Titlebook: Nucleic Acids and Proteins in Plants I; Structure, Biochemis Donald Boulter,Benno Parthier Book 1982 Springer-Verlag·Berlin Heidelberg 1982

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Protein and Nucleic Acid Synthesis During Seed Germination and Early Seedling GrowthOur understanding of the mechanism of protein synthesis in plants has resulted largely from studies on in vitro systems prepared from dry, quiescent seeds — for details see Chapter 3, this Volume.

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Ammonia Assimilation and Amino Acid Metabolism book has been devoted entirely to it (M. 1980 a). To provide a reasonable coverage of the field in a short chapter is difficult; here we present an outline of the biochemical pathways involved in the flow of nitrogen from ammonia into (and in some cases out of) amino acids, and give some indication

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Protein Degradationrgely drawn attention away from the phenomena of protein degradation. At the present time there is, however, an increasing interest in cellular digestion of endogeneous protein and the vital importance of this process is becoming more and more recognized. Research workers dealing with plants have of

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Physiological Aspects of Protein Turnovere the objections of Pfeffer, the idea of protein turnover was revived in the 1920’s and a great deal of work on the nitrogen balance of detached leaves was interpreted in terms of the temporal separation of degradation and synthesis. Mothes (1933) however, proposed that in leaves there was simultane

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Structures of Plant Proteinsces. Thus in 1969, only six complete sequences for plant proteins had been established compared to over 230 from other sources (see D. 1972). At that time the tertiary structure of only one plant protein had been established with a reasonable degree of certainty (D. et al. 1968). The major reason fo

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Protein Types and Distributionr isolation and analysis have led to operational classifications based on their solubility characteristics. However, proteins so defined, i.e., as albumins, globulins, prolamins, glutelins, play very different roles in cells, and therefore must be distinguished from a physiological viewpoint also, i