ACNP - Italian Periodicals Catalogue

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Results: 1-25 |

Results: 25

REGULATION OF APOPTOSIS BY A CAENORHABDITIS-ELEGANS BNIP3 HOMOLOG

Authors: YASUDA M DSAEIPPER C GONG XL CHINNADURAI G

Citation: M. Yasuda et al., REGULATION OF APOPTOSIS BY A CAENORHABDITIS-ELEGANS BNIP3 HOMOLOG, Oncogene, 17(19), 1998, pp. 2525-2530

FUNCTIONAL DISSECTION OF BFL-1, A BCL-2 HOMOLOG - ANTI-APOPTOSIS, ONCOGENE-COOPERATION AND CELL-PROLIFERATION ACTIVITIES

Authors: DSAEIPPER C CHINNADURAI G

Citation: C. Dsaeipper et G. Chinnadurai, FUNCTIONAL DISSECTION OF BFL-1, A BCL-2 HOMOLOG - ANTI-APOPTOSIS, ONCOGENE-COOPERATION AND CELL-PROLIFERATION ACTIVITIES, Oncogene, 16(24), 1998, pp. 3105-3114

MOLECULAR-CLONING AND CHARACTERIZATION OF A CELLULAR PHOSPHOPROTEIN THAT INTERACTS WITH A CONSERVED C-TERMINAL DOMAIN OF ADENOVIRUS E1A INVOLVED IN NEGATIVE MODULATION OF ONCOGENIC TRANSFORMATION (VOL 92, PG 10467, 1995)

Authors: SCHAEPER U BOYD JM VERMA S UHLMANN E SUBRAMANIAN T CHINNADURAI G

Citation: U. Schaeper et al., MOLECULAR-CLONING AND CHARACTERIZATION OF A CELLULAR PHOSPHOPROTEIN THAT INTERACTS WITH A CONSERVED C-TERMINAL DOMAIN OF ADENOVIRUS E1A INVOLVED IN NEGATIVE MODULATION OF ONCOGENIC TRANSFORMATION (VOL 92, PG 10467, 1995), Proceedings of the National Academy of Sciences of the United Statesof America, 95(24), 1998, pp. 14584-14584

STRUCTURAL DETERMINANTS PRESENT IN THE C-TERMINAL BINDING-PROTEIN BINDING-SITE OF ADENOVIRUS EARLY REGION 1A PROTEINS

Authors: MOLLOY DP MILNER AE YAKUB IK CHINNADURAI G GALLIMORE PH GRAND RJA

Citation: Dp. Molloy et al., STRUCTURAL DETERMINANTS PRESENT IN THE C-TERMINAL BINDING-PROTEIN BINDING-SITE OF ADENOVIRUS EARLY REGION 1A PROTEINS, The Journal of biological chemistry, 273(33), 1998, pp. 20867-20876

A POTENT CELL-DEATH ACTIVITY ASSOCIATED WITH TRANSIENT HIGH-LEVEL EXPRESSION OF BCL-2

Authors: UHLMANN EJ SUBRAMANIAN T VATER CA LUTZ R CHINNADURAI G

Citation: Ej. Uhlmann et al., A POTENT CELL-DEATH ACTIVITY ASSOCIATED WITH TRANSIENT HIGH-LEVEL EXPRESSION OF BCL-2, The Journal of biological chemistry, 273(28), 1998, pp. 17926-17932

ADENOVIRUS E1B-19K BCL-2 INTERACTING PROTEIN BNIP3 CONTAINS A BH3 DOMAIN AND A MITOCHONDRIAL TARGETING SEQUENCE/

Authors: YASUDA M THEODORAKIS P SUBRAMANIAN T CHINNADURAI G

Citation: M. Yasuda et al., ADENOVIRUS E1B-19K BCL-2 INTERACTING PROTEIN BNIP3 CONTAINS A BH3 DOMAIN AND A MITOCHONDRIAL TARGETING SEQUENCE/, The Journal of biological chemistry, 273(20), 1998, pp. 12415-12421

INTERACTION BETWEEN A CELLULAR PROTEIN THAT BINDS TO THE C-TERMINAL REGION OF ADENOVIRUS E1A (CTBP) AND A NOVEL CELLULAR PROTEIN IS DISRUPTED BY E1A THROUGH A CONSERVED PLDLS MOTIF

