Passive and carrier-mediated uptake of sugars by plant tissues

Chapters in this book

1. Frontmatter I
2. Inhaltsverzeichnis / Contents III
3. Vorbemerkung zu Band I) des Berichtes VI
4. Address of Welcome VII
5. I. Passive permeability and water, models
6. Transport of matter across synthetic membranes 1
7. Ion binding by polyelectroly tes as a possible source of accumulation of ions in cells 5
8. Unity and diversity in permeability 7
9. The water permeability of the cells of Zea mays roots 13
10. Water permeability of plant cells 13
11. II. Different aspects of transport
12. Transport by compartments 19
13. Especial features of uptake of substances by plant cells 21
14. The structure and functions of thick-wall granules or "translosomes" 23
15. Morphologische Korrelate von Transportvorgängen in Zellen und Organellen (mit Film) 25
16. Free space and transport of metabolites in parenchymal tissues (paper read by title) 39
17. Plant hormones and transport 43
18. Regulation of transport 49
19. Cellular protein synthesis, active transport and regulation. Experimental contributions to the problem of transport regulation 65
20. The regulation of potassium uptake in Lemna minor Discussion 67
21. Passive and carrier-mediated uptake of sugars by plant tissues 85
22. Transport problems in connection with parasitism and symbiosis 95
23. Distribution and loss of substances in virus-infected plants 105
24. Iron transport ill a tomato mutant 113
25. Uptake and mobilization of 3H-coumarin in Phaseolus vulgaris L 117
26. Transport problems involved in vivipary of Rhizophora mangle L 125
27. III. Transport by chloroplasts and mitochondria
28. On the connexion between electron transport and ion transport 131
29. Photosynthesis and light-stimulated ion transport in Hydrodictyon africanum 133
30. Relation of light-induced electron flow to ion transport, photophosphorylation and ultrastructure of chloroplasts 135
31. Active transport in plant mitochondria 137
32. Flow of metabolites and compartmentation phenomena in chloroplasts 151
33. IV. Cell potential and transport
34. Cell electropotentials and ion transport in higher plants 189
35. V. Vltal dying and secondary plant products
36. Vital staining of plant cells as a model of biological transport and accumulation phenomena 193
37. Influence of ions on the uptake of nicotine by Nicotiana leaf disks 199
38. REGISTER OF PARTICIPANTS 203