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- persistent high baseline
- winter peaks rivaling early Omicron
- surveillance, media attention down
- 100s of diseases showing remarkable patient growth across all age groups; no growth before 2020
5/x
- persistent high baseline
- winter peaks rivaling early Omicron
- surveillance, media attention down
- 100s of diseases showing remarkable patient growth across all age groups; no growth before 2020
5/x
Despite much lower public attention after 2022:
- viral circulation in 2023–2025 often equals or exceeds Omicron 1 levels
This highlights:
- Surveillance fatigue ≠ virus disappearance
- Policy and media attention diverging from epidemiological reality
4/x
Despite much lower public attention after 2022:
- viral circulation in 2023–2025 often equals or exceeds Omicron 1 levels
This highlights:
- Surveillance fatigue ≠ virus disappearance
- Policy and media attention diverging from epidemiological reality
4/x
- 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
- 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
- before late 2021, levels were mostly 10³–10⁴.
- from 2022 onward, even troughs sit around 10⁵, or 10-100 times higher
This suggests:
- C19 has become endemic
- constant background transmission, even outside waves
2/x
- before late 2021, levels were mostly 10³–10⁴.
- from 2022 onward, even troughs sit around 10⁵, or 10-100 times higher
This suggests:
- C19 has become endemic
- constant background transmission, even outside waves
2/x
- in 2024, 5.04 % of 7-14 year olds received this diagnosis
- in 2025, y/y patient growth is expected to be 19 percent
8/x
- in 2024, 5.04 % of 7-14 year olds received this diagnosis
- in 2025, y/y patient growth is expected to be 19 percent
8/x
- 32% average patient growth in total population (10x in 8.3 years)
- highest incidence among 7-14 year olds (6.0%), and growing 28% per year (10x in 9.1 years)
7/x
- 32% average patient growth in total population (10x in 8.3 years)
- highest incidence among 7-14 year olds (6.0%), and growing 28% per year (10x in 9.1 years)
7/x
- hyperkinetic disorders (incl. ADHD) (31% per year in 2019-2025e)
- sleep disorders (G47) (20.4%)
- obesity (E66) (14% in 2019-2025e, 37% in 2024-2025e)
4/x
- hyperkinetic disorders (incl. ADHD) (31% per year in 2019-2025e)
- sleep disorders (G47) (20.4%)
- obesity (E66) (14% in 2019-2025e, 37% in 2024-2025e)
4/x
- 7-14 and 15-24 year olds are leading in terms of patient growth
- there was little or no growth before 2020
3/x
- 7-14 and 15-24 year olds are leading in terms of patient growth
- there was little or no growth before 2020
3/x
- primary circadian rhythm sleep–wake disorders (G47)
- conditions linked to circadian rhythm (29 in total)
2/x
- primary circadian rhythm sleep–wake disorders (G47)
- conditions linked to circadian rhythm (29 in total)
2/x
Democracy cannot exist without privacy:
- anonymity in thought
- freedom in communication
- safety in dissent
- equality of information
- the inability of any one actor to know everything
9/x
Democracy cannot exist without privacy:
- anonymity in thought
- freedom in communication
- safety in dissent
- equality of information
- the inability of any one actor to know everything
9/x