Faculty

Institution

Unit

Venue

Michael Gretz

Professor Biological Sciences; Director Chemical Advanced Resolution Methods Laboratory

Michigan Technological University

Affiliations

College of Sciences and Arts

Biological Sciences

Michael Gretz is currently serving as a Biological Sciences Professor Biological Sciences; Director Chemical Advanced Resolution Methods Laboratory at Michigan Technological University.

Honors

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Experiences

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Education

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Michael Gretz

Michigan Technological University

Professor Biological Sciences; Director Chemical Advanced Resolution Methods Laboratory

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ecology botany plant science marine biology biology plant physiology plant biology phycology environmental science cell biology microbial ecology algal biology extracellular matrix assembly extracellular matrix algal research biological oceanography oceanography entomology avian biology biofilms structural biology environmental microbiology freshwater biology hydrobiologia estuaries marine ecology phytochemistry phytochemicals cell wall hydrobiology extracellular polymeric substances wetland biofilms conchocelis phases ocean sciences operational oceanography fungal ecology soil biology applied phycology cellulose experimental botany applied microbiology marine chemistry marine environments limnology structural composition phenology bloom ecology environmental biology plant genetics plant development ultrastructure experimental plant biology bacteriology phytoplankton ecology plant taxonomy plant biochemistry benthic ecology immunochemistry plant-microbe interactions chromatographic analysis vegetation science plant ecology plant analysis marine biotechnology fine structure chemical characterization polysaccharide synthesis model diatom extracellular polymeric substance microalgal biofilm tidal emersio-immersion period unialgal cultures benthic diatoms carbohydrate biopolymers biofilm polymers estuarine mudflats biomanufacturing biotechnology algal biotechnology biological engineering biosynthesis

Notable Scholarly Works

Notable Federal Grants

Collaborators

Identifying Plant Cell Wall Remnants in Detritus of a Subtropical Wetland With Fluorescence Labeling. Geoderma (2023)

Brent J. BellingerErin L. McKenneyMichael R. Gretz

vegetation scienceplant physiologyearth scienceplant analysissubtropical wetlandenvironmental sciencefluorescence labelingplant ecologyplant biologyecologyplant sciencebiogeography

Issue Information. Headache The Journal of Head and Face Pain (2020)

Dana TurnerIoannis LiampasVasileios SiokasAlexios-Fotios MentisAthina-Maria AloizouMetaxia DastamaniZisis TsourisParaskevi AslanidouAlexandros BrotisEfthimios DardiotisWallyson PabloOliveira SouzaPatrick MesquitaRaimundo PereiraRaeburn ForbesMark MccarronChris CardwellKarissa ArcaJonathan SmithChia-Chun ChiangAmaal StarlingCarrie RobertsonRashmi SinghTodd SchwedtNarayan KissoonIvan GarzaTodd RozenChristoper BoesMark WhealyJuliana VanderpluymAgneta SnoerAnne LuiseH Vollesen; RasmusPaulin BeskeSong GuoJan HoffmannNiklas JørgensenTorben MartinussenMessoud AshinaRigmor JensenAnne-Sophie WattiezSarah O'sheaPatrick Ten EyckLevi SowersAna RecoberAndrew RussoDeema FattalDaisuke DannoJohanna WolfKumiko IshizakiShoji KikuiHiroo YoshikawaTakao TakeshimaStewart TepperRaghavendra VasudevaJohn KregeSuchitrita RathmannErin DotyBert VargasDelphine MagisMika KomoriLaura AltKatharina WachEric LieblerAndreas StraubeRuth RuscheweyhJoan CrespiDaniel BratbakDavid DodickManjit MatharuOle SolheimSasha GulatiMagnus BerntsenErling TronvikCarina PinheiroRenato MoraesGabriela CarvalhoLais SestariTenysson Will-LemosMarcelo BigalFabiola DachRichard Van EmmerikDebora Bevilaqua-GrossiLiana TherouxRyan CappaAlyssa MendozaIndika MallawaarachchiDebopam SamantaHoward GoodkinDavid García-AzorínJavier TrigoBlanca TalaveraEnrique Martínez-PíasÁlvaro SierraJesús Porta-EtessamJuan ArenillasÁngel GuerreroBal AthwalAnna Gryglas-Dworak

cluster headachefacial painchronic painmedical historyfacial traumaneck disorderhealth informaticslegal medicinesclerodermamedical ethicspain researchclinical case reportmedical diagnosismedical sociologymigraineneurologyworld psychiatryhealth information scienceneuropathologyinternal medicinemedicinejournalism

