Photosensitisation [E-Book] : Molecular, Cellular and Medical Aspects / edited by Giuliana Moreno, Roy Henry Pottier, Terence George Truscott.
Radiation induces a variety of chemical processes in biological tissues. This volume is a synthesis of up-to-the-minute reviews on such photochemical and photobiological sensitized reactions with particular relevance to photomedicine. The first part gives a description of experimental techniques for...
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Full text |
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Personal Name(s): | Moreno, Giuliana, editor |
Pottier, Roy Henry, editor / Truscott, Terence George, editor | |
Imprint: |
Berlin, Heidelberg :
Springer,
1988
|
Physical Description: |
XIV, 521 p. online resource. |
Note: |
englisch |
ISBN: |
9783642731518 |
DOI: |
10.1007/978-3-642-73151-8 |
Series Title: |
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NATO ASI Series, Series H: Cell Biology ;
15 |
Subject (LOC): |
- Past, present and future of photosensitisers
- Primary photochemical processes
- Continuous irradiation and emission methods
- Fluorescence lifetimes of chromophores interacting with biomolecules
- Pulse radiolysis
- The photophysics and photochemistry of some dye sensitisers
- Spectral properties of hypericin-metal complexes
- Photolysis of the photosensitisers biothionol and fentichlor
- Laser flash photolysis and singlet oxygen quantum yields of anthracyclines
- Characterization of the anthralin radical by pulse radiolysis and laser photolysis
- Photophysical and photodynamic properties of new photosensitisers
- Photoacoustic spectroscopy in biomedical sciences
- Absolute determination of quantum yields of Photosensitisation by time resolved thermal lensing
- Hematoporphyrin-manganese: a contrast agent for tumors in magnetic resonance imaging
- Interactions of light with biological tissue
- Optical measurements on tissue layers
- The optical properties of tissues at 633 nanometers as related to light dosimetry in photodynamic therapy
- Applications of the change in tissue optical properties caused by the prescence of photosensitisers
- Mechanistic characterization of photosensitised reactions
- Singlet oxygen involvement in membrane photomodification
- Standards for singlet oxygen sensitization
- Biological and chemical photoproduction of hydrogen peroxide
- Cell models
- Biological target molecules and cell structures in mammalian cell photosensitization
- Porphyrin photosensitisation of mitochondria
- Nuclear damage in mammalian cell photosensitization
- Biological implications of lesions introduced into DNA by singlet oxygen
- Damage to DNA repair in Murine L929 fibroblasts induced by the photodynamic action of HPD
- Photoinactivation of cells studied by 31P-NMR
- Sunlight, melanogenesis, and free radicals in the skin
- Pulsed irradiation studies of some reactions of melanin precursors
- Melanin and photoprotection
- Pigmentogenic effects of psoralens
- Melanogenesis and light regulated experimental carcinogenesis
- Role of melanins and drugs in cutaneous photosensitivity
- Skin and related photoreactions
- Phototherapy for pruritus in primary biliary cirrhosis
- Psoralens: a review
- Mutagenesis of psoralens on eukaryotic cells
- Bichromophoric systems to study the base-psoralen photoreactions
- Photophysical behaviour of 5-methoxypsoralen in different solvent systems
- Furocoumarin photosensitized reations with fatty acids
- Furocoumarin photosensitisation: wavelength dependence of monoadduct and crosslink formation in yeast
- The use of animal models for human risk assessment of psoralen photocarcinogenesis
- Phototherapy and PUVA therapy
- Ocular phototoxicity
- Ocular protection for patients undergoing PUVA or photodynamic therapy
- Diseases associated with defective tetrapyrrole metabolism: porphyria and hyperbilirubinemia
- Photophysical and related aspects of haematoporphyrin and related systems
- Photophysical properties of chlorin derivatives of haematoporphyrin
- Insoluble polymer-supported porphyrins as photosensitisers
- Water-soluble metal napthalocyanines as potential photosensitisers
- HPDs chemical and biophysical studies
- Studies of Photofrin II - induced photosensitisation of human red blood cells: variability between blood samples
- In vitro uptake and photodynamic action of tetra (3-hydroxyphenyl) porphyrin in cells
- Quantitative aspects of the interaction of porphyrins with cells
- Uptake of the anticancer porphyrin mixture Photofrin II by human fibroblasts from low density lipoprotein, high density lipoprotein and albumin
- Parameters influencing photodynamic selectivity of normal progenitors vs leukemia cells
- Porphyrin-protein interaction
- Photomodification of porphyrins in biological systems
- Photoradiation therapy of rodent tumors
- Targets of porphyrins photodynamic action in vivo
- Phthalocyanines as sensitisers for photodynamic therapy of cancer
- Pulsed laser studies of aluminium phthalocyanine derivatives
- Zn-phthalocyanine as a possible phototherapeutic agent for tumors
- Photochemotherapy - clinical aspects
- In vivo fluorescence from mouse skin: spectral evidence for the presence of chlorophyll derivatives
- DHE uptake and PDT response in an in vitro tumor model
- Fluorescence diagnosis and photodynamic therapy evaluation of sensitisers by comparison of their pharmacokinetics
- In vivo aspects of PDT
- Alternative synthesis of “DHE” analogues
- New photosensitisers for PDT
- A dose response study of two purpurins on the AY-27 rat bladder tumor
- In vivo cytotoxicity of metallopurpurins to bladder tumors
- Potential phototoxicity in the photosensitive patient
- Participants.