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Results: 1-25 | 26-50 | 51-75 | 76-94
Results: 1-25/94
ES CELLS DO NOT ACTIVATE P53-DEPENDENT STRESS RESPONSES AND UNDERGO P53-INDEPENDENT APOPTOSIS IN RESPONSE TO DNA-DAMAGE
Authors: ALADJEM MI SPIKE BT RODEWALD LW HOPE TJ KLEMM M JAENISCH R WAHL GM
Citation: Mi. Aladjem et al., ES CELLS DO NOT ACTIVATE P53-DEPENDENT STRESS RESPONSES AND UNDERGO P53-INDEPENDENT APOPTOSIS IN RESPONSE TO DNA-DAMAGE, Current biology, 8(3), 1998, pp. 145-155
NEUROTROPHIN-3 AND TRKC IN MUSCLE ARE NONESSENTIAL FOR THE DEVELOPMENT OF MOUSE MUSCLE-SPINDLES
Authors: KUCERA J FAN GP WALRO J COPRAY S TESSAROLLO L JAENISCH R
Citation: J. Kucera et al., NEUROTROPHIN-3 AND TRKC IN MUSCLE ARE NONESSENTIAL FOR THE DEVELOPMENT OF MOUSE MUSCLE-SPINDLES, NeuroReport, 9(5), 1998, pp. 905-909
UTILITY OF C57BL 6J X 129/SV(JAE) EMBRYONIC STEM-CELLS FOR GENERATINGCHROMOSOMAL DELETIONS - TOLERANCE TO GAMMA-RADIATION AND MICROSATELLITE POLYMORPHISM/
Authors: YOU Y BERSGTRAM R KLEMM M NELSON H JAENISCH R SCHIMENTI J
Citation: Y. You et al., UTILITY OF C57BL 6J X 129/SV(JAE) EMBRYONIC STEM-CELLS FOR GENERATINGCHROMOSOMAL DELETIONS - TOLERANCE TO GAMMA-RADIATION AND MICROSATELLITE POLYMORPHISM/, Mammalian genome, 9(3), 1998, pp. 232-234
A GENE-TARGETING APPROACH IDENTIFIES A FUNCTION FOR THE FIRST INTRON IN EXPRESSION OF THE ALPHA-1(I) COLLAGEN GENE
Authors: HORMUZDI SG PENTTINEN R JAENISCH R BORNSTEIN P
Citation: Sg. Hormuzdi et al., A GENE-TARGETING APPROACH IDENTIFIES A FUNCTION FOR THE FIRST INTRON IN EXPRESSION OF THE ALPHA-1(I) COLLAGEN GENE, Molecular and cellular biology, 18(6), 1998, pp. 3368-3375
SEQUENCE-SPECIFIC METHYLATION OF THE MOUSE H19 GENE IN EMBRYONIC-CELLS DEFICIENT IN THE DNMT-1 GENE
Authors: WARNECKE PM BINISZKIEWICZ D JAENISCH R FROMMER M CLARK SJ
Citation: Pm. Warnecke et al., SEQUENCE-SPECIFIC METHYLATION OF THE MOUSE H19 GENE IN EMBRYONIC-CELLS DEFICIENT IN THE DNMT-1 GENE, Developmental genetics, 22(2), 1998, pp. 111-121
RNA AND THE EPIGENETIC REGULATION OF X-CHROMOSOME INACTIVATION
Authors: PANNING B JAENISCH R
Citation: B. Panning et R. Jaenisch, RNA AND THE EPIGENETIC REGULATION OF X-CHROMOSOME INACTIVATION, Cell, 93(3), 1998, pp. 305-308
ROLE OF THE XIST GENE IN X-CHROMOSOME CHOOSING
Authors: MARAHRENS Y LORING J JAENISCH R
Citation: Y. Marahrens et al., ROLE OF THE XIST GENE IN X-CHROMOSOME CHOOSING, Cell, 92(5), 1998, pp. 657-664
DNA HYPOMETHYLATION LEADS TO ELEVATED MUTATION-RATES
Authors: CHEN RZ PETTERSSON U BEARD C JACKSONGRUSBY L JAENISCH R
Citation: Rz. Chen et al., DNA HYPOMETHYLATION LEADS TO ELEVATED MUTATION-RATES, Nature, 395(6697), 1998, pp. 89-93
