Faculty

Institution

Unit

Venue

Michael Marcotrigiano

Professor

Smith College

Affiliations

Biological Sciences

Smith College

Department Of Biological Sciences

Michael Marcotrigiano is currently serving as a Biological Sciences Professor at Smith College.

Honors

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Experiences

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Education

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Michael Marcotrigiano

Smith College

Professor

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biology plant science botany experimental botany plant physiology plant development plant biology plant cell culture genetics developmental biology plant cells horticulture research biological engineering morphogenesis integrative plant biology genetic engineering cell and molecular biology plant cytology micropropagation genetic mosaics plant pathology biotechnology genetic variation plant histology plant biotechnology plant reproduction plant molecular biology pattern formation evolutionary applications adaptation functional ecology molecular ecology ecological entomology horticultural science genetic diversity biological evolution evolutionary genetics plant biochemistry leaf development stratified shoot apices cellular physiology developmental cell historical geography latin american research cellular structure cell organelle biotic interactions synthetic plant biology snow avalanche tree breeding plant analysis genetic mechanisms plant growth regulators cytogenetics tree growth phenology phytochrome root systems root-soil interactions root morphology plant genetics molecular evolutionary ecology nitrosative stress mesophyll cell division leaf size leaf epidermis shoot apical meristems periclinal chimeras influences cell layers two-stage micropropagation system vaccinium macrocarpon shoot regeneration american cranberry interspecific nicotiana chimeras quantitative characteristics vitro recovery cell-to-cell interactions meristem development plant tissue culture plant organs

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Role for Leaf Epidermis in the Control of Leaf Size and the Rate and Extent of Mesophyll Cell Division. American Journal of Botany (2010)

plant developmentbiologyleaf sizeplant scienceplant cellsleaf epidermispattern formationintegrative plant biologydevelopmental biologymorphogenesismesophyll cell divisionplant physiologybotanyplant biologyplant histologyplant cytologycell and molecular biology

Epidermal Cell Division Influences Mesophyll Cell Divison and Leaf Blade Expansion.. (2009)

plant developmentbiologyplant cellsplant sciencecell divisioncell divisoncellular differentiationintegrative plant biologydevelopmental biologymorphogenesiscytoskeletonplant physiologybotanycell biologyleaf blade expansionplant histologyplant cytology

"a Three-Stage Micropropagation System for a Novel Color Morph of the Wildflower Porteranthus Trifoliatus (L.) Britt.. (2007)

wildflower porteranthus trifoliatusplant developmentbiologyplant scienceexperimental botanymicropropagationhorticulture researchmorphogenesisnovel color morphbotanyplant biologythree-stage micropropagation systembiological engineering

A Three-Stage Micropropagation System for a Novel Color Morph of the Wildflower, Porteranthus Trifoliatus (L.) Britt. Plant Cell Tissue and Organ Culture (PCTOC) (2007)

plant developmentbiologyplant scienceexperimental botanyplant reproductionporteranthus trifoliatusmicropropagationhorticulture researchnovel color morphbiotechnologybotanyplant physiologyplant biologythree-stage micropropagation systembiological engineering

Genetic Mosaics and the Analysis of Leaf Development.. (2001)

geneticspopulation geneticsplant developmentplant scienceexperimental botanyplant geneticsintegrative plant biologyleaf developmentbotanygenetic variationquantitative genetics

Genetic Mosaics and the Analysis of Leaf Development. International Journal of Plant Sciences (2001)

Michael Marcotrigiano

geneticsplant developmentplant scienceleaf developmentdevelopmental biologygenetic mosaicsplant biology

Herbivory Could Unlock Mutations Sequestered in Stratified Shoot Apices of Genetic Mosaics. American Journal of Botany (2000)

geneticsgenetic diversitybiologyevolutionary geneticsfunctional ecologystratified shoot apicesmolecular ecologybiological evolutionadaptationgenetic mosaicsgenetic variationevolutionary biologycoevolutionecological entomologymolecular evolutionevolutionary applicationsbiotic interactions

Herbivory Could Unlock Mutations Sequestered in Stratified Shoot Apices of Genetic Mosaics.. (2000)

evolutionary geneticsmolecular evolutionary ecologycoevolutiongeneticsevolutionary ecologymolecular ecologyadaptationgenetic mosaicsecological entomologymolecular evolutiongenetic diversitybiologyfunctional ecologyecology and evolutionary biologystratified shoot apicesevolutionary biologyevolutionary applicationsgenetic variationbiological evolution

Nitrosomethylurea Induces Nuclear and Cytoplasmic Chlorophyll Mutations in Nicotiana Glauca Grahm.. (2000)

plant biochemistrymolecular geneticsplant biotechnologycytoplasmic chlorophyll mutationsmolecular and cellular biologymutagenesis (molecular biology technique)geneticsnitrosative stressplant biologynicotiana glauca grahmbiologyplant cellsplant molecular biologyplant physiologyplant cytologycell and molecular biologybiosynthesismolecular plant pathologymolecular biologynitrosomethylurea inducesphotosynthesis

Nitrosomethylurea Induces Nuclear and Cytoplasmic Chlorophyll Mutations in Nicotiana Glauca Grahm. Annals of Botany (2000)

plant biochemistrymolecular geneticscytoplasmic chlorophyll mutationsmolecular and cellular biologymutagenesis (molecular biology technique)geneticsplant biologyphytochromenicotiana glauca grahmgenetic engineeringbiologyplant scienceplant cellsplant molecular biologyplant physiologycell and molecular biologybiosynthesisnitrosomethylurea induces nuclearmolecular biologyphotosynthesis

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Michael Marcotrigiano

Professor

Smith College

Affiliations

Biological Sciences

Smith College

Department Of Biological Sciences

Michael Marcotrigiano is currently serving as a Biological Sciences Professor at Smith College.

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 Marcotrigiano

Smith College

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Role for Leaf Epidermis in the Control of Leaf Size and the Rate and Extent of Mesophyll Cell Division. American Journal of Botany (2010)

Epidermal Cell Division Influences Mesophyll Cell Divison and Leaf Blade Expansion.. (2009)

"a Three-Stage Micropropagation System for a Novel Color Morph of the Wildflower Porteranthus Trifoliatus (L.) Britt.. (2007)

A Three-Stage Micropropagation System for a Novel Color Morph of the Wildflower, Porteranthus Trifoliatus (L.) Britt. Plant Cell Tissue and Organ Culture (PCTOC) (2007)

Genetic Mosaics and the Analysis of Leaf Development.. (2001)

geneticspopulation geneticsplant developmentplant scienceexperimental botanyplant geneticsintegrative plant biologyleaf developmentbotanygenetic variationquantitative genetics

Genetic Mosaics and the Analysis of Leaf Development. International Journal of Plant Sciences (2001)

Michael Marcotrigiano

geneticsplant developmentplant scienceleaf developmentdevelopmental biologygenetic mosaicsplant biology

Herbivory Could Unlock Mutations Sequestered in Stratified Shoot Apices of Genetic Mosaics. American Journal of Botany (2000)

Herbivory Could Unlock Mutations Sequestered in Stratified Shoot Apices of Genetic Mosaics.. (2000)

Nitrosomethylurea Induces Nuclear and Cytoplasmic Chlorophyll Mutations in Nicotiana Glauca Grahm.. (2000)

Nitrosomethylurea Induces Nuclear and Cytoplasmic Chlorophyll Mutations in Nicotiana Glauca Grahm. Annals of Botany (2000)

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