A new computational model coupling gastric fluid flow, acid transport, and pathogen kinetics finds that reduced motility allows nearly 50% pathogen survival at 6 minutes versus under 30% in healthy cases, showing motility dominates gastric sterilization.
\ Gosselin , author E
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A computational model shows that focused ultrasound, aimed through gaps between vertebrae, can reach stimulation-level intensity in the human spinal cord at certain thoracic levels with an optimized transducer.
Simulations in a human stomach model quantify how reduced peristaltic amplitudes affect protein hydrolysis rates, emptying rates, and mixing induced by antral waves.
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Flow-Mediated Regulation of Pathogen Survival in the Human Stomach
A new computational model coupling gastric fluid flow, acid transport, and pathogen kinetics finds that reduced motility allows nearly 50% pathogen survival at 6 minutes versus under 30% in healthy cases, showing motility dominates gastric sterilization.
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Noninvasive Focused Ultrasound Spinal Cord Stimulation in Humans: A Computational Feasibility Study
A computational model shows that focused ultrasound, aimed through gaps between vertebrae, can reach stimulation-level intensity in the human spinal cord at certain thoracic levels with an optimized transducer.
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Effect of Antral Motility on Food Hydrolysis and Gastric Emptying from the Stomach: Insights from Computational Models
Simulations in a human stomach model quantify how reduced peristaltic amplitudes affect protein hydrolysis rates, emptying rates, and mixing induced by antral waves.