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Results: 1-22 |
Results: 22
FORMATION OF POSTSYNAPTIC-LIKE MEMBRANES DURING DIFFERENTIATION OF EMBRYONIC STEM-CELLS IN-VITRO
Authors: ROHWEDEL J KLEPPISCH T PICH U GUAN K JIN S ZUSCHRATTER W HOPF C HOCH W HESCHELER J WITZEMANN V WOBUS AM
Citation: J. Rohwedel et al., FORMATION OF POSTSYNAPTIC-LIKE MEMBRANES DURING DIFFERENTIATION OF EMBRYONIC STEM-CELLS IN-VITRO, Experimental cell research, 239(2), 1998, pp. 214-225
PRODUCTION OF TRYPSIN BY CELLS OF THE EXOCRINE PANCREAS IS PARALLELEDBY THE EXPRESSION OF THE KH PROTEIN VIGILIN
Authors: KRUSE C EMMRICH J RUMPEL E KLINGER MHF GRUNWELLER A ROHWEDEL J KRAMMER HJ KUHNEL W MULLER PK
Citation: C. Kruse et al., PRODUCTION OF TRYPSIN BY CELLS OF THE EXOCRINE PANCREAS IS PARALLELEDBY THE EXPRESSION OF THE KH PROTEIN VIGILIN, Experimental cell research, 239(1), 1998, pp. 111-118
LOSS OF BETA(1) INTEGRIN FUNCTION RESULTS IN A RETARDATION OF MYOGENIC, BUT AN ACCELERATION OF NEURONAL, DIFFERENTIATION OF EMBRYONIC STEM-CELLS IN-VITRO
Authors: ROHWEDEL J GUAN KM ZUSCHRATTER W JIN S AHNERTHILGER G FURST D FASSLER R WOBUS AM
Citation: J. Rohwedel et al., LOSS OF BETA(1) INTEGRIN FUNCTION RESULTS IN A RETARDATION OF MYOGENIC, BUT AN ACCELERATION OF NEURONAL, DIFFERENTIATION OF EMBRYONIC STEM-CELLS IN-VITRO, Developmental biology (Print), 201(2), 1998, pp. 167-184
DEVELOPMENT OF G-PROTEIN-MEDIATED CA2-DERIVED NEURONS( CHANNEL REGULATION IN MOUSE EMBRYONIC STEM CELL)
Authors: STRUBING C ROHWEDEL J AHNERTHILGER G WIEDENMANN B HESCHELER J WOBUS AM
Citation: C. Strubing et al., DEVELOPMENT OF G-PROTEIN-MEDIATED CA2-DERIVED NEURONS( CHANNEL REGULATION IN MOUSE EMBRYONIC STEM CELL), European journal of neuroscience, 9(4), 1997, pp. 824-832
LOSS OF BETA(1) INTEGRIN FUNCTION RESULTS IN DELAYED CARDIOGENESIS AND MYOGENESIS, BUT ACCELERATED NEUROGENESIS DURING ES CELL-DIFFERENTIATION IN-VITRO - ASSOCIATION WITH ALTERED EXPRESSION OF TRANSCRIPTION FACTORS AND SIGNALING MOLECULES
Authors: GUAN KM ROHWEDEL J FURST D FASSLER R WOBUS AM
Citation: Km. Guan et al., LOSS OF BETA(1) INTEGRIN FUNCTION RESULTS IN DELAYED CARDIOGENESIS AND MYOGENESIS, BUT ACCELERATED NEUROGENESIS DURING ES CELL-DIFFERENTIATION IN-VITRO - ASSOCIATION WITH ALTERED EXPRESSION OF TRANSCRIPTION FACTORS AND SIGNALING MOLECULES, European journal of cell biology, 74, 1997, pp. 63-63
