
PESTKA S
ROTHMAN PB
Citation: Bf. Lu et al., TARGETED DISRUPTION OF THE INTERFERON-GAMMA RECEPTOR-2 GENE RESULTS IN SEVERE IMMUNE DEFECTS IN MICE, Proceedings of the National Academy of Sciences of the United Statesof America, 95(14), 1998, pp. 8233-8238
Authors:
MAGYAR JP
EBENSPERGER C
SCHAERENWIEMERS N
SUTER U
Citation: Jp. Magyar et al., MYELIN AND LYMPHOCYTE PROTEIN (MAL MVP17/VIP17) AND PLASMOLIPIN ARE MEMBERS OF AN EXTENDED GENE FAMILY/, Gene, 189(2), 1997, pp. 269-275
Authors:
MUTHUKUMARAN G
DONNELLY RJ
EBENSPERGER C
MARIANO TM
GAROTTA G
DEMBIC Z
POAST J
BARON S
PESTKA S
Citation: G. Muthukumaran et al., THE INTRACELLULAR DOMAIN OF THE 2ND CHAIN OF THE INTERFERON-GAMMA RECEPTOR IS INTERCHANGEABLE BETWEEN SPECIES, Journal of interferon & cytokine research, 16(12), 1996, pp. 1039-1045
Authors:
EBENSPERGER C
RHEE S
MUTHUKUMARAN G
LEMBO D
DONNELLY R
PESTKA S
DEMBIC Z
Citation: C. Ebensperger et al., GENOMIC ORGANIZATION AND PROMOTER ANALYSIS OF THE GENE IFNGR2 ENCODING THE 2ND CHAIN OF THE MOUSE INTERFERON-GAMMA RECEPTOR, Scandinavian journal of immunology, 44(6), 1996, pp. 599-606
Authors:
BRANDSABERI B
WILTING J
EBENSPERGER C
CHRIST B
Citation: B. Brandsaberi et al., THE FORMATION OF SOMITE COMPARTMENTS IN THE AVIAN EMBRYO, The International journal of developmental biology, 40(1), 1996, pp. 411-420
Citation: S. Rhee et al., THE STRUCTURE OF THE GENE FOR THE 2ND CHAIN OF THE HUMAN INTERFERON-GAMMA RECEPTOR, The Journal of biological chemistry, 271(46), 1996, pp. 28947-28952
Authors:
MULLER TS
EBENSPERGER C
NEUBUSER A
KOSEKI H
BALLING R
CHRIST B
WILTING J
Citation: Ts. Muller et al., EXPRESSION OF AVIAN PAX1 AND PAX9 IS INTRINSICALLY REGULATED IN THE PHARYNGEAL ENDODERM, BUT DEPENDS ON ENVIRONMENTAL-INFLUENCES IN THE PARAXIAL MESODERM, Developmental biology, 178(2), 1996, pp. 403-417
Authors:
EBENSPERGER C
WILTING J
BRANDSABERI B
MIZUTANI Y
CHRIST B
BALLING R
KOSEKI H
Citation: C. Ebensperger et al., PAX-1, A REGULATOR OF SCLEROTOME DEVELOPMENT IS INDUCED BY NOTOCHORD AND FLOOR PLATE SIGNALS IN AVIAN EMBRYOS, Anatomy and embryology, 191(4), 1995, pp. 297-310
Authors:
BOBER E
BRANDSABERI B
EBENSPERGER C
WILTING J
BALLING R
PATERSON BM
ARNOLD HH
CHRIST B
Citation: E. Bober et al., INITIAL STEPS OF MYOGENESIS IN SOMITES ARE INDEPENDENT OF INFLUENCE FROM AXIAL STRUCTURES, Development, 120(11), 1994, pp. 3073-3082
Citation: Km. Muller et al., NUCLEOTIDE-BINDING TO THE HYDROPHILIC C-TERMINAL DOMAIN OF THE TRANSPORTER ASSOCIATED WITH ANTIGEN-PROCESSING (TAP), The Journal of biological chemistry, 269(19), 1994, pp. 14032-14037
Authors:
KOSEKI H
WALLIN J
WILTING J
MIZUTANI Y
KISPERT A
EBENSPERGER C
HERRMANN BG
CHRIST B
BALLING R
Citation: H. Koseki et al., A ROLE FOR PAX-1 AS A MEDIATOR OF NOTOCHORDAL SIGNALS DURING THE DORSOVENTRAL SPECIFICATION OF VERTEBRAE, Development, 119(3), 1993, pp. 649-660
Authors:
BRANDSABERI B
EBENSPERGER C
WILTING J
BALLING R
CHRIST B
Citation: B. Brandsaberi et al., THE VENTRALIZING EFFECT OF THE NOTOCHORD ON SOMITE DIFFERENTIATION INCHICK-EMBRYOS, Anatomy and embryology, 188(3), 1993, pp. 239-245
Authors:
KAISER E
FORSTER R
WOLF I
EBENSPERGER C
KUEHL WM
LIPP M
Citation: E. Kaiser et al., THE G-PROTEIN-COUPLED RECEPTOR BLR1 IS INVOLVED IN MURINE B-CELL DIFFERENTIATION AND IS ALSO EXPRESSED IN NEURONAL TISSUES, European Journal of Immunology, 23(10), 1993, pp. 2532-2539