Photochemistry, of carbohydrates

Phenol-carbohydrate derivatives, in higher plants, 20, 371-408 Photochemistry, of carbohydrates, 18, 9-59 Physical chemistry, of carbohydrates, 15, 11-51 of starch, 11, 335-385 Physical properties, of solutions of polysaccharides, 18, 357-398... 

In recent years, the introduction of modern instrumentation has changed the orientation of research in the photochemistry of carbohydrates. After the first studies of the physical properties of irradiated reaction mixtures, identification of photopro-tation of research in the photochemistry of carbohydrates. After the first studies of the physical properties of irradiated reaction mixtures, identification of photoproducts was then undertaken and finally, an increasing use of free radical reactions including photochemical ones was applied to the synthesis of complex organic ads. 

Perlin, A. S., Action of Lead Tetraacetate on the Sugars, 14, 9-61 PERLIN, A. S., [Obituary of] Clifford Burrough Purves, 23, 1-10 Phillips, G. O., Photochemistry of Carbohydrates, 18, 9-59 PHILLIPS, G. O., Radiation Chemistry of Carbohydrates, 16, 13-58 Pigman, Ward, and Isbell, Horace S., Mutarotation of Sugars in Solution Part I. History, Basic Kinetics, and... 

The foregoing discussion indicates that the primary processes which initiate degradation in alcohols and water may find close parallels in the carbohydrate field. Generally, the photochemistry of carbohydrates has not been considered in relation to these fields, and, consequently, for the radiation effects observed, several primary processes may operate simultaneously. Although little published information is as yet available, investigations known to the author which provide indications about the nature of the primary processes in photo-degradation of carbohydrates will now be considered. 

Phenol-carbohydrate derivatives, in higher plants, 20, 371-408 Photochemistry, of carbohydrates, 18, 9-59... 

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