The oncodarwinian hypothesis proposes that cancer may function as a self-replicating immune process that AIand three-dimensional printing could help reprogram for better control.

Researchers engineer a system where bacteria carry viruses into tumors, evading immune defenses to kill cancer cells while preventing spread to healthy tissue.

Could enable new advanced brain-machine interfaces

Two doses of cell-derived vesicles ease chronic inflammation and restore cognitive function in preclinical tests.

"We are looking at aging through a different lens, bringing more information to the table."— Computational Biologist Dr. Sara Ahadi

Stanford’s SENSBIT system monitors drugs in blood for a week, helping detect diseases early and improve treatments.

Stanford researchers develop a method to deliver RNA to specific neuron parts, aiding repair and growth in neurological disorders.

Scripps Research also developing treatments and vaccines using AI

New biohybrid system supplies oxygen to keep engineered cells active and delivering steady therapies inside the body.

Polymer-coated nanoparticles target tumors, release drugs, and avoid chemo side effects, showing promise for cancer treatment.