Latest Articles for Disease Research

Study reveals how N. caninum alters host cell membrane dynamics.

Exploring how LLPS behaves differently in 2D and 3D cellular environments.

Discover how genetic studies reveal connections between traits and diseases.

This study reveals how TOMM20 and TOMM70 sort proteins for mitochondrial functions.

Research shows links between cathepsins and multiple sclerosis risk and symptoms.

This study reveals how cell shapes relate to movement capabilities.

Tandem repeats reveal important insights into genetic variations and their impact on health.

Exploring the importance of PIK3R1 gene mutations in health.

Researchers face difficulties diagnosing illnesses in endangered kākāpō parrots.

Explore how tandem repeats influence genetic diseases and advancements in detection tools.

How STING mutations affect immune response and T cell function.

Exploring how RNA shapes cell functions and impacts diseases.

bioSBM connects DNA structure with biochemical features for better gene expression understanding.

Explore how genes and proteins interact to shape our traits.

Explore the role and importance of membraneless organelles in cellular function.

Exploring the role of peroxisomes and their disorders in human health.

Investigating how older genes affect multiple traits across various species.

Exploring how males and females react differently to sickness in animals.

A look at how CNVs may influence genetic disease risk.

Understanding how biomolecular condensates form and behave reveals their role in cell function.

A look into how cells produce essential proteins through gene expression.

Explore how proteins manage challenges during DNA replication.

KDCA transforms how we analyze gene interactions in disease.

Discover the crucial roles of cilia in health and disease.

Discover how high-throughput screening transforms our understanding of genes and diseases.

New insights into DNA replication origins in a deadly parasite.

Discover how tiny blobs in cells shape life’s processes.

Amyloids can harm but also help in pigmentation processes.

New approaches to tackle diseases caused by trypanosomatids show promise.

UniversalEPI enhances our understanding of gene interactions in different cells.

Discover how multi-nucleotide mutations impact virus evolution and disease progression.

Discover how SRSF1 edits RNA for proper gene expression.

New framework scNET enhances understanding of gene interactions and disease connections.

Discover the surprising link between gut health and Parkinson's Disease.

Learn how alkanediols disrupt protein interactions and influence cellular processes.

BA.2.86 variant shows mutations that may evade vaccine protection.

Research reveals how yeast cells handle misfolded proteins under stress.

Discover the secret role of DNA methylation in gene expression and health.

COWAS reveals gene interactions affecting health traits like cholesterol, Alzheimer’s, and Parkinson’s.

Discover how proteostasis impacts our health and links to various diseases.