R C Wilson1, P J Saunders, G Smith. 1. Department of Public Health and Epidemiology, Medical School, University of Birmingham, Edgbaston, UK. r.c.wilson@bham.ac.uk
Abstract
OBJECTIVES: To describe the epidemiology of carbon monoxide (CO) poisoning in a defined population, identifying those at greatest risk from acute poisoning resulting in admission to hospital or death. METHODS: A retrospective study with routinely collected information, set in the former West Midlands Regional Health Authority; population of 5.2 million. The data comprised 939 deaths and 701 hospital admissions due to CO poisoning between January 1988 to December 1994. The main outcome measures were age and sex standardised incidence rates (SIRs) for non-intentional, suicidal, and undetermined poisonings for health authorities and the linear relation with socioeconomic deprivation. RESULTS: Overall rate of non-intentional poisonings over the 7 year period was 7.6/100,000, an annual rate of 1.1/100,000. The 7 year rates were highest in people > or = 85; men 24.0/100,000 and women 19.7/100,000. For suicides the 7 year rate was 19.6/100,000, an annual rate of 2.8/100,000. The 7 year rates were highest for men of 35-39, 64.1/100,000, and for women aged 45-49, 15.3/100,000. None of the causes of poisoning were related to deprivation. Non-intentional poisonings showed a strong seasonal variation with the highest rates being recorded in the months October to March. Increased rates of poisoning were found in the rural districts of the West Midlands. There seems to have been a decline in suicides coinciding with the introduction of three way catalytic converters on cars. CONCLUSIONS: Elderly people and the very young are at the greatest risk from non-intentional CO poisoning and rates are highest in the winter months. Although deaths from non-intentional CO poisoning are declining nationally, in the West Midlands they have remained stable and hospital admissions are increasing. It is not solely an urban phenomenon with rates for non-intentional CO poisoning and suicides higher in the rural districts. Health authorities need to consider all populations in any prevention programme. Further work is needed to establish the extent of the burden of chronic CO poisoning and the impact of catalytic converters on suicides.
OBJECTIVES: To describe the epidemiology of carbon monoxide (CO) poisoning in a defined population, identifying those at greatest risk from acute poisoning resulting in admission to hospital or death. METHODS: A retrospective study with routinely collected information, set in the former West Midlands Regional Health Authority; population of 5.2 million. The data comprised 939 deaths and 701 hospital admissions due to COpoisoning between January 1988 to December 1994. The main outcome measures were age and sex standardised incidence rates (SIRs) for non-intentional, suicidal, and undetermined poisonings for health authorities and the linear relation with socioeconomic deprivation. RESULTS: Overall rate of non-intentional poisonings over the 7 year period was 7.6/100,000, an annual rate of 1.1/100,000. The 7 year rates were highest in people > or = 85; men 24.0/100,000 and women 19.7/100,000. For suicides the 7 year rate was 19.6/100,000, an annual rate of 2.8/100,000. The 7 year rates were highest for men of 35-39, 64.1/100,000, and for women aged 45-49, 15.3/100,000. None of the causes of poisoning were related to deprivation. Non-intentional poisonings showed a strong seasonal variation with the highest rates being recorded in the months October to March. Increased rates of poisoning were found in the rural districts of the West Midlands. There seems to have been a decline in suicides coinciding with the introduction of three way catalytic converters on cars. CONCLUSIONS: Elderly people and the very young are at the greatest risk from non-intentional COpoisoning and rates are highest in the winter months. Although deaths from non-intentional COpoisoning are declining nationally, in the West Midlands they have remained stable and hospital admissions are increasing. It is not solely an urban phenomenon with rates for non-intentional COpoisoning and suicides higher in the rural districts. Health authorities need to consider all populations in any prevention programme. Further work is needed to establish the extent of the burden of chronic CO poisoning and the impact of catalytic converters on suicides.
Authors: P Gajdos; F Conso; J M Korach; S Chevret; J C Raphael; J Pasteyer; D Elkharrat; E Lanata; J L Geronimi; C Chastang Journal: Arch Environ Health Date: 1991 Nov-Dec
Authors: E N Allred; E R Bleecker; B R Chaitman; T E Dahms; S O Gottlieb; J D Hackney; M Pagano; R H Selvester; S M Walden; J Warren Journal: Environ Health Perspect Date: 1991-02 Impact factor: 9.031
Authors: Aina Roca-Barceló; Helen Crabbe; Rebecca Ghosh; Anna Freni-Sterrantino; Tony Fletcher; Giovanni Leonardi; Courtney Hoge; Anna L Hansell; Frédéric B Piel Journal: Prev Med Date: 2020-04-27 Impact factor: 4.018
Authors: Rebecca E Ghosh; Rebecca Close; Lucy J McCann; Helen Crabbe; Kevin Garwood; Anna L Hansell; Giovanni Leonardi Journal: J Public Health (Oxf) Date: 2015-03-09 Impact factor: 2.341