Digital Twin Hearts: How Personalized Cardiac Simulations Could Predict Sudden Death After a Heart Attack
A new review outlines how personalized digital twin heart models built from patient MRI could overcome the limits of ejection ...
Tag: computational modeling
BMC Pharmacology and Toxicology Opens Call for New Editorial Board Members
BMC Pharmacology and Toxicology is recruiting new Editorial Board Members across five disciplines to sustain peer-review quality amid rising submissions.
Sweat Sensor Data Reveals How Insomnia Disrupts the Brain’s Ability to Unlearn Fear
A computational model decoding stress-related arousal from skin conductance found that adults with insomnia show disrupted learned fear and safety ...
Tumor Twins: Living Lab-Grown Cancer Copies Paired With AI Could Transform Breast Cancer Treatment
A new review in Cellular and Molecular Life Sciences proposes hybrid biological-digital tumor twins, coupling patient-derived organoids with computational models ...
Cell Cycle Timing Shapes How Natural Killer Cells Fire Their Weapons
A combined CyTOF and computational modeling study shows that NKG2D signaling and degranulation in human NK cells depend on the ...
Antimony 3 Brings Human-Readable Modeling Up to Speed with SBML Level 3
Antimony 3 extends the human-readable modeling language to support SBML Level 3 Core and its FBC, Distributions, Layout, and Render ...
Winning at Rock-Paper-Scissors Reveals How Context Trumps Body Language
A motion-capture study of rock-paper-scissors shows that in fast-paced competition, contextual inference based on reinforcement learning outperforms reading an opponent's ...
Virginia Tech leads $9.26 million NIH push to model hormones and women’s health
Virginia Tech will lead a $9.26 million NIH-funded, multi-institutional project using mathematical modeling, machine learning, and uncertainty quantification to predict ...
Moral Choices Run on Different Brain Wiring Than Everyday Perceptual Decisions
New research shows that moral and perceptual decisions share the same computational logic but are carried out by distinct, specialized ...
Calcified Valves Drain the Heart’s Energy More Than Rheumatic Disease, Simulations Reveal
High-fidelity three-dimensional simulations of patient-specific mitral valves show that calcific mitral stenosis imposes a greater energetic burden on the heart ...
Magnetic filters could scrub leftover chemotherapy from blood before it harms the body
Researchers have used dimensionless scaling laws and multiphysics simulations to design catheter-based magnetic filters that could capture excess chemotherapy drugs ...
Response Times Expose Hidden Brain Mechanisms Behind Learning and Mental Illness
By jointly modeling response times alongside choices, researchers disentangled working memory, cognitive control and reinforcement learning, and uncovered schizophrenia deficits ...
How Threat Rewires the Brain’s Decision Math in Approach-Avoidance Choices
A new computational study shows that humans adapt to threatening decision environments by reweighting reward and threat information and aligning ...
Cheap Wind Farm Simulations Prove Surprisingly Good at Capturing Turbine Power Swings
A new Johns Hopkins study shows that simplified actuator disk models reproduce the power and thrust fluctuation statistics of far ...
When the World Gets Unpredictable, Our Brains Stop Planning So Hard
A Nature Communications study shows that as environmental randomness increases through unreliability, volatility, or reduced controllability, people reduce planning effort ...
New open-source platform brings nerve stimulation modeling to the masses
The open-source software golgi automates the full pipeline from segmented nerve images to fiber recruitment predictions, validated against commercial solvers ...
AI Digital Twins Could Transform Intensive Care in Landmark $38 Million Federal Project
The University of Vermont has received up to $38 million from ARPA-H to build AI-powered digital twins that simulate critically ...
High-Resolution Neural Coding in Auditory Midbrain Revealed
In a groundbreaking study published in Nature Machine Intelligence, researchers led by Drakopoulos et al. delve into the intricate world ...
Vector Field-Guided Toolpaths Revolutionize 3D Bioprinting
In the rapidly evolving domain of additive manufacturing, the integration of biofabrication techniques has opened new frontiers in tissue engineering ...
Prioritizing Vaccination: Penn Engineers Apply Network Theory to Tackle a Critical Challenge
In a remarkable breakthrough, engineering and medical researchers at the University of Pennsylvania (Penn) have unveiled an innovative computational framework ...
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