Sökresultat - "Zeng, Weizhu"

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  1. 1
    Efficient Biosynthesis of 8‑Prenylkaempferol from Kaempferol by Using Flavonoid 8‑Dimethylallyltransferase Derived from Epimedium koreanum

    Efficient Biosynthesis of 8‑Prenylkaempferol from Kaempferol by Using Flavonoid 8‑Dimethylallyltransferase Derived from Epimedium koreanum

    Gao, Songaff1, aff2, aff3, aff4, Zeng, Weizhuaff1, aff3, aff4, Li, Dongaff1, aff3, aff4, Zhou, Jingwenaff1, aff3, aff4, Xu, Shaaff4

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  2. 2
    High-Level De Novo Production of (2S)‑Naringenin in Yarrowia lipolytica Using Metabolic and Enzyme Engineering

    High-Level De Novo Production of (2S)‑Naringenin in Yarrowia lipolytica Using Metabolic and Enzyme Engineering

    Ru, Ziyunaff1, aff2, aff3, Liu, Mengsuaff1, aff2, aff3, Chen, Qihangaff1, aff2, aff3, Li, Hongbiaoaff1, aff2, aff3, Ning, Yangaff1, aff2, aff3, Zeng, Weizhuaff1, aff2, aff3, aff4, Zhou, Jingwenaff1, aff2, aff3, aff4

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  3. 3
    De Novo Biosynthesis of Chlorogenic Acid in Yarrowia lipolytica through Cis-Acting Element Optimization and NADPH Regeneration Engineering

    De Novo Biosynthesis of Chlorogenic Acid in Yarrowia lipolytica through Cis-Acting Element Optimization and NADPH Regeneration Engineering

    He, Wenjingaff1, aff2, aff4, Liu, Mengsuaff1, aff2, Yue, Mingyuaff1, aff2, Chen, Qihangaff1, aff2, Ye, Senaff1, aff2, aff4, Zhou, Jingwenaff1, aff2, aff3, Zeng, Weizhuaff1, aff2, aff3, Xia, Yuaff4

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  4. 4
    Metabolic Engineering of Saccharomyces cerevisiae for High Bioproduction of (+)-Nootkatone

    Metabolic Engineering of Saccharomyces cerevisiae for High Bioproduction of (+)-Nootkatone

    Gong, Ruyingaff1, aff2, aff3, Chen, Qihangaff1, aff2, aff3, Wei, Wenqianaff1, aff2, aff3, Deng, Hanningaff1, aff2, aff3, Zeng, Weizhuaff1, aff2, aff3, aff4, Gao, Songaff1, aff2, Zhou, Jingwenaff1, aff2, aff3, aff4, Xu, Shaaff1, aff3, aff4

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  5. 5
    Engineering Escherichia coli for Efficient De Novo Synthesis of Salidroside

    Engineering Escherichia coli for Efficient De Novo Synthesis of Salidroside

    Zeng, Weizhuaff1, aff2, aff4, Wang, Huijingaff1, aff2, aff3, Chen, Jianbinaff1, aff2, aff3, Hu, Minglongaff1, aff2, aff3, Wang, Xinruaff1, aff2, aff3, Chen, Jianaff1, aff2, aff3, aff4, Zhou, Jingwenaff1, aff2, aff3, aff4

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  6. 6
    De Novo Biosynthesis of Dihydroquercetin in Saccharomyces cerevisiae

    De Novo Biosynthesis of Dihydroquercetin in Saccharomyces cerevisiae

    Li, Hongbiaoaff1, aff2, aff3, aff4, Zhang, Shuaiaff1, aff2, aff5, Dong, Zilongaff1, aff2, aff5, Shan, Xiaoyuaff1, aff5, Zhou, Jingwenaff1, aff2, aff3, aff5, Zeng, Weizhuaff1, aff2, aff3, aff5

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  7. 7
    Improving Production of Coniferyl Alcohol in Escherichia coli by Regulating the Multiple Cofactors and Efflux of Intermediates