Authors: SCHAEPER U SUBRAMANIAN T LIM L BOYD JM CHINNADURAI G

Citation: U. Schaeper et al., INTERACTION BETWEEN A CELLULAR PROTEIN THAT BINDS TO THE C-TERMINAL REGION OF ADENOVIRUS E1A (CTBP) AND A NOVEL CELLULAR PROTEIN IS DISRUPTED BY E1A THROUGH A CONSERVED PLDLS MOTIF, The Journal of biological chemistry, 273(15), 1998, pp. 8549-8552

MAPPING OF ADENOVIRUS-5 E1A-DOMAINS RESPONSIBLE FOR SUPPRESSION OF NEU-MEDIATED TRANSFORMATION VIA TRANSCRIPTIONAL REPRESSION OF NEU

Authors: CHEN H YU DH CHINNADURAI G KARUNAGARAN D HUNG MC

Citation: H. Chen et al., MAPPING OF ADENOVIRUS-5 E1A-DOMAINS RESPONSIBLE FOR SUPPRESSION OF NEU-MEDIATED TRANSFORMATION VIA TRANSCRIPTIONAL REPRESSION OF NEU, Oncogene, 14(16), 1997, pp. 1965-1971

FUNCTIONAL DISSECTION OF THE PRO-APOPTOTIC PROTEIN BIK - HETERODIMERIZATION WITH ANTI-APOPTOSIS PROTEINS IS INSUFFICIENT FOR INDUCTION OF CELL-DEATH

Authors: ELANGOVAN B CHINNADURAI G

Citation: B. Elangovan et G. Chinnadurai, FUNCTIONAL DISSECTION OF THE PRO-APOPTOTIC PROTEIN BIK - HETERODIMERIZATION WITH ANTI-APOPTOSIS PROTEINS IS INSUFFICIENT FOR INDUCTION OF CELL-DEATH, The Journal of biological chemistry, 272(39), 1997, pp. 24494-24498

UNMASKING OF A PROLIFERATION-RESTRAINING ACTIVITY OF THE ANTI-APOPTOSIS PROTEIN EBV BHRF1

Authors: THEODORAKIS P DSAEIPPER C SUBRAMANIAN T CHINNADURAI G

Citation: P. Theodorakis et al., UNMASKING OF A PROLIFERATION-RESTRAINING ACTIVITY OF THE ANTI-APOPTOSIS PROTEIN EBV BHRF1, Oncogene, 12(8), 1996, pp. 1707-1713

THE CTBP BINDING DOMAIN IN THE ADENOVIRUS E1A PROTEIN CONTROLS CR-1-DEPENDENT TRANSACTIVATION

Authors: SOLLERBRANT K CHINNADURAI G SVENSSON C

Citation: K. Sollerbrant et al., THE CTBP BINDING DOMAIN IN THE ADENOVIRUS E1A PROTEIN CONTROLS CR-1-DEPENDENT TRANSACTIVATION, Nucleic acids research, 24(13), 1996, pp. 2578-2584

IDENTIFICATION OF A CELLULAR PROTEIN THAT SPECIFICALLY INTERACTS WITHTHE ESSENTIAL CYSTEINE REGION OF THE HIV-1 TAT TRANSACTIVATOR

Authors: KAMINE J ELANGOVAN B SUBRAMANIAN T COLEMAN D CHINNADURAI G

Citation: J. Kamine et al., IDENTIFICATION OF A CELLULAR PROTEIN THAT SPECIFICALLY INTERACTS WITHTHE ESSENTIAL CYSTEINE REGION OF THE HIV-1 TAT TRANSACTIVATOR, Virology, 216(2), 1996, pp. 357-366

A HYDROPHOBIC REGION WITHIN THE ADENOVIRUS E1B 19 KDA PROTEIN IS NECESSARY FOR THE TRANSIENT INHIBITION OF NF-KAPPA-B ACTIVATED BY DIFFERENT STIMULI

