Latest Articles for Health Sciences

Explore the analysis of trajectories and their applications in various fields.

Examining how macrophages impact growth and health in newborns.

New techniques improve peptide detection accuracy and control false discoveries.

This study investigates the genetic traits of different breast cancer subtypes.

A cautious approach to selecting causal models improves research accuracy.

Research on biological age reveals links to health outcomes.

Research sheds light on T cell receptor diversity and its implications for immune responses.

Research focuses on improving drug testing with human-based models for better results.

Novae streamlines data analysis in spatial transcriptomics, offering new insights into tissue interactions.

Researchers are developing 3D models to improve understanding of salivary glands.

Study reveals how DNA withstands mutations that may lead to cancer.

Research introduces an innovative method to study stress using speech improvisation.

A novel approach to understanding protein stability using amino acid sequences.

Genal offers an easy way to analyze genetic data with powerful tools.

This study reveals how recessive genes impact mutation rates and population stability.

New techniques enhance analysis of individual cells, improving insights into biology and diseases.

Learn how structured models help study organism relationships and disease dynamics.

Research reveals how DNA changes can predict biological age and health outcomes.

TwinC model reveals insights into DNA interactions and gene regulation.

Jaeger enhances phage detection in metagenomic data using advanced machine learning.

Research shows how a father's age and sperm storage affect offspring traits.

This article presents a method for predicting complex functional time series data.

New CRISPR system improves gene editing in insects for health insights.

Explore the benefits and applications of conformal hyperrectangles for reliable predictions.

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.