The biological, physical, and social factors that influence animal production and utilization.

Digestive anatomy of various species and the classes of nutrients including their digestion, metabolism and sources. Nutrient requirements and feeding standards for livestock, companion animals, exotics and aquatics for purposes of reproduction, lactation, growth, work and maintenance. Classes of feedstuffs, their characteristics, proper utilization, formulating rations and nutritional programs for animal enterprise. Taught with SAAS 113.

Application of behavior of cattle, horses, sheep, goats, swine, poultry, and companion animals to their management, training, and welfare. Basic principles of genetics and physiology of behavior, perception, training, learning, motivation, and stress with consideration of integrated behavioral management and animal welfare. Students are required to have access to an animal that they will train throughout the semester; the Department of Animal Science will not necessarily provide animals for training. Taught concurrently with SAAS 202.

(Also offered as NUSC 1645.) An introductory level course for students interested in the application of science to food. Nutritional and functional attributes of various food constituents are discussed. Issues concerning food processing and food safety are covered. CA 3.

Basic concepts of the nutrition, physiology, health and management of companion animals. Taught with SAAS 276.

Variable topics.

Credits, prerequisites and hours as determined by the Senate Curricula and Course Committee. May be repeated for credit with a change in topic.

Valuable to animal science majors and includes horse types and breeds and their nutrition, breeding, evaluation, behavior, care and management with attention given to detailed studies of the problems and practices of horse production and use. Taught with SAAS 251.

The application of the basic scientific principles to the management of poultry, egg and meat production systems.

Contact Department Main Office for list of current topics and instructors. May be repeated for credit with a change of topic.

A multiple day field trip format. Students in this course will travel with the instructor to visit and tour agri-businesses that represent commercial aspects of different animal science activities. Students will interview agri-business personnel and gain an understanding of how agricultural principles are applied in the field. Each student must submit a formal written report for evaluation and meet all other course requirements as specified by the instructor. Field trip is required. Students taking this course will be assigned a final grade of S (satisfactory) or U (unsatisfactory). May be repeated for credit with a change in topic.

Contact Department Main Office for list of current topics and instructors. May be repeated for credit with a change of topic.

May be repeated for credit. Students taking this course will be assigned a final grade of S (satisfactory) or U (unsatisfactory).

Principles of Mendelian and molecular genetics. Biosynthesis and function of DNA, RNA, and protein. This course also includes introductions to population and quantitative genetics. Information on molecular methods of genetic analysis and examples of genetics in animals of agricultural significance are also provided.

A study of the reproductive anatomy and physiology of domestic animals. Laboratory will include macro and micro anatomy, hormone action, and techniques used in reproductive management of domestic animals.

A discussion of current employment opportunities in animal sciences. In addition, students will prepare resumes and make oral presentations.

Management of dairy cattle including milking procedures, sanitation, selection, nutrition, reproduction, physiology and anatomy of milk secretion and record keeping. Field trips required. Taught with SAAS 261.

Principles and practices of laboratory animal care and management in relation to animal characteristics, handling and restraint, animal house design, reproduction and nutrition and legal regulations. Various laboratory animal techniques will be covered.

The production and management of beef cattle, sheep, and swine. Laboratories involve theory and practice in livestock management, skills, and techniques. Taught with SAAS 273.

A comparative study of the effects of exercise on the body, focusing on the three primary athletic species (canine, equine, human). Particular emphasis will be placed on the physiological mechanisms which allow for adaptation to exercise and inactivity.

A writing intensive class integrated with course content in ANSC 3311.

Focuses on the embryonic and postnatal growth and development of domestic livestock with emphasis on metabolic and hormonal regulation of processes that influence growth and development. Discussion period will focus on methods used to measure growth and metabolism.

A writing intensive class integrated with course content in ANSC 3313.

Focuses on endocrine systems and endocrine function in farm animals with emphasis on hormones involved in metabolism, growth, lactation, feed intake and digestion in cattle, pigs, horses and poultry.

A writing intensive class integrated with course content in ANSC 3316, Endocrinology of Farm Animals.

Biology, uses, effectiveness and safety of probiotics and prebiotics. Molecular mechanisms underlying the health benefits attributed to the consumption of pre and probiotics. Application of pre- and probiotics to promote human and animal health, including safety and regulation.

Introduction to recent research in animal embryology and related reproductive biotechnologies. Basic principles, methodology and state of the technology for numerous established and emerging animal biotechnologies such as transgenesis and cloning.

Writing intensive class integrated with course content in ANSC 3323 Animal Embryology and Embryo Biotechnology.

A study of the food products derived from animal agriculture, including dairy, meat, poultry and fish. Emphasis will be placed on inspection, grading, processing, biochemistry, nutritive value and food safety concerns of these products. Taught with SAAS 243.

