Lumbrokinase Dissolves Gel/plastic (g/p)

In my prior post from Aug 5, I placed g/p in containers containing various proteases (enzyme that dissolves proteins) and demonstrated their action on g/p.

Dr Paul Alexander on Aug 27 posted on his substack valuable info on proteases and spike protein

Lumbrokinase vs Nattokinase vs Serrapeptase: Blood thinners!! Used to address blood clot prevention (dissolves clots), inflammation reduction, manages the progression of artherosclerosis,

With that info I wanted to do a quick test with fresh g/p and reading that lumbro. was strongest of tested proteases, I dropped a 3mm cube into a tube with a sprinkle of lumbro. I agitated the tube every few minutes and looked for g/p and in 1 hr none was seen. I was impressed so I placed a big, fresh 0.6 ml g/p in the same tube and agitated it off and on and looking through the tube in 8 hrs, I did not definitely see any remaining g/p but I have missed some relatively small almost transparent g/p in past so I decided to let it set in refrigerator overnight and pour it out the next day ( forgot to say I had normal saline in the tube also). The next day no g/p was present.

Summary. G/p obtained from my blood ( is mine different from others?) can be dissolved seemingly rapidly in vitro using proteases like lumbrokinase. My prior testing showed that it took a longer time to dissolve if the g/p is not fresh ( I think like 1-6 days in another test). Serrapeptase was also successful in my other testing. I had mixed results with nattokinase and bromelain in the past. I surmise my g/p has a protein backbone (a polyamide like protein such as silk or wool) and I can't comment on other functional groups and thus susceptible to proteases in vitro. Lumbro. is very specific to fibrin as a target and does not cause excessive bleeding. It is written lumbro. can convert plasminogen to plasmin by inducing endogenous t-pa activity to dissolve fibrin clots but that can't happen in a tube with only saline. Ha