Traveling protein waves reveal how dividing cells set chromosome-splitting spindle size

Study challenges five-decade paradigm of strict division of labor in animal cell division

This article challenges the long-held view that animal cell division involves a strict division of labor, where microtubules handle chromoso

Study challenges five-decade paradigm of strict division of labor in animal cell division

This article challenges the long-held view that animal cell division involves a strict division of labor, where microtubules handle chromoso

Carnegie Mellon Study Identifies RNA Mechanism That Organizes Cellular Protein Condensates

A new study from Carnegie Mellon University reveals a mechanism that controls how biomolecular condensates — liquid-like droplets that organ

How Cells Pack Miles of DNA Into Microscopic Spaces: The Biology of Molecular Organization

This article explores the remarkable biological challenge of how DNA and other molecules are packed inside tiny cells like E. coli. It uses

The rhythm that guides cell division

Scientists Build First Synthetic Cell From Scratch That Grows and Divides

For the first time, scientists have built a synthetic cell from nonliving components that successfully grows, replicates its DNA, and divide

Scientists Build First Synthetic Cell From Scratch That Grows and Divides

For the first time, scientists have built a synthetic cell from nonliving components that successfully grows, replicates its DNA, and divide

Scientists Build First Synthetic Cell From Scratch That Grows and Divides

For the first time, scientists have built a synthetic cell from nonliving components that successfully grows, replicates its DNA, and divide

Scientists Build First Synthetic Cell From Scratch That Grows and Divides

For the first time, scientists have built a synthetic cell from nonliving components that successfully grows, replicates its DNA, and divide

Study reveals nanotube-based intercellular DNA transfer driven by genome instability in human cells

This research article reveals a novel biological mechanism where genomic instability in human cells triggers the transfer of damaged DNA fra