poultry farming vaccines and vaccinations(Free Course)

proper timing and proper administration

What you’ll learn

1. vaccination principales
2. optimum administration
3. avian immunology and vaccine response
4. SPRAY VACCINE APPLICATION
5. DRINKING WATER VACCINE DISTRIBUTIO
6. EYE DROP VACCINE APPLICATION
7. IN OVO INJECTION
8. iNTRAMUSCULAR INJECTION
9. TRANSFIXION (SCARIFICATION; WING-WEB STAB)

This course includes:

• 1 hour on-demand video
• Full lifetime access
• Access on mobile and TV
• Certificate of completion

Requirements

• poultry farming interest
• Description
• Immunization through vaccination is a commonly used
• method of reducing the risk (increased ID50) and consequence
• (reduced pathogenicity) of bird or flock exposure to a disease-causing agent..
• Vaccination is the practice of administering live and/or killed vaccines which have been modified to minimize
• disease manifestation yet maximize immunity.
• the primary purpose of immunization is to raise
• the ID50 of the flock to prevent clinical disease following
• subsequent challenge.
• While some vaccines are given to protect
• that individual bird against disease,
• others are given to pass the
• protection on to the next
• generation, and others are given to prevent disease in the hen
• and subsequent transmission of the disease to the chick
• Vaccines and vaccine programs vary widely in their
• effectiveness, and this is frequently by design. Some vaccines
• are designed to incite high levels of immunity to protect birds
• in the face of aggressive endemic disease challenges, such as
• vvND.
• These vaccines may cause a mild form of the
• disease themselves but are deemed appropriate and
• useful because of the risk associated with eventual infection of the
• deadly field pathogen.
• Vaccine selection and how they are programmed
• frequently becomes an exercise in risk management and cost
• efficiency.
• Local conditions must always be
• considered when evaluating and critiquing a
• vaccination program.
• A second reason for the vaccination
• of poultry flocks is to hyper immunize hens to maximize
• maternally derived antibody passed through the egg to the
• hatching progeny.
• Chicks frequently receive up to 3 weeks of protection from maternal anti-
• bodies, allowing their immune system to mature to a level capable
• of eliciting an efficient active immune response if exposed to a
• potentially harmful virus or bacteria.
• Antibodies are not always completely protective but for
• viruses such as infectious bursal disease (IBD), many areas of the
• world have found maternal antibodies a very useful tool in IBD
• prevention and control.
• The success of vaccination does not rest solely with the manufacturing or research of
• vaccines. More important is the maintenance of the cold chain, protection of
• the vaccine from the elements, and the correct application of the vaccine to the
• bird.
• vaccination programs should be documented
• for each operation by the responsible veterinarian and
• operations manager. All vaccines must be stored at the
• correct temperature. Most vaccines require
• refrigeration at 2°C to 8°C
• Some vaccines, mostly killed oil
• vaccines, can be safely stored at
• room temperature. Some vaccines
• need to be stored at temperatures
• below 0°C..
• Vaccines are adversely affected by
• exposure to sunlight and heat. Vaccines must be administered
• using suitably cleaned equipment and be given to every bird in
• the defined epidemiological unit
• Live vaccines are widely used throughout
• the world because they are commonly effective when mass
• applied, and they are relatively economical.
• immunity from live vaccines is generally
• short-lived, particularly following initial
• exposure. Some exceptions to this exist for
• vaccines such as for infectious laryngo-
• tracheitis, fowl pox, and Marek’s disease,
• which give long-lived immunity.
• Inactivated vaccines or killed vaccines used in poultry are
• generally whole bacteria or virus preparations combined with
• an adjuvant that are designed for subcutaneous or intramuscular
• injection
• They are frequently, but not always, used in
• commercial egg layer and breeding birds to
• stimulate long lasting immunity and/or antibody levels to specific antigens.

Who this course is for:

• poultry farm owner,poultry science students,veterinarian,all interested in poultry farming

Free Udemy Course Instructors

Mohamed AL ashram

Author instructor full time content creator

• 4.0 Instructor Rating
• 602 Reviews
• 47,347 Students
• 16 Courses

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