Category: Covid-19

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Simon Case: Top official thought Johnson couldn’t lead on Covid – BBC.com

October 31, 2023

Updated 5 hours ago

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Martin Reynolds tells the Covid inquiry he was "deeply sorry for my part in those events"

The UK's top civil servant told colleagues in private that Boris Johnson "cannot lead" at the height of the Covid pandemic.

In WhatsApp messages from September 2020 disclosed to the Covid inquiry, Simon Case said the former PM "changes strategic direction every day".

He added that he was making government "impossible," and "we cannot support him in leading with this approach".

"I am at the end of my tether," he wrote, calling other ministers "weak".

In a day of explosive evidence, one of Mr Johnson's former aides also said he thought Mr Johnson had questioned why the economy was being destroyed "for people who will die anyway soon".

The aide, Imran Shafi, told the inquiry he believed the former PM had made the remark during a meeting with then-chancellor Rishi Sunak in March 2020, around the time of the UK's first lockdown.

A diary note by Shafi stated: "We're killing the patient to tackle the tumour. Large ppl [taken to mean large numbers of people] who will die - why are we destroying economy for people who will die anyway soon."

Asked who had made the remark, the aide replied: "I can't say for sure, I think it was the former prime minister."

Tensions at the top of government were laid bare in a series of WhatsApps, emails and diary entries.

Mr Johnson's principal private secretary Martin Reynolds emailed around 200 staff to a "bring your own booze" drinks event in the No 10 garden during May 2020, at the height of the pandemic.

Mr Reynolds apologised for sending the email, adding it had been "totally wrong".

He also spoke about the difficulties in Downing Street in the early months of the pandemic, adding there was "divergent internal politics" because of Mr Johnson's former top adviser Dominic Cummings.

He added that the government had been unable to cope with the scale of the crisis, and the Cabinet Office at the time had failed to properly co-ordinate the role of different departments.

In other evidence heard by the inquiry:

A key piece of evidence came in the form of a September 2020 WhatsApp exchange between Mr Case, Mr Cummings, and Lee Cain, Mr Johnson's former director of communications.

In the thread, Mr Case, the cabinet secretary, writes that he is "at the end of my tether" with changes of policy coming from the prime minister.

"Monday we were all about fear of the virus returning as per Europe, March, etc. - today we were in 'let it rip' mode 'cos the UK is pathetic, needs a cold shower, etc.," he wrote.

"He [Boris Johnson] cannot lead and we cannot support him in leading with this approach. The team captain cannot change the call on the big plays every day."

He added that the "weak team" at the heart of the Covid response - including then-health secretary Matt Hancock and then-education secretary Sir Gavin Williamson - "cannot succeed" in the circumstances.

"Government isn't actually that hard, but this guy is really making it impossible".

Mr Case also said the government needed a reshuffle and a "totally new approach".

In an earlier exchange from July 2020, when he was No 10 permanent secretary, Mr Case said Mr Johnson wanted to "declare that we are over Covid and that it is going to just all be fine".

Referencing the presidents of the United States and Brazil at the time, he added: "This is in danger of becoming Trump/Bolsonaro level mad and dangerous".

Image source, Covid-19 Inquiry

A note from Imran Shafi recorded a March 2020 meeting between Boris Johnson and Rishi Sunak

Mr Cummings is due to give evidence on Tuesday, alongside Mr Cain - who was due to testify on Monday but the evidence session overran.

Elsewhere, the inquiry heard that Mr Johnson's aides tried to get the country's top scientific advisers to take part in a press conference with Mr Cummings about his lockdown trip to Barnard Castle in County Durham.

In diary entries, Sir Patrick said that the advisers tried to "strong arm" him and England's chief medical officer, Sir Chris Whitty, into taking part - but this was apparently overruled by Mr Cummings himself.

Mr Case, who has been cabinet secretary since September 2020, is expected to give evidence to the inquiry but is currently on medical leave.

A Cabinet Office spokesman said earlier this month he was taking a "short period of leave" and was "due to return to work in a few weeks".

Mr Johnson, as well as his successor Rishi Sunak, are also due to give evidence to the inquiry later this autumn.

A group representing families bereaved by Covid said it was "was hard to keep up with the number of horrific revelations" that had emerged from the inquiry.

"While No. 10 squabbled over power, they resigned themselves to a staggering scale of deaths across the country," a spokesperson added.

Go here to read the rest:

Simon Case: Top official thought Johnson couldn't lead on Covid - BBC.com

Risk of hospital admission and death from first-ever SARS-CoV-2 infection by age group during the Delta and Omicron … – CMAJ

October 31, 2023

Abstract

Background: Population-based cross-sectional serosurveys within the Lower Mainland, British Columbia, Canada, showed about 10%, 40% and 60% of residents were infected with SARS-CoV-2 by the sixth (September 2021), seventh (March 2022) and eighth (July 2022) serosurveys. We conducted the ninth (December 2022) and tenth (July 2023) serosurveys and sought to assess risk of severe outcomes from a first-ever SARS-CoV-2 infection during intersurvey periods.

Methods: Using increments in cumulative infection-induced seroprevalence, population census, discharge abstract and vital statistics data sets, we estimated infection hospitalization and fatality ratios (IHRs and IFRs) by age and sex for the sixth to seventh (Delta/Omicron-BA.1), seventh to eighth (Omicron-BA.2/BA.5) and eighth to ninth (Omicron-BA.5/BQ.1) intersurvey periods. As derived, IHR and IFR estimates represent the risk of severe outcome from a first-ever SARS-CoV-2 infection acquired during the specified intersurvey period.

Results: The cumulative infection-induced seroprevalence was 74% by December 2022 and 79% by July 2023, exceeding 80% among adults younger than 50 years but remaining less than 60% among those aged 80 years and older. Period-specific IHR and IFR estimates were consistently less than 0.3% and 0.1% overall. By age group, IHR and IFR estimates were less than 1.0% and up to 0.1%, respectively, except among adults aged 7079 years during the sixth to seventh intersurvey period (IHR 3.3% and IFR 1.0%) and among those aged 80 years and older during all periods (IHR 4.7%, 2.2% and 3.5%; IFR 3.3%, 0.6% and 1.3% during the sixth to seventh, seventh to eighth and eighth to ninth periods, respectively). The risk of severe outcome followed a J-shaped age pattern. During the eighth to ninth period, we estimated about 1 hospital admission for COVID-19 per 300 newly infected children younger than 5 years versus about 1 per 30 newly infected adults aged 80 years and older, with no deaths from COVID-19 among children but about 1 death per 80 newly infected adults aged 80 years and older during that period.

Interpretation: By July 2023, we estimated about 80% of residents in the Lower Mainland, BC, had been infected with SARS-CoV-2 overall, with low risk of hospital admission or death; about 40% of the oldest adults, however, remained uninfected and at highest risk of a severe outcome. First infections among older adults may still contribute substantial burden from COVID-19, reinforcing the need to continue to prioritize this age group for vaccination and to consider them in health care system planning.

Accumulating evidence indicates that people with a history of both vaccination against SARS-CoV-2 and SARS-CoV-2 infection are at lower risk of severe outcomes from COVID-19 than those with neither or either exposure alone.15 Even in the context of high vaccine coverage, understanding the residual fraction by age that remains uninfected is important to ongoing risk assessment. Early in the pandemic, older age and male sex were identified as independent predictors of severe COVID-19,68 but surveillance-based estimates of per case risk of hospital admission or fatality may be skewed by differential health careseeking behaviours, testing and case finding. Seroprevalence estimates enable better capture and quantification of infections,9 but their interpretation and generalizability depend on the source population (e.g., blood donors, prenatal screening), which can sometimes exclude relevant groups of the population (e.g., young children, older adults, males).

Between March 2020 and August 2022, the British Columbia Centre for Disease Control (BCCDC) conducted 8 cross-sectional, population-based SARS-CoV-2 serosurveys using a longstanding protocol that was first developed for emerging and pandemic influenza risk assessment.915 Sampling included people of both sexes and all age groups (< 5 yr to > 80 yr) residing in the Lower Mainland, BC. By the sixth (September 2021, mid-Delta wave), seventh (March 2022, following the winter 20212022 Omicron epidemic) and eighth (July 2022, Omicron) serosurveys, about 10%, 40% and 60%, respectively, had serological evidence of SARS-CoV-2 infection (Figure 1 and Appendix 1, Supplementary Figure 1, available at http://www.cmaj.ca/lookup/doi/10.1503/cmaj.230721/tab-related-content). 9,16,17 Although at least 70% of children and young adults had been infected by the end of the 8 serosurveys, more than half of adults older than 60 years remained uninfected.9 To understand subsequent changes in infection-induced seroprevalence, notably among older adults, we conducted ninth and tenth serosurveys in December 2022 and July 2023, respectively. Using data on cumulative infection-induced seroprevalence, population census and severe outcomes, we sought to estimate age- and sex-specific hospitalization and fatality ratios (IHRs and IFRs) of first-ever SARS-CoV-2 infection during specified intersurvey periods.

Provincial surveillance case reports by epidemiological week and timing of serosurveys, British Columbia, Canada, January 2020 (epidemiological week 3) to August 2023 (epidemiological week 32). Weekly surveillance case reports of SARS-CoV-2 infections confirmed by nucleic acid amplification test (NAAT) were reported to the British Columbia Centre for Disease Control (BCCDC) from the Fraser Health Authority (HA) and Vancouver Coastal HA in the Lower Mainland, as well as other provincial HAs (combined).17 Case tallies are grouped by epidemiological week (7-d period) as per standard surveillance methods for comparing data by period from year to year. Serosurveys exclude those identified as assisted living, independent living or long-term care facility residents but provincial case tallies do not apply those exclusions. Epidemic waves are indicated with the predominant variant of concern (VOC).16 Changes in publicly funded access to NAATs or rapid antigen tests (RATs) are displayed below the x-axis.9

Figure 1 shows the timing of all serosurveys, overlaid on surveillance case reports of SARS-CoV-2 infections (confirmed by nucleic acid amplification test [NAAT]).9,16,17 Table 1 provides details pertaining to the sixth to tenth serosurveys that we used in the current analyses. The source population was patients presenting for bloodwork to a LifeLabs diagnostic service centre, the only outpatient laboratory network serving residents of the Lower Mainland, which includes the Fraser and Vancouver Coastal Health Authorities.9 Under legal order of the Provincial Health Officer (B.H.), LifeLabs provided BCCDC investigators with a convenience sample of 2000 anonymized, residual sera from Lower Mainland residents collected during the designated serosurvey period, including 200 samples per age group (04 yr, 59 yr and by 10-yr category through 80 yr), with equal numbers by sex. Specimens collected for SARS-CoV-2 testing and those from long-term care, assisted living or prison residents were excluded. Stored residual sera collected during the designated serosurvey period were pulled concurrently and consecutively by the LifeLabs central processing centre until age- and sex-specific quotas were met.

