Computer Models News, Articles | Today's Clinical Lab

The left panel depicts a potential-like landscape, where white streamlines represent the inferred trajectory of cell states across time. Although single-cell RNA sequencing captures only static snapshots of cells, ddHodge reconstructs the patch-worked dynamical structure by connecting many local “nows” into a coherent global picture. The right panel shows a graph-based representation of high-dimensional cell states, on which local geometry is preserved to quantify key dynamical properties such as stability, divergence, and rotational components.

A New Way to Map How Cells Choose Their Fate

Kyushu University

Researchers present an innovative computational method based on modern mathematics to shed light on cell state dynamics and development

A graphical illustration of a clinician pointing to a vector of a human body, vaccine, stethoscope, brain, lungs, kidneys, and heart.

New ML Model Identifies Tumor-Reactive T Cells Quickly

German Cancer Research Center (Deutsches Krebsforschungszentrum)

icTCR helps identify suitable T cells from patient samples in under a few days, not months

Graphical vectors of medicine, health, automation, graphs, and bar charts float against a background of a man in a suit and tie with his eyes closed.

AMA, Experts Condemn the Use of Race-Based Clinical Algorithms

Boston University School of Medicine

Survey results reveal that many institutions are taking steps but not concrete action against using race-based clinical algorithms

A pregnant woman hands using a lancet on her finger to check her blood sugar levels with a glucose meter.

Deep Learning Model Noninvasively Predicts Gestational Diabetes Risk

BGI Genomics

The neural network was built to analyze the genes associated with GDM from cfDNA sequencing data

A closeup of a clinician pointing to a 3D, plastic model of the uterus and ovaries.

ML Models Help Build Early Diagnostic Test for Ovarian Cancer

Georgia Institute of Technology

Researchers combined ML with information on blood metabolites to develop a diagnostic test that detects ovarian cancer accurately

A robotic hand points to a virtual image of the human brain.

An AI-Based, User-Friendly Software Accurately Predicts Diseases

Rutgers University

Novel software analyzes the human genome to identify disease-causing biomarkers

A white cyborg robotic hand pointing a finger to a human hand with a stretched finger against a background with circuits and "AI" written.

Humans Beat AI in Making Personalized Medicine Decisions

Charité – Universitätsmedizin Berlin

The study highlights the limits of large language models in precision oncology and the scope for improvement

Double exposure of a city and a map of the world with viral particles around

Researchers Improve Pandemic Prediction Model

North Carolina State University

The new adjustment caused the model to map much more closely with the actual data

Computer Simulations Are the New Frontier in COVID-19 Drug Trials

University of Waterloo

Models allow for virtual trials of drugs and vaccines, to test their efficacy against COVID-19

Illustration of three red coronavirus particles on a light blue background

High Vaccination Rate Key to Controlling the Pandemic, Modeling Shows

Mayo Clinic

The model takes into account new COVID-19 variants, as well as current public health measures and masking standards

Computer Models