V-GuardTM EV Storage Buffer (EV-GuardTM) is an innovative solution designed to safeguard extracellular vesicles (EVs) and maintain their biological activities during storage. With its advanced formulation, EV-GuardTM effectively preserves the integrity and stability of EVs under various storage conditions, including multiple freeze-thaw cycles. Whether stored at 4°C, -20°C, or -80°C, EV-GuardTM shields EVs from degradation and ensures their optimal performance.
Catalog number | Description | Size |
EXSBA-1 | EV-GuardTM EV Storage Buffer – 1X | 40 mL |
EXSBA-10 | EV-GuardTM EV Storage Buffer – 10X concentrated | 4 mL |
The impact of EV-GuardTM EV storage buffer: Preventing EV degradation, preserving EV integrity, and maintaining functionality:
Extracellular vesicles play a crucial role in cell-to-cell communication, carrying various biomolecules such as proteins, lipids, and nucleic acids. They have gained significant interest in research and clinical applications, such as diagnostics, therapeutics, and drug delivery. Preservation of the physical and biological characteristics of EVs is crucial for their use in downstream applications, making storage a key consideration.
Typically, EVs are suspended in PBS and stored at -80°C for long-term storage, or at -20°C/4°C for short-term storage. However, these storage conditions may be insufficient to prevent damage to and fragmentation of EVs, which could alter their functional properties.
The EV-GuardTM EV Storage Buffer is specifically formulated to prevent EV degradation, ensuring their biological activities are well-maintained. This feature is critical to the success of downstream research and clinical endeavors. With EV-GuardTM, your precious EV samples are well-preserved and ready for use in various applications.
Invest in EV-GuardTM EV Storage Buffer today and protect your valuable EV samples for tomorrow’s discoveries.
The buffer is designed in both 1X and 10X concentrated formats to suit the needs for customers who choose to use different EV isolation methods which result in concentrated EV pellets (e.g., by ultracentrifugation, ExoQuick or other precipitation-based methods) or EV suspensions (e.g., by SmartSEC or other size exclusion-based methods).
Using the EV-GuardTM EV storage buffer – 1X
Using the EV-GuardTM EV storage buffer – 10X