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Results: 1-10 |
Results: 10
ABSENCE OF NEUROANATOMICAL AND BEHAVIORAL DEFICITS IN L7 PCP-2-NULL MICE/
Authors: VASSILEVA G SMEYNE RJ MORGAN JI
Citation: G. Vassileva et al., ABSENCE OF NEUROANATOMICAL AND BEHAVIORAL DEFICITS IN L7 PCP-2-NULL MICE/, Molecular brain research, 46(1-2), 1997, pp. 333-337
A 5.5-KB ENHANCER IS BOTH NECESSARY AND SUFFICIENT FOR REGULATION OF WNT-1 TRANSCRIPTION IN-VIVO
Authors: DANIELIAN PS ECHELARD Y VASSILEVA G MCMAHON AP
Citation: Ps. Danielian et al., A 5.5-KB ENHANCER IS BOTH NECESSARY AND SUFFICIENT FOR REGULATION OF WNT-1 TRANSCRIPTION IN-VIVO, Developmental biology, 192(2), 1997, pp. 300-309
CIS-ACTING REGULATORY SEQUENCES GOVERNING WNT-1 EXPRESSION IN THE DEVELOPING MOUSE CNS
Authors: ECHELARD Y VASSILEVA G MCMAHON AP
Citation: Y. Echelard et al., CIS-ACTING REGULATORY SEQUENCES GOVERNING WNT-1 EXPRESSION IN THE DEVELOPING MOUSE CNS, Development, 120(8), 1994, pp. 2213-2224
INDEPENDENT REGULATORY ELEMENTS IN THE NESTIN GENE DIRECT TRANSGENE EXPRESSION TO NEURAL STEM-CELLS OR MUSCLE PRECURSORS (VOL 12, PG 11, 1994)
Authors: ZIMMERMAN L PARR B LENDAHL U CUNNINGHAM M MCKAY R GAVIN B MANN J VASSILEVA G MCMAHON A
Citation: L. Zimmerman et al., INDEPENDENT REGULATORY ELEMENTS IN THE NESTIN GENE DIRECT TRANSGENE EXPRESSION TO NEURAL STEM-CELLS OR MUSCLE PRECURSORS (VOL 12, PG 11, 1994), Neuron, 12(6), 1994, pp. 1389-1389
INDEPENDENT REGULATORY ELEMENTS IN THE NESTIN GENE DIRECT TRANSGENE EXPRESSION TO NEURAL STEM-CELLS OR MUSCLE PRECURSORS
Authors: ZIMMERMAN L LENDAHL U CUNNINGHAM M MCKAY R PARR B GAVIN B MANN J VASSILEVA G MCMAHON A
Citation: L. Zimmerman et al., INDEPENDENT REGULATORY ELEMENTS IN THE NESTIN GENE DIRECT TRANSGENE EXPRESSION TO NEURAL STEM-CELLS OR MUSCLE PRECURSORS, Neuron, 12(1), 1994, pp. 11-24
WNT-3A REGULATES SOMITE AND TAILBUD FORMATION IN THE MOUSE EMBRYO
Authors: TAKADA S STARK KL SHEA MJ VASSILEVA G MCMAHON JA MCMAHON AP
Citation: S. Takada et al., WNT-3A REGULATES SOMITE AND TAILBUD FORMATION IN THE MOUSE EMBRYO, Genes & development, 8(2), 1994, pp. 174-189
EPITHELIAL TRANSFORMATION OF METANEPHRIC MESENCHYME IN THE DEVELOPINGKIDNEY REGULATED BY WNT-4
Authors: STARK K VAINIO S VASSILEVA G MCMAHON AP
Citation: K. Stark et al., EPITHELIAL TRANSFORMATION OF METANEPHRIC MESENCHYME IN THE DEVELOPINGKIDNEY REGULATED BY WNT-4, Nature, 372(6507), 1994, pp. 679-683
WNT GENE FAMILY MEMBERS AS INDUCTIVE SIGNALS DURING KIDNEY DEVELOPMENT
Authors: VAINIO S VASSILEVA G STARK K SHEN L MCMAHON AP
Citation: S. Vainio et al., WNT GENE FAMILY MEMBERS AS INDUCTIVE SIGNALS DURING KIDNEY DEVELOPMENT, Developmental biology, 163(2), 1994, pp. 553-553
MOUSE WNT GENES EXHIBIT DISCRETE DOMAINS OF EXPRESSION IN THE EARLY EMBRYONIC CNS AND LIMB BUDS
Authors: PARR BA SHEA MJ VASSILEVA G MCMAHON AP
Citation: Ba. Parr et al., MOUSE WNT GENES EXHIBIT DISCRETE DOMAINS OF EXPRESSION IN THE EARLY EMBRYONIC CNS AND LIMB BUDS, Development, 119(1), 1993, pp. 247-261
WNT-1- WNT-1- CELLS BEHAVE IN A NON CELL-AUTONOMOUS MANNER AND CONTRIBUTE TO NORMAL MIDBRAIN AND TESTES DEVELOPMENT/
Authors: VASSILEVA G STARK K MCMAHON J MCMAHON A
Citation: G. Vassileva et al., WNT-1- WNT-1- CELLS BEHAVE IN A NON CELL-AUTONOMOUS MANNER AND CONTRIBUTE TO NORMAL MIDBRAIN AND TESTES DEVELOPMENT/, The FASEB journal, 7(7), 1993, pp. 1099-1099
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