Multi-scale, nanomaterial-based ice inhibition platform enab

Multi-scale, nanomaterial-based ice inhibition platform enables full-cycle cryogenic protection for mouse oocytes

Multi-scale, nanomaterial-based ice inhibition platform enables full-cycle cryogenic protection for mouse oocytes
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Anhui , China , Tie Chang , Fujian , Liu Huanzhong , Cao Yunxia , First Affiliated Hospital Of Anhui Medical University , Chaohu Hospital Affiliated To Anhui Medical University , University Of Science , Technology Of China , Advanced Functional , Professor Zhao Gang , Professor Cao Yunxia , First Affiliated Hospital , Anhui Medical University , Professor Liu Huanzhong , Chaohu Hospital Affiliated , Scale Ice Inhibition Platform Enables Full , Cycle Cryogenic Protection , Mouse Oocyte , Advanced Functional Materials ,