Latest Articles for Biological Research

Introducing advanced processes for effective circular data analysis across various fields.

Researchers develop a method to infer rules governing synaptic changes in learning.

GIFFLAR improves glycan property predictions using graph neural networks.

A look at the role of AMP-Net in improving imaging techniques.

A technique that improves stochastic processes by adjusting reset rates based on current states.

A new method to ensure generative models are accurate and useful in biology.

Scientists use Boolean models to understand complex biological interactions and make predictions.

Researchers develop improved imaging methods using YAG material and Townes solitons.

Researchers developed stMMC, improving spatial analysis of gene expression data.

GRNIX enhances understanding of gene networks linked to autoimmune diseases.

A guide to choosing SBI methods for biological data analysis.

Investigating how genetics influence diseases and modifiable risk factors.

New imaging system improves the study of living cells and their interactions.

New imaging method captures detailed cell images without fluorescent tags.

Discover how light's behavior impacts technology and biology.

Research reveals how red cones process light and influence vision.

A new method for better predictions in multi-response regression analysis.

FeatureForest simplifies image analysis in microscopy using advanced methods.

Discover how simulation tools enhance biological research and drug development.

A blend of smart microscopy and optogenetics allows real-time control of cells.

Discover how gene co-expression reveals new insights in biology.

Explore the transformative role of UDEs in biological modeling.

A novel framework improves the evaluation of biological samples and treatment effects.

A fresh look at community detection using semi-supervised methods in networks.

FM2S cleans noisy images in fluorescence microscopy, improving research clarity.

p-ClustVal enhances clustering methods for analyzing complex biological data.

New methods improve the alignment in correlative light and electron microscopy.