Latest Articles for Biology

Exploring how specific neurons influence our daily biological cycles.

Learn how to set up a lab focusing on synthetic biological intelligence.

Discover how soft modes reveal simplicity in complex biological systems.

Discover how scientists create and improve proteins for various applications.

Discover how our brain's representation of smells shifts over time.

Discover the surprising behaviors of tiny self-propelling entities.

A new model sheds light on gene regulatory networks and disease understanding.

MultiNMRFit simplifies NMR data analysis for better insights in biology.

New tools are improving cell identification in 3D images.

Uncover the electrical signals that control the heart's rhythm.

Explore how trilobites reveal the secrets of life's evolution.

Soft X-ray tomography allows scientists to see cells in 3D without damage.

Explore how gene expression affects health, nutrition, and disease.

Discover the proteins that guide bone healing after fractures.

Explore the fascinating world of Brownian motion and particle behavior.

Scientists use DNA origami to improve targeted drug delivery for diseases.

Explore how life began with simple cells and evolved into complex organisms.

Discover how membranes shape cell functions and adapt to their environment.

Explore how directed polymers behave in random settings and their implications across various fields.

A novel framework improves understanding of complex biological systems using multi-omics data.

Explore how natural patterns form through Turing instability and reaction-diffusion systems.

Study reveals how proteins affect adolescent mental health differently for boys and girls.

Discover how liquid droplets preserve cellular identity during division.

The Human Reference Atlas offers a detailed map of human anatomy and biology.

Dive into the fascinating behaviors and energy dynamics of active matter systems.

LocalMAP helps simplify complex datasets into clearer clusters for better analysis.

A simple guide to barcodes and harmonic chains in mathematics.

The JUMP method enhances molecular simulations, making them faster and more accurate.

Explore how branching processes shape life and ecology over time.

Explore the fascinating world of Brownian motion and its implications.

Explore how solid objects interact through friction and contact mechanics.

Discover how mutations impact protein shape and function in health and disease.

TACSI captures rapid biological events at 150 trillion frames per second.

Retinoic acid guides stem cells into specialized neurons and brain cells.

Discover how Patches is changing the study of wound recovery.

Explore the fascinating history and mechanics of genetic coding.

Discover how chemical reactions influence life and economies.

Discover how morphogens shape tissue development and stability.

Dive into the genetics behind neuropsychiatric disorders and their intricate connections.

Learn how clustering algorithms simplify data analysis and reveal hidden patterns.