Faculty

Institution

Unit

Venue

Guiliang Tang

Professor Biological Sciences

Michigan Technological University

Affiliations

College of Sciences and Arts

Biological Sciences

Guiliang Tang is currently serving as a Biological Sciences Professor Biological Sciences at Michigan Technological University.

Honors

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Experiences

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Education

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Guiliang Tang

Michigan Technological University

Professor Biological Sciences

You can click a keyword to filter the displayed items

genetics plant science molecular biology plant biology plant physiology rna biology botany gene expression genomics plant genetics plant biotechnology developmental biology epigenetics biotechnology biochemistry plant genomics plant biochemistry genome biology plant breeding membrane biology molecular genetics agricultural biotechnology plant molecular biology crop science plant development genetic engineering protein science agronomy small rna microrna detection plant metabolism gene regulation crop physiology arabidopsis thaliana biochemical sciences molecular physiology avian biology experimental botany enzyme inhibition transcription regulation lysine catabolism crop improvement leaf development integrative plant biology mammalian biology molecular diagnostics redox biology metabolic regulation agricultural sciences crop yields genetic technologies molecular biotechnology artificial micrornas plant nutritional value brain science clinical neuroscience gene expression profiling gene function bloom ecology host response host factors protein phosphorylation protein function plant protection plant immunity biochemical framework rna silencing microrna control glucose-regulated mirnas insulin transcription plant flowering dynamic regulation abscisic acid floral stem cells animal micrornas short tandem target gene silencing plant pathology rna interference biology systems biology

Notable Scholarly Works

Notable Federal Grants

Collaborators

Post-Transcriptional and Post-Translational Regulation of Anthocyanin Biosynthesis in Sweetpotato by Ib-Mir2111 and Ibkfb: Implications for Health Promotion. Journal of Advanced Research (2025)

Ruimin TangCailiang ZhaoJingjian DongXiayu LiuLu ChangJianghui LiHaitao DongYuntao LvZhuang LuoMeiling WuShan ShenQianwen ShanYuan LiQijun ChenRunzhi LiLiheng HeQinghe CaoGuiliang TangXiaoyun Jia

biosynthesisanthocyanin biosynthesispost-translational regulationbiochemistry

Knockdown of Microrna390 Enhances Maize Brace Root Growth. International Journal of Molecular Sciences (2024)

Juan MengWeiya LiFeiyan QiTianxiao YangNa LiJiong WanXiaoqi LiYajuan JiangChenhui WangMeilian HuangYuanyuan ZhangYongqiang ChenSachin TeotiaGuiliang TangZhanhui ZhangJihua Tang

molecular geneticsplant biotechnologyagronomygeneticsbrace root growthgenomicsplant geneticsbiomolecular engineeringbotanyagricultural biotechnologyplant sciencegene expressioncrop sciencebiotechnologyplant breedingregenerative agriculturemolecular biologyhorticulture researchcrop physiology

MICRORNA166: Old Players and New Insights Into Crop Agronomic Traits Improvement. Genes (2024)

Zhanhui ZhangTianxiao YangNa LiGuiliang TangJihua Tang

geneticsplant genomicsgenomicscrop enhancementcrop scienceagronomy

A High‐Efficiency Gene Silencing in Plants Using Two‐Hit Asymmetrical Artificial Micrornas. Plant Biotechnology Journal (2023)

Sachin TeotiaXiaoran WangNa ZhouMengmeng WangHaiping LiuJun QinDianwei HanChingwen LiChristine E. LiShangjin PanHaifeng TangWenjun KangZhanhui ZhangXiaoqing TangTing PengGuiliang Tang

plant scienceplant biotechnologyplant breedingplant geneticsbiomolecular engineeringgenetic technologiesbiotechnologyplant biologybiological engineering

Investigation of Temperature Stress Tolerance in Arabidopsis Sttm165/166 Using Electrophysiology and Rna-Seq. arXiv (Cornell University) (2023)

Zhao, DongjieChen, QinghuiWang, ZiyangArbanas, LucyTang, Guiliang

geneticsplant sciencebioinformaticsenvironmental sciencegenomicsrna biologyexperimental analysistranscriptomics technologyplant physiologyplant biologytemperature stress toleranceexperimental plant biologyphysiology

The Dead-Box Helicase Rcf1 Plays Roles in Mirna Biogenesis and Rna Splicing in Arabidopsis. bioRxiv (Cold Spring Harbor Laboratory) (2023)

Chi XuZhanhui ZhangJuan HeYongsheng BaiLin LiuJihua TangGuiliang TangXuemei ChenBeixin Mo

geneticsplant sciencerna biologyrna splicingmolecular biologydevelopmental biologymirna biogenesisbotany

The Mir156/ Spl12 Module Orchestrates Fruit Colour Change Through Directly Regulating Ethylene Production Pathway in Blueberry. Plant Biotechnology Journal (2023)

Hongxue LiShouwen WangLulu ZhaiYuhai CuiGuiliang TangJunwei HuoXuyan LiShaomin Bian

fruit colour changeplant scienceplant biotechnologyethylene production pathwaymolecular biologybiotechnologybotanyplant physiologyplant biology

The Mir165/166– Phabulosa Module Promotes Thermotolerance by Transcriptionally and Posttranslationally Regulating Hsfa1. The Plant Cell (2023)

Jie LiYiming CaoJiaxin ZhangCuijing ZhuGuiliang TangJun Yan

geneticsplant biochemistryplant sciencegene expressionplant cellsplant biologyplant molecular biologyplant biotechnologygene regulationtranscription factorsmolecular physiologymolecular biologyplant physiologybotanycell biologyepigeneticstranscription regulationtranscription (biology)

The Mir167-Osarf12 Module Regulates Rice Grain Filling and Grain Size Downstream of Mir159. Plant Communications (2023)

