Peptide therapy, sometimes called peptide therapy, is a natural therapy technique that promotes cellular regeneration. Peptides consist of multiple long amino acid chains, which are composed of carbon. They can attach easily to receptor sites on the outer surface of cells, and this enables them to deliver specialized messages to cells. The ability of peptides to interact with receptors and produce effect results in a natural healing process and the stimulation of cell growth.
The goal of peptide therapy is to stimulate the production of thymus tissue, which is involved in immunity. They also stimulate production of lymphoid tissue and help restore damaged cells to a healthy state. When a patient uses this treatment method, it usually takes six to eight weeks before significant progress is seen.
Some patients may require more potent peptide therapy than others, so it’s important to work closely with a qualified professional to achieve the best results. A good example is a patient who has suffered a severe sunburn. The skin has lost most of its pigment, and the only areas that remain have pale, transparent surfaces. In this case, the burn specialist may suggest the patient take a course of selenium sulfide peptides, which is an active melanotan II agonist. It has been shown to improve elasticity and coloration in the treated skin, and it has even been approved by the FDA for benign keratosis pilaris.
Other conditions can benefit from peptide injections, including sickle cell disease. In this condition, growth hormone levels often plummet during the sickle cell crisis, resulting in low energy levels and weakness. In order to alleviate this problem, doctors commonly inject patients with synthetic human growth hormone. Unfortunately, while synthetic hormones are effective in helping those with sickle cell disease, injections of peptides carry the risk of developing adverse side effects such as thymusitis, which is a painful redness in the vein surrounding the heart.
Another pitfall of peptide use is treating severe cases of acne, whereby large numbers of bacteria can develop under the skin’s surface. For this very reason, peptides are not used alone. Instead, they often need to be combined with antibiotics or additional anti-bacterial agents to kill off the excess bacteria. For this purpose, melanotan II and lecithin are often included in the formulas designed to combat acne.
If you suffer from any of these conditions, it’s important to discuss your options with your doctor before considering peptide therapy. This is particularly true if you are experiencing any serious side effects such as thymusitis or selenium sulfide. If peptide use does not relieve your symptoms, you should immediately inform your doctor of your concerns.
