Differentially expressed genes (DEGs) in PF mouse lungs were identified from a GEO dataset (GDS1492). This study aims to identify potential pathogenic super-enhancer-driven genes in PF. We speculate that abnormal activation of super-enhancers must be involved in the pathological process of PF. Super-enhancers, a newly discovered cluster of regulatory elements, are regarded as the regulators of cell identity. Personal service – Food & Nutrition Research is published in partnership with Open Academia, a Publishing Partner dedicated to giving you excellent service all the way from submission to publication.Abnormal fibroblast differentiation into myofibroblast is a crucial pathological mechanism of pulmonary fibrosis (PF). Retain copyright – authors retain the copyright to their own article you are free to disseminate your work, make unlimited copies, and more. Open Access – Food & Nutrition Research is free from all access barriers, allowing for the widest possible global dissemination of your work, leading to more citations.Īutomatic deposit in PubMed Central – all articles published in Food & Nutrition Research are automatically deposited in PubMed and PMC, in compliance with NIH policies.Ĭomply with archiving policies – authors can deposit any version of their manuscript in any required repository or archive, or post articles to their personal or institutional website.

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