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Table 5 Epidemiological studies from the UK and Ireland- injuries in the general population

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

Gorman et al., 1999 [61]

descriptive study/St John's hospital A&E data

general population/44224

(residents EH45)

Livingston, England

A&E

proportions by age, gender, type and location of injury; rates by age, gender, deprivation (Carstairs Depcat), eye injury data by location and type

1995–1996 19620/100,000 attendance rate

Evidence of injury association with deprivation: 20910/100,000 vs. 16630/100,000 most deprived vs. most affluent Depcat and travel distance: 21480/100,000 i.e. highest attendance rate in the Depcat 4 were the hospital is located

No information on severity of injury; one geographical region

Cryer et al., 1996 [59]

descriptive study/Office for Population Censuses Surveys; South East Thames Regional Health Authority hospital data

general population/3.67 million

Kent, East Sussex, South East London, England

deaths, hospitalization

proportions of deaths by injury location; rates by age, gender, cause, ICD code

A comprehensive picture (1988–1991) on the epidemiology of injury, priority setting

35/100,000 crude death rate/1057.5/100,000 hospitalisation rate; admissions by nature of injury: fracture limb 27%, poisoning 14%, intracranial injury 11%

No information on severity; one geographical region

Gorman et al., 1995 [64]

descriptive study/Coroner's data; Home Office data; A&E, ITU, theatre registers

general population/3.2 million

Mersey Region and North Wales, UK

deaths, hospitalization and A&E

proportions and rates by age, cause, ISS, injury parameters (e.g., GCS, systolic blood pressure), hospital, outcome (died/alive)

A Level I Trauma Centre (American-style) might be not sustained by blunt injury incidence (ISS>15) in region i.e. 19/100,000 for patients arriving alive at hospital 1989/1990

Only injuries ISS >15

Lecky et al., 2000 [65]

descriptive study/TARN

patients/91602

England, Wales, Northern Ireland

deaths, hospitalization

proportions by cause, process of care (prehospital timing), trends in odds of deaths, Ws*, regression (odds of deaths – Revised Trauma Score, ISS)

6% statistical significant gradual decline in case mix adjusted odds of deaths 1989–1997

RTC 36.3%, falls 46.5%

Trauma registry not whole population used as denominator; non-thermal blunt trauma; pre-hospital deaths not available

Lecky et al., 2002 [66]

descriptive study/TARN

patients/129979

England, Wales, Northern Ireland

deaths, hospitalization

proportions by age, gender, ISS, process of care (seniority of doctors), trends in odds of deaths, Ws*, regression (odds of deaths – Revised Trauma Score, ISS)

No significant change in case mix adjusted odds of death 1994–2000 (p = 0.35)

6.2% death outcome

Trauma registry not whole population as denominator; non-thermal blunt trauma pre-hospital deaths not available

  1. *Ws provides a measure of excess survivors or deaths per 100 patients treated at each site (hospital)