AOD9604, which is a peptide fragment of the C-terminus hGH and is mixed with tyrosine at the end of the N-terminal, is believed to be far more effective than the AOD9601 for fuel both anti-lipogenic and lipolytic activity. Similar to growth hormone, lab testing in both animals and humans show that AOD9604 fuels the lipolysis process (breaking down of fat) and hinder the process of lipogenesis (hindering the fatty foods into body fat conversion).
Further clinical research shows it also helped in decreasing body fat for people who were of average build, overweight and obese.
Appearance Of AOD9604
Monash University researchers learned that a minute area of GH molecules controlled the fat-decreasing effects. The area, made up of amino acids 177-191, is no more than 10 percent of the entire molecule. And, its effects on insulin and growth resistance appears to be nil. It mirrors how natural GH controls fat metabolism, but with no negative effects on either growth or blood sugar as seen with unmodified Growth Hormone.
What Kind of Fat Loss Properties Does It Hold?
Lab testing on dogs, pigs, rodents and humans’ fat cells found that the HGH fragment caused fat to be released from obese fat cells, decreased the accumulation of new fat cells and sped up the fat burning process. With rodents like mice and rats, the fragment decreases the body fat of the obese animals and speed up fat burning with no changes to their growth or food consumption.
The latest research shows AOD9604 is a very powerful and highly effective fat burning. Other research shows that AOD9604 can decrease the size of adipose tissues like those in the stomach area, boost muscle mass and stimulate the body’s lipid content.
Scientists are currently developing AOD-9604 to help combat obesity.
The synthetic peptide of AOD9604 was thoroughly researched to see what vivo effects were in lab mice. What has been seen is this: a short period of time in which the blood glucose levels rose and a significant period of time for an increase in plasma insulin.
According to researchers, peptide’s functionality isn’t dependent solely on informational sequence but accurate physical configuration too.
AOD9604, with its plethora of proline and proteases, has shown to shake up the conformational modification in the cytoplasmic strain of band three of the erythrocyte membrane protein? How so? It serves as a pivotal point to two subdomains. The suggestion is that the residue is momentous within the changes, as they serve as sites for the binding of peripheral protein in some cells.
