Latest Articles for Biology

A hands-on approach to creating an efficient simulation language for biologists.

A look into flows, vector fields, and their significance in science.

Explore the role of ITP in managing balance in fruit flies.

Stress can lead to mutations that enhance population success, even in stable conditions.

Improved methods for integrating single-cell RNA sequencing datasets enhance biological insights.

Active matter showcases unique behaviors from particle motion and interactions.

A machine learning approach enhances detection of defects in biological tissues.

Exploring how groups behave and interact in various settings.

Discover how elastic strips coil inside tubes and its implications in various fields.

BioRECIPE streamlines biological modeling with a user-friendly format.

Research reveals FAM83F's role in development and DNA damage response in zebrafish.

New methods enhance the tracking of single molecules in living organisms.

Exploring the diffuse interface method for solving vector-valued surface PDEs.

Study of run-and-tumble particles reveals new energy extraction methods.

Exploring synchronization in various networks and its implications for multiple fields.

This study examines how inertia and complex connections affect oscillator synchronization.

deltaMic improves 3D imaging in fluorescence microscopy with efficient parameter adjustments.

Explore hypergraphs and Laplacians for complex relationship modeling.

Exploring how mate preferences enhance diversity in Genetic Programming solutions.

This study models how cells align while moving, focusing on shapes and interactions.

A look into complex behaviors in solutions of differential equations.

A look at how higher-order interactions influence synchronization in Kuramoto oscillators.

Research reveals how diet and isotopes affect growth and aging in C. elegans.

Explore chaos processes and their impact on various fields of study.

Petri dishes help study fluid flows and organism behavior in various fields.

This article discusses a new algorithm inspired by epigenetics for better optimization.

A concise overview of delay ordinary differential equations and their applications.

Examining unique glycolysis processes in Blastocystis and their health implications.

Learn about coagulation and fusion processes and their impact on various fields.

A look into how metabolic pathways sustain life and their broader implications.

Uncover the significance of differential equations with proportional delay in science and engineering.

Exploring how somites and the segmentation clock shape vertebrate bodies.

Examining how particles move through fluids under Stokes flow conditions.

Analyzing reaction networks reveals insights into complex interactions across various fields.

A look at projected dynamical systems and their role in constraint management.

A study of coagulation and fragmentation processes in natural systems using finite difference methods.

A look into site percolation and its applications in various fields.

This article reviews new techniques for modeling complex systems using GH processes.

New database and models enhance understanding of opsin gene traits.

A look into how particle interactions shape system dynamics and stability.