Vaccinomics

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This test can show the effectiveness and safety of a vaccine. In order to understand why different people respond to vaccinations differently in terms of protection against and spreading it to others, the field of vaccinomics investigates genetic factors.

Vaccinomics

Vaccinomics

Recombinant Vaccine

Hepatitis B Learn More

Description of Hepatitis B.
A person may be protected from the potentially fatal liver disease hepatitis B, which is brought on by the hepatitis B virus. It results in persistent infections and raises the risk of dying from liver cancer or liver cirrhosis. By simulating the viral antigen and triggering the body to develop antibodies against it, vaccines protect against the disease. The immune system's reaction to vaccination is determined by genetic differences and other variables.

Live Virus Vaccine

Small Pox Learn More

What exactly is Smallpox?
The variola virus, which causes the dangerous illness known as smallpox, is prevented by the smallpox vaccination. The live virus used in the smallpox vaccine helps the body create antibodies and build immunity to the disease. The immune system's reaction to vaccination is influenced by genetic variation as well as other variables.

Live Attenuated Vaccine

Mumps Measeles Rubella (MMR) Learn More

Explaining MMR (Mumps, Measles, Rubella)?
The MMR vaccine protects against measles, mumps and rubella. The measles, mumps and rubella (MMR) vaccination includes weakened viruses that allow the body to create antibodies and build immunity to the diseases. The immune system's reaction to vaccination is determined by genetic differences and other variables.

Virus Inactivated Vaccine

Influenza Learn More

Defining influenza
The body is shielded from influenza infections by the influenza vaccine. A viral infection that affects the respiratory system is influenza. By simulating the viral antigen and triggering the body to develop antibodies against it, vaccines defend against viruses. The immune system's reaction to vaccination is determined by genetic differences and other variables.

Description of Test

Vaccinomics is the application of multidimensional science to the understanding of biologic and immunologic vaccine responses and variability in immune responses. Vaccine programmes typically give everyone the same dose at the same intervals. Given that we know people have different responses, vaccinomics could inform better vaccine design, vaccine schedules and even personalised vaccines to ensure effective responses for everyone.

Some vaccines, e.g. for influenza, are administered to different age groups according to the level of immune response. Vaccinomics could improve our understanding of which vaccines are more suitable for these age groups.

Individuals may respond differently to a vaccine because of variations in immune response due to sex or ethnic background. For example, women may benefit from a smaller vaccine dose, reducing the risk of side-effects while experiencing the same protection from disease.

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