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Results: 1-9 |
Results: 9
A MODEL FOR MRI CONTRAST ENHANCEMENT USING T-1 AGENTS
Authors: AHRENS ET ROTHBACHER U JACOBS RE FRASER SE
Citation: Et. Ahrens et al., A MODEL FOR MRI CONTRAST ENHANCEMENT USING T-1 AGENTS, Proceedings of the National Academy of Sciences of the United Statesof America, 95(15), 1998, pp. 8443-8448
THE XENOPUS HOMEOBOX GENE TWIN MEDIATES WNT INDUCTION OF GOOSECOID INESTABLISHMENT OF SPEMANNS ORGANIZER
Authors: LAURENT MN BLITZ IL HASHIMOTO C ROTHBACHER U CHO KWY
Citation: Mn. Laurent et al., THE XENOPUS HOMEOBOX GENE TWIN MEDIATES WNT INDUCTION OF GOOSECOID INESTABLISHMENT OF SPEMANNS ORGANIZER, Development, 124(23), 1997, pp. 4905-4916
THE ROLE OF THE XENOPUS HOMEOBOX GENE TWIN IN ESTABLISHMENT OF SPEMANNS ORGANIZER
Authors: LAURENT MN HASHIMOTO C BLITZ IL ROTHBACHER U CHO KWY
Citation: Mn. Laurent et al., THE ROLE OF THE XENOPUS HOMEOBOX GENE TWIN IN ESTABLISHMENT OF SPEMANNS ORGANIZER, Developmental biology, 186(2), 1997, pp. 90-90
MOLECULAR MECHANISMS OF SPEMANNS ORGANIZER FORMATION - CONSERVED GROWTH-FACTOR SYNERGY BETWEEN XENOPUS AND MOUSE
Authors: WATABE T KIM S CANDIA A ROTHBACHER U HASHIMOTO C INOUE K CHO KWY
Citation: T. Watabe et al., MOLECULAR MECHANISMS OF SPEMANNS ORGANIZER FORMATION - CONSERVED GROWTH-FACTOR SYNERGY BETWEEN XENOPUS AND MOUSE, Genes & development, 9(24), 1995, pp. 3038-3050
FUNCTIONAL CONSERVATION OF THE WNT SIGNALING PATHWAY REVEALED BY ECTOPIC EXPRESSION OF DROSOPHILA DISHEVELLED IN XENOPUS
Authors: ROTHBACHER U LAURENT MN BLITZ IL WATABE T MARSH JL CHO KWY
Citation: U. Rothbacher et al., FUNCTIONAL CONSERVATION OF THE WNT SIGNALING PATHWAY REVEALED BY ECTOPIC EXPRESSION OF DROSOPHILA DISHEVELLED IN XENOPUS, Developmental biology, 170(2), 1995, pp. 717-721
DROSOPHILA DISHEVELLED FUNCTIONALLY MIMICS THE WNT SIGNAL IN XENOPUS
Authors: ROTHBACHER U LAURENT MN BLITZ IL WATABE T MARSH LJ CHO KWY
Citation: U. Rothbacher et al., DROSOPHILA DISHEVELLED FUNCTIONALLY MIMICS THE WNT SIGNAL IN XENOPUS, Developmental biology, 170(2), 1995, pp. 771-771
MOLECULAR MECHANISMS OF XENOPUS GOOSECOLD GENE-REGULATION
Authors: WATABE T CANDIA AF HASHIMOTO C ROTHBACHER U CHO KWY
Citation: T. Watabe et al., MOLECULAR MECHANISMS OF XENOPUS GOOSECOLD GENE-REGULATION, Developmental biology, 170(2), 1995, pp. 773-773
THE PROGRESSION ASSOCIATED ANTIGEN MUC18 - A UNIQUE MEMBER OF THE IMMUNOGLOBULIN SUPERGENE FAMILY
Authors: JOHNSON JP ROTHBACHER U SERS C
Citation: Jp. Johnson et al., THE PROGRESSION ASSOCIATED ANTIGEN MUC18 - A UNIQUE MEMBER OF THE IMMUNOGLOBULIN SUPERGENE FAMILY, Melanoma research, 3(5), 1993, pp. 337-340
GENOMIC ORGANIZATION OF THE MELANOMA-ASSOCIATED GLYCOPROTEIN MUC18 - IMPLICATIONS FOR THE EVOLUTION OF THE IMMUNOGLOBULIN DOMAINS
Authors: SERS C KIRSCH K ROTHBACHER U RIETHMULLER G JOHNSON JP
Citation: C. Sers et al., GENOMIC ORGANIZATION OF THE MELANOMA-ASSOCIATED GLYCOPROTEIN MUC18 - IMPLICATIONS FOR THE EVOLUTION OF THE IMMUNOGLOBULIN DOMAINS, Proceedings of the National Academy of Sciences of the United Statesof America, 90(18), 1993, pp. 8514-8518
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