Faculty

Institution

Unit

Venue

Hideki Takahashi

Associate Professor

Michigan State University

Affiliations

College of Natural Science

Department of Biochemistry and Molecular Biology

Genetics & Genome Sciences

Molecular Plant Sciences Program

Hideki Takahashi is currently serving as a College Of Natural Science Associate Professor at Michigan State University.

Honors

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Experiences

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Education

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Hideki Takahashi

Michigan State University

Associate Professor

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plant science plant physiology plant biology botany plant biochemistry genetics membrane biology plant biotechnology molecular biology gene expression biochemistry plant metabolism pharmacology plant molecular biology experimental botany plant genetics cellular physiology molecular and cellular biology cell physiology enzymes integrative plant biology agricultural biotechnology soil biology plant development plant genomics plant ecology redox biology signal transduction plant-abiotic interaction biosynthesis molecular physiology experimental plant biology biochemical sciences root systems genomics genome biology transcription regulation arabidopsis roots sulfate transporter arabidopsis thaliana plant nutrition sulfur metabolism sulfur assimilation molecular science avian biology rna biology plant breeding crop physiology membrane transport phytochemistry plant metabolomics plant cytology root morphology sulfur nutrition sulfur deficiency livestock science enzyme inhibition plant analysis secondary metabolism molecular regulation integrated analysis high-affinity ammonium uptake sulfur deficiency response plasma membrane rice roots cytosolic glutamine synthetase functional diversity sulfate assimilation pathways root system architecture gene regulation host-guest chemistry transcriptomics technology crop improvement plant stress continual improvement process soil biotechnology chemical biology molecular metabolism nitrogen assimilation

Notable Scholarly Works

Notable Federal Grants

Collaborators

Adaptive Modifications in Plant Sulfur Metabolism Over Evolutionary Time. Journal of Experimental Botany (2024)

Stanislav KoprivaParisa Rahimzadeh KarvansaraHideki Takahashi

experimental botanymetabolismevolutionary timeplant metabolismplant biologyevolutionary biologyplant scienceplant sulfur metabolismadaptive modifications

Author Correction: Rational Engineering of an Elevator-Type Metal Transporter Zip8 Reveals a Conditional Selectivity Filter Critically Involved in Determining Substrate Specificity. Communications Biology (2023)

Yuhan JiangZhen LiDexin SuiGaurav SharmaTianqi WangKeith MacRenarisHideki TakahashiKenneth MerzJian Hu

scientific communicationinterface sciencenanotechnologyneurosciencepharmacologycommunication engineeringmolecular communicationsystems engineeringcell signalingcommunications systemsintercellular communicationrational engineeringsubstrate specificitygenetic engineeringprotein sciencefunctional selectivityconditional selectivityfilter designauthor correction

Coregulation of Glutamine Synthetase1;2 (Gln1;2) and Nadh-Dependent Glutamate Synthase (Glt1) Gene Expression in Arabidopsis Roots in Response to Ammonium Supply. Frontiers in Plant Science (2023)

Soichi KojimaHaruka MinagawaChika YoshidaEri InoueHideki TakahashiKeiki Ishiyama

plant metabolismplant geneticsfunctional genomicsplant biotechnologygeneticsarabidopsis rootsenzymesplant biochemistryepigeneticsmolecular biologyplant physiologygene expressionexperimental botanyplant genomicsbiochemistrybotanyplant scienceplant biologynadh-dependent glutamate synthasesoil biology

Sulfur Metabolism: Actions for Plant Resilience and Environmental Adaptation. Journal of Experimental Botany (2023)

Hideki TakahashiFrédéric MarsolaisAnn CuypersStanislav Kopriva

experimental botanyplant resiliencesulfur metabolismenvironmental sciencebotanyexperimental plant biologyenvironmental adaptationplant science

The C-Terminal Region of Slim1 Transcription Factor is Required for Sulfur Deficiency Response. Plants (2022)

Justyna PiotrowskaYuki JodoiNguyen Ha TrangAnna WawrzynskaHideki TakahashiAgnieszka SirkoAkiko Maruyama-Nakashita

sulfur deficiency responsec-terminal regionplant biochemistrytranscription factorsplant scienceplant molecular biologybiologymolecular physiologytranscription regulationmolecular biologyplant biologyplant physiologygene expressiongenetics

Faculty Opinions Recommendation of a Molecular Switch in Sulfur Metabolism to Reduce Arsenic and Enrich Selenium in Rice Grain.. Faculty Opinions – Post-Publication Peer Review of the Biomedical Literature (2021)

Hideki Takahashi

rice grainscientific communicationtrace metalsbiomedical researchsulfur metabolismbiochemistrypeer reviewchemistrymolecular biologyfaculty opinions recommendationenrich seleniumselenium deficiency

Faculty Opinions Recommendation of Evolution of Fast Root Gravitropism in Seed Plants.. Faculty Opinions – Post-Publication Peer Review of the Biomedical Literature (2021)

