Products Are For Research and Development Purposes Only

AOD-9604

SKU : AOD2-5-10MG

$25.00$70.00

AOD-9604 stimulates lipolysis (the breakdown of fat) and inhibits lipogenesis in animal studies.

Quantity Discount
From 6 to 9 5%
From 10 to + 10%

Description

Developed in the late 1990s by Professor Frank Ng at Monash University, AOD 9604 is a revolutionary peptide, offering a modified version of human growth hormone (HGH). Its design uniquely aims to harness the fat-burning capabilities of HGH while avoiding any impact on blood sugar levels or growth abnormalities. This distinctive characteristic of AOD 9604 has garnered widespread attention from researchers worldwide.

As time progressed, the scope of AOD 9604’s potential applications expanded beyond just weight loss. Researchers have delved into its possible roles in treating osteoarthritis and enhancing bone growth, showcasing the peptide’s remarkable versatility.

The significance of AOD 9604 extends into various facets of modern medicine. In a world grappling with rising obesity rates, AOD 9604 offers a promising avenue for safe weight management as a fat-burning peptide and anti-obesity drug. Additionally, its potential in providing relief for the millions suffering from osteoarthritis and in boosting bone density for aging populations cannot be understated.

Continuing to pique the interest of the global scientific community, AOD 9604 presents exciting therapeutic possibilities. As we venture further into understanding this compound, new discoveries loom on the horizon.

Delving into the distinct properties of AOD 9604, it stands out among other peptides. Comprising 15 amino acids from the C-terminus end of Growth Hormone Polypeptide (GH), AOD 9604 is unique in its impact on insulin levels and its dual action in stimulating lipolysis (fat breakdown) and inhibiting lipogenesis (fat accumulation). This sets it apart from other peptides that either focus on muscle growth or fat reduction.

In comparison with other common peptides like GHRP-6 and Ipamorelin, AOD 9604 uniquely does not impact insulin levels while actively promoting fat loss and preventing fat accumulation. Furthermore, studies indicate its safety for long-term use, highlighting its advantages over other peptides in terms of insulin impact, fat metabolism, and safety.

AOD 9604 is widely recognized for its weight loss benefits, owing to its manipulation of fat metabolism processes without affecting blood sugar levels or growth. Beyond this, it also contributes to muscle growth, making it appealing to bodybuilders and athletes, and has potential as a regenerative medicine product, aiding muscle recovery and cell regeneration.

The peptide also shows promise in areas still under research, such as bone strengthening, anti-inflammatory properties for conditions like arthritis, and improved skin elasticity through collagen production stimulation.

Understanding AOD 9604’s mechanism of action provides further insight into its distinct qualities. Derived from the C-terminus end of Growth Hormone, it mimics the fat metabolism regulation of natural GH but without adverse effects on blood sugar or tissue growth. This differentiates it from other peptides and underlines its potential in weight management therapies. It not only stimulates lipolysis but also inhibits lipogenesis, offering a dual-action approach to fat management.

Furthermore, AOD 9604 enhances muscle recovery post-exercise, improves performance by boosting energy expenditure, and regulates muscle mass without affecting bone growth. These capabilities set it apart from most peptides used for similar purposes, marking it as a unique and promising compound in the field. Peptide products will be delivered as lyophilized powder and will need to be reconstituted. This should be considered when placing your order and before checkout.  Consider adding sufficient supply of Sterile Swabs, Syringes and BAC water before checkout.

Certificate of Analysis (COA)

Additional information

Milligrams

2 MG, 5 MG, 10 MG

Only logged in customers can leave a review.