Meet your neuroendocrine system

Your neuroendocrine system has been quietly working your entire life to keep your body young and healthy. This system is a wondrously integrated network of nerves, glands and—most importantly—hormones. Hormones are chemical messengers that are sent to every part of your body to regulate functions. When your hormones are in balance, you age less rapidly.

All hormones function in unison.

The seamless integration of hormones, nerves and glands means that a breakdown in any part of the neuroendocrine system will trigger a second breakdown, then a third, and so on. The most common breakdown is when the hypothalamus loses sensitivity to nerve signals. What is the hypothalamus? It’s a small gland located in the bottom portion of your brain. It’s called the “master gland” because it regulates most body functions. It controls these functions by receiving and sending signals.

Organs and tissues require hormones for sustenance and growth.

They send out signals asking for these hormones when they’re needed. When a signal is received by the hypothalamus, it instructs particular glands to release specific hormones. Once the tissue or organ receives enough hormones, it sends a “stop” signal to the hypothalamus, which instructs the gland to stop releasing hormones. But with age, the hypothalamus loses sensitivity. This inability to “read” incoming signals eventually disrupts communication between the nervous system and the hormonal system.

A sensitive problem.

As the hypothalamus loses sensitivity and receives fewer signals, it sends out fewer messages for hormone production. In turn, glands like the thyroid gland, adrenal glands, thymus, pancreas, testes and ovaries produce smaller amounts of hormones. Soon, the body loses hormone balance. This is followed by disruption of internal functions. Over time, glands deteriorate and disease develops. This is also the typical scenario that leads to menopause; a condition caused by age-related hormone imbalance.

Reversing the symptoms of aging.

Early research by Dr. Vladimir Dilman showed that normalizing the hypothalamus signal pathway successfully reversed the symptoms of menopause and aging. Dr. Dilman and internationally acclaimed scientists, Dr. Kondrashova and Dr. Anisimov, were able to successfully restore hypothalamic sensitivity and reverse menopause in aging rats by administering a succinate-based mixture. This mixture was an early prototype of Amberen. Dr. Dilman and his team chose menopause as a research model because it presented an ideal condition for studying the link between hormones, aging and diseases. (Publication: V.M.Dilman et al. The effect of amber succinic) and glutamic acids on the sensitivity of hypothalamo-gonadotropic system in old rats. Pharmacology and Toxicol., Moscow. 1976, 3, 540,)

Similar results were demonstrated in a 2003 animal study using the current Amberen compound. (Publication: SUCCINATE-BASED COMPOSITION REVERSES MENOPAUSAL SYMPTOMS WITHOUT SEX HORMONE REPLACEMENT THERAPY E. I. Maevsky1, A. B. Peskov2, M. L. Uchitel1, A. G. Pogorelov1, N. Yu. Saharova1, E. F. Vihlyantseva1, L. A. Bogdanova1, M. N. Kondrashova. Adv. Gerontol. 2008. Vol. 21, No. 2. P. 298—305

As the study below confirms, our Natural Activation technology worked in the early 70s and it works now because it inhibits the two main causes of aging: loss of hypothalamus signal sensitivity and loss of mitochondria energy production. By rejuvenating neuroendocrine and mitochondria function, NAS starts a cascade of positive reactions that reverse the debilitating effects of age and hormone imbalance.