#physiological — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #physiological, aggregated by home.social.
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In order to survive, #organisms must control the pressure inside them, from the single-#cell level to #tissues and #organs. Measuring these pressures in living cells and tissues in #physiological conditions has been very challenging.
#Biology #Physics #Technology #sflorg
https://www.sflorg.com/2023/11/bio11072302.html -
#Insects have a lot of #anatomical and #physiological features that make them very well-adapted to #terrestrial #environments. And some of them live in extremely #dry situations.
#Flour #beetles can go their entire lives without #drinking? How do they do this? Part of the puzzle is that they "drink" through their #rectum.
Explainer 🔗: https://www.cbc.ca/radio/asithappens/beetle-butt-research-hydration-pests-1.6788516
#OA 🔗: https://www.pnas.org/doi/full/10.1073/pnas.2217084120
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Flexible, Thin-Film Biosensors - We like to keep a pulse on the latest biosensor research going on around the world... - https://hackaday.com/2022/12/27/flexible-thin-film-biosensors/ #cardiovascular #wearablehacks #physiological #point-of-care #biosensor #wearables
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CW: Basic Autism description
@RenoirDana @actuallyautistic When I consider what I’ve read of #autism, the bottom line is the #physiological #variances in our brain and nervous systems result in noticeable #divergence in how we #process #stimuli and respond to the world around us. Indeed everyone has sone differences. But #NT is just the a range of variance that calibrates to #normative #expectation. That we should be made to feel badly about our difference is the problem.
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#introduction I am a quantitative #biologist, striving to understand how changes in #temperature (and other factors) influence biological systems over various timescales. To this end, I employ a diverse set of approaches, such as #phylogenetic comparative methods, #ecoinformatics, #machinelearning, & comparative #genomics.
My research to date has primarily focused on the #physiological and #molecular levels, but I am planning to soon expand to higher levels (species interactions, #ecosystems).
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#introduction I am a quantitative #biologist, striving to understand how changes in #temperature (and other factors) influence biological systems over various timescales. To this end, I employ a diverse set of approaches, such as #phylogenetic comparative methods, #ecoinformatics, #machinelearning, & comparative #genomics.
My research to date has primarily focused on the #physiological and #molecular levels, but I am planning to soon expand to higher levels (species interactions, #ecosystems).