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Discussions demonstrate a strong consensus that drug-induced hypothermia influences TrkB activation, with posts mentioning that antidepressants, anesthetics, and metabolic inhibitors promote hypothermia, which in turn stimulates TrkB signaling. The tone reflects curiosity and seriousness, with phrases like 'raises important questions' and 'might explain previous observations,' illustrating high engagement with the research’s significance.
All discussions concur that TrkB activation is linked to hypothermia and metabolic changes caused by various drugs, supporting the study’s findings.
Posts reflect high curiosity and recognition of the study’s relevance, emphasizing implications for neuronal plasticity and antidepressant mechanisms.
The posts analyze mechanisms, cite specific drugs and physiological processes, and discuss potential reevaluations of previous research, indicating deep engagement.
Discussions emphasize potential shifts in understanding drug effects on the brain and implications for treatment, indicating substantial influence of the findings.
Our latest study is now out, raising important questions about the nature of antidepressant and anesthetic induced TrkB signaling. We discovered that many drugs regulate TrkB phosphorylation via body temperature. https://t.co/xseOB61W7P
@NeuropharmJ Key findings: (I) TrkB phosphorylation increases during recovery from nitrous oxide treatment, coinciding with hypothermia. This is in line with previous observations TrkB activation by various antidepressants and anesthetics https://t.co/xseOB61W7P
Bioenergetics and thermoregulation link to TrkB activation, potentially affecting neuronal plasticity. TrkB activation by drugs correlates with sedation and hypothermia. Past studies might misattribute drug effects to hypothermia-induced changes. https://t.co/UVf1DTTVVW
@SamesLab @BohacekLab Maybe of relevance, our recent study shows that antidepressants, anesthetics, and metabolic inhibitors activate TrkB by promoting hypothermia in mice. This might explain many previous observations of drugs supposedly directly acting on TrkB. https://t.co/hi1gzpuZnk
RT @samuelkohtala: Our latest study is now out, raising important questions about the nature of antidepressant and anesthetic induced TrkB…
This video explores the connection between body temperature and TrkB phosphorylation. It discusses how hypothermia influences neurotrophic signaling and challenges previous interpretations of drug effects, highlighting…
This study explores how activation of TrkB receptors is linked to hypothermia and metabolic disruptions, independent of brain activity. Maintaining normal body temperature prevents TrkB activation, highlighting the role…
RT @samuelkohtala: @NeuropharmJ Key findings: (I) TrkB phosphorylation increases during recovery from nitrous oxide treatment, coinciding w…
@NeuropharmJ Key findings: (I) TrkB phosphorylation increases during recovery from nitrous oxide treatment, coinciding with hypothermia. This is in line with previous observations TrkB activation by various antidepressants and anesthetics https://t.co/xseOB61W7P
RT @psychedmt: Bioenergetics and thermoregulation link to TrkB activation, potentially affecting neuronal plasticity. TrkB activation by dr…
@SamesLab @BohacekLab Maybe of relevance, our recent study shows that antidepressants, anesthetics, and metabolic inhibitors activate TrkB by promoting hypothermia in mice. This might explain many previous observations of drugs supposedly directly acting on TrkB. https://t.co/hi1gzpuZnk
RT @psychedmt: Bioenergetics and thermoregulation link to TrkB activation, potentially affecting neuronal plasticity. TrkB activation by dr…
Bioenergetics and thermoregulation link to TrkB activation, potentially affecting neuronal plasticity. TrkB activation by drugs correlates with sedation and hypothermia. Past studies might misattribute drug effects to hypothermia-induced changes. https://t.co/UVf1DTTVVW
RT @samuelkohtala: Our latest study is now out, raising important questions about the nature of antidepressant and anesthetic induced TrkB…
RT @samuelkohtala: Our latest study is now out, raising important questions about the nature of antidepressant and anesthetic induced TrkB…
RT @samuelkohtala: Our latest study is now out, raising important questions about the nature of antidepressant and anesthetic induced TrkB…
RT @samuelkohtala: Our latest study is now out, raising important questions about the nature of antidepressant and anesthetic induced TrkB…
RT @samuelkohtala: Our latest study is now out, raising important questions about the nature of antidepressant and anesthetic induced TrkB…
RT @samuelkohtala: Our latest study is now out, raising important questions about the nature of antidepressant and anesthetic induced TrkB…
RT @samuelkohtala: Our latest study is now out, raising important questions about the nature of antidepressant and anesthetic induced TrkB…
RT @samuelkohtala: Our latest study is now out, raising important questions about the nature of antidepressant and anesthetic induced TrkB…
RT @samuelkohtala: Our latest study is now out, raising important questions about the nature of antidepressant and anesthetic induced TrkB…
RT @samuelkohtala: Our latest study is now out, raising important questions about the nature of antidepressant and anesthetic induced TrkB…
Our latest study is now out, raising important questions about the nature of antidepressant and anesthetic induced TrkB signaling. We discovered that many drugs regulate TrkB phosphorylation via body temperature. https://t.co/xseOB61W7P
https://doi.org/10.1021/acschemneuro.3c00350 · Crossref. D. R. Gander,; P. J. Bennett,; D. H. W. Kelly,. Hexafluorodiethyl Ether (Indoklon) Convulsive Therapy: ...
10.1021/acschemneuro.3c00350. The basolateral amygdala-anterior cingulate pathway contributes to depression-like behaviors and comorbidity ...
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