Timing of SARS-CoV-2 serosurveys contributing to cumulative and period-specific seroprevalence estimation, Lower Mainland, British Columbia, Canada

Detection of SARS-CoV-2 antibody was based on commercial chemiluminescent immunoassays to detect anti-spike (S1) or anti-nucleocapsid (NP) antibody (Table 1).9,1825 In a previous publication of the sixth to eighth serosurveys, we applied 3 chemiluminescent immunoassays per serosurvey and defined seroprevalence by dual-assay positivity, interpreted orthogonally.9 Orthogonal approaches were initially required in the context of low seroprevalence to address specificity issues (i.e., to minimize false positives); those concerns are less important in the context of high seroprevalence.2628 We therefore used nonorthogonal testing for the ninth and tenth serosurveys and, for consistency, similarly reanalyzed findings from the sixth to eighth serosurveys. We used the findings of 2 chemiluminescent immunoassays per serosurvey, omitting findings of the third (anti-S1) assay previously applied during sixth to eighth serosurveys (Table 1).9 We defined infection-induced seropositivity by detection of anti-NP. We defined any seropositivity (vaccine- or infection-induced) by detection of anti-NP, anti-S1 or both (Table 1). We estimated seroprevalence with 95% credible intervals (CrIs) by Bayesian analysis, adjusting for age, sex and health authority, with median summaries of the posterior presented (rather than the mean, as in our previous publication) to address the potential for extreme values (Appendix 1, Supplementary Material 1).9,2931

As detailed in Appendix 1, Supplementary Material 1, we estimated the number of first SARS-CoV-2 infections based on the intersurvey difference in cumulative infection-induced seroprevalence, representing the fraction of the whole population acquiring a first-ever infection during the specified intersurvey period. We simulated first infection risks from a binomial distribution by age, sex, health authority and intersurvey period, with Bayesian-adjusted median estimates applied to 2022 estimates of the Lower Mainland population to generate the number of first infections.32 We censored negative intersurvey risks of first infection as implausible. We aggregated results by age and period, and to further explore risk estimates by sex, we aggregated at the level of age, sex and period.

The severe outcomes we studied were hospital admissions for COVID-19 and deaths from COVID-19. We tallied severe outcomes across intersurvey periods, which spanned the period from the beginning of 1 serosurvey to the end of the complete epidemiological week of a referent date 2 weeks before the last serum collection date of the next serosurvey, accounting for the typical 1014-day span of serum collection and comparable lag to antibody development (Table 1).9 We extracted data on severe outcomes from the BC COVID-19 Cohort (BCC19C), a public health surveillance platform that integrates various administrative data sets, including the discharge abstract database (DAD) for hospital admissions,33 the provincial vital statistics database for deaths34 and the BCCDC integrated COVID-19 case surveillance data for notifiable (NAAT-confirmed) case reports (Appendix 1, Supplementary Table 1). We extracted all data on Aug. 24, 2023. We could not estimate IHR and IFR for the ninth to tenth intersurvey period because of incomplete data on hospital admissions and deaths.

We restricted hospital admissions for COVID-19 in the BCC19C to acute care admissions among Lower Mainland residents for whom the main DAD diagnostic field was specified as codes U07.1 or U07.3 (i.e., due to virologically confirmed COVID-19 or multi-inflammatory syndrome), from the Canadian version of the International Classification of Diseases and Related Health Problems, 10th Revision (ICD-10-CA); we similarly restricted deaths by underlying cause in the vital statistics data set.3338 To correspond with the denominator of first-ever infections, we excluded people admitted to hospital for COVID-19 with codes U07.1 or U07.3 in a previous DAD record since Jan. 1, 2020, or who had a NAAT-positive specimen collected 90 days or more before admission or death (potential reinfections) identified through patient master key linkage with the BCC19Cs integrated case surveillance data set (Appendix 1, Supplementary Table 1).

We derived period-specific IHR and IFR percentages with 95% CrIs by age group and sex as the tally of hospital admissions and deaths because of COVID-19 divided by SARS-CoV-2 infections. As derived, IHR and IFR estimates represent the risk of severe outcomes from a first-ever SARS-CoV-2 infection acquired during the specified intersurvey period. In addition to the sampled age groups, we explored other categorizations; we omitted infants younger than 1 year (considering maternal antibody) and substratified adults aged 6069 years as 6064 years and 6569 years, given that Canadian vaccine recommendations emphasize people aged 65 years and older.39 We also explored the effect of not censoring negative infection likelihoods, and of not excluding hospital admissions or deaths that may have been reinfections.

The study was approved by the University of British Columbia Clinical Research Ethic Board (H20-00653). Analyses of severe outcomes were undertaken under the BCCDC population health surveillance and risk assessment mandate, with review waiver provided by the University of British Columbia Clinical Research Ethic Board.

We describe provincial vaccine availability, deployment and coverage in Appendix 1, Supplementary Material 2.40 Overall, 1- and 2-dose vaccine coverage was already high by the sixth serosurvey at about 80% and 75%, respectively. This varied by age, with more than 95% of adults aged 70 years and older vaccinated twice.

Of 2000 participant serum samples collected during each of the ninth (December 2022) and tenth (July 2023) serosurveys, 1374 (69%) and 1332 (67%), respectively, were from Fraser Health Authority residents, which is comparable to previous serosurveys,9 the distribution within the Lower Mainland source population (61%)32 and reported cases of NAAT-confirmed SARS-CoV-2 infection within surveillance data (68%).17 Participant median age (39.5 yr) and sex (50% female) were also representative of the Lower Mainland source population (Table 2 and Appendix 1, Supplementary Table 5 and Supplementary Table 6).9,32

SARS-CoV-2 cumulative seroprevalence estimates, Lower Mainland, British Columbia, Canada

We show crude tallies and cumulative seroprevalence estimates based on nonorthogonal analysis of the sixth to tenth serosurveys in Appendix 1, Supplementary Table 7. Compared with previous orthogonal analysis,9 the absolute difference in overall and age-specific Bayesian-adjusted estimates of cumulative infection-induced seroprevalence was less than 2% absolute, with most differing less than 0.5% (Figure 2 and Table 2).

Cumulative vaccine- and infection-induced SARS-CoV-2 seroprevalence by age group, sixth to tenth serosurveys, in the Lower Mainland, British Columbia, Canada (September 2021July 2023). (A) Side-by-side comparison of the sixth to ninth serosurveys to illustrate seroprevalence progression. (B) Ninth and tenth serosurveys, presented separately for comparison of recent age-related patterns. Detailed findings are provided in Table 2. Darker bars indicate infection-induced seroprevalence. Lighter bars, combined with the darker bars, indicate overall (vaccine-induced, infection-induced or both) seroprevalence. Infection-induced estimates were defined by anti-nucleocapsid positivity. Overall estimates were defined by anti-spike or anti-nucleocapsid positivity. Estimates were based on Bayesian analyses, standardized for age, sex and health authority. Estimates from the sixth to eighth serosurveys are updated from our previous study,9 consistently applying the same nonorthogonal approach. Note: CrI = credible interval.

By the ninth serosurvey (December 2022), cumulative infection- induced seroprevalence reached 74% overall; seroprevalence was highest (> 80%) among people younger than 30 years, decreasing thereafter by 10-year age group, and lowest (< 50%) among adults aged 80 years and older (Figure 2 and Table 2). Estimates increased only slightly by the tenth serosurvey (July 2023) to 79% overall, with the highest seroprevalence (> 80%) seen in all age groups younger than 50 years, decreasing by 10-year age group thereafter, and the lowest seroprevalence (< 60%) seen among adults aged 80 years and older (Figure 2 and Table 2). Seroprevalence did not meaningfully differ when we simultaneously stratified by age group and by health authority or sex (Appendix 1, Supplementary Table 5 and Supplementary Table 6). Seroprevalence estimates did not meaningfully differ with further age substratification of those aged 6069 years nor among children younger than 5 years with exclusion of infants younger than 1 year (Appendix 1, Supplementary Table 8).

Period-specific changes in cumulative infection-induced seroprevalence and estimated first infections are displayed in Appendix 1, Supplementary Table 9. Figure 3 shows a flowchart of included hospital admissions with their distribution by age group and period shown in Table 3.

Flowchart of hospital admissions for COVID-19 attributed to first-ever SARS-CoV-2 infection. We used the British Columbia COVID-19 Cohort. All data were extracted on Aug. 24, 2023. Where step-specific tallies of U07.1- and U07.3-coded hospital admissions do not sum to the displayed total, it is because both diagnostic codes were specified. In addition, but not displayed here, of 1346 deaths identified within the vital statistics database since Jan. 1, 2020, among Lower Mainland residents with underlying cause specified as U07.1 (none specified as U07.3) during the span of intersurvey periods, we excluded 59 (4.4%) with a SARS-CoV-2 NAAT-positive test 90 days or more before date of death. Fewer than 1% of hospital admissions identified provincially were missing information to assign health authority to the Lower Mainland. We did not exclude any hospital admissions or deaths on the basis of missing age or date of admission or death. We did not exclude any hospital admissions on the basis of missing sex, and excluded fewer than 10 fatalities on this basis, handled as indicated in Appendix 1, Supplementary Material 1. Note: FHA = Fraser Health Authority, NAAT = nucleic acid amplification test, VCHA = Vancouver Coastal Health Authority.

Estimated period-specific risk of hospital admission and death from first-ever SARS-CoV-2 infection, by age group, Lower Mainland, British Columbia, Canada

Estimates of IHR and IFR in the 3 periods studied were consistently less than 0.3% and 0.1% overall. By age group, IHR and IFR estimates were less than 1% and up to 0.1%, respectively, except among adults aged 7079 years during the sixth to seventh intersurvey period (IHR 3.3% and IFR 1.0%) and among adults aged 80 years and older during all periods (IHR 4.7%, 2.2% and 3.5%; IFR 3.3%, 0.6% and 1.3%) (Figure 4 and Table 3). The risk of severe outcomes consistently followed a J-shaped age pattern. Risks were higher among those aged 80 years and older compared with all other age groups each period except those aged 7079 years, with whom CrIs overlapped during the sixth to seventh period.

Estimated risk of hospital admission and death from first-ever SARS-CoV-2 infection acquired during the specified intersurvey period, by age group, Lower Mainland, British Columbia, Canada. (A) Period-specific infection hospitalization ratios (IHRs) and (B) infection fatality ratio (IFRs) by age group. Panels A and B do not show 95% credible intervals (CrIs) (but are provided in Table 3) for better resolution, given that upper CrIs extended past 10%. (C) Period-specific IHRs (log10 scale) and (D) IFRs (log10 scale) with 95% CrIs.

