United Kingdom: economic inactivity due to long term sickness now amounts to approximately 1.5 percent of all 16-64 year olds, and is increasing at a rate of 0.45 percentage points per year. The rate of change is increasing. 1/x
Iso-Britannia: pitkäaikaisista sairauksista johtuva taloudellinen passiivisuus vastaa nyt noin 1.5 prosenttia kaikista 16-64-vuotiaista, ja kasvaa 0.45 prosenttiyksikön vuosivauhtia. Muutoksen vauhti on kiihtymässä. 2/x
Sources: 1) Economic inactivity: Office of National Statistics, UK (ONS)
2) Population estimates:
Population estimates: (choose "Analysis of population estimates tool for UK")
In Finland, I don't believe @Tilastokeskus provides these kind of tables about economic inactivity. I would love to be wrong about this. 4/x
@RapoMarkus
@Tilastokeskus @RapoMarkus En usko että Tilastokeskus julkaisee vastaavaa dataa taloudellisesta toimettomuudesta, joka johtuu pitkäaikaisesta sairaudesta. Olen kyllä mielelläni väärässä. 5/x
@Tilastokeskus @RapoMarkus
A pattern of delay in the reporting of chronic sickness may be at work. Sick people first leave the labour market, and only some time after that start reporting chronic sickness to ONS. That could mean that the true number is higher. 6/x
Taustalla saattaa olla viivettä kroonisen sairauden raportoinnissa. Sairaat ihmiset poistuvat ensin työmarkkinoilta, ja vasta jonkin ajan kuluttua alkavat raportoida kroonisesta sairaudestaan Tilastokeskukselle (ONS). Tämä voisi tarkoittaa, että todellinen lukumäärä on suurempi.
7/x
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Here are the 19 leading causes of death among 10-14 year olds, ranked by their 2024 incidence compared to the 1997-2019 average. Together, they account for 35% of all deaths in 2024. 2/x
Here are the next 18 diseases. Combined, these causes represent 60% of all deaths in 2024, and have an average growth rate of 33.7% per year between 2019 and 2024 (10 times in 7.9 years). 3/x
After more than five years of silence, mainstream media has begun to acknowledge that C19 can harm T cells, and to discuss the consequences that follow. @fitterhappierAJ was one of the first, if not the first, to talk about this. 1/x
Dr. Leonardi has provided a significant amount of direction for me. In particular, he has been interviewed in some excellent articles that have withstood the test of time. Here is one of them. 2/x
We have seen it all.
- in 2020, they said that our health systems are so robust that this disease wouldn't come here
- then they wanted them infected. C19 was de facto allowed to spread in schools. Only a small fraction of <12 year olds received ... 3/x
Something is causing injuries among young children. 1/x
Something changed in 2022. Before that, the numbers were generally falling. Wonder what it could be. 2/x
After 2022, 1-6 year olds have overtaken a total of three other age groups (50-64, 15-24 and 65-74 year olds), and are now clearly above the total population average. All injuries (S00-S99). 3/x
Between 2020 and 2025e, the number of patients with developmental delay or disorder diagnoses grew at an average annual rate of 21.6% (10x in 11.8 years). The fastest patient growth was seen in pervasive developmental disorders, incl. autism and Asperger syndrome (F84). 2/x
Among total population, number of patients with developmental delay or disorder diagnoses is up 2.6 times since 2020. All disorders are showing continued significant patient growth. 3/x
Finland's epidemic 23 Dec 2025: amount of virus in wastewater appears to have risen above the first Omicron wave. Post-Omicron baseline is permanently higher than pre-Omicron; repeated waves are showing no 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
- C19 has become endemic
- constant background transmission, even outside waves 2/x
Repeated large waves in 2023–2024, not diminishing. Notable peaks:
- Apr 2023
- Nov 2023 (highest for the entire pandemic)
- Dec 2024
These peaks are:
- comparable to or higher than Omicron 2022
- evidence against a simple “each wave gets smaller” narrative 3/x
Congenital malformations, deformations and chromosomal abnormalities. For 1-6 year olds,
- the condition showing largest increase since 2022 is Down's syndrome (Q90)
- the condition showing fastest growth since 2022 is Congenital malformations of great arteries (Q25) 1/x
1-6 year olds / chromosomal abnormalities (Q90-Q99).
- Down's syndrome (Q90): average patient growth (2022-2025e) 14% per year = 10x in 18 years)
- fastest growing condition: other sex chromosome abnormalities, male phenotype (Q98), up 150% in 2025e 2/x
<1 year olds / chromosomal abnormalities (Q90-Q99):
- Down's syndrome (Q90) is the most frequent diagnosis 3/x