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Results: 1-13 |
Results: 13
QUIESCENCE VERSUS APOPTOSIS - MYC ABUNDANCE DETERMINES PATHWAY OF EXIT FROM THE CELL-CYCLE
Authors: HELBING CC WELLINGTON CL GOGELASPEHAR M CHENG T PINCHBECK GG JOHNSTON RN
Citation: Cc. Helbing et al., QUIESCENCE VERSUS APOPTOSIS - MYC ABUNDANCE DETERMINES PATHWAY OF EXIT FROM THE CELL-CYCLE, Oncogene, 17(12), 1998, pp. 1491-1501
THE INFLUENCE OF HUNTINGTIN PROTEIN SIZE ON NUCLEAR-LOCALIZATION AND CELLULAR TOXICITY
Authors: HACKAM AS SINGARAJA R WELLINGTON CL METZLER M MCCUTCHEON K ZHANG TQ KALCHMAN M HAYDEN MR
Citation: As. Hackam et al., THE INFLUENCE OF HUNTINGTIN PROTEIN SIZE ON NUCLEAR-LOCALIZATION AND CELLULAR TOXICITY, The Journal of cell biology, 141(5), 1998, pp. 1097-1105
CASPASE CLEAVAGE OF GENE-PRODUCTS ASSOCIATED WITH TRIPLET EXPANSION DISORDERS GENERATES TRUNCATED FRAGMENTS CONTAINING THE POLYGLUTAMINE TRACT
Authors: WELLINGTON CL ELLERBY LM HACKAM AS MARGOLIS RL TRIFIRO MA SINGARAJA R MCCUTCHEON K SALVESEN GS PROPP SS BROMM M ROWLAND KJ ZHANG TQ RASPER D ROY S THORNBERRY N PINSKY L KAKIZUKA A ROSS CA NICHOLSON DW BREDESEN DE HAYDEN MR
Citation: Cl. Wellington et al., CASPASE CLEAVAGE OF GENE-PRODUCTS ASSOCIATED WITH TRIPLET EXPANSION DISORDERS GENERATES TRUNCATED FRAGMENTS CONTAINING THE POLYGLUTAMINE TRACT, The Journal of biological chemistry, 273(15), 1998, pp. 9158-9167
THE FATAL ATTRACTION OF POLYGLUTAMINE-CONTAINING PROTEINS
Authors: HACKAM AS WELLINGTON CL HAYDEN MR
Citation: As. Hackam et al., THE FATAL ATTRACTION OF POLYGLUTAMINE-CONTAINING PROTEINS, Clinical genetics, 53(4), 1998, pp. 233-242
OF MOLECULAR-INTERACTIONS, MICE AND MECHANISMS - NEW INSIGHTS INTO HUNTINGTONS-DISEASE
Authors: WELLINGTON CL HAYDEN MR
Citation: Cl. Wellington et Mr. Hayden, OF MOLECULAR-INTERACTIONS, MICE AND MECHANISMS - NEW INSIGHTS INTO HUNTINGTONS-DISEASE, Current opinion in neurology, 10(4), 1997, pp. 291-298
THE TRANSITION FROM GROWTH TO QUIESCENCE VERSUS APOPTOSIS IN SERUM-STARVED CELLS IS DECIDED BY C-MYC BUT NOT BY CDK2
Authors: JOHNSTON RN HELBING CC WELLINGTON CL GOGELASPEHAR M CHENG T PINCHBECK GG
Citation: Rn. Johnston et al., THE TRANSITION FROM GROWTH TO QUIESCENCE VERSUS APOPTOSIS IN SERUM-STARVED CELLS IS DECIDED BY C-MYC BUT NOT BY CDK2, Molecular biology of the cell, 8, 1997, pp. 181-181
TOWARD UNDERSTANDING THE MOLECULAR PATHOLOGY OF HUNTINGTONS-DISEASE
Authors: WELLINGTON CL BRINKMAN RR OKUSKY JR HAYDEN MR
