Faculty

Institution

Unit

Venue

Michael R. Freeling

Professor

University of California, Berkeley

Affiliations

Rausser College of Natural Resources

Plant & Microbial Biology

Michael R. Freeling is currently serving as a Plant & Microbial Biology Professor at University of California, Berkeley.

Honors

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Experiences

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Education

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Michael R. Freeling

University of California, Berkeley

Professor

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genetics genomics plant science plant genetics molecular biology plant biology biology evolutionary biology genome biology plant genomics molecular genetics gene expression genetic variation plant physiology integrative plant biology botany plant biotechnology plant development plant molecular biology population genetics molecular evolution functional genomics evolutionary genetics developmental genetics gene evolution plo biology agricultural biotechnology comparative genomics genome analysis experimental botany plant cells rna biology gene regulation molecular plant pathology heredity plant biochemistry crop science sequence analysis gene function genome sequencing alcohol dehydrogenases cell lineage genome structure maize leaf development noncoding sequences plant disease redox biology soil biology agronomy protein science reference genome biological evolution vegetation science crop improvement embryonic development plant reproduction allelic variant computational genomics crop physiology genetic analysis transcription regulation protein biosynthesis genome dominance dna sequences gene retention single genetic system genetic mosaics conserved noncoding sequences higher plants plant genomes mutant alleles sorghum bicolor genome c4 photosynthesis drought tolerance mesopolyploid crop species papaya ringspot virus

Notable Scholarly Works

Notable Federal Grants

Collaborators

Ovule Sirnas Methylate Protein-Coding Genes in Trans. The Plant Cell (2022)

Diane BurgessHiu Tung ChowJeffrey W GroverMichael FreelingRebecca A Mosher

plant biologyavian biologygeneticsgene expressionbotanygene regulationtranscription (biology)plant physiologyplant sciencebiochemistryrna biologyplant biotechnologymolecular biologyprotein-coding genes

Impacts of Allopolyploidization and Structural Variation on Intraspecific Diversification in Brassica Rapa. Genome biology (2021)

Xu CaiLichun ChangTingting ZhangHaixu ChenLei ZhangRunmao LinJianli LiangJian WuMichael FreelingXiaowu Wang

structural variationgenomicsevolutionary biologybrassica rapagenome biologyintraspecific diversification

QTELLER: A Tool for Comparative Multi-Genomic Gene Expression Analysis. Bioinformatics (2021)

Margaret R WoodhouseShatabdi SenDavid SchottJohn L PortwoodMichael FreelingJustin W WalleyCarson M AndorfJames C Schnable

molecular biologybioinformaticsgenomics

The Contributions From the Progenitor Genomes of the Mesopolyploid Brassiceae Are Evolutionarily Distinct but Functionally Compatible. Genome Research (2021)

Yue HaoMakenzie E. MabryPatrick P. EdgerMichael FreelingChunfang ZhengLingling JinRobert VanBurenMarivi ColleHong AnR. Shawn AbrahamsJacob D. WashburnXinshuai QiKerrie BarryChristopher DaumShengqiang ShuJeremy SchmutzDavid SankoffMichael S. BarkerEric LyonsJ. Chris PiresGavin C. Conant

genomicsevolutionary biologymesopolyploid brassiceaegenome biology

Abundant Expression of Maternal Sirnas is a Conserved Feature of Seed Development. Proceedings of the National Academy of Sciences (2020)

Jeffrey W. GroverDiane BurgessTimmy KendallAbdul BatenSuresh PokhrelGraham J. KingBlake C. MeyersMichael FreelingRebecca A. Mosher

developmental biologygeneticsabundant expressionbotanyseed developmentconserved featurematernal sirnasevolutionary biologyrna biology

Origin and Evolution of the Octoploid Strawberry Genome. Nature Genetics (2019)

Patrick P. EdgerThomas J. PoortenRobert VanBurenMichael A. HardiganMarivi ColleMichael R. McKainRonald D. SmithScott J. TeresiAndrew D. L. NelsonChing Man WaiElizabeth I. AlgerKevin A. BirdAlan E. YoccaNathan PumplinShujun OuGil Ben-ZviAvital BrodtKobi BaruchThomas SwaleLily ShiueCharlotte B. AcharyaGlenn S. ColeJeffrey P. MowerKevin L. ChildsNing JiangEric LyonsMichael FreelingJoshua R. PuzeySteven J. Knapp

molecular evolutionplant genomicsgeneticsevolutionary geneticsoctoploid strawberry genomeplant sciencebiological evolutiongenomicsbiologyevolutionary biologyplant geneticsgenome biology

FAIR: A Call to Make Published Data More Findable, Accessible, Interoperable, and Reusable. Molecular Plant (2018)

Leonore ReiserLisa HarperMichael FreelingBin HanSheng Luan

data publishingdata portabilitydata disseminationinformaticsdata accessdata consistencydata scienceaccessibilityinformation retrievalknowledge discovery

Gene Retention, Fractionation and Subgenome Differences in Polyploid Plants. Nature Plants (2018)

