We’ll first link squamous cells to COVID-19, then we’ll show the Aboriginal Australian link to C-19 mutations, though we cannot verify that the cancer of 1946 was oral squamous cell carcinoma, which answer may lie hidden in the Australian archives:
Sep 2020 Spain COVID-19 / Squamous Region
SARS-CoV-2 predominantly localizes squamous cells in cytology samples of patients with RT-PCR positive determination of SARSCoV-2. The results of the current study support the notion that the nasopharyngeal region is the anatomical station that SARS-CoV-2 infects first, and the infection can...
www.ncbi.nlm.nih.gov
’....SARS-CoV-2 predominantly localizes squamous cells in cytology samples of patients with RT-PCR positive determination of SARS-CoV-2....nasopharyngeal region is the anatomical station that SARS-CoV-2 infects first.’
The initial link between branched-chain amino acids synthesized in an anti-cancer plant is from Hartwell, JL, Plants Used Against Cancer, p. 441:
’Phytolaccaceae: Codonocarpus cotinifolius (Desf.), Common Name: Maroon; for tongue cancer, reputed cure of a Western Australian Aborigine (1946).’
Previously in another thread, we pointed to branched-chain aminos in Codonocarpus, from the original German text:
Post #325
L. neomexicanum likely occurs into the Mohave of California. There should be a Micromonspora association with L. lewisii, which grows on caliche. Antibiotics from that association would be very interesting against breast cancer.
www.usmessageboard.com
’....Codonocarpus: Die Cyanhydrine werden durch die Pflanze vermutlich aus Valin und Isoleucine synthetisierte.’
The WHO report, above, states that these additional C-19 mutations increase replication speed, though we think that speed and efficiency happened first with the D614G mutation. According to the Miller-Urey volcanic spark experiment of 1959 for the origins of life on earth, the two most abundant amino acids were glycine and alanine, also listing beta-cyanoalanine. The Chinese virus seems to be using the unique folding capabilities of a most primitive glycine, which links back to Codonocarpus also synthesizing a cyano- moiety.