Citation: Cl. Wellington et al., TOWARD UNDERSTANDING THE MOLECULAR PATHOLOGY OF HUNTINGTONS-DISEASE, Brain pathology, 7(3), 1997, pp. 979-1002
DEVELOPMENT OF AN IN-VITRO MODEL FOR HUNTINGTONS-DISEASE - EVIDENCE THAT THE N-TERMINAL DOMAIN OF HUNTINGTIN IS TOXIC TO CELLS
Authors: HACKAM AS ELLERBY LM WELLINGTON CL BREDESEN DE HAYDEN MR
Citation: As. Hackam et al., DEVELOPMENT OF AN IN-VITRO MODEL FOR HUNTINGTONS-DISEASE - EVIDENCE THAT THE N-TERMINAL DOMAIN OF HUNTINGTIN IS TOXIC TO CELLS, American journal of human genetics, 61(4), 1997, pp. 1809-1809
CASPASE CLEAVAGE OF HUNTINGTIN, ATROPHIN-1 AND ANDROGEN RECEPTOR
Authors: WELLINGTON CL MARGOLIS RL TRIFIRO MA ROSS CA PINSKY L NICHOLSON DW HAYDEN MR
Citation: Cl. Wellington et al., CASPASE CLEAVAGE OF HUNTINGTIN, ATROPHIN-1 AND ANDROGEN RECEPTOR, American journal of human genetics, 61(4), 1997, pp. 1890-1890
ANALYSIS OF C-FOS MESSENGER-RNA DEGRADATION IN A TETRACYCLINE-REGULATED SYSTEM
Authors: PINCHBECK GG WELLINGTON CL SIM VL JOHNSTON RN
Citation: Gg. Pinchbeck et al., ANALYSIS OF C-FOS MESSENGER-RNA DEGRADATION IN A TETRACYCLINE-REGULATED SYSTEM, Molecular biology of the cell, 7, 1996, pp. 1714-1714
C-MYC OVEREXPRESSION IN A TETRACYCLINE-BASED EUKARYOTIC EXPRESSION SYSTEM AFFECTS CYCLIN-DEPENDENT KINASE-ACTIVITY DURING APOPTOSIS
Authors: HELBING CC WELLINGTON CL CHENG T PINCHBECK G GIBSON AW JOHNSTON RN
Citation: Cc. Helbing et al., C-MYC OVEREXPRESSION IN A TETRACYCLINE-BASED EUKARYOTIC EXPRESSION SYSTEM AFFECTS CYCLIN-DEPENDENT KINASE-ACTIVITY DURING APOPTOSIS, Molecular biology of the cell, 7, 1996, pp. 3012-3012
MULTIPLE ELEMENTS IN THE C-FOS PROTEIN-CODING REGION FACILITATE MESSENGER-RNA DEADENYLATION AND DECAY BY A MECHANISM COUPLED TO TRANSLATION
Authors: SCHIAVI SC WELLINGTON CL SHYU AB CHEN CYA GREENBERG ME BELASCO JG
Citation: Sc. Schiavi et al., MULTIPLE ELEMENTS IN THE C-FOS PROTEIN-CODING REGION FACILITATE MESSENGER-RNA DEADENYLATION AND DECAY BY A MECHANISM COUPLED TO TRANSLATION, The Journal of biological chemistry, 269(5), 1994, pp. 3441-3448
THE DESTABILIZING ELEMENTS IN THE CODING REGION OF C-FOS MESSENGER-RNA ARE RECOGNIZED AS RNA
Authors: WELLINGTON CL GREENBERG ME BELASCO JG
Citation: Cl. Wellington et al., THE DESTABILIZING ELEMENTS IN THE CODING REGION OF C-FOS MESSENGER-RNA ARE RECOGNIZED AS RNA, Molecular and cellular biology, 13(8), 1993, pp. 5034-5042
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