Among children younger than 5 years, most (60%65%) hospital admissions for COVID-19 were among infants younger than 1 year (Appendix 1, Supplementary Table 10). With the exclusion of infants in sensitivity analyses, IHR estimates among children aged 14 years were consistently halved but were still higher than among those aged 59 years. We lacked sample size to reliably model estimates for infants, but because about one-third of admissions among those younger than 5 years occurred among those aged 14 years, compared with two-thirds among infants younger than 1 year, we anticipate infant IHRs could be about 8-fold higher than those aged 14 years. Compared with adults aged 6064 years, the IHR and IFR estimates were somewhat higher among those aged 6569 years; in the eighth to ninth intersurvey period, the IHR was 0.07% and the IFR was 0.01% among those aged 6064 years, compared with 0.21% and 0.04%, respectively, among those aged 6569 years (Appendix 1, Supplementary Table 10). By sex, we observed a consistent pattern of higher IHR and IFR estimates among males compared with females, although CrIs largely overlapped when simultaneously stratified by age and sex (Figure 5 and Appendix 1, Supplementary Tables 1113). Finally, we observed minimal change from primary estimates in sensitivity analyses with and without censoring of negative infection likelihoods and with and without exclusion of hospital admissions and deaths potentially owing to reinfection (Appendix 1, Supplementary Table 14 and Supplementary Table 15).

Estimated period-specific risk of hospital admission and death from first-ever SARS-CoV-2 infection by sex, overall and by age group, Lower Mainland, British Columbia, Canada. (A) Period-specific infection hospitalization ratios (IHRs) and (B) infection fatality ratio (IFRs) with their 95% credible intervals (CrIs), using log10 scale. Because of fewer severe outcomes, we did not stratify IHR and IFR estimates by sex for separate age groups younger than 50 years. All ages refers to all age groups combined from younger than 5 years to 80 years and older. Details are provided in Appendix 1, Supplementary Tables 1113.

To inform population risk assessment and response to the COVID-19 pandemic, we used seroprevalence estimates and severe outcome data to derive estimates of the risk of hospital admissions and death per first-ever SARS-CoV-2 infection. By the end of the third year of the pandemic (ninth serosurvey, December 2022) and middle of the fourth year (tenth serosurvey, July 2023), at least 75% and 80%, respectively, of Lower Mainland residents showed serological evidence of a previous SARS-CoV-2 infection. Whereas more than 80% of children and adults younger than 50 years had been infected and were at low risk of hospital admission or death, nearly half of adults aged 80 years and older remained uninfected and at highest risk of severe outcome upon first infection.

Our seroprevalence findings align with a report from Canadian Blood Services, which stated that about 80% of donors nationally were infected by June 2023.41 They also found that infection rates were highest at 90% in their youngest cohort (1724 yr) and lowest at 70% in their oldest cohort ( 60 yr). A recent compilation of Canadian studies similarly reported that 76% of participants had evidence of infection by March 2023.42 Our seroprevalence approach offers the advantage of serial and simultaneous sampling of both sexes across the life span, including the extremes of age, both the very young and very old, which are under-represented in other serosurvey approaches. Moreover, by combining population seroprevalence estimates and severe outcome statistics, we can directly compare their age- and sex-specific risks of severe outcomes.

As previously reported for influenza,43 we observed a J-shaped pattern of age-related risk of severe outcomes that started to increase at about 50 years of age, although risks of hospital admission and fatality from COVID-19 were consistently low at less than 1% and up to 0.1% or less, respectively, until 80 years of age (age 7079 yr during the sixth to seventh intersurvey period). Very old adults were at highest risk, contributing half of all hospital admissions for COVID-19 and two-thirds to three-quarters of all COVID-19 deaths during the final 2 analysis periods. During the eighth to ninth intersurvey period between July and December 2022, estimated IHRs among children younger than 5 years, and adults aged 7079 years and 80 years and older correspond with about 1 hospital admission for COVID-19 per 300, 100 and 30 newly infected people, respectively, indicating at least a 3- to 10-fold higher risk for the oldest adults. During the same period, no child or young adult died, whereas estimated IFRs correspond with about 1 COVID-19 death per 900 newly infected adults aged 7079 years and about 1 per 80 newly infected adults aged 80 years and older, indicating a risk at least 10-fold higher for the latter group. Earlier seroprevalence-based studies documented higher risk for males,4447 notably older males.46,47 In our study, older males also tended to be at highest risk of severe outcome, although CrIs largely overlapped when analyses were stratified by both age and sex.

Our estimates of the risk of hospital admission or death from a first-ever SARS-CoV-2 infection were low overall but derived in a highly vaccinated population. Risks are anticipated to be greater among unvaccinated and lower among previously infected groups of patients, with the lowest risk among those who are both vaccinated and previously infected.15 Before Omicron, when vaccine coverage was lower, severe outcome risks estimated by others were higher than we report here;4453 IFRs by single-year of age were estimated to reach 1% from age 60 years, 3% from age 70 years, 8% from age 80 years and 20% from age 90 years.48 Post-Omicron, fewer seroprevalence-based estimates are available, but among Danish blood donors aged 1772 years, more than 95% of whom were vaccinated twice, the IFR from January to March 2022 was 0.02% among the oldest adults (6172 yr).54 Danish estimates are lower than our IFR for adults aged 6069 years (0.11%) during our overlapping sixth to seventh intersurvey period (September 2021March 2022), when we observed the highest period-specific risks, notably among adults aged 80 years and older (3.3%). Unlike the Danish context, however, our sixth to seventh intersurvey period spanned both Delta and Omicron circulation, with other studies showing that, independent of other variables, Delta was more severe than Omicron.5558 Thereafter, during our seventh to eighth intersurvey period of mostly Omicron BA.2 followed by BA.5, severe outcome risks were lower but increased again among older adults during the eighth to ninth intersurvey period of mostly BA.5 followed by BQ.1. Greater severity of BA.5 infections than BA.2 infections has been noted by others and may have influenced the pattern we observed.59

Other factors may have contributed to the higher risk among older adults during the autumn of 2022. By the eighth serosurvey in July 2022, more than half of older adults had received 4 doses of mostly monovalent, ancestral SARS-CoV-2 vaccines, increasing to more than two-thirds by the ninth serosurvey in December 2022, when as many as one-third of older adults had received 5 doses (bivalent BA.1 or BA.4/5) (Appendix 1, Supplementary Material 2).40 Earlier receipt and repeat doses of monovalent or bivalent products containing antigenically distinct (e.g., original or BA.1) strains may have contributed to reduced or waning cross-protection, especially against more immune-evasive BQ.1 subvariants.6069 The extent to which original priming and its booster reinforcement may affect response to subsequent antigenically distinct variants, and the capacity to overcome that through updated antigen or other approaches, remain under debate for both influenza and SARS-CoV-2.70,71

To date, recommendations for prioritization of updated vaccines by age for the fall of 2023 have varied, with some jurisdictions in Europe targeting people aged 60 years and older,72 and other countries, including Canada and the United Kingdom, targeting those aged 65 years and older.39,73 Our exploratory analyses showed some gradation in the risks of hospital admission and fatality per first infection between those aged 6064 years (about 1 per 1400 and 10 000, respectively) versus 6569 years (about 1 per 500 and 2500, respectively). The 65-year threshold aligns more closely with seasonal influenza immunization programs in most provinces.74 The greatest risk of severe outcomes from SARS-CoV-2 infection, however, was among patients aged 80 years and older. Ultimately, in addition to the risk of severe outcomes, the population impact of COVID-19 by age is also determined by the absolute size of the age cohort and the likelihood of having been, or becoming, infected.

All serosurveys are subject to potential biases and, as previously discussed,9 our use of residual clinical specimens will have tended, on balance, to underestimate seroprevalence. The intersurvey differences in cumulative infection-induced seroprevalence we report de facto subtract previous infections, thereby representing the risk of first-ever infection as acquired during the specified period. Our serial, cross-sectional, population-based approach does not follow the same cohort of people longitudinally and cannot predict or account for antibody waning or its complex variation by, for instance, age or vaccine status. As such, our estimates are best interpreted as indicating at least that number infected between serosurveys. Risks of hospital admission and fatality per infection would then conversely be overestimates. Even though our estimates of the risk of severe outcomes were low, they are likely even lower for most of the population, particularly among those both previously vaccinated and infected who are now the majority overall.15 In that context, and given lower likelihood of previous infection among older adults, the overall J-shaped age pattern we reinforce is likely robust. To identify severe outcomes and assign attribution to COVID-19, we used the DAD and vital statistics databases, allowing sufficient lag (> 37 wk) to ensure completeness of data (typically requiring up to 6 mo). Although we used well-established DAD and vital statistics data sets, including validated ICD-10-CA codes for COVID-19 outcomes,3338 we have no official standards against which to verify our data. Reassuringly, the 47% of hospital admissions we identified as for COVID-19 (Figure 3), is comparable to the proportion (45%) assigned as for (v. with) COVID-19 based on more limited chart review within the Vancouver Coastal Health Authority.7577 The proportion we excluded (11%) on the basis of potential reinfection is similar to the proportion with multiple hospital admissions (n = 1906, 12%) among 16 333 total hospital admissions for people with a positive SARS-CoV-2 test as identified in a separate BCCDC review between Apr. 1, 2022, and Mar. 31, 2023.78 We cannot rule out some misclassification or omission, and given targeted NAAT testing, our efforts to further reduce potential reinfections among hospital admissions or deaths, could not capture those not tested. Reassuringly, our estimates did not vary with or without exclusion of identified potential reinfections. Our findings address severe acute outcomes but do not take into account longer-term post-COVID-19 conditions, nor did we factor reasons for or durations of admission, which likely vary by age. Finally, we did not have data on ethnicity, socioeconomic factors or comorbidities, and our use of sex as specified within available data sets may or may not represent peoples self-identified gender.

By July 2023, around 80% of Lower Mainland, BC, serosurvey participants had been infected with SARS-CoV-2. In the context of high vaccine coverage contributing to hybrid protection, most children and adults were at low risk of severe outcomes from COVID-19. A substantial proportion (> 40%) of the oldest adults, however, remained uninfected and at highest risk of hospital admission or death. First-ever SARS-CoV-2 infections among older adults may still contribute substantial COVID-19 burden, reinforcing the importance of their continued prioritization for vaccination and their consideration in health care system planning.