LOSS OF BETA(1) INTEGRIN FUNCTION RESULTS IN DELAYED CARDIOGENESIS AND MYOGENESIS AND A DISORGANIZATION OF SARCOMERIC STRUCTURES DURING ES CELL-DIFFERENTIATION IN-VITRO
Authors: WOBUS AM ROHWEDEL J GUAN K HESCHELER J ADDICKS K FASSLER R
Citation: Am. Wobus et al., LOSS OF BETA(1) INTEGRIN FUNCTION RESULTS IN DELAYED CARDIOGENESIS AND MYOGENESIS AND A DISORGANIZATION OF SARCOMERIC STRUCTURES DURING ES CELL-DIFFERENTIATION IN-VITRO, European journal of cell biology, 72, 1997, pp. 110-110
LOSS OF BETA(1) INTEGRIN FUNCTION RESULTS IN ACCELERATED NEUROECTODERMAL DIFFERENTIATION DURING MOUSE ES CELL-DIFFERENTIATION IN-VITRO
Authors: ROHWEDEL J GUAN K ZUSCHRATTER W FASSLER R WOBUS AM
Citation: J. Rohwedel et al., LOSS OF BETA(1) INTEGRIN FUNCTION RESULTS IN ACCELERATED NEUROECTODERMAL DIFFERENTIATION DURING MOUSE ES CELL-DIFFERENTIATION IN-VITRO, European journal of cell biology, 72, 1997, pp. 111-111
RETINOIC ACID ACCELERATES EMBRYONIC STEM CELL-DERIVED CARDIAC DIFFERENTIATION AND ENHANCES DEVELOPMENT OF VENTRICULAR CARDIOMYOCYTES
Authors: WOBUS AM GUAN KM JIN S WELLNER MC ROHWEDEL J JI GJ FLEISCHMANN B KATUS HA HESCHELER T FRANZ WM
Citation: Am. Wobus et al., RETINOIC ACID ACCELERATES EMBRYONIC STEM CELL-DERIVED CARDIAC DIFFERENTIATION AND ENHANCES DEVELOPMENT OF VENTRICULAR CARDIOMYOCYTES, Journal of Molecular and Cellular Cardiology, 29(6), 1997, pp. 1525-1539
EMBRYONIC STEM-CELLS - A MODEL TO STUDY STRUCTURAL AND FUNCTIONAL-PROPERTIES IN CARDIOMYOGENESIS
Authors: HESCHELER J FLEISCHMANN BK LENTINI S MALTSEV VA ROHWEDEL J WOBUS AM ADDICKS K
Citation: J. Hescheler et al., EMBRYONIC STEM-CELLS - A MODEL TO STUDY STRUCTURAL AND FUNCTIONAL-PROPERTIES IN CARDIOMYOGENESIS, Cardiovascular Research, 36(2), 1997, pp. 149-162
PRIMORDIAL GERM CELL-DERIVED MOUSE EMBRYONIC GERM (EG) CELLS IN-VITRORESEMBLE UNDIFFERENTIATED STEM-CELLS WITH RESPECT TO DIFFERENTIATION CAPACITY AND CELL-CYCLE DISTRIBUTION
Authors: ROHWEDEL J SEHLMEYER U SHAN J MEISTER A WOBUS AM
Citation: J. Rohwedel et al., PRIMORDIAL GERM CELL-DERIVED MOUSE EMBRYONIC GERM (EG) CELLS IN-VITRORESEMBLE UNDIFFERENTIATED STEM-CELLS WITH RESPECT TO DIFFERENTIATION CAPACITY AND CELL-CYCLE DISTRIBUTION, Cell biology international, 20(8), 1996, pp. 579-587
PRIMORDIAL GERM CELL-DERIVED EMBRYONIC GERM-CELLS OF THE MOUSE - IN-VITRO MODEL FOR CYTOTOXICITY STUDIES WITH CHEMICAL MUTAGENS
