Posts demonstrate a genuine interest in mitochondrial ROS signaling, with comments such as 'ROS in mitochondria can be important signaling for mito adaptation and reformation,' showing they find the topic relevant. The tone is analytical, emphasizing concepts like mitochondrial adaptation and the role of reverse electron transport, indicating a thoughtful engagement that recognizes the article's potential significance for health and disease research.
AgreementModerate agreement
Most discussions acknowledge the importance of mitochondrial ROS and RET, suggesting general support for the article's ideas.
InterestModerate interest
Participants seem moderately interested, focusing on the role of ROS in signaling and adaptation rather than dismissing the topic.
EngagementHigh engagement
Posts reference specific concepts like mitochondrial adaptation and the significance of RET, indicating deep engagement.
ImpactModerate impact
The discussions highlight the potential relevance of this research for broader understanding and future applications in health, implying moderate impact.
Abstract in brief
Mitochondrial ROS (Reactive Oxygen Species) can cause cellular damage and are linked to aging and diseases like cancer, but they also play important roles in cell signaling and physiological processes.
The site of ROS production within mitochondria, especially through a process called reverse electron transport (RET), influences whether ROS have beneficial or harmful effects on cells, with RET-generated ROS aiding in immune responses and adapting to energy or oxygen changes.
Recent research highlights that stimulating RET can promote lifespan extension, emphasizing the significance of where ROS are generated, not just how much, in understanding their roles in health and disease.
Paper in @FrontPhysiol reviews the current knowledge on #mitochondrial reverse electron transport, its role in Reactive Oxygen Species signaling and its potential implications for the field of #RedoxBiology. #Physiology
#Openaccess article: https://t.co/wZIK6sJlHY https://t.co/zzXRmZGwEy
We know from studies below that ROS in the mitochondria can be important signaling for mito adaptation and reformation.
Just b/c CCO is lowered in activity does not mean MB is not helping.
Ignoring mitochondrial adpative dynamics is short sighted
https://t.co/YjlMlIkLhj
Ketosis induced by diets like Atkins increases methylglyoxal levels, which may lead to tissue and blood vessel damage. This video explores how ketogenic states affect harmful compound production and the potential health…
We know from studies below that ROS in the mitochondria can be important signaling for mito adaptation and reformation.
Just b/c CCO is lowered in activity does not mean MB is not helping.
Ignoring mitochondrial adpative dynamics is short sighted
https://t.co/YjlMlIkLhj
Paper in @FrontPhysiol reviews the current knowledge on #mitochondrial reverse electron transport, its role in Reactive Oxygen Species signaling and its potential implications for the field of #RedoxBiology. #Physiology
#Openaccess article: https://t.co/wZIK6sJlHY https://t.co/zzXRmZGwEy
doi:10.3389/fphys.2017.00428 Medline. 14. R. Fato, C. Bergamini, M. Bortolus, A. L. Maniero, S. Leoni, T. Ohnishi, G. Lenaz,. Differential effects of ...
doi: 10.3389/fphys.2017.00428. Neutrophils Mediate Insulin Resistance in Mice Fed a High-Fat Diet 61. O'Neill LAJ, Kishton RJ. Rathmell J. A Guide to ...
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