Rainbow Trout Data Could Spare Frogs From Toxicity Testing, New Model Shows
Researchers have developed an ICE model that predicts acute toxicity of organic chemicals to African clawed frog tadpoles from existing ...
Researchers have developed an ICE model that predicts acute toxicity of organic chemicals to African clawed frog tadpoles from existing ...
Researchers in Taiwan built a Bayesian network from two decades of coastal data to forecast erosion risk under a 2 ...
A new simulation framework combining computational fluid dynamics, molecular docking, and Monte Carlo risk modeling predicts how airborne chemical contaminants ...
A new study in Discover Chemistry shows how artificial intelligence, machine learning, and computational chemistry can predict the toxicity of ...
A proof-of-concept study shows that co-formulants and secondary active substances in a plant protection product significantly alter the liver clearance ...
Researchers have developed a hybrid intuitionistic fuzzy deep neural network that markedly improves risk assessment accuracy for onshore oil and ...
A study of 146 civilly committed men found that viewing time patterns on a computer task closely matched physiological arousal ...
A new study applies an engineering reliability framework to show that estimated return periods for climate extremes are often far ...
The editorial board of Springer Nature's open access journal Discover Toxicology maps the field's technical frontiers, from AI-driven predictive toxicology ...
A probabilistic risk assessment of urban soils in San Luis PotosÃ, Mexico, finds that lead and arsenic contamination poses health ...
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© 2025 Scienmag - Science Magazine