Authors: LIMBOURG FP STADTLER H CHINNADURAI G BAEUERLE PA SCHMITZ ML

Citation: Fp. Limbourg et al., A HYDROPHOBIC REGION WITHIN THE ADENOVIRUS E1B 19 KDA PROTEIN IS NECESSARY FOR THE TRANSIENT INHIBITION OF NF-KAPPA-B ACTIVATED BY DIFFERENT STIMULI, The Journal of biological chemistry, 271(34), 1996, pp. 20392-20398

BFL-1, A BCL-2 HOMOLOG, SUPPRESSES P53-INDUCED APOPTOSIS AND EXHIBITSPOTENT COOPERATIVE TRANSFORMING ACTIVITY

Authors: DSAEIPPER C SUBRAMANIAN T CHINNADURAI G

Citation: C. Dsaeipper et al., BFL-1, A BCL-2 HOMOLOG, SUPPRESSES P53-INDUCED APOPTOSIS AND EXHIBITSPOTENT COOPERATIVE TRANSFORMING ACTIVITY, Cancer research, 56(17), 1996, pp. 3879-3882

DELETION OF A NONCONSERVED REGION OF BCL-2 CONFERS A NOVEL GAIN OF FUNCTION - SUPPRESSION OF APOPTOSIS WITH CONCOMITANT CELL-PROLIFERATION

Authors: UHLMANN EJ DSAEIPPER C SUBRAMANIAN T WAGNER AJ HAY N CHINNADURAI G

Citation: Ej. Uhlmann et al., DELETION OF A NONCONSERVED REGION OF BCL-2 CONFERS A NOVEL GAIN OF FUNCTION - SUPPRESSION OF APOPTOSIS WITH CONCOMITANT CELL-PROLIFERATION, Cancer research, 56(11), 1996, pp. 2506-2509

P53-INDEPENDENT APOPTOTIC AND NECROTIC CELL DEATHS INDUCED BY ADENOVIRUS INFECTION - SUPPRESSION BY E1B 19K AND BCL-2 PROTEINS

Authors: SUBRAMANIAN T TARODI B CHINNADURAI G

Citation: T. Subramanian et al., P53-INDEPENDENT APOPTOTIC AND NECROTIC CELL DEATHS INDUCED BY ADENOVIRUS INFECTION - SUPPRESSION BY E1B 19K AND BCL-2 PROTEINS, Cell growth & differentiation, 6(2), 1995, pp. 131-137

BIK, A NOVEL DEATH-INDUCING PROTEIN SHARES A DISTINCT SEQUENCE MOTIF WITH BCL-2 FAMILY PROTEINS AND INTERACTS WITH VIRAL AND CELLULAR SURVIVAL-PROMOTING PROTEINS

Authors: BOYD JM GALLO GJ ELANGOVAN B HOUGHTON AB MALSTROM S AVERY BJ EBB RG SUBRAMANIAN T CHITTENDEN T LUTZ RJ CHINNADURAI G

Citation: Jm. Boyd et al., BIK, A NOVEL DEATH-INDUCING PROTEIN SHARES A DISTINCT SEQUENCE MOTIF WITH BCL-2 FAMILY PROTEINS AND INTERACTS WITH VIRAL AND CELLULAR SURVIVAL-PROMOTING PROTEINS, Oncogene, 11(9), 1995, pp. 1921-1928

FUNCTIONAL SUBSTITUTION IDENTIFIES A CELL-SURVIVAL PROMOTING DOMAIN COMMON TO ADENOVIRUS E1B 19 KDA AND BCL-2 PROTEINS

Authors: SUBRAMANIAN T BOYD JM CHINNADURAI G

Citation: T. Subramanian et al., FUNCTIONAL SUBSTITUTION IDENTIFIES A CELL-SURVIVAL PROMOTING DOMAIN COMMON TO ADENOVIRUS E1B 19 KDA AND BCL-2 PROTEINS, Oncogene, 11(11), 1995, pp. 2403-2409

