Tag: Cryogenic storage
Cryogenic Storage System for Fertility Clinics (Azenta)
Azenta Life Sciences announce the CryoArc™ Vita-76, a high-efficiency cryogenic storage system design optimized for In vitro fertilization (IVF) clinics and reproductive medicine facilities.
The...
Are BIOBased Materials Suitable for –196°C Storage?
Sustainability is becoming an increasingly important consideration across life sciences and laboratory environments.
In many applications, adopting more sustainable materials may involve balancing environmental benefits...
Automated Cryogenic Expansion Strengthens Würzburg Biobank Infrastructure
Automated Nitrogen Storage: Biosamples preserved at minus 185 degrees Celsius for long-term research applications
Continuous Cold-Chain Processing: Automated workstation enables biosample handling at...
Freeze–thaw Cycles: the Hidden Structural Impact on Cryo Tubes
Cryogenic storage is often associated with maintaining extremely low temperatures.
However, not all stress in biobanking comes from temperature alone.
Repeated freeze–thaw cycles — even when...
Space-Efficient Cryogenic Sample Storage
The CryoArc™ Pico Automated Storage System from Azenta Life Sciences is designed to bring automated cryogenic sample management to biobanking, clinical research, and cell and gene therapy laboratories.
Purpose-built...
Ultra-Low Temperature Storage: Why Tube Performance Matters at −196 °C
Cryogenic storage in biobanking is commonly associated with achieving and maintaining extremely low temperatures. But it is not only that.
When samples are stored down to -196 °C,...
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10 Largest Biobanks in the World
Disclaimer: This article is not intended to be definitive. It was sourced from freely, openly available information on the internet. Due to the vastness...
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University of Western Australia Launches Human Milk Research Biobank
New research collection: UWA's WA Human Milk Biobank has collected more than 1,000 samples and has capacity for more than 100,000.
Broader donor...
