Supplementary tables: Proteome of fluid from human ovarian antral follicles reveals insights in folliculogenesis and oocyte maturation

Table S1. Total identified proteins in Our study. Table S2. Identified proteins in Pool. Table S3. Identified proteins in Individual samples. Table S4. Proteins identified in hSAF fluid that contain oocyte capable or not to reach metaphase II. Table S5. List of proteins identified in proteomics studies performed in human ovarian follicular fluid (up to 2020 and including our study). Table S6. High abundant proteome of FF from hSAF compared with proteins identified by Pouslen L. et al.,2019 in big follicles. Non-depleted samples. Table S7. Proteins potentially more concentrated or accessible by MS in FF from hSAF. Table S8. Functional annotation clustering carried out with 226 proteinsTable S9. Proteins that correlated significatly with MDK or VIM. Table S10. Functional annotation clustering carried out with top 100 dysregulated proteins in FF that contained oocyte capable to reach MII. Table S11. List of proteins that correlated significatly with secreted proteins dysregulated in FF that contained oocyte capable to reach MII.

表S1：本研究中鉴定得到的全部蛋白质
表S2：混合样本中鉴定得到的蛋白质
表S3：单一样本中鉴定得到的蛋白质
表S4：人类小窦卵泡（human small antral follicle, hSAF）液中，与携带能够或无法发育至第二次减数分裂中期（metaphase II, MII）的卵母细胞相关的蛋白质
表S5：截至2020年（含本研究）的人类卵巢卵泡液蛋白质组学研究中鉴定得到的蛋白质列表
表S6：人类小窦卵泡（hSAF）来源的卵泡液（follicular fluid, FF）高丰度蛋白质组（非耗竭样本），与Pouslen L.等（2019）在大卵泡中鉴定得到的蛋白质的对比分析
表S7：人类小窦卵泡（hSAF）来源的卵泡液（FF）中，经质谱（mass spectrometry, MS）检测可能浓度更高或更易被获取的蛋白质
表S8：基于226种蛋白质开展的功能注释聚类分析
表S9：与MDK或VIM显著相关的蛋白质
表S10：针对携带能够发育至MII期卵母细胞的卵泡液（FF）中排名前100的差异调控蛋白质开展的功能注释聚类分析
表S11：与携带能够发育至MII期卵母细胞的卵泡液（FF）中失调的分泌蛋白质显著相关的蛋白质列表