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Identifying Disease Control and Management Practices

Identifying Disease Control and Management Practices. Share a past experiences of when you were ill. How did you became ill, how did you try to prevent spreading the illness to others, and how do you now try to prevent illness. . Interesting approach.

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Identifying Disease Control and Management Practices

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  1. Identifying Disease Control andManagement Practices

  2. Share a past experiences of when you were ill. How did you became ill, how did you try to prevent spreading the illness to others, and how do you now try to prevent illness. Interesting approach

  3. 1. Understand how vaccines are used in disease control. 2. Understand the use of quarantine in disease control. 3. Understand the importance of cleanliness in disease control. 4. Understand the importance of controlling parasites in disease management. Learning Targets

  4. I can explain how vaccines are used in disease control.

  5. Biological products, such as vaccines, enhance immunity and are used primarily to prevent disease. Vaccines develop immunity against specific diseases in animals. A vaccination, or immunization, is the administration of a vaccine to develop immunity. Animals establish immunity to a specific disease through exposure and then by developing their own antibodies to fight off the disease. Understand how vaccines are used in disease control.

  6. An antibody is a protein molecule that circulates in the bloodstream and neutralizes disease causing organisms. Vaccines are classified as either modified live vaccines or killed vaccine.

  7. Modified live vaccines, or attenuated vaccines, will stimulate antibody formation in the vaccinated animal without producing disease symptoms. A modified-live vaccine is a scloseto natural infection as possible without causing the disease. A modified-live vaccine provides long term protection. Modified live vaccines

  8. Killed vaccines are not pathogenic and are unable to infect and replicate. Typically killed vaccines are safer than modified live vaccines but to be effective they require a second dose in 3–4 weeks and a second vaccination, or a booster dose, within four months. Killed vaccines provide short term protection. Killed vaccines

  9. I can explain the use of quarantine in disease control.

  10. Quarantine is the isolation of an animal infected with or exposed to a contagious disease. The function of quarantine is to avoid the spread of disease to susceptible animals. Quarantine may be enforced against one animal, or all animals in a township, county, state, or country. Quarantine

  11. The sheriff may enforce a local quarantine, a state veterinarian would implement a state quarantine, and the U.S. Secretary of Agriculture would impose interstate and foreign quarantines. Livestock producers may quarantine new animals for three to four weeks or as long as 90 days before adding them to a disease free herd to prevent the contamination of the herd with a contagious disease.

  12. I Understand the importance of cleanliness in disease control.

  13. The factors needed for the onset of disease include a susceptible host, pathogenic agent, and favorable environmental conditions. Favorable environmental conditions will facilitate the growth and spread of pathogenic microorganisms. Antiseptics and disinfectants are typically used to maintain proper sanitation.

  14. Manure provides for an ideal environment for the increase of microbes. • Thus, sanitary conditions will help to decrease the likelihood of disease and parasite problems.

  15. Antiseptics and disinfectants are typically used to maintain proper sanitation. • An antiseptic is applied to animal tissues to kill or prevent the growth of microorganisms. • A disinfectant is a product that destroys the causes of disease, the pathogenic microorganisms. • Cleaning livestock facilities with disinfectants such as alcohol, iodine, chlorine bleach, or soap will lessen the vulnerability to disease.

  16. I can explain how parasite control affect disease management.

  17. Project

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