AI Framework Predict Soil Microbial Homeostasis Using Graph Networks
Researchers developed an Artificial Pedosphere Intelligence framework that uses graph networks and multi-objective optimization to predict soil microbial homeostasis.
Researchers developed an Artificial Pedosphere Intelligence framework that uses graph networks and multi-objective optimization to predict soil microbial homeostasis.
A new perspective article proposes that the body's homeostatic repair mechanisms may prevent everyday non-burning sun exposure from noticeably accelerating ...
A cross-species review concludes that normal physiology routinely combines narrow homeostatic control with plastic, periodic, intermittent and stochastic regulation rather ...
A new conceptual framework called the Gut-Brain Homeostatic Continuum reframes Alzheimer's disease as a progressive erosion of organismal resilience driven ...
Knee osteoarthritis has long been dismissed as simple wear and tear, the inevitable price of a life spent walking, running, ...
Chronic heroin use is known to disturb the body's oxidant-antioxidant balance, but a new study suggests that two widely studied ...
A new study reveals distinct intestinal gene expression patterns for water homeostasis in broiler chickens selectively bred for high and ...
Iron overload has long been recognized as an independent risk factor for osteoporosis, particularly in patients with hereditary hemochromatosis, thalassemia, ...
Every anesthesiologist knows the paradox, even if few stop to question it. Under general anesthesia, the kidneys stubbornly hold onto ...
For decades, the inner ear was treated as an immunological no-go zone. The blood-labyrinth barrier and the absence of classical ...
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© 2025 Scienmag - Science Magazine