Protoplasmic Streaming von Noburo Kamiya | ISBN 9783211805244

Protoplasmic Streaming

von Noburo Kamiya
Buchcover Protoplasmic Streaming | Noburo Kamiya | EAN 9783211805244 | ISBN 3-211-80524-9 | ISBN 978-3-211-80524-4

Protoplasmic Streaming

von Noburo Kamiya

Inhaltsverzeichnis

  • I. Introduction.
  • II. Types of Streaming.
  • 1. General survey.
  • 2. Change in streaming type.
  • III. Rate and Intensity.
  • 1. Intracellular velocity distribution.
  • 2. Rate.
  • 3. Course and direction of rotational streaming.
  • 4. Transport-volume and intensity of flow.
  • IV. Motive Force Responsible for the Protoplasmic Streaming.
  • 1. Motive force of the rotational streaming.
  • 2. Motive force of the protoplasmic streaming in myxomycete Plasmodium.
  • V. Rhythmicity.
  • 1. Rhythm of motive force generation in the Plasmodium.
  • 2. Rhythmicity of the protoplasmic motion in plant cells.
  • VI. Energetics of Protoplasmic Streaming.
  • 1. Oxygen tension.
  • 2. Metabolic inhibitors.
  • 3. The role of ATP in the protoplasmic flow.
  • 4. Availability of ATP.
  • VII. Influences of External Factors.
  • 1. Temperature.
  • 2. Light.
  • 3. Ultraviolet rays and other radiations.
  • 4. Osmotic pressure.
  • 5. Plasmolysis.
  • 6. Hydrostatic pressure.
  • 7. Mechanical pressure.
  • 8. Gravity.
  • 9. Centrifugal force.
  • 10. Electric current.
  • 11. Action current.
  • 12. Magnetic field.
  • 13. Hydrogen ions.
  • 14 Carbon dioxide.
  • 15. Salts.
  • 16. Auxins.
  • 17. Fat solvents.
  • 18. Miscellaneous substances.
  • VIII. Biology and Function of Protoplasmic Streaming.
  • 1. Inducement of protoplasmic streaming.
  • 2. Transport of substances.
  • 3. Locomotion.
  • 4. Correlation with some physiological activities and seasonal variations.
  • IX. Experimental Approaches to the Mechanism of Protoplasmic Streaming.
  • 1. Seat of the motive force in rotational streaming.
  • 4. Moving fibrils in protoplasm.
  • 5. The phenomenon of shifting occurring in the plasmagel.
  • 6. Causal relation between potential difference and the motive force of the protoplasmic streaming.
  • 7. The mechanochemical system of the protoplasmic streaming.
  • X. Theories.
  • 1. Rotational streaming.
  • 2. Streaming in transvacuolar protoplasmic strand.
  • 3. Streaming in myxomycete plasmodium.
  • 4. Independent motion of protoplasmic particles.
  • XI. Concluding Remarks.
  • Acknowledgements.
  • Author Index.