Faculty

Institution

Unit

Venue

Dean Della Penna

University Distinguished Professor Emeritus

Michigan State University

Affiliations

College of Natural Science

Department of Biochemistry and Molecular Biology

Dean Della Penna is currently serving as a College Of Natural Science University Distinguished Professor Emeritus at Michigan State University.

Honors

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Experiences

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Education

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Dean Della Penna

Michigan State University

University Distinguished Professor Emeritus

You can click a keyword to filter the displayed items

plant science plant physiology plant biology botany genetics biochemistry plant genetics plant biochemistry molecular biology genomics plant biotechnology plant molecular biology plant genomics biosynthesis biology plant metabolism enzymes gene expression genome biology agricultural biotechnology membrane biology phytochemistry experimental botany molecular genetics functional genomics biochemical sciences carotenoids photosynthesis plant nutrition genome-wide association studies plant breeding integrative plant biology horticulture research applied genetics plant ecology natural product biosynthesis genotype-phenotype association natural variation maize grain redox biology soil biology biological chemistry lipid peroxidation zea mays agronomy plant disease molecular science genome analysis mutagenesis cyanobacteria foodomics phytopharmacology plant analysis crop improvement genetic basis agricultural sciences biocatalysis crop physiology plant metabolomics carotenoid biosynthesis carotenoid synthesis higher plants homogentisate phytyltransferase kernel carotenoids arabidopsis seed carotenoids carotenoid hydroxylases arabidopsis thaliana alkaloid biosynthesis fresh kernels plant metabolic engineering genome sequencing sequence analysis gm crop photomorphogenesis genome sequence vitamin synthesis

Notable Scholarly Works

Notable Federal Grants

Collaborators

Combining Gwas and Twas to Identify Candidate Causal Genes for Tocochromanol Levels in Maize Grain. Genetics (2022)

Di WuXiaowei LiRyokei TanakaJoshua C WoodLaura E Tibbs-CortesMaria Magallanes-LundbackNolan BornowskiJohn P HamiltonBrieanne VaillancourtChristine H DiepenbrockXianran LiNicholas T DeasonGregory R SchoenbaumJianming YuC Robin BuellDean DellaPennaMichael A Gore

genomicsgenome biologymaize grainagricultural biotechnologyplant genomicsplant geneticsgeneticsbiologygenetic variationplant metabolomicsvitamin eapplied geneticscandidate causal genesgenetic epidemiologystatistical geneticsgenome-wide association studiesquantitative genetics

Genome-Wide Association Identifies a Missing Hydrolase for Tocopherol Synthesis in Plants. Proceedings of the National Academy of Sciences (2022)

Elise AlbertSungsoo KimMaria Magallanes-LundbackYan BaoNicholas DeasonBenoit DaniloDi WuXiaowei LiJoshua C. WoodNolan BornowskiMichael A. GoreC. Robin BuellDean DellaPenna

natural productsplant biotechnologyplant molecular biologyvte7 disruptiongeneticsplant metabolismplant physiologyplant metabolomicsbioactive compoundsarabidopsis seed tocopherolsplant biochemistrygenetic engineeringmissing hydrolasebiochemistrybiosynthesis

Genomic Prediction of Tocochromanols in Exotic‐Derived Maize. The Plant Genome (2022)

Laura E. Tibbs‐CortesTingting GuoXianran LiRyokei TanakaAdam E. VanousDavid PetersCandice GardnerMaria Magallanes‐LundbackNicholas T. DeasonDean DellaPennaMichael A. GoreJianming Yu

genomicsgenome biologyagricultural biotechnologyplant biotechnologygeneticsgenetic variationmaize breedingmolecular breedingplant breedingbiostatisticsgenomic predictionplant genomicsdesign methods

Leveraging Prior Biological Knowledge Improves Prediction of Tocochromanols in Maize Grain. The Plant Genome (2022)

Ryokei TanakaDi WuXiaowei LiLaura E. Tibbs‐CortesJoshua C. WoodMaria Magallanes‐LundbackNolan BornowskiJohn P. HamiltonBrieanne VaillancourtXianran LiNicholas T. DeasonGregory R. SchoenbaumC. Robin BuellDean DellaPennaJianming YuMichael A. Gore

genomicsgenome biologyvitamin e contentmaize grainagricultural biotechnologyfunctional genomicsplant biotechnologyplant geneticsgeneticsgenetic variationgenotype-phenotype associationbiostatisticsprior biological knowledgeplant sciencestatistical geneticsplant genomicsquantitative genetics

Transcriptome‐Wide Association and Prediction for Carotenoids and Tocochromanols in Fresh Sweet Corn Kernels. The Plant Genome (2022)

Jenna HershbergerRyokei TanakaJoshua C. WoodNicholas KaczmarDi WuJohn P. HamiltonDean DellaPennaC. Robin BuellMichael A. Gore

genomicstranscriptomegenome biologycausal genesplant genomicsfunctional genomicstranscriptome‐wide associationconsumed vegetablesplant geneticsgeneticsbiostatisticscarotenoidsfoodomicsplant sciencestatistical geneticsgenome-wide association studiesquantitative genetics

A Nested Association Mapping Panel in Arabidopsis Thaliana for Mapping and Characterizing Genetic Architecture. G3 Genes Genomes Genetics (2020)

Marcus T BrockMatthew J RubinDean DellaPennaCynthia Weinig

genomicsplant geneticsgeneticsplant sciencegenetic architecturebioinformatics

Eleven Biosynthetic Genes Explain the Majority of Natural Variation in Carotenoid Levels in Maize Grain. The Plant Cell (2020)

