This safer, non-surgical treatment for diabetic limb ischemia could help patients with severe blood flow complications.
Click chemistry makes “switchable” drug carriers that minimize side effects
Scientists develop new drug delivery system that targets tumors then exists the body using “switchable” chemistry.
AI and robotics join forces to revamp how medications are made
Scientists are speeding up drug formulation to breath new life into old medications and reduce risk of clinical trial failure.
Nanomotors may help arthritis medications get to joints
Injected arthritic drugs often get stuck in the sticky synovial fluid found between the joints, but tiny nanomotors may help liberate them.
Cellular architects “build their own houses”
Scientists have created biological structures that when left alone, self-assemble into materials that resemble living tissue.
No more needles, an oral insulin medication could be on the horizon
A self-assembling helix formed from nateglinide, a complementary diabetes treatment, provides a protective coating that could open the door to an oral insulin medication.
Repairing broken circuits in the brain could help treat Parkinson’s disease
Scientists delve into how repairing dysfunctional brain circuits in Parkinson’s can offer another path forward for new treatment strategies.
Artificial muscle noninvasively promotes insulin production
A membrane embedded with magnetic microdisks mechanically stimulates pancreatic cells to produce insulin, which could help treat diabetes.
Making long-term microneedle therapies safer
Researchers demonstrate a technique for reliably coating microneedles with antibacterial agents
Unlocking personalized leukemia therapy using epigenetic biomarkers
A specific epigenetic signature in patients who respond to chemotherapy offers potential to improve treatment.