Latest Articles for Biology

Study reveals how mutations influence organism fitness and evolutionary biology.

A look at the FitzHugh-Nagumo model and its relevance in various fields.

An overview of Gaussian fields and their significance in studying random processes.

Community detection reveals hidden groups within complex networks across various fields.

ScaleFold drastically reduces training time for protein folding models.

GPMelt enhances the analysis of protein melting behaviors for better biological insights.

Research shows the mechanical properties of tissues influence axon growth and signaling.

Neural FDEs combine neural networks and fractional differential equations for improved modeling of complex systems.

Exploring the role of randomness in mathematical systems through SPDEs.

A look into knot properties and the perturbed Alexander invariant.

A look into how populations change through birth and death processes.

Researchers explore the link between medin, aging, and disease in new findings.

Exploring wave dynamics in special systems reveals insights into biological behavior.

Sincei offers an easy solution for studying gene regulation in single cells.

Research reveals new protein interactions in fruit flies affecting piRNA production.

Exploring multiple longest common subsequences with varying levels of diversity.

This article presents a method to identify conservation laws using data analysis.

Explore how switching alters graph structures and their implications across various fields.

A study on dividing sparse graphs into two trees under specific rules.

Study highlights the significance of temporal parameters in neural network performance.

New insights into RNA splicing and its impact on mental health disorders.

An overview of stochastic differential equations and their significance in various fields.

This paper discusses methods for determining branch lengths in tree structures using biological data.

Exploring complex behaviors in slow-fast and ghost cycle systems.

Research examines RNA interference's role in fighting viral infections and its complexities.

Analyzing how three-dimensional shapes influence connections in biological and physical networks.

A study on how multicellular organisms evolve and differentiate.

A novel approach enhances understanding of biological inheritance over generations.

ComBatLS improves data harmonization in neuroimaging studies by preserving biological variability.

Research focuses on stopping harmful wave patterns in biological systems.

New insights into RNA processing revealed through advanced NMR methods.

Exploring how IDPs protect organisms from desiccation.

The study reveals how active particles' behavior stabilizes over time through mathematical modeling.

An overview of bivariate quasi-copulas and their applications in various fields.

Research explores how gene expression influences development in ascidian embryos.

Research on microrobots focuses on memory and feedback to improve performance in various tasks.

Study shows how information spreads among active particles in changing environments.

Exploring how RNA dynamics impact learning and memory through synaptic changes.

This study investigates how reinforcement learning mimics bacterial movement toward chemicals.

SPIDER enhances data handling efficiency for rank and select queries.