[MR4D]

Group 1C is pretty much "everyone".

To take directly from the CDC [0], "Other essential workers, such as people who work in transportation and logistics, food service, housing construction and finance, information technology, communications, energy, law, media, public safety, and public health."

Doesn't that cover pretty much everyone on HN ?

[0] - https://www.cdc.gov/coronavirus/2019-ncov/vaccines/recommend...

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Second, shouldn't the focus be #1 - stop deaths; #2 - stop hospitalizations; #3 Stop the disease (which is what "spreading" actually is)

[dragonwriter]

> Group 1C is pretty much "everyone".

No, it's not. It's “essential workers”, which isn't everyone in the listed sectors but people in the listed sectors whose work cannot effectively be done remotely; approximately, the people that were exempted and allowed to work on site during the strongest lockdowns, where they occurred at all.

> Doesn't that cover pretty much everyone on HN ?

Probably not; lots of people on HN are probably in jobs that can be and are being done remotely. Even if it did, “everyone on HN” and “everyone” aren't the same thing.

[GloriousKoji]

I disagree, "everyone" isn't too much of a hyperbole. The system is gamed and most of the "essential workers" aren't essential in the sense their work could be done fully remote. I work for a large corporation and we were all deemed essential workers. The employees shifts in office are rotated so that it's not a full capacity at any given time. I know a handful of other corporations doing the same thing.

Outside of big corporate tech, I also know a bunch of people working 100% remote but already got vaccinated because they are an employee of pharmaceutical/medical company and qualify as health care workers.

We can be pedantic on how a 1C essential worker isn't everyone but it is a huge percentage. Maybe my sample of people I know in the Bay Area is too small but at least half of my friends can classify as 1C.

Edit: I found some slides from the CDC which totals the 1C estimate as 129M people. So my small local observation isn't that far off from what the CDC expects. https://www.cdc.gov/vaccines/acip/meetings/downloads/slides-...

[Retric]

1C should exclude students, truck drivers, waitresses, etc which are groups you likely don’t have much contact with during lockdown.

Now people are going to game this stuff, but the distribution is wide enough that it’s not really that import to be completely precise.

[MR4D]

> No, it's not. It's “essential workers”, which....

Not to be impolite, but _I am absolutely correct_.

See here [0] for the detail, on which I quote, "in Phase 1c, persons aged 65–74 years, persons aged 16–64 years with high-risk medical conditions, and essential workers not recommended for vaccination in Phase 1b should be offered vaccine."

Further, if you read the double asterisks note at the bottom of that page, you'll see this, "On December 20, 2020, ACIP voted 13 to 1 in favor of the Phase 1b and 1c allocation recommendations."

Finally, if you look at the chart on the lower half of the page, you will see that _group 1c includes 199 million people_ (32 + 110 + 57 ), which is, after the 75 million people in groups 1a & 1b, darn near everyone.

So if you think I'm wrong, offer proof, not an interpretation. With proof, I'll gladly admit error, but the facts are very clear.

[0] - https://www.cdc.gov/mmwr/volumes/69/wr/mm695152e2.htm?s_cid=...

[dragontamer]

> Second, shouldn't the focus be #1 - stop deaths; #2 - stop hospitalizations; #3 Stop the disease (which is what "spreading" actually is)

Because stopping the disease implicitly stops the deaths and hospitalizations, its not very clear that a focus on deaths-only or hospitalizations-only is optimal.

Especially when you consider that the disease will continue to mutate as it exists (possibly making our vaccines less effective or even obsolete). So stopping the disease first-and-foremost might be the most effective way to stop deaths/hospitalizations (especially when mutations are considered).

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Turning the R-value from 1.5 to 1.3 means a 14% decline COMPOUNDED PER GENERATION. After one generation, its 14% fewer cases (and 14% fewer hospitalizations and 14% fewer deaths). After two generations, that's 25% fewer cases (and 25% fewer hospitalizations and 25% fewer deaths). After three generations, its 35% fewer cases (and 35% fewer hospitalizations and 35% fewer deaths). Etc. etc.

As such, "stopping the spread" has a benefit that grows exponentially every week or two (the generational period of this virus). Exponentially growing its results and efficacy.

Keeping our eye on the bigger picture, it seems like stopping the spread is the best way forward to stop deaths and hospitalizations. I realize this is a bit "splitting hairs" (compared to people who would rather "save lives" and focus on hospitalizations and/or deaths). But... it seems like the superior strategy in my opinion.