Clinical application of human ovarian tissue cryopreservation

磁场补充的有效性得到了证实，因为正常的产仔只从磁场补充的冷冻卵巢组织中出生，这些产仔似乎是可生育的。虽然对幼猪的卵巢进行了冷冻保存，但冻融后的卵巢没有功能，添加磁场和不添加磁场的冷冻保存都没有。外加磁场对蒸馏水和冷冻介质的冷冻温度均无影响。

The efficacy of magnetic field supplementation was confirmed, since normal litter was born only from magnetic field supplemented cryopreserved ovarian tissue, and those litter were appeared to be fertile. Although ovaries from juvenile porcine were cryopreserved, there is no ovary with function after freeze-thaw, neither from cryopreservation with magnetic field supplementation or that without magnetic field supplementation. Freezing temperature of both distilled water and freezing medium was not moved by magnetic field supplementation.