A CONSERVED DOMAIN IN BAK, DISTINCT FROM BH1 AND BH2, MEDIATES CELL-DEATH AND PROTEIN-BINDING FUNCTIONS

Authors: CHITTENDEN T FLEMINGTON C HOUGHTON AB EBB RG GALLO GJ ELANGOVAN B CHINNADURAI G LUTZ RJ

Citation: T. Chittenden et al., A CONSERVED DOMAIN IN BAK, DISTINCT FROM BH1 AND BH2, MEDIATES CELL-DEATH AND PROTEIN-BINDING FUNCTIONS, EMBO journal, 14(22), 1995, pp. 5589-5596

THE ACTIVATION REGION OF THE TAT PROTEIN OF HUMAN-IMMUNODEFICIENCY-VIRUS TYPE-1 FUNCTIONS IN YEAST

Authors: SUBRAMANIAN T DSAEIPPER C ELANGOVAN B CHINNADURAI G

Citation: T. Subramanian et al., THE ACTIVATION REGION OF THE TAT PROTEIN OF HUMAN-IMMUNODEFICIENCY-VIRUS TYPE-1 FUNCTIONS IN YEAST, Nucleic acids research, 22(8), 1994, pp. 1496-1499

ADENOVIRUS-E1B 19-KDA AND BCL-2 PROTEINS INTERACT WITH A COMMON SET OF CELLULAR PROTEINS

Authors: BOYD JM MALSTROM S SUBRAMANIAN T VENKATESH LK SCHAEPER U ELANGOVAN B DSAEIPPER C CHINNADURAI G

Citation: Jm. Boyd et al., ADENOVIRUS-E1B 19-KDA AND BCL-2 PROTEINS INTERACT WITH A COMMON SET OF CELLULAR PROTEINS, Cell, 79(2), 1994, pp. 341-351

EPSTEIN-BARR-VIRUS BHRF1 PROTEIN PROTECTS AGAINST CELL-DEATH INDUCED BY DNA-DAMAGING AGENTS AND HETEROLOGOUS VIRAL-INFECTION

Authors: TARODI B SUBRAMANIAN T CHINNADURAI G

Citation: B. Tarodi et al., EPSTEIN-BARR-VIRUS BHRF1 PROTEIN PROTECTS AGAINST CELL-DEATH INDUCED BY DNA-DAMAGING AGENTS AND HETEROLOGOUS VIRAL-INFECTION, Virology, 201(2), 1994, pp. 404-407

Authors: TARODI B SUBRAMANIAN T CHINNADURAI G

Citation: B. Tarodi et al., FUNCTIONAL SIMILARITY BETWEEN ADENOVIRUS E1B 19K GENE AND BCL2 ONCOGENE - MUTANT COMPLEMENTATION AND SUPPRESSION OF CELL-DEATH INDUCED BY DNA-DAMAGING AGENTS, International journal of oncology, 3(3), 1993, pp. 467-472

THE CARBOXY-TERMINAL TRANSCRIPTION ENHANCEMENT REGION OF THE HUMAN SPUMARETROVIRUS TRANSACTIVATOR CONTAINS DISCRETE DETERMINANTS OF THE ACTIVATOR FUNCTION

Authors: VENKATESH LK CHINNADURAI G

Citation: Lk. Venkatesh et G. Chinnadurai, THE CARBOXY-TERMINAL TRANSCRIPTION ENHANCEMENT REGION OF THE HUMAN SPUMARETROVIRUS TRANSACTIVATOR CONTAINS DISCRETE DETERMINANTS OF THE ACTIVATOR FUNCTION, Journal of virology, 67(7), 1993, pp. 3868-3876

ACTIVATION OF A HETEROLOGOUS PROMOTER BY HUMAN-IMMUNODEFICIENCY-VIRUSTYPE-1 TAT REQUIRES SP1 AND IS DISTINCT FROM THE MODE OF ACTIVATION BY ACIDIC TRANSCRIPTIONAL ACTIVATORS

Authors: KAMINE J SUBRAMANIAN T CHINNADURAI G

Citation: J. Kamine et al., ACTIVATION OF A HETEROLOGOUS PROMOTER BY HUMAN-IMMUNODEFICIENCY-VIRUSTYPE-1 TAT REQUIRES SP1 AND IS DISTINCT FROM THE MODE OF ACTIVATION BY ACIDIC TRANSCRIPTIONAL ACTIVATORS, Journal of virology, 67(11), 1993, pp. 6828-6834

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