A writing-intensive class integrated with course content in ANSC 3343.

Develop and effectively communicate livestock animal handling, training, fitting, and showing techniques to Introduction to Animal Science students at weekly practices.

Oversee and teach Little I Training assistants to ensure appropriate animal handling, training, fitting, and showing instruction to Introduction to Animal Science students. Teach and assist Introduction to Animal Science students at weekly practices, along with Little I Training assistants.

Designed to develop technical and managerial skills necessary for operating horse breeding farms. Programs for herd health, hoof care, nutrition, breeding, foaling, and record keeping will be included.

Open to all University students interested in pleasure horses. The principles of horse management and horsemanship.

Techniques related to training the driving horse will be described. Prior working experience with horses is recommended.

Management of the pregnant mare and neonatal foal, including foaling practices, foal handling, and postpartum care of the mare.

Fundamental ground work and techniques used to train young horses. Prior working experience with horses recommended.

Theory, fundamentals and practice of backing a horse, training horse to accept the rider, and the natural aids. Intermediate level riding skills required. May be repeated once for a maximum of four credits.

Training horses for riding, showing, and lessons using the Dressage Training Scale. Advanced level riding skills are required. May be repeated once for a maximum of four credits.

Provides students with an opportunity to apply concepts of equine rehabilitation. May be repeated once with change in specific rehabilitation activity.

Different modes of therapy, business topics, and management skills related to the equine rehabilitation field.

Production and processing of milk and milk-products from a food science perspective including chemical, physical and microbiological components. Technological aspects of the transformation of milk into various food products. Public health regulations, good manufacturing practices, cleaning and sanitizing procedures. Unit operations in dairy food manufacturing, packaging, labeling and quality control procedures.

A writing intensive course integrated with course content in ANSC 3641.

Participation in all phases of dairy herd management including decision-making activities, with particular emphasis on impact of decisions on financial health and stability. Course requires participation beyond specific semester calendars. May be repeated twice for credit.

An introduction to the evaluation of dairy cattle on the basis of conformation. Breed classification and type improvement programs, score card criteria in relation to longevity, physiological efficiency and performance are included. Attention is also given to fitting and showing methods. Field trips may be required.

Classification, form to function relationships, grades and value differences of livestock are included. Objective and subjective methods of appraisal are used to evaluate beef cattle, horses, sheep and swine. Taught with SAAS 274.

Intensive training in the evaluation of selected species of farm animals or their products. Type standards and the relation of anatomical features to physiological function are emphasized. Evaluation skills including justification of decisions will be developed. Intercollegiate dairy cattle, horse, livestock, poultry judging teams will be selected from this course. Field trips are required, some of which may occur prior to the start of the semester. Taught with SAAS 275.

Practical experience, knowledge, and professional skills in a work environment related to animal science. Based on a contract and learning experience syllabus. Students taking this course will be assigned a final grade of S (satisfactory) or U (unsatisfactory).

Students taking this course will be assigned a final grade of S (satisfactory) or U (unsatisfactory). Credits and hours by arrangement.

Variable topics.

Credits and hours by arrangement. May be repeated for credit with a change of topic. Contact Department Main Office for list of current topics and instructors.

Contact Department Main Office for list of current topics and instructors. May be repeated with a change of topic.

Practical experience gained in teaching methods and materials preparation and assisting student learning through written and verbal communication.

A comparative study of nutritional, physiological, microbiological, immunological and biochemical aspects of digestion and metabolism in the non-ruminant and ruminant animal, particularly livestock and companion animals. Topics include digestive system structures, utilization of nutrients, energy metabolism, control of nutrient metabolism, and experimental techniques used in the study of animal nutrition.

Writing-intensive class integrated with course content in ANSC 4311.

Current topics in food safety will be discussed, with special emphasis on microbial and chemical contamination of food. Specific topics including the safety of natural versus synthetic chemicals, food additives, irradiation and other practices, basic microbiology and toxicology, current regulatory practices and risk assessment will also be included. The Hazard Analysis Critical Control Points (HACCP) approach to food safety will be discussed.

A writing-intensive class integrated with course content in ANSC 4341.

Molecular and cellular basis of muscle food physical features and its related muscle biological events.

The techniques and procedures of teaching equitation including the theories of riding and teaching methods. Practice teaching will be required under the supervision of the instructor. Taught with SAAS 257.

Dairy farm management practices with emphasis on business and economic decision making. The effects of various programs in selection, nutrition, facilities, reproduction and herd health on overall business health will be evaluated. Each student will manage a computer simulated herd during the semester. Field trips are required. Taught with SAAS 262.

Writing of a formal thesis based on independent research conducted by the student. Thesis proposal and final thesis must follow guidelines developed by the department.