    Improving Production of Coniferyl Alcohol in Escherichia coli by Regulating the Multiple Cofactors and Efflux of Intermediates

    Wang, Lianaff1, aff2, aff3, Chen, Qihangaff1, aff2, Li, Dongaff1, aff2, Chen, Jianbinaff1, aff2, Wang, Huijingaff1, aff2, Hu, Minglongaff1, aff2, Shan, Xiaoyuaff1, aff2, Zeng, Weizhuaff1, aff2, Zhou, Jingwenaff1, aff2, aff3, aff4

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  8. 8
    Computer-Aided Semi-Rational Design to Enhance the Activity of l‑Sorbosone Dehydrogenase from Gluconobacter oxidans WSH-004

    Computer-Aided Semi-Rational Design to Enhance the Activity of l‑Sorbosone Dehydrogenase from Gluconobacter oxidans WSH-004

    Li, Dongaff1, aff2, aff3, Wang, Xinglongaff1, aff2, aff3, Huo, Linaff3, Zeng, Weizhuaff1, aff2, aff3, aff4, Li, Jianghuaaff1, aff2, aff3, Zhou, Jingwenaff1, aff2, aff3, aff4

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  9. 9
    Metabolic Pathway Coupled with Fermentation Process Optimization for High-Level Production of Retinol in Yarrowia lipolytica

    Metabolic Pathway Coupled with Fermentation Process Optimization for High-Level Production of Retinol in Yarrowia lipolytica

    Ren, Xuefengaff1, aff2, aff3, Liu, Mengsuaff1, aff2, aff3, Yue, Mingyuaff1, aff2, aff3, Zeng, Weizhuaff1, aff2, aff3, aff4, Zhou, Shenghuaff1, Zhou, Jingwenaff1, aff2, aff3, aff4, Xu, Shaaff1, aff3, aff4

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  10. 10
    Elucidation of the Biosynthesis of Asiaticoside and Its Reconstitution in Yeast

    Elucidation of the Biosynthesis of Asiaticoside and Its Reconstitution in Yeast

    Zhao, Xingyingaff1, aff2, aff3, Wei, Wenqianaff1, aff2, Li, Shanaff1, aff2, aff3, Gao, Songaff1, aff2, Liu, Shikeaff1, aff2, aff3, Zeng, Weizhuaff1, aff2, aff3, Zhou, Jingwenaff1, aff2, aff3, aff4

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  11. 11
    Combining Metabolic Engineering and Lipid Droplet Assembly to Achieve Campesterol Overproduction in Saccharomyces cerevisiae

    Combining Metabolic Engineering and Lipid Droplet Assembly to Achieve Campesterol Overproduction in Saccharomyces cerevisiae

    Qin, Zhijieaff1, aff2, Zhang, Yunliangaff1, aff2, Liu, Songaff1, aff2, Zeng, Weizhuaff1, aff2, Zhou, Jingwenaff1, aff2, aff3, Xu, Shaaff1

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  12. 12
    Efficient De Novo Biosynthesis of Curcumin in Escherichia coli by Optimizing Pathway Modules and Increasing the Malonyl-CoA Supply

    Efficient De Novo Biosynthesis of Curcumin in Escherichia coli by Optimizing Pathway Modules and Increasing the Malonyl-CoA Supply

    Chen, Jianbinaff1, aff2, Wang, Weigaoaff3, Wang, Lianaff1, aff2, Wang, Huijingaff1, aff2, Hu, MingLongaff1, aff2, Zhou, Jingwenaff1, aff2, aff4, Du, Guochengaff1, aff2, Zeng, Weizhuaff1, aff2, aff4

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  13. 13
    Enhancing Glycosylation of Flavonoids by Engineering the Uridine Diphosphate Glucose Supply in Escherichia coli

    Enhancing Glycosylation of Flavonoids by Engineering the Uridine Diphosphate Glucose Supply in Escherichia coli

