Using routine health data collected by GPs, walk-in centers and hospitals, the research team found that
. For example, rotavirus hospitalizations reduced by 80 percent, and walk-in center and GP attendances for infectious gastroenteritis reduced by 32 percent and 13 percent, respectively.
‘Following the introduction of rotavirus vaccination, the incidence of gastrointestinal disease reduced and the impact was greatest among the most deprived populations, despite lower vaccine uptake.’
Importantly,
vaccine impact was found to be greatest among the most deprived populations despite lower vaccine uptake in these areas. For infants in the most deprived communities, the hospitalizations averted for acute gastroenteritis was double that found in the least deprived communities.
Lead author Dan Hungerford, said: "Rotavirus vaccine is proving to be highly effective at preventing severe childhood gastroenteritis caused by rotavirus in the UK.
"We found that like for other childhood vaccinations, rotavirus vaccine uptake is lowest in the most deprived communities. But, crucially, in spite of this finding and because of the higher baseline disease burden, the rotavirus vaccine is having the biggest impact in these communities.
"In England, a disproportionately high number of young children live in the most deprived communities. Therefore, if we prioritize vaccination in the most deprived populations the rotavirus vaccine is likely to give the greatest health benefit and can contribute to reducing health inequalities."
The research also suggests that
rotavirus vaccination is helping to reduce the burden on the healthcare system for gastrointestinal disease in un-vaccinated adults.
The research team is continuing to investigate the longer-term impact of rotavirus vaccination on a range of disease outcomes both regionally and globally. In Liverpool, they are currently running public engagement activities and conducting community-based research to better understand the barriers and enablers to childhood vaccinations.
Source: Eurekalert