Morning Overview on MSN
Disabling NFIL3 via CRISPR kept engineered CAR T-cells from hitting exhaustion, prolonging tumor control in animal models
Researchers at Columbia University’s Sadelain lab and University Hospital Tubingen used CRISPR gene editing to knock out the ...
Almost all animal species—including humans—have blood cells, but between different species our blood tells different stories. The lineage and components of blood cells vary widely, and this variety is ...
Morning Overview on MSN
Ruptosis — the explosive cell death researchers just named in flatworms — kills surrounding cells faster than any previously known cell-death pathway
A newly identified cell type in planarian flatworms can detonate itself and destroy neighboring cells in less than two ...
During animal cell division, a highly synchronized and tightly regulated dance of chromosomes takes place, ensuring the ...
For my entire career as a neurologist the ability to repair an injured spinal cord has been one of the holy grails. There has ...
Blood cells carry a deep evolutionary history. A new analysis suggests their earliest ancestors were macrophage-like cells ...
A new study reveals a possible way to make CAR T-cell therapy more durable and effective by targeting a single ...
The team examined several parts of pigeons' bodies, including the eyes, beak, brain, spleen, and liver.
Results from a mouse study suggest that a natural plant compound, phytic acid, shows potential to support gut barrier health, ...
Researchers developed a novel approach to treating spinal cord injuries: controllable microrobots deliver stem cells directly ...
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