News

Researchers used mice to develop a mathematical model of heart attacks. This model is able to predict several new drug combinations effective for use after a heart attack that may one day help treat patients.

Researchers have identified the mechanism by which active inflammation occurs in parallel with immunosuppression in the tumor microenvironment.

A "molecular zipper" that forms microtubules in photoreceptor cells could provide a new drug target for retinitis pigmentosa, the most common hereditary retinal disease in people.

A new study using mouse models shows that blocking and targeting the protein PERK in smooth muscle cells can decrease the buildup of atherosclerotic plaque by as much as 80%.

A new study finds that a unique combination drug strategy could activate natural killer cells to reinvigorate T cells to attack melanoma tumors.

A new technique to analyze biomolecules has been developed and could enable promising drug candidates to be identified at an earlier stage in the drug development pipeline.

Researchers have invented a material that may have a major impact in the development of biomedicines and pave the way for the development of electronic pills and drug implants.

Androgen deprivation therapy is an effective prostate cancer treatment, but most patients eventually become resistant. Now, researchers have discovered a mechanism that causes resistance and identified treatments that could overcome it.

Prostate cancer researchers have been working on a less-invasive therapy known as high-intensity focused ultrasound. Now, a clinical trial has demonstrated this method can control the disease with fewer side effects.

A newly published study reveals a potential new way to treat chronic pain using anti-cancer drugs rather than opioid-based pain medication.