Latest Articles for Medical Research

A new method enhances accuracy in predicting disease risk using interaction terms.

Research reveals predictive models for better Parkinson’s treatment through beta burst analysis.

Researchers improve DNA integration methods in human stem cells for better therapies.

Study explores interactions between biodegradable and permanent implants for improved bone healing.

Research reveals how blood affects silver's ability to fight bacteria.

Research sheds light on Peru's unique genetic variations and health implications.

TXGNN aims to find new uses for existing drugs, especially for rare diseases.

This study reveals how electric fields guide cell movements and interactions.

Research reveals MEGF10's role in muscle health and repair mechanisms.

A groundbreaking test using cerebrospinal fluid offers hope for earlier Parkinson's detection.

Study suggests increased blood cancer risk with clozapine compared to olanzapine.

NeuroSynth generates synthetic MRI data to improve brain health studies.

This research highlights the role of sdAbs in targeting fibroblast activation protein.

Study reveals how specific genetic changes affect immune function without causing cancer.

Study reveals prevalence of DSD conditions among newborns in Switzerland over two decades.

A new model enhances prognosis prediction for patients with intracranial hemorrhage.

Research reveals the crucial role of lysosomes in cell health and energy production.

A look at malaria's effects and emerging treatment strategies.

Research uncovers mechanisms of antibiotic tolerance in tuberculosis-causing bacteria.

Study reveals connections between health issues and primary immunodeficiencies.

Study reveals antibody patterns linked to systemic sclerosis severity.

Research on bortezomib shows promise in treating HIV by enhancing immune response.

Research shows 3HP treatment is safe with manageable side effects in Uganda.

Federated learning enhances cancer research by sharing insights while protecting patient data.

Examining the growth and challenges of prediction models in patient care.

Research aims to improve deep brain stimulation for better motor control in Parkinson's patients.

PocketXMol unifies molecular task approaches for better drug design and molecular analysis.

This study examines how different correction methods affect phase switching in DNA.

Introducing Med42-v2, specialized models for accurate healthcare communication.

Exploring the complex life cycle of flaviviruses and their impact on health.

Researchers develop a method to create realistic long-range axons in the mouse brain.

ARCI improves medication recommendations through advanced data analysis techniques.

Study evaluates AI's accuracy in identifying neurosurgery study designs.

Researchers tackle reference contamination to improve brain connectivity data accuracy.

Research reveals brain changes and potential treatment avenues for Parkinson's disease.

A method for simulating fluid flow in complex environments.

Study reveals insights into the differences between short and long white matter fibers.

Incertus.jl streamlines randomization for fair clinical trials across multiple treatments.

Introducing SimpleSBDD, a method streamlining drug discovery by optimizing binding affinity.

Research uses linear models to better understand brain activity and dynamics.