The authors wish to acknowledge the serological testing oversight and contribution of the British Columbia Centre for Disease Control (BCCDC) Public Health Laboratory and Providence Health Care Special Chemistry Laboratory, including Julia Dyer, Tamara Pidduck, Jesse Kustra, Mandana Shamlou, Laura Burns and Marc Kour. They thank Rhonda Creswell and Iva Tong of LifeLabs for supervision of serum collection. They also thank Hind Sbihi, Brent Gabel, Solmaz Setayeshgar, Yayuk Joffres, Hannah Caird, Mieke Fraser, Sharon Relova, Jimmy Lopez, Joy Ding and Ayisha Khalid of the BCCDC for their supportive input, consultation or analyses. Finally, they thank the many other frontline, regional and provincial practitioners, including clinical and public health providers, epidemiologists, Medical Health Officers and others for their contributions to surveillance case reporting in British Columbia.

Competing interests: Danuta Skowronski reports grants from the Canadian Institutes of Health Research and the BCCDC Foundation for Public Health, paid to her institution, for other SARS-CoV-2 work. Romina Reyes is chair of the British Columbia Diagnostic Accreditation Program committee. As the Provincial Health Officer with authority under the emergency provisions of the Public Health Act, Bonnie Henry authorized the provision and analysis of the anonymized sera used in this study; the study was separately reviewed and approved by the University of British Columbia Clinical Research Ethics Board. No other competing interests were declared.

This article has been peer reviewed.

Contributors: Danuta Skowronski, Samantha Kaweski, Michael Irvine and Kate Smolina conceived and designed the study. Samantha Kaweski, Shinhye Kim, Suzana Sabaiduc, Romina Reyes, Bonnie Henry and Inna Sekirov acquired data. Danuta Skowronski, Samantha Kaweski, Michael Irvine and Erica Chuang analyzed data. Danuta Skowronski, Samantha Kaweski and Michael Irvine drafted the manuscript. All of the authors revised it critically for important intellectual content, gave final approval of the version to be published and agreed to be accountable for all aspects of the work.

Funding: Funding was provided in part by the Public Health Agency of Canada (no. 2021-HQ-000067) and the Michael Smith Foundation for Health Research (no. 18934).

Data sharing: Aggregate serological data are provided within the manuscript and the supplementary material. Any further data sharing of seroprevalence data will be considered upon reasonable request to the corresponding author with appropriate review and aggregation, as required to comply with the provincial legislation under which the data were assembled and respecting privacy and confidentiality requirements. Severe outcome and integrated case surveillance data sets used for hospital admission and fatality estimates were accessed through the British Columbia COVID-19 Cohort (BCC19C), a public health surveillance platform integrating COVID-19 datasets with administrative data holdings for the BC population. The BCC19C was established and is maintained through operational support from Data Analytics, Reporting and Evaluation (DARE) and the BC Centre for Disease Control (BCCDC) at the Provincial Health Services Authority. The authors are not permitted to share these data; BCC19C data are only available to researchers who request and meet the criteria for access.

Disclaimer: The views expressed herein do not necessarily represent the views of the Public Health Agency of Canada. All inferences, opinions and conclusions drawn in this manuscript are those of the authors and do not reflect the opinions or policies of the Data Steward(s).

This is an Open Access article distributed in accordance with the terms of the Creative Commons Attribution (CC BY-NC-ND 4.0) licence, which permits use, distribution and reproduction in any medium, provided that the original publication is properly cited, the use is noncommercial (i.e., research or educational use), and no modifications or adaptations are made. See: https://creativecommons.org/licenses/by-nc-nd/4.0/

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Risk of hospital admission and death from first-ever SARS-CoV-2 infection by age group during the Delta and Omicron ... - CMAJ

Kansas City doles out the last of its COVID-19 funds to ReBuild KC neighborhood grants – KMBC Kansas City

October 31, 2023

Last week, the Kansas City City Council allocated the remainder of its funds from the American Rescue Plan - federal funding that helped businesses recover from COVID-19.It's the final 20 million dollars going to the citys ReBuild KC neighborhood grants.Henry Wash is a part of one of the groups that will benefit, the High Aspirations Mentoring Program. Its a place for young men and boys between the ages of eight and 18 to go and have positive interactions and positive mentoring that will help keep them away from bad situations.They do need time and attention, socially, mostly academically and spiritually," Wash said. The city says High Aspirations is an example of how some Kansas City communities are being rebuilt from the inside out. That's why they were one of nearly 300 area projects receiving a grant from the two-year RebuildKC fund.A lot of times, it's a little bit of funding, a little bit of extra support from the city, that can get them to build and expand these great programs," City Manager Brian Platt said. Last week, the city officially allocated the rest of the money to 69 other programs.The goal is to get dollars into the hands of the people who are providing services and support for the people that need it the most," Platt said. High Aspirations started in 2003 with just 12 kids. Theyve grown to more than 200 in the program.They learn to care about their families and the people around them, Bill Dunn, a High Aspirations board member and donor, said. High Aspirations is receiving a $100,000 grant from the RebuildKC fund.

Last week, the Kansas City City Council allocated the remainder of its funds from the American Rescue Plan - federal funding that helped businesses recover from COVID-19.

It's the final 20 million dollars going to the citys ReBuild KC neighborhood grants.

Henry Wash is a part of one of the groups that will benefit, the High Aspirations Mentoring Program. Its a place for young men and boys between the ages of eight and 18 to go and have positive interactions and positive mentoring that will help keep them away from bad situations.

They do need time and attention, socially, mostly academically and spiritually," Wash said.

The city says High Aspirations is an example of how some Kansas City communities are being rebuilt from the inside out. That's why they were one of nearly 300 area projects receiving a grant from the two-year RebuildKC fund.

A lot of times, it's a little bit of funding, a little bit of extra support from the city, that can get them to build and expand these great programs," City Manager Brian Platt said.

Last week, the city officially allocated the rest of the money to 69 other programs.

The goal is to get dollars into the hands of the people who are providing services and support for the people that need it the most," Platt said.

High Aspirations started in 2003 with just 12 kids. Theyve grown to more than 200 in the program.

They learn to care about their families and the people around them, Bill Dunn, a High Aspirations board member and donor, said.

High Aspirations is receiving a $100,000 grant from the RebuildKC fund.

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Kansas City doles out the last of its COVID-19 funds to ReBuild KC neighborhood grants - KMBC Kansas City

Experts say theres no evidence that the mRNA COVID-19 vaccines are adulterated – Poynter

October 31, 2023

Vaccines contaminated with undisclosed ingredients. Manufacturers facing liability. In an Oct. 21 thread on X, entrepreneur and anti-vaccine activist Steve Kirsch made alarming allegations about mRNA COVID-19 vaccines.

You can now sue the mRNA COVID vaccine manufacturers for damages and the FDA is required to take the COVID vaccines off the market, Kirschwrote. Why? Adulteration. The plasmid bioactive contaminant sequences were NOT pointed out to the regulatory authorities. Its considered adulteration.

In Kirschs fourth X post in the thread, he specificallysaid, SV40 contamination was the basis for his claim. SV40 stands for simian virus 40, a monkey virus found to cause cancerous tumors in lab animals.

Experts say theres no evidence to support Kirschs claim that the mRNA COVID-19 vaccines are contaminated or contain ingredients that werent disclosed to regulators.

The U.S. Food and Drug Administration does not list details on its website about what, if anything, would constitute an adulterated vaccine, but the agency provides some information about other adulterated products. The FDA sayscosmeticsare adulterated if they contain any poisonous or deleterious substance that can make those products injurious to users. The FDA alsosaysthat economically motivated adulteration of food occurs when someone intentionally leaves out, takes out, or substitutes a valuable ingredient or part of a food.

We reached out to the FDA for comment, but did not receive a reply.

We asked Kirsch what evidence he had to support his claim, and he responded with several links, including to a nearly two-hourvideoon Rumble, a websiteknownfor spreading misinformation, and another to an Xthread. He also sent his Substackarticle, which claimed that officials admitted the vaccine is contaminated with SV40.

Drug manufacturers say that noninfectious parts of the SV40 DNA sequence are used to create COVID-19 vaccines, but its routine and not a sign of the virus contaminating the vaccine.

The SV40 virus is a naturally occurring virus and the virus itself is not included in either starting materials, plasmid DNA, or in the final product of the Pfizer-BioNTech COVID-19 vaccine, said Kit Longley, a Pfizer spokesperson. However, specific, non-infectious parts of the SV40 sequence, which are commonly used in the pharmaceutical industry, are present in starting material used by Pfizer and BioNTech.

Longley said Pfizers COVID-19 vaccine was reviewed by regulatory authorities, including the FDA and the European Medicines Agency, and met safety and quality control requirements. Those authorities also approved the development and manufacturing specifications for Pfizers COVID-19 vaccine, Longley said, including a method for assessing residual DNA that is outlined by the World Health Organization and the FDA.

Longley said that residual DNA quality standards are applied similarly to other vaccines.

Small amounts of residual DNA can be found in several approved vaccines, including influenza and hepatitis vaccines, which have been administered globally for more than 30 years, Longley said.

We also contacted Moderna but did not hear back.

The claims about SV40 contamination are linked to findings from apreprint paperthat has not undergone peer review.

AnAprilpreprint paper found elements of a DNA sequence known as an SV40 promoter apartof DNA thatinitiatesthe process of making an RNA copy of a genes DNA sequence in two expired Pfizer-BioNTech COVID-19 vaccine vials. Kevin McKernan, one of the authors of the paper,told PolitiFact in Junethat the whole SV40 virus was not found in the vaccines.

Dan Wilson, a senior associate scientist at Janssen which alsodevelopeda COVID-19vaccine said that the documents Pfizer submitted to the FDA included the full sequence of the plasmid. Wilson hosts Debunk the Funk with Dr. Wilson, a YouTubeshowthat covers science misinformation.

The SV40 promoter wasnt specifically highlighted in Pfizers disclosures to regulators and did not need to be, Wilson said, because it is a nonfunctional part of the manufacturing process and not a bioactive ingredient in the drug product.

Kirsch later amended his claim that the vaccine manufacturers failed to disclose the inclusion of an SV40 promoter DNA sequence in the vaccine.

The SV40 promoter is found in all the vials and it was in the gene sequence that was provided to the regulators, KirschwroteOct. 21 in the thread on X. The problem was that neither drug company ever pointed it out to the regulators.

Tiny amounts of ingredients that do not make a difference do not lead to a vaccine being declared adulterated or taken off the market, said Dorit Reiss, a law professor at University of California Law San Francisco who specializes in vaccine policy and legal issues.

Reiss pointed to examples:

But if a contaminant were found in a vaccine, the FDA would investigate and decide if it is a safety issue, Reiss said.

Kirsch said that the FDA is required to take the COVID vaccines off the market because they are adulterated.

