Covid-19
is here to stay1
Immunocompromised people have multiple options for protection.2
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Hospitalizations3*
Deaths4†
* Estimated from January 6, 2024, through December 28, 2024.
† Cumulative number of deaths from January 6, 2024 through January 4, 2025.
Immunocompromised people may be more vulnerable to COVID-19, because they may have a weaker response to COVID-19 vaccines. Immunocompromised people are also at increased risk of severe COVID-19-related illness and death.6
Practice These Prevention Strategies2,7
Encourage practicing extra precaution
Help reduce the spread of COVID-19
Stay up to date with COVID-19 vaccination
Learn about other prevention options
Immunocompromised people may be more vulnerable to COVID-19, because they may have a weaker response to COVID-19 vaccines. Immunocompromised people are also at increased risk of severe COVID-19-related illness and death.6
Practice These Prevention Strategies2,7
Encourage practicing extra precaution
Help reduce the spread of COVID-19
Stay up to date with COVID-19 vaccination
Learn about other prevention options
The CDC recommends combining multiple paths of protection against COVID-19 for immunocompromised people.8
Exploring COVID-19 prevention options in immunocompromised people
The CDC recommends combining multiple paths of protection against COVID-19 for immunocompromised people.8
Exploring COVID-19
prevention options in
immunocompromised people
May help provide protection, but immunocompromised people may have a reduced response.10
Triggers an immune response by teaching the body how to produce SARS-CoV-2 specific antibodies
Primes the body to recognize and fight infections
Can build long-term immunity over time
May provide protection by helping to boost the immune system's response to the virus that causes COVID-19.13
Molecule designed to help protect by mimicking or enhancing the natural immune response
Targets specific viral proteins, inhibiting binding to host cells
May offer immediate protection, yet the duration of potential effectiveness may vary
Immunity to COVID-19 may be achieved through the presence of disease-specific antibodies.14 This immunity can be classified as active, where the body is directly involved in producing protection, or as passive, where protection comes from an external source.15
Examples of Active Immunity15
Natural
A person’s immune system makes antibodies after being exposed to an infection
Artificial
A person’s immune system makes antibodies after receiving a vaccine
Examples of Passive Immunity15
Natural
Comes from the mother, as she transmits antibodies to a baby
Artificial
A medicine delivers antibodies to a person’s body
Talking with a doctor is an important first step for immunocompromised people to understand COVID-19 protection options.
COVID-19 Resources
CDC: Updated COVID-19 ACIP Vaccination Recommendations
CDC: People with Certain Medical Conditions and COVID-19 Risk Factors
Links provided lead to external websites and are provided as a courtesy for informational purposes only.
References
ACIP, Advisory Committee on Immunization Practices; CDC, Centers for Disease Control and Prevention; COVID-19, coronavirus disease 2019