Recording brain activity as patients are anesthetized for surgery, researchers identify a pattern that may signal loss of consciousness.
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Understanding the mechanism of a classic tuberculosis treatment could refine future strategies for TB drug development.
Researchers implant a glass pane in the abdominal walls of living mice to watch cancer cells metastasize to the liver.
Viral vectors used to carry transcription factors that de-differentiate cells into a stem-cell-like state are themselves a key factor in efficient reprogramming.
Swapping chromosomes from one human egg to another could eliminate mitochondrial DNA mutations that cause disease.
Bees, sheep, and chimps are just a few of the animals known to self-medicate. Can they teach us about maintaining our own health?
John B. Gurdon and Shinya Yamanaka win this year’s Nobel Prize in Medicine for learning how to reboot cellular development.
Brain cells called pericytes can be reprogrammed into neurons with just two proteins, pointing to a novel way to treat neurodegenerative disorders.
Researchers show that nanowire-based biosensors can collect and detect proteins in one chip.
Many vaccines are on the market for various serogroups of meningococcal disease, but a solution to provide broad protection against MenB remains elusive.
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