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Translations:Inhibition (physiologisch)/2/en: Unterschied zwischen den Versionen

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The [[synapse]]n inhibitors prevent transmitted stimuli from becoming too strong. This inhibition is mainly used in the brain to suppress less important information. One example is the inhibitory effect of light stimuli on the [[retina]] on the adjacent cells. Weaker stimuli (of weaker light) are inhibited by strong stimuli (of the inhibitory synapses) of the neighboring cells. Thus a grey tone becomes even darker next to a light tone and a stronger contrast develops which makes the contours even more visible.
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The [[Synapse/en|synapse]]n inhibitors prevent transmitted stimuli from becoming too strong. This inhibition is mainly used in the brain to suppress less important information. One example is the inhibitory effect of light stimuli on the [[Netzhaut/en|retina]] on the adjacent cells. Weaker stimuli (of weaker light) are inhibited by strong stimuli (of the inhibitory synapses) of the neighboring cells. Thus a grey tone becomes even darker next to a light tone and a stronger contrast develops which makes the contours even more visible.

Aktuelle Version vom 21. Mai 2019, 23:25 Uhr

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Nachricht im Original (Inhibition (physiologisch))
Die hemmenden [[Synapse]]n bewirken, dass übertragene Reize nicht zu stark werden. Diese Hemmung wird vor allem im Gehirn benutzt, um weniger wichtige Informationen zu unterdrücken. Ein Beispiel ist die hemmende Wirkung von Lichtreizen auf der [[Netzhaut]] auf die nebenliegenden Zellen. Schwächere Reize (von schwächerem Licht) werden durch starke Reize (der inhibitorischen Synapsen) der Nachbarzellen gehemmt. So wird ein Grauton neben einem hellen Ton noch dunkler und es entwickelt sich ein stärkerer Kontrast, der die Konturen noch besser sichtbar macht.
ÜbersetzungThe [[Synapse/en|synapse]]n inhibitors prevent transmitted stimuli from becoming too strong. This inhibition is mainly used in the brain to suppress less important information. One example is the inhibitory effect of light stimuli on the [[Netzhaut/en|retina]] on the adjacent cells. Weaker stimuli (of weaker light) are inhibited by strong stimuli (of the inhibitory synapses) of the neighboring cells. Thus a grey tone becomes even darker next to a light tone and a stronger contrast develops which makes the contours even more visible.

The synapsen inhibitors prevent transmitted stimuli from becoming too strong. This inhibition is mainly used in the brain to suppress less important information. One example is the inhibitory effect of light stimuli on the retina on the adjacent cells. Weaker stimuli (of weaker light) are inhibited by strong stimuli (of the inhibitory synapses) of the neighboring cells. Thus a grey tone becomes even darker next to a light tone and a stronger contrast develops which makes the contours even more visible.