In 2004, the Nobel Prize in Chemistry recognized a ground breaking discovery in cellular biology. This discovery unveiled the cell's ability to regulate specific proteins and mark unwanted ones for degradation and clean up. These "Waste Disposers" are responsible for breaking down and eliminating misfolded proteins. Accumulation of misfolded proteins is associated with various diseases, including age-related conditions. Promising research has explored the potential for cellular rejuvenation and damage clean up through this system, yielding positive results. Despite this breakthrough, concrete steps towards translating this discovery into effective, safe, and affordable therapies have been limited.
Our mission is to counter the build up of damaging misfolded proteins in the cells, tissues and organs.
Longevity SIA addresses age-related issues by targeting proteostasis disruption
The market potential for novel therapies benefiting from our concentration approach is substantial, capturing the interest of cosmetic companies
We enhance the proteasome’s production and efficiency to clear these harmful proteins.
Our experiments employ human skin fibroblasts for precise modelling and positive results of misfolded protein reduction.
Our research and approach determines ideal ingredient concentration and delivery methods.
Rigorous testing of natural compounds and small molecules, guided by peer-reviewed articles, offers a novel solution for age-related diseases.
The market potential for novel therapies benefiting from our concentration approach is substantial, capturing the interest of pharmaceutical companies.
