Latest Articles for Medical Research

Gene editing offers promising treatments for inherited retinal disorders and vision loss.

A new technique simplifies the process of estimating binding energies in drug development.

Discover how mutations shape evolution and their surprising effects on DNA.

A new method helps researchers tackle missing values in linear regression.

Researchers link genetic variants to brain structure and cognitive function.

A glimpse into the challenges and impacts of Behçet's Disease.

An overview of metaproteomics methods and their impact on studying microbial life.

A new tool helps predict ECG features, addressing heart health gaps between sexes.

Aekatperone shows potential in treating KATP channel mutations affecting insulin regulation.

New tool enhances collaboration for brain tumor AI models.

Research investigates curcumin and 5-bromoindole-3-carboxyaldehyde's effects on harmful bacteria.

A new approach to improve accuracy in medical image segmentation.

Research explores new EEG measures to optimize TMS applications for brain stimulation.

Explore the latest strategies to combat SARS-CoV-2 effectively.

A study on brain age's impact on cognitive function in diverse populations.

Clair3-RNA improves accuracy in identifying RNA variants and gene changes.

Patients share their thoughts on heart monitoring methods and preferences.

Unraveling the complexities of sarcoidosis and its genetic factors.

Blood-based methods may transform how we diagnose neurodegenerative diseases.

pH levels are vital for cellular functions and overall health.

Exploring innovative strategies for Alzheimer's using existing drugs.

Learn how early detection and machine learning improve liver disease outcomes.

Synthetic data offers a secure way to analyze health information without privacy risks.

Examining the urinary microbiome's impact on diabetes and kidney health.

Smmit streamlines single-cell multi-omics sequencing for faster insights.

Study reveals important links between miRNAs and genes related to disease.

New research sheds light on personalized treatment for children's brain tumors.

Machine learning offers hope for better predicting Parkinson's disease progression.