REU

Integrative Molecular Plant Systems Research Experience

REU participants

Participants in the NCSU 2012 REU.

About the program

The Biotechnology Program and Department of Plant and Microbial Biology welcome applications for the Integrative Molecular Plant Systems Undergraduate Research Experience. NCSU has a strong core of plant biologists who are working in the areas of sustainable foods, fuels, and developing model systems for studying fundamental biological mechanisms. During the 10-week summer program, students will actively engage in a research project under the mentorship of a participating faculty member. The program is funded by the National Science Foundation.

Who should apply?

The program is open to all rising sophomore, junior, and senior undergraduate students with a demonstrated interest in molecular biology. Applicants will be evaluated based on their statement of interest, transcript, and letters of recommendation. We particularly encourage students from institutions other than NCSU to apply, though there will be one slot available for an NCSU student. Students from underrepresented groups are also especially encouraged to apply.

This program is only open to US citizens and permanent residents.

Dates

This is a summer program that will run May 26 - Aug. 1, 2014.

Program activities

The program kicks off with a three-day “Biotechnology Bootcamp”, where participants will learn critical molecular biology laboratory skills. Participants will pursue independent research projects for the remainder of the summer under the guidance of a faculty mentor. Students will also have multiple public-speaking opportunities to present their research, including a poster presentation at the campus-wide undergraduate research symposium at the end of the program.

Sample projects

Mentor

Research focus for undergraduate projects

Dr. José Alonso and Dr. Anna Stepanova

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Molecular genetics of plant hormone interactions in the model plant Arabidopsis thaliana and development of new functional genomics tools

Dr. Margo Daub

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Transformation of plants for resistance to fungal diseases by silencing of pathogen virulence genes

Colleen Doherty

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Understanding how plants tell time -- developing molecular tools for investigating the plant circadian clock

Dr. Bob Franks

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Molecular genetics of transcriptional networks controlling flower and seed pod development.

Dr. Amy Grunden

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Biotechnological applications of extremophiles for biofuel production, bioremediation and crop improvement

Dr. Linda Hanley-Bowdoin

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Functional analysis of DNA satellites associated with cassava mosaic geminiviruses as a first step in the development of effective disease resistance strategies

Dr. Terri Long

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Understanding molecular mechanism of metal ion homeostasis in plants

Dr. Imara Perera

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Examining the role of lipid-mediated signaling in plant responses to abiotic and biotic stress

Dr. Marcela Rojas Pierce

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Molecular characterization of small molecular inhibitors of protein trafficking

Dr. Ross Sozzani

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Molecular mechanisms regulating stem cell maintenance, cell proliferation and cell fate decisions during root development

Dr. Jenny Xiang

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Understanding the molecular bases of floral display strategy evolution in the dogwood family (Cornaceae).
Financial support

Stipends, room, board, and travel expenses are provided.

  • Stipend: $5,000 for the 10-week session
  • Room and board: Apartment-style accommodations on-campus
  • Travel expenses: Round-trip air travel will be provided to participants who do not live within driving distance of the program
Applications

Applications and recommendation letters are due by February 21, 2014 to be guaranteed consideration. Click the appropriate link in the sidebar on the top right to download an application and recommendation form.

For more information
Greenhouse

Katelyn Henderson and Caroline Smith are shown with the first generation of transgenic tomatoes expressing the gene encoding superoxide reductase (SOR) from the extremophilic microorganism Pyrococcus furiosus. SOR reduces toxic free radicals and when expressed in Arabidopsis results in plants with increased, heat, light and drought tolerance. The Arabidopsis project was a collaborative effort by Dr. Amy Grunden and Wendy Boss' laboratory. It has involved many undergraduates, graduates and Dr. Yang Ju Im, a postdoc who led the work. The work was funded by NASA Institute for Advanced Concepts.