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Results: 4
MITOCHONDRIAL-MEMBRANE POTENTIAL (DELTA-PSI(MT)) IN THE COORDINATION OF P53-INDEPENDENT PROLIFERATION AND APOPTOSIS PATHWAYS IN HUMAN COLONIC-CARCINOMA CELLS
Authors: HEERDT BG HOUSTON MA ANTHONY GM AUGENLICHT LH
Citation: Bg. Heerdt et al., MITOCHONDRIAL-MEMBRANE POTENTIAL (DELTA-PSI(MT)) IN THE COORDINATION OF P53-INDEPENDENT PROLIFERATION AND APOPTOSIS PATHWAYS IN HUMAN COLONIC-CARCINOMA CELLS, Cancer research, 58(13), 1998, pp. 2869-2875
SHORT-CHAIN FATTY ACID-INITIATED CELL-CYCLE ARREST AND APOPTOSIS OF COLONIC EPITHELIAL-CELLS IS LINKED TO MITOCHONDRIAL-FUNCTION
Authors: HEERDT BG HOUSTON MA AUGENLICHT LH
Citation: Bg. Heerdt et al., SHORT-CHAIN FATTY ACID-INITIATED CELL-CYCLE ARREST AND APOPTOSIS OF COLONIC EPITHELIAL-CELLS IS LINKED TO MITOCHONDRIAL-FUNCTION, Cell growth & differentiation, 8(5), 1997, pp. 523-532
STEADY-STATE LEVELS OF MITOCHONDRIAL MESSENGER-RNA SPECIES CHARACTERIZE A PREDOMINANT PATHWAY CULMINATING IN APOPTOSIS AND SHEDDING OF HT29HUMAN COLONIC-CARCINOMA CELLS
Authors: HEERDT BG HOUSTON MA REDISKE JJ AUGENLICHT LH
Citation: Bg. Heerdt et al., STEADY-STATE LEVELS OF MITOCHONDRIAL MESSENGER-RNA SPECIES CHARACTERIZE A PREDOMINANT PATHWAY CULMINATING IN APOPTOSIS AND SHEDDING OF HT29HUMAN COLONIC-CARCINOMA CELLS, Cell growth & differentiation, 7(1), 1996, pp. 101-106
POTENTIATION BY SPECIFIC SHORT-CHAIN FATTY-ACIDS OF DIFFERENTIATION AND APOPTOSIS IN HUMAN COLONIC-CARCINOMA CELL FINES
Authors: HEERDT BG HOUSTON MA AUGENLICHT LH
Citation: Bg. Heerdt et al., POTENTIATION BY SPECIFIC SHORT-CHAIN FATTY-ACIDS OF DIFFERENTIATION AND APOPTOSIS IN HUMAN COLONIC-CARCINOMA CELL FINES, Cancer research, 54(12), 1994, pp. 3288-3294
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