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20216 results for "muscle research"
Chinese researchers developed muscle grafts that can be injected under the skin and contract 24/7, mimicking exercise benefits. The breakthrough could help bedridden patients and those with muscle loss conditions regain strength without moving.
Japanese researchers have discovered a sulfur compound that supercharges the body's natural muscle repair system, potentially helping older adults maintain strength and independence. The breakthrough could transform how we address age-related muscle loss.
Researchers successfully reversed muscle aging in old mice by removing stem cells, rejuvenating them, and putting them back. The breakthrough could one day help elderly people regain muscle strength and heal faster from injuries.
Researchers at Emory University discovered that muscle cells repair themselves in a way scientists thought impossible, solving a puzzle that's stumped experts for decades. The breakthrough could lead to better treatments for heart failure and other muscle diseases.
Researchers at UC Irvine discovered how muscle stem cells pause and redirect energy to repair damage before rebuilding, a breakthrough that could help combat muscle loss from aging, injury, and weight-loss drugs. The finding reveals a precise metabolic timing mechanism that might be influenced to speed recovery.
Researchers in Japan have discovered a sulfur compound that supercharges the body's natural muscle repair system, making it twice as powerful. The breakthrough could help millions maintain strength and independence as they age.
New research challenges concerns that popular GLP-1 medications like Wegovy and Zepbound cause excessive muscle loss. The findings offer reassurance to millions considering or using these breakthrough weight-loss treatments.
Researchers at Oregon State University developed a new therapy that fights lung cancer tumors while preventing deadly muscle wasting in a single treatment. Early results in mice show the approach works 2.5 times better than standard treatments without harmful side effects.
Researchers discovered why muscles weaken with age and confirmed that exercise literally rewinds the process at a molecular level. The breakthrough could help millions maintain independence longer and aid those unable to exercise.
Researchers discovered why millions quit life-saving cholesterol drugs due to muscle pain. The breakthrough could lead to safer statins that protect hearts without hurting muscles.
Leading autism researchers and advocates formed a new independent committee to guide autism research priorities and counter recent federal changes. The group aims to unite the autism community and protect evidence-based research as funding reaches $568 million annually.
Scientists have developed a diabetes pill that increases fat burning through muscle metabolism rather than suppressing appetite, avoiding common side effects like muscle loss. The tablet-based treatment showed promising results in early trials with 73 participants.
A Yale scientist is discovering why some patients with myasthenia gravis don't improve with standard treatments, opening doors to personalized therapies. Her groundbreaking work could help doctors match the right medicine to each patient's unique disease pattern.
A scientist who revolutionized protein research is now tackling science's reproducibility crisis with AI. His new approach could help researchers separate reliable studies from questionable ones, speeding up cures for diseases like Alzheimer's.
Scientists now have access to an AI tool that filters through 150 years of research data to deliver trustworthy answers in seconds. CAS Newton helps researchers move from question to verified answer without drowning in information overload.
A new AI system from China's Zhejiang University just claimed the top spot on an international test for autonomous scientific research, beating out major competitors. The breakthrough shows how AI is getting better at thinking through complex research problems independently.
When US funding cuts threatened to collapse decades of life-saving health research in South Africa, the country fought back with a $32 million rescue package. Now 59 critical HIV and tuberculosis research projects are moving forward.
Billions in private donations are accelerating life-saving medical discoveries that might otherwise take decades or never happen. From cancer treatments to brain disease research, philanthropic funding is helping researchers pursue bold ideas with the flexibility government grants can't provide.
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After nearly 18 months of halted funding that threatened decades of HIV and TB research, the US National Institutes of Health has reversed its ban on South Africa. The decision restores hope for global health progress and hundreds of research jobs.
South Korea is creating a new research movement to produce globally recognized scientists like Jane Goodall by focusing on uniquely Korean topics. The K-Science initiative aims to blend the nation's culture, history, and environment with cutting-edge research.
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