Advances in photochemotherapy: 6-7 September 1988, Boston, Massachusetts
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PHOTOCHEMICAL AND PHOTOBIOLOGICAL PRINCIPLES IN PHOTOSENSITIZATION
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absorption acids antibody assay basal respiration binding bladder tumors BPD-MA Cancer Res carcinoma cells cationic cell death cell killing cell lines cell membrane cellular chlorin chlorin eg chromophores concentration conjugate Copolymer cytotoxic damage determined Dougherty drug EDKC EE-PA electron FaDu FCCP Figure fluorescence galactosamine Gomer hematoporphyrin derivative HPMA I.T. injected illumination inactivation incubation inhibition iodination irradiation laser light dose light treatment lipid lipophilic localization lymph nodes malignant cells marrow mechanism merocyanine methylene blue mg/kg mice microspheres mitochondria molecules murine normal tissue oligomycin Oseroff phenothiazines Photobiol Photochem photochemotherapy photodynamic action photodynamic therapy Photofrin photolysis photooxidation Photoradiation photosensitizer phototoxicity porphyrin properties protein purpurins radicals reaction Rh6G rhodamine rhodamine 123 selective sensitizer shown Sieber singlet oxygen skin SnET2 solution staining studies target TM cells triplet tumor tumor cells Type uncoupled uptake VB-BO vitro vivo xanthene