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Inspired by nature, a new type of cryoprotectant has emerged as a safer alternativeto traditional chemicals. The preservation of living cells and tissues is an
The concept of cooling organic materials in order to slow their decay is as old as civilization itself. For the preservation of food, it is
Existing standards in cryopreservation use 5-10% dimethyl sulfoxide (DMSO) andoften serum. These products have not been significantly improved for over 50years. DMSO exhibits acute toxicity
XT-Thrive® contains fully synthetic biomimetics (peptoids) which are non-toxic, and prevent harmful ice crystal formation in cells at temperatures down to-196°C. Under polarized light ice
What a wonderful celebration of the 7th anniversary we had on Halloween weekend! We truly appreciate the commitment and contribution of our dedicated team and
Cryopreservation for cell and gene therapies has long been a crucial consideration for drug developers and manufacturers. These modalities require unique formulation approaches in order
Cryopreservation should maintain the function and viability of organs and cell therapies, but the process is riddled with challenges. Can nature-inspired proteins make a difference?
The organ transplantation field has experienced numerous barriers which have contributed to the creation of organ accessibility issues worldwide. To help tackle these challenges, X-Therma
While traditional biologics continue to see strong market demand, the need for emerging therapies, such as regenerative medicines, has also given rise to a burgeoning
X-Therma Inc., a biotechnology company developing breakthrough technology for regenerative medicine and organ preservation – announced today that The Center for Devices and Radiological Health (CDRH)
625 Alfred Nobel Drive
Suite B
Hercules, CA 94547
USA
X-Therma GmbH
Langer Weg 11
6020 Innsbruck
Austria
