SARS was far less easy to infect other people. Also, you could only spread the virus if you showed symptoms, unlike COVID. There's a high percentage of COVID asymptomatic infected people who have helped community spread. COVID is a total different ball game vs SARS.
Thanks for that (and everyone else who also commented on my musings). I should have done a bit of searching before posting. I knew I had read up a fair bit on it back in the early days, but had forgotten a lot.
One other thing-I had a conversation with a really good friend of mine (use to be one of my best friends, but life has kept us both busy enough that we just don't talk that often anymore). He's a smart guy with a PhD in bioinformatics, about to start his 4th year in med school, and was just offered a postdoc at Los Alamos National Labs that starts right after he finishes med school next spring (I'm digressing, but they apparently just got a brand new LECO GCxGC-TOF-MS that they have no idea how to interpret the data from, and I'm at least cursorily familiar with the older LECO GC-TOFs).
In any case, I talked to him a fair bit probably back in May about how the spike protein on SARS-CoV-2 is different enough from SARS-CoV-1 that a lot known prior doesn't apply. None the less, he made the comment that it was a real shame that research interest in SARS-CoV-1 was basically dead after 2005 or so, when a lot of progress had really been made up to that point. Fields like bioinformatics have grown by leaps and bounds even in the last 10 years (since I first heard the term), and if research had continued even a bit on SARS using tools available now, his opinion was that we might have been leaps and bounds ahead of where we are now with COVID. It wouldn't be directly transferable by any means, but it would be a more solid start than we had by basically having to pick up serious research on coronaviruses where it left off.
Another idle musing, though, while I'm trying to get to sleep but am wide awake. Seasonal coronaviruses are really not a big deal (unless you have a lot of other stuff going on that makes you susceptible to any upper respiratory infection). Given that I've gone my entire life usually having 2-3 colds a year(I actually missed the one I usually have in March/early April-probably thanks to all the other infection control stuff going on) I have no doubt that I've had at least one if not all of the common coronaviruses at some point or another. If someone has a cold, at least for a normally healthy person, do what you need to do to treat the symptoms, drink a lot of water, rest, and you'll be fine in a week or so. It's irrelevant most of the time whether it's coronavirus, rhinovirus, or something else. My fiancée (a pediatric nurse) says that they DO screen when kids do end up in the hospital from one, but it's primarily because some of their rooms are double and they want to be sure they're not putting two different viruses in the same room.
MERS was a really, really terrible coronavirus disease, but also from a virus standpoint was a "bad" virus in that it had such a high mortality rate. A virus that kills its host too fast or at too high of a rate can't sustain itself, so MERS went away. SARS also was less than perfect in that it didn't spread as easily, so went away. SARS-CoV-2 has seemed to hit the "magic spot" of easy transmission, not so deadly that it kills too many of its hosts (I say that not to downplay it, but just to say even though it's really, really bad most people who have it do live), and also can spread without showing symptoms. This is pure speculation on my part, but for all we know the bat-human jump with these coronaviruses may be a regular thing-just that most of them either never take hold or are so similar to other seasonal ones that we don't care.
As I said, that's just my trying to sleep, stream of conscious rambling as this thing starts to take over the US again.
On a positive point, though, Kentucky's mask mandate has been in place about 17 days now (give or take a few), and so far for this week daily cases are trending somewhat lower than they were this time last week. It's too early to tell if that's indicative of an overall trend or if it's just a week-to-week anomoly or reporting lab, but the early signs are encouraging. 14 days seems to be the "magic number" (even though I know it can be a lot shorter or possibly a little longer) of seeing if a new measure is actually working.