User:Tkadm30/Notebook/Synaptic exocytosis: Difference between revisions
From OpenWetWare
< User:Tkadm30 | Notebook
| Line 3: | Line 3: | ||
* "The conformational states of β−neurexin can directly or indirectly via CASK and Mint-1 control the exocytosis." <cite>Website2</cite> | * "The conformational states of β−neurexin can directly or indirectly via CASK and Mint-1 control the exocytosis." <cite>Website2</cite> | ||
* The biological utilization of nonlocality via synaptic exocytosis may require coherence domains to | * The biological utilization of nonlocality via synaptic exocytosis may require coherence domains to transform electromagnetic waves into interneuronal synapses. | ||
=== Vibrationally assisted tunneling and neuromodulation of consciousness=== | === Vibrationally assisted tunneling and neuromodulation of consciousness=== | ||
Revision as of 05:25, 8 July 2016
How retrograde signaling modulate the nonlocality of synaptic exocytosis? [1]
Interneuronal quantum coherence domains
- "The conformational states of β−neurexin can directly or indirectly via CASK and Mint-1 control the exocytosis." [2]
- The biological utilization of nonlocality via synaptic exocytosis may require coherence domains to transform electromagnetic waves into interneuronal synapses.
Vibrationally assisted tunneling and neuromodulation of consciousness
- neuroquantum coherent model of consciousness: [2]
