Latest Articles for Biology

Research reveals how mutations impact protein behavior, aiding future medical applications.

This study explores the relationship between graphs, crossings, and signed permutations.

New models improve understanding and prediction of protein functions.

Harissa simulates gene regulatory networks and analyzes bursty gene expression.

New model enhances graph data analysis by preserving topological features.

Exploring the movement and behavior of active filaments in nature and technology.

Analyzing peeling behavior to improve adhesive applications using machine learning.

Exploring the link between chirality and electron spins in modern science.

Study explores how bacteria and inflammation affect skin wound recovery.

A new method for approximating invariant measures in stochastic systems.

Researchers use machine learning to better understand and recreate natural patterns in chemistry.

DANCE tool revolutionizes understanding of protein shape changes and functions.

Explore the unique interactions of chiral structures with light and magnetism.

A look into path integrals and their impact on understanding complex systems.

Recent studies reveal how DNA methylation affects biological aging and health risks.

A new method provides upper bounds for reaction rates in chemical networks.

Discover how C-CARS improves molecular analysis through enhanced signal clarity.

A new quaternionic approach to studying oscillator synchronization.

Explore the intriguing world of shuffle squares and their properties.

Discover how math models help us understand stem cell behavior and healing.

Introducing the RNA emulator for better accuracy in computer simulations.

MORC proteins play key roles in gene expression and silencing mechanisms.

Exploring the vital role of excitatory and inhibitory neurons in brain health.

Trace reconstruction combines stats and algorithms to recover lost information from fragments.

Explore the growing field of network biology and its impact on health.

A clear look at surface tension and its significance in everyday life.

Examining how collapsing polymers relate to jamming phenomena in materials.

Investigating neurotransmitter systems to understand nervous system functions in roundworms.

Protein models enhance our ability to predict protein functions and structures.

Study reveals how normal and cancer tissues differ in gene expression.

A new system enables fast processing of temporal graphs on single machines.

Exploring the asymmetric Ising model through parametric oscillators reveals complex behaviors.

SmartRunner leverages history to enhance optimization strategies across various fields.

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

An overview of reaction-diffusion models and their significance in natural processes.

A look at how to identify parameters in biological models using differential equations.

Learn how to control complex systems in various applications.

Exploring how organisms maintain internal stability amid external changes.

Learn about repeat proteins and their roles in biology and disease.

New mathematical models enhance our view of DNA's intricate shapes.