Hideki Takahashi

seed plantspeer reviewfast root gravitropismfaculty opinions recommendationevolutionary biology

Auxin-Mediated Root Branching is Determined by the Form of Available Nitrogen. Nature Plants (2020)

Markus MeierYing LiuKaterina S. Lay-PruittHideki TakahashiNicolaus von Wirén

auxin-mediated root branchingvegetation scienceplant physiologyavailable nitrogenbotanyplant ecologyplant biologyecologyplant science

Improving Nitrogen Use Efficiency: From Cells to Plant Systems. Journal of Experimental Botany (2020)

Guohua XuHideki Takahashi

nitrogen use efficiencyexperimental botanyplant physiologyagricultural economicssustainable agriculturecell biologyplant systemsagricultural biotechnologyexperimental plant biologyecologyplant science

Integrating N Signals and Root Growth: The Role of Nitrate Transceptor Nrt1.1 in Auxin-Mediated Lateral Root Development. Journal of Experimental Botany (2020)

Katerina S Lay-PruittHideki Takahashi

experimental botanyplant developmentplant sciencebotanydevelopmental biologybiologyexperimental plant biologyplant biologyroot growthplant physiologygene expressiongenetics

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Hideki Takahashi

Associate Professor

Michigan State University

Affiliations

College of Natural Science

Department of Biochemistry and Molecular Biology

Genetics & Genome Sciences

Molecular Plant Sciences Program

Hideki Takahashi is currently serving as a College Of Natural Science Associate Professor at Michigan State 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

Hideki Takahashi

Michigan State University

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Adaptive Modifications in Plant Sulfur Metabolism Over Evolutionary Time. Journal of Experimental Botany (2024)

Stanislav KoprivaParisa Rahimzadeh KarvansaraHideki Takahashi

experimental botanymetabolismevolutionary timeplant metabolismplant biologyevolutionary biologyplant scienceplant sulfur metabolismadaptive modifications

Yuhan JiangZhen LiDexin SuiGaurav SharmaTianqi WangKeith MacRenarisHideki TakahashiKenneth MerzJian Hu

Coregulation of Glutamine Synthetase1;2 (Gln1;2) and Nadh-Dependent Glutamate Synthase (Glt1) Gene Expression in Arabidopsis Roots in Response to Ammonium Supply. Frontiers in Plant Science (2023)

Soichi KojimaHaruka MinagawaChika YoshidaEri InoueHideki TakahashiKeiki Ishiyama

Sulfur Metabolism: Actions for Plant Resilience and Environmental Adaptation. Journal of Experimental Botany (2023)

Hideki TakahashiFrédéric MarsolaisAnn CuypersStanislav Kopriva

experimental botanyplant resiliencesulfur metabolismenvironmental sciencebotanyexperimental plant biologyenvironmental adaptationplant science

The C-Terminal Region of Slim1 Transcription Factor is Required for Sulfur Deficiency Response. Plants (2022)

Justyna PiotrowskaYuki JodoiNguyen Ha TrangAnna WawrzynskaHideki TakahashiAgnieszka SirkoAkiko Maruyama-Nakashita

Hideki Takahashi

rice grainscientific communicationtrace metalsbiomedical researchsulfur metabolismbiochemistrypeer reviewchemistrymolecular biologyfaculty opinions recommendationenrich seleniumselenium deficiency

Faculty Opinions Recommendation of Evolution of Fast Root Gravitropism in Seed Plants.. Faculty Opinions – Post-Publication Peer Review of the Biomedical Literature (2021)

Hideki Takahashi

seed plantspeer reviewfast root gravitropismfaculty opinions recommendationevolutionary biology

Auxin-Mediated Root Branching is Determined by the Form of Available Nitrogen. Nature Plants (2020)

Markus MeierYing LiuKaterina S. Lay-PruittHideki TakahashiNicolaus von Wirén

auxin-mediated root branchingvegetation scienceplant physiologyavailable nitrogenbotanyplant ecologyplant biologyecologyplant science

Improving Nitrogen Use Efficiency: From Cells to Plant Systems. Journal of Experimental Botany (2020)

Guohua XuHideki Takahashi

Integrating N Signals and Root Growth: The Role of Nitrate Transceptor Nrt1.1 in Auxin-Mediated Lateral Root Development. Journal of Experimental Botany (2020)

Katerina S Lay-PruittHideki Takahashi

experimental botanyplant developmentplant sciencebotanydevelopmental biologybiologyexperimental plant biologyplant biologyroot growthplant physiologygene expressiongenetics

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University of Texas at Austin

photobiology

photomorphogenesis

Aleksandra Skirycz

Institution

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biosynthesis

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Caren Chang

Institution

University of Maryland, College Park

plant science

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Robert L Last

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Stanley Roux

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cell autophagy

molecular and cellular biology

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Nigel M. Crawford

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University of California, San Diego

experimental plant biology

ecosystem

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plant physiology

plant science

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molecular and cellular biology