Yoshie Hanzawa

California State University--Northridge

Affiliations

College of Science and Mathematics

Department Of Biology

School Of Science And Mathematics

NoneYoshie Hanzawa is currently serving as a College Of Science And Mathematics faculty at California State University--Northridge.

Honors

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Experiences

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Education

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Yoshie Hanzawa

California State University--Northridge

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genetics genomics plant genetics plant biotechnology plant science biology systems biology plant physiology plant genomics plant biology regulatory network modelling evolutionary biology botany population genetics network analysis agricultural biotechnology integrative plant biology mathematical bioscience theoretical biology biological networks plant breeding soybean domestication arabidopsis flowering time biosynthesis genetic recombination genetic engineering computational biology soil biology agricultural history nature agronomy heredity genetic foundation domestication genetic basis plant development plant ecology plant molecular biology complex biological systems gene regulatory networks molecular breeding crop improvement temporal networks mutagenesis gene regulation genetic architecture cis-regulatory variation transcriptome-enabled network inference gmcol1 feed-forward loop photoperiodic flowering ode models graph topology ode model non-pleiotropic loci qtl mapping experiment condition diversity network reconstruction targeted mutagenesis soybean early flowering agricultural policy plant disease human impacts on the environment agricultural economics environmental science environmental degradation plant pathology quantitative biology symbiosis molecular plant pathology sustainable agriculture agroforestry systems genetic variation production research biological engineering experimental botany molecular plant-microbe interactions fungus biosystems sustainability science tropical plant pathology natural resource management biological pest control chemical ecology applied ecology crop protection quantitative genetics precision agriculture integrated pest management environmental protection biotechnology advance biotechnology environmental research ecology science and technology studies horticulture research

Notable Scholarly Works

Notable Federal Grants

Collaborators

Clarifying the Temporal Dynamics of the Circadian Clock and Flowering Gene Network Using Overexpression and Targeted Mutagenesis of Soybean Early Flowering 3-1 (Gmelf3-1). PubMed (2023)

Michelle AlcantaraHira IftikharKimberly KaganDianna DzheyranyanPedram AbbasiAlejandra AlamillaNicole AyalaTrixy BacaVanessa BenoitNatalia ClausenCaroline CotoCelia GuerreroErik Hernandez CatalanSierra HurtadoAngela LopezJacqueline LopezNicholas MajarianNoah MesfinAvetis MishegyanGoharik MkrtchyanAmy OrdonezArthur PachanyanTanya PelayoAlondra RosasKylee RowseyElina SharmaSanjiti SharmaShauna Van GrinsvenYoshie Hanzawa

geneticstargeted mutagenesismutagenesisplant sciencegenomicsplant biotechnologysoybean early floweringplant breedingplant geneticscircadian clockdevelopmental biologymolecular biologyplant physiologyplant biologymutagenesis (molecular biology technique)

Elucidating the Temporal Patterns of Gene Expression in the Inferred Regulatory Interactions of Gmcol1B in Glycine Max. PubMed (2023)

Michelle AlcantaraHira IftikharDianna DzheyranyanKimberly KaganPedram AbbasiAlejandra AlamillaNicole AyalaTrixy BacaVanessa BenoitNatalia ClausenCaroline CotoCelia GuerreroErik Hernandez CatalanSierra HurtadoAngela LopezJacqueline LopezNicholas MajarianNoah MesfinAvetis MishegyanGoharik MkrtchyanAmy OrdonezArthur PachanyanTanya PelayoAlondra RosasKylee RowseyElina SharmaSanjiti SharmaShauna Van GrinsvenYoshie Hanzawa

geneticsglycine maxinferred regulatory interactionsgene expressiongene regulationmolecular biologytemporal patterns

Experimental Verification of Inferred Regulatory Interactions of Early Flowering 3 (Gmelf3-1) in Glycine Max. PubMed (2022)

From Graph Topology to Ode Models for Gene Regulatory Networks. PLoS ONE (2020)

Xiaohan KangBruce HajekYoshie Hanzawa

geneticsnetwork sciencenetwork analysisregulatory network modellingode modelsode modelbiological networkstheoretical biologygene regulatory networkscomplex systemsmathematical biosciencegraph topologysystems biologymathematical biologycomplex biological systems

Identification of Non-Pleiotropic Loci in Flowering and Maturity Control in Soybean. Agronomy (2020)

Eric J. SedivyAbraham AkperteyAngela VelaSandra AbadirAwais KhanYoshie Hanzawa

heredityplant biotechnologymolecular breedingqtl mapping experimentagronomyquantitative geneticsgeneticspopulation geneticsgenomicscrop improvementplant geneticsagricultural biotechnologybiologyplant genomicsplant scienceevolutionary biologysoybean domesticationnon-pleiotropic lociplant breedinggenetic variation

Time Series Experimental Design Under One-Shot Sampling: The Importance of Condition Diversity. PLoS ONE (2019)

Xiaohan KangBruce HajekFaqiang WuYoshie Hanzawa

regulatory network modellingnetwork analysisbiostatisticstime seriestheoretical biologybiological networksmathematical biosciencecondition diversitytemporal networkssystems biologynetwork reconstructionquantitative biology

Transcriptome-Enabled Network Inference Revealed the Gmcol1 Feed-Forward Loop and Its Roles in Photoperiodic Flowering of Soybean. Frontiers in Plant Science (2019)

Faqiang WuXiaohan KangMinglei WangWaseem HaiderWilliam B. PriceBruce HajekYoshie Hanzawa

geneticsregulatory network modellingbiologyfunctional genomicsplant sciencegene expressionplant genomicsgenomicsplant molecular biologycomputational biologyplant biotechnologyphotoperiodic floweringintegrative plant biologytranscriptome-enabled network inferencesystems biologyplant physiologytranscriptomegmcol1 feed-forward loop

A Simple Method for Isolation of Soybean Protoplasts and Application to Transient Gene Expression Analyses. Journal of Visualized Experiments (2018)

Evolutionary Trajectories of Duplicated Ft Homologues and Their Roles in Soybean Domestication. The Plant Journal (2017)

Soybean Domestication: The Origin, Genetic Architecture and Molecular Bases. New Phytologist (2017)

Eric J. SedivyFaqiang WuYoshie Hanzawa

plant biotechnologyagricultural historyintegrative plant biologygenetic basisgenetic foundationgenomicsplant geneticsagricultural economicsbiomolecular engineeringbotanyagricultural biotechnologygenetic engineeringbiologyplant genomicsdomesticationsoybean domesticationsoil biologybiosynthesisgenetic architecturegenetic recombination