WELCOME TO GERES DENGLE!

Thank you for visiting our site. We offer select nutrition supplement products from the finest sources world wide. Our finished products provide what you would expect from a quality supplement, including exceptional value. We hope you enjoy your visit to our site!

FREE SHIPPING on orders of $75 or more (for standard shipping in USA).

News

Sulforaphane and Prostate Cancer - the role of Non-Coding RNA

April 09, 2017

New biomarkers have been identified that may help in the early diagnosis and treatment of prostate and urological cancers.  Long non-coding RNA (Ribonucleic Acid), a form of RNA not involved in cellular protein encoding, are altered in these cancers.(1,2) Expression of long non-coding RNA is believed to play a significant role in the initiation and progression of prostate cancer. Sulforaphane has been found to inhibit the expression of  non-coding RNA associated with prostate cancer. Researchers conclude that sulforaphane may prevent and suppress prostate cancer by the inhibition of key non-coding forms of RNA. (3)    XGEVITY (contains Glucoraphanin - Sulforaphane precursor) AIR VITALITY (contains Glucoraphanin - Sulforaphane precursor)     REFERENCES: (1)  Martens-Uzunova ES, et al. Long noncoding RNA in...

Continue Reading →

Brown Adipose Tissue - Obesity Benefits of Glucoraphanin and Pterostilbene

March 27, 2017

Energy generation from brown adipose tissue (thermogenesis) is important for maintaining longevity, reducing obesity and supporting energy homeostasis. Brown adipose tissue (BAT) is central to physiological energy homeostasis. Enhancing brown adipose tissue reduces obesity, diabetes, insulin resistance and non-alcoholic fatty liver.. BAT dissipates energy in the form of heat through increased theromgenesis.(1) Browning of white adipose tissue, which converts characteristics of white adipose tissue to brown adipose tissue, increases expression of the thermogenic mitochondrial protein UCP-1. The uncoupling protein 1 (UCP-1) is a potent protein which shifts energy from ATP to heat. Greater amounts of brown adipose tissue and the thermogenic capacity of the tissue are indicative of youth. With age, brown adipose tissue is decreased, while white adipose tissue...

Continue Reading →

Electronic Technology - Eye Protection from Blue Light - Role of Lutein Mesozeaxanthin & Zeaxanthin

February 12, 2017

Blue Light from Electronic Technology. Eye Damaging? That is the concern. Everywhere we are constantly exposed to electronic sources of blue light, including smart phones, computer displays, LED and OLED televisions and car lights. While the light emitted from a smartphone is thought to be in the visible spectrum, there is a very high amount of short wave blue light that is also emitted. LED from cars lights, especially at night, may also pose a problem for the retina. Since we are living longer and are exposed continuously to LED lights, there is real danger the retina may be irrevocably harmed. Natural sunlight (blue light) also causes light-induced damage to the retina, but are less intense than blue light emissions...

Continue Reading →

Mitophagy - Maintaining Mitochondria & Stem Cell Renewal for Regenerative Longevity

January 29, 2017

MITOPHAGY AND  LONGEVITY Cellular homeostasis, which significantly includes mitochondria function, is critical for longevity. Mitochondria are the energy powerhouses of the cell and are essential cellular elements for health and longevity. As part of aging, the mitochondria accumulate damage which decreases cellular vitality while increasing dysfunction. Mitophagy is the ability to clean the cell of damaged mitochondria which, if left to accumulate, would cause irreversible loss of cellular energy. Dysfunctional mitochondria can lead to cellular death, degenerative diseases and shorten the lifespan. Mitophagy is essential for longevity. Higher activity levels of  mitophagy in the cell has been linked to significant increases in longevity in research animals. Improved aging and extended longevity is correlated with a proper balance of mitochondria biogenesis...

Continue Reading →