Visit or Contact Us | Jobs
A-Z Index
 Home   Future Students   Current Students   Faculty & Staff   Alumni & Friends   Visitors & Parents   

Current Students
Academic Success and Student Retention
Academic Affairs
Center for Academic Enrichment
» Colleges & Schools
College of Business & Professional Studies
College of Liberal Arts, Education & Journalism
» College of Natural Sciences, Mathematics and Technology, Cooperative Extension & Research
· Cooperative Extension and Research Contact Information
Computer Science, Technology, & Mathematics
» Cooperative Extension
» Extension & Research Programs and Projects
· Center for Community and Leadership Development (LUCCLD)
Cooperative Extension Diversity Programs
· Environmental Science Research Team
Paula J. Carter Center on Minority Health and Aging
Plant Science and Human Nutrition
· Publications
Cooperative Research
Dept. Ag, Biol, Chem & Phy
Events Calendar
· FFA Contest
· International Programs
· International Programs
School of Graduate Studies and Continuing Education
Counseling & Career Svc.
Financial Aid
Records Office
Student & Residential Life
Student Accounts
Student Activities
Student Affairs
Student Support Services
Home » Current Students » Colleges & Schools » College of Natural Sciences, Mathematics and Technology, Cooperative Extension & Research » Cooperative Extension » Extension & Research Programs and Projects » Sheep and Goat Herbal Deworming Research Project Sitemap

Sheep and Goat Herbal Deworming Research Project


Objective:
This project is designed to control internal parasites in sheep and goats using herbs compared to ivomec, a commercial dewormer and a control

Summary of Work:
We are currently collecting data from the feces of hair sheep (katahdin breed), wooled sheep (dorset breed) and boer meat goats (the fastest growing commodity in the nation).  The ova are being counted under the microscope after processing to determine how many eggs (ova) were laid by adult nematodes. The hoemonchus contortus genus and specie are the main culprit in the summertime when it is hot and humid and causes the demise of sheep and goats with goats being more susceptable than sheep. Since these are blood-sucking parasites, the blood volume is lowered resulting in anemia in the animals and can result in death. As a result, we are also collecting packed cell volumes in these animals to determine the hematocrit and the status of the blood levels in all animals; i.e., 1) controls, 2) those treated with ivomec and 3) those treated with herbs. After our final collection we will then perform a statistical analysis of the data and publish our results for use by small animal producers.

For More Information, Contact:

Helen Swartz, Ph.D., Professor / State Specialist / Principal Investigator
Lincoln University Cooperative Extension
305 Allen Hall
Jefferson City, MO 65102-0029
Voice: (573) 681-5551
Fax: (573) 681-5546

E-mail: Helen Swartz swartzh@lincolnu.edu
 

All content © Lincoln University http://www.lincolnu.edu
2008 All rights reserved.