How manipulating electron flow through cells’ mitochondria could help enhance immunotherapy.
How manipulating electron flow through cells’ mitochondria could help enhance immunotherapy.
Scientists explore whether macrophages — key players in trauma repair — can sense and respond to damage caused by a heart attack.
This nanoparticle cancer therapy hijacks biological processes to target cancer cells and destroy them with self-assembling components.
With more research, there is a potential for vaccines to have both adaptive and trained immunity to fight different diseases.
To power next generation chip based medical implants, power sources need to be miniscule and perpetual.
An extensive library of over one million cells could pave the way for new and repurposed treatments for a number of autoimmune diseases.
Nerve cells are difficult to study in cultures as conventional experiments don’t allow natural growth, but a new platform aims to change this.
A natural chemical tether helps researchers attach cells to inert biomaterials for better cell models and therapies.
By using the advantage of hybrid nanomaterials, researchers may have unlocked a new pharmacological route for treating degenerative diseases.
DNA robots built to transverse fluidic cell membranes and control cell function for future regenerative and cell-based therapies.