Authors: SEHLMEYER U ROHWEDEL J WOBUS AM
Citation: U. Sehlmeyer et al., PRIMORDIAL GERM CELL-DERIVED EMBRYONIC GERM-CELLS OF THE MOUSE - IN-VITRO MODEL FOR CYTOTOXICITY STUDIES WITH CHEMICAL MUTAGENS, Toxicology in vitro, 10(6), 1996, pp. 755
DIFFERENTIATION AND INTEGRITY OF CARDIAC-MUSCLE-CELLS ARE IMPAIRED INTHE ABSENCE OF BETA(1) INTEGRIN
Authors: FASSLER R ROHWEDEL J MALTSEV V BLOCH W LENTINI S GUAN K GULLBERG D HESCHELER J ADDICKS K WOBUS AM
Citation: R. Fassler et al., DIFFERENTIATION AND INTEGRITY OF CARDIAC-MUSCLE-CELLS ARE IMPAIRED INTHE ABSENCE OF BETA(1) INTEGRIN, Journal of Cell Science, 109, 1996, pp. 2989-2999
IN-VITRO CELLULAR-MODELS FOR CARDIAC DEVELOPMENT AND PHARMACOTOXICOLOGY
Authors: WOBUS AM ROHWEDEL J MALTSEV V HESCHELER J
Citation: Am. Wobus et al., IN-VITRO CELLULAR-MODELS FOR CARDIAC DEVELOPMENT AND PHARMACOTOXICOLOGY, Toxicology in vitro, 9(4), 1995, pp. 477
THE DEVELOPMENTAL POTENTIAL OF MOUSE EMBRYONIC STEM-CELLS - CARDIOGENESIS AND MYOGENESIS IN-VITRO
Authors: WOBUS AM ROHWEDEL J MALTSEV V HESCHLER J
Citation: Am. Wobus et al., THE DEVELOPMENTAL POTENTIAL OF MOUSE EMBRYONIC STEM-CELLS - CARDIOGENESIS AND MYOGENESIS IN-VITRO, Journal of experimental & clinical cancer research, 14(1), 1995, pp. 110-113
M-TWIST EXPRESSION INHIBITS MOUSE EMBRYONIC STEM CELL-DERIVED MYOGENIC DIFFERENTIATION IN-VITRO
Authors: ROHWEDEL J HORAK V HEBROK M FUCHTBAUER EM WOBUS AM
Citation: J. Rohwedel et al., M-TWIST EXPRESSION INHIBITS MOUSE EMBRYONIC STEM CELL-DERIVED MYOGENIC DIFFERENTIATION IN-VITRO, Experimental cell research, 220(1), 1995, pp. 92-100
RETINOIC ACID INDUCES EXPRESSION OF THE VENTRICULAR 2.1 KB MYOSIN-LIGHT-CHAIN-2 PROMOTER DURING IN-VITRO CARDIOGENESIS OF EMBRYONIC STEM-CELLS
Authors: WOBUS AM JIN S ROHWEDEL J WELLNER MC HESCHELER J KATUS HA FRANZ WM
Citation: Am. Wobus et al., RETINOIC ACID INDUCES EXPRESSION OF THE VENTRICULAR 2.1 KB MYOSIN-LIGHT-CHAIN-2 PROMOTER DURING IN-VITRO CARDIOGENESIS OF EMBRYONIC STEM-CELLS, Circulation, 92(8), 1995, pp. 536-536
EXPRESSION OF M-CADHERIN PROTEIN IN MYOGENIC CELLS DURING PRENATAL MOUSE DEVELOPMENT AND DIFFERENTIATION OF EMBRYONIC STEM-CELLS IN CULTURE
Authors: ROSE O ROHWEDEL J REINHARDT S BACHMANN M CRAMER M ROTTER M WOBUS A STARZINSKIPOWITZ A
