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Storage

- Temperature Requirements: Store the kit components at -20°C for long-term storage to preserve their efficacy. If the kit will be used immediately, it can be stored at 4°C for a short period (up to one week).
- Handling Instructions: Ensure that all components are kept away from direct sunlight and are tightly sealed to prevent contamination.
- Shelf Life: The kit is stable for up to one year from the date of manufacture when stored at the recommended temperature.


Product Description

- Overview: The Neural Tissue Dis Kit-Postnatal Neurons is specifically designed for the dissociation of postnatal neural tissues to obtain viable neurons. This kit provides a user-friendly approach to streamline the isolation process, ensuring high yield and viability of the neurons.
- Composition: The kit includes proprietary enzymes and buffers optimized for gentle and efficient dissociation of postnatal neural tissues.
- Compatibility: Suitable for a wide range of postnatal neural tissues across various mammalian species.


Key Features

- High Viability: The kit ensures a high yield of viable neurons, maintaining their physiological properties and responsiveness.
- Efficiency: Rapid dissociation process minimizes handling time and maximizes neuron recovery.
- User-Friendly: Designed for ease of use, requiring minimal technical expertise, and compatible with standard laboratory equipment.
- Versatile: Applicable to various types of postnatal neural tissues, allowing for broad experimental applications.
- Quality Assurance: Each batch is tested for consistency and reliability, ensuring reproducible results.


What's Included

- Dissociation Enzyme Mix: Proprietary blend of enzymes tailored for effective neural tissue dissociation.
- Buffer Solutions: Pre-calibrated buffers to maintain physiological pH and osmolarity during the dissociation process.
- Protocol Guide: Step-by-step instructions for optimal use, including tips for troubleshooting and maximizing neuron yield.
- Safety Data Sheets: Comprehensive safety information for all kit components.


Applications

- Research: Ideal for neuroscientific research focusing on neuronal development, function, and disease models.
- Cell Culture: Supports the establishment of primary neuron cultures for electrophysiological, biochemical, and molecular studies.
- Drug Testing: Facilitates high-throughput screening of pharmacological agents on postnatal neurons.
- Regenerative Medicine: Useful in studies aiming to understand neural regeneration and repair mechanisms.
- Educational Use: Suitable for educational settings to demonstrate neural tissue handling and neuron isolation techniques.

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