Introduction The COVID‐19 pandemic has transformed lives across the world. In the UK, a public health driven policy of population ‘lockdown’ has had enormous personal and economic impact. Methods We compare UK response and outcomes with European countries of similar income and healthcare resources. We calibrate estimates of the economic costs as different % loss in Gross Domestic Product (GDP) against possible benefits of avoiding life years lost, for different scenarios where current COVID‐19 mortality and comorbidity rates were used to calculate the loss in life expectancy and adjusted for their levels of poor health and quality of life. We then apply a quality‐adjusted life years (QALY) value of £30,000 (maximum under national guidelines). Results There was a rapid spread of cases and significant variation both in severity and timing of both implementation and subsequent reductions in social restrictions. There was less variation in the trajectory of mortality rates and excess deaths, which have fallen across all countries during May/June 2020. The average age at death and life expectancy loss for non‐COVID‐19 was 79.1 and 11.4 years respectively while COVID‐19 were 80.4 and 10.1 years; including adjustments for life‐shortening comorbidities and quality of life plausibly reduces this to around 5 QALY lost for each COVID‐19 death. The lowest estimate for lockdown costs incurred was 40% higher than highest benefits from avoiding the worst mortality case scenario at full life expectancy tariff and in more realistic estimations they were over 5 times higher. Future scenarios showed in the best case a QALY value of £220k (7xNICE guideline) and in the worst‐case £3.7m (125xNICE guideline) was needed to justify the continuation of lockdown. Conclusion This suggests that the costs of continuing severe restrictions are so great relative to likely benefits in lives saved that a rapid easing in restrictions is now warranted.
The COVID-19 pandemic has transformed lives across the world. In the UK there has been a public health driven policy of population 'lockdown' that had enormous personal and economic impact. We compare UK response/outcomes including excess deaths with European countries with similar levels of income/healthcare resources. We calibrate estimates of the economic costs as different %loss in GDP against possible benefits of avoiding life years lost, for different scenarios where local COVID-19 mortality/comorbidity rates were used to calculate the loss in life expectancy. We apply quality-adjusted life years (QALY) value of £30,000 (maximum under NICE guidelines). The implications for future lockdown easing policy in the UK are also evaluated. The spread of cases across European countries was extremely rapid. There was significant variation both in severity and timing of both implementation and subsequent reductions in social restrictions. There was less variation in the trajectory of mortality rates and excess deaths, which have fallen across all countries during May/June 2020. The average age at death and life expectancy loss for non-COVID-19 was 79.1 and 11.4years respectively while COVID-19 were 80.4 and 10.1years; including for life-shortening comorbidities and quality of life reduced this to 5QALY for each COVID-19 death. The lowest estimate for lockdown costs incurred was 50% higher than highest benefits from avoiding the worst mortality case scenario at full life expectancy tariff and in more realistic estimation they were over 50 times higher. Application to potential future scenarios showed in the best case a QALY value of £220k (7xNICE guideline) and in the worst-case £3.7m (125xNICE guideline) was needed to justify the continuation of the lockdown. The evidence suggests that the costs of continuing severe restrictions in the UK are so great relative to likely benefits in numbers of lives saved so that a substantial easing in restrictions is now warranted.
AimsThe COVID-19 pandemic, and the focus on mitigating its effects, has disrupted diabetes healthcare services worldwide. We aimed to quantify the effect of the pandemic on diabetes diagnosis/management, using glycated haemoglobin (HbA1c) as surrogate, across six UK centres.MethodsUsing routinely collected laboratory data, we estimated the number of missed HbA1c tests for ‘diagnostic’/‘screening’/‘management’ purposes during the COVID-19 impact period (CIP; 23 March 2020 to 30 September 2020). We examined potential impact in terms of: (1) diabetes control in people with diabetes and (2) detection of new diabetes and prediabetes cases.ResultsIn April 2020, HbA1c test numbers fell by ~80%. Overall, across six centres, 369 871 tests were missed during the 6.28 months of the CIP, equivalent to >6.6 million tests nationwide. We identified 79 131 missed ‘monitoring’ tests in people with diabetes. In those 28 564 people with suboptimal control, this delayed monitoring was associated with a 2–3 mmol/mol HbA1c increase. Overall, 149 455 ‘screening’ and 141 285 ‘diagnostic’ tests were also missed. Across the UK, our findings equate to 1.41 million missed/delayed diabetes monitoring tests (including 0.51 million in people with suboptimal control), 2.67 million screening tests in high-risk groups (0.48 million within the prediabetes range) and 2.52 million tests for diagnosis (0.21 million in the pre-diabetes range; ~70 000 in the diabetes range).ConclusionsOur findings illustrate the widespread collateral impact of implementing measures to mitigate the impact of COVID-19 in people with, or being investigated for, diabetes. For people with diabetes, missed tests will result in further deterioration in diabetes control, especially in those whose HbA1c levels are already high.
Background: The worldwide outbreak of coronavirus disease-19 (COVID-19) has already put healthcare workers (HCWs) at a high risk of infection. The question of how to give HCWs the best protection against infection is a priority. Methods: We searched systematic reviews and original studies in Medline (via Ovid) and Chinese Wan Fang digital database from inception to May, 2020, using terms 'coronavirus', 'health personnel', and 'personal protective equipment' to find evidence about the use of full-body PPEs and other PPEs by HCW exposed highly infectious diseases. Results: Covering more of the body could provide better protection for HCWs. Of importance, it is not just the provision of PPE but the skills in donning and doffing of PPE that are important, this being a key time for potential transmission of pathogen to the HCW and in due time from them to others. In relation to face masks, the evidence indicates that a higher-level specification of face masks and respirators (such as N95) seems to be essential to protect HCWs from coronavirus infection. In community setting, the use of masks in the case of well individuals could be beneficial. Evidence specifically around PPE and protection from the COVID-19 virus is limited. Conclusion: Covering more of the body, and a higher-level specification of masks and respirators could provide better protection for HCWs. Community mask usecould be beneficial. High quality studies still need to examine the protection of PPE against COVID-19.
Primary hypothyroidism affects about 3% of the general population in Europe. 1 The majority of people are treated adequately with levothyroxine (L-thyroxine). However, 5%-10% of treated hypothyroid patients report impaired quality of life, despite achieving free T4 and thyroid-stimulating hormone (TSH) levels within the laboratory reference range. 2 A proportion of patients with hypothyroidism,
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