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The intradermal administration of the vaccine for therapeutic purposes is used by cadets in the treatment of patients with toxoplasmosis or brucellosis. In the treatment room of the treatment department, the cadet should independently administer toxoplasmin toxoplasmosis patients intradermally under the supervision of a teacher (intern). Previously, he makes dilutions of the vaccine 10, 100, 1000, 10 000 times and produces a titration test for toxoplasmin. Such a dilution of the vaccine is considered as a “working" dose, the introduction of which causes edema and hyperemia of the skin of not more than 15 mm in diameter.
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- Vaccination tactics. Vaccine Administration Methods
The selection of adults and children for vaccination is carried out by a medical assistant on the FAP. Vaccinations are provided by trained medical personnel. Before vaccinations, it is necessary to carefully check the quality of the drug, its labeling, the integrity of the ampoule (vial). The following vaccines are not subject to use: 1) with inappropriate physical properties; 2) with violation of the integrity of the ampoules; 3) with unclear or absent
- Intradermal allergy tests
Intradermal allergy test with bacterial allergens. Cadets master the sample while working with patients in the treatment room under the supervision of a teacher (intern). A cadet independently administers intradermal administration of toxoplasmin to patients with toxoplasmosis or brucellin to patients with brucellosis. It is first necessary to check the suitability of the allergen for use (degree
- Vaccine (vaccine rash)
Occur after vaccination, as a result of autopioculation (secondary vaccine rash), as well as after close contact with the vaccinated person (vaccination rash). 5-10 days after vaccination, papulo-vesicular and vesicle-pustular eruptions appear with characteristic drooping in the center and erythema on the periphery. The generalized form proceeds as a severe septic process
The vaccine (from lat. Vacca - cow) - a medical product designed to create immunity to infectious diseases. The vaccine is made from weakened or killed microorganisms, products of their vital functions, or from their antigens obtained by genetic engineering or chemical means. Types of vaccines • Live vaccines are made on the basis of attenuated strains of the microorganism with resistance
- ANTI-RUSSIAN VACCINES
Vigotovlennya, control that zasosuvannya. 1) Classification and typi vaccine preparations. 2) Inactivated vaccines. 3) Live vaccines. 4) Heterologic vaccines. 5) Subodycin vaccines. 6) Reasortant vaccines. 7) Recombinant live vaccines. 8) Recombinant subodyne vaccines. 9) Synthetic vaccines. 1. Classification and typi vaccine preparations.
- INACTIVATED VACCINES
Inactivated vaccines - folding according to the warehouse of the preparation. Virobnitstvo Іх vimagaє great kіlkostі virusu. For example, in the case of inoculated vaccine vaccine, the reactor has an up to 2 tons of reactors for viroshuvanny klitin VNK-21 i virusu by the glybin method. Vigotovlennі inactivating anti-Russian vaccines with skin rock the problem of syrovini (biologic systems, yakі reproduced virus)
- Vaccine evolution
Fayzerakhmanov I.M. Scientific adviser: Ph.D. Associate Professor Opanchintseva O.V. Federal State Educational Institution of Higher Professional Education “Ural State Academy of Veterinary Medicine”, Troitsk The problem of the prevention of infectious diseases of animals and humans remains relevant in the modern world. Scientists and practitioners continue to work on creating the most reliable drugs that prevent the emergence and development of especially dangerous
- SUBDYNAMIC (MOLECULAR) VACCINES
Vіdomі three methods for the creation of sub-individual vaccines. The first one is stored in a great deal of virality, cleaned and seen immunogenic subunits (“split vaccines”), however, you can manage to get expensive and unlikely if you know how to get it. Another method is chemical synthesis of a specific immunogen, which is known for the structure of the amino acid warehouse of antigenic determinants.
- BIOTECHNOLOGY VACCIN
The infectious twigs of boules and are almost completely lost due to the leading cause of mortality. We are important in hanging out for healthy health care for the remaining 100 lives; introduction of the practice of sanitary standards and vaccines, significantly reduced the rate of mortality and infection. Suchasna immunology has progressed on the basis of E. Jenner’s and L. Pasteur’s vaccination against cholera. The Greatest Triumph ї
- VACCINE DEVELOPMENT OPPORTUNITIES
Immunization against a pathogenic agent that damages an important component of the immune system is associated with particular difficulties. In addition, the strong variability of the virus interferes. It is mainly due to the accumulation of mutations. Immunologists have strict requirements for the vaccine: it should not pass HIV into the target cells; neutralize HIV before it enters the brain; provide recognition