Just wanted to add, SPike is a TOXIN but also a protein and thus it is digestible NOT only via one or two peptidases, but many. Since Spike was designed to be heavily 'sugar coated' and fat coated applying all the possible lipases, amylases and proteases could only speed up the 'decomposition' of the fibers within the clots..
Just wanted to add, SPike is a TOXIN but also a protein and thus it is digestible NOT only via one or two peptidases, but many. Since Spike was designed to be heavily 'sugar coated' and fat coated applying all the possible lipases, amylases and proteases could only speed up the 'decomposition' of the fibers within the clots..
Just wanted to add, SPike is a TOXIN but also a protein and thus it is digestible NOT only via one or two peptidases, but many. Since Spike was designed to be heavily 'sugar coated' and fat coated applying all the possible lipases, amylases and proteases could only speed up the 'decomposition' of the fibers within the clots..
The cationic lipids, 5’ end caps and pseudouridine substitutions are the mRNA coded spike degradation challenges.