Latest Articles for Medical Research

Exploring the role of homocysteine in endothelial dysfunction and atherosclerosis.

MoMA improves AI learning in pathology with limited data access.

Analyzing how adherence impacts medication effectiveness in real-world settings.

Research sheds light on gene activity linked to leprosy reactions.

Study reveals how diabetes affects bone strength and gene expression.

Recent studies link genetic variations to Brugada Syndrome, especially in Thai patients.

EU-supported project aims to address undiagnosed rare diseases through advanced research.

DIPx offers insights into effective cancer drug combinations.

Study reveals high prevalence of sacral dysmorphism in Kenyan pelvic CT scans.

A deep dive into the relapses of leprosy after treatment and its implications.

Research reveals curcumin’s potential in combating Huntington’s disease through protein aggregation.

A study improves predictions of liver damage from drugs using diverse data sources.

Exploring the potential of mesenchymal stem cells for osteoarthritis relief and repair.

Recent study reveals genetic links to heart failure and treatment opportunities.

A look at myeloma, its treatments, and ongoing research efforts.

Study examines health risks of mRNA vaccines in Norwegian adolescents aged 12-19.

Study shows oxygen levels in the eye may reveal glaucoma severity.

Exploring how basal ganglia pathways affect movement and potential treatments.

Research highlights a gene variant that may increase liver fat and complications.

Study links gamma waves to tau levels in Alzheimer's patients.

Study reveals early markers for kidney injury in cirrhosis.

Bacterial persisters pose a challenge in treating infections due to their unique survival skills.

Using AI to enhance drug target identification and reduce discovery costs.

A new model uses ECG data to predict atrial fibrillation risk effectively.

Research focuses on spinal cord circuits related to chronic pain and allodynia.

A new AI model improves detection of rare diseases in health records.

Advanced methods may improve early diagnosis of osteoarthritis and patient care.

Machine learning is reshaping how antibodies are discovered and designed in medicine.

Study reveals minimal changes in brain metabolites as adults age.

Investigating how fibroblasts aid heart recovery after injury.

Study investigates heparin and tocilizumab's effects on severe COVID-19 patients.

Investigating how non-coding genetic changes affect diseases like CCDDs.

LightTBNet is an efficient model for accurate TB detection in low-resource settings.

This study reveals lymphatic system changes post-heart attack and their impact on healing.

A novel model predicts how drug combinations impact bacterial infections.

Advancements in single-molecule imaging reveal vital information about cellular processes.

New methods improve understanding of genetic causes of high cholesterol.

Study reveals key findings on lung disease patterns and patient outcomes.

Research highlights TMEM106B's impact on brain cell health and neurodegenerative diseases.

New modeling technique improves understanding of long-term treatment effects.