Yafan ZhaoXiaofan ZhangYuan ChengXiangxiang DuSachin TeotiaChunbo MiaoHuwei SunGuoqiang FanGuiliang TangHongwei XueQuanzhi ZhaoTing Peng

geneticsplant sciencerice grain fillinggrain size downstreamscientific communicationcrop scienceagricultural economics

The Dead ‐Box Helicase Rcf1 Plays Roles in Mirna Biogenesis and Rna Splicing in Arabidopsis. The Plant Journal (2023)

Chi XuZhanhui ZhangJuan HeYongsheng BaiJie CuiLin LiuJihua TangGuiliang TangXuemei ChenBeixin Mo

geneticsbiologygene expressionrna biologytranscription factorsmolecular biologybotanyprotein sciencetranscription (biology)

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Guiliang Tang

Professor Biological Sciences

Michigan Technological University

Affiliations

College of Sciences and Arts

Biological Sciences

Guiliang Tang is currently serving as a Biological Sciences Professor Biological Sciences at Michigan Technological University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Guiliang Tang

Michigan Technological University

Professor Biological Sciences

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Post-Transcriptional and Post-Translational Regulation of Anthocyanin Biosynthesis in Sweetpotato by Ib-Mir2111 and Ibkfb: Implications for Health Promotion. Journal of Advanced Research (2025)

Ruimin TangCailiang ZhaoJingjian DongXiayu LiuLu ChangJianghui LiHaitao DongYuntao LvZhuang LuoMeiling WuShan ShenQianwen ShanYuan LiQijun ChenRunzhi LiLiheng HeQinghe CaoGuiliang TangXiaoyun Jia

biosynthesisanthocyanin biosynthesispost-translational regulationbiochemistry

Knockdown of Microrna390 Enhances Maize Brace Root Growth. International Journal of Molecular Sciences (2024)

Juan MengWeiya LiFeiyan QiTianxiao YangNa LiJiong WanXiaoqi LiYajuan JiangChenhui WangMeilian HuangYuanyuan ZhangYongqiang ChenSachin TeotiaGuiliang TangZhanhui ZhangJihua Tang

MICRORNA166: Old Players and New Insights Into Crop Agronomic Traits Improvement. Genes (2024)

Zhanhui ZhangTianxiao YangNa LiGuiliang TangJihua Tang

geneticsplant genomicsgenomicscrop enhancementcrop scienceagronomy

A High‐Efficiency Gene Silencing in Plants Using Two‐Hit Asymmetrical Artificial Micrornas. Plant Biotechnology Journal (2023)

Sachin TeotiaXiaoran WangNa ZhouMengmeng WangHaiping LiuJun QinDianwei HanChingwen LiChristine E. LiShangjin PanHaifeng TangWenjun KangZhanhui ZhangXiaoqing TangTing PengGuiliang Tang

plant scienceplant biotechnologyplant breedingplant geneticsbiomolecular engineeringgenetic technologiesbiotechnologyplant biologybiological engineering

Investigation of Temperature Stress Tolerance in Arabidopsis Sttm165/166 Using Electrophysiology and Rna-Seq. arXiv (Cornell University) (2023)

Zhao, DongjieChen, QinghuiWang, ZiyangArbanas, LucyTang, Guiliang

The Dead-Box Helicase Rcf1 Plays Roles in Mirna Biogenesis and Rna Splicing in Arabidopsis. bioRxiv (Cold Spring Harbor Laboratory) (2023)

Chi XuZhanhui ZhangJuan HeYongsheng BaiLin LiuJihua TangGuiliang TangXuemei ChenBeixin Mo

geneticsplant sciencerna biologyrna splicingmolecular biologydevelopmental biologymirna biogenesisbotany

The Mir156/ Spl12 Module Orchestrates Fruit Colour Change Through Directly Regulating Ethylene Production Pathway in Blueberry. Plant Biotechnology Journal (2023)

Hongxue LiShouwen WangLulu ZhaiYuhai CuiGuiliang TangJunwei HuoXuyan LiShaomin Bian

fruit colour changeplant scienceplant biotechnologyethylene production pathwaymolecular biologybiotechnologybotanyplant physiologyplant biology

The Mir165/166– Phabulosa Module Promotes Thermotolerance by Transcriptionally and Posttranslationally Regulating Hsfa1. The Plant Cell (2023)

Jie LiYiming CaoJiaxin ZhangCuijing ZhuGuiliang TangJun Yan

The Mir167-Osarf12 Module Regulates Rice Grain Filling and Grain Size Downstream of Mir159. Plant Communications (2023)

Yafan ZhaoXiaofan ZhangYuan ChengXiangxiang DuSachin TeotiaChunbo MiaoHuwei SunGuoqiang FanGuiliang TangHongwei XueQuanzhi ZhaoTing Peng

geneticsplant sciencerice grain fillinggrain size downstreamscientific communicationcrop scienceagricultural economics

The Dead ‐Box Helicase Rcf1 Plays Roles in Mirna Biogenesis and Rna Splicing in Arabidopsis. The Plant Journal (2023)

Chi XuZhanhui ZhangJuan HeYongsheng BaiJie CuiLin LiuJihua TangGuiliang TangXuemei ChenBeixin Mo

geneticsbiologygene expressionrna biologytranscription factorsmolecular biologybotanyprotein sciencetranscription (biology)

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University of California, Davis

biotic stress

proteome research

Savithramma Dinesh-Kumar

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plant genomics

molecular plant-microbe interactions

John Gray

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University of Toledo

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genomics

Lucia Strader

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Mark Guiltinan

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Arthur G. Hunt

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morphogenesis

Aleksandra Skirycz

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biosynthesis

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proteome research

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molecular biology

integrative plant biology