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plant_neurobiology [2011-09-02 10:38] – lbilliet | plant_neurobiology [2013-04-05 12:12] (current) – [Plant Neurobiology] nik | ||
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« Phloem is an electrical conductor of bioelectrochemical impulses over long distances . . . structures of phloem and axon can be pictured as hollow tubes filled with electrolyte solutions » (Volkov, 2000) | « Phloem is an electrical conductor of bioelectrochemical impulses over long distances . . . structures of phloem and axon can be pictured as hollow tubes filled with electrolyte solutions » (Volkov, 2000) | ||
- | ===Some keywords :=== | + | ===Some keywords === |
- | [[w> | + | from wikipedia |
+ | * [[w> | ||
+ | * [[w> | ||
+ | * [[w> | ||
+ | * [[w> | ||
+ | * [[w> | ||
+ | |||
+ | other pages on the libarynth >> [[plant perception]] | ||
===Electrical signals in plants=== | ===Electrical signals in plants=== | ||
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==Action potentials in plants== | ==Action potentials in plants== | ||
- | The action potentials are largely documented in the scientific literature and the most famous manifestation of it is the rapid reaction of ' | + | The action potentials are largely documented in the scientific literature and the most famous manifestation of it is the rapid reaction of ' |
Just as in animal' | Just as in animal' | ||
The sensory systems of plants also allow the summation of subthreshold stimuli, that finally induce an internal signal when the threshold is reached. | The sensory systems of plants also allow the summation of subthreshold stimuli, that finally induce an internal signal when the threshold is reached. |