Research in mice shows that exercise mobilizes inflammation-countering T cells, lowering levels of interferon — a key driver of chronic inflammation, inflammatory diseases, and aging.

Controlling inflammation enables injured aged muscle recovery, offering promise for the future of mechanotherapies.

Researchers have found that “brain water” can exit through tiny channels to reach the skull’s bone marrow, which can detect infection or injury.

Researchers have identified a subset of neurons that must be present for acupuncture to trigger an anti-inflammatory response.

Using a controlled massage system, researchers found that treatment led to greater repair and strength recovery in mice.

Researchers at Harvard have designed new, highly selective tools that can add or remove sugars from a protein with no off-target effects, to examine exactly what the sugars are doing and engineer them into new treatments for “undruggable” proteins.

Researchers prove they can engineer proteins to find new targets with high selectivity, a critical advance toward potential new treatments to help neuroregeneration, cytokine storm.

Researchers have found that a targeted therapy with tocilizumab reduced mortality by 30 percent for critically ill COVID-19 patients when administered within the first two days of ICU admission.

A Harvard Chan School study has found a link between optimism and hypertension, describing the positive force as having a “protective effect” on individuals, including those in combat.