Latest Articles for Disease Research

Research uncovers how missense variants impact genes and health.

Research sheds light on EBI2's impact on the immune system in the brain.

Research uses VAEs to find genetic markers linked to lung function.

Research highlights ultraconserved elements' impact on gene regulation and vision-related diseases.

Recent research reveals complex features of the T. brucei genome and its implications.

This study reveals how mutations in proteins impact health and disease.

A new tool streamlines the study of polymers linked to diseases.

FCS-Net enhances identification of genetic features linked to diseases.

Research reveals critical differences in α-synuclein fibrils across species.

Examining how HLAs and TCRs shape the immune response.

Research reveals the dual roles of gene regulatory elements in health and disease.

This study highlights the importance of cell organization in Crohn's disease.

Study reveals how genes and environment shape blood protein levels.

Tunneling nanotubes connect cells, enabling direct communication and material transfer.

New insights into how splicing affects neuron function and health.

Discover the mechanisms behind stress fiber repair in cells and their importance.

A new tool enhances predictions of transcriptional regulator activity in genomic research.

MHConstructor streamlines the study of MHC genetic variations linked to diseases.

Research introduces CENCAT, advancing how we analyze immune cell metabolism.

RBMX plays a crucial role in gene splicing and maintaining genome stability.

Exploring the impact of protein missense variants on human health.

Examining CCL18's role in immune responses and its unknown receptors.

A streamlined approach to manage and search k-mers in extensive biological datasets.

Exploring the structure and role of protein fibrils in health and disease.

Advancements in protein research improve understanding of shapes and functions.

Research uncovers TRIM32's potential in fighting alphavirus infections.

Research sheds light on the role of bacteria in Stony Coral Tissue Loss Disease.

CLASTER reveals new dimensions of gene expression and regulation mechanics.

Research on small molecules disrupting ARNT interactions could lead to new therapies.

HCNetlas helps link specific genes to diseases through detailed cell networks.

Research reveals important links between structural variants and various diseases.

New methods offer insights into protein interactions and mutation impacts.

MCEM helps reveal hidden genetic factors influencing health and disease.

Researchers study small molecules to learn about kinases and cell growth.

Research reveals how THAP1 regulates protein levels crucial for cell function.

Research uncovers crucial brain connectivity issues in Huntington's disease.

Research reveals links between genetic variants and alternative splicing in health and diseases.

Research reveals shared pathways in neurodegenerative and neuropsychiatric disorders, highlighting treatment opportunities.

Research dives into the link between blood vessels and Alzheimer’s progression.

Research reveals genetic differences in IPF risk between men and women.