Single case #Metabolomics highlights clues of chronic #PhysiologicalAdaptation, reframing metabolomics as a discovery tool for #homeostatic states & #LipidRegulation networks. #medsky
#OpenAccess: doi.org/10.15212/bio...
#BIOI #Physiology #SportsScience #BiomedicalScience
#OpenAccess: doi.org/10.15212/bio...
#BIOI #Physiology #SportsScience #BiomedicalScience
September 1, 2026 at 1:28 PM
Single case #Metabolomics highlights clues of chronic #PhysiologicalAdaptation, reframing metabolomics as a discovery tool for #homeostatic states & #LipidRegulation networks. #medsky
#OpenAccess: doi.org/10.15212/bio...
#BIOI #Physiology #SportsScience #BiomedicalScience
#OpenAccess: doi.org/10.15212/bio...
#BIOI #Physiology #SportsScience #BiomedicalScience
It's worth looking up to see these amazing animals in action.
#BirdMigration #PhysiologicalAdaptation
#BirdMigration #PhysiologicalAdaptation
These mind-bending biological superpowers let birds fly for 11 days without food | BBC Science Focus Magazine
Tiny birds can cross continents, but where do they find the energy? Scientists are beginning to probe the engine rooms of these small wonders to find answers… Answers that could one day help us superc...
www.sciencefocus.com
November 7, 2025 at 10:16 PM
It's worth looking up to see these amazing animals in action.
#BirdMigration #PhysiologicalAdaptation
#BirdMigration #PhysiologicalAdaptation
New research article! 📰
Regon et al. found that C. dactyliperda females leaving their natal nest develop more eggs and show distinct gene expression 🪲
doi.org/10.1007/s000...
#InsectesSociaux #SocialInsects #Dispersal #GeneExpression #PhysiologicalAdaptation #BehavioralEcology #Barkbeetle #Social
Regon et al. found that C. dactyliperda females leaving their natal nest develop more eggs and show distinct gene expression 🪲
doi.org/10.1007/s000...
#InsectesSociaux #SocialInsects #Dispersal #GeneExpression #PhysiologicalAdaptation #BehavioralEcology #Barkbeetle #Social
January 11, 2025 at 1:31 PM
New research article! 📰
Regon et al. found that C. dactyliperda females leaving their natal nest develop more eggs and show distinct gene expression 🪲
doi.org/10.1007/s000...
#InsectesSociaux #SocialInsects #Dispersal #GeneExpression #PhysiologicalAdaptation #BehavioralEcology #Barkbeetle #Social
Regon et al. found that C. dactyliperda females leaving their natal nest develop more eggs and show distinct gene expression 🪲
doi.org/10.1007/s000...
#InsectesSociaux #SocialInsects #Dispersal #GeneExpression #PhysiologicalAdaptation #BehavioralEcology #Barkbeetle #Social