AAAAAA

   
Results: 1-12 |
Results: 12
MISEXPRESSION OF CWNT8C IN THE MOUSE INDUCES AN ECTOPIC EMBRYONIC AXIS AND CAUSES A TRUNCATION OF THE ANTERIOR NEUROECTODERM
Authors: POPPERL H SCHMIDT C WILSON V HUME CR DODD J KRUMLAUF R BEDDINGTON RSP
Citation: H. Popperl et al., MISEXPRESSION OF CWNT8C IN THE MOUSE INDUCES AN ECTOPIC EMBRYONIC AXIS AND CAUSES A TRUNCATION OF THE ANTERIOR NEUROECTODERM, Development, 124(15), 1997, pp. 2997-3005
BOTH 5'-ELEMENTS AND 3'-ELEMENTS TO THE MURINE HOXD4 GENE ESTABLISH ANTERIOR BORDERS OF EXPRESSION IN MESODERM AND NEURECTODERM
Authors: ZHANG F POPPERL H MORRISON A KOVACS EN PRIDEAUX V SCHWARZ L KRUMLAUF R ROSSANT J FEATHERSTONE MS
Citation: F. Zhang et al., BOTH 5'-ELEMENTS AND 3'-ELEMENTS TO THE MURINE HOXD4 GENE ESTABLISH ANTERIOR BORDERS OF EXPRESSION IN MESODERM AND NEURECTODERM, Mechanisms of development, 67(1), 1997, pp. 49-58
CROSS-REGULATION IN THE MOUSE HOXB COMPLEX - THE EXPRESSION OF HOXB2 IN RHOMBOMERE-4 IS REGULATED BY HOXB1
Authors: MACONOCHIE MK NONCHEV S STUDER M CHAN SK POPPERL H SHAM MH MANN RS KRUMLAUF R
Citation: Mk. Maconochie et al., CROSS-REGULATION IN THE MOUSE HOXB COMPLEX - THE EXPRESSION OF HOXB2 IN RHOMBOMERE-4 IS REGULATED BY HOXB1, Genes & development, 11(14), 1997, pp. 1885-1895
AXIS DUPLICATION AND ANTERIOR IDENTITY IN THE MOUSE EMBRYO
Authors: THOMAS P BRICKMAN JM POPPERL H KRUMLAUF R BEDDINGTON RSP
Citation: P. Thomas et al., AXIS DUPLICATION AND ANTERIOR IDENTITY IN THE MOUSE EMBRYO, Cold Spring Harbor Symposia on Quantitative Biology, 62, 1997, pp. 115-125
CONSERVED MECHANISMS IN THE REGULATION OF HINDBRAIN SEGMENTATION IN VERTEBRATES
Authors: KRUMLAUF R MANZANARES M NONCHEV S MACONOCHIE M GOULD A MORRISON A POPPERL H STUDER M CORDES S BARSH G
Citation: R. Krumlauf et al., CONSERVED MECHANISMS IN THE REGULATION OF HINDBRAIN SEGMENTATION IN VERTEBRATES, Journal of neurochemistry, 69, 1997, pp. 55-55
ESTABLISHING THE ANTEROPOSTERIOR AXIS IN THE MOUSE EMBRYO
Authors: THOMAS P POPPERL H SCHMIDT C WILSON V KRUMLAUF R BEDDINGTON RSP
Citation: P. Thomas et al., ESTABLISHING THE ANTEROPOSTERIOR AXIS IN THE MOUSE EMBRYO, Developmental biology, 186(2), 1997, pp. 9-9
REGULATION OF HINDBRAIN SEGMENTATION
Authors: KRUMLAUF R MANZANARES M NONCHEV S MACONOCHIE M GOULD A MORRISON A POPPERL H STUDER M CORDES S BARSH G
Citation: R. Krumlauf et al., REGULATION OF HINDBRAIN SEGMENTATION, Developmental biology, 186(2), 1997, pp. 17-17
RETINOIDS AND HOX GENES
Authors: MARSHALL H MORRISON A STUDER M POPPERL H KRUMLAUF R
Citation: H. Marshall et al., RETINOIDS AND HOX GENES, The FASEB journal, 10(9), 1996, pp. 969-978
AN EXTRADENTICLE-INDUCED CONFORMATIONAL CHANGE IN A HOX PROTEIN OVERCOMES AN INHIBITORY FUNCTION OF THE CONSERVED HEXAPEPTIDE MOTIF
Authors: CHAN SK POPPERL H KRUMLAUF R MANN RS
Citation: Sk. Chan et al., AN EXTRADENTICLE-INDUCED CONFORMATIONAL CHANGE IN A HOX PROTEIN OVERCOMES AN INHIBITORY FUNCTION OF THE CONSERVED HEXAPEPTIDE MOTIF, EMBO journal, 15(10), 1996, pp. 2476-2487
SEGMENTAL EXPRESSION OF HOXB-1 IS CONTROLLED BY A HIGHLY CONSERVED AUTOREGULATORY LOOP DEPENDENT UPON EXD PBX/
Authors: POPPERL H BIENZ M STUDER M CHAN SK APARICIO S BRENNER S MANN RS KRUMLAUF R
Citation: H. Popperl et al., SEGMENTAL EXPRESSION OF HOXB-1 IS CONTROLLED BY A HIGHLY CONSERVED AUTOREGULATORY LOOP DEPENDENT UPON EXD PBX/, Cell, 81(7), 1995, pp. 1031-1042
ROLE OF A CONSERVED RETINOIC ACID RESPONSE ELEMENT IN RHOMBOMERE RESTRICTION OF HOXB-1
Authors: STUDER M POPPERL H MARSHALL H KUROIWA A KRUMLAUF R
Citation: M. Studer et al., ROLE OF A CONSERVED RETINOIC ACID RESPONSE ELEMENT IN RHOMBOMERE RESTRICTION OF HOXB-1, Science, 265(5179), 1994, pp. 1728-1732
A CONSERVED RETINOIC ACID RESPONSE ELEMENT REQUIRED FOR EARLY EXPRESSION OF THE HOMEOBOX GENE HOXB-1
Authors: MARSHALL H STUDER M POPPERL H APARICIO S KUROIWA A BRENNER S KRUMLAUF R
Citation: H. Marshall et al., A CONSERVED RETINOIC ACID RESPONSE ELEMENT REQUIRED FOR EARLY EXPRESSION OF THE HOMEOBOX GENE HOXB-1, Nature, 370(6490), 1994, pp. 567-571
Risultati: 1-12 |