This is a stand-alone independent study designed by the student and faculty sponsor that involves frequent interaction between instructor and student. Qualitative and quantitative enrichment must be evident on the proposed contract before consent is given to undertake the study.

Individualized study with a faculty member. For Sophomores and Juniors a 500 word abstract summarizing the project to be presented at the end of the Spring semester on Science Day. Seniors present a poster on Science Day.

Individualized study with a faculty member. For Sophomores and Juniors a 500 word abstract summarizing the project to be presented at the end of the Spring semester on Science Day. Seniors present a poster on Science Day.

Individualized study with a faculty member. For Sophomores and Juniors a 500 word abstract summarizing the project to be presented at the end of the Spring semester on Science Day. Seniors present a poster on Science Day.

The seminar series will feature presentations by agricultural and animal science professionals in the fields of Animal Health, Animal Nutrition, Genetics, Biotechnology and others. Topics will include resume preparation, interview skills, internship opportunities and web-based employment search guides.

This course is a 2 credit discovery-based research tutorial experience emphasizing animal models.

This course is a 2 credit discovery-based research tutorial experience emphasizing cellular and molecular approaches.

Students will receive practical experience in basic and advanced cell and molecular biology techniques used in biotechnology and research laboratories. The course first focuses on cell culture techniques, including seeding, maintenance, and cryopreservation. Subsequently, the differences between molecular analysis of transcription and translation will be addressed (RNA/cDNA, protein). For these analyses, cell cultures in their native form will be compared with bleomycin induced DNA damaged cell cultures. Overall, this course establishes a general understanding of cell growth physiology.

Students will receive practical experience in basic and advanced cell and molecular biology techniques used in biotechnology and research laboratories. The course first focuses on cell culture techniques, including seeding, maintenance, and cryopreservation. Subsequently, the differences between molecular analysis of transcription and translation will be addressed (RNA/cDNA, protein). For these analyses, cell cultures in their native form will be compared with bleomycin induced DNA damaged cell cultures. Overall, this course establishes a general understanding of cell growth physiology.

An overview of small animal nursing skills and technical procedures commonly performed by veterinary technicians and veterinary assistants in a private practice setting with a focus on the canine and feline patient. Topics include an introduction to the types of veterinary practices, veterinary medical records, patient medical history and physical exam, restraint and handling, preventative health programs, sampling and diagnostics techniques, medical and surgical nursing, veterinary dentistry, and emergency and critical care.