THE PHOTOPHYSICS AND PHOTOCHEMISTRY OF THE NEAR‐UV ABSORBING AMINO ACIDS–I. TRYPTOPHAN AND ITS SIMPLE DERIVATIVES

Photochemistry and Photobiology

Volumn 39, Issue 4, 1984, Pages 537-562

  Creed, David ^a  

^a UNIVERSITY OF SOUTHERN MISSISSIPPI   (United States)

Author keywords

[No Author keywords available]

Indexed keywords

EID: 84989712905     PISSN: 00318655     EISSN: 17511097     Source Type: Journal    
DOI: 10.1111/j.1751-1097.1984.tb03890.x     Document Type: Review

References (259)

1. ON THE PHOTOIONIZATION ENERGY THRESHOLD OF TRYPTOPHAN IN AQUEOUS SOLUTIONS
2. NEAR-UV-INDUCED BREAKS IN PHAGE DNA: SENSITIZATION BY HYDROGEN PEROXIDE (A TRYPTOPHAN PHOTOPRODUCT)
3. Time-Resolved Fluorescence from Biological Systems: Tryptophan and Simple Peptides
4. Laser flash photolysis of aqueous tryptophan
5. Dynamic interactions of fluorescence probes with the solvent environment
6. Conformational analysis of tryptophan in solution using nuclear magnetic resonance methods
7. THE ANAEROBIC PHOTOLYSIS OF TRYPTOPHAN CONTAINING PEPTIDES
8. THE ANAEROBIC PHOTOLYSIS OF TRYPTOPHAN CONTAINING PEPTIDES—II
9. A COMPARISON OF FLUORESCENCE QUENCHING AND FLUORESCENCE DECAY STUDIES WITH TRYPTOPHAN
10. FLASH PHOTOLYSIS OF N-ACETYL-L-TRYPTOPHANAMIDE: THE RELATIONSHIP BETWEEN RADICAL YIELDS AND FLUORESCENCE QUENCHING
11. Environmental Effects on the Fluorescence of Tryptophan and Other Indole Derivatives
12. THE FORMATION OF HYDRATED ELECTRONS FROM THE EXCITED STATE OF INDOLE DERIVATIVES
13. Nonexponential fluorescence decay of aqueous tryptophan and two related peptides by picosecond spectroscopy
14. Type II Photooxygenation Reactions in Solution
15. The tryptophan fluorescence lifetime puzzle. A study of decay times in aqueous solution as a function of pH and buffer composition
16. PHOTODEGRADATION OF THE IMIDAZOLE RING INDUCED BY INDOLE DERIVATIVES IN OXYGEN-FREE AQUEOUS SOLUTIONS
17. THE PHOTOPHYSICS OF 5-METHOXYINDOLE. A NON-EXCIPLEX FORMING INDOLE: ADDITIONAL EVIDENCE FOR TWO CLASSES OF EXCIPLEXES
18. EXCIPLEX STUDIES–V. ELECTRON EJECTION FROM INDOLE AND METHYL-INDOLE DERIVATIVES
19. PHOTOGENERATION OF SUPEROXIDE ION and HYDROGEN PEROXIDE FROM TRYPTOPHAN and ITS PHOTOOXIDATION PRODUCTS: THE ROLE OF 3a-HYDROPEROXYPYRROLIDINOINDOLE*
20. Ultraviolet Radiation Effects on the Human Eye
21. Exciplex Formation between Indole Derivatives and Polar Solutes
22. Elektronenübertragungsreaktionen des angeregten Perylens
23. RATE PARAMETERS FOR THE QUENCHING OF SINGLET OXYGEN BY WATER-SOLUBLE AND LIPID-SOLUBLE SUBSTRATES IN AQUEOUS AND MICELLAR SYSTEMS
24. SPIN-TRAPPING and ESR STUDIES OF THE DIRECT PHOTOLYSIS OF AROMATIC AMINO ACIDS, DIPEPTIDES, TRIPEPTIDES and POLYPEPTIDES IN AQUEOUS SOLUTIONS—II. TYROSINE and RELATED COMPOUNDS
