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The Department of Environmental and Molecular Toxicology (EMT - http://emt.oregonstate.edu ) at Oregon State University encourages students to consider a career in toxicology! Toward this goal, EMT hosts funded summer internship opportunities for OSU-enrolled students. Internships are offered to encourage interested undergraduates to gain experience in Toxicology research and subsequently to pursue graduate training in the field of toxicology, especially at OSU.
Applications for the Fang Introduction to Toxicology Internships are now being accepted until all available positions have been filled. Apply by April 26, 2019 for full consideration. Award announcements will begin May 13, 2019. Please click HERE for more information on how to apply.
PREVIOUS YEARS' SUMMER INTERNSHIPS
Alex Gibbs (SOT Intern): The Potential for Impacts of MIcroplastic Ingestion on Growth During Early Life in Daphnia Magna. Mentor: Susanne Brander.
Celine Huynh (Introduction to Toxicology Intern, BioResource Research): Impact of PAHs on Barrier Function Toxicity in 3D Lung Model from Normal and Asthmatic Donors. Mentor: Susan Tilton.
Heather Kalalehili (Introduction to Toxicology Intern, Biochemistry and Advanced Molecular Biology): Immunomodulation by Selective Arylhydrocarbon Receptor Modulators. Mentors: Allison Ehrlich and Nancy Kerkvliet.
Nicholas Korjeff (Introduction to Toxicology Intern, BioResource Research): Genotoxic and Mutagentic Activity of Bcl-2 Functional Convertors in Non-Cancerous Cell Lines. Mentor: Siva Kolluri.
Yun Lao (Introduction to Toxicology Intern, BioResource Research): Genotyping CYP1B1, GSTM1, Nucleotide Excision Repair Genotypes, in Relations to Benzo[a]pyrene and Cancer Susceptibility. Mentor: David Williams.
Fahren Nipple (SOT Intern): Does Environmental Complexity Influence Zebrafish Social Networks. Mentors: Delia Shelton and Robyn Tanguay.
Wilfrido Raymundo (Introduction to Toxicology Intern, BioResource Research): Benzo[a]Pyrene Dosage Response with mtDNA Associated with Oxidative Stress and Carcinogenic Pulmonary Disease. Mentor: David Williams.
Bingyu Zhang (Introduction to Toxicology Intern, Food Science and Technology): Accumulative Cancer Risk Assessment of Genotoxins in a Typical Western Diet. Mentor: Andrew Buermeyer.
Rachel Liu-May: Chemical technique to identify pollutant sources; worked with Dr. Kim Anderson, supported by the Fang Fellowship
Preciosa Martinez: Exploring the Endogenous Function of CYP1B1 in Vascular Wound Repair: Insights from Untargeted Metabolomics and the Scratch Wound Assay; worked with Dr’s. Andy Annolora and Craig Marcus, supported by the Fang Fellowship
Stephen Oh: Cancer cell viability in response to known therapeutic treatment under hypoxic and normoxic environments; worked with Dr. Siva Kolluri, supported by the Fang Fellowship
Allison Perez: Oxidative potential of fine particulate matter associated with indoor air pollution from home heating and cooking in rural India; worked with Dr’s. Robyn Tanguay, Lisa Truong and Courtney Roper, supported by the Fang Fellowship
Makeba Walcott: myomiR Regulation of Pulmonary Response to Obesity and Smoking; worked with Dr. Susan Tilton, supported in part by the Society of Toxicology
Lauren Heine: Impact of PAHs on lung epithelial barrier function in 3D cell model; worked with Dr. Susan Tilton, supported in part by the Society of Toxicology
Stacey Schkoda: Using zebrafish as a model to understand the developmental toxicity of PAHs; worked with Dr. Robyn Tanguay, supported in part by the Society of Toxicology
Cathy Duong: Functional testing of compounds targeting the anti-apoptotic cell death proteins of the Bcl-2 family; worked with Dr. Siva Kolluri, supported in part by the Society of Toxicology
Stacy Mann: Developmental toxicity of commonly used flame retardant chemicals in a developing zebrafish embryo model system; worked with Dr. Robyn Tanguay
Raven Waldron: Investigating the effect of UV-A and titanium dioxide nanoparticles on triclosan toxicity in Escherichia coli; worked with Dr. Stacey Harper, supported in part by the Society of Toxicology
The OSU Toxicology program trains students in the toxicological sciences to conduct research on the effects of chemicals and other agents on humans and the environment, and to engage the public through extension and outreach. EMT offers a highly collegial and exceptionally collaborative research and training environment dedicated to the success and advancement of all EMT students, faculty and staff. Our programs provide students with a fundamental understanding of the interdisciplinary science of Toxicology, and prepare them for leadership positions in research and development, academia, government, or other professional services.
The integrated curriculum in Toxicology, combining both the biological and physical sciences, offers training and research opportunities in the fields of Molecular and Computational Toxicology, Environmental Chemistry, Ecotoxicology and Risk Assessment in support of our state-of-the-art and internationally competitive research, outreach and education missions. Degrees granted include both a thesis and non-thesis MS and the PhD. EMT also is the academic home of an undergraduate minor in Toxicology.
Oregon State is a leading research university located in one of the safest, smartest, greenest small cities in the nation situated 90 miles south of Portland, an hour north of Eugene, and an hour from the Cascades or the Pacific Coast. Corvallis is a vibrant college town of 55,000 in the heart of Western Oregon’s Willamette Valley, and consistently ranks among the best and safest cities to live in the U.S., as well as among the most environmentally responsible. Founded in 1868, the Oregon State 400-acre main campus is a Land Grant university and is one of only two universities in the U.S. to also have Sea Grant, Space Grant and Sun Grant designations. Oregon State is also the only university in Oregon to hold both the Carnegie Foundation's top designation for research institutions and its prestigious Community Engagement classification. As Oregon’s leading public research university, with over $330 million in annual external funding, Oregon State’s has both national and international presence and impact.