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Results: 3
HYPOXIA-INDUCED CHANGES IN RADIATION SENSITIVITY IN HUMAN-MELANOMA CELLS - IMPORTANCE OF OXYGEN-REGULATED PROTEINS, ADENYLATE ENERGY-CHARGEAND CELL-CYCLE DISTRIBUTION
Authors: DANIELSEN T SKOYUM R ROFSTAD EK
Citation: T. Danielsen et al., HYPOXIA-INDUCED CHANGES IN RADIATION SENSITIVITY IN HUMAN-MELANOMA CELLS - IMPORTANCE OF OXYGEN-REGULATED PROTEINS, ADENYLATE ENERGY-CHARGEAND CELL-CYCLE DISTRIBUTION, Radiotherapy and oncology, 44(2), 1997, pp. 177-182
ENERGY-METABOLISM IN HUMAN-MELANOMA CELLS UNDER HYPOXIC AND ACIDIC CONDITIONS IN-VITRO
Authors: SKOYUM R EIDE K BERG K ROFSTAD EK
Citation: R. Skoyum et al., ENERGY-METABOLISM IN HUMAN-MELANOMA CELLS UNDER HYPOXIC AND ACIDIC CONDITIONS IN-VITRO, British Journal of Cancer, 76(4), 1997, pp. 421-428
APOPTOSIS, ENERGY-METABOLISM, AND FRACTION OF RADIOBIOLOGICALLY HYPOXIC CELLS - A STUDY OF HUMAN-MELANOMA MULTICELLULAR SPHEROIDS
Authors: ROFSTAD EK EIDE K SKOYUM R HYSTAD ME LYNG H
Citation: Ek. Rofstad et al., APOPTOSIS, ENERGY-METABOLISM, AND FRACTION OF RADIOBIOLOGICALLY HYPOXIC CELLS - A STUDY OF HUMAN-MELANOMA MULTICELLULAR SPHEROIDS, International journal of radiation biology, 70(3), 1996, pp. 241-249
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