Proteomic data (SWATH-MS) of mouse uterine horns treated with different types of plasma

This dataset contains the proteomic data (SWATH-MS) from 48 mouse uterine horns corresponding to a murine model of Asherman'Syndrome (presence of intrauterine adhesions). These 48 uterine horns correspond to 26 NOD-SCID mice (mouse uterus are bicornuate - 2 uterine horns per mouse) distributed in 4 groups (n = 6 /group), attending to the treatment received: Control (n = 6; milliQ H2O was injected), non-activated umbilical cord plasma (n = 6), activated umbilical cord plasma (n = 6), and activated platelet-rich plasma from adult blood (n = 6). To simulate Asherman's Syndrome, we induced endometrial damage (using a needle) inside the lumen of left uterine horns from all animals, while right horns were left undamaged.本数据集包含48个小鼠子宫角的蛋白质组学数据（SWATH-MS），对应阿谢曼综合征（Asherman's Syndrome，以宫腔粘连为特征）的小鼠模型。该48个子宫角源自26只NOD-SCID小鼠（小鼠子宫为双角结构，每只小鼠具有2个子宫角），根据接受的干预方案分为4组（每组n=6）：对照组（n=6，注射Milli-Q级纯水）、未激活脐带血浆组（n=6）、激活脐带血浆组（n=6）以及成人血液来源的激活富血小板血浆组（n=6）。为模拟阿谢曼综合征，我们对所有受试动物的左侧子宫角宫腔内通过针头诱导子宫内膜损伤，右侧子宫角则未进行任何损伤处理。