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As we age, our organs tend to undergo degeneration and reduction of functions. This is a common biological process and results in aging. One of the potential benefits of HGH is its ability to restore organs. Clinical studies have suggested that HGH aids in the restoration of the kidney, liver, bones and the heart. In an era, where organ transplant is increasingly expensive and is regulated to avoid unethical practices, the use of HGH has been found to provide a potential benefit to the user.
Research studies indicating the role of HGH in organ replacement
In a study conducted by Japanese scientists, on rats, in the 1990s, it was observed that HGH helped restore and regenerate the mandible. The study reiterated findings made by pervious studies, which indicated the potential role of HGH in wound healing and bone fracture healing, attributed to the ability of HGH to promote albumin anabolism.
The study found that, firstly, the Growth hormone resulted in the maxillary expansion and growth of several osetoblasts, fibroblasts and collagen fibres along with blood vessels. Secondly, it was observed that the Growth hormone hastened the formation of the new bone. Further, it was found that the arrangement of collegen fibres in rats treated with HGH, was more regularized than rats not treated with HGH, indicating a more defined process of bone restoration.
In another study, published in the Nephrology Dialysis Transplant Journal in the 1999, it was found that IGF-1 (insulin like growth factor-1), a factor released in the liver after the stimulation by the Human Growth Hormone, played a critical role in renal organogenesis. It substantiated the clinical evidence that HGH is helpful for patients suffering from acute renal failure and accelerates recovery. The study demonstrated the feasibility of using IGF-1 (via the growth hormone therapy) to promote the development of kidney in patients requiring organ transplants. This study laid down the foundation for more research into the role of IGF-1 in treating patients with renal disorders.
In a relatively more recent study conducted in 2008, published in the Chinese Medical Journal, it was observed that, HGH stimulates angiogenesis (i.e. multiplication of cardiac cells) in rats. The findings of the study demonstrated the ability of HGH to induce growth and multiplication of cardiac cells and had a potential action in reversing apoptosis of cardiac cell (i.e. a process of programmed cell death). The study emphasized that the use of Growth hormone is an effective strategy in improving ventricular functions of the heart after an infarction. Though, most of the studies have been conducted on animal specimens, there is no denying the fact, that the role of HGH in organ restoration is immense and can be used in humans.
How does HGH promote organ restoration?
One of the chief roles of HGH is to stimulate the production of new cells, while increasing the size and capacity of existing cells in the body. HGH stimulates the production of IGF-1, which in turn promotes protein synthesis in the cells, causing them to grow in size and multiply. This role of HGH is applicable for all the organs of the body including cardiac muscles, bones, kidney cells and glomeruli, and liver cells.
In present times, when the availability of organs for organ transplants is difficult, the use of HGH therapy to reinstate the ability of damaged tissue to perform its functions and the ability to promote growth of this tissue is of great benefit. Furthermore, the capacity of HGH to reverse the process of apoptosis (i.e. programmed cellular death), which is inevitable as we age, also adds to the potential benefit of the therapy to promote organ restoration.