Teratology Society Training Program Resources

Teratology Society members are active in a wide network of training programs pertaining to teratology, developmental toxicology, and reproductive toxicology. Below are resources for students and new investigators. This list will be updated as information is provided about the training programs.

Please feel free to contact the Society headquarters at tshq@teratology.org if you have questions or would like to request further information. 

 

Training Program Resources 

Teratology Primer

Intended as an overview of the field and written by experts in their areas of specialty, the Teratology Primer provides information and references with a collection of interesting and current topics regarding birth defects. The Teratology Primer is intended mainly for students to understand the career choices available in the field of teratology and addresses issues such as, how preconceptional exposures may affect pregnancy outcome, what infections increase the risk of birth defects, and the effects of alcohol use during pregnancy. Additional topics range from how birth defects are diagnosed, to ethical considerations, to the use of systems biology or computational approaches to predict teratogenic risk.

The Teratology Society has made this second edition of the Teratology Primer available electronically and free of charge.

US Environmental Protection Agency

Thomas B. Knudsen, PhD
http://www.epa.gov/research/scientistsatwork/knudsen.htm

Dr. Knudsen’s research focuses on predictive models of developmental toxicity, building and testing sophisticated computer models such as the Virtual Embryo Project. This effort explores the potential for chemicals to disrupt prenatal development—one of the most important lifestages.
 

Creighton University School of Medicine

Janee Gelineau-van Waes, DVM, PhD
http://medschool.creighton.edu/somfaculty/gelineauvanwaes/contact/index.php

The primary focus of the research in Dr. Gelineau-van Waes'  laboratory is the study of birth defects.  Molecular biology, proteomics, and metabolomics approaches are used to identify the underlying mechanisms that lead to placental abnormalities and embryonic/fetal malformations following gestational exposure to pharmaceuticals (anticonvulsant drugs, immunosuppressant drugs) or environmental teratogens (arsenic, mycotoxins). 

University of Texas, Austin

Richard H. Finnell, PhD
http://finnelllab.com/finnell.aspx 
https://www.icmb.utexas.edu/cmb

The Cell and Molecular Biology Graduate Program is an interdisciplinary program comprised of over 130 faculty from three colleges. The program typically recruits a class of 25 graduate students each year for training in seven different research tracks. Research in Dr. Finnell's laboratory focuses on the interaction between specific genes and nutritional factors as they influence normal embryonic development.

McGill University

Barbara Hales, PhD
http://www.medicine.mcgill.ca/pharma/haleslab/
http://www.mcgill.ca/pharma/

Dr. Hales' research interests focus on mechanisms of action of drugs as teratogens. She studies developmental toxicity using a combination of in vivo, in vitro, and molecular approaches with the goal of elucidating how the embryo responds to insult after direct or maternal exposure and the consequences to progeny of paternal drug exposure.

 

University of Georgia

Mary Alice Smith, PhD
http://www.publichealth.uga.edu/ehs/about/directory/faculty/mary_smith

Dr. Smith’s laboratory develops in vitro and in vivo model systems to identify microbial and chemical agents that affect pregnancy and development and uses those models to investigate mechanisms of toxicity and develop therapies for treating adverse effects. Dr. Smith is the graduate coordinator for the Interdisciplinary Toxicology Program where students are trained broadly in toxicology and can focus their specialization in developmental toxicology.

 

University of Rochester Medical Center

Chris J. Stodgell, PhD
https://www.urmc.rochester.edu/people/21960987-christopher-j-stodgell/researchers

The goal of Dr. Stodgell’s research is to understand the environmental and genetic etiologies of developmental disorders, such as autism spectrum disorders. Through collaborations with other programs interested in the genetics of autism, they have studied how specific candidate genes are related to autism spectrum disorders.

 

International Register of Fetal Morphologists (IRFM) 

Julian M. French CBiol FSB
http://www.irdg.co.uk/FMtraining/training_material.htm

The International Register of Fetal Morphologists (IRFM), of which the Teratology Society was one of the founding sponsors, has made this training material available on the IRFM webpage. It is particularly relevant to fetal morphologists in North America as IRFM assessments are now being conducted in this region. 

Teratology Society members may find information to access materials here.

 

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