BioStore™ IIIv Automated Storage System
BioStore™ IIIv is an automated LN2 alternative to electromechanical upright -80 freezers. Consistent temperature, sample protection and onboard electronic inventory provides detailed inventory records.
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BioStore™ IIIv is a space efficient automated freezer which can be used for a wide range of applications and inventory types, designed by combining the advanced automation technologies and user interface from Brooks Life Sciences with the performance of the Chart Vario freezers.
Features:
- Industry-first -80°C LN2 refrigerated automated storage system with inventory control including 21-CFR-11 reporting, BioStore™ IIIv automated sample storage system combines Brooks’ advanced automated sample management technology with the industry-leading performance of Chart® Vario™ LN2 freezers
- The system offers best-in-class sample security, data management, and inventory control
- Complete sample protection with innovative design to prevents the transient sample warming events that usually occur during sample retrieval from typical -80°C mechanical storage systems
- The BioStore™ IIIv System provides maximum biosample collection protection combined with cost-effective -80°C LN2 automated storage
- The system is a perfect fit for biobank customers with high-value, temperature-sensitive samples
- The BioStore™ IIIv System protects irreplaceable sample assets with the security and efficiencies of LN2 storage while providing all the benefits of automated storage at -80°C
COVID-19 vaccine discovery and cold chain distribution requirement: Process control
This application note by Brooks Life Sciences demonstrates why automated sample storage is vital when it comes to cold chain distrubution and vaccine development for COVID-19.
BioStore III: Automated liquid nitrogen sample storage solutions
Safer and more secure sample storage - The BioStore III automated storage system ensures ultimate sample protection and full inventory control. Your sample collection will not be compromised.
Sample warming during innocent exposures from a liquid nitrogen freezer
Storing samples in liquid nitrogen vapour phase freezers (LN2) is very common and performed throughout the biobanking and cell therapy industries. These freezers are chosen primarily because they maintain a sub -150°C storage environment and thus, keep the samples below -135°C, the glass transition temperature of water (Tg). This cryogenic storage practice preserves sample viability. The concern is what happens to innocent samples (the ones not intended to be thawed) during routine rack exposures. Thousands of innocent samples may be exposed multiple times throughout their storage lifetime. Constant thawing/freezing through the glass transition phase may cause irreversible damage and affect sample functionality when thawed.
Protecting bio-sample temperatures using automation and best practices
In this whitepaper, Brooks Life Sciences presents a recommended workflow based on experimental thermal excursions using the BioStore III Cryo storage system and the CryoPod carrier.
Brooks Life Sciences announces first -80°C liquid nitrogen-based, automated storage system
Ideal for cell and gene therapy and COVID-19 research, BioStore IIIv offers inventory control and reporting capabilities
