Latest Articles for Health Sciences

HuBMAPR simplifies data access for researchers studying human biology.

Exploring the role of amino-terminal acetylation in genetic disorders.

Introducing the Panel Clustering Estimator for improved treatment effect analysis.

Learn how merging data types enhances research accuracy across various fields.

New techniques improve the analysis of genetic effects across multiple conditions.

Exploring the role of low oxygen levels in disease management.

Research reveals immune system may not effectively manage mutated blood cells.

Explore a simple method for identifying shifts in factor models using residuals.

New method GENBAIT improves protein subset selection for cellular studies.

Examining how fasting affects liver health and the role of RIPK1 protein.

Microtubules are essential for skin cell function and structure.

This article explores the importance of phylogenetic methods in understanding core microbiomes.

TUNA enables real-time monitoring of bacterial metabolic changes with high accuracy.

A new method studies how gut microbes interact and adapt to dietary changes.

An overview of how tissue sheets grow on surfaces and in free space.

Exploring how ATG5 and the retromer maintain cellular functions and repair.

Learn about Modified Patankar methods for solving complex material processes.

Learn how DAG and Dip2 influence cell signaling and health.

T cells navigate crowded spaces to enhance immune response.

A fresh approach to improve accuracy in analyzing compositional data with measurement errors.

This article explores the role of microRNAs in health and disease.

Research explores compounds, particularly atRA, that may extend lifespan and improve health.

A closer look at how droplet arrangements affect evaporation rates.

New masking strategies improve antibody learning and prediction accuracy.

A study introduces a reliable way to estimate allele frequencies from genetic research.

An overview of how the dynamic Laplacian analyzes changing data over time.

A new method improves accuracy in DNA sequence analysis.

Nucleotides impact energy, structure, and cell viability in living organisms.

Examining the impact of mitochondria on cancer metabolism and treatment options.

Aging cells face chromosome loss linked to changes in nuclear pore complexes.

MethylGPT advances DNA methylation analysis, enhancing disease prediction and health monitoring.

DAF-seq enhances understanding of gene activity and chromatin interactions.

G-quadruplexes influence gene control and have links to diseases.

New algorithms help protect participant data while estimating treatment effects.

Recent advancements improve understanding of complex cell dynamics and interactions.

A look into how chromosome structure impacts gene function and health.

Devider helps scientists analyze genetic variants with improved accuracy.

Research sheds light on how RyR clusters affect heart rhythms.

R-loops impact DNA functions, showing both beneficial and harmful effects.

A fresh method identifies groups in complex behavioral data for better insights.