Latest Articles for Biology

Learn how network embedding simplifies complex relationships in various fields.

Explore how mathematical systems evolve and behave over time.

Researchers enhance cancer understanding using data-driven approaches and new analytical tools.

A look at free boundary surfaces, their stability, and curvature properties.

This study examines how particle movement is influenced by channel fluctuations and interactions.

Research reveals how fluid dynamics influence organism movement and population stability.

A new approach improves simulations of biological processes with time delays.

Innovative approach automates modeling of flexible protein regions.

This article explores numerical methods for analyzing stochastic Volterra integral equations.

Investigating the validity of point source modeling for cell diffusion.

A look at how fractional and fractal derivatives help analyze complex systems.

Research reveals differences in venom of colored common adders.

Study reveals complex RNA and protein interactions in social amoeba development.

PCT offers detailed 3D imaging of transparent cells without dyes.

Enzymes influence particle movement in crowded conditions, revealing new aspects of cellular dynamics.

Exploring flow behaviors near a plate in a Brinkman fluid.

Study reveals factors affecting particle escape times in confined spaces.

A look into how particle movement varies in different mediums.

Exploring the concept of multi-relevance in analyzing complex biological systems.

Techniques to improve viewers' focus in animated biology processes.

This article explores how starlet sea anemones regenerate lost body parts.

This article examines how lattice shapes affect random movements in various fields.

Exploring the connections between tensors, hypergraphs, and Kronecker products in complex systems.

Research reveals key processes in malaria parasite nutrient uptake and transport.

A look into the Closest String problem and its applications in various fields.

New framework improves predictions and understanding of enzymatic pathways.

Innovative methods enhance understanding of protein shapes and functions.

Research reveals the impact of nutrition on egg formation and quality in fruit flies.

A novel approach improves solution finding for nonlinear differential equations across various fields.

Examining how charge affects nanoparticles in various solutions.

New insights challenge assumptions about polyelectrolyte behavior under various conditions.

Learn the basics of combinatorial structures and their applications across various fields.

An overview of how porous materials like hydrogels respond to forces and fluids.

Research reveals how size variation affects active matter dynamics.

This study analyzes a mathematical model of bacterial response to chemicals.

New methods enhance understanding of ncRNAs and their role in gene activity.

A study on how cell-like creatures evolve through natural selection in a virtual environment.

New models are changing how we study proteins and their interactions.

Discover how MOTL improves multi-omics analysis to reveal biological insights.

This article presents a novel method for hierarchical clustering that utilizes dot products for better data relationships.