Feng ChengJian WuXu CaiJianli LiangMichael FreelingXiaowu Wang

plant biologysubgenome differencesplant sciencegenomicsevolutionary biologypolyploid plantsgene retention

Extensive Gene Content Variation in the Brachypodium Distachyon Pan-Genome Correlates With Population Structure. Nature Communications (2017)

Sean P. GordonBruno Contreras-MoreiraDaniel P. WoodsDavid L. Des MaraisDiane BurgessShengqiang ShuChristoph StrittAnne C. RoulinWendy SchackwitzLudmila TylerJoel MartinAnna LipzenNiklas DochyJeremy PhillipsKerrie BarryKoen GeutenHikmet BudakThomas E. JuengerRichard AmasinoAna L. CaicedoDavid GoodsteinPatrick DavidsonLuis A. J. MurMelania FigueroaMichael FreelingPilar CatalanJohn P. Vogel

geneticspopulation geneticspopulation structuregenomicsgenome biologycomparative genomics

Natural Antisense Transcripts Are Significantly Involved in Regulation of Drought Stress in Maize. Nucleic Acids Research (2017)

Jie XuQi WangMicheal FreelingXuecai ZhangYunbi XuYan MaoXin TangFengkai WuHai LanMoju CaoTingzhao RongDamon LischYanli Lu

bioinformaticsrna biologynatural antisense transcriptsplant genomicsplant sciencemembrane biologygeneticsplant physiologygenomicsdrought stresscrop physiologygenome biologydroughtnucleic acidsmolecular sciencefunctional genomicsbiologyplant geneticstranscription regulationmolecular biology

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Michael R. Freeling

Professor

University of California, Berkeley

Affiliations

Rausser College of Natural Resources

Plant & Microbial Biology

Michael R. Freeling is currently serving as a Plant & Microbial Biology Professor at University of California, Berkeley.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Michael R. Freeling

University of California, Berkeley

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Ovule Sirnas Methylate Protein-Coding Genes in Trans. The Plant Cell (2022)

Diane BurgessHiu Tung ChowJeffrey W GroverMichael FreelingRebecca A Mosher

Impacts of Allopolyploidization and Structural Variation on Intraspecific Diversification in Brassica Rapa. Genome biology (2021)

Xu CaiLichun ChangTingting ZhangHaixu ChenLei ZhangRunmao LinJianli LiangJian WuMichael FreelingXiaowu Wang

structural variationgenomicsevolutionary biologybrassica rapagenome biologyintraspecific diversification

QTELLER: A Tool for Comparative Multi-Genomic Gene Expression Analysis. Bioinformatics (2021)

Margaret R WoodhouseShatabdi SenDavid SchottJohn L PortwoodMichael FreelingJustin W WalleyCarson M AndorfJames C Schnable

molecular biologybioinformaticsgenomics

The Contributions From the Progenitor Genomes of the Mesopolyploid Brassiceae Are Evolutionarily Distinct but Functionally Compatible. Genome Research (2021)

genomicsevolutionary biologymesopolyploid brassiceaegenome biology

Abundant Expression of Maternal Sirnas is a Conserved Feature of Seed Development. Proceedings of the National Academy of Sciences (2020)

Jeffrey W. GroverDiane BurgessTimmy KendallAbdul BatenSuresh PokhrelGraham J. KingBlake C. MeyersMichael FreelingRebecca A. Mosher

developmental biologygeneticsabundant expressionbotanyseed developmentconserved featurematernal sirnasevolutionary biologyrna biology

Origin and Evolution of the Octoploid Strawberry Genome. Nature Genetics (2019)

molecular evolutionplant genomicsgeneticsevolutionary geneticsoctoploid strawberry genomeplant sciencebiological evolutiongenomicsbiologyevolutionary biologyplant geneticsgenome biology

FAIR: A Call to Make Published Data More Findable, Accessible, Interoperable, and Reusable. Molecular Plant (2018)

Leonore ReiserLisa HarperMichael FreelingBin HanSheng Luan

data publishingdata portabilitydata disseminationinformaticsdata accessdata consistencydata scienceaccessibilityinformation retrievalknowledge discovery

Gene Retention, Fractionation and Subgenome Differences in Polyploid Plants. Nature Plants (2018)

Feng ChengJian WuXu CaiJianli LiangMichael FreelingXiaowu Wang

plant biologysubgenome differencesplant sciencegenomicsevolutionary biologypolyploid plantsgene retention

Extensive Gene Content Variation in the Brachypodium Distachyon Pan-Genome Correlates With Population Structure. Nature Communications (2017)

geneticspopulation geneticspopulation structuregenomicsgenome biologycomparative genomics

Natural Antisense Transcripts Are Significantly Involved in Regulation of Drought Stress in Maize. Nucleic Acids Research (2017)

Jie XuQi WangMicheal FreelingXuecai ZhangYunbi XuYan MaoXin TangFengkai WuHai LanMoju CaoTingzhao RongDamon LischYanli Lu

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