Suomen epidemia 19.8.2021: tartunnat vähenevät entistä nopeammin. THL:n tänään ilmoittama korkea määrä tartuntoja (866) johtuu siitä, että THL otti raportoinnin viivettä kiinni ainakin 160 tartunnan verran. 1/x
Näyttää siltä, että isohko osa sairaanhoitopiirien ilmoittamista tartunnoista ei ole päätymässä THL:n lukuihin. Päättelen näiden olevan ulkomaalaisia (marjanpoimijat?). Kuvassa keltainen alue. 2/x
Tartuntojen määrä laskee. Tänään THL ilmoitti 866 tartuntaa, ei poistanut yhtään, ja otti tunnettua raportoinnin viivettä kiinni 147 tartunnan verran (ei siis 160). Yhteensä 866+0-147=719 (punainen viiva). 3/x
Alle 10-vuotiaiden tartunnat kasvavat vahvasti edelleen. 90 prosenttia tartuntojen kasvusta tulee alle 10-vuotiaiden saamista tartunnoista, ja loput yli 70-vuotiaista. 10-69 -vuotiaiden tartunnat vähenevät. 4/x
Täysin rokottamattomien 0-9 -vuotiaiden tartunnat kasvavat eksponentiaalisesti (suora viiva log asteikolla). Niiden määrä on 7-kertaistunut 15.7. jälkeen. Kuukaudessa tartuntojen määrä 5.4-kertaistuu (2 kuukaudessa 5.4x5.4= 29-kertaistuu jne.), kasvu 5.8 prosenttia päivässä. 5/x
Kouluissa havaittujen altistumistapahtumien määrä, siten kuin ne on raportoitu kuntien tai median toimesta, on tähän mennessä (15.8.2021) ollut 23-kertainen vuoden 2020 samaan ajankohtaan verrattuna (15.8.2020). Tarkat paikat kartalla: altistumiset.fi 6/x
25-29 year olds: cancer and neoplasm related deaths in Sweden (C00-D48). 1/x
During 2020-2024, among 25-29 year olds, the share of cancers showing growth in 2023-2024 increased from a historical baseline of 22% of all cancers (1997-2019 average) to 61% in 2024. 2/x
This is the same chart in terms of absolute numbers. Among 25-29 year olds, the total number of cancer related deaths bottomed out in 2021.
For the causes showing growth (in red),
- 2020-2024 average is 2.2 times as high as the 1997-2019 baseline
- 2023-2024 average is 3.1 times as high as the 1997-2019 baseline
3/x
Cancer and neoplasm related deaths in Sweden (C00-D48). 1/x
Among 30-34 year olds, cancer and neoplasm related causes of death have been growing at an average rate of 32.5% per year since 2021 (equivalent to a 10-fold increase in 8.2 years if current growth continues). 2/x
Cancer related deaths accounted for 16.8% of all deaths among 30-34 year olds in 2024. If they continue to grow at the rate of 32.5%, they alone could be sufficient to double total mortality in this age group within 4 years, and increase it 10-fold within a further 8 years. 3/x
Finland's epidemic 22 Feb 2026: the amount of virus detected in wastewater is now 60% higher than during the first Omicron wave in 2022. The post-Omicron baseline appears permanently higher compared with the pre-Omicron period; repeated waves show no sign of diminishing. 1/x
Post-Omicron baseline is permanently higher than pre-Omicron:
- before late 2021, levels were mostly 10³–10⁴.
- from 2022 onward, even troughs sit around 10⁵, or 10-100x higher than before Omicron: a sign of constant background transmission 2/x
The first Omicron wave in January 2022 was the first major structural break.
- this wave was an order of magnitude jump compared to the pre-Omicron period (2020-2021)
- the first Omicron wave fundamentally shifted the baseline 10 to 100 times upward 3/x
Between 1997 and 2019, mortality across age groups declined by up to 48 percent. Large amounts of additional life were delivered. Courtesy of the Swedish health system. 1/x
Between 2019 and 2024, the Swedish health system took a step back. It would appear that school aged children were sacrificed for the greater good. 2/x
As a result, the post-2019 years have seen increasing levels for disease-related mortality for the younger age groups. For 5-9 and 10-14 year olds, mortality is now 66% and 38% higher than in 2019, respectively. 2024 was the worst for both of these age groups. 3/x