Cryogenic Services as Disaster Recovery
Protect your research with the Mouse Biology Program’s reliable cryopreservation solutions, ensuring your valuable genetic resources’ long-term security and availability for ongoing and future studies.
We offer cryogenic services as a robust disaster recovery strategy for your critical mouse strains. Unforeseen events—from natural disasters to equipment failures—can pose severe risks to valuable genetic lines. Our cryogenic services ensure long-term protection and rapid recovery of your research assets with our protective services:
- Comprehensive Cryopreservation:
- We provide secure cryopreservation of embryos, sperm, and other germplasm to preserve essential genetic material. Using state-of-the-art techniques and facilities, we maintain the integrity and viability of frozen samples over extended periods.
- Risk Mitigation:
- Cryogenic storage is a proactive disaster recovery strategy, safeguarding against potential risks such as facility failures, health outbreaks, and environmental hazards. This service ensures that your valuable strains are not lost due to unexpected events.
- Rapid Recovery:
- Our team can quickly resuscitate cryopreserved strains in a disaster, minimizing downtime and enabling research continuity. We prioritize urgent requests to restore your research as swiftly as possible.
- Secure Storage Facilities:
- Our cryogenic storage is conducted in highly secure, temperature-controlled facilities, ensuring optimal conditions for germplasm preservation. We use advanced monitoring systems and backup generators to guarantee sample integrity, even during power outages or emergencies.
- Customized Solutions:
- We offer tailored cryogenic storage options for short-term backup or long-term disaster recovery planning to fit your research needs. Our flexible services ensure you can adapt to changing research demands and risk factors.
Ensuring Long-Term Security for Your Research
With our cryogenic services as part of your disaster recovery strategy, you can protect your critical genetic lines and maintain research continuity, even in unexpected challenges.
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