AOD-9604 Spray

$95.00

AOE Spray is a stabilized synthetic peptide research formulation containing the 176–191 fragment of human growth hormone. It is commonly used in laboratory research to study lipolytic signaling, fat metabolism pathways, and selective peptide–receptor interactions without activating the IGF-1 receptor. The intranasal delivery format enables researchers to examine bioavailability, peptide stability, and cellular responses to GH-derived fragments in in-vitro models.

Concentration: 2 mg per spray

For research use only. Not for human or animal consumption.

SKU: VP-AOD-SP Categories: ,

Description

AOD-9604 Spray is a research-grade peptide formulation containing the 176-191 fragment of human growth hormone (HGH). Developed for scientific investigation, this stabilized peptide is widely studied for its involvement in lipolytic signaling, fat metabolism pathways, and selective growth hormone receptor interactions. Unlike full-length human growth hormone, AOD-9604 is commonly investigated for its ability to target metabolic pathways without activating the IGF-1 receptor.

Presented in a convenient spray formulation, AOD-9604 Spray enables researchers to investigate peptide stability, absorption characteristics, and cellular responses associated with GH-derived peptide fragments. The delivery format also supports studies examining intranasal peptide administration, bioavailability, and formulation science in controlled laboratory environments.

Manufactured to rigorous research standards, AOD-9604 Spray is intended exclusively for laboratory and in vitro research conducted by qualified professionals.

For laboratory research use only. Not intended for human or veterinary consumption.

What Is AOD-9604 Spray?

AOD-9604 Spray contains a stabilized synthetic version of the 176-191 amino acid fragment derived from human growth hormone. This peptide represents the portion of HGH that has been extensively investigated for its relationship with lipid metabolism while remaining distinct from the growth-promoting activities associated with the complete hormone.

The spray formulation offers researchers an alternative delivery system for studying peptide stability, absorption, and experimental formulation characteristics. Laboratory investigations continue to explore its interaction with metabolic signaling pathways and selective receptor activity.

Its specialized biological profile has made AOD-9604 Spray an important research tool in peptide science and metabolic research.

Areas of Scientific Research

AOD-9604 Spray is commonly investigated in laboratory and preclinical studies involving metabolic biology and peptide pharmacology. Current areas of research include:

  • Lipolytic signaling pathways
  • Fat metabolism research
  • Growth hormone fragment biology
  • Peptide-receptor interactions
  • Metabolic regulation
  • Intranasal peptide delivery research
  • Bioavailability investigations
  • Peptide formulation and stability studies

Although scientific understanding continues to evolve, AOD-9604 Spray is supplied exclusively for laboratory investigation.

Mechanism of Research Interest

Researchers study AOD-9604 Spray for its interaction with biological pathways associated with lipid metabolism and selective growth hormone fragment activity. Laboratory investigations continue to examine how the 176-191 peptide fragment influences metabolic signaling without engaging IGF-1 receptor activation.

Current research explores its role in:

  • Lipid metabolism pathways
  • Cellular metabolic signaling
  • Growth hormone fragment biology
  • Selective peptide-receptor interactions
  • Bioavailability research
  • Peptide formulation science

These investigations contribute to a deeper understanding of metabolic regulation and peptide pharmacology.

Spray Formulation Advantages

The spray delivery format allows researchers to investigate alternative peptide administration strategies while evaluating formulation performance and stability under laboratory conditions.

Researchers commonly study spray formulations for:

  • Peptide stability during storage and use
  • Intranasal delivery research
  • Bioavailability assessments
  • Formulation consistency
  • Controlled laboratory dosing protocols

This delivery format expands opportunities for peptide formulation research and experimental design.

Product Specifications

Specification Details
Product Name AOD-9604 Spray
Peptide HGH Fragment (176-191)
Compound Type Synthetic Growth Hormone Fragment
Delivery Format Research Spray
Primary Research Area Lipid Metabolism & Peptide Signaling
Form Stabilized Peptide Solution
Intended Use Laboratory Research Only
Storage Store according to laboratory protocol

 

Quality Standards

Our AOD-9604 Spray is manufactured to support professional laboratory research where purity, consistency, and reliability are essential. Every production batch undergoes rigorous quality-control procedures to ensure dependable performance in scientific investigations.

Key quality features include:

  • Research-grade peptide formulation
  • Stabilized spray preparation
  • Consistent manufacturing standards
  • Secure packaging for product integrity
  • Suitable for universities, biotechnology companies, and professional laboratories

Researchers can rely on consistent product quality for controlled laboratory studies involving peptide formulation and metabolic research.

Storage Instructions

Proper storage helps preserve peptide stability and formulation integrity.

For optimal handling:

  • Store according to your laboratory’s recommended storage protocol.
  • Keep the container tightly sealed when not in use.
  • Protect from excessive heat, direct light, and moisture.
  • Handle using appropriate laboratory procedures.

Always follow established laboratory safety guidelines when working with research compounds.

Why Researchers Choose AOD-9604 Spray

AOD-9604 Spray is widely studied because it combines a well-characterized growth hormone fragment with a convenient spray formulation designed for laboratory investigation.

Researchers choose AOD-9604 Spray because it offers:

  • A stabilized HGH 176-191 peptide fragment for metabolic research.
  • Applications in lipolytic signaling and fat metabolism studies.
  • Research opportunities involving selective peptide-receptor interactions.
  • A spray formulation suitable for bioavailability and peptide stability investigations.
  • Research-grade quality suitable for universities, biotechnology companies, and professional laboratories.

Its growing scientific relevance continues to make AOD-9604 Spray an important research tool for peptide formulation, metabolic biology, and growth hormone fragment studies.

Frequently Asked Questions

What is AOD-9604 Spray used for in research?

AOD-9604 Spray is commonly studied in laboratory research involving lipid metabolism, growth hormone fragment biology, peptide-receptor interactions, metabolic signaling, and spray formulation science.

What peptide does AOD-9604 Spray contain?

The formulation contains the 176-191 fragment of human growth hormone, a synthetic peptide investigated for metabolic and lipolytic signaling research.

Why is the spray formulation used in research?

Researchers use the spray formulation to investigate peptide stability, formulation performance, bioavailability, and intranasal delivery characteristics in controlled laboratory settings.

How should AOD-9604 Spray be stored?

Store according to your laboratory’s recommended storage procedures while protecting the product from excessive heat, moisture, and direct light.

Is this product intended for human use?

No. This product is supplied exclusively for laboratory research purposes and is not intended for human or veterinary consumption.

Research Use Disclaimer

This product is supplied exclusively for laboratory research, analytical testing, and scientific investigation. It is not intended for human consumption, veterinary use, therapeutic applications, or diagnostic procedures. By purchasing this product, researchers acknowledge responsibility for handling and using the product in accordance with applicable laboratory regulations and safety guidelines.