MicroRNAs Regulate Dental Pulp Stem Cells Differentiation

Human dental pulp stem cells have been proposed as promising stem cells for regenerative therapies. However, incomplete understanding regarding the regulation of their differentiation has limited their clinical use.
These are the supplementary files of a systematic review study conducted to determine the regulatory effect of the miRNAs and their expression profile in the differentiation of dental pulp stem cells.
Supplementary File S1 represents the complete list of identified KEGG pathways and their related genes.
Supplementary File S2 represents the complete list of GO enriched terms and their associated genes within the category of Biological Process.
Supplementary File S3 represents the complete list of GO enriched terms and their associated genes within the category of Cellular Component.
Supplementary File S4 represents the complete list of GO enriched terms and their associated genes within the category of Molecular Function.
Supplementary File S5 represents all protein-protein interactions of the PPI network.

人牙髓干细胞被提议为具有潜力的干细胞，适用于再生治疗。然而，对其分化调控机制的不完全理解限制了其在临床上的应用。本系统综述研究旨在确定miRNAs及其在牙髓干细胞分化过程中的表达谱所具有的调控效应。补充文件S1展示了所识别的完整KEGG通路及其相关基因列表。补充文件S2展示了生物学过程中富集的GO术语及其相关基因的完整列表。补充文件S3展示了细胞组分类别中富集的GO术语及其相关基因的完整列表。补充文件S4展示了分子功能类别中富集的GO术语及其相关基因的完整列表。补充文件S5展示了PPI网络中的所有蛋白质-蛋白质相互作用。