Molecular Dynamics Meets Flame Simulation to Predict Soot Growth Faster and More Accurately
Researchers at the University of Melbourne have coupled molecular dynamics-derived soot rates with computational fluid dynamics to predict soot growth ...
Researchers at the University of Melbourne have coupled molecular dynamics-derived soot rates with computational fluid dynamics to predict soot growth ...
Genetic variants in the heat-resistant obscure chaperone protein Hero11, encoded by C19orf53, are associated with coronary artery disease risk and ...
New research shows that neutrophil extracellular traps driven by high blood sugar worsen bleeding complications after ischemic stroke, and that ...
A Melbourne-led proteomics study has shown for the first time that the protein interaction partners of the anticoagulant protein C ...
A new letter in the Journal of Artificial Organs argues that PFA-200 closure times may be an unreliable marker of ...
A retrospective cohort study links higher tigecycline trough blood concentrations to a sharply increased risk of drug-induced hypofibrinogenemia in intensive ...
A comprehensive proteomic study of platelet-rich plasma from elderly donors identifies 1,378 proteins, including 324 unique to PRP, supporting autologous ...
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© 2025 Scienmag - Science Magazine