Breakthrough Gene Therapies May Help Humans Live Longer, Healthier Lives

Geriatric Medicine, Genetics, and Endocrinology are tightly wound disciplines at the forefront of advancing medical science and technology. One of the long-term goals of these disciplines is Anti-Aging. As we learn more about the processes that induce aging, we can develop strategies to overcome those processes, thus increasing the quality of life and length of life at the same time.

Aging is a complex set of circumstances that we're just beginning to really understand, but we do know that it occurs all the way down to a cellular level. Cellular Senescence is a term that describes the end-of-life stage of a cell where its growth permanently ceases.

This physiological end-point is determined by a combination of inherited factors. Some of these factors are genetically baked in from birth. Others are activated by lifestyle, circumstance, or other environmental causes. The scientific field that studies how these on-off switches are flipped is known as Epigenetics.

Few Studies Explore Epigenetic Treatments to Slow Down Aging

While we do understand a handful of these genes and have hypotheses regarding how they impact aging, there is still a tremendous amount of information left to be revealed. In spite of this growing knowledge, there is minimal research going into the development of treatments that can help promote longevity and health via epigenetic intervention.

Most current research involving epigenetic life-extension is conducted in animal laboratories. A collaboration of Chinese medical research facilities recently released data from a recent study designed to gather information regarding how animals and humans regulate aging at the cellular level.

Part of this research involves the Beijing Institute of Genomics, which is hunting for genes that encourage cellular senescence in humans. The institute is exploring the human genome with CRISPR/Cas9. By finding these genes, we can study them further to identify new potential therapies to overcome health issues related to aging.

Utilizing stem cells that experienced premature aging, they found 100+ genes that appeared to relate to senescence. They narrowed that list down to a hypothesized top 50 genes most likely to affect aging, then flipped the genetic switch using targeted sgRNAs.

KAT7 Overactivity Detrimental to Cellular Rejuvenation

One of the most notable of those 50 genes was KAT7. Lower KAT7 activity was correlated with controlled cellular senescence, but excessive activity inhibited cellular development. By inactivating KAT7, stem cells experienced rejuvenation, relieving them of their stasis.

The body of research thus far has shown that inflammation and senescence of organ/tissue cells lead to an increased incidence of age-related conditions and perceived aging. In animal research, the removal of senescent cells helps prevent the degeneration of tissues and has a positive impact on the lifespan of good health.

This new study provides evidence that the injection of serum to mitigate KAT7 activity improved the inflammatory profile in older mice and led to lower levels of cellular senescence in the liver.

Based on these results, inhibiting the activity of a single problematic gene may be enough to improve health and extend the lifespan, at least in mice. When this same intervention was applied to stem cells, it led to relatable results.

This study adds another prominent member to the list of genes that inhibit cellular rejuvenation and also provides the groundwork for taking advantage of the use of genetic manipulation to help humans live longer and healthier lives.

Reference: "A genome-wide CRISPR-base screen identifies KAT7 as a driver of cellular senescence" was published online in Science Translational Medicine on Jan. 6, 2021.

Contact Us For HGH And Sermorelin Injection Treatment

Name (*)
Email (*)
Phone (*)
Select A Program (*)	HGH TherapyHGH InjectionsTestosterone InjectionsCo-Created ProgramTestosterone TherapyAt Home HRT ProgramSermorelin InjectionsIpamorelinPeptidesWeight ManagementHuman Growth HormoneShort Height TherapyGender DysmorphiaHormone TreatmentBlood PanelTesamorelinOther
Select US State (*)	U.S.A.AlabamaAlaskaArizonaArkansasCaliforniaCanadaColoradoConnecticutDelawareFloridaGeorgiaHawaiiIdahoIllinoisIndianaIowaKansasKentuckyLouisianaMaineMarylandMassachusettsMichiganMinnesotaMississippiMissouriMontanaNebraskaNevadaNew HampshireNew JerseyNew MexicoNew YorkNorth CarolinaNorth DakotaOhioOklahomaOregonPennsylvaniaPuerto RicoRhode IslandSouth CarolinaSouth DakotaTennesseeTexasUtahU.S. Virgin IslandsVermontVirginiaWashingtonWashington,DCWest VirginiaWisconsinWyomingCanada
Select Age (30+ only)	Over 2930313233343536373839404142434445464748495051525354555657585960616263646566676869707172737475+

List of USA state clinics - click a flag below for blood testing clinics.

Alabama Hormone Blood Analysis	Alaska Hormone Blood Analysis
Arizona Hormone Blood Analysis	Arkansas Hormone Blood Analysis
California Hormone Blood Analysis	Colorado Hormone Blood Analysis
Connecticut Hormone Blood Analysis	Delaware Hormone Blood Analysis
Florida Hormone Blood Analysis	Georgia Hormone Blood Analysis
Hawaii Hormone Blood Analysis	Idaho Hormone Blood Analysis
Illinois Hormone Blood Analysis	Indiana Hormone Blood Analysis
Iowa Hormone Blood Analysis	Kansas Hormone Blood Analysis
Kentucky Hormone Blood Analysis	Louisiana Hormone Blood Analysis
Maine Hormone Blood Analysis	Maryland Hormone Blood Analysis
Massachusetts Hormone Blood Analysis	Michigan Hormone Blood Analysis
Minnesota Hormone Blood Analysis	Mississippi Hormone Blood Analysis
Missouri Hormone Blood Analysis	Montana Hormone Blood Analysis
Nebraska Hormone Blood Analysis	Nevada Hormone Blood Analysis
New Hampshire Hormone Blood Analysis	New Jersey Hormone Blood Analysis
New Mexico Hormone Blood Analysis	New York Hormone Blood Analysis
North Carolina Hormone Blood Analysis	North Dakota Hormone Blood Analysis
Ohio Hormone Blood Analysis	Oklahoma Hormone Blood Analysis
Oregon Hormone Blood Analysis	Pennsylvania Hormone Blood Analysis
Rhode Island Hormone Blood Analysis	South Carolina Hormone Blood Analysis
South Dakota Hormone Blood Analysis	Tennessee Hormone Blood Analysis
Texas Hormone Blood Analysis	Utah Hormone Blood Analysis
Vermont Hormone Blood Analysis	Virginia Hormone Blood Analysis
Washington Hormone Blood Analysis	Washington, D.C. Hormone Blood Analysis
West Virginia Hormone Blood Analysis	Wisconsin Hormone Blood Analysis
Wyoming Hormone Blood Analysis

Word Count: 590