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Protein synthesis In a pea cell-free system

  • W. J. Peumans , B. M. Delaey and A. R. Carlier
© 1981 Walter de Gruyter GmbH, Berlin/Munich/Boston

© 1981 Walter de Gruyter GmbH, Berlin/Munich/Boston

Chapters in this book

  1. Frontmatter I
  2. Preface 1
  3. Opening address 5
  4. Contents 9
  5. Section 1: Regulation of Storage Protein Biosynthesis Curing Seed Development
  6. Wheat germ cell-free system for proteinsynthesis 15
  7. Factors regulating zein biosynthesis during maize endosperm development 31
  8. The structure , biosynthesis and intracellular transport of barley endosperm reserve protein 41
  9. The biosynthesis of storage proteinsin developing field bean seeds 57
  10. The structure of glycinin from soybeans 73
  11. Section 2: Accumulation of Storage Proteins and the Formation of Protein Bodies
  12. Ultrastructure and composition of protein bodies 95
  13. Storage protein accumulation and formation of protein bodies in Vicia faba seeds 103
  14. Section 3: Regulation of Synthesis and Degradation of Proteins During Seed Germination
  15. The function of proteases 121
  16. Protein degradation in germinating legume seeds 133
  17. Three stages of reserve protein mobilization in geminating barley grain 153
  18. Protein biosynthesis at the beginning of embryo development In germinating seeds 163
  19. Informosomes of plant cells and some problems of regulation of protein synthesis In higher plants 181
  20. Poster Abstracts
  21. Differentiation of rye cultivara and species by their multiple forma of seed proteins and enzymes 195
  22. The Heterogeneity of Legumin from Pea Seeds 197
  23. Comparison of Legumin Subunits from Pisum sativum and Vicia faba by means of Peptide Mapping 199
  24. Vlcilln from two lines of pea (Pisum sativum L.) 201
  25. Storage Albumin In Mung Bean Embryonic Axes 203
  26. Preparation of Legumin, its Polypeptide Chains, and the Reoonstitution of the Globulin 205
  27. Isolation and characterization of a 12 S globulin from rapeseed (Brassica napus L.) 207
  28. Compariaon of Seed Proteins in 3 Cultivars of Phaaeolua vulg. L. with and without Phytohemagglutinating Activity 211
  29. Poster Abstracts
  30. Accumulation of messengers for storage proteins may be responsible for embryo immunity against viral infection 215
  31. Characterization of Glycinin mRNA and Reiteration Frequency of Glycinin DNA 217
  32. Synthesis and Location of Thionins in Developing Endosperms of Barley and Wheat 219
  33. Seed protein yield and composition of leguminous plants as influenced by N-fertilizing in the period of flowering 221
  34. Chromosomal location and interaction effects of gene controlling zein components in Maize 223
  35. In vitro RNA and protein synthesis by RNA polymerase from Opaque-, and normal Zea mays endosperm 225
  36. Cloning of Double Stranded cDNA Derived from Polysomal Poly(A)-Containing RNA of Field Bean Cotyledons (Vioia faba L.) 227
  37. Polysomes and Poly(A)-Containing RNA of Membrane-Bound Polysomes from Developing Broad Bean Seeds (Vlcia faba L., var. minor) 229
  38. The Use of Isolated Endosperm Culture for Investigation of Protein Synthesis and Accumulation in Castor Bean Seeds 231
  39. Poster Abstracts
  40. Fine Structural Aspects of Storage Protein Formation in Developing Cotyledons of Sinapis alba L. 235
  41. Comparative Studies on Protein Body Contents of Vicla and Pisum Seeds 237
  42. 4 Protein Synthesis and Degradation Curing Seed Germination
  43. Degradation of the main storage globulin In germinating seeds of buckwheat Fagopyrum esoulentum Moenoh 243
  44. The early protein biosynthesis in imbibing Agrostemma githago seeds 245
  45. Degradation of storage protein and synthesis of isoenzymes during Phaseolus embryo development in culture 247
  46. Polypeptides and RNAs synthesised in pea cotyledons at early imbibition. 249
  47. Isoenzymes of α-mannosidase and β-xylosidase in Root Growth Zones of Vicia faba L. and Zea nays L 251
  48. Legumins In Aleurone Grains from Pea Seeds during Germination 253
  49. In vivo- and in vitro-Proteolysis of Störage Proteins by Ptroteases from Qerminating Field Bean Seeds (Vioia faba L.) 255
  50. Regulation of pH in the Starchy Endosperm of Barley Grain during Reserve Protein Mobilization 257
  51. Protein synthesis In a pea cell-free system 259
  52. Development and regulation of the uptake systems for peptides and amino acids on the scutellum of germinating barley grain 261
  53. Investigation of the Acidio Proteins of 80S Rlbesomas from Pea Seedlings 263
  54. List of participants 265
  55. INDEX 270
  56. Bildteil 283
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