Experts said theres no evidence that the mRNA COVID-19 vaccines contain previously undisclosed contaminants. Pfizer said noninfectious SV40 sequences were part of the starting material for the Pfizer vaccine, and the FDA and other regulators approved the vaccine manufacturing process.

Experts also said the FDA would not be required to take vaccines off the market even if something undisclosed had been detected. The agency typically would investigate the risks before making a determination.

We rate this claim False.

PolitiFact Researcher Caryn Baird contributed to this report.

This fact check was originally published by PolitiFact, which is part of the Poynter Institute. See the sources for this fact check here.

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Experts say theres no evidence that the mRNA COVID-19 vaccines are adulterated - Poynter

St. Cloud nurses’ book chronicles lives lost and hope found during early days of COVID-19 – Star Tribune

October 31, 2023

ST. CLOUD It was sometime during the fall three years ago in some of the darkest days of the COVID-19 pandemic before vaccines were available when the leadership at St. Cloud Hospital chatted with a few nurses during rounds.

Writing down thoughts and feelings, they said, is known to help people cope with anxiety, fear, anger, sadness things certainly experienced by the nurses in Medical Unit One, which was the designated COVID unit.

"We were pretty tired and getting pretty burned out with everything that was going on," said Lisa Kilgard, a nurse in the COVID unit. "So I thought journaling might help a little bit."

Kilgard and two other nurses Amanda Shank and Nicole May started collecting stories from staff in the COVID unit and then, as other colleagues became interested, from anyone who worked at CentraCare, which runs St. Cloud Hospital.

The result is a book released this fall titled, "Just Breathe: COVID Stories From the Heart of Minnesota in the Words of Caregivers," which is available on Amazon. It has about 100 stories some short poems or vignettes and some a few pages long.

Some stories chronicle patients who said they didn't believe in COVID-19 and then suddenly couldn't breathe on their own. Some capture memories of staff wearing the air-purifying respirator suits that earned them the nickname of "beekeeper" or "astronaut," and some detail the painful dissolution over how health care workers went from being the heroes to the enemy as some people grew tired of pandemic restrictions and started calling it a hoax.

All of the stories give outsiders an inside look at what it meant to be a frontline worker at the time.

"No one, unless you're in the health care field, understands what we were doing and what was going on," Shank said during a recent interview. "I really just wanted to document this. Because even when I try to think back I don't really want to but when I do think back to how it used to be and what was going on, it's not as vivid in my mind."

Shank said she recently reread her submission and started crying. She recommends reading the book in small doses, as some pieces are haunting:

"We are no longer the front line; we are the last line of defense between the patient and the grave," wrote a nurse who signed her submission as Mary H.

"This was a time when every critical care nurse looked at their patients and knew with certainty that at least half of them would die," wrote nurse Katie P. "And they weren't good deaths. They were hypoxic deaths. Zoom goodbye deaths. Dragged-out deaths."

But the stories also showcase hope, resilience and appreciation for colleagues who helped them get through a rough few years.

One of Kilgard's stories captures the fleeting yet explosive joy felt when a patient was well enough to leave.

"We all were excited when we were able to have discharge parades for our longer stay patients. As unlucky as they may have been, they really didn't know how lucky they were," she wrote. "Administration staff would come to the unit and line the hallway and cheer as the patient left the hospital."

And for the patients whose bodies couldn't bear the brunt of the disease, the nurses tried to make death as peaceful as possible, Kilgard wrote.

"I never let go of your hand," she wrote of one such patient.

Shank said she hopes the book is healing for the families of patients who died and helps people remember the humanity that was lost and found during the three and a half years.

"It's a book of healing and understanding and remembering," she said, "so we don't forget this."

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St. Cloud nurses' book chronicles lives lost and hope found during early days of COVID-19 - Star Tribune

Strategies behind near-zero COVID-19 incidence in NBA ‘bubble’ published – Medical Xpress

October 31, 2023

This article has been reviewed according to ScienceX's editorial process and policies. Editors have highlighted the following attributes while ensuring the content's credibility:

by Association for Diagnostic and Laboratory Medicine (ADLM (formerly AACC))

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A report published today in The Journal of Applied Laboratory Medicine describes the strategies used by the National Basketball Association (NBA) to limit COVID-19 exposure among the individuals who participated in the 20192020 season. The success of the NBA's approach demonstrates that strict adherence to certain protocols can be highly effective in preventing disease outbreaks in a self-contained environment and serves as a model for future pandemic management.

The NBA suspended operations in response to the COVID-19 pandemic in March 2020, and resumed the 20192020 season in July 2020 at the Walt Disney World Resort in Orlando, Florida. This enabled basketball facilities, hotels, and medical infrastructure to be housed within a closed environment known as the "Bubble." The NBA's Bubble was the first large-scale attempt at creating a closed yet fully operational campus during the COVID-19 pandemic, and this study represents the first time the methods and protocols employed in the Bubble have been described in detail in a publication.

Prior to entering the Bubble, participants were required to quarantine and receive a negative PCR test result for COVID-19. Once the Bubble was established, only certain approved staff were permitted to leave and reenter it throughout its duration (July 1October 11, 2020). Campus residents were required to report symptoms, temperature, and oxygen saturation daily, in addition to taking PCR tests each day, which were processed at off-site laboratories. Strict physical distancing and face masks were also mandated, with few exceptions.

Altogether, 148,043 PCR tests were performed across approximately 5,000 players, guests, team staff, league staff, media, and vendors, and only 24 cases were detected inside the Bubble. The average daily positivity rate on campus was consistently below 1%, despite the positivity rate in the outlying Orlando community reaching as high as 15% during the Bubble's operation.

This Bubble enabled the successful completion of 205 games to conclude the 20192020 NBA season. In addition to the interventions outlined above, the authors credit the success of the Bubble to the 40 on-the-ground, trained compliance officers who enforced adherence to protocols, as well as on-site access to mental health services that helped players and staff cope with the mental health burden of living apart from friends and family for an extended period of time.

"The NBA and National Basketball Players Association (NBPA) are well-resourced organizations that are fortunate to have the capacity to have enacted this program, but we believe that the principles we followed can be applied in settings where financial and occupational health resources are more limited," the paper authors said.

"Our experience demonstrates protocols can successfully enable a closed community to function safely within a broad community with high disease prevalence, and highlighted success factors that are broadly applicable in a pandemic caused by a respiratory virus."

More information: Christina Mack et al, The "Bubble": What can be learned from the National Basketball Association (NBA)'s 2019-20 Season Restart in Orlando During the COVID-19 Pandemic, The Journal of Applied Laboratory Medicine (2023). DOI: 10.1093/jalm/jfad073

Provided by Association for Diagnostic and Laboratory Medicine (ADLM (formerly AACC))

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Strategies behind near-zero COVID-19 incidence in NBA 'bubble' published - Medical Xpress

Heart attack deaths linked to severe COVID-19 cases? India`s health minister issues warning – WION

October 31, 2023

India's Union Health Minister Mansukh Mandaviya recently cited a study by the Indian Council of Medical Research (ICMR) and issued a cautionary message to individuals who have previously suffered severe bouts of COVID-19. He advised that such individuals should avoid overexerting themselves for a year or two to reduce the risk of heart attacks and cardiac arrests.

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The backdrop for this advisory is a concerning increase in deaths due to heart-related issues, particularly in Gujarat. This issue became more apparent during the Navratri Garbaevents. Several incidents prompted the state health minister, Rushikesh Patel, to hold a meeting with medical experts, including cardiologists, to delve into the causes and potential remedies for these heart-related fatalities.

Mansukh Mandaviya addressed the public and reporters atthe closing ceremony of Sansad Khelmahotsava, 2023, a sports carnival organised for the youth of Bhavnagar Lok Sabah constituency, saying, "The ICMR has conducted a detailed study. As per this study, those who have suffered from severe COVID-19 infection should not overexert themselves. They should stay away from hard workouts, running, and strenuous exercises for a short time, say a year or two, so as to avoid heart attacks."

Uttar Pradesh Governor and former Gujarat chief minister Anandiben Patel also expressed concern over this issue during a recent visit to the area.

Also read:Explained | What's leading to heart attack deaths during Navratri at garba events and how to avoid it?

The rise in heart attacks among the youth in recent months has become a significant cause for worry. Among the heart attack victims were a Class 12 student, Veer Shah from Kheda district, 28-year-old Ravi Panchal from Ahmedabad, and 55-year-old Shankar Rana from Vadodara. These occurrences have raised questions and concerns regarding the long-term effects of COVID-19, its treatment, and the impact on individuals' heart health.

To address the rising concerns, the state Health and Family Welfare Department made it mandatory for garba event organisers to have an ambulance and a medical team on-site during the Navratri festivities, ensuring immediate aid for participants.

The ICMR's study highlights the importance of taking precautions, especially for those who have faced severe COVID-19 infections, to prevent adverse health outcomes. As this issue continues to be a focal point of discussion and concern, individuals are advised to prioritise their well-being and heed expert advice to reduce the risk of heart-related issues post-recovery from the virus.

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Heart attack deaths linked to severe COVID-19 cases? India`s health minister issues warning - WION

Elderly Canadians remain at higher risk of serious COVID from first infections, study suggests – CBC News

October 31, 2023

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Posted: October 30, 2023

New Canadian data reaffirms that while the vast majority of the population has likely caught the virus behind COVID-19 at least once, more than four in 10 elderly adults may have avoided infection so far while remaining at the highest risk for hospitalization and death.

It's yet another reminder that seniors need to be prioritized in vaccination rollouts and should strongly consider getting an updated COVID shot, several medical experts told CBC News.

The latest findings come from a study conducted in British Columbia's Lower Mainland and published on Monday in the Canadian Medical Association Journal.

The researchers looked at both seroprevalence signs of prior SARS-CoV-2 infection in blood samples from various age groups, at different points in the pandemic and health-care data on severe illness.

The team found thatby July, more than 80 per cent of children and adults under 50 had been infected and had a low risk of hospital admission or death.

But for seniors aged 80 and older, more than 40 per cent had never been infected by the virus, their data showed. That age group also had the highest risk of serious outcomes.

"First infections among older adults may still contribute substantial burden from COVID-19," the authors wrote.

Lead investigator Dr. Danuta Skowronski, a researcher and epidemiologist with the B.C. Centre for Disease Control, said the latest findings are the culmination of years of work done throughout the pandemic, including 10 rounds of seroprevalence surveys.

Her team's most recent round of research estimated one death for every 80 newly infected seniors who are 80 and older.

Among all age groups, she said, there has been a decrease in severe outcome risks over the course of the pandemic, including among seniors.

"But for the older segment of the population," Skowronskisaid, "it's still a meaningful risk."

