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Results: 1-8 |
Results: 8
FLUORESCENCE PHOTOBLEACHING OF ALA-INDUCED PROTOPORPHYRIN-IX DURING PHOTODYNAMIC THERAPY OF NORMAL HAIRLESS MOUSE SKIN - THE EFFECT OF LIGHT DOSE AND IRRADIANCE AND THE RESULTING BIOLOGICAL EFFECT
Authors: ROBINSON DJ DEBRUIJN HS VANDERVEEN N STRINGER MR BROWN SB STAR WM
Citation: Dj. Robinson et al., FLUORESCENCE PHOTOBLEACHING OF ALA-INDUCED PROTOPORPHYRIN-IX DURING PHOTODYNAMIC THERAPY OF NORMAL HAIRLESS MOUSE SKIN - THE EFFECT OF LIGHT DOSE AND IRRADIANCE AND THE RESULTING BIOLOGICAL EFFECT, Photochemistry and photobiology, 67(1), 1998, pp. 140-149
PHOTOBLEACHING DURING AND RE-APPEARANCE AFTER PHOTODYNAMIC THERAPY OFTOPICAL ALA-INDUCED FLUORESCENCE IN UVB-TREATED MOUSE SKIN
Authors: VANDERVEEN N DEBRUIJN HS STAR WM
Citation: N. Vanderveen et al., PHOTOBLEACHING DURING AND RE-APPEARANCE AFTER PHOTODYNAMIC THERAPY OFTOPICAL ALA-INDUCED FLUORESCENCE IN UVB-TREATED MOUSE SKIN, International journal of cancer, 72(1), 1997, pp. 110-118
KINETICS AND LOCALIZATION OF PPIX FLUORESCENCE AFTER TOPICAL AND SYSTEMIC ALA APPLICATION, OBSERVED IN SKIN AND SKIN TUMORS OF UVB-TREATED MICE
Authors: VANDERVEEN N DEBRUIJN HS BERG RJW STAR WM
Citation: N. Vanderveen et al., KINETICS AND LOCALIZATION OF PPIX FLUORESCENCE AFTER TOPICAL AND SYSTEMIC ALA APPLICATION, OBSERVED IN SKIN AND SKIN TUMORS OF UVB-TREATED MICE, British Journal of Cancer, 73(7), 1996, pp. 925-930
IN-VIVO FLUORESCENCE KINETICS AND PHOTODYNAMIC THERAPY USING 5-AMINOLEVULINIC ACID-INDUCED PORPHYRIN - INCREASED DAMAGE AFTER MULTIPLE IRRADIATIONS
Authors: VANDERVEEN N VANLEENGOED HLLM STAR WM
Citation: N. Vanderveen et al., IN-VIVO FLUORESCENCE KINETICS AND PHOTODYNAMIC THERAPY USING 5-AMINOLEVULINIC ACID-INDUCED PORPHYRIN - INCREASED DAMAGE AFTER MULTIPLE IRRADIATIONS, British Journal of Cancer, 70(5), 1994, pp. 867-872
IN-VIVO FLUORESCENCE AND PHOTODYNAMIC ACTIVITY OF ZINC PHTHALOCYANINEADMINISTERED IN LIPOSOMES
Authors: VANLEENGOED HLLM CUOMO V VERSTEEG AAC VANDERVEEN N JORI G STAR WM
Citation: Hllm. Vanleengoed et al., IN-VIVO FLUORESCENCE AND PHOTODYNAMIC ACTIVITY OF ZINC PHTHALOCYANINEADMINISTERED IN LIPOSOMES, British Journal of Cancer, 69(5), 1994, pp. 840-845
IN-VIVO PHOTODYNAMIC EFFECTS OF PHTHALOCYANINES IN A SKIN-FOLD OBSERVATION CHAMBER MODEL - ROLE OF CENTRAL METAL-ION AND DEGREE OF SULFONATION
Authors: VANLEENGOED HLLM VANDERVEEN N VERSTEEG AAC OUELLET R VANLIER JE STAR WM
Citation: Hllm. Vanleengoed et al., IN-VIVO PHOTODYNAMIC EFFECTS OF PHTHALOCYANINES IN A SKIN-FOLD OBSERVATION CHAMBER MODEL - ROLE OF CENTRAL METAL-ION AND DEGREE OF SULFONATION, Photochemistry and photobiology, 58(4), 1993, pp. 575-580
IN-VIVO FLUORESCENCE KINETICS OF PHTHALOCYANINES IN A SKIN-FOLD OBSERVATION CHAMBER MODEL - ROLE OF CENTRAL METAL-ION AND DEGREE OF SULFONATION
Authors: VANLEENGOED HLLM VANDERVEEN N VERSTEEG AAC OUELLET R VANLIER JE STAR WM
Citation: Hllm. Vanleengoed et al., IN-VIVO FLUORESCENCE KINETICS OF PHTHALOCYANINES IN A SKIN-FOLD OBSERVATION CHAMBER MODEL - ROLE OF CENTRAL METAL-ION AND DEGREE OF SULFONATION, Photochemistry and photobiology, 58(2), 1993, pp. 233-237
FLUORESCENCE AND PHOTODYNAMIC EFFECTS OF BACTERIOCHLORIN A OBSERVED INVIVO IN SANDWICH OBSERVATION CHAMBERS
Authors: VANLEENGOED HLLM SCHUITMAKER JJ VANDERVEEN N DUBBELMAN TMAR STAR WM
Citation: Hllm. Vanleengoed et al., FLUORESCENCE AND PHOTODYNAMIC EFFECTS OF BACTERIOCHLORIN A OBSERVED INVIVO IN SANDWICH OBSERVATION CHAMBERS, British Journal of Cancer, 67(5), 1993, pp. 898-903
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