Research Articles
The Cellular Suspension Bridge: How Your Cells Manage Force
Discover how stress-fibers act as master regulators controlling the cell's internal scaffold in response to tension through groundbreaking computational research.
The Secret Skeleton of Your Neurons: How Axonal Actin Shapes Our Brain and Its Health
Explore the fascinating world of the axonal actin cytoskeleton - the microscopic scaffold that shapes our neurons and holds keys to understanding brain health and disease.
The Blueprint and the Scaffolding: Unlocking Pea Plant Secrets with a Genetic Library
Discover how scientists constructed a cDNA library from pea plant tendrils and identified the PEAcl actin gene, revealing fundamental insights into plant cellular architecture.
The Powerhouse and the Scaffold: A Cellular Journey from Cat Egg to Embryo
Exploring how mitochondria and actin cytoskeleton work together in feline oocytes and blastocysts, with implications for conservation and human fertility.
The Spin Cycle for Viruses: How a Lab Technique Supercharges HIV Infection
Discover how spinoculation, a lab technique using centrifugal force, dramatically increases HIV-1 infection rates by hijacking cellular actin and cofilin pathways.
The Invisible Dance: How Carbon Nanomaterials are Shaping the Architecture of Life
Explore how carbon nanomaterials influence actin polymerization and cellular architecture in this comprehensive scientific overview.
The Cellular Dance: How UBE2N Guides Our Inner Architecture
Discover how UBE2N, a ubiquitin enzyme, was identified as a novel actin-associated protein influencing cellular movement and architecture.
The Cellular Dance of Vision: How Tiny Pigment Granules Protect Our Eyes
Explore the fascinating world of actin-dependent melanosome motility in fish RPE cells and how this cellular dance protects vision.
The Silent Sieve: How Dancing Feet in Your Kidneys Keep You Alive
Explore the fascinating world of podocytes and their actin cytoskeleton - the dynamic cellular dancers that maintain kidney filtration and prevent disease.
Harnessing Nature's Force: The Quest for Actin-Powered Nanorobots
Explore how scientists are harnessing actin polymerization to create microscopic nanorobots for medical applications and targeted drug delivery.