GeneMANIA analysis reveals distinct interaction networks and pathways of key genes involved in adipogenic induction and maturation.

(A) The key genes for inducing adipocyte differentiation and their co-expression genes were analyzed via GeneMANIA (B) Treemap of enriched biological functions items of key genes for inducing adipocyte differentiation and their co-expression genes <b...

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Main Author:	Tongtong Zhang (4763493) (author)
Other Authors:	Zhongming Cai (22670207) (author), Haoran Li (424403) (author), Zhengyao Li (1446232) (author), Leijuan Gan (22755903) (author), Dali Mu (543032) (author)
Published:	2025
Subjects:	Biophysics Biochemistry Cell Biology Genetics Molecular Biology Developmental Biology Inorganic Chemistry Computational Biology Biological Sciences not elsewhere classified particularly fat grafting mrna regulatory axes mirna &# 8211 lipase activity regulation derived stem cells dependent transcriptional landscape identify core regulators mitochondrial electron transport genemania network analysis eight hub genes differentially expressed lncrnas defined five genes lipid droplet formation adipose tissue homeostasis stage regulators involved modulating adipocyte differentiation lipid transport stage regulators four genes 41 genes 4 lncrnas lipid metabolism stage inducers seq analysis protein interaction mirnas led mature phenotype integrated bulk findings highlight energy metabolism consistently upregulated clinical applications cell rna bulk rna adipocyte maturation 9 mirnas
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GeneMANIA analysis reveals distinct interaction networks and pathways of key genes involved in adipogenic induction and maturation.

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