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The discussions reflect a strong consensus on the importance of the article, with participants emphasizing that standard lab rodents are often overfed and metabolically unhealthy, which can compromise research results. Words like 'must read,' 'preaching,' and references to specific studies demonstrate high engagement and a belief in the article's potential to impact research standards and animal management practices.
Most discussions strongly acknowledge the importance of recognizing metabolic issues in control rodents, emphasizing the significance of the article's message.
Participants are highly interested, frequently discussing methodological details, feeding regimens, and implications for research validity.
Many posts show deep engagement by referencing specific studies, calling for change, and advocating for better practices, indicating active participation.
The discussions suggest that the article could influence research practices and experimental design, highlighting its potential to improve scientific accuracy.
I'm going to keep preaching this until people actually start taking it into account. “Control” laboratory rodents are metabolically morbid: Why it matters https://t.co/MaIR42SMGz https://t.co/QWBkkOb103
Must read for anyone working with rodents, including those studying aging: “Control” laboratory rodents are metabolically morbid: Why it matters https://t.co/T6No1KyB7a
“Control” laboratory rodents are metabolically morbid: Why it matters https://t.co/YybaI26eqb Overview of various physiological differences between standard ad libitum–fed control animals and moderately fed lean animals. The percentage difference for numerous variables
"Control" laboratory rodents are metabolically morbid: why it matters Bronwen Martin et al. Proc Natl Acad Sci. 2010. https://t.co/JFg32xcNAE https://t.co/kttEnKijS8
@JohnSpeakman4 @Aging_Scientist @alantomusiak @mkaeberlein I expect a lot of this is about the chow and how the animals are fed, and hence the level of metabolic morbidity https://t.co/9wBlUKk5Ag https://t.co/KF3uFNsgIe https://t.co/2XRZtysLsQ Many other things commonly done poorly in LS studies https://t.co/UzLTML0wRr
The creation of laboratory rats for research began with a woman in a barn and has become essential for drug approval and scientific studies. Discover the history, current practices, and future of laboratory rat breeding…
This video explores how intermittent fasting impacts weight loss and metabolic health. The study compares intermittent and continuous energy restriction, showing similar results in weight loss and health markers, with…
RT @GGouspillou: Must read for anyone working with rodents, including those studying aging: “Control” laboratory rodents are metabolically…
RT @GGouspillou: Must read for anyone working with rodents, including those studying aging: “Control” laboratory rodents are metabolically…
RT @GGouspillou: Must read for anyone working with rodents, including those studying aging: “Control” laboratory rodents are metabolically…
RT @GGouspillou: Must read for anyone working with rodents, including those studying aging: “Control” laboratory rodents are metabolically…
RT @GGouspillou: Must read for anyone working with rodents, including those studying aging: “Control” laboratory rodents are metabolically…
Must read for anyone working with rodents, including those studying aging: “Control” laboratory rodents are metabolically morbid: Why it matters https://t.co/T6No1KyB7a
@JohnSpeakman4 @Aging_Scientist @alantomusiak @mkaeberlein I expect a lot of this is about the chow and how the animals are fed, and hence the level of metabolic morbidity https://t.co/9wBlUKk5Ag https://t.co/KF3uFNsgIe https://t.co/2XRZtysLsQ Many other things commonly done poorly in LS studies https://t.co/UzLTML0wRr
RT @via_health9485:
"Control" laboratory rodents are metabolically morbid: why it matters Bronwen Martin et al. Proc Natl Acad Sci. 2010. https://t.co/JFg32xcNAE https://t.co/kttEnKijS8
"“Control” laboratory rodents are metabolically morbid: Why it matters" https://t.co/0zS0CaOxpY
RT @HenningLanger: I'm going to keep preaching this until people actually start taking it into account. “Control” laboratory rodents are m…
RT @HenningLanger: I'm going to keep preaching this until people actually start taking it into account. “Control” laboratory rodents are m…
RT @HenningLanger: I'm going to keep preaching this until people actually start taking it into account. “Control” laboratory rodents are m…
RT @HenningLanger: I'm going to keep preaching this until people actually start taking it into account. “Control” laboratory rodents are m…
I'm going to keep preaching this until people actually start taking it into account. “Control” laboratory rodents are metabolically morbid: Why it matters https://t.co/MaIR42SMGz https://t.co/QWBkkOb103
@mitchellblee33 @longboat789 Thank you. For whether ad lib control mice are "normal weight" or "healthy", I side with https://t.co/20axIe6X3d, + my own xtensive discussion in ↑. Yes, @BittoAlessandro did really nice work on rapa (that I cite, it also reports weight loss). I'd also like to hear his opinion.
RT @agingdoc1: “Control” laboratory rodents are metabolically morbid: Why it matters https://t.co/YybaI26eqb Overview of various physiolo…
“Control” laboratory rodents are metabolically morbid: Why it matters https://t.co/YybaI26eqb Overview of various physiological differences between standard ad libitum–fed control animals and moderately fed lean animals. The percentage difference for numerous variables
Are control animals receiving optimal caloric intake or are they generally overfed and thus metabolically morbid, as proposed by Martin and colleagues? https://t.co/kRGLESXjxk
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