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Results: 1-14 |
Results: 14
HIGH RAF-1 KINASE-ACTIVITY PROTECTS HUMAN TUMOR-CELLS AGAINST PACLITAXEL-INDUCED CYTOTOXICITY
Authors: RASOULINIA A LIU D PERDUE S BRITTEN RA
Citation: A. Rasoulinia et al., HIGH RAF-1 KINASE-ACTIVITY PROTECTS HUMAN TUMOR-CELLS AGAINST PACLITAXEL-INDUCED CYTOTOXICITY, Clinical cancer research, 4(5), 1998, pp. 1111-1116
HIGH RAF-1 KINASE-ACTIVITY PROTECTS HUMAN TUMOR-CELLS AGAINST PACLITAXEL-INDUCED CYTOTOXICITY
Authors: RASOULINIA A LIU D PERDUE S BRITTEN RA
Citation: A. Rasoulinia et al., HIGH RAF-1 KINASE-ACTIVITY PROTECTS HUMAN TUMOR-CELLS AGAINST PACLITAXEL-INDUCED CYTOTOXICITY, Clinical cancer research, 4(5), 1998, pp. 1111-1116
C-RAF ANTISENSE TREATMENT ENHANCES PACLITAXEL CYTOTOXICITY IN HUMAN TUMOR-CELLS
Authors: RASOULINIA A LIU D PERDUE S BRITTEN RA
Citation: A. Rasoulinia et al., C-RAF ANTISENSE TREATMENT ENHANCES PACLITAXEL CYTOTOXICITY IN HUMAN TUMOR-CELLS, Cancer gene therapy, 4(6), 1997, pp. 17-17
CONSTANCY OF THE RELATIVE BIOLOGICAL EFFECTIVENESS OF 42 MEV (P-]BE-LINES WITH DIFFERENT DNA-REPAIR PROFICIENCIES() NEUTRONS AMONG CELL)
Authors: BRITTEN RA MURRAY D
Citation: Ra. Britten et D. Murray, CONSTANCY OF THE RELATIVE BIOLOGICAL EFFECTIVENESS OF 42 MEV (P-]BE-LINES WITH DIFFERENT DNA-REPAIR PROFICIENCIES() NEUTRONS AMONG CELL), Radiation research, 148(4), 1997, pp. 308-316
DIFFERENTIAL LEVEL OF DSB REPAIR FIDELITY EFFECTED BY NUCLEAR-PROTEINEXTRACTS DERIVED FROM RADIOSENSITIVE AND RADIORESISTANT HUMAN TUMOR-CELLS
Authors: BRITTEN RA LIU D KUNY S ALLALUNISTURNER MJ
Citation: Ra. Britten et al., DIFFERENTIAL LEVEL OF DSB REPAIR FIDELITY EFFECTED BY NUCLEAR-PROTEINEXTRACTS DERIVED FROM RADIOSENSITIVE AND RADIORESISTANT HUMAN TUMOR-CELLS, British Journal of Cancer, 76(11), 1997, pp. 1440-1447
EFFECT OF CISPLATIN ON THE CLINICALLY RELEVANT RADIOSENSITIVITY OF HUMAN CERVICAL-CARCINOMA CELL-LINES
Authors: BRITTEN RA EVANS AJ ALLALUNISTURNER MJ PEARCEY RG
Citation: Ra. Britten et al., EFFECT OF CISPLATIN ON THE CLINICALLY RELEVANT RADIOSENSITIVITY OF HUMAN CERVICAL-CARCINOMA CELL-LINES, International journal of radiation oncology, biology, physics, 34(2), 1996, pp. 367-374
INTRATUMORAL HETEROGENEITY AS A CONFOUNDING FACTOR IN CLONOGENIC ASSAYS FOR TUMOR RADIORESPONSIVENESS
Authors: BRITTEN RA EVANS AJ ALLALUNISTURNER MJ FRANKO AJ PEARCEY RG
Citation: Ra. Britten et al., INTRATUMORAL HETEROGENEITY AS A CONFOUNDING FACTOR IN CLONOGENIC ASSAYS FOR TUMOR RADIORESPONSIVENESS, Radiotherapy and oncology, 39(2), 1996, pp. 145-153
MECHANISMS OF CYCLOPHOSPHAMIDE RESISTANCE IN A HUMAN MYELOID-LEUKEMIACELL-LINE
Authors: ANDERSSON BS MROUE M BRITTEN RA FARQUHAR D MURRAY D
