Serrapeptase Works Fast on Fresh Gel/Plastic ( g/p)

Proteases that specifically target fibrin for digestion work effectively against g/p in vitro.

Several posts from myself have demonstrated break down of g/p with commercial proteases. I found the results are repeatable if fresh g/p is used. When I isolate g/p from blood after 24 hrs in the red top vacutainer tube, it has more of a light straw color and if placed in normal saline it turns more white and shrinks maybe 30-50% over next few hrs. In this test I used g/p that was 4 hrs from its removal from a red top(plain) vacutainer tube. It was already more white and compact than first recovered. I should note that g/p in extremely fresh form or 4 hrs later is still stretchy and rubber like. I put the 4hr old g/p in 3ml normal saline and added 60 K SPU serrapeptase.

The following pic shows the 5 mm cube of g/p in the tube with serra.

I agitated the tube off and on for next few minutes and when examined 1.5 hrs later the g/p was gone.

Summary. Gel/plastic appears to have a protein component and is susceptible to protease digestion in vitro. Proteases that are specific to fibrin seem most effective. According to Meillya Wijaya, June 15, 2023, lumbrokinase is about 300x stronger than serrapeptase and 30x stronger than nattokinase. I saw Dr Ryan Cole state on Dr Drew that g/p contains fibrin although he did not show proof by using a technique that identifies fibrin at that time. Serrapeptase is derived from silkworms and the protease is used to escape from the cocoon at birth. It has been shown to thin the blood, help with arthritis, and break down biofilms. As with any oral protease enzyme, use a slow release or enteric form and take on an empty stomach to increase its chance to escape gut breakdown. Will serrapeptase achieve a therapeutic level in a human? Who knows? Here is a YouTube video from Dr John Campbell from 4 mths ago talking about g/p. Thanks