Latest Articles for Biological Research

SiSIFUS improves image clarity in fluorescence lifetime imaging for biological studies.

Discover how machine learning reshapes material behavior modeling.

Label-free imaging offers real-time insights into biological samples without disrupting their natural state.

A look at how graph contraction improves data analysis in various fields.

ExoDeepFinder efficiently detects rare exocytosis events in video data using deep learning.

New methods improve signal source identification in medical imaging.

A new dataset enhances image quality evaluation in microscopy.

A new method improves imaging of live tissues with minimal impact on cells.

New software enhances tracking and analysis of C. elegans behaviors and activity.

New methods enhance 3D visualization of biological structures through improved pose estimation.

This study focuses on refining models to simulate neuronal growth using Bayesian methods.

A new algorithm enhances the analysis of calcium imaging data in real-time.

Learn how edit distance measures the similarity between strings efficiently.

A new model enhances node classification by leveraging related knowledge.

New techniques enhance analysis of individual cells, improving insights into biology and diseases.

Research reveals how a neuropeptide influences mosquito biting and activity patterns.

Studying tiny worms reveals how animals make food choices.

Exploring new methods in graph learning without labeled data.

A new framework helps visualize dynamic graphs for better insights and analysis.

A fresh approach improves understanding of drug effects on cells.

A new approach to study gene interactions in tissues through cross-expression analysis.

Innovative methods for simulating complex diffusion processes show great potential across multiple fields.

Learn how controlled invariants maintain safety in various continuous-time systems.

New approach enhances phase imaging accuracy and efficiency in clinical settings.

New microscopy methods enhance observation of living cells and organisms.

Examining how mosquito digestion impacts disease transmission and control methods.

Study reveals the role of ring nucleases in bacterial immune responses.

New methods utilize neural networks to tackle complex time-fractional equations effectively.

Research uncovers functions of proteins linked to bacterial secretion systems.

New methods enhance the reliability of GEMs for biological research.

This study presents methods to refine motion models using detailed experimental data.

This article discusses structures in graphs and introduces relative centrality for better analysis.

Learn how dimensionality reduction aids scientists in analyzing biological data.

A new method enhances Markov modeling by addressing limitations in analyzing complex time series data.

Faser enhances optical microscopy research with innovative simulation tools.

A new approach simplifies neuron interaction analysis for better insights.

A novel approach improves clarity and efficiency in microscopy deconvolution.

Examining how charge distribution in IDPs affects their behavior and functions.

HERMES predicts protein mutation effects, aiding in medical research and drug development.

Using gene expression data to predict chemical impacts on health and environment.