Citation: Bs. Andersson et al., MECHANISMS OF CYCLOPHOSPHAMIDE RESISTANCE IN A HUMAN MYELOID-LEUKEMIACELL-LINE, Acta oncologica, 34(2), 1995, pp. 247-251
C-RAF-1 PROTOONCOGENE EXPRESSION RELATES TO RADIOSENSITIVITY RATHER THAN RADIORESISTANCE
Authors: WARENIUS HM BROWNING PGW BRITTEN RA PEACOCK JA RAPP UR
Citation: Hm. Warenius et al., C-RAF-1 PROTOONCOGENE EXPRESSION RELATES TO RADIOSENSITIVITY RATHER THAN RADIORESISTANCE, European journal of cancer, 30A(3), 1994, pp. 369-375
IDENTIFICATION OF HUMAN IN-VITRO CELL-LINES WITH GREATER INTRINSIC CELLULAR RADIOSENSITIVITY TO 62.5-MEV (P -] BE-MEV PHOTONS() NEUTRONS THAN 4)
Authors: WARENIUS HM BRITTEN RA BROWNING PG MORTON IE PEACOCK JH
Citation: Hm. Warenius et al., IDENTIFICATION OF HUMAN IN-VITRO CELL-LINES WITH GREATER INTRINSIC CELLULAR RADIOSENSITIVITY TO 62.5-MEV (P -] BE-MEV PHOTONS() NEUTRONS THAN 4), International journal of radiation oncology, biology, physics, 28(4), 1994, pp. 913-920
IN-VITRO STUDIES OF INTRINSIC CELLULAR RADIOSENSITIVITY FOLLOWING 4 MEV PHOTONS OR 62.5 MEV (P-]BE- POTENTIAL IMPLICATIONS FOR HIGH LET THERAPY() NEUTRONS )
Authors: WARENIUS HM BRITTEN RA
Citation: Hm. Warenius et Ra. Britten, IN-VITRO STUDIES OF INTRINSIC CELLULAR RADIOSENSITIVITY FOLLOWING 4 MEV PHOTONS OR 62.5 MEV (P-]BE- POTENTIAL IMPLICATIONS FOR HIGH LET THERAPY() NEUTRONS ), Acta oncologica, 33(3), 1994, pp. 241-249
THE RELATIVE CELLULAR RADIOSENSITIVITY OF 30 HUMAN IN-VITRO CELL-LINES OF DIFFERENT HISTOLOGICAL TYPE TO HIGH-LET 62.5 MEV (P-]BE-NEUTRONS AND 4 MEV PHOTONS() FAST)
Authors: WARENIUS HM BRITTEN RA PEACOCK JH
Citation: Hm. Warenius et al., THE RELATIVE CELLULAR RADIOSENSITIVITY OF 30 HUMAN IN-VITRO CELL-LINES OF DIFFERENT HISTOLOGICAL TYPE TO HIGH-LET 62.5 MEV (P-]BE-NEUTRONS AND 4 MEV PHOTONS() FAST), Radiotherapy and oncology, 30(1), 1994, pp. 83-89
THE ROLE OF DNA-DAMAGE IN THE RESISTANCE OF HUMAN CHRONIC MYELOID-LEUKEMIA CELLS TO CYCLOPHOSPHAMIDE ANALOGS
Authors: ANDERSSON BS MROUE M BRITTEN RA MURRAY D
Citation: Bs. Andersson et al., THE ROLE OF DNA-DAMAGE IN THE RESISTANCE OF HUMAN CHRONIC MYELOID-LEUKEMIA CELLS TO CYCLOPHOSPHAMIDE ANALOGS, Cancer research, 54(20), 1994, pp. 5394-5400
THE DIFFERENTIAL INDUCTION OF COLLATERAL RESISTANCE TO 62.5-MEV (P-]BE-MEV PHOTONS BY EXPOSURE TO CISPLATINUM() NEUTRONS AND 4)
Authors: BRITTEN RA WARENIUS HM MASTERS JRW PEACOCK JH BIOL CI
Citation: Ra. Britten et al., THE DIFFERENTIAL INDUCTION OF COLLATERAL RESISTANCE TO 62.5-MEV (P-]BE-MEV PHOTONS BY EXPOSURE TO CISPLATINUM() NEUTRONS AND 4), International journal of radiation oncology, biology, physics, 26(5), 1993, pp. 837-843
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