Fig below shows the increase during December alone.
4/13
I ALWAYS want to give appropriate context.
The blue box is what I showed you on the previous tweet.
Our current # for adults (3364) is 5 times less than the #delta peak (~17,000).
Our current # for kids (90) is 2.5 times less than the #delta peak (229).
5/13
But here's the thing.
I mapped the change in daily cases and adults hosp with confirmed C19 during the beginning of the #delta and #omicron waves.
Cases are much higher during omicron's first 2 weeks, but look at those hospitalizations.
We've continued to say...
6/13
Even if the severity of #omicron - whether intrinsic severity or severity after you factor in that we are less immunologically naive...
If you end up with a huge surge in cases, the sheer # of hosps may be very similar to #delta, or God forbid higher.
7/13
2 more things about this fig.
1) Look at how that red dashed line is trending
2) b/c I pair cases with hosps 5 days later, this DOES NOT INCLUDE hosps for the most recent 5 days of cases (& these are the 5 highest we've had during #omicron)
29480 25655 23790 22669 21108
8/13
Here's the same figure, but for #kids hospitalized with confirmed #COVID19.
Already way more at this stage than during the #delta surge.
Again, even though the hosp-to-case ratio is lower during #omicron,
When speaking with NPR last week, I said the plateauing of hospitalizations for 3 weeks made me feel like a downturn was coming.
In FL, the data are suggestive of improvements in the # of people being hospitalized w/ COVID.
1/
The state-specific trends in the COVID hospital census since June 1 also suggest we are seeing a recent decrease in FL (dk purple), the US as a whole (black), and a number of states.
Yes, FL still has among the highest rates, but we also have one of the oldest populations.
2/
If we indeed see a prolonged decrease in COVID hospitalization census, many of the largest states, who have been below previous pandemic years, will start their decrease right as they approach (but do not exceed) 2022 rates.
Sorry for the delay everyone, a lot going on personally. But I have modified my dashboard to accommodate the CDC reporting changes.
My site focuses on: 1) Hospitalization-based county risk levels 2) Detailed hosp trends 3) Deaths
with links out for wastewater, variants, vax
1/
The "Risk Indicators" page is similar to the older page, but the data upon which indicators are based has changed. There are no longer "risk levels" and "transmission levels", rather levels based exclusively on "confirmed" COVID hospital admission rates over the prior 7 days.
2/
The "Hospitalizations" page has not changed much. Still starts out with a Florida-centric look and then gives a lot of state- and age-specific census and admission numbers, rates, and rankings.
It's been a while since I've done a #COVID update.
These are national weekly @CDCgov "community levels" based primarily on hospitalization rates.
This past week has been the "best" since April of last year with <1% of the population living in a high-level county.
1/
Of course, this comes with the following caveats according to the CDC, with likely underestimation of levels in Hawaii and Mississippi, and overestimation in several counties in Georgia and Arizona.
2/
Transmission levels are likely to be grossly underreported, but as we look at them over time, are showing modest improvement (LEFT).
This is in agreement with the regional wastewater monitoring data, which also shows improvements over the last 6 weeks (RIGHT).
2/ Below are adult inpatient hospital census rates for each state since May 1, 2022. Only "confirmed" (as opposed to suspected) COVID hospitalizations are included.
The orange and red coloring suggests recent increases over the past week.
3/ But for context, below are the inpatient census stats for adults throughout the pandemic - for most states, we remain well below the worst parts of the pandemic (not that that should be the bar we are trying to avoid).
2/ Clearly, part of our genomic surveillance efforts are to have TIMELY information when more concerning variants are increasing in relative prevalence. In this case, it appears we lost some time (I was wondering why those variants were not yet showing up).
3/ BUT, I don't tend to jump to an accusation of something nefarious.
The beginning of the footnote states that variants circulating <1% are grouped into "other".