Federal data shows seniors have long borne the brunt of the COVID pandemic, facing far higher death tolls than younger age groupsincluding devastation within long-term care homes housing the country's frail and elderly.

And while a growing body of evidence suggests that people with a history of both vaccination and prior SARS-CoV-2 infection are at lower risk of severe outcomes when compared withthose with neither, or just a prior exposure alone experts say the takeaway is not for seniors to now throw caution to the wind.

"Certainly, we wouldn't encourage people to deliberately get infected," Skowronski said.

WATCH | 4 key vaccines for seniors this fall:

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"What we're saying is that for those who have been infected, in combination with vaccination, they are better protected. Rather, our emphasis is because we observed that the oldest of our population remain at highest risk of severe outcomes that they should continue to be prioritized for vaccination."

Several medical experts agreed that vaccination campaigns need to stress that seniors should strongly consider getting this fall's updated COVID shots, which have been tailored to better match the virus strains currently circulating.

"I'm not sure if that message has been coming through clearly enough," Skowronski said.

Dr. Zain Chagla, an infectious diseases specialist atMcMaster University in Hamilton, said the study shows that for older Canadians, particularly those 80 and up, the outcome of their first infection still remains unclear.

Focused campaigns targeting seniors to encourage vaccination uptake are crucial, he said.

"There is a real recognition here that age is probably the simplest and easiest thing to target," Chagla said. "And it's one that probably needs to be front of line in most of these campaigns moving forward."

The B.C. research relied on blood samples taken from various individuals over the last few years, not specifically to study COVIDbut for myriad other health-related reasons giving Skowronski's research team ongoing snapshots of immune activity throughout the population.

Speaking to CBC News from her office in the greater Montreal area, family physician Dr. Laura Sang said she was impressed with the quality of thelatest paper. "It seems like a really robust and rigorously done cross-sectional study," shesaid, adding: "The findings are not surprising."

WATCH | Experts call for public inquiry into Canada's COVID-19 failures:

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But Chagla said the study's approach may have been hindered by waning antibodies in people's blood, leading to an underestimate of the true number of prior infections. The research team also didn't test and retest the same cohort of people over time but rather looked at fresh sets of 2,000 anonymous blood samples.

Skowronski's team was aware of those limitationsbut said that on the flip side, the risks of hospital admission or death could actually be overestimated.

"Even though our estimates of the risk of severe outcomes were low, they are likely even lower for most of the population, particularly among those both previously vaccinated and infected who are now the majority," the researchers wrote.

In other words, Skowronski said, her team's findings might be showing the "worst-case scenario."

Sang agreed that an underestimation of seroprevalence would actually be "good news."

"That means lower risk for everyone," she said. "But it's still worth erring on the side of caution."

For all higher-risk individuals, including seniors and particularly those who haven't yet experienced their first confirmed SARS-CoV-2 infection Sangrecommended maintaining basic precautions throughout the fall and winter.

Those measures include getting a COVID vaccine, practising basic hand hygiene, wearing a mask in publicand disinfecting high-touch surfaces, Sang said. She also encouraged seniors to "socialize smartly," in smaller groups and in well-ventilated areas, or even outside when possible.

For seniors who think they have COVID, she said it's worth taking a rapid test and contacting your primary care provider to find out if you're eligible for treatments like Paxlovid.

It's also important to continue managing any other underlying health conditions, such asdiabetes, high blood pressureor chronic obstructive pulmonary disease (COPD), to reduce your risk of severe illness from COVID.

"And if you feel that things are progressingor going in the wrong direction, promptly seek care," Sang said.

Lauren Pelley Senior Health & Medical Reporter

Lauren Pelley covers health and medical science for CBC News, including the global spread of infectious diseases, Canadian health policy, pandemic preparedness, and the crucial intersection between human health and climate change. Two-time RNAO Media Award winner for in-depth health reporting in 2020 and 2022. Contact her at: lauren.pelley@cbc.ca

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Elderly Canadians remain at higher risk of serious COVID from first infections, study suggests - CBC News

Norton Healthcare continues to treat COVID-19 long-haulers – WLKY Louisville

October 31, 2023

As Dr. Monalisa Tailor arrives to work on a Friday morning at Norton Community Medical Associates, the primary care doctor takes a look at her patient roster for the day. Of the patients she's treating, some are coming to her for help with long-term symptoms from COVID-19. They are called COVID-19 long-haulers and she's seeing symptoms persist for months or more. "Long-haul COVID symptoms are more likely if you've got the original strain of COVID back in 2020, I think it's like 70-75% of cases come from that time frame," she said. "For the Delta and the Omicron, those numbers have been less."Long-haul symptoms affect everyone differently, too. She says since COVID-19 was so novel, there's no research to show health care providers how to treat patients. "We don't really have a great fix for them just yet," she said. "So it's kind of like if you do come in with headaches as a result of this infection or lung issues as a result of this infection or maybe even like heart racing episodes, I've got to make sure I'm ruling out everything else," she added. One thing Tailor says has shown to help is getting the updated vaccine. "One of the things that we've seen in some of the data and studies is that getting the COVID, updated COVID vaccines has helped your body create its own antibodies to help fight off some of these long haul COVID symptoms," she said. The National Institutes of Health say research is uncovering some risk factors for long COVID, like those who had severe COVID-19, those with underlying conditions and those who didn't get vaccinated. Tailor says the best way to prevent long-haul symptoms is to not get COVID at all, so she encourages getting vaccinated.

As Dr. Monalisa Tailor arrives to work on a Friday morning at Norton Community Medical Associates, the primary care doctor takes a look at her patient roster for the day.

Of the patients she's treating, some are coming to her for help with long-term symptoms from COVID-19.

They are called COVID-19 long-haulers and she's seeing symptoms persist for months or more.

"Long-haul COVID symptoms are more likely if you've got the original strain of COVID back in 2020, I think it's like 70-75% of cases come from that time frame," she said. "For the Delta and the Omicron, those numbers have been less."

Long-haul symptoms affect everyone differently, too.

She says since COVID-19 was so novel, there's no research to show health care providers how to treat patients.

"We don't really have a great fix for them just yet," she said.

"So it's kind of like if you do come in with headaches as a result of this infection or lung issues as a result of this infection or maybe even like heart racing episodes, I've got to make sure I'm ruling out everything else," she added.

One thing Tailor says has shown to help is getting the updated vaccine.

"One of the things that we've seen in some of the data and studies is that getting the COVID, updated COVID vaccines has helped your body create its own antibodies to help fight off some of these long haul COVID symptoms," she said.

The National Institutes of Health say research is uncovering some risk factors for long COVID, like those who had severe COVID-19, those with underlying conditions and those who didn't get vaccinated.

Tailor says the best way to prevent long-haul symptoms is to not get COVID at all, so she encourages getting vaccinated.

Read more from the original source:

Norton Healthcare continues to treat COVID-19 long-haulers - WLKY Louisville

COVID Lockdowns Were a Giant Experiment. It Was a Failure. – New York Magazine

October 31, 2023

June 10, 2020, in Williamsburg. Photo: JOHN TAGGART/The New York Times/REDUX

On April 8, 2020, the Chinese government lifted its lockdown of Wuhan. It had lasted 76 days two and a half months during which no one was allowed to leave this industrial city of 11 million people, or even leave their homes. Until the Chinese government deployed this tactic, a strict batten-down-the-hatches approach had never been used before to combat a pandemic. Yes, for centuries infected people had been quarantined in their homes, where they would either recover or die. But that was very different from locking down an entire city; the World Health Organization called it unprecedented in public health history.

The word the citizens of Wuhan used to describe their situation was fengcheng sealed city. But the English-language media was soon using the word lockdown instead and reacting with horror. That the Chinese government can lock millions of people into cities with almost no advance notice should not be considered anything other than terrifying, a China human rights expert told The Guardian. Lawrence O. Gostin, a professor of global health law at Georgetown University, told the Washington Post that these kinds of lockdowns are very rare and never effective.

The Chinese government, however, was committed to this zero-COVID strategy, as it was called. In mid-March 2020, by which time some 50 million people had been forced into lockdowns, China recorded its first day since January with no domestic transmissions which it offered as proof that its approach was working. For their part, Chinese citizens viewed being confined to their homes as their patriotic duty.

For the next two years, harsh lockdowns remained Chinas default response whenever there was an outbreak anywhere in the country. But by March 2022, when the government decided to lock down much of Shanghai after a rise in cases in that city, there was no more talk of patriotism. People reacted with fury, screaming from their balconies, writing bitter denunciations on social media, and, in some cases, committing suicide. When a fire broke out in an apartment building, residents died because the police had locked their doors from the outside. And when the Chinese government finally abandoned lockdowns an implicit admission that they had not been successful in eliminating the pandemic there was a wave of COVID-19 cases as bad as anywhere in the world. (To be fair, this was partly because China did such a poor job of vaccinating its citizens.)

One of the great mysteries of the pandemic is why so many countries followed Chinas example. In the U.S. and the U.K. especially, lockdowns went from being regarded as something that only an authoritarian government would attempt to an example of following the science. But there was never any science behind lockdowns not a single study had ever been undertaken to measure their efficacy in stopping a pandemic. When you got right down to it, lockdowns were little more than a giant experiment.

June 16, 2020, in Bloomington, Minnesota. Photo: Kerem Yucel/AFP via Getty Images

March 25, 2020, in Chicago. Photo: Taylor Glascock/The New York Times/REDUX

Despite the lack of scientific evidence, lockdowns didnt come out of nowhere, at least not in the U.S. They had been discussed and argued over by scientists since 2005, when (as the story goes) President George W. Bush read John M. Barrys book The Great Influenza, about the 1918 pandemic. This happens every hundred years, Bush is supposed to have said after finishing the book. We need a national strategy.

In fact, there were people thinking about pandemic mitigation long before Bush read Barrys book. The leader of this ad hoc group was D.A. Henderson, perhaps the most renowned epidemiologist of the 20th century the man who, decades earlier, had led the team that eradicated smallpox. Richard Preston, the author of The Hot Zone, would later describe this feat as arguably the greatest life-saving achievement in the history of medicine.

By the time Bush began pushing his administration to come up with a pandemic plan, Henderson was 78 years old. Ten years earlier, he had sat in on a series of top-secret briefings where he listened to a Russian defector describe how he had led a team that was trying to adapt the smallpox virus for bioweapons. Henderson became so concerned that he started a small center focused on biodefense which meant, in effect, defending against a pandemic. He and his colleagues at the center had spent years trying to persuade government officials to take pandemics seriously without much success. When the Bush administration began debating what its pandemic strategy should include, it was only natural that Henderson be involved.

