It’s time for a Breakthrough
We provide cutting edge research compounds to promote Research into healthy longevity.
We believe life is better when you are healthy.
Because of this reason, we want to make research into these chemicals that hold promise of one day being used in clinical studies on global rejuvenation. Boasting 5 years of experience in the research space, we founded Breakthrough Biolabs with the ambitious goal of joining the future of medical research, because contributing to research that keeps people vital and healthy throughout their entire life is our goal. We believe much can be done right now to research healthspan extension. Join the revolution and start your research today.
Breakthrough Biolabs provides compounds solely for research & lab purposes. Our products are not intended for human use. Breakthrough Biolabs LLC exists to service the research community in developing new knowledge in regenerative biology. Please make sure any product is purchased solely for it’s intended use.
Your online store for all research needs
Our labs are working on delivering top value research products around the clock.
Sale! Out of stockResearch Material
Proxofim – FOXO4-Dri / FOXO4 D-Retro-Inverso(DRI) peptide. TFA PURIFIED. CONTACT US IF PRODUCT IS OUT OF STOCK.$72.00 – $995.00 Select options
Breakthrough Biolabs offers the highest purity FOXO4-Dri for research purposes. FOXO4-Dri is a breakthrough senolytic peptide molecule that has been shown to remove aged and junk cells that lie at the fundament of the ageing process, protect against cell damage and minimizes harmful effects of the aging process in mice.
For years, researchers have sought a way to counteract the damaging effects of the aging process and maximize human performance. Now, the FOX04 peptide has brought those possibilities into reality.
In mice, senescent (or elderly, “junk”) cells build up in tissues, where they contribute to illnesses such as heart disease, cancer, arthritis, organ failure, diabetes, and other chronic and terminal disease. Over time, this over-accumulation of junk cells will continue to degrade mental and physical performance, until the model animal loses its ability to function on its own. Based on this preclinical research, we believe further research is needed on senolytic compounds.
In experiments with mice bred to age twice as fast as normal, FOXO4 boosted the density of their fur, reversed kidney damage, and increased the amount of time they could spend in a running wheel, with similar results allegedly being reported in small-scale, preclinical human studies. Further research on FOXO4-Dri is required.