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New enzymatic-high hydrostatic pressure method to decellularized uterine tissue as scaffold for uterus regeneration in murine model

机译：脱细胞子宫组织为支架的新型酶促高静水压法用于子宫再生

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Infertility is the main obstacle to achieve pregnancy naturally for women. The current technique for infertil-ity treatments can not be applied to pregnant for women who are suffering from uterus malfunction. Tissue engi-neered organ is promising for rege

机译：不孕是女性自然怀孕的主要障碍。对于患有子宫功能障碍的妇女，当前的不孕症治疗技术无法应用于孕妇。组织工程学的器官有望修复

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《》|2018年|2C14.1-2C14.2|共2页
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Narintadeach CHAROENSOMBUT; Jeong Hyun KIM; Kinyoshi KAWABATA; Shu TAKEDA; Takayuki HARADA; Tsuyoshi KIMURA; Akio KISHIDA; Takashi USHIDA; Katsuko FURUKAWA;
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University of Tokyo;

University of Tokyo;

University of Tokyo;

University of Tokyo;

University of Tokyo;

Tokyo Medical and Dental University;

Tokyo Medical and Dental University;

University of Tokyo;

University of Tokyo;

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1. The orientation of a decellularized uterine scaffold determines the tissue topology and architecture of the regenerated uterus in rats [J] . Miki Fumie, Maruyama Tetsuo, Miyazaki Kaoru, Biology of Reproduction: Offical Journal of the Society for the Study of Reproduction . 2019,第5期

机译：脱细胞化子宫脚手架的取向决定了大鼠中再生子宫的组织拓扑和结构
2. Method of decellularized scaffold for tissue regeneration using tissue clearing [J] . Yu-Jin Jang, Byung Geun Ha, Sung-Jin Jeong IBRO Reports . 2019,第4期

机译：使用组织清除的组织再生脱细胞的支架方法
3. Partial regeneration and reconstruction of the rat uterus through recellularization of a decellularized uterine matrix [J] . MiyazakiK., MaruyamaT. Biomaterials . 2014,第31期

机译：通过脱细胞子宫基质的再细胞化大鼠子宫的部分再生和重建
4. New enzymatic-high hydrostatic pressure method to decellularized uterine tissue as scaffold for uterus regeneration in murine model [C] . Narintadeach CHAROENSOMBUT, Jeong Hyun KIM, Kinyoshi KAWABATA, バイオエンジニアリング講演会 . 2018

机译：新的酶高静水压压力法在小鼠模型中为子宫再生的脱细胞化子宫组织
5. Decellularized bovine nucleus pulposus as a biomimetic scaffold for intervertebral disc regeneration. [D] . Fernandez, Christopher. 2015

机译：脱细胞牛髓核素作为仿生支架，用于椎间盘再生。
6. Application of Detergents or High Hydrostatic Pressure as Decellularization Processes in Uterine Tissues and Their Subsequent Effects on In Vivo Uterine Regeneration in Murine Models [O] . Erna G. Santoso, Keita Yoshida, Yasushi Hirota, -1

机译：洗涤剂或高静水压力作为子宫组织脱细胞过程的应用及其对小鼠模型体内子宫再生的影响
7. Application of detergents or high hydrostatic pressure as decellularization processes in uterine tissues and their subsequent effects on in vivo uterine regeneration in murine models. [O] . Erna G Santoso, Keita Yoshida, Yasushi Hirota, 2014

机译：应用洗涤剂或高静水压力作为子宫组织中的去细胞化过程及其对小鼠模型中体内子宫再生的后续影响。

New enzymatic-high hydrostatic pressure method to decellularized uterine tissue as scaffold for uterus regeneration in murine model

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