Going With the Flow: Detection of Drift in Response to Hypo-Saline Stress by the Estuarine Benthic Diatom Cylindrotheca Closterium. PLoS ONE (2013)

Cristiano V. M. AraújoSonia Romero-RomeroLucio F. LourençatoIgnacio Moreno-GarridoJulián BlascoMichael R. GretzMatilde Moreira-SantosRui Ribeiro

estuariesoceanographyenvironmental sciencemarine ecologybenthic ecologymarine biologyecologyhypo-saline stressbiological oceanography

Composition of Extracellular Polymeric Substances From Periphyton Assemblages in the Florida Everglades 1. Journal of Phycology (2010)

Brent J. BellingerMichael R. GretzDavid S. DomozychSarah N. KiemleScot E. Hagerthey

extracellular polymeric substancesphytoplankton ecologyperiphyton assemblagesbiologyphycologymarine biologyecology

Cell‐Wall Development and Bipolar Growth in the Desmid Penium Margaritaceum (Zygnematophyceae, Streptophyta). Asymmetry in a Symmetric World 1. Journal of Phycology (2009)

David S. DomozychLaura LambiasseSarah N. KiemleMichael R. Gretz

plant developmentplant geneticscell biologybotanydevelopmental biologycell-wall developmentbipolar growthplant physiologyplant sciencegenetics

Significance of Diatom-Derived Polymers in Carbon Flow Dynamics Within Estuarine Biofilms Determined Through Isotopic Enrichment. Aquatic microbial ecology (2009)

BJ BellingerGJC UnderwoodSE ZieglerMR Gretz

carbon flow dynamicsmicrobiologyisotopic enrichmentestuarine biofilmsdiatom-derived polymersmarine biologyenvironmental microbiologymicrobial ecology

Pleurotaenium Trabecula, a Desmid of Wetland Biofilms: The Extracellular Matrix and Adhesion Mechanisms 1. Journal of Phycology (2007)

David S. DomozychLeah ElliottSarah N. KiemleMichael R. Gretz

biofilmsenvironmental sciencephycologywetland biofilmsecologyadhesion mechanisms

The Extracellular Polymeric Substances of Desmids (Conjugatophyceae, Streptophyta): Chemistry, Structural Analyses and Implications in Wetland Biofilms. Phycologia (2007)

Sarah N. KiemleDavid S. DomozychMichael R. Gretz

extracellular polymeric substancesapplied phycologyenvironmental sciencebotanyphycologywetland biofilmsecologybiomolecular engineering

Dynamics of Extracellular Polymeric Substance (Eps) Production and Loss in an Estuarine, Diatom-Dominated, Microalgal Biofilm Over a Tidal Emersio-Immersion Period. Limnology and Oceanography (2006)

A. R. M. HanlonB. BellingerK. HaynesG. XiaoT. A. HofmannM. R. GretzA. S. BallA. M. OsbornG. J. C. Underwood

tidal emersio-immersion periodaquatic ecosystemsestuariesocean sciencesenvironmental sciencemarine ecologyfreshwater biologyoceanographybiological oceanographymicrobial ecologyextracellular polymeric substanceoperational oceanographymicrobiologylimnologyalgal researchmarine biologyenvironmental microbiologybiofilmsmicroalgal biofilmmarine environmentsecology

Extracellular Matrix Assembly in Diatoms (Bacillariophyceae). V. Environmental Effects on Polysaccharide Synthesis in the Model Diatom, Phaeodactylum Tricornutum 1. Journal of Phycology (2006)

Abass S. AbdullahiGraham J.C. UnderwoodMichael R. Gretz

extracellular matrix assemblypolysaccharide synthesisbiologymodel diatomextracellular matrix

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Michael Gretz

Professor Biological Sciences; Director Chemical Advanced Resolution Methods Laboratory

Michigan Technological University

Affiliations

College of Sciences and Arts

Biological Sciences

Michael Gretz is currently serving as a Biological Sciences Professor Biological Sciences; Director Chemical Advanced Resolution Methods Laboratory at Michigan Technological 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

