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Results: 1-12 |
Results: 12
SMAD2 AND SMAD3 POSITIVELY AND NEGATIVELY REGULATE TGF-BETA-DEPENDENTTRANSCRIPTION THROUGH THE FORKHEAD DNA-BINDING PROTEIN FAST2
Authors: LABBE E SILVESTRI C HOODLESS PA WRANA JL ATTISANO L
Citation: E. Labbe et al., SMAD2 AND SMAD3 POSITIVELY AND NEGATIVELY REGULATE TGF-BETA-DEPENDENTTRANSCRIPTION THROUGH THE FORKHEAD DNA-BINDING PROTEIN FAST2, MOLECULAR CELL, 2(1), 1998, pp. 109-120
THE TLX-2 HOMEOBOX GENE IS A DOWNSTREAM TARGET OF BMP SIGNALING AND IS REQUIRED FOR MOUSE MESODERM DEVELOPMENT
Authors: TANG SJ HOODLESS PA LU Z BREITMAN ML MCINNES RR WRANA JL BUCHWALD M
Citation: Sj. Tang et al., THE TLX-2 HOMEOBOX GENE IS A DOWNSTREAM TARGET OF BMP SIGNALING AND IS REQUIRED FOR MOUSE MESODERM DEVELOPMENT, Development, 125(10), 1998, pp. 1877-1887
SMAD2 SIGNALING IN EXTRAEMBRYONIC TISSUES DETERMINES ANTERIOR-POSTERIOR POLARITY OF THE EARLY MOUSE EMBRYO
Authors: WALDRIP WR BIKOFF EK HOODLESS PA WRANA JL ROBERTSON EJ
Citation: Wr. Waldrip et al., SMAD2 SIGNALING IN EXTRAEMBRYONIC TISSUES DETERMINES ANTERIOR-POSTERIOR POLARITY OF THE EARLY MOUSE EMBRYO, Cell, 92(6), 1998, pp. 797-808
SPECIFIC ACTIVATION OF SMAD1 SIGNALING PATHWAYS BY THE BMP7 TYPE-I RECEPTOR, ALK2
Authors: MACIASSILVA M HOODLESS PA TANG SJ BUCHWALD M WRANA JL
Citation: M. Maciassilva et al., SPECIFIC ACTIVATION OF SMAD1 SIGNALING PATHWAYS BY THE BMP7 TYPE-I RECEPTOR, ALK2, The Journal of biological chemistry, 273(40), 1998, pp. 25628-25636
AN ESSENTIAL ROLE FOR SMAD2 SIGNALING PATHWAYS IN HEAD FORMATION
Authors: HOODLESS PA TSUKAZAKI T NISHIMATSU S ATTISANO L WRANA JL THOMSEN GH
Citation: Pa. Hoodless et al., AN ESSENTIAL ROLE FOR SMAD2 SIGNALING PATHWAYS IN HEAD FORMATION, Developmental biology (Print), 198(1), 1998, pp. 358-358
INHIBITORY CONTROL OF NEURAL DIFFERENTIATION IN MAMMALIAN-CELLS
Authors: HOODLESS PA HEMMATIBRIVANLOU A
Citation: Pa. Hoodless et A. Hemmatibrivanlou, INHIBITORY CONTROL OF NEURAL DIFFERENTIATION IN MAMMALIAN-CELLS, Development, genes and evolution, 207(1), 1997, pp. 19-28
PHOSPHORYLATION OF MADR2 BY THE TGF-B RECEPTOR ON BOTH SERINE-465 ANDSERINE-467 IS REQUIRED FOR ASSOCIATION WITH DPC4 AND TGF-B SIGNALING
Authors: MACIASSILVA M ABDOLLAH S HOODLESS PA TSUKAZAKI T HAYASHI H ATTISANO L WRANA JL
Citation: M. Maciassilva et al., PHOSPHORYLATION OF MADR2 BY THE TGF-B RECEPTOR ON BOTH SERINE-465 ANDSERINE-467 IS REQUIRED FOR ASSOCIATION WITH DPC4 AND TGF-B SIGNALING, The FASEB journal, 11(9), 1997, pp. 2822-2822
MOTHERS AGAINST DECAPENTAPLEGIC-RELATED PROTEIN-2 EXPRESSION IN AVIANGRANULOSA-CELLS IS UP-REGULATED BY TRANSFORMING-GROWTH-FACTOR-BETA DURING OVARIAN FOLLICULAR DEVELOPMENT
Authors: LI M LI JL HOODLESS PA TZUKAZAKI T WRANA JL ATTISANO L TSANG BK
Citation: M. Li et al., MOTHERS AGAINST DECAPENTAPLEGIC-RELATED PROTEIN-2 EXPRESSION IN AVIANGRANULOSA-CELLS IS UP-REGULATED BY TRANSFORMING-GROWTH-FACTOR-BETA DURING OVARIAN FOLLICULAR DEVELOPMENT, Endocrinology, 138(9), 1997, pp. 3659-3665
MADR2 IS A SUBSTRATE OF THE TGF-BETA RECEPTOR AND ITS PHOSPHORYLATIONIS REQUIRED FOR NUCLEAR ACCUMULATION AND SIGNALING
Authors: MACIASSILVA M ABDOLLAH S HOODLESS PA PIRONE R ATTISANO L WRANA JL
Citation: M. Maciassilva et al., MADR2 IS A SUBSTRATE OF THE TGF-BETA RECEPTOR AND ITS PHOSPHORYLATIONIS REQUIRED FOR NUCLEAR ACCUMULATION AND SIGNALING, Cell, 87(7), 1996, pp. 1215-1224
MADR1, A MAD-RELATED PROTEIN THAT FUNCTIONS IN BMP2 SIGNALING PATHWAYS
Authors: HOODLESS PA HAERRY T ABDOLLAH S STAPLETON M OCONNOR MB ATTISANO L WRANA JL
Citation: Pa. Hoodless et al., MADR1, A MAD-RELATED PROTEIN THAT FUNCTIONS IN BMP2 SIGNALING PATHWAYS, Cell, 85(4), 1996, pp. 489-500
ACTIVIN, FOLLISTATIN AND NEURONAL DIFFERENTIATION OF EMBRYONIC STEM-CELLS
Authors: KAVKA AI HOODLESS PA HEMMATIBRIVANLOU A OSHEA KS
Citation: Ai. Kavka et al., ACTIVIN, FOLLISTATIN AND NEURONAL DIFFERENTIATION OF EMBRYONIC STEM-CELLS, Molecular biology of the cell, 6, 1995, pp. 567-567
NEURONAL DIFFERENTIATION OF P19 CELLS BY ACTIVIN RECEPTOR INHIBITION
Authors: HOODLESS PA HEMMATIBRIVANLOU A
Citation: Pa. Hoodless et A. Hemmatibrivanlou, NEURONAL DIFFERENTIATION OF P19 CELLS BY ACTIVIN RECEPTOR INHIBITION, Developmental biology, 170(2), 1995, pp. 766-766
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