Buy AOD 9604: 2-5mg*10 vials

Description

AOD 9604 Peptide (2mg / 5mg per vial) – 10 Vials per Box (High Purity Research Grade)

Take your metabolic and tissue repair protocols to the next level with our premium AOD 9604 box (10 vials per kit). Synthesized to stringent analytical standards, each box delivers 10 individual sterile vials, available in flexible concentrations of 2mg or 5mg of pure lyophilized AOD 9604 powder per vial (20mg to 50mg total active peptide per kit).

Whether your research explores adipose tissue metabolism, lipolysis signaling pathways, lipogenesis prevention, glucose-neutral metabolic modulation, or hyaline cartilage regeneration, our ultra-pure AOD 9604 peptide provides the high bio-potency, chemical fidelity, and batch-to-batch consistency required for sophisticated scientific inquiry.

Understanding AOD 9604: The Targeted Lipolytic Fragment

AOD 9604 (Advanced Obesity Drug 9604) is a synthetic 16-amino acid peptide derived from the C-terminal region of human Growth Hormone ($hGH$), specifically representing amino acid residues 177–191 with an added N-terminal tyrosine residue for enhanced structural stability. Its exact primary sequence is $Tyr\text{-}Leu\text{-}Arg\text{-}Ile\text{-}Val\text{-}Gln\text{-}Cys\text{-}Arg\text{-}Ser\text{-}Val\text{-}Glu\text{-}Gly\text{-}Ser\text{-}Cys\text{-}Gly\text{-}Phe$.

While intact 191-amino acid $hGH$ exerts a broad array of anabolic and metabolic actions—including linear bone growth, organ tissue proliferation, and altered systemic insulin sensitivity—researchers discovered that its fat-reducing properties reside within a distinct domain near the C-terminus. By isolating and stabilizing this specific functional domain ($hGH_{177\text{-}191}$), AOD 9604 effectively decouples the lipolytic actions of growth hormone from its diabetogenic and cell-proliferative side effects.

When you buy AOD 9604 2mg or 5mg vials in a 10-vial box, you acquire a refined metabolic peptide engineered to stimulate lipid oxidation without raising serum IGF-1 levels, disrupting blood glucose control, or triggering cell proliferation pathways.

Key Areas of Research & Biological Mechanisms

1. Stimulation of Lipolysis (Fat Breakdown)

AOD 9604 directly interacts with beta-3 adrenergic receptors (${\beta_3}\text{-AR}$) located on white adipose tissue (WAT) cell membranes.

• cAMP Cascade Activation: Triggers adenylate cyclase activity, boosting intracellular cyclic AMP ($cAMP$) levels.

• Hormone-Sensitive Lipase (HSL): Activates HSL to catalyze the hydrolysis of stored intracellular triglycerides into free fatty acids (FFAs) and glycerol for cellular oxidation.

• Visceral & Subcutaneous Fat Target: Shows high affinity for stubborn white fat stores while sparing lean muscle mass and structural tissue.

2. Inhibition of Lipogenesis (Fat Accumulation)

Beyond breaking down existing fat stores, AOD 9604 inhibits lipogenesis—the metabolic synthesis and storage of new fat droplets. By suppressing key lipogenic enzymes and modulating lipid uptake within pre-adipocytes, AOD 9604 helps prevent fat accumulation even under hypercaloric experimental conditions.

3. Neutral Impact on Glucose & IGF-1 Pathways

A major drawback of full-length growth hormone is its tendency to induce insulin resistance and elevate systemic Insulin-like Growth Factor 1 (IGF-1).

• Zero Glycemic Disruption: AOD 9604 does not interfere with peripheral insulin receptors or fasting blood glucose levels.

• IGF-1 Independent: It operates independently of the pituitary-hepatic IGF-1 axis, avoiding risks associated with tissue acromegaly or unwanted cell proliferation.

4. Cartilage Repair & Joint Health Potential

In addition to metabolic studies, emerging literature highlights AOD 9604’s regenerative properties in musculoskeletal models. When studied in chondrocyte models and articular cartilage injuries, AOD 9604—often evaluated alongside hyaluronic acid or repair peptides like BPC-157—demonstrates the ability to stimulate proteoglycan synthesis, reduce joint inflammation, and support hyaline cartilage matrix restoration.

Why Choose Our AOD 9604 2mg / 5mg 10-Vial Box?

• Ultra-High Purity (>98%): Authenticated via High-Performance Liquid Chromatography (HPLC) and Mass Spectrometry (MS) to guarantee zero residual fragments, uncyclized precursors, or heavy metals.

• Flexible Dosing Formats: Choose between 2mg or 5mg per vial configurations (20mg–50mg total per 10-vial kit) to suit various experimental designs.

• Lyophilized for Maximum Stability: Vacuum freeze-dried in sterile nitrogen environments to preserve sensitive disulfide bonds and peptide tertiary structure.

• Bulk 10-Vial Value Kit: A complete 10-vial box ensures continuous, standardized supply across extended research protocols while reducing overall cost per milligram.

Technical Specifications

Specification	Details
Product Name	AOD 9604 ($Tyr\text{-}hGH_{177\text{-}191}$)
CAS Number	221231-10-3
Amino Acid Sequence	$Y\text{-}L\text{-}R\text{-}I\text{-}V\text{-}Q\text{-}C\text{-}R\text{-}S\text{-}V\text{-}E\text{-}G\text{-}S\text{-}C\text{-}G\text{-}F$ (Disulfide bridge $Cys_7\text{-}Cys_{14}$)
Molecular Formula	$C_{78}H_{123}N_{23}O_{23}S_2$
Molecular Weight	1815.10 g/mol
Appearance	Fine white to off-white lyophilized powder
Quantity Options	2mg or 5mg per vial / 10 vials per box (20mg–50mg total)
Purity Grade	>98% (HPLC Certified)
Storage Instructions	Store dry at -20°C for long term or 2°C – 8°C for short term. Protect from light.

Handling & Storage Guidelines

Store un-reconstituted, lyophilized AOD 9604 vials in a dark, refrigerated freezer (-20°C for long-term storage or 2°C to 8°C for immediate research use). Keep protected from direct heat, sunlight, and moisture. Reconstitute under aseptic conditions using sterile bacteriostatic water (0.9% benzyl alcohol) or standard laboratory saline buffer. Once reconstituted, keep liquid solutions strictly refrigerated between 2°C and 8°C and complete experimental use within 20 to 30 days to ensure maximum bio-potency.