25. SPIN-TRAPPING and ESR STUDIES OF THE DIRECT PHOTOLYSIS OF AROMATIC AMINO ACIDS, DIPEPTIDES, TRIPEPTIDES and POLYPEPTIDES IN AQUEOUS SOLUTIONS—III. TRYPTOPHAN and RELATED COMPOUNDS
26. STATUS OF INDOLE PHOTOCHEMISTRY WITH SPECIAL REFERENCE TO BIOLOGICAL APPLICATIONS
27. CHEMICAL REACTION RATES OF AMINO ACIDS WITH SINGLET OXYGEN
28. Organic chemical approach to photo-crosslinks of nucleic acids to proteins
29. BIOLOGICAL EFFECTS OF NEAR-UV RADIATION 2‘-ACETYLFORMANILIDE-SENSITIZED FORMATION OF HYDROGEN PEROXIDE FROM NUCLEOSIDES AND NUCLEOTIDES
30. Complex formation between tryptophan-containing peptides and nucleic acids: Fluorescence decay studies using synchrotron radiation
31. INDOLE N—H BOND FISSION DURING THE PHOTOLYSIS OF TRYPTOPHAN
32. ON THE PHOTOSENSITIZING PROPERTIES OF N-FORMYLKYNURENINE AND RELATED COMPOUNDS
33. Direct demonstration of electron transfer between tryptophan and tyrosine in proteins
34. Time resolved fluorescence of aqueous tryptophan
35. PHOTOCHEMICAL REACTION BETWEEN PROTEIN AND NUCLEIC ACIDS: PHOTOADDITION OF TRYPTOPHAN TO PYRIMIDINE BASES1
36. PHOTOCHEMICAL REACTIONS BETWEEN TRYPTOPHAN AND POLYNUCLEOTIDES
37. FLUOROMETRIC STUDY OF TRYPTOPHAN PHOTOLYSIS
38. COMPETITION BETWEEN THE SINGLET OXYGEN AND ELECTRON TRANSFER MECHANISMS IN THE PORPHYRIN-SENSITIZED PHOTOOXIDATION OF l-TRYPTOPHAN AND TRYPTAMINE IN AQUEOUS MICELLAR DISPERSIONS
39. PEROXIDIC INTERMEDIATES IN INDOLE–SINGLET OXYGEN REACTIONS: MECHANISM OF THE C2—C3RING CLEAVAGE OF TRYPTOPHOL
40. PRIMARY PRODUCTS IN THE FLASH PHOTOLYSIS OF TRYPTOPHAN
41. New oxidation products of tryptophan
42. Cross-Linking of Proteins to Nucleic Acids by Ultraviolet Light
43. INTRODUCTION: INTERCONVERSION OF SINGLET OXYGEN AND RELATED SPECIES
44. SPECTRAL CHARACTERISTICS AND MECHANISM OF CHEMILUMINESCENCE FROM TRYPTOPHAN SOLUTIONS INDUCED BY UV-IRRADIATION
45. PHOTOINITIATION OF ONE ELECTRON REACTIONS IN DIPEPTIDES AND PROTEINS CONTAINING TRYPTOPHAN AND TYROSINE
46. PROTEIN-NUCLEIC ACID PHOTO-INTERACTION
47. Photoassociation in Aromatic Systems
48. SOLVENT EFFECTS ON THE FLUORESCENT STATES OF INDOLE DERIVATIVES-DIPOLE MOMENTS
49. ISOLATION AND IDENTIFICATION OF TRYPTOPHAN PHOTOPRODUCTS FROM AQUEOUS SOLUTIONS OF TRYPTOPHAN EXPOSED TO NEAR-UV LIGHT*
50. THE PHOTOLYSIS RATES OF SOME DI- AND TRIPEPTIDES OF TRYPTOPHAN
51. Double beam fluorescence lifetime spectrometer with subnanosecond resolution: Application to aqueous tryptophan
52. PHOTOCHEMICAL REACTIONS IN AMINO ACID RESIDUES AND INACTIVATION OF ENZYMES DURING U.V.-IRRADIATION. A REVIEW
53. Lethal and Mutagenic Effects of Near-Ultraviolet Radiation
54. THE FLUORESCENCE OF TRYPTOPHYL PEPTIDES
55. WAVELENGTH EFFECTS ON THE PHOTOPROCESSES OF INDOLE AND DERIVATIVES IN SOLUTION