The men Bush chose to lead the effort believed that lockdowns could be an important component of a mitigation plan. They were heavily influenced by a model developed by Laura Glass, a 14-year-old high-school student from Albuquerque (aided by her scientist father), that purported to show that keeping people away from one another was as effective as a vaccine. (This story is told, overexcitedly, in Michael Lewiss book The Premonition.)

Henderson vehemently disagreed. For one thing, he didnt trust computer models, which churned out estimates based on hypotheticals. Just as important, they couldnt possibly anticipate the complexity of human behavior. There is simply too little experience to predict how a 21st-century population would respond, for example, to the closure of all schools for periods of many weeks to months, or the cancellation of all gatherings of more than 1,000 people, he said.

In addition, he felt that the worst thing officials could do was overreact, which could create a panic. In 2006, as the debate inside the Bush administration was nearing its conclusion, he co-authored a paper in a final effort to change the minds of those devising the strategy. The paper concluded: Experience has shown that communities faced with epidemics or other adverse events respond best and with the least anxiety when the normal social functioning of the community is least disrupted. Strong political and public health leadership to provide reassurance and to ensure that needed medical care services are provided are critical elements. If either is seen as less than optimal, a manageable epidemic could move towards catastrophe.

The Bush teams final document, published by the CDC in February 2007, stopped short of mandating lockdowns but came as close as its authors dared, calling for the use of social distancing measures to reduce contact between adults in the community and workplace. One of the leaders of the effort, a government scientist named Richard Hatchett, would later tell Lewis what he really believed: One thing thats inarguably true is that if you got everyone and locked each of them in their own room and didnt let them talk to anyone, you would not have any disease.

Which is true as far as it goes. There were other questions, though, that were at least as relevant. Could the kinds of lockdowns that are achievable in the real world, where hundreds of millions of people cant live in isolation chambers, be an effective tool against a pandemic? Did the virus truly go away during a lockdown or simply hide, waiting to reemerge when it ended? And finally, did the many social, economic, and medical downsides make them, in the aggregate, not worth whatever short-term benefits they might yield?

Henderson, who died in 2016, never stopped making the latter case. D.A. kept saying, Look, you have to be practical about this, says his former deputy, Tara OToole. And you have to be humble about what public health can actually do, especially over sustained periods. Society is complicated, and you dont get to control it.

As the United States gains more and more distance from the COVID pandemic, the perspective on what worked, and what did not, becomes not only more clear, but more stark. Operation Warp Speed stands out as a remarkable policy success. And once the vaccines became available, most states did a good job of quickly getting them to the most vulnerable, especially elderly nursing-home residents.

Unfortunately, there is no shortage of policy failures of which to take stock. We do an accounting of many of them in our new book, The Big Fail. But one that looms as large as any, and remains in need of a full reckoning in the public conversation, is the decision to embrace lockdowns. While it is reasonable to think of that policy (in all its many forms, across different sectors of society and the 50 states) as an on-the-fly experiment, doing so demands that we come to a conclusion about the results. For all kinds of reasons, including the countrys deep political divisions, the complexity of the problem, and COVIDs dire human toll, that has been slow to happen. But its time to be clear about the fact that lockdowns for any purpose other than keeping hospitals from being overrun in the short-term were a mistake that should not be repeated. While this is not a definitive accounting of how the damage from lockdowns outweighed the benefits, it is at least an attempt to nudge that conversation forward as the U.S. hopefully begins to recenter public-health best practices on something closer to the vision put forward by Henderson.

February 3, 2020, in Wuhan, China. Photo: Stringer/Getty Images

After China came Italy, the second country to be hit hard by the coronavirus. The Italian government responded with a lockdown almost as tough as Chinas. By the time it was lifted, in early June, 34,000 Italians had died of COVID-19, up from 630 when the lockdown was first imposed.

Those were frightening numbers. But when Neil Ferguson saw what had transpired in Italy, he saw an opportunity. For Ferguson, the head of the infectious disease department at Imperial College London, the Italian governments decision to follow Chinas example meant that lockdowns were suddenly a real-world policy option in Western democratic societies, not just in an authoritarian country like China. As a disease modeler, he believed the same thing Richard Hatchett believed: that if he could lock everyone in a room, the virus would go away. But he had long assumed attempting to do so was politically impossible.

Ferguson is an important epidemiologist, renowned for his estimates, derived from computer models, of possible deaths from a newly emerged virus.As soon as he learned of the outbreak in Wuhan, he and several colleagues began modeling the coronavirus. On March 17, Ferguson laid out the teams findings at a press conference. Their model predicted that, without serious countermeasures, a staggering 81 percent of the population in the U.S. and Britain would become infected, and that 510,000 people in Britain and 2.2 million Americans would die of COVID by late 2020. In addition, the authors wrote, We predict critical care bed capacity would be exceeded as early as the second week in April, with an eventual peak in ICU or critical bed care demand that is over 30 times greater than the maximum supply in both countries.

For Ferguson, the purpose of the report wasnt just to release their shocking estimates; it was also to push the American and British governments to commit to lockdowns for the long haul. [T]his type of intensive intervention package, the authors wrote, will need to be maintained until a vaccine becomes available (potentially 18 months or more) given that we predict that transmission will quickly rebound if interventions are relaxed. It worked. In the U.K., Prime Minister Boris Johnson had initially planned to keep the country open. Instead, he ordered a lockdown within a week of Fergusons press conference. (Shortly after Johnson imposed the lockdown, Ferguson was visited twice by his mistress. For obvious reasons, this caused a furor when it was discovered. Ferguson was the first, though hardly the last, Establishment bigwig to ignore the COVID-19 rules they demanded of everyone else.)

As for President Donald Trump, he never used the word lockdown, but he was worried enough to call for the country to adopt social distancing as a mitigation strategy. Schools, restaurants, businesses they all closed. White-collar employees who were able to work from home did so. More than once, Trump mentioned that 2.2 million lives were at stake, referring to Fergusons estimate. Trumps order wound up lasting six weeks.

Most governors issued their own stay-at-home orders, usually stricter than Trumps. Even Governor Ron DeSantis in Florida who would soon become an outspoken opponent of mainstream mitigation measures reluctantly went along for a brief period. But there were important questions that no one advocating for lockdowns addressed, maybe because in the urgency of the moment the questions didnt occur to them. How long would they last? And even if lockdowns did slow the viruss progression, what would happen when they were lifted?

Regardless, in the space of two months, lockdowns had gone from being unthinkable to being an unquestioned tool in the pandemic toolkit.

March 17, 2020, in Paris. Photo: Veronique de Viguerie/Getty Images

July 5, 2020, in Melbourne. Photo: Asanka Ratnayake/Getty Images

When state public health officials explained to the countrys governors why lockdowns were necessary, they talked primarily about bending or flattening the curve. And when governors then explained the strategy to their constituents, they used the same rationale. If we change our behaviors, said California governor Gavin Newsom in announcing his states lockdown on March 19, we can truly bend the curve to reduce the need to surge. The day after Newsom, then-Governor Andrew Cuomo announced a lockdown plan for New York. He called it his PAUSE program Policies Assure Uniform Safety for Everyone but really, it was the same thing.

What did flattening the curve mean? Heres what it didnt mean: It did not mean that if people stayed in their homes, COVID-19 would fade away (even if that idea was often suggested in non-expert contexts). Rather, flattening the curve meant delaying the virus spread to prevent hospitals from becoming overwhelmed with COVID patients. During their early press conferences, many governors would display a chart showing a sharp increase in the estimated rate of COVID-19 infections. Thats what would happen without lockdowns, they explained. Then they would display a second chart showing a more gradual upturn once lockdowns and other mitigation measures took effect. Simply put, flattening the curve was about helping hospitals manage the crisis rather than ending the crisis. Even those who later criticized lockdowns largely agreed on this point. As David Nabarro, the World Health Organizations COVID-19 envoy (and an eventual lockdown critic), put it, The only time we believe a lockdown is justified is to buy you time to reorganize, regroup, rebalance your resources, protect your health workers who are exhausted, but by and large wed rather not do it.

In many blue states, however, that rationale was forgotten over time, and many people remained confined to their homes or apartments not just for a few weeks but for a year or more even after the vaccine became available. And many of the countrys biggest cities continually reimposed lockdowns whenever there was an uptick in COVID cases not just telling people to shelter in place, but also closing small businesses and restaurants, outlawing sports events and social gatherings, and shutting down in-school learning.

Which naturally leads to the obvious question: Did lockdowns help keep Americans alive? Studies were mixed in their findings, their methodology, even their definition of lockdown. For instance, in August 2020, eClinicalMedicine, an offshoot of the prestigious British medical journal The Lancet, printed a study that concluded that full lockdowns and wide-spread COVID-19 testing were not associated with reductions in the number of critical cases or overall mortality. In March 2021, Christian Bjrnskov, an economist at Aarhus University in Denmark, compared weekly mortality rates in 24 European countries that used mitigation measures with varying degrees of severity. [T]he findings in this paper suggest that more severe lockdown policies have not been associated with lower mortality, the economist wrote. In other words, he added, the lockdowns have not worked as intended.

Michael Osterholm, the prominent epidemiologist at the University of Minnesota, also doesnt think lockdowns did any good. There is actually no role for lockdowns, he says. Look at what happened in China. They locked down for years, and when they finally relaxed that effort, they had a million deaths in two weeks. As for flattening the curve, thats not a real lockdown, Osterholm says. Youre just reducing contact for a few weeks to help the hospitals.

Dr. Anthony Fauci was probably the best-known defender of lockdowns as a life-saving measure. But the policy continues to have many defenders within the public health establishment. Howard Markel, a doctor and medical historian at the University of Michigan, believes they succeeded. The amount of lives saved was just incredible, he says. Markel pointed to an August 2023 study by the Royal Society of London that concluded that stay-at-home orders, physical distancing, and restrictions on gathering size were repeatedly found to be associated with significant reduction in SARS-CoV-2 transmission, with more stringent measures having greater effects.

Still, the weight of the evidence seems to be with those who say that lockdowns did not save many lives. By our count, there are at least 50 studies that come to the same conclusion. After The Big Fail went to press, The Lancet published a study comparing the COVID infection rate and death rate in the 50 states. It concluded that SARS-CoV-2 infections and COVID-19 deaths disproportionately clustered in U.S. states with lower mean years of education, higher poverty rates, limited access to quality health care, and less interpersonal trust the trust that people report having in one another. These sociological factors appear to have made a bigger difference than lockdowns (which were associated with a statistically significant and meaningfully large reduction in the cumulative infection rate, but not the cumulative death rate).