Citation: O. Rose et al., EXPRESSION OF M-CADHERIN PROTEIN IN MYOGENIC CELLS DURING PRENATAL MOUSE DEVELOPMENT AND DIFFERENTIATION OF EMBRYONIC STEM-CELLS IN CULTURE, Developmental dynamics, 201(3), 1994, pp. 245-259
IN-VITRO DIFFERENTIATION OF EMBRYONIC STEM-CELLS INTO CARDIOMYOCYTES OR SKELETAL-MUSCLE CELLS IS SPECIFICALLY MODULATED BY RETINOIC ACID
Authors: WOBUS AM ROHWEDEL J MALTSEV V HESCHELER J
Citation: Am. Wobus et al., IN-VITRO DIFFERENTIATION OF EMBRYONIC STEM-CELLS INTO CARDIOMYOCYTES OR SKELETAL-MUSCLE CELLS IS SPECIFICALLY MODULATED BY RETINOIC ACID, Roux's archives of developmental biology, 204(1), 1994, pp. 36-45
MUSCLE-CELL DIFFERENTIATION OF EMBRYONIC STEM-CELLS REFLECTS MYOGENESIS IN-VIVO - DEVELOPMENTALLY-REGULATED EXPRESSION OF MYOGENIC DETERMINATION GENES AND FUNCTIONAL EXPRESSION OF IONIC CURRENTS
Authors: ROHWEDEL J MALTSEV V BOBER E ARNOLD HH HESCHELER J WOBUS AM
Citation: J. Rohwedel et al., MUSCLE-CELL DIFFERENTIATION OF EMBRYONIC STEM-CELLS REFLECTS MYOGENESIS IN-VIVO - DEVELOPMENTALLY-REGULATED EXPRESSION OF MYOGENIC DETERMINATION GENES AND FUNCTIONAL EXPRESSION OF IONIC CURRENTS, Developmental biology, 164(1), 1994, pp. 87-101
CARDIOMYOCYTES DIFFERENTIATED IN-VITRO FROM EMBRYONIC STEM-CELLS DEVELOPMENTALLY EXPRESS CARDIAC-SPECIFIC GENES AND IONIC CURRENTS
Authors: MALTSEV VA WOBUS AM ROHWEDEL J BADER M HESCHELER J
Citation: Va. Maltsev et al., CARDIOMYOCYTES DIFFERENTIATED IN-VITRO FROM EMBRYONIC STEM-CELLS DEVELOPMENTALLY EXPRESS CARDIAC-SPECIFIC GENES AND IONIC CURRENTS, Circulation research, 75(2), 1994, pp. 233-244
EMBRYONIC STEM-CELLS DIFFERENTIATE IN-VITRO INTO CARDIOMYOCYTES REPRESENTING SINUSNODAL, ATRIAL AND VENTRICULAR CELL-TYPES
Authors: MALTSEV VA ROHWEDEL J HESCHELER J WOBUS AM
Citation: Va. Maltsev et al., EMBRYONIC STEM-CELLS DIFFERENTIATE IN-VITRO INTO CARDIOMYOCYTES REPRESENTING SINUSNODAL, ATRIAL AND VENTRICULAR CELL-TYPES, Mechanisms of development, 44(1), 1993, pp. 41-50
INVITRO DIFFERENTIATION OF EMBRYONIC STEM-CELL (ESC)-DERIVED CARDIOMYOCYTES AND SKELETAL-MUSCLE CELLS IS SPECIFICALLY MODULATED BY RETINOICACID
Authors: WOBUS AM ROHWEDEL J KLEPPISCH T HESCHELER J
Citation: Am. Wobus et al., INVITRO DIFFERENTIATION OF EMBRYONIC STEM-CELL (ESC)-DERIVED CARDIOMYOCYTES AND SKELETAL-MUSCLE CELLS IS SPECIFICALLY MODULATED BY RETINOICACID, Journal of muscle research and cell motility, 14(2), 1993, pp. 222-222
Risultati: 1-22 |