Christine H DiepenbrockDaniel C IlutMaria Magallanes-LundbackCatherine B KandianisAlexander E LipkaPeter J BradburyJames B HollandJohn P HamiltonEdmund WooldridgeBrieanne VaillancourtElsa Góngora-CastilloJason G WallaceJason CepelaMaria Mateos-HernandezBrenda F OwensTyler TiedeEdward S BucklerTorbert RochefordC Robin BuellMichael A GoreDean DellaPenna

genomicsgenome biologyeffect qtlzea maysagricultural biotechnologymaize grainplant biotechnologyplant geneticsgeneticsbiologygenetic variationplant genomicsquantitative genetics

High Throughput Profiling of Tocochromanols in Leaves and Seeds of Arabidopsis and Maize. Plant Methods (2020)

Yan BaoMaria Magallenes-LundbackNicholas DeasonDean DellaPenna

plant biologyprofiling techniqueenvironmental scienceplant physiologyplant sciencebotanyplant analysishigh throughput profiling

Natural Variation for Carotenoids in Fresh Kernels is Controlled by Uncommon Variants in Sweet Corn. The Plant Genome (2020)

Matheus BaseggioMatthew MurrayMaria Magallanes‐LundbackNicholas KaczmarJames ChamnessEdward S. BucklerMargaret E. SmithDean DellaPennaWilliam F. TracyMichael A. Gore

genomicsnatural variationexperimental botanyplant geneticskernel carotenoidsgeneticsbiologygenetic variationplant physiologycarotenoidsfresh kernelsplant sciencebotanyplant genomicsbiochemistrybiosynthesis

Allelic Variation in the Chloroplast Division Gene Ftsz2-2 Leads to Natural Variation in Chloroplast Size. PLANT PHYSIOLOGY (2019)

Deena K. Kadirjan-KalbachAiko TurmoJie WangBrandon C. SmithCheng ChenKatie J. PorterKevin L. ChildsDean DellaPennaKatherine W. Osteryoung

natural variationplant biologychloroplast sizegeneticsplant physiologyallelic variationplant sciencebotany

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Dean Della Penna

University Distinguished Professor Emeritus

Michigan State University

Affiliations

College of Natural Science

Department of Biochemistry and Molecular Biology

Dean Della Penna is currently serving as a College Of Natural Science University Distinguished Professor Emeritus 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

Dean Della Penna

Michigan State University

University Distinguished Professor Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Combining Gwas and Twas to Identify Candidate Causal Genes for Tocochromanol Levels in Maize Grain. Genetics (2022)

Genome-Wide Association Identifies a Missing Hydrolase for Tocopherol Synthesis in Plants. Proceedings of the National Academy of Sciences (2022)

Elise AlbertSungsoo KimMaria Magallanes-LundbackYan BaoNicholas DeasonBenoit DaniloDi WuXiaowei LiJoshua C. WoodNolan BornowskiMichael A. GoreC. Robin BuellDean DellaPenna

Genomic Prediction of Tocochromanols in Exotic‐Derived Maize. The Plant Genome (2022)

Laura E. Tibbs‐CortesTingting GuoXianran LiRyokei TanakaAdam E. VanousDavid PetersCandice GardnerMaria Magallanes‐LundbackNicholas T. DeasonDean DellaPennaMichael A. GoreJianming Yu

genomicsgenome biologyagricultural biotechnologyplant biotechnologygeneticsgenetic variationmaize breedingmolecular breedingplant breedingbiostatisticsgenomic predictionplant genomicsdesign methods

Leveraging Prior Biological Knowledge Improves Prediction of Tocochromanols in Maize Grain. The Plant Genome (2022)

Transcriptome‐Wide Association and Prediction for Carotenoids and Tocochromanols in Fresh Sweet Corn Kernels. The Plant Genome (2022)

Jenna HershbergerRyokei TanakaJoshua C. WoodNicholas KaczmarDi WuJohn P. HamiltonDean DellaPennaC. Robin BuellMichael A. Gore

A Nested Association Mapping Panel in Arabidopsis Thaliana for Mapping and Characterizing Genetic Architecture. G3 Genes Genomes Genetics (2020)

Marcus T BrockMatthew J RubinDean DellaPennaCynthia Weinig

genomicsplant geneticsgeneticsplant sciencegenetic architecturebioinformatics

Eleven Biosynthetic Genes Explain the Majority of Natural Variation in Carotenoid Levels in Maize Grain. The Plant Cell (2020)

genomicsgenome biologyeffect qtlzea maysagricultural biotechnologymaize grainplant biotechnologyplant geneticsgeneticsbiologygenetic variationplant genomicsquantitative genetics

High Throughput Profiling of Tocochromanols in Leaves and Seeds of Arabidopsis and Maize. Plant Methods (2020)

Yan BaoMaria Magallenes-LundbackNicholas DeasonDean DellaPenna

plant biologyprofiling techniqueenvironmental scienceplant physiologyplant sciencebotanyplant analysishigh throughput profiling

Natural Variation for Carotenoids in Fresh Kernels is Controlled by Uncommon Variants in Sweet Corn. The Plant Genome (2020)

Matheus BaseggioMatthew MurrayMaria Magallanes‐LundbackNicholas KaczmarJames ChamnessEdward S. BucklerMargaret E. SmithDean DellaPennaWilliam F. TracyMichael A. Gore

Allelic Variation in the Chloroplast Division Gene Ftsz2-2 Leads to Natural Variation in Chloroplast Size. PLANT PHYSIOLOGY (2019)

Deena K. Kadirjan-KalbachAiko TurmoJie WangBrandon C. SmithCheng ChenKatie J. PorterKevin L. ChildsDean DellaPennaKatherine W. Osteryoung

natural variationplant biologychloroplast sizegeneticsplant physiologyallelic variationplant sciencebotany

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