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| node: | Re: halucinacie a stochasticita dynamickych systemov |
| template: | 4 |
| parent: | halucinacie a stochasticita dynamickych systemov |
| owner: | Thunder Perfect Mind |
| viewed by: | |
| created: | 10.07.2015 - 09:56:55 |
| updated: | 10.07.2015 - 10:13:45 |
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cwbe coordinatez: 809096 3220824 7954241 7954623 7954936 7955480 7955897 7956547 7956553 ABSOLUT KYBERIA |
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| you: | r, |
| system: | public |
| net: | yes |
total descendants::2
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okrem vedla spomenutej knihy odporucam toto:
http://www.jneurosci.org/content/33/38/15171.long
a clanky od carhart-harrisa
e: konkretne toto (pod inhibiciou myslis zjavne nieco ine ako pisem ja)
...showed a psilocybin-dependent increase in the excitability of deep-layer pyramidal cells (Fig. 5c). These modeling results in humans are consistent with the results of the animal studies that directly recorded 5-HT2A receptor-mediated increases in EPSPs in layer 5 pyramidal cells (Andrade, 2011). Moreover, excitation of deep-layer pyramidal cells is consistent with decreased brain activity (Carhart-Harris et al., 2012a) and oscillatory power because the net effect of feedback connections is thought to be inhibitory
http://www.jneurosci.org/content/33/38/15171.long
a clanky od carhart-harrisa
e: konkretne toto (pod inhibiciou myslis zjavne nieco ine ako pisem ja)
...showed a psilocybin-dependent increase in the excitability of deep-layer pyramidal cells (Fig. 5c). These modeling results in humans are consistent with the results of the animal studies that directly recorded 5-HT2A receptor-mediated increases in EPSPs in layer 5 pyramidal cells (Andrade, 2011). Moreover, excitation of deep-layer pyramidal cells is consistent with decreased brain activity (Carhart-Harris et al., 2012a) and oscillatory power because the net effect of feedback connections is thought to be inhibitory