DHCR24

更新于：2025-01-23

基本信息

别名

24-dehydrocholesterol reductase、3-beta-hydroxysterol Delta-24-reductase、DCE

+ [5]

简介

Catalyzes the reduction of the delta-24 double bond of sterol intermediates during cholesterol biosynthesis (PubMed:11519011, PubMed:21671375, PubMed:25637936, PubMed:22178193). In addition to its cholesterol-synthesizing activity, can protect cells from oxidative stress by reducing caspase 3 activity during apoptosis induced by oxidative stress (PubMed:11007892, PubMed:22010141). Also protects against amyloid-beta peptide-induced apoptosis (PubMed:11007892).

关联

100 项与 DHCR24 相关的临床结果

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100 项与 DHCR24 相关的转化医学

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0 项与 DHCR24 相关的专利（医药）

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494

项与 DHCR24 相关的文献（医药）

2025-01-08·Journal of Agricultural and Food Chemistry

Multiple Strategies Enhance 7-Dehydrocholesterol Production from Kitchen Waste by Engineered Yarrowia lipolytica

Article

作者: Hou, Zheng-Jie ; Liu, Zhi-Hua ; Zhou, Xiao ; Shu, Yujie ; Yao, Mingdong ; Dong, Tianyu ; Wang, Ying ; Cheng, Jing-Sheng ; Xiao, Wenhai

7-Dehydrocholesterol (7-DHC) is an important precursor of vitamin D₃. The microbial synthesis of 7-DHC has attracted substantial attention. In this study, multiple strategies were developed to create a sustainable green route for enhancing 7-DHC yield from kitchen waste by engineered Yarrowia lipolytica. Y. lipolytica strains were engineered and combined with various Δ²⁴-dehydrocholesterol reductases. Overexpressing all the genes in the mevalonate pathway improved the precursor pool, increasing the 7-DHC titer from 21.8 to 145.6 mg/L. Additionally, optimizing medium components using the response surface method significantly raised the 7-DHC titer to 391.0 mg/L after shake flask cultivation. The engineered strain yielded a record 7-DHC titer of 3.5 g/L in a 5-L bioreactor when kitchen waste was used as a carbon source. Overall, these results demonstrate that engineered Y. lipolytica efficiently synthesizes 7-DHC from waste lipid feedstock, offering a promising route for its bioproduction.

2025-01-01·Taiwanese Journal of Obstetrics and Gynecology

Fatty acid metabolism-related signature suggests an oncogenic role of TEKT1 in endometrial cancer

Article

作者: Xiao, Hong ; Xu, Xin ; Xiahou, Zhikai ; Song, Yafeng

OBJECTIVEThe study aims to construct a prognostic signature to detect the molecular interaction between the fatty acid metabolism and the progression of endometrial cancer.MATERIALS AND METHODSA total of 309 fatty acid metabolism relative genes were analyzed in the endometrial cancer cohort from The Cancer Genome Atlas. Dataset GSE216872 was applied for external validation. The R program was chosen to detect the expression of FAMRGs and execute GO/KEGG analysis. Considering the clinical information and pathological features, a prognostic gene signature was constructed using LASSO Cox regression analysis. According to FAM risk score, endometrial cancer patients were divided into high and low FAM-risk score groups. By differential expression analysis and cytoscape, TEKT1 was identified as the hub gene. Functional enrichments explored the biological process TEKT1 participated. Cellular proliferation, clone formation, migration, invasion, cycle, and apoptosis were assessed to detect the effect of TEKT1 in endometrial cancer. Co-immunoprecipitation and Western blot were performed to determine the mechanism of TEKT1.RESULTSA prognostic signature based on 10 FAMRGs (ACACB, PTGIS, BMPR1B, DHCR24, FAAH, GPX1, GPX4, INMT, PON3, PPT2) was generated using Lasso Cox hazards regression analysis in TCGA. TEKT1 was identified as the gene related to fatty acid metabolism. Next, we demonstrated that TEKT1 was highly expressed in endometrial cancer tissues in CPTAC and was mainly involved in the cell cycle and biosynthesis of unsaturated fatty acids. Ex-vivo experiments revealed that TEKT1 promoted proliferation, migration, and invasiveness while inhibiting apoptosis. Further experiments demonstrated that TEKT1 might promote fatty acid synthesis by binding to AMPK-γ for ACC and FASN downregulation.CONCLUSIONA reliable predictive signature based on genes related to fatty acid metabolism in endometrial cancer was conducted, wherein TEKT1 was mainly implicated as the primary gene of interest. TEKT1 showed affinity to AMPK-γ and probably promoted FA synthesis in endometrial cancer.

2025-01-01·Gene

Integrating multiomics sequencing analyses uncover the key mechanisms related to oxidative stress, mitochondria, and immune cells in keloid

Article

作者: Liu, Ruizhu ; Liu, Ruizu ; Li, Mingxi ; Wang, Zichao ; Qin, Haiyan ; Zhang, Lianbo ; Zhang, Guang

BACKGROUNDThis study aimed to investigate the key molecular mechanisms underlying keloid pathogenesis by integrating oxidative stress, mitochondria, and immune cells.METHODSTranscriptome sequencing (mRNA, lncRNA, and circRNA expression data), proteomic sequencing, and small RNA sequencing analyses of lesional and non-lesional skin of patients with keloids and healthy control (normal) skin were conducted. By integrating mRNA and publicly available gene expression data (GSE158395), differentially expressed genes related to oxidative stress and mitochondrial function in keloids were identified. Hub genes were identified using various bioinformatics analyses such as immune infiltration analysis, weighted gene co-expression network analysis, machine learning, and expression validation using proteomics sequencing data. Moreover, a competing endogenous RNA (ceRNA) network of hub genes was constructed by combining miRNA, lncRNA, and circRNA expression data. Five hub genes were identified: MGST1, DHCR24, ALDH3A2, ADH1B, and FKBP5.RESULTSThese hub genes had a high diagnostic value for keloids, with an AUC value > 0.8 each. In addition, five hub genes were associated with the infiltration of multiple immune cells. The immune cells with the strongest positive and negative correlations with hub genes were M0 and M1 macrophages. A ceRNA network was constructed, and several ceRNAs, such as AC005062.1/miR-134-5p/FKBP5 and BASP1-AS1/miR-503-5p/ADH1B, were identified. These five hub genes may contribute to keloid pathogenesis.CONCLUSIONThese genes and their related ceRNAs may serve as diagnostic biomarkers and therapeutic targets for keloids.

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