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Results: 1-16 |
Results: 16
BAX INVOLVEMENT IN P53-MEDIATED NEURONAL CELL-DEATH
Authors: XIANG H KINOSHITA Y KNUDSON CM KORSMEYER SJ SCHWARTZKROIN PA MORRISON RS
Citation: H. Xiang et al., BAX INVOLVEMENT IN P53-MEDIATED NEURONAL CELL-DEATH, The Journal of neuroscience, 18(4), 1998, pp. 1363-1373
WIDESPREAD ELIMINATION OF NATURALLY-OCCURRING NEURONAL DEATH IN BAX-DEFICIENT MICE
Authors: WHITE FA KELLERPECK CR KNUDSON CM KORSMEYER SJ SNIDER WD
Citation: Fa. White et al., WIDESPREAD ELIMINATION OF NATURALLY-OCCURRING NEURONAL DEATH IN BAX-DEFICIENT MICE, The Journal of neuroscience, 18(4), 1998, pp. 1428-1439
SUPPRESSION OF DEVELOPMENTAL RETINAL CELL-DEATH BUT NOT OF PHOTORECEPTOR DEGENERATION IN BAX-DEFICIENT MICE
Authors: OGILVIE JM DECKWERTH TL KNUDSON CM KORSMEYER SJ
Citation: Jm. Ogilvie et al., SUPPRESSION OF DEVELOPMENTAL RETINAL CELL-DEATH BUT NOT OF PHOTORECEPTOR DEGENERATION IN BAX-DEFICIENT MICE, Investigative ophthalmology & visual science, 39(9), 1998, pp. 1713-1720
PLACEMENT OF THE BCL2 FAMILY MEMBER BAX IN THE DEATH PATHWAY OF SYMPATHETIC NEURONS ACTIVATED BY TROPHIC FACTOR DEPRIVATION
Authors: DECKWERTH TL EASTON RM KNUDSON CM KORSMEYER SJ JOHNSON EM
Citation: Tl. Deckwerth et al., PLACEMENT OF THE BCL2 FAMILY MEMBER BAX IN THE DEATH PATHWAY OF SYMPATHETIC NEURONS ACTIVATED BY TROPHIC FACTOR DEPRIVATION, Experimental neurology, 152(1), 1998, pp. 150-162
APOPTOSIS-ASSOCIATED SIGNALING PATHWAYS ARE REQUIRED FOR CHEMOTHERAPY-MEDIATED FEMALE GERM-CELL DESTRUCTION
Authors: PEREZ GI KNUDSON CM LEYKIN L KORSMEYER SJ TILLY JL
Citation: Gi. Perez et al., APOPTOSIS-ASSOCIATED SIGNALING PATHWAYS ARE REQUIRED FOR CHEMOTHERAPY-MEDIATED FEMALE GERM-CELL DESTRUCTION, Nature medicine, 3(11), 1997, pp. 1228-1232
BCL-2 AND BAX FUNCTION INDEPENDENTLY TO REGULATE CELL-DEATH
Authors: KNUDSON CM KORSMEYER SJ
Citation: Cm. Knudson et Sj. Korsmeyer, BCL-2 AND BAX FUNCTION INDEPENDENTLY TO REGULATE CELL-DEATH, Nature genetics, 16(4), 1997, pp. 358-363
ENHANCED SUSCEPTIBILITY OF MOTOR-NEURONS TO EXCITOTOXICITY IS DEPENDENT ON CA2-PERMEABLE AMPA()KAINATE RECEPTORS AND BAX EXPRESSION/
Authors: BARPELED O VORNOV J OBRIEN RJ MORRISON JH KNUDSON CM KORSMEYER SJ ROTHSTEIN JD
Citation: O. Barpeled et al., ENHANCED SUSCEPTIBILITY OF MOTOR-NEURONS TO EXCITOTOXICITY IS DEPENDENT ON CA2-PERMEABLE AMPA()KAINATE RECEPTORS AND BAX EXPRESSION/, Neuroscience letters, 1997, pp. 7-7
BAX KNOCKOUT MICE HAVE AN INCREASED SURVIVAL OF RETINAL NEURONS
Authors: OGILVIE JM DECKWERTH TL WHITE FA LETT JM KNUDSON CM JOHNSON EM SNIDER WD KORSMEYER SJ
Citation: Jm. Ogilvie et al., BAX KNOCKOUT MICE HAVE AN INCREASED SURVIVAL OF RETINAL NEURONS, Investigative ophthalmology & visual science, 38(4), 1997, pp. 152-152
BAX SUPPRESSES TUMORIGENESIS AND STIMULATES APOPTOSIS IN-VIVO