In all of this discussion, however, there is a crucial fact that tends to be forgotten: COVID wasnt the only thing people died from in 2020 and 2021. Cancer victims went undiagnosed because doctors were spending all their time on COVID patients. Critical surgeries were put on hold. There was a dramatic rise in deaths due to alcohol and drug abuse. According to the CDC, one in five high-school students had suicidal thoughts during the pandemic. Domestic violence rose. One New York emergency-room doctor recalls that after the steady stream of COVID patients during March and April of 2020, our ER was basically empty. He added, Nobody was coming in because they were afraid of getting COVID or they believed we were only handling COVID patients.

So in attempting to gauge the value of lockdowns, the most appropriate way is to look not just at COVID deaths but at all deaths during the pandemic years. Thats known as the excess deaths a measure of how many more people died than in a normal year. One authoritative accounting was compiled by The Spectator using data gathered by the OECD. It showed that during the first two years of the pandemic 2020 and 2021 the U.S. had 19 percent more deaths than it normally saw in two years time. For the U.K., there was a 10 percent rise. And for Sweden one of the few countries that had refused to lock down its society it was just 4 percent. An analysis by Bloomberg found broadly similar results. In other words, for all the criticism Sweden shouldered from the worlds public health officials for refusing to institute lockdowns, it wound up seeing a lower overall death rate during the pandemic than most peer nations that shut down schools and public gatherings. It is not unreasonable to conclude from the available data that the lockdowns led to more overall deaths in the U.S. than a policy that resembled Swedens would have.

March 20, 2020, in Los Angeles. Photo: AGUSTIN PAULLIER/AFP via Getty Images

There were other negative consequences too. In the U.S., lockdowns forced hundreds of thousands of small business closures. They exacerbated inequality, as Amazon warehouse workers and meatpackers showed up to crowded workplaces while the Zoom class locked down at home. Worst of all, though, it had a devastating effect on children whose schools were closed as part of a lockdown. During the first weeks of the pandemic it probably made sense to close schools given how little was known about the coronavirus. Better safe than sorry. But by the time school started up again in the fall of 2020, two things were clear. The first was that remote learning was a disaster. The second was that there was surprisingly little transmission among kids in school. Well-to-do parents moved their children to private schools, many of which reopened their classrooms. But most big-city public-school systems continued to rely on remote learning well into the 20202021 school year. It was a tragic policy choice.

In ProPublica and The New Yorker, the journalist Alec MacGillis vividly described the consequences in Baltimore. With no classrooms to go to, thousands of students abandoned school. The school system made free laptops available, but few students took the trouble to get one. Teachers gave up trying to prod those who didnt log onto their remote classes. Plus, teachers had kids of their own to take care of, which made it difficult to teach.

The anti-lockdown scientist Jay Bhattacharya of Stanford University recalls a photograph in the San Jose Mercury News during the early months of the pandemic. It showed two children, 7 or 8 years old, sitting with Google Chromebooks outside a Taco Bell. They were on the sidewalk doing schoolwork because that was the only place they could get free Wi-Fi, Bhattacharya said. Their parents werent there because they had to go to work. I mean, that should have ended the lockdown right then and there. It should have at least ended school closures.

Public schools have an importance that goes beyond education. Its where many of the rituals of childhood and young adulthood take place. For children who live in unstable homes, school offers some stability. Public schools serve free breakfast and lunch to disadvantaged kids. And theyre a place where parents know their children are safe when theyre at work. One consequence of lockdowns was that millions of children had to fend for themselves because their parents couldnt afford to quit their jobs to take care of them.

One child psychiatrist, who works with underprivileged autistic kids, began the pandemic believing in the importance of lockdowns and other mitigation measures. But over time, she changed her mind.

What really drove me was my clinical experience, she said. What happens to a child when every single support is removed from them? Whats the impact on the family and the siblings? What I was seeing was complete regression. It was devastating, and the downsides of lockdowns and school closings were not being openly discussed in the mainstream media. I was horrified. Why arent we talking about this? She described the situation she saw as 2022 wore on as a sickening mental-health crisis.

The science also weighed heavily in favor of opening schools. By mid-summer 2020, when cities were trying to decide whether to reopen schools in September, 146,000 Americans had died of COVID-19. Fewer than 20 were children between the ages of 5 and 14. More schoolchildren died from mass shootings in a typical year. Emily Oster, a Brown University economist, conducted a survey of about 200,000 children who were back in classrooms. The infection rate, she discovered, was 0.13 percent among students and 0.24 percent among teachers an astonishing low number. Oster then set up what she called the National COVID-19 School Response Dashboard, which eventually tracked 12 million kids in both public and private schools and continued to collect infection-rate data over the next nine months. Not once did the student rate hit one percent during any two-week span.

We do not want to be cavalier or put people at risk, Oster wrote in The Atlantic. But by not opening, we are putting people at risk, too.

March 15, 2020, in Manhattan. Photo: VICTOR J. BLUE/The New York Times/REDUX

Over the entirety of the pandemic, the essential facts about schools never changed. The infection rate for teachers in Sweden, where most schools stayed open, was no higher than the infection rate for teachers in Finland, which had closed its schools. In early 2021, three CDC scientists acknowledged in the Journal of the American Medical Association: As many schools have reopened for in-person instruction in some parts of the U.S. there has been little evidence that schools have contributed meaningfully to increased community transmission.

So why did so many big-city schools stay closed long after the evidence was clear? There were three reasons. The first, and most understandable, was fear. No matter how small the chance, no parent wanted his or her child to die from COVID-19. And no teacher wanted to become infected while in school and bring COVID-19 home. Because kids often brought colds and flus to school which then spread to others both parents and teachers had a hard time accepting that that was not how the virus spread. Here, for instance, was a typical comment from a teacher in Westchester, reacting to a series of New York Times articles about reopening schools:

Tell me how to get a 6-year-old to not sneeze on his friends let alone play and work from a distance (mucus, saliva, pee, poop, this is all part of our day at the lower levels of education). Tell me how each child is going to have her own supplies for the day as shared supplies are no longer an option. No more Legos, no more books. Tell me how to comfort a hysterical child from a distance of six feet.

That it was well established that the coronavirus was not spread through saliva or pee or by sharing books didnt matter. Too many people were simply unable to judge risk rationally a problem due in part to unwillingness of government officials to talk honestly about COVID-19. In 2020, for instance, COVID-19 ranked below suicide, cancer, accidents, homicide, and even heart disease as a cause of death for children under the age of 15, according to CDC data. Yet public-health experts did not stress any of this on the contrary, many of them emphasized instead that children could get COVID-19 without explaining how small the risk was. Is it any wonder, then, that COVID-19 seemed to be the only thing parents and teachers focused on?

The second factor was Trump. On July 6, he tweeted, SCHOOLS MUST REOPEN IN THE FALL!! The next day, at a White House event, the president said, Were very much going to put pressure on governors and everybody else to open the schools. Its very important for our country. Its very important for the well-being of the student and the parents.

In this case, Trump happened to be right; it was important. But by this late stage in his presidency, most Democrats assumed that anything he said was a lie. If Trump said schools should reopen, that was reason enough for them to assume they should stay closed. The sense that opening up was a Trump-endorsed policy seems to have energized opposition to it in blue America even as data accumulated that the harm being done to the countrys children outweighed any potential benefit.

The third reason was the teachers unions. Public-school teachers were unionized, and their unions American Federation of Teachers (AFT) and the National Education Association (NEA) were allies of, and contributors to, the Democratic Party, which dominated most major urban areas. They held enormous sway over big-city school systems.

No one can doubt that teachers were afraid of dying of COVID-19. They truly believed they were putting themselves in harms way if they went back into a classroom full of children. But instead of helping their members see how small the risk truly was, the teachers unions embraced the fight to keep teachers away from the classroom.

By the time September 2020 rolled around, at least a dozen of Americas biggest cities started the school year remotely. They included Los Angeles, San Francisco, New York, Chicago, and Houston all cities with the kind of large, disadvantaged communities that would suffer the most if schools were closed. In most cases, city officials said they were trying to move from remote learning to at least a hybrid model, in which students would spend several days a week in classrooms and the rest of the week online.

In school districts that did open their schools that fall, the results were remarkably aligned with Emily Osters data. In New York, Mayor Bill de Blasio was finally able to get the schools open in late September; between Thanksgiving and the end of the year, the citys positivity rate rose from 3 percent to 6 percent. The positivity rate in the public schools also rose from 0.28 percent to 0.67 percent. The safest place in New York City is, of course, our public schools, said de Blasio. To the holdout unions, those numbers didnt matter. Ultimately, only 15 percent of school districts offered full-time classroom instruction during the fall 2020 semester.

By 2022, journalists, academics, and even some public-health officials were finally coming to grips with the enormous damage done to children especially disadvantaged children because of remote learning. A lengthy analysis by two professors in The Atlantic toted up some of the issues. First, millions of kids simply gave up on learning. In New York, even after schools had reopened, the chronic absentee rate was 40 percent up from 26 percent before the pandemic. Studies showed that public-school children got less exercise (no recess) and ate more junk food (no free hot meals) during the pandemic. According to a CDC survey, during the first six months of 2021, nearly half the high-school students surveyed felt persistently sad or helpless. Parental emotional abuse was four times higher than in 2013, and parental physical abuse nearly doubled, The Atlantic reported.

A study by three major research institutions, including Harvards Center for Education Policy Research, showed that the longer a school relied on remote learning, the further behind their students were. In high-poverty schools that were remote for more than half of 2021, the loss was about half of a school years worth of typical achievement growth, said Thomas Kane, the director of the Harvard center.

Although test scores in 2023 would suggest that students were slowly catching up, those scores didnt take into account the kids who had dropped out entirely. One analysis found an estimated 230,000 students in 21 states whose absences could not be accounted for. They had simply gone missing. The pandemic has amounted to a comprehensive assault on the American public school, concluded the authors of The Atlantic article. Yet as late as the fall of 2022, there were still those who refused to acknowledge the damage done by lengthy school closings.

One such person was Anthony Fauci. In August 2022, Fauci announced that he planned to retire at the end of the year. Over the next few months, he made the rounds to discuss how the country had fared during the pandemic. Invariably, he was asked whether he regretted his forceful advocacy of lockdowns, especially given its effect on children. At one forum, he said, Sometimes when you do draconian things, it has collateral negative consequences on the economy,on the schoolchildren. But, he added, The only way to stop something cold in its tracks is to try and shut things down.

What he could never acknowledge was that shutting things down didnt stop the virus, and that keeping schools closed didnt save kids lives. Then again, to understand that, you had to be willing to follow the science.

Excerpted fromThe Big Fail: What the Pandemic Revealed About Who America Protects and Who It Leaves Behind, by Joe Nocera and Bethany McLean (Portfolio, October 2023).

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COVID Lockdowns Were a Giant Experiment. It Was a Failure. - New York Magazine

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