Vitrification

Although most living organisms are composed of large amounts of water, it is not inevitable that freezing these organisms results in ice-formation. Among amphibians and insects that can tolerate freezing, there is wide variation in the amount of freezing they can tolerate. Species of frogs can spend days or weeks "with as much as 65 percent of their total body water as ice". Some amphibians achieve their protection due to the glycerol manufactured by their livers. Glycerol is "antifreeze", it reduces ice formation and lowers freezing point. Glycerol (glycerin), like ethylene glycol (automobile anti-freeze) is cryoprotectants. The sugar glucose is also cryoprotectants — and arctic frogs have a special form of insulin that accelerates glucose release and absorption into cells as temperatures approach freezing. Cryoprotectants can make water harden like glass — with no crystal formation — a process called Vitrification. Freezing-damage to cells is due to the formation of ice-crystals. Entire organs can be solidified and stored at temperatures as low as -140° C. Scientists are working on ways to reduce the toxicity of the cryoprotectants used to make water vitrify to allow banking of organs for transplantation. At Alcor, we are optimistic that the toxicity that still does occur with vitrification of human organs will be reversible with future molecular repair technology.

World Conference on Regenerative Medicine 2015 Leipzig, Germany, HandsOn Biobanks 2016 conference Vienna, Austria, ESBB conference Johannesburg, South Africa, Global Biobanking London, UK, Genomic Sample Prep and Biomarker Assay Development San Francisco, USA, Keystone Stem Cells and Cancer Breckenbridge, CO, USA, ISSCR Pluripotency: From basic science to therapeutic applications Kyoto, Japan, Tissue Niches & Resident Stem Cells in Adult Epithelia Gordon Research Conference Hong Kong, China, Craniofacial Morphogenesis & Tissue Regeneration Ventura, CA, USA, Phacilitate Cell & Gene Therapy World Washington D.C., USA.

Increase in funding for these studies and research of stem cells would also trigger the growth of this market. In 2013, the government of Japan funded around USD 1.12 billion for stem cell studies. Moreover, advancement in technologies may also boost the growth of this market. Medical experts are becoming increasingly inclined towards the use of bioengineered products, which are more compatible with the human body. Increase in drug manufacturing through stem cells will also enhance the growth of this market. Recently, stem cells proved to be helpful in treating spinal muscular atrophy. It has been reported that in 2013, around 30,000 kids in the U.S. suffer from spinal muscular atrophy. Stem cell-based drugs would help in curing such complex diseases, which would again support the growth of this market.

  • Vitrification versus slow freezing
  • Short term and Long term tissue preservation
  • Human blastocyst vitrification and warming
  • Biosafety of vitrification - the issue of contamination using an open system
  • Effect of different vitrification solutions and procedures

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