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SOBEI is a biotechnology company specializing in gene therapy to treat age-related diseases. The key assumption of the company is that aging (defined as time-dependent functional decline at the cellular level) is the greatest risk factor for most human pathologies. However, it can be treated. The aging process is located at the intersection of biology, lifestyle and various externalities, leading to cell degeneration, characterized by telomere depletion, mitochondrial dysfunction, epigenetic changes, intercellular and extracellular changes, and genomic instability. These interactions further cascade metabolic dysfunction, cell aging and stem cell failure, leading to inflammation driven diseases and other chronic disease states, such as organ failure, cancer, heart disease, diabetes and dementia.
Sobei extends human healthy lifespan
through gene therapy
SOBEI extends human healthy lifespan through gene therapy
We are implementing personalized regenerative gene therapy to slow down and reverse biological aging.

The company holds a patent for a gene delivery process called adeno-associated virus (AAV).
AAV utilizes the natural ability of the virus to transmit genetic material into cells, thus serving as a carrier for carrying therapeutic genes into human cells. In addition, this biotechnology company also has a pending CMV patent, which is a gene delivery method that can support larger genetic loads due to its larger genome size and unique ability to integrate multiple genes. Therefore, CMV minimizes the number of treatments required as it can transmit more genetic information at once. In the initial animal studies, CMV treatment was believed to extend lifespan by more than 41%. It has been proved to be an effective delivery vector, and has been used as part of a variety of immunotherapies, including cancer, AIDS and malaria treatment.

The vulnerability of the elderly population is mainly due to their immune system being in a cellular aging state, where cells no longer divide and self repair; This is due to the result of telomere shortening

-It can be compared to a shoelace cap located at the end of our DNA strand
-This inevitably accompanies biological aging< br> -This damage is related to diseases such as osteoporosis, heart disease, dementia, Alzheimer's disease, and cancer< br>

Contact information

If you have any questions, please contact : info@sobeigenomics.com