Muscle strength linked to longer life for people aged 90 and above
Live Forever Club - 25-Oct-2024Even small improvements in strength can have significant health benefits
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Even small improvements in strength can have significant health benefits
New technology aims to improve diagnosis speed and accuracy in busy emergency departments
Findings offer hope for future therapies targeting sarcopenia and muscle loss
Safety of rapamycin looks good and lean muscle mass among biomarkers trending towards improvement
75% of participants experienced clinical improvement in both pain and function
Funding will primarily be used to advance therapies focused on muscle growth
But, senolytic therapy may not be a universal solution for age-related bone loss
Initial trials show promising results with improved symptoms and reduced waiting
Findings hint at potential breakthroughs in muscle therapy
Nanosilicates shown to provide safer, more precise tissue regeneration than current methods
Experimental stem cell therapy offers hope for spinal cord injury patients
Research opens doors for future interventions to prevent muscle loss
Phase 1b trial shows RJx-01's ability to improve muscle strength, function, and fatigue resistance
Single dose injection targets root causes, offering long-term relief & improved quality of life
Making small changes to your lifestyle can have a significant impact on health
It improved muscles and slowed down the disease in animals
The potential for human trials starting by 2025 suggests rapid progress
SIRT6 activation may be a potential therapeutic target for osteoarthritis
Offering hope for individuals with significant muscle damage
Modest calorie reduction can activate genes for healthy ageing
Liesel the gorilla is now walking again after receiving Stem CellX treatment
Ageing and obesity are key drivers of the rise in cases
Well-balanced diet with plenty of protein and key nutrients could reduce risk of bone fractures
Study results offer insights on future drug discovery for disease related to muscle ageing
Improvements seen in muscle size and collagen deposits in older people with atrophy
Combination of factors that rejuvenate stem cells holds promise for aging and muscle-wasting diseases
Novel molecules enhance bone regeneration in mice by 50%, paving the way for treatments for bone fractures and related conditions
Senescent cells have become one of the most promising targets for healthy aging research
Higher levels of glutathione better at muscle repair while low levels of the same are bad at it
MSCExos shown to improve osteoporosis by promoting osteoclast cell proliferation and formation of blood vessels
Caution advised in prescribing to elderly without heart risks
Sarcopenia drug trial shows no evidence of toxicity or safety issues
Mitopure can improve mitochondrial health and counteract age-related muscle function decline
SARA-INT Phase 2 study and SARA Phase 3 study milestones in developing sarconeos
A breakthrough technique to print complex tissues that can be stored for later use
New class of senotherapeutic drugs that could possibly target various diseases and ageing
Dasatinib plus quercetin slow down muscle regeneration in young mice
Potential oral treatment to prevent sarcopenia and frailty, and extend healthy lifespan
An injection of extracellular vesicles improve muscle regeneration
Thin, wireless, battery-free and multimodal musculoskeletal biointerfaces
Dasatinib and quercetin combo preserves spinal discs to target age-related back pain
NANOG targets multiple ageing mechanisms - insights may help develop new therapies for age-related disorders
Neuromuscular junction: A potential therapeutic target in neuromuscular injury
Tendons regain their original healthy condition within 2 months of therapy in sheep
Treating with BMP2 and Csf1 antagonist in mice restored youthfulness to the aged skeletal system
Senolytics for cartilage and bone regeneration in jaw joints, proven effective in mice
Too early to tell whether off-patent drug's effects in fruit flies will be seen in humans
Peripheral nerve repair could benefit 3 million patients every year
DHE slowed senescence in intervertebral discs of mice; but its use in anti-aging is still questionable
Vibration treatment eliminates senescence of bone cells - may not be applicable to other tissues
Potential future treatment strategy to prevent sarcopenia when supplemented at a young age
Long-term use of this supplement boosts NAD+ levels, lowering the risk of osteoporosis in mice
Givinostat induces stem cells to produce muscle making cells - promising therapy for age-related muscle loss
Electrically conductive, flexible hydrogels to open the door for wearable electronics and soft robots
Highlights the diagnostic accuracy of musculoskeletal diseases using AI processed medical imaging
Becomes most expensive drug ever approved for the NHS - but no lifetime costs
Accelerates clinical trial plans for its lead candidate Rlx-01 targeting age-related muscle failure
Engineered cells produce anti-inflammatory drug that helps reduce stress-related cartilage damage
Hybrid constructs help regrow muscle tissue forming new blood vessels in mice
Macrophages and stem cell interaction promotes muscle repair in zebrafish and mice models
Ceramic ink printing synthetic bones offers future scope for handheld printers
Drugs boosting NAD+ target toxic proteins by turning on the mitochondrial function
Animal model studies that help in better understanding musculoskeletal ageing
Novel approach with gold nanocatalyst technology to reverse neurodegenerative disease
Blocking it improved muscle strength & function while endurance was also boosted in mice
AKG with antiaging benefits is now proved to counter osteoporosis in rodents
Vegans are at higher risk of broken bones when compared to people who eat meat
Researchers found an advancement in healing muscles with glutamine
Cartilage maps along with machine learning algorithms predict arthritic cases
Drug shows repaired coating around nerves but side effects prevent its use
We can probably take space holidays without worrying about muscle wasting in future
A single injection could treat motor diseases of the aged but needs more human studies
Will help trauma patients recover faster and better from nerve injuries
Disappointing first result - but lessons learnt and plenty of other strategies available
Principle tested and a success in mice and humans, to ease arthritis in the future
Exercising regularly increases this hormone and benefits muscle and brain
Confirmed in murine and human cell study, findings can aid development of new treatments
Chernajovsky Foundation with BSRA funds for PEPITEM molecule to treat fractures
A different perspective for preventing age-related bone loss that affects many
Raises hope to end the extensive physical and psychological suffering the condition brings
This new approach doubled muscle mass in mice, reduced its fat
Findings can lead future treatments for age-related conditions caused by inflammaging
How long will it take until this can be applied to human cells inside the body?
Bioprinter was successfully tested on mice, significant muscle hypertrophy was recorded
Bridging long nerve gaps from injuries; soon to enter human trials in 2021
Initial results must be promising to enrol more patients at highest dosage
The company is going to test a new Senolytic drug in human trials
Researchers used local clearance of senescent cells (in mice) to reduce the development of post-traumatic osteoarthritis and encourage tissue regeneration.