The purpose of this review is to bring together and to correlate the wide variety of experimental studies that provide information on the reaction products and reaction mechanisms involved in the radiolysis of peptides, polypeptides and proteins (including chromosomal proteins) in both aqueous and solid-state systems. The comparative radiation chemistry of these systems is developed in terms of specific reactions of the peptide main-chain and the aliphatic, aromatic-unsaturated and sulfur-containing side-chains. Information obtained with the various experimental techniques of product analysis, competition kinetics, spin-trapping, pulse radiolysis and ESR spectroscopy is included. 147 refs
Radiolabelled peptides and proteins have recently gained great interest as theranostics, due to thei...
Methacrylic acid and barium methacrylate polymerize in the solid state during and after gamma irradi...
Radiation chemistry has developed mainly as a branch of chemical kinetics. Many reactions are known ...
The object of this review is to bring together and to correlate our present knowledge of products an...
Homopolymers of the amino acids gly, ala, val, phe and tyr have been used as models to investigate t...
This review covers some of the pioneering work of the radiolysis of fluoropolymers, which started in...
In this work, the radiolysis mechanisms in solids as well as in liquid and frozen aqueous solutions ...
Results from research in the following two areas are given: formation, properties, and reactivity of...
Radio-induced modifications in proteins have been studied using several techniques. Electron paramag...
The rates of elementary chemical reactions in irradiated solutions are being studied by observation ...
Important biological consequences are related to the reaction of HO(•) radicals with methionine (Met...
Important biological consequences are related to the reaction of HO(•) radicals with methionine (Met...
It is proposed that γ-irradiation of polypeptides causes ionisation to give the polymeric radical ca...
olymeric materials are exposed to high energy radiation either deliberately to alter their propertie...
Irradiation of thermal polymers ofα-amino acids with X-rays in the solid state produces a significan...
Radiolabelled peptides and proteins have recently gained great interest as theranostics, due to thei...
Methacrylic acid and barium methacrylate polymerize in the solid state during and after gamma irradi...
Radiation chemistry has developed mainly as a branch of chemical kinetics. Many reactions are known ...
The object of this review is to bring together and to correlate our present knowledge of products an...
Homopolymers of the amino acids gly, ala, val, phe and tyr have been used as models to investigate t...
This review covers some of the pioneering work of the radiolysis of fluoropolymers, which started in...
In this work, the radiolysis mechanisms in solids as well as in liquid and frozen aqueous solutions ...
Results from research in the following two areas are given: formation, properties, and reactivity of...
Radio-induced modifications in proteins have been studied using several techniques. Electron paramag...
The rates of elementary chemical reactions in irradiated solutions are being studied by observation ...
Important biological consequences are related to the reaction of HO(•) radicals with methionine (Met...
Important biological consequences are related to the reaction of HO(•) radicals with methionine (Met...
It is proposed that γ-irradiation of polypeptides causes ionisation to give the polymeric radical ca...
olymeric materials are exposed to high energy radiation either deliberately to alter their propertie...
Irradiation of thermal polymers ofα-amino acids with X-rays in the solid state produces a significan...
Radiolabelled peptides and proteins have recently gained great interest as theranostics, due to thei...
Methacrylic acid and barium methacrylate polymerize in the solid state during and after gamma irradi...
Radiation chemistry has developed mainly as a branch of chemical kinetics. Many reactions are known ...