CHROMOSOMAL DELETION COMPLEXES IN MICE BY RADIATION OF EMBRYONIC STEM-CELLS
Authors: YOU Y BERGSTROM R KLEMM M LEDERMAN B NELSON H TICKNOR C JAENISCH R SCHIMENTI J
Citation: Y. You et al., CHROMOSOMAL DELETION COMPLEXES IN MICE BY RADIATION OF EMBRYONIC STEM-CELLS, Nature genetics, 15(3), 1997, pp. 285-288
TRISOMY-8 IN ES CELLS IS A COMMON POTENTIAL PROBLEM IN GENE TARGETINGAND INTERFERES WITH GERM-LINE TRANSMISSION
Authors: LIU X WU H LORING J HORMUZDI S DISTECHE CM BORNSTEIN P JAENISCH R
Citation: X. Liu et al., TRISOMY-8 IN ES CELLS IS A COMMON POTENTIAL PROBLEM IN GENE TARGETINGAND INTERFERES WITH GERM-LINE TRANSMISSION, Developmental dynamics, 209(1), 1997, pp. 85-91
THE (EPI)GENETIC CONTROL OF MAMMALIAN X-CHROMOSOME INACTIVATION
Authors: LEE JT JAENISCH R
Citation: Jt. Lee et R. Jaenisch, THE (EPI)GENETIC CONTROL OF MAMMALIAN X-CHROMOSOME INACTIVATION, Current opinion in genetics & development, 7(2), 1997, pp. 274-280
MYOGENIN CAN SUBSTITUTE FOR MYF5 IN PROMOTING MYOGENESIS BUT LESS EFFICIENTLY
Authors: WANG YK JAENISCH R
Citation: Yk. Wang et R. Jaenisch, MYOGENIN CAN SUBSTITUTE FOR MYF5 IN PROMOTING MYOGENESIS BUT LESS EFFICIENTLY, Development, 124(13), 1997, pp. 2507-2513
ZFX MUTATION RESULTS IN SMALL ANIMAL SIZE AND REDUCED GERM-CELL NUMBER IN MALE AND FEMALE MICE
Authors: LUOH SW BAIN PA POLAKIEWICZ RD GOODHEART ML GARDNER H JAENISCH R PAGE DC
Citation: Sw. Luoh et al., ZFX MUTATION RESULTS IN SMALL ANIMAL SIZE AND REDUCED GERM-CELL NUMBER IN MALE AND FEMALE MICE, Development, 124(11), 1997, pp. 2275-2284
XIST-DEFICIENT MICE ARE DEFECTIVE IN DOSAGE COMPENSATION BUT NOT SPERMATOGENESIS
Authors: MARAHRENS Y PANNING B DAUSMAN J STRAUSS W JAENISCH R
Citation: Y. Marahrens et al., XIST-DEFICIENT MICE ARE DEFECTIVE IN DOSAGE COMPENSATION BUT NOT SPERMATOGENESIS, Genes & development, 11(2), 1997, pp. 156-166
BACULOVIRUS-MEDIATED EXPRESSION AND CHARACTERIZATION OF THE FULL-LENGTH MURINE DNA METHYLTRANSFERASE
Authors: PRADHAN S TALBOT D SHA M BENNER J HORNSTRA L LI E JAENISCH R ROBERTS RJ
Citation: S. Pradhan et al., BACULOVIRUS-MEDIATED EXPRESSION AND CHARACTERIZATION OF THE FULL-LENGTH MURINE DNA METHYLTRANSFERASE, Nucleic acids research, 25(22), 1997, pp. 4666-4673
A TRANSGENIC MOUSE STRAIN EXPRESSING 4 DRUG-SELECTABLE MARKER GENES
Authors: TUCKER KL WANG YK DAUSMAN J JAENISCH R
Citation: Kl. Tucker et al., A TRANSGENIC MOUSE STRAIN EXPRESSING 4 DRUG-SELECTABLE MARKER GENES, Nucleic acids research, 25(18), 1997, pp. 3745-3746
PROVIRAL INACTIVATION OF THE NPAT GENE OF MPV-20 MICE RESULTS IN EARLY EMBRYONIC ARREST