    Liu, Shikeaff1, aff2, aff4, Li, Dongaff1, aff2, aff4, Qin, Zhijieaff1, aff2, aff4, Zeng, Weizhuaff1, aff2, aff4, Zhou, Jingwenaff1, aff2, aff3, aff4

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  14. 14
    Regulation of Ethanol Assimilation for Efficient Accumulation of Squalene in Saccharomyces cerevisiae

    Regulation of Ethanol Assimilation for Efficient Accumulation of Squalene in Saccharomyces cerevisiae

    Zhang, Yunliangaff1, aff2, Wang, Weigaoaff3, Wei, Wenqianaff1, aff2, Xia, Luaff1, aff2, Gao, Songaff1, aff2, Zeng, Weizhuaff1, aff2, Liu, Songaff1, aff2, Zhou, Jingwenaff1, aff2, aff4

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  15. 15
    Rational design of lanosterol 14α-demethylase for ergosterol biosynthesis in Saccharomyces cerevisiae

    Rational design of lanosterol 14α-demethylase for ergosterol biosynthesis in Saccharomyces cerevisiae

    Liang, RuixueAff1, Aff2, Xu, KangjieAff1, Aff2, Wang, XinglongAff1, Aff2, Aff3, Wei, WenqianAff1, Aff2, Chen, QihangAff1, Aff2, Qin, ZhijieAff1, Aff2, Aff3, Zeng, WeizhuAff1, Aff2, Aff3, Zhou, JingwenAff1, Aff2, Aff3, IDs1320502404136x_cor1

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  16. 16
    Efficient production of hydroxysalidroside in Escherichia coli via enhanced glycosylation and semi-rational design of UGT85A1

    Efficient production of hydroxysalidroside in Escherichia coli via enhanced glycosylation and semi-rational design of UGT85A1

    Wang, Xinru a, b, Wang, Lian a, b, Chen, Qihang a, b, Wang, Ke a, b, Wang, Huijing a, b, Li, Dong a, b, Gao, Song a, b, Zeng, Weizhu a, b, Zhou, Jingwen a, b, c, d, ⁎

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  17. 17
    Biosynthesis and bioactivities of triterpenoids from Centella asiatica: Challenges and opportunities

    Biosynthesis and bioactivities of triterpenoids from Centella asiatica: Challenges and opportunities

    Zeng, Weizhu a, b, c, d, Li, Hongbiao a, b, c, Liu, Shike a, b, c, Luo, Zhengshan b, Chen, Jian a, b, c, d, ⁎, Zhou, Jingwen a, b, c, d, ⁎

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  18. 18
    Ty retrotransposon element based multiple integration toolkit for Saccharomyces cerevisiae

    Ty retrotransposon element based multiple integration toolkit for Saccharomyces cerevisiae

    Gao, Song a, b, c, d, Zeng, Weizhu a, c, d, Li, Dong a, c, d, Xu, Sha d, Zhou, Jingwen a, c, d, ⁎

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  19. 19
    Identification of two new flavone 4′-O-methyltransferases and their application in de novo biosynthesis of (2S)-hesperetin in Yarrowia lipolytica

    Identification of two new flavone 4′-O-methyltransferases and their application in de novo biosynthesis of (2S)-hesperetin in Yarrowia lipolytica

    Wang, Yiyun a, Huang, Ruiqiu b, Gao, Song a, Yue, Mingyu a, Zhang, Xuan a, Zeng, Weizhu a, c, Tang, Bin d, Zhou, Jingwen a, c, Huang, Dongliang b, ⁎, Xu, Sha a, ⁎⁎

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  20. 20
    Multi-omics analysis of genetic differences between Guangchenpi and Huajuhong

    Multi-omics analysis of genetic differences between Guangchenpi and Huajuhong

    Wang, Yiyun a, 1, Huang, Ruiqiu b, 1, Gao, Song a, Li, Hongbiao a, Zeng, Weizhu a, c, Tang, Bin d, Huang, Dongliang b, ⁎, Zhou, Jingwen a, c, ⁎⁎

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