Faculty

Institution

Unit

Venue

Wayne Curtis

Professor

Pennsylvania State University

Affiliations

Penn State College of Engineering

Chemical Engineering

the Penn State College of Agricultural Sciences

Department of Plant Science

Wayne Curtis is currently serving as a Chemical Engineering Professor at Pennsylvania State University.

Honors

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Experiences

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Education

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Wayne Curtis

Pennsylvania State University

Professor

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biotechnology biological engineering plant science plant physiology applied microbiology plant biotechnology microbiology biomolecular engineering agricultural biotechnology plant biology molecular biology botany bioresource technology environmental biotechnology enzymes membrane biology animal biotechnology tissue culture molecular biotechnology phytochemistry biochemical engineering virology plant biochemistry plant cell culture root cultures synthetic biology plant cells soil biology applied phycology horticulture research environmental microbiology energy biotechnology chemical biotechnology algal biology plant tissue culture metabolic engineering experimental botany biotechnology advance protein expression fungal biology hyoscyamus muticus plant root cultures theobroma cacao biological chemistry algal biotechnology plant ecology crop physiology plant stress enzyme immobilization cell culture fungal elicitation transient protein expression hairy roots rhodobacter sphaeroides industrial hemp tomato leaves immobilized cells cellular physiology experimental biophysics cell biophysics cell detection food production fuel production crop growth modeling bioengineering model soil modeling nutrient cycles phycology plant metabolism nutrient stoichiometry rna biology regenerative agriculture chromophore concentration measurements optical density consortia-mediated bioprocessing symbiotic consortia genetic engineering bioenergy environmental science biorefinery product algal research bioreactor systems biomass (energy)

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Enabling Biocontained Plant Virus Transmission Studies Through Establishment of an Axenic Whitefly (Bemisia Tabaci) Colony on Plant Tissue Culture. Research Square (Research Square) (2024)

Wayne CurtisNatalie ThompsonDavid KrumYun-Ru ChenMariela TorresMarena TraugerDalton StrikeZachary WestonJane Polston

biological engineeringplant tissue cultureaxenic whiteflyvirologyresearch culturebemisia tabaciavian biologyentomology

Publisher Correction: Enabling Biocontained Plant Virus Transmission Studies Through Establishment of an Axenic Whitefly (Bemisia Tabaci) Colony on Plant Tissue Culture. Scientific Reports (2024)

Natalie S. ThompsonDavid KrumYun-Ru ChenMariela C. TorresMarena A. TraugerDalton StrikeZachary WestonJane E. PolstonWayne R. Curtis

plant tissue cultureaxenic whiteflyplant cell culturebemisia tabaci

Transgenic Tomato Strategies Targeting Whitefly Eggs From Apoplastic or Ovary-Directed Proteins. BMC Plant Biology (2024)

Natalie S. ThompsonAliya Fathima AnwarDavid KrumMichael ReamEva ShouseZachary WestonYun-Ru ChenAisa SamMichihito DeguchiSamwel M. KariukiSairam V. RudrabhatlaWayne R. Curtis

genetic engineeringwhitefly eggsovary-directed proteinstransgenic tomato strategiesbiologyplant biologyplant biotechnology

Editorial Expression of Concern: Inducible Somatic Embryogenesis in Theobroma Cacao Achieved Using the Dex-Activatable Transcription Factor-Glucocorticoid Receptor Fusion. Biotechnology Letters (2023)

Morgan E. ShiresSergio L. FlorezTina S. LaiWayne R. Curtis

biological engineeringgenetic engineeringembryologyanimal biotechnologytranscription factorstheobroma cacaobotanydevelopmental biologybiotechnologybiomedical engineeringbiotechnology advanceagricultural biotechnologymolecular biotechnologyeditorial expressionplant physiologyinducible somatic embryogenesisplant biotechnology

2022 in Vitro Biology Meeting, June 4 – 7, San Diego, California. In vitro cellular & developmental biology. Plant (2022)

