AOD9604 – High Stability Amorphous Powder

AOD9604 is supplied as a highly purified amorphous powder, optimized for maximum stability and shelf-life. This preparation utilizes advanced techniques to ensure the integrity and biological activity of the peptide from manufacturing through to laboratory use.

The Vacuum Sublimation Advantage

We utilize a specialized Vacuum Sublimation (Controlled Dehydration) process, often referred to as lyophilization or freeze-drying. This technique is critical for producing the highly stable form of AOD9604.

Process Overview

By freezing the peptide solution and subjecting it to reduced atmospheric pressure, moisture is removed directly via phase transition (solid ice to water vapor), bypassing the liquid phase. This results in a highly purified "amorphous powder" structure that is significantly more stable than standard, less controlled preparations. The amorphous structure minimizes molecular movement and chemical degradation, maintaining peptide integrity over extended periods.

Logistics & Storage

Proper handling and storage are crucial to maintaining the quality and stability of the AOD9604 peptide. The following guidelines must be strictly adhered to upon receipt.

Transit Stability

AOD9604 is designed for robust shipping conditions.

• Duration: Stable for 4–6 months during shipping under standard conditions.
• Recommendation: Upon immediate receipt, transfer the vial to appropriate storage conditions (see below).

Laboratory Storage and Archiving

The storage method depends on the intended duration of use. Protection from humidity is paramount at all times.

Storage Condition

Temperature

Duration

Purpose

Lab Storage (Short-term)

2–4°C

Several months

Routine use after receipt

Archiving (Long-term)

-70°C (-94°F)

8 months to 3 years

Long-term preservation

Preparation Protocol (Reconstitution)

Following the correct reconstitution protocol is essential to ensure a sterile and effective working solution.

1. Warm-up: Bring the sealed vial to room temperature (approx. 20°C/68°F) before opening. This step prevents condensation (moisture) from forming on the powder, which can compromise stability.
2. Reconstitute: Reconstitute the powder using sterile phosphate buffer at the desired concentration.
3. Critical Note: Do not use saline (0.9% NaCl solution) for reconstitution as the salt content may negatively impact the long-term stability and integrity of the peptide solution.
4. Storage: Store the reconstituted solution at 2–4°C (refrigerated).
5. Solution Shelf-Life: Discard any unused solution after 14 days to maintain experimental integrity.

Quality Assurance Documentation

The Certificate of Analysis (CoA) and other relevant documentation confirming the purity, mass spectrometry data, and sterility testing for this batch of AOD9604 are available for reference.

Please refer to the following files for detailed quality data:

• Certificate of Analysis: File
• Mass Spectrometry Data: File

Safety and Handling

AOD9604 should be handled in accordance with standard laboratory safety procedures. Always wear appropriate personal protective equipment (PPE), including lab coats, gloves, and eye protection.

For specific hazard and first aid information, consult the Material Safety Data Sheet (MSDS).

• Material Safety Data Sheet (MSDS) Access: File

If any issues arise during reconstitution or if further consultation on long-term storage is required, please contact the support team.

• Support Contact Form: File
• Technical Consultation Scheduling: Calendar event

Troubleshooting and Support

If any issues arise during reconstitution or if further consultation on long-term storage is required, please contact the support team.

• Support Contact Form: File
• Technical Consultation Scheduling: Calendar event

Disclaimer: AOD9604 is supplied for research and laboratory use only. It is not intended for human consumption, diagnostic, or therapeutic procedures. All researchers must adhere to their institutional and national regulatory guidelines regarding the handling and use of research-grade materials.