Biological Material Storage: Ensuring the Future of Research

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Posted On  23rd Feb 2024
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biological material storage

In the rapidly evolving world of scientific research and healthcare, biological material storage is important. The integrity of these materials is crucial for advancements in medical research, pharmaceutical development, and personalized medicine. Recognizing the importance of this, Armstrong Scientific Transport offers cutting-edge biological material storage solutions. We've tailored our solutions to meet the diverse needs of the scientific community.

Why Labs Choose Offsite Storage Solutions

Labs need offsite storage for a bunch of reasons, making it a smart choice for many. Space is a big one. Research labs run out of room as they collect more samples and conduct more research. Offsite storage gives them the extra space they desperately need. Then there's the issue of special storage conditions. Some samples have very specific needs, like super cold temperatures, that regular labs can't always provide. Offsite facilities have the right equipment to keep these samples in perfect condition.

Another important reason is safety. Storing samples offsite can protect them from risks like natural disasters, power outages, or even accidents in the lab. This way, valuable research is kept safe and sound. Lastly, dealing with all the rules and regulations for storing biological materials can be really complicated. Offsite facilities are set up to handle the logistics issues, which means labs can focus on what they do best: groundbreaking research.

Choosing offsite storage is about making research easier, safer, and more efficient. It's a smart move for any lab looking to protect their work and expand their possibilities.

The Importance of Temperature in Biological Material Storage

The preservation of biological materials requires a nuanced understanding of their nature and the conditions under which they remain viable. Different materials necessitate different storage temperatures to maintain their integrity, functionality, and reliability for future research.

  • Room Temperature (15°C to 27°C). Certain dry materials, like adequately preserved DNA samples, can remain at room temperature for extended periods.
  • Refrigerated Conditions (2°C to 8°C). Many biological samples, such as certain pharmaceuticals and blood samples, require refrigeration to slow down metabolic processes and degradation.
  • Frozen Conditions (-20°C to -80°C). Cells, tissues, and certain biological reagents require these temperatures to halt enzymatic activity and preserve genetic material.
  • Cryogenic Storage (-150°C to -190°C). For long-term preservation of cell viability and genetic material, cryogenic storage in liquid nitrogen or ultra-low temperature freezers is essential.

Best Practices for Biological Material Storage

Ensuring the viability of biological samples over time necessitates adherence to best practices in their storage. This includes:

  • Proper Temperature Management: Maintaining the correct temperature is crucial for preventing degradation.
  • Quality Control Measures: Regularly monitoring storage conditions to ensure they remain within the required parameters.
  • Comprehensive Tracking and Auditing: Implementing robust systems for sample tracking and auditing to maintain visibility and integrity.
  • Effective Contingency Planning: Having protocols in place for equipment malfunctions, including backup systems and rapid response mechanisms.

Armstrong Scientific's Biobanks

At Armstrong Scientific Transport, we understand the critical nature of biological material storage. We've designed our services to offer peace of mind and reliability, ensuring the long-term preservation of your valuable samples. Our capabilities include:

  • Versatile Storage Conditions. With the capacity to manage hundreds of sample types, we offer storage solutions ranging from 27°C to -80°C. Our services encompasses both cold-chain and heated logistics.
  • State-of-the-Art Biorepositories. Our freezer farms and biorepositories have a wide array of freezer types. We maintain each freezer under strict protocols to ensure optimal performance and sample integrity.
  • Comprehensive Sample Management. We employ quality control measures that guarantee consistent sample temperatures. These measures include comprehensive tracking and auditing protocols.
  • Emergency Response Protocols. In the event of a freezer malfunction, we begin immediate troubleshooting and transfer to backup systems. We provide timely updates to our clients. We remain committed to ensuring the safety and integrity of your biological materials.

Cryogenic Storage

Cryogenic freezers play a crucial role in modern scientific research and healthcare by enabling the long-term preservation of biological materials. These freezers are designed to reach ultra-low temperatures, often dropping below -150°C. This capability is vital for maintaining the integrity of cells, tissues, and other biological samples that are sensitive to temperature fluctuations. By providing a stable and controlled environment, cryogenic freezers help ensure that these materials remain viable for future experiments or treatments. Additionally, this technology supports a wide range of scientific pursuits, from genetic research to the development of new medications, making it a cornerstone of advanced biomedical research.

Secure and Reliable Foundation for Your Research

Armstrong Scientific Transport provides secure, reliable, and comprehensive biological material storage solutions. Our advanced biostorage capabilities ensure the integrity of your samples, facilitating groundbreaking research and innovation. With Armstrong Scientific, you can rest assured that your biological materials are in safe hands. We store your samples with the highest standards of care and professionalism.

In the quest for scientific advancement, the proper storage of biological materials is not just a necessity but a foundation for future breakthroughs. Trust Armstrong Scientific Transport to safeguard that foundation, enabling your research to flourish.

Frequently Asked Questions

Q: What are the best practices for storing biological materials to support life science research?
A: We emphasize the importance of correct temperature management. Therefore we provide quality control measures and comprehensive tracking. This ensures the integrity of biological samples for life science advancements.

Q: How does Armstrong provide secure storage services for biological materials?
A: Our state-of-the-art biorepositories and freezer farms are equipped with strict protocols for optimal performance and sample integrity. We aim to give you peace of mind for secure storage.

Q: Can Armstrong help with the laboratory relocation that includes the transport of lab samples?
A: Yes, we offer comprehensive lab moving services, such as the safe and reliable transport of lab materials. We ensure that everything arrives at its destination without compromise.

Q: How does Armstrong securely move biological materials?
A: With advanced biostorage capabilities and emergency response protocols, Armstrong ensures that your materials are securely moved. We aim to maintain the integrity of your specimens throughout the process.

Q: What makes Armstrong's lab moving and storage services unique for laboratory relocation?
A: We stand out for its versatility in storage conditions, advanced biorepositories, and a commitment to maintaining sample integrity. This makes it an ideal choice for lab moving and laboratory relocation in the life science sector.

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