> Additionally, the closest relative to SARSCov2 that has been identified (RaTG13) was found in a cave in Mojiang county in Yunnan, over 1,000 km away, with no evidence that it was ever studied in the Wuhan lab.
As others have noted, this is mostly wrong. The WIV is the only lab in the world ever to publish a genome for RaTG13. They'd published a portion (under a different name, Ra4991) before the onset of the pandemic. The similarity to SARS-CoV-2 made it obvious they had something relevant, so they published the rest after. Perhaps you meant there's no evidence that the WIV ever had live RaTG13, and that's true--indeed, there's no evidence that anyone ever has, and some highly speculative claims that it might be an in silico fraud.
It's also not the closest relative anymore. From your other comments here, I believe your knowledge is about a year behind; you're repeating many old arguments that even those arguing most strongly against a possible research-related origin have long since abandoned.
> The map presented upfront from is also misleading, the early cases clustered around the market not the lab [0].
The market was the first big cluster, but the earliest cases show much less structure. See the paragraph beginning "A later study by academics at Wuhan University located the hotspots in Wuhan where people were reporting on social media that they needed treatment for Covid", which I believe is intended as explanation for that map (though that's not completely clear to me).
In any case, there's no reason to expect the first identified cluster in the same location as the first introduction. For example, SARS-CoV-2 must have been introduced into other continents at airports and seaports; but the first clusters were elsewhere, at nursing homes, choir practices, and other locations where the (a) the virus spread easily, and (b) the patients are likely to get sick enough for people to notice.
> Furthermore, several different isolates were found in the market, indicating that SARSCoV2 had been circulating before the epidemic took off.
I guess you're referring here to Pekar et. al? Their "different isolates" are literally just two SNPs apart. Roughly 1/10 of human-to-human transmissions result in two lineages at least that different, so this seems intuitively like it could easily evolve in cryptic human spread. Pekar did some complicated epidemiological modeling that claims otherwise, but I don't think it means much; see for example the criticism at
https://www.biorxiv.org/content/10.1101/2022.10.10.511625v1
https://twitter.com/NimwegenLab/status/1563490916006264833
https://twitter.com/nizzaneela/status/1509431997713764352