Jeffrey AdelbergJoseph RamahiChhandak BasuCalifornia State UniversityM NorthridgeK ChairesD CooperN GuptaNirmal JosheeS KatiyarN PakalaB RamadossK BharadwajPreassembled Crispr-Cas9Ribonucleoprotein ComplexesAdrianne BrownM EgninF BukariD MortleyC BonsiO IdehenD AlexanderG BernardXiaotong ChenClemson UniversityJason YeungAndrew FiorentinoQian HuMorgan KuessHong LuoHeqiang HuoZhanao WangMinjeong KangIowa State UniversityKeunsub LeeTodd FinleyHal ChappellVeena VeenaKan WangP-3001 CrisprUddhab KarkiJianfeng FangSavanah SennLos AngelesPierce CollegeGerald PresleySharmodeep BhattacharyyaNathan VorodiNatalie ThompsonDavid SamsonRekha KandaswamyVijay SheriAliya AnwarMichael ReamAnna FilipkowskiMaia ClipshamSairam RudrabhatlaWayne CurtisThe PennsylvaniaDavid KrumYun-Ru ChenMariela TorresMarena TraugerDalton StrikeZach WestonApril HileJane PolstonShabda VermaKanwardeep RawaleNavraj SaraoSingh SainiGagandeep SinglaKulvinder GillKristian AdamekKelly PangellMaryam SaraylouAdrianna BowermanKaru SmithRyan O'halloranTalaat AhmedQatar UniversityMustafa ElshiekhMuhammad KhalidKiflom AregawiJianqiang ShenGrady PierrozManoj SharmaJeffery DahlbergJudith OwitiPeggy LemauxMoni QiandeHui CaoJohn LiuFredy ShanklinZhaoyuan LianChi NguyenJianjun ChenSandra WilsonPeggy Ozias-AkinsChristopher Willig

developmental biologycell biologysan diego

Co2 Supplementation Eliminates Sugar-Rich Media Requirement for Plant Propagation Using a Simple Inexpensive Temporary Immersion Photobioreactor. Plant Cell Tissue and Organ Culture (PCTOC) (2022)

Marena TraugerApril HileKrishnan SreenivasEva Mei ShouseJishnu BhattTina LaiRamya MohandassLeena TripathiAaron J. OgdenWayne R. Curtis

biological engineeringregenerative medicinesugar-rich media requirementenvironmental scienceenvironmental biotechnologybiotechnologyagricultural biotechnologyplant propagationbioresource technologyecologyplant scienceenergy biotechnologyplant biotechnology

Establishing an Inexpensive, Space Efficient Colony of Bemisia Tabaci Meam1 Utilizing Modelling and Feedback Control Principles. Journal of Applied Entomology (2022)

Natalie M. ThompsonNadia WatertonAntonios ArmaouJane E. PolstonWayne R. Curtis

feedback control principlesimmunologyapplied entomologymodeling and simulationentomology

In Planta Female Flower Agroinfiltration Alters the Cannabinoid Composition in Industrial Hemp (Cannabis Sativa L.). Frontiers in Plant Science (2022)

Michihito DeguchiSeema DhirShobha PotlakayalaSarwan DhirWayne R. CurtisSairam Rudrabhatla

agricultural policyagricultural economicsagribusinessenvironmental scienceplant breedingpharmacologyplant biotechnologyhorticultural sciencesustainable agricultureweed technologyplant physiologyvegetation sciencecannabinoid compositionbotanyweed scienceindustrial hempplant scienceforestryplant biologyhorticulture research

Genome Analysis of Alginate Synthesizing Pseudomonas Aeruginosa Strain Sw1 Isolated From Degraded Seaweeds. Antonie van Leeuwenhoek (2021)

Rajathirajan Siva DharshiniRanjani ManickamWayne R. CurtisPasupathi RathinasabapathiMohandass Ramya

genome analysisdegraded seaweedsmolecular microbiologygenomicsmicrobiologymolecular biologymarine biologygenome biology

Preserved and Variable Spatial‐Chemical Changes of Lipids Across Tomato Leaves in Response to Central Vein Wounding Reveals Potential Origin of Linolenic Acid in Signal Transduction Cascade. Plant-Environment Interactions (2021)

