Ageing affects heart health by causing mitochondrial dysfunction
Live Forever Club - 28-Oct-2024Chronic inflammation and fibrosis further damage the heart health
Join the club for FREE to access the whole archive and other member benefits.
Chronic inflammation and fibrosis further damage the heart health
New research from Texas A&M develops nanoflowers to restore cellular energy
Boosting fat loss and preserving muscle with cutting-edge mitochondrial therapy
New funding propels innovative mitophagy-inducing lead compound into clinical trials targeting Alzheimer’s and Parkinson’s
Company is developing therapies for Alzheimer's, Parkinson's, and Rett syndrome
Research underscores potential to revolutionise approach to healthy ageing
Research aims to extend lifespan and unlock new levels of human health
The discovery may improve inflammation treatment and anti-ageing interventions
It reduced blood sugar spikes and overall levels in healthy individuals
Making small changes to your lifestyle can have a significant impact on health
This discovery paves the way for potential anti-ageing therapies
Company's drug targets the root cause of diseases like Duchenne and COPD
Mitophagy-boosting drug candidate VNA-318 preps for clinical trials
Potential therapeutic approach for mitochondrial and other genetic diseases
Mitochondria targeting could lead to new treatments for age-related diseases
The test could identify drugs that reverse or slow down DNA damage and disease
Selectively inhibits problematic free radicals - potential breakthrough in treatment of chronic diseases & ageing
Explained the production and mechanisms of Urolithin A, and trial results of Timeline's Mitopure
Mitochondria dysfunction is linked to several ageing-related diseases, including neurodegeneration, so a big potential market
Targeting and eliminating mutated mtDNA by subjecting it to autophagy with rapamycin been successful
If successful in humans it would improve the outcome of many age-related diseases
Initially targeting ischemia-reperfusion injury, TMT has potential to treat multiple age-related diseases
Pretzel targets genome correction, genome expression modulation and mitochondrial quality control
Complex I production temporarily halted in quiescent oocytes, promoting fertility
Effectively communicating to investors will translate an ideology into a social benefit
Mitochondrial transplant raise energetics of the body, so it can withstand longevity treatments
Mitopure can improve mitochondrial health and counteract age-related muscle function decline
In yeast, increasing Tom70 delays ageing related mitochondrial dysfunction
Mitopure will be offered inside Nestlé Health Science products
Targeting age-related diseases, the company's pre-clinical compounds to progress to the clinic
Great to see the concept of reversing aging becoming a mainstream ambition - it hasn't always been that way!
Interactions with mitochondrial & synaptic proteins highlight targets against Tau-mediated disease
Long wavelength exposure partially restores ATP and improves eye function
Morning exposure to long wave deep red light showed 17%-20% improvement in colour vision
Experimental therapy to transfuse healthy mitochondria from multiple donors
Energy generation in living cells by programmed exosome fusion
The “bad” process of pore opening and the “good” process of UPRmt - connection revealed
Two novel compounds fuel mitochondria to maintain energy balance and lower UV damage in the skin
Mitochondrial genome used to potentially treat fatty liver and prevent obesity
Elamipritide protects your retinal cells from undergoing degeneration
Potential treatment for mitochondrial diseases & dysfunction, and extends lifespan
Breakthrough in longevity research - cellular energetics may stop or even reverse the ageing process
Lowers age-related defects of blood stem cells & make stem cell transplants more effective
Antioxidant treatment reversed mitochondrial ageing via cardiolipin in mice
Targets mitochondrial dysfunction - cosmeceuticals on its way to reverse ageing signs in humans
2.5 hours of HIIT in a week reduces mitochondrial respiration, meaning less energy for the body
Substantial mitochondrial respiratory impairment is included with excessive exercise
Mitochondrial-based therapy enters IND to tackle IPF and other fibrotic diseases
Boosting NAD+ levels improves health span and can treat age-related diseases
Trials on mitochondrial transfusion might help tackle many ageing diseases
IMTs degraded 1 in 3 cancer cell lines in vitro, and early promise in mice
Big gains in c. elegans life expectancy rarely translates to humans, but another avenue to research
Red light improved health and lifespan of fruit flies; might work on humans too
Mitochondrial damage accelerates ageing on exposure to space radiation and microgravity
Discovery of this homeostatic function just may be the first step but it looks promising
DddA able to target mitochondrial DNA (mtDNA) by splitting in half and hitching a ride
Derived from bacterial toxin - can make single base pair changes
Longer life results in less offspring - sounds like the ideal compromise to me!
Supplementation also shown to reverse ovarian ageing
Proven in mice study to be non-toxic, nor affects brain hunger cues
A discovery proven to be of help in therapeutic studies of neurodegeneration
NAD+ deficiency is for real and it happens in humans too
Research shows it could be caused by mitochondrial DNA mutations
May be a solution to ageing related mitochondrial dysfunction which leads to diseases
Still lots to discover, but SENS already looking at ways to stop it in its tracks
These are among other benefits revealing new insights into anti-aging research
Potential target for drug-based interventions to delay cellular ageing identified
Mitochondria-targeted interventions in old mice could be key to age-related diseases.
Needs to study more on NAD+ interventions in order to achieve significant benefits
Protocols were evaluated on the patients with “normal” aging heart
Mitochondria living in the blood definitely has some functions, further research needed to discover
Amutha Boominathan presented her work on MitoSENS project at Ending Age-Related Diseases 2019
Results have been replicated in cultured human cells - a new hope for life extension?
Most changes reversed when back on Earth - but what about Mars microgravity?
Tests done on animals suggest that CRMP reduces heart disease risk and animals didn't lose weight
In 2018 consumers spent $43 billion on anti-ageing products according to Orbis analysis
Interesting - metformin plus exercise did not have an additive effect
Urolithin A could help slow certain aging processes, improve the functioning of mitochondria
Reduces length of telomeres and alters mitochondrial DNA levels in cells
3 compounds designed to deliver minute amounts of hydrogen to mitochondria inhibit cellular aging
Procedure transplants mitochondria into infant’s muscle cells to prevent heart disease
Aortic stiffness was lower in participants with elevated baseline levels.
Will be successful than drugs targeting specific aspects of Alzheimer's
Mitochondria are primarily responsible for generating chemical energy stores.
Diseases like Alzheimer’s are the result of the loss of proteostasis.
DNA sequences between mitochondria inside a single cell are vastly different.
R&D phase in SENS repair approach has shown promising results
Recent research has shown that high-intensity interval training (HIIT) may actually reduce and reverse longterm damage done to mitochondria—the powerhouse of the cell.
As people age, their mitochondria often become damaged - damaging the cells where any build-up occurs.
We are at an inflection point for the treatment of aging.
Hundreds to thousands of mitochondria per cell each carrying its own mtDNA.
Raising short-lived species on a low dosage of heavy water appears to modestly slow aging.
EPFL researchers restore ability of mice organs to regenerate – also extending life.
Probably only 1 of many aging factors at cellular level – but every little helps as reducing aging a little buys a few more years for science to reduce it even more.
CR changes near everything in the operation of metabolism and slows near every measure of aging making it difficult to figure out chains of cause and effect.