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...of the rest of the body. Work is continuing towards achieving whole-body vitrification, which is limited by the ability to fully circulate the cryoprotectant thro

...iology|cryobiologist]] employed by the [[Cryonics Institute]] to develop [[vitrification]] mixture, improve [[perfusion]] protocol and find formulations to minimize

{{Image|Vitrification.gif|right|350px|Fig.6 A well-managed nuclear fuel cycle results in very lit ...ed in France, Japan, Russia, UK, and USA. The capacity of western European vitrification plants is about 2,500 canisters (1000 tonnes) a year, and some have been op

...ation]] (zero ice formation) in preservation of cells, tissues and organs. Vitrification methods pose a challenge in the requirement to search for cryoprotectant mi ...and [[gamete]]s, preservation of plants, low temperature [[microscopy]], [[vitrification]] (glass formation of aqueous systems during cooling), [[freeze drying]] an

* [[Vitrification]]

...chigan for long-term cryogenic storage. When circumstances warrant, neural vitrification technology may also be applied to ACS subjects by CI personnel prior to lon

...damage, efforts have been made to eliminate all freezing damage through [[vitrification]] and to minimize [[ischemia|ischemic]] damage through rapid cooling and [[ ...nd by the freezing would someday be repaired by [[nanotechnology]]. With [[vitrification]] the burden on future technology has been greatly reduced. With [[cell (bi

* [[Vitrification]]