Dušan VeličkovićRosalie K. ChuCorinna HenkelAnnika NyhuisNannan TaoJennifer E. KyleJoshua N. AdkinsChristopher R. AndertonVanessa PaurusKent BloodsworthLisa M. BramerDale S. CornettWayne R. CurtisKristin E. Burnum‐Johnson

lipidsenvironmental sciencelipid analysislinolenic acidplant pathologycentral veinvascular biologyphysiologytomato leaveslipid sciencebiologyplant physiologyintegrative plant biologyexperimental botanysignal transduction cascadebotanyplant stressphytotherapy researchplant immunitymembrane biologyplant ecologyvariable spatial-chemical changessignal transduction

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Wayne Curtis

Professor

Pennsylvania State University

Affiliations

Penn State College of Engineering

Chemical Engineering

the Penn State College of Agricultural Sciences

Department of Plant Science

Wayne Curtis is currently serving as a Chemical Engineering Professor at Pennsylvania 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

Wayne Curtis

Pennsylvania State University

Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Enabling Biocontained Plant Virus Transmission Studies Through Establishment of an Axenic Whitefly (Bemisia Tabaci) Colony on Plant Tissue Culture. Research Square (Research Square) (2024)

Wayne CurtisNatalie ThompsonDavid KrumYun-Ru ChenMariela TorresMarena TraugerDalton StrikeZachary WestonJane Polston

biological engineeringplant tissue cultureaxenic whiteflyvirologyresearch culturebemisia tabaciavian biologyentomology

Publisher Correction: Enabling Biocontained Plant Virus Transmission Studies Through Establishment of an Axenic Whitefly (Bemisia Tabaci) Colony on Plant Tissue Culture. Scientific Reports (2024)

Natalie S. ThompsonDavid KrumYun-Ru ChenMariela C. TorresMarena A. TraugerDalton StrikeZachary WestonJane E. PolstonWayne R. Curtis

plant tissue cultureaxenic whiteflyplant cell culturebemisia tabaci

Transgenic Tomato Strategies Targeting Whitefly Eggs From Apoplastic or Ovary-Directed Proteins. BMC Plant Biology (2024)

Natalie S. ThompsonAliya Fathima AnwarDavid KrumMichael ReamEva ShouseZachary WestonYun-Ru ChenAisa SamMichihito DeguchiSamwel M. KariukiSairam V. RudrabhatlaWayne R. Curtis

genetic engineeringwhitefly eggsovary-directed proteinstransgenic tomato strategiesbiologyplant biologyplant biotechnology

Morgan E. ShiresSergio L. FlorezTina S. LaiWayne R. Curtis

2022 in Vitro Biology Meeting, June 4 – 7, San Diego, California. In vitro cellular & developmental biology. Plant (2022)

developmental biologycell biologysan diego

Co2 Supplementation Eliminates Sugar-Rich Media Requirement for Plant Propagation Using a Simple Inexpensive Temporary Immersion Photobioreactor. Plant Cell Tissue and Organ Culture (PCTOC) (2022)

Marena TraugerApril HileKrishnan SreenivasEva Mei ShouseJishnu BhattTina LaiRamya MohandassLeena TripathiAaron J. OgdenWayne R. Curtis

Establishing an Inexpensive, Space Efficient Colony of Bemisia Tabaci Meam1 Utilizing Modelling and Feedback Control Principles. Journal of Applied Entomology (2022)

Natalie M. ThompsonNadia WatertonAntonios ArmaouJane E. PolstonWayne R. Curtis

feedback control principlesimmunologyapplied entomologymodeling and simulationentomology

In Planta Female Flower Agroinfiltration Alters the Cannabinoid Composition in Industrial Hemp (Cannabis Sativa L.). Frontiers in Plant Science (2022)

Michihito DeguchiSeema DhirShobha PotlakayalaSarwan DhirWayne R. CurtisSairam Rudrabhatla

Genome Analysis of Alginate Synthesizing Pseudomonas Aeruginosa Strain Sw1 Isolated From Degraded Seaweeds. Antonie van Leeuwenhoek (2021)

Rajathirajan Siva DharshiniRanjani ManickamWayne R. CurtisPasupathi RathinasabapathiMohandass Ramya

genome analysisdegraded seaweedsmolecular microbiologygenomicsmicrobiologymolecular biologymarine biologygenome biology

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