- 1st response to CoVID occurrence was certainly in Wuhan.
- The closest wild strain of CoVID happens in bats living thousand kilometres from Wuhan
- Wuhan had two institutes which, on record, did gain of function experiments on bat coronaviruses
- Beijing purposefully destroyed DNA evidence, and obliterated the team who first sequenced the CoVID genome
- Chinese authorities were scrambling, and suppressing reporting as early as November, seemingly with a very good idea what they are up to.
This feels so much like the Iraq "weapons of mass destruction" fiasco. Any time news outlets are credulously repeating the words of "government officials," you need to seriously devalue the reporting. Reporting isn't just being a mouthpiece for the state, and these outlets fail us when they express such a high degree of certainty before there's any independent verification of the facts.
Of course, everything you describe is still "circumstantial," and it's wise to remain skeptical. However, even if we somehow eventually confirm this was not a lab escape, there's absolutely no excuse for the certainty expressed by the NYT et al in their early reporting (which is true for so much of the other COVID-19 media coverage - the media did a terrible job of expressing uncertainty with very incomplete information throughout the entire affair).
I have seen this claim made recently, but as I remember the 'disregarded' conspiracy theory was actually that the virus was genetically engineered (ie codon sequence edited) in a lab. The virus' genetic code seems to discount engineering, but not serial passaging/hybridization.
Other approaches involve literally trying to change the codon sequence in a supercomputer to see what happens in the folding and conformation changes, but it is very esoteric since bio is so complicated.
The disregarded conspiracy theory, as I understood it, was that Chinese researchers were doing the former, NOT the latter. It is also my understanding that the virus' genetic code does not show any evidence of the former (editing codon sequence).