Michael Gretz

Michigan Technological University

Professor Biological Sciences; Director Chemical Advanced Resolution Methods Laboratory

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Identifying Plant Cell Wall Remnants in Detritus of a Subtropical Wetland With Fluorescence Labeling. Geoderma (2023)

Brent J. BellingerErin L. McKenneyMichael R. Gretz

vegetation scienceplant physiologyearth scienceplant analysissubtropical wetlandenvironmental sciencefluorescence labelingplant ecologyplant biologyecologyplant sciencebiogeography

Issue Information. Headache The Journal of Head and Face Pain (2020)

Going With the Flow: Detection of Drift in Response to Hypo-Saline Stress by the Estuarine Benthic Diatom Cylindrotheca Closterium. PLoS ONE (2013)

Cristiano V. M. AraújoSonia Romero-RomeroLucio F. LourençatoIgnacio Moreno-GarridoJulián BlascoMichael R. GretzMatilde Moreira-SantosRui Ribeiro

estuariesoceanographyenvironmental sciencemarine ecologybenthic ecologymarine biologyecologyhypo-saline stressbiological oceanography

Composition of Extracellular Polymeric Substances From Periphyton Assemblages in the Florida Everglades 1. Journal of Phycology (2010)

Brent J. BellingerMichael R. GretzDavid S. DomozychSarah N. KiemleScot E. Hagerthey

extracellular polymeric substancesphytoplankton ecologyperiphyton assemblagesbiologyphycologymarine biologyecology

Cell‐Wall Development and Bipolar Growth in the Desmid Penium Margaritaceum (Zygnematophyceae, Streptophyta). Asymmetry in a Symmetric World 1. Journal of Phycology (2009)

David S. DomozychLaura LambiasseSarah N. KiemleMichael R. Gretz

plant developmentplant geneticscell biologybotanydevelopmental biologycell-wall developmentbipolar growthplant physiologyplant sciencegenetics

Significance of Diatom-Derived Polymers in Carbon Flow Dynamics Within Estuarine Biofilms Determined Through Isotopic Enrichment. Aquatic microbial ecology (2009)

BJ BellingerGJC UnderwoodSE ZieglerMR Gretz

carbon flow dynamicsmicrobiologyisotopic enrichmentestuarine biofilmsdiatom-derived polymersmarine biologyenvironmental microbiologymicrobial ecology

Pleurotaenium Trabecula, a Desmid of Wetland Biofilms: The Extracellular Matrix and Adhesion Mechanisms 1. Journal of Phycology (2007)

David S. DomozychLeah ElliottSarah N. KiemleMichael R. Gretz

biofilmsenvironmental sciencephycologywetland biofilmsecologyadhesion mechanisms

The Extracellular Polymeric Substances of Desmids (Conjugatophyceae, Streptophyta): Chemistry, Structural Analyses and Implications in Wetland Biofilms. Phycologia (2007)

Sarah N. KiemleDavid S. DomozychMichael R. Gretz

extracellular polymeric substancesapplied phycologyenvironmental sciencebotanyphycologywetland biofilmsecologybiomolecular engineering

A. R. M. HanlonB. BellingerK. HaynesG. XiaoT. A. HofmannM. R. GretzA. S. BallA. M. OsbornG. J. C. Underwood

Extracellular Matrix Assembly in Diatoms (Bacillariophyceae). V. Environmental Effects on Polysaccharide Synthesis in the Model Diatom, Phaeodactylum Tricornutum 1. Journal of Phycology (2006)

Abass S. AbdullahiGraham J.C. UnderwoodMichael R. Gretz

extracellular matrix assemblypolysaccharide synthesisbiologymodel diatomextracellular matrix

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plant genetics

biosynthesis

Robert Jinkerson

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synthetic biology

systems biology

Beth A. Ahner

Institution

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applied geochemistry

metal toxicity

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bioproduct

algal biotechnology

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phytoplankton ecology

nitrogen fixation

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biorefinery product

metabolic engineering

Stephen Mayfield

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University of California, San Diego

synthetic biology

biotechnology advance

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evolutionary biology

phytoplankton ecology

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evolutionary biology

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