"large white cord-like clots . . . look very similar to worms"

Dr. Jane Ruby interviews Alabama Embalmer and Funeral Director, Richard Hirschman.  The clots are coming mostly from the veins with a few clots from the arteries.  Normally, you don't get clots from the arteries because that's where the blood moves.  In veins, the blood can pool.  Clots from arteries are rare.  From the veins, the clots are much larger.  From the arteries, he's seeing the large white cord-like clots.  Like the white grows out, look very similar to worms.  But people have described the spike proteins as acting like parasites, which is why antiparasitics, like Ivermetin, are proving effective therapies.  Last January, January 2021, was the busiest he'd been in his career.  He also reported that he has gone from seeing 50% of his embalmed cases with these types of blockages rise to almost 80%. So the embalmer's cases are being coded for heart attack or stroke but it's clear that the clots, which were at least ancillary to their death were produced by the vaccines.  They are referred to in vernacular as clot shots.  Can these clots be seen on PET-Scans or MRIs?  Richard didn't know.  The one test that picks up clotting is the d-dimer test, but I don't think that you get a visual from that test.  So if these fibrous clots grow up into your heart, it'll lead to a heart attack.  If they move up a blood vessel into your brain, it's going to lead to a stroke.  He cites a 56-year-old man who died of myocardial infarction, a heart attack, and he had these fibrous clots inside him [he fails to state specifically in the heart but maybe we can assume that], and he found a vaccine card in his wallet.  How fast are these fibrin clots developing?  He does meet with the funeral director.  Started feeling bad, started having pain down their arms, started getting dizzy, headaches, all this other stuff, and then they're dead.  Wow.  He recommends that people take an aspirin a day just in case to try to stop the growth of these clots.  He said it can't hurt.  He keeps calling these fibrous clots "worms."  

Nattokinase and Serrapeptase are the two products that dissolve fibrin clots.  And I've read that they also dissolve platelet clots, which means you're getting dual action with these compounds.  I recommended these to family, and the one question that arose was "How long does it take for these compounds to dissolve the clots?  And how can you tell the clot[s] have dissolved without having to go to a doctor?"  To the first question,  it depends.  For naturally occuring clots due to old age or poor lifestyle, the de-clotting takes about 2 weeks.  I've read that it takes about 2 weeks for the Nattokinase to dissolve the clots.  All of the clots?  The entirety of the clot?  Yes. The Meditation Expert writes,

Nattokinase, which is made from soybeans, is a natural substance that dissolves away all those blood clots that have been built up inside over the years. After about two weeks of use, I've seen people drop their high blood pressure PERMANENTLY. I've seen elder folks be able to move stiff necks that were locked for years. I've seen memory improvements and energy improvements (because the blood was getting to the brain and everywhere else). I have thank you note after thank you note from folks saying, "Thanks for letting me know about it. I tired it, it's wonderful, it's life changing. Now I even meditate better because my circulation is better, and I didn't even know there was a problem." 

Thanks to PubMed for the above chart.

This was something.  This Pub Med article states that oral Nattokinase begins to work after a single dose,

This study provides the first evidence of NK’s ability to enhance fibrinolysis and antithrombosis contemporaneously after a single-dose of oral NK administration in human. 

This is excellent news, but more importantly, how long does it take to dissolve a clot?  I guess that would depend on the individual's biochemistry.  And it looks like each oral dose lasts in your blood for 8 hours.  So that's good to know. 

In this study, we found that a single-dose of NK administration enhances fibrinolysis via cleavage of cross-linked fibrin, and its effect lasted for a relatively long period of time (over 8 hours), compared with tissue-type plasminogen activator’s (t-PA) and/or urokinase’s 4–20 minutes half-life in human blood. 

After 2 months, the blood-clotting protein Factor VIII declined "significantly."  

The decline of factor VIII [a blood-clotting protein] activity after NK intake were similar with previous data in which three different subject groups (healthy individuals, patients with cardiovascular risk factors, and patients undergoing dialysis) took 4,000 FU of NK daily for 2 months, and factor VIII antigen declined significantly after 2 month of NK intake in all three groups¹¹. The precise mechanism of this NK action is not yet clarified. However, to the extent that elevation of Factor VIII level is known to be risk factors for cardiovascular and related diseases¹², we propose here further potential for acute effects of NK to reduce the risk of thrombosis.

But I must ask, is the Factor VIII a factor in vaccine-related blood clotting?   

When dogs received oral Nattokinase, "chemically-induced thrombi in the major leg vein were completely dissolved within five hours and normal blood flood was restored."  That's nothing to sneeze at.

When dogs were orally administered four NK capsules (2000 FU/capsule), chemically-induced thrombi in the major leg vein were completely dissolved within five hours and normal blood flood was restored [8]. A rat model of thrombosis in the common carotid artery also demonstrated that NK-treated rats recovered 62% of arterial blood flow. NK exhibited considerably stronger thrombolytic activity than the fibrinogenolytic and fibrinolytic enzymes, plasmin, or elastase; which restored 15% and 0% of blood blow in the rat carotid artery, respectively [3]

As good as all this news is, these reports are pre-COVID.  So we should be asking, how long does it take for the Nattokinase to dissolve vaccine-related and COVID-related clotting?