US Vaccination Panel Ends Birth Dose for Hepatitis B Vaccine
A U.S. vaccine advisory panel has voted to end the long-standing recommendation for newborns to receive the hepatitis B vaccine immediately after birth. This decision marks a significant shift in childhood vaccination policy, as the Advisory Committee on Immunization Practices (ACIP) now favors individual assessments of vaccination needs for babies born to mothers who test negative for the virus.
Why It Matters
The change represents a departure from a practice that has been in place since 1991, during which the hepatitis B vaccine has reportedly saved around 90,000 lives. The vote’s implications could lead to increased uncertainty about vaccine safety and effectiveness, potentially discouraging families from vaccinating their children.
Key Developments
- ACIP Vote: The panel voted 8-3 to prioritize individualized decision-making regarding the hepatitis B vaccine for infants whose mothers test negative.
- Presidential Directive: President Donald Trump has instructed his health officials to review U.S. vaccination guidelines for childhood immunizations, considering practices from other developed countries.
- Vaccine Timing: The new guidelines advise that infants who do not receive the vaccine at birth should receive their first dose no earlier than two months of age, which prompted dissent from several panel members.
- Expert Concerns: Public health experts and some ACIP members express concern that the decision may lead to increased hepatitis B infections.
- Ongoing Recommendations: Babies born to mothers who test positive for hepatitis B will still be recommended to receive the vaccine at birth.
Full Report
Advisory Committee’s Decision
The recent ACIP meeting culminated after a protracted deliberation over the hepatitis B vaccination guidelines. Some members voiced significant concerns, emphasizing the established safety and efficacy of the vaccine. Dr. Cody Meissner remarked that the changes could result in more infections among children, adolescents, and adults.
Presidential Response
Following the ACIP’s vote, President Trump publicly endorsed the decision, describing it as "very good" and underscoring a review of vaccination practices against international standards. He noted that other countries often recommend fewer immunizations for children.
Public Health Concerns
Experts in public health have raised alarms about the potential for heightened vaccine skepticism resulting from the ACIP’s recommendations. Critics, including Dr. Joseph Hibbeln, characterized the decision as "incredibly problematic." Dr. Meissner referred to the objections from fellow members as "baseless skepticism."
Support for Vaccination
Despite the committee’s endorsement of individualized decisions for certain infants, there remains a robust recommendation for vaccinating newborns when their mothers test positive for hepatitis B. The liver infection poses serious health risks, including the potential for chronic conditions like liver failure and cancer.
Legislative Criticism
The decision has drawn ire from legislators such as Republican Senator Bill Cassidy, who, as a physician and a longtime advocate for hepatitis B vaccination, disagrees with moving away from routine birth doses. Cassidy firmly believes the vaccine’s safety and efficacy are pivotal for public health.
State-Level Action
In light of the ACIP’s vote, Maryland’s health department responded with an advisory that echoes the importance of administering hepatitis B vaccines at birth, aligning with recommendations from the American Academy of Pediatrics.
Context & Previous Events
Since 1991, the U.S. has recommended birth doses of the hepatitis B vaccine, which has played a crucial role in reducing the mortality rate associated with the virus. The global health community, including the World Health Organization, maintains a rigorous vaccination schedule that promotes early immunization against hepatitis B. Observations from other countries have influenced the dialogue surrounding U.S. practices, as recent discussions have emphasized differences in vaccination strategies globally.










































