Fetal Microchimerism: How a Baby’s Cells Stay With the Mother for Decades to Repair and Protect
Biological boundaries are far more porous than we once believed. Through fetal microchimerism, a mother carries a low-level population of...
Biological boundaries are far more porous than we once believed. Through fetal microchimerism, a mother carries a low-level population of...
Single-cell RNA sequencing (scRNA-seq) resolves cellular heterogeneity beyond population averages. Current workflows enable novel cell discovery and cellular dynamics analysis....
Scientists at Queen Mary University of London have discovered how a new drug, Rapalink-1, extends lifespan at the cellular level....
Sea urchin twinning has fascinated scientists for more than a century, raising the question of how two complete individuals can...
Is there a fat-loss switch hiding in your body?Scientists think there might be. New research shows that cysteine, an amino...
You know, bacterial cellulose – or BC as researchers like to call it – is actually pretty amazing stuff. It’s...
A fate map is a diagrammatic representation of the prospective fate of each part of an embryo at an early...
Cleavage Introduction Factors Influencing Cleavage The plane and pattern of cleavage are influenced by: The first cleavage in a frog’s...
To study the structure of brain cells, scientists have had to overcome several obstacles. Neurons cannot be seen by the...
Membrane Transporters are crucial proteins that facilitate the movement of ions, molecules, and various substances across cell membranes, playing essential...