Gel/plastic and rubbery clots

Hi Y’all,

Most readers will be aware of the rubbery clots, aka calamari that have been found by embalmers around the world since the roll out of the Covid-19 injections. John O’Looney and Richard Hirschman are well-known for speaking up about what they have been seeing and the ensuing cover-up. (EDIT: Dr Gerry Brady and Shimon Yanowitz are at pains to point out these are not gel or plastic or rubber but polymerised proteins. But coffee ground vomits are not usually coffee grounds).

Dr John Campbell has recently spoken to both these men and drawn significant attention to this issue.

These are dramatic images:

Many of us will remember with fondness and respect the late Professor Arne Burkhart and particularly his work on autopsies on people who died shortly after receiving a Covid-19 injection. A video which summarises this work can be found here:

What I did not appreciate until recently was that Prof Burkhart and his team also investigated a person who had not died but clearly had a problem:

They investigated this person in multiple ways but also by simply drawing ~10ml of her blood in a plain tube and spinning it down in a centrifuge. This was the result:

The red arrow is pointing at an abnormal mass that was subsequently shown by mass spectroscopy to be composed of 137 proteins, 6 of which were unique to the endothelium: the lining of the arteries and lymphatics. EDIT: This is not to be confused with a “buffy coat” layer which is comprised of erythrocytes and platelets. This is not buffy coat.

Prof Burkhart and his team concluded that this was a proteinaceous mass caused by chronic inflammation of the endothelium. They postulated that this would be consistent with irritation from the spike protein. However I wonder also about irritation caused by the nanoparticles in the blood. Robin Watson proposed a possible mechanism in 2015 for nanoparticles causing possible excoriation and promoting thrombogenesis. See nano blenders part 2 for more information on this idea.

Either way the proposition is that this abnormal endothelial derived protein is the precursor, or at least an associated pathophysiology, related to the rubbery clots that are found in so many dead people. Eliminate the gel/plastic: eliminate (or reduce) the threat of sudden death from rubbery clots.

Dr Ron Norris has done a lot of work with regard to the abnormal protein in his own blood and Ron is certainly of the opinion that the gel/plastic represents a clear and present danger. An example of this abnormal polymerised protein which we often refer to as gel/plastic which is not a good descriptor but it has stuck!

After considerable experimentation Ron found that he could resolve the gel/plastic with a combination of proteases, ivermectin and a proprietary product available in the US called Med5. This has not been an easy process however.

More recently Ron has shown that if the blood sample is maintained at body temperature the gel/plastic does not form. Please consider subscribing to Ron’s substack and have a good look at what he has achieved.

Some Temperature Correlations to Hydrogel Rubber Clot in My Blood

In September last year a small group of us spun 8ml samples of our blood in plain tubes in the same fashion. We all expressed gel/plastic and this was independent of our vaccination status. This was typical of what we all had:

I have come under criticism in the past for been a “microscope wannabe” and dusting off my “microscope from medical school.” I am pleased to say that I ignored this BS and have set about establishing a group of enthusiastic “wannabes” or, as we now prefer, “Micronauts” - thanks Will for the suggestion! We have been meeting twice a week for the last few months and the links for the meetings are sent to the paid subscriber list. You are welcome to join in.

Whilst we focused initially on what we could see under the microscope, our research is constantly evolving as we appreciate the complexity and breadth of the technology involved. Recently Karl C. has been a leader with his foray into hydrogel specific dyes and identification of potential candidates for synthetic biology. However Michael Merrick has made a recent discovery which is worthy of considerable focus.

Mike is a farmer in the US most of the day and has been an enthusiastic amateur microscopist for some time. Mike informed me yesterday that he has taken his own blood and examined it in this way over 36 times - he is familiar with what this material looks like.

Prior to looking at his own blood in this way Mike had also spent quite a bit of time looking a various dental anaesthetics. These observations persuaded him to look for alternatives to going to the dentist.

Recently this led Mike to apply a concentrated preparation of thieves’ oil directly onto his teeth to reduce dental pain. This was moderately effective at reducing the pain: it was very effective at stopping the gel/plastic formation.

From this:

To this:

Mike was routinely checking his blood and he was able to show that this preparation was solely responsible for this effect. Of note Mike had been using thieves’ oil with coconut oil at a relatively low concentration for some time prior to this and he had not observed any effect. The dose required to prevent the expression of gel/plastic was in the order of 0.05 to 0.15ml of the concentrated oil to the teeth and gums twice a day, allowing the oil to be absorbed through the mucosa. There is considerable potential for toxicity so please do not regard this as a recommendation.

Thieves’ oil is a well-known blend of the following essential oils: clove, lemon, cinnamon bark, eucalyptus and rosemary. Thieves’ oil has a long and interesting history and is available as a blend or you can blend it yourself.

This application produces a mild to moderate burning sensation, which can be worse on the skin, and the taste is obviously quite foreign. However, I hope that other routes of administration will be found to be effective. Furthermore we may find that not all the oils are required to produce this effect which will make blending it easier.

Mike has clearly made an important discovery.

Mike posts his work on his Telegram channel LAC Microscopy and I encourage you to subscribe to his channel via this link https://t.me/+TxtC1NOznXw0YTZh.

Mike agreed to let me share his findings on my substack and I have encouraged him to start his own!

This morning Mike observed that a few days of a diet high in sugar and processed food negated the effect of the thieves’ oil and the gel/plastic had returned. He was disappointed with this result however this recurrence of the gel/plastic would be consistent with a threshold effect, i.e. the oil will work up to a point. I am sure that returning his diet to where it was will see further remission again however this an another important clue as to the dynamics of the situation.

There will be updates within the next week and in the interim do check out Ron and Mike’s work.

All the best for the week.

David

and thanks for the support! I am most grateful for any assistance.