Fat Loss Peptides

Obesity, or excess body fat stores, has the propensity to cause physical wear and tear on weight-bearing joints. This is especially true of the knees and hips. This physical wear and tear, in turn, causes inflammatory degeneration of all tissues of the body. The overfat adipocytes (fat cells) release molecules called inflammatory cytokines that wreak havoc amongst all tissues of the body, leading to premature ageing.
The ageing process is one that makes it incredibly hard to free stored fat on our bodies. It may seem that no matter how often we exercise, nor restrictions we place on our diet, the fat will not budge. Hormonal deficiencies are no doubt already in force complicating one’s mission.
Emotionally we may feel that our bodies are against us. The despair and diminished motivation no doubt resulting from a series of failed attempts, does nothing to rectify the issue. Fad diets and starvation does more harm to our metabolic system, and often increased fat stores instead of facilitating fat loss.
In order to trigger the breakdown of fat, one must alter the messages being received internally. This can be done through the use of fat loss peptides.

To succeed at your fat loss goals, best results come from implementation of set diet and exercise plan. This diet should be high in protein, low in carbs and moderate in fat content. In order for your peptide supplementation to be highly successful, like most fat loss programs you must engage in physical activity. Not all physical activity will result in an increased fat loss. It is suggested that an individual does high-intensity lifting alongside implements cardio several times a week. Hormone levels should be checked and then balanced accordingly to optimise one’s metabolism.

• Growth Hormone has been shown to effect the metabolism directly
• It also triggers the breakdown of triglycerides that are present in the fat cells.
• Growth hormone releases fatty acids as well as ketone bodies into the blood.
• These fatty acids get metabolised into energy which is used throughout the body.
• Fat cells then decrease in size as a consequence of Growth hormone secretion.

Another way Growth Hormone facilitates fat loss is through its ability to maintain blood glucose levels. The inhibition of glucose uptake into peripheral cells decreases glucose oxidation for energy in the cells, and therefore increases glucose production in cells from fat and amino acids (gluconeogenesis) (Copeland 1994, Ho 1996). The free fatty acids in the blood from lipolysis also partially block the insulin receptors on cell membranes, decreasing the effectiveness of insulin in triggering the removal of glucose from the blood, causing insulin resistance, or decreased insulin sensitivity. These all result in fat loss, especially from hard to move intra-abdominal fat stores (Johannsson 1997).
Our most potent fat loss peptide is AOD-9604. A fragment of the C-terminus of hGH, AOD-9604 stimulates fat breakdown by favouring the release of fat from obese fat cells rather than that of the lean.