Just to explain this graph... this is the *previously dominant variant family* JN.1
That isn't *the number of cases*
It's the *share of cases*
When this variant dropped to 50% of cases, the new ones took over... and started this wave.
Some of them are growing in cases at lightning speed:
This is their fortnightly growth rates:
This is a lungs and heart wave.
Listen out for sirens.
Always feels a bit weird to be so precisely accurate:
The timing is like clockwork, predictable from the shape of jn.1's chart three months ago.
The only surprise to me is that it's still V70/H69- not V70/H69+.
Look, this is what the Cleveland Clinic say about Cryptosporidium and the immune system.
🚨"It’s important to take precautions to avoid infection with Cryptosporidium if you’re:
👉Living with HIV or AIDS.
👉Living with cancer.
👉A recent recipient of an organ or stem cell transplant.
👉On medications that suppresses your immune system."
Here in England there are about 100,000 people living with HIV or AIDS.
There are about 2,000,000 people living with cancer.
"SARS-CoV-2 infection should be considered as a risk factor for Alzheimer’s disease"
The Lancet.
👇☹️ thelancet.com/journals/laneu…
And it's not "SARS-CoV-2 infection in 2020" or "your first SARS-CoV-2 infection" or "SARS-CoV-2 infection if you haven't been vaccinated", it's "SARS-CoV-2 infection".
I've got some more data to add to this.
And it's a bad situation.
🚨🚨
I based the thread below on 'Lab Confirmed' Cases of Whooping Cough in England.
This evening I had the chance to look at the 'Statutory Notifications'.
It's rising much faster.
This will be a 5 tweet thread.
So this is Lab Confirmed cases of Whooping Cough in England over the last ten years.
On this chart, our current month has three times as many confirmations of cases as the previous highest point in the last ten years.
That's already bad because we haven't reached the height of the wave - that's not due for another four months. (see the thread below)
⚠️I would like to share a very very serious concern about whooping cough.
⚠️Professor Paul Hunter of the University of East has said that there was a surge "expected based on usual seasonal patterns" this year.
🧵About those usual seasonal patterns:
Look at the point at the right. That's the last week of January this year. That's when things went from normal to crazy in whooping cough world in England.
The last week of January is pretty much the start of the whooping cough season in most years up to now, in terms of lab confirmations.
You may have seen stories recently about 'the rise of drug resistant superbugs'.
There was even one expert yesterday saying that they could make the covid pandemic look minor.
Well.
Here's a little thread about the timings of these superbug waves in England.
There's quite a wide range of potential drug resistant superbugs - microbes that include bacteria, fungi, protozoans, and viruses.
Let's leave the others aside for a minute, and concentrate on the bacteria.
Primarily because the UK government have been publishing some data on the number of cases of drug-resistant bacteria for the last three years.
The UKHSA added three more weeks of data today.
Guess what new diagnoses of Cryptosporidium Parvum did in the most recent week's data.
Yep. They dropped.
Parvum waves follow Covid waves *precisely*.
Maybe it's that Covid damages the immune system making people vulnerable to Cryptosporidiosis the way that another famous virus does.
Maybe it's that english hospitals are disgusting and dirty and when more people are admitted to hospital for covid they then develop a C Parvum infection.