Latest Articles for Biology

Discover how flies process visual information with remarkable neural dynamics.

scMusketeers enhances our understanding of cells, focusing on rare types.

Research shows that data quality trumps size in single-cell studies.

Discover how communities form in higher-order networks and their real-world implications.

Discover the challenges and solutions to the positivity problem in number sequences.

Scientists use Protein Language Models to reveal protein functions and connections.

Discover the intriguing connections between contact geometry and real-world applications.

Discover the unpredictable world of Brownian motion and its fascinating implications.

CausCell transforms single-cell data analysis with clarity and precision.

Discover the fascinating world of active particles and entropy production.

Discover how SeuratIntegrate enhances single-cell data analysis through innovative methods.

Tiny movements in cells create the left-right differences in animals.

Discover the fascinating dynamics of random trees and their crucial role in evolution.

Discover how cryo-electron microscopy is transforming our view of proteins.

Scientists use MQC spectroscopy to study spin interactions in materials and proteins.

Discover how cells move and interact in complex environments.

Discover how iModMix enhances the integration of multi-omics data for better insights.

Researchers unlock the mysteries of fruit flies through advanced techniques.

Discover the intricacies and advancements in high-dimensional sampling methods.

Discover how DNA nanostructures help study protein interactions.

Discover how AI and biology combine to create new possibilities.

Explore how proteins evolve through mutations, selection, and environmental influences.

A look at RIM-Deep's impact on imaging biological tissues in 3D.

Discover effective ways to analyze fluid movement on surfaces using advanced techniques.

waveOrder allows scientists to study cells without disturbing them using innovative imaging.

Discover the fascinating properties of graphs and their real-life applications.

Discover how noise influences particle movement in biological systems.

CrAAVe-seq improves gene study accuracy in mouse brains, targeting neuron populations.

Research reveals how internal clocks in cancer differ from healthy cells.

Cluefish streamlines the analysis of complex transcriptomic data for impactful biological insights.

Discover how OG-SSLB improves gene expression analysis through disease outcomes.

KAMP offers new insights into cell clustering for improved cancer research.

An open-source tool simplifying complex biological data analysis.

Discover how some animals can regrow limbs while others cannot.

scRegNet combines models to improve predictions of gene interactions.

Explore how hypoelliptic diffusions shape random processes and their practical applications.

Discover the fascinating world of jammed packings and their real-world applications.

A closer look at how cancer spreads and adapts in new environments.

A new tool optimizes time-series studies for better biological insights.

Viruses are crucial players in ecosystems and health, revealing complex interactions.