Authors: DIFRUSCIO M WEIHER H VANDERHYDEN BC IMAI T SHIOMI T HORI TA JAENISCH R GRAY DA
Citation: M. Difruscio et al., PROVIRAL INACTIVATION OF THE NPAT GENE OF MPV-20 MICE RESULTS IN EARLY EMBRYONIC ARREST, Molecular and cellular biology, 17(7), 1997, pp. 4080-4086
REGULATION OF ES CELL-DIFFERENTIATION BY FUNCTIONAL AND CONFORMATIONAL MODULATION OF P53
Authors: SABAPATHY K KLEMM M JAENISCH R WAGNER EF
Citation: K. Sabapathy et al., REGULATION OF ES CELL-DIFFERENTIATION BY FUNCTIONAL AND CONFORMATIONAL MODULATION OF P53, EMBO journal, 16(20), 1997, pp. 6217-6229
DNA METHYLATION AND IMPRINTING - WHY BOTHER
Authors: JAENISCH R
Citation: R. Jaenisch, DNA METHYLATION AND IMPRINTING - WHY BOTHER, Trends in genetics, 13(8), 1997, pp. 323-329
X-CHROMOSOME INACTIVATION IS MEDIATED BY XIST RNA STABILIZATION
Authors: PANNING B DAUSMAN J JAENISCH R
Citation: B. Panning et al., X-CHROMOSOME INACTIVATION IS MEDIATED BY XIST RNA STABILIZATION, Cell, 90(5), 1997, pp. 907-916
SERRATE2 IS DISRUPTED IN THE MOUSE LIMB-DEVELOPMENT MUTANT SYNDACTYLISM
Authors: SIDOW A BULOTSKY MS KERREBROCK AW BRONSON RT DALY MJ REEVE MP HAWKINS TL BIRREN BW JAENISCH R LANDER ES
Citation: A. Sidow et al., SERRATE2 IS DISRUPTED IN THE MOUSE LIMB-DEVELOPMENT MUTANT SYNDACTYLISM, Nature, 389(6652), 1997, pp. 722-725
LONG-RANGE CIS EFFECTS OF ECTOPIC X-INACTIVATION CENTERS ON A MOUSE AUTOSOME
Authors: LEE JT JAENISCH R
Citation: Jt. Lee et R. Jaenisch, LONG-RANGE CIS EFFECTS OF ECTOPIC X-INACTIVATION CENTERS ON A MOUSE AUTOSOME, Nature, 386(6622), 1997, pp. 275-279
MUTAGENICITY OF 5-AZA-2'-DEOXYCYTIDINE IS MEDIATED BY THE MAMMALIAN DNA METHYLTRANSFERASE
Authors: JACKSONGRUSBY L LAIRD PW MAGGE SN MOELLER BJ JAENISCH R
Citation: L. Jacksongrusby et al., MUTAGENICITY OF 5-AZA-2'-DEOXYCYTIDINE IS MEDIATED BY THE MAMMALIAN DNA METHYLTRANSFERASE, Proceedings of the National Academy of Sciences of the United Statesof America, 94(9), 1997, pp. 4681-4685
TYPE-III COLLAGEN IS CRUCIAL FOR COLLAGEN-I FIBRILLOGENESIS AND FOR NORMAL CARDIOVASCULAR DEVELOPMENT
Authors: LIU X WU H BYRNE M KRANE S JAENISCH R
Citation: X. Liu et al., TYPE-III COLLAGEN IS CRUCIAL FOR COLLAGEN-I FIBRILLOGENESIS AND FOR NORMAL CARDIOVASCULAR DEVELOPMENT, Proceedings of the National Academy of Sciences of the United Statesof America, 94(5), 1997, pp. 1852-1856
MITOGENICITY OF DNA FROM DIFFERENT ORGANISMS FOR MURINE B-CELLS
Authors: SUN SQ BEARD C JAENISCH R JONES P SPRENT J
Citation: Sq. Sun et al., MITOGENICITY OF DNA FROM DIFFERENT ORGANISMS FOR MURINE B-CELLS, The Journal of immunology, 159(7), 1997, pp. 3119-3125
Risultati: 1-25 | 26-50 | 51-75 | 76-94