Jim Knight

• ALS 3304, Physiology of Reproduction, 3 credits, Spring (Three 3-hour lab sections, 75 - 85 students) and Fall (Two 3-hour lab sections, 55 - 60 students).

• APSC 3004, Junior Seminar Lecture, Fall, (45 - 55 students) and APSC 3004, Junior Seminar Recitation, "Controversial Issues in Agriculture", Fall, ~ 15 students,(One 2-hour recitation section; 2 credits for combination of APSC Lecture and Recitation).

• UH 3004H, Honors Colloquium, "Controversial Issues in Science and Society", 3 credits, Fall, 15-18 students.

Beginning Spring Semester 2010:

• APSC 4004, Contemporary Issues in Animal Science Lecture, (60-70 students) and

• APSC 4004, Contemporary Issues in Animal Science Recitation, (~15 students, one 2-hour recitation section; 2 credits for combination of Lecture and Recitation)

Additional Current Teaching (Team teaching/guest lectures)

• ALS 5314, Comparative Reproductive Physiology, Spring, alternate years, (20 - 33%)

• HD 2314, Human Sexuality, Spring and Fall (3 - 5 lectures/semester)

• BIOL 1206, Honors Biology, Spring, (1 - 2 lectures)

My current primary research focus is on enhancing scientific understanding of the role of oxidative stress in porcine oocyte maturation, fertilization, and early embryonic development. We are specifically investigating the role of a unique amide product in enhancing embryonic development following the assisted reproductive technologies of in vitro fertilization, intracytoplasmic sperm injection, and pronuclear microinjection. Other research interests and previous areas of research publications include uterine function, maternal-conceptus interrelationships during pregnancy, placental function, placental steroidogenesis, and production of transgenic swine that express human therapeutic proteins. I also have an ardent interest in the application of basic scientific knowledge to contemporary ethical, moral and philosophical issues associated with human reproduction

1. Whitaker B., J. Knight. (2008) Mechanisms of oxidative stress in porcine oocytes and the role of anti-oxidants. Reproduction, Fertility, and Development, 20:694-702.
2. Whitaker B.,  B. Carle, T. Mukai, A. Simpson, L. Vu, J. Knight. (2008) Effect of exogenous glutathione supplementation on motility, viability, and DNA integrity of frozen-thawed boar semen, Animal Reproduction, 5:127-131.
3. Whitaker B., S. Clark, Z. Crouse, W. Matin, K. Waters, J. Knight. (2008) The effects of thawing procedure and supplementation on the motility and viability of frozen-thawed boar semen. Virginia Journal of Science, 59:185-192.
4. Knight J. 2006. "Teaching: The Most Fun You Can Have With Your Clothes On". In the book “Teaching Excellence At a Research-Centered University:  Energy, Empathy, and Engagement in the Classroom”. 2006. pp. 139-145. ISBN 0-536-31227-3. Pearson Custom Publishing. 75 Arlington Street, Suite 300, Boston, MA 02116.
5. Estienne, M., A. Harper, J. Knight. 2006. Reproductive traits in gilts housed individually or in groups during the first thirty days of gestation. Journal of Swine Health and Production. 14(5):241-246.
6. Estienne, M., A. Harper, J. Knight. 2006. Reproductive traits in gilts housed individually or in groups during the first thirty days of gestation. Journal of Swine Health and Production. 14:241-246.
7. Horsley B., M. Estienne, A. Harper, S. Purcell, H. Baitis, W. Beal and J. Knight. 2005. Effect of P.G. 600 on the timing of ovulation in gilts treated with altrenogest. Journal of Animal Science. 83:1690-1695.

Career Publications Summary

1 Book; 9 Chapters in Books; 72 Refereed Journal Articles; 107 Abstracts; 50 University Research Reports; 16 Extension/Other