Skip to main content

Table 2 Epidemiological studies from the UK – childhood injuries

From: A review of injury epidemiology in the UK and Europe: some methodological considerations in constructing rates

Author and date Type of study/data source Population
(denominator)/size
Level of severity Epidemiological observation Major findings Epidemiological shortcomings
Walsh et al., 1996 [50] descriptive (prospective) study/Coroner's files; Hospital data children
(0–16 y)/54400
Newcastle upon Tyne, England
deaths, hospitalization and A&E proportions, rates by severity (ISS), type, cause; correlation A&E rates and Townsend score 1990 6 deaths: 904 admissions: 11682 A&E
(1660/21490 per 100,000 admission/attendance rate); some associations of hospitalisations and A&E with deprivation
1 year study and one geographical region.
Walsh & Jarvis, 1992 [55] descriptive (retrospective) study/Office for Population Censuses Surveys; Northern Regional Health Authority sample children
(0–16 y)/153000
Northern Region England
deaths, hospitalization proportions by type, cause; rates by severity (ISS), age, ward; correlation of rates by census ward, severity 1980–1986 Relationship of injury admission rates, deaths and severity with deprivation, e.g. relative rate of deprived vs. affluent areas 2.4 (all injuries); 3.6 (severe injuries)
Highlights of the value of ISS methodology in epidemiological analysis
96.4% of the hospitals admissions identified.
Armstrong & Robson, 1992 [47] descriptive study/Liverpool Coroner's Office data children (0–16 y)
Liverpool, England
deaths proportions by cause, circumstances Highlights areas of prevention: 60% pedestrian RTC (1978–1987) – half pedestrians struck by vehicles No population based rates; data on deaths only; one region
Hippisley-Cox
et al., 2002 [56]
cross sectional survey/Trent NHS regional admissions database children (0–14 y)
Trent Region, England
hospitalization proportions by cause, age; rates by age, severity and deprivation; rate ratios for hospitals admissions 1992–1997 socioeconomic gradients (particularly children under 5 y); adjusted rate ratio (fifth highest and lowest category by Townsend scores): 3.65 pedestrian; 3.49 burns & scalds Data on severity based on health services use; one geographical region only
Laing & Logan, 1999 [53] descriptive study/A&E
King's College, St Thomas's, Guy's hospitals registries
children (0–14 y)
South-East London, England
A&E proportions and rates by age, gender, severity; correlation of Townsend score with A&E rates 1992/1993 13820/100,000 annual attendance rate; socioeconomic gradients (even) within a disadvantaged population: a significant correlation between Townsend score and A&E attendance rate (p < 0.001) 1 year study; 4 arbitrary categories of injury severity; codification – Home &Leisure Accident Surveillance
Edwards et al., 2008 [51] descriptive study/Hospital Episodes Statistics children (0–15 y)
England
hospitalization rates and proportions by cause, rate ratio by socio-economic classes, location, index of multiple deprivation, regression (injury rates- census variables) 1999–2004 1340/100,000 all injury rates 15.8/100,000 serious injury rate; falls account for 36% and 41% of all/serious admissions; socio-economic gradients for serious injuries, e.g. RR = 4.1 pedestrian i and RR = 3.0 cyclists most vs. least deprived areas Serious injury defined by six ICD groups (S72.0, S06.1–.9, S14, S22.4, T71, T68)
Avery et al., 1990 [40] descriptive study/Office for Population Censuses Surveys children (0–14 y)
England and Wales
deaths rates by geographical areas, trends and correlation of deprivation with deaths rates 1975/1979 12.05/100,000; 1980/1984 10.33/100,000 geographical variations (higher urban vs. rural areas, NW vs. SE England); 1980–1984 socioeconomic gradients r = 0.56 for accidental deaths rate Data on deaths only