Authors: YIN CY KNUDSON CM KORSMEYER SJ VANDYKE T
Citation: Cy. Yin et al., BAX SUPPRESSES TUMORIGENESIS AND STIMULATES APOPTOSIS IN-VIVO, Nature, 385(6617), 1997, pp. 637-640
BAX-DEFICIENCY PROMOTES DRUG-RESISTANCE AND ONCOGENIC TRANSFORMATION BY ATTENUATING P53-DEPENDENT APOPTOSIS
Authors: MCCURRACH ME CONNOR TMF KNUDSON CM KORSMEYER SJ LOWE SW
Citation: Me. Mccurrach et al., BAX-DEFICIENCY PROMOTES DRUG-RESISTANCE AND ONCOGENIC TRANSFORMATION BY ATTENUATING P53-DEPENDENT APOPTOSIS, Proceedings of the National Academy of Sciences of the United Statesof America, 94(6), 1997, pp. 2345-2349
BAX DELETION FURTHER ORDERS THE CELL-DEATH PATHWAY IN CEREBELLAR GRANULE CELLS AND SUGGESTS A CASPASE-INDEPENDENT PATHWAY TO CELL-DEATH
Authors: MILLER TM MOULDER KL KNUDSON CM CREEDON DJ DESHMUKH M KORSMEYER SJ JOHNSON EM
Citation: Tm. Miller et al., BAX DELETION FURTHER ORDERS THE CELL-DEATH PATHWAY IN CEREBELLAR GRANULE CELLS AND SUGGESTS A CASPASE-INDEPENDENT PATHWAY TO CELL-DEATH, The Journal of cell biology, 139(1), 1997, pp. 205-217
PROGRAMMED CELL-DEATH AND BAX OVEREXPRESSION IN PREIMPLANTATION EMBRYOS FROM DIABETIC MICE
Authors: MOLEY KH CHI MMY KNUDSON CM MUECKLER MM
Citation: Kh. Moley et al., PROGRAMMED CELL-DEATH AND BAX OVEREXPRESSION IN PREIMPLANTATION EMBRYOS FROM DIABETIC MICE, Biology of reproduction, 56, 1997, pp. 184-184
BAX IS REQUIRED FOR NEURONAL DEATH AFTER TROPHIC FACTOR DEPRIVATION AND DURING DEVELOPMENT
Authors: DECKWERTH TL ELLIOTT JL KNUDSON CM JOHNSON EM SNIDER WD KORSMEYER SJ
Citation: Tl. Deckwerth et al., BAX IS REQUIRED FOR NEURONAL DEATH AFTER TROPHIC FACTOR DEPRIVATION AND DURING DEVELOPMENT, Neuron, 17(3), 1996, pp. 401-411
BAX-DEFICIENT MICE WITH LYMPHOID HYPERPLASIA AND MALE GERM-CELL DEATH
Authors: KNUDSON CM TUNG KSK TOURTELLOTTE WG BROWN GAJ KORSMEYER SJ
Citation: Cm. Knudson et al., BAX-DEFICIENT MICE WITH LYMPHOID HYPERPLASIA AND MALE GERM-CELL DEATH, Science, 270(5233), 1995, pp. 96-99
BIOCHEMICAL-CHARACTERIZATION AND ULTRASTRUCTURAL-LOCALIZATION OF A MAJOR JUNCTIONAL SARCOPLASMIC-RETICULUM GLYCOPROTEIN (TRIADIN)
Authors: KNUDSON CM STANG KK JORGENSEN AO CAMPBELL KP
Citation: Cm. Knudson et al., BIOCHEMICAL-CHARACTERIZATION AND ULTRASTRUCTURAL-LOCALIZATION OF A MAJOR JUNCTIONAL SARCOPLASMIC-RETICULUM GLYCOPROTEIN (TRIADIN), The Journal of biological chemistry, 268(17), 1993, pp. 2637-2645
PRIMARY STRUCTURE AND TOPOLOGICAL ANALYSIS OF A SKELETAL MUSCLE-SPECIFIC JUNCTIONAL SARCOPLASMIC-RETICULUM GLYCOPROTEIN (TRIADIN)
Authors: KNUDSON CM STANG KK MOOMAW CR SLAUGHTER CA CAMPBELL KP
Citation: Cm. Knudson et al., PRIMARY STRUCTURE AND TOPOLOGICAL ANALYSIS OF A SKELETAL MUSCLE-SPECIFIC JUNCTIONAL SARCOPLASMIC-RETICULUM GLYCOPROTEIN (TRIADIN), The Journal of biological chemistry, 268(17), 1993, pp. 2646-2654
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