Objective: This study examines the distribution of selected sexually transmitted infections (STIs) in older people (aged >45 years) attending genitourinary medicine (GUM) clinics in the West Midlands, UK. Methods: Analysis of data from the regional enhanced STI surveillance system for the period 1996-2003. Selected STIs were chlamydia, genital herpes, genital warts, gonorrhoea and syphilis. Results: Altogether, 4445 STI episodes were reported among older people during the study period. Between 1996 and 2003 older people accounted for 3.7% and 4.3%, respectively, of all GUM clinic attendances. The rate of STIs in older people more than doubled in 2003 compared with 1996 (p,0.0001). Rates for all five selected diagnoses were significantly higher in 2003 compared to 1996. A significantly increasing trend over time was seen overall (p,0.0001) and for each of the selected diagnoses. Overall, males and those aged 55-59 years of age were significantly more likely to be affected. Conclusions: This study provides evidence of significant increases in attendance at GUM clinics by older people. Although it is recognised that young people should remain the focus of sexual health programmes, the results indicate that sexual risk-taking behaviour is not confined to young people but also occurs among older people. There is therefore a need to develop and implement evidence-based multifaceted sexual health programmes that while aiming to reduce STI transmission among all age groups should include interventions aimed specifically at older people and address societal and healthcare attitudes, myths and assumptions about sexual activity among older people.

SUMMARYA large outbreak of Legionnaires’ disease was associated with Stafford District General Hospital. A total of 68 confirmed cases was treated in hospital and 22 of these patients died. A further 35 patients, 14 of whom were treated at home, were suspected cases of Legionnaires’ disease. All these patients had visited the hospital during April 1985. Epidemiological investigations demonstrated that there had been a high risk of acquiring the disease in the out patient department (OPD), but no risk in other parts of the hospital. The epidemic strain ofLegionella pneumophila, serogroup 1, subgroup Pontiac la was isolated from the cooling water system of one of the air conditioning plants. This plant served several departments of the hospital including the OPD. The water in the cooling tower and a chiller unit which cooled the air entering the OPD were contaminated with legionellae. Bacteriological and engineering investigations showed how the chiller unit could have been contaminated and how an aerosol containing legionellae could have been generated in the U–trap below the chiller unit. These results, together with the epidemiological evidence, suggest that the chiller unit was most likely to have been the major source of the outbreak.Nearly one third of hospital staff had legionella antibodies. These staff were likely to have worked in areas of the hospital ventilated by the contaminated air conditioning plant, but not necessarily the OPD. There was evidence that a small proportion of these staff had a mild legionellosis and that these ‘influenza–like’ illnesses had been spread over a 5–month period. A possible explanation of this finding is that small amounts of aerosol from cooling tower sources could have entered the air–intake and been distributed throughout the areas of the hospital served by this ventilation system. Legionellae, subsequently found to be of the epidemic strain, had been found in the cooling tower pond in November 1984 and thus it is possible that staff were exposed to low doses of contaminated aerosol over several months.Control measures are described, but it was later apparent that the outbreak had ended before these interventions were introduced. The investigations revealed faults in the design of the ventilation system.

The disposal of sharps generated in the community has been identified as an area of public health and environmental health concern. While there is a large amount of literature on sharps disposal practices in healthcare settings, the sharps disposal practices of diabetic patients living at home has been poorly documented. This study describes the sharps disposal practices of diabetic patients in South Staffordshire, an English health district. A randomly selected sample of 1,348 adult (aged >or= 16 years) diabetic patients were obtained from the district population-based diabetes register. A self-administered questionnaire was posted to the sample. Non-responders received up to two reminders. A response rate of 91% was achieved. Household containers were used by: 34.1% of respondents for syringes; 35.1% for lancets; and 27.6% for needles. Sharps boxes were the least used method of sharps disposal. Many respondents indicated that they had received only verbal information on how to dispose of their sharps. Those who recalled receiving information were more likely to dispose of their sharps safely. The results of this study suggest that sharps are disposed of in the most convenient manner, into the household waste. This contributes to environmental pollution and places people at risk of physical and psychological trauma.

Little is known about women's preferred appointment times for cervical screening tests. Data from a postal questionnaire survey were used to compare preferred appointment times with those given. Although 33.4%[95% confidence intervals (CI) 31.8%-35.0%] of respondents received appointments between 10h00 and 11h55, only 17.0% (95% CI 15.3%-18.7%) wanted an appointment at that time. Nineteen per cent (95% CI 17.4%-21.0%) of respondents wanted appointments between 18h00 and 20h00, but only 4.4% (95% CI 3.7%-5.1%) received them. Saturday appointments for cervical screening are not given; however, overall approximately 13% of those surveyed would have preferred a Saturday appointment. Preferred times also varied significantly with age and deprivation category. Further research is required to determine whether appointment times for cervical screening can be tailored to meet these expressed needs, and the impact this has on service provision and uptake.

There is a lack of evidence regarding the preparedness of general practitioners (GPs) to respond to pandemic influenza. A postal questionnaire survey was conducted to explore the self-perceived pandemic preparedness of GPs in the West Midlands, United Kingdom, and to determine differences between urban and non-urban GPs. The postal questionnaire was sent out to 773 GPs in November 2005, and a reminder was sent in January 2006. In all, 427/773 (55%) questionnaires were returned, and 56% of respondents were aware of influenza pandemic preparedness plans. Approximately one-quarter of respondents (28%, 114/401) thought the response of their practice to a pandemic event would be very poor/poor. Non-urban GPs were significantly more likely to rate the response of their practice to a pandemic as likely to be poor (OR 3.01, 95%CI 1.03-8.76) and were less likely to be aware of pandemic preparedness plans (OR 0.62, 95%CI 0.39-0.99). Non-urban GPs were also significantly more likely to feel less confident in their ability to explain to their patients what to do and why during an influenza pandemic than GPs based in urban areas (OR 4.68, 95%CI 1.78-12.31). GPs rating of the odds of a pandemic affecting the United Kingdom did not differ significantly by geographic location. The results of this paper can be used to inform and influence public health policy and as evidence of a need to provide additional education and training to improve pandemic preparedness among GPs, in particular those in non-urban areas.