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The discussions mostly involve sharing links and brief mentions of the research article, with some hashtags like #hypoxiatolerance and #brainstem indicating an interest in specific scientific concepts. Words such as 'new research' and 'metabolic limitations' highlight a factual tone, with limited emotional or critical engagement, reflecting a general curiosity but not strong affirmation or debate about the study's significance.
The discussions are mostly neutral, with no clear consensus or disagreement expressed about the significance of the research.
The posts show moderate curiosity, especially through hashtags and invites to explore the study further, indicating some interest but no deep excitement.
While some quotes reference the core findings, the interactions lack in-depth analysis or critical discussion, suggesting a superficial engagement.
The shared links and references imply the research might be relevant to fields like neurophysiology and metabolism, though overall perceived impact seems moderate.
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Neuromodulation or energy failure? Metabolic limitations silence network output in the hypoxic amphibian brainstem - new research in @AJPRegu https://t.co/6q9ioLxos6 #hypoxiatolerance #brainstem #respiratorycontrol #metabolism #articlesinpress https://t.co/fNRae61QdJ
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RT @AJPRegu: We have a gift to share! Follow the link to our YouTube channel for a special holiday message from our Editors to you. From…
RT @APSPublications: Neuromodulation or energy failure? Metabolic limitations silence network output in the hypoxic amphibian brainstem - n…
Neuromodulation or energy failure? Metabolic limitations silence network output in the hypoxic amphibian brainstem | American Journal of Physiology-Regulatory, Integrative and Comparative Physiology https://t.co/6QbnEtfWLR
During hypoxia, the amphibian brainstem's network activity ceases primarily due to energy failure from reduced ATP production, not neuromodulator activity like norepinephrine. Pharmacological studies confirm energy…
This study investigates how seasonal changes affect the frog brainstem's ability to tolerate hypoxia, showing that energy failure, not neuromodulation, primarily causes network shutdown during low oxygen conditions.
Don't forget to check out the holiday message from our Editors. https://t.co/znTRdnfu9h
RT @AJPRegu: We have a gift to share! Follow the link to our YouTube channel for a special holiday message from our Editors to you. From…
We have a gift to share! Follow the link to our YouTube channel for a special holiday message from our Editors to you. From our home to yours, wishing you a very happy holiday season! https://t.co/x04CgH2J2B
Neuromodulation or energy failure? Metabolic limitations silence network output in the hypoxic amphibian brainstem | American Journal of Physiology-Regulatory, Integrative and Comparative Physiology https://t.co/6QbnEtfWLR
RT @APSPublications: Neuromodulation or energy failure? Metabolic limitations silence network output in the hypoxic amphibian brainstem - n…
Neuromodulation or energy failure? Metabolic limitations silence network output in the hypoxic amphibian brainstem - new research in @AJPRegu https://t.co/6q9ioLxos6 #hypoxiatolerance #brainstem #respiratorycontrol #metabolism #articlesinpress https://t.co/fNRae61QdJ
doi.org/10.1152/ajpregu.00209.2020 Burton, M. T., & Santin, J.M. A direct excitatory action of lactate ions in the central respiratory network. 2020 ...
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