Prof. Arne Burkhardt (†) et al.: 'Destruction of Elastic Fibres in an Extent Not Previously Known…After Corona Vaccination'

Courtesy of TKP.at, here is the 'legacy' of the late Arne Burkhadt--a renowned pathologist--exposing the fall-out of the Covid injectable products

Today’s posting comes to you courtesy of PD Dr. Norbert Schwarz and Prof. Walter Lang, two of the late Arne Burkhardt’s collaborators with the following email to TKP.at (my translation):

Enclosed is our letter on the destruction of the elastic fibres that our pathologists noticed after Corona ‘vaccinations’.

Arne Burkhardt sadly passed away in a lake in northern Germany on 30 May 2023. Walter Lang is a pathologist of the same calibre as Arne Burkhardt and was always involved in the investigations that Arne Burkhardt had shown in his numerous lectures with me keeping records.

Norbert Schwarz

In the following, I shall reproduce, albeit in a somewhat abridged form, the findings of Professors Burkhardt and Lang, as well as of PD Dr. Norbert Schwarz. Here is the original letter. Emphases mine.

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Introduction

In spring 2021 two retired pathologists—were addressed by next of kin of loved ones who had unexpectedly died after corona-vaccination(s). Since summer-2021 we are offering second-pathological opinions on deaths after Corona-vaccination(s) based on pathohistological samples. Furthermore, we were more and more asked to also investigate biopsy-material such as skin biopsies from individuals who suffered severe side effects of corona-vaccinations.

As of May 2023, we have investigated more than 90 deaths and more than 60 biopsy samples. With this letter we want to draw the attention of pathologists and the medical community on the condition of the elastic fibres after corona-vaccinations.

Methods

Our investigation material consists of tissue samples from autopsies of individuals, who died after corona-vaccinations and for whom the next of kins initiated an autopsy either in a pathological institute on their own expenses or through a coroner after claiming suspicion of an unnatural death to a prosecutor. From each tissue sample available HE-stains (Haematoxylin Eosin) were prepared. Microscopic examinations were done by the two experienced pathologists Arne Burkhardt and Walter Lang (each is looking back on more than 40 years of professional experience) with a doctor and scientist writing the protocol. Additional stains and immunohistochemical stains were prepared based on the microscopic examination of the HE-stain. For staining elastic fibres, Elastica van Gieson stains were done.

(Conventional HE stains can only adumbrate elastic fibres. For making elastic fibres clearly visible specific stains such as the Elastica van Gieson are required).

Findings

One of the main, if not the main objective of pathological investigations of recently deceased is the quest for the cause of death. The microscopical investigations of histopathological tissue samples is indispensable when wanting to establish evidence for potential causes of death, such as toxic damages that are usually not visible in the macroscopic autopsy.

In individuals who died of a ruptured aortic aneurysm, a special focus falls on the microscopic investigation of the vessel walls of the aorta. The pathologists Burkhardt and Lang therefore first recognized irregularities in the texture of elastic fibres in histopathological samples from the aorta of corona-vaccinated individuals who died from an aneurysm of the aorta. Large arteries have a high proportion of elastic fibres, as they are not rigid pipes, but rather elastic tubes enabling them to transmit the waves of blood coming with every beat from the heart.

In the aortic wall, pathologists can therefore also adumbrate disruptions of elastic fibres in conventional HE stains that do not specifically stain them. Using special stains such as the Elastica van Gieson stain, elastic fibres can be highlighted. Disrupted and frayed elastic fibres in slides from the aorta (Figure 1) had raised the attention of the pathologists Burkhardt and Lang and made them ask more frequently for the Elastica van Gieson stains. This revealed damaged elastic fibres in other middle-sized arteries such as the vital coronary arteries (Figure 2), but also in smaller peripheral vessels.

Destruction of elastic fibres could also be detected in capillaries of skin-biopsy-samples, of individuals, who survived, but suffered severe disease manifestations after corona vaccinations (Figure 3).

[note that all three figures are added at the bottom of the paper, and I shall reproduce them here]

Discussion

Elastic fibres are antifragile structures with a lifespan of years, decades, even lifetimes. This, however, also means that destroyed elastic fibres cannot be easily replaced or repaired and damages of elastic fibres persist for a long time (Schmelzer and Duca 2022).

Human Elastin has a half-life of around 70 years. (Powell, Vine, and Crossman 1992; Shapiro et al. 1991). Damages and accretion of damaging materials accumulate over the years. In vessel walls of large vessels and in lung tissue, elastic fibres are important for vitally important functions. In the human skin deterioration of elastic fibres becomes visible over the lifetime of a human being from the soft, smooth and plain skin of a baby to the tanned, wrinkled rough skin of the aged.

[limitations] Our investigations took place exclusively on individuals, who had received one or several corona vaccinations, so we could not directly compare to individuals, who did not receive a corona-vaccination. The destruction of elastic fibres we saw was in comparison to the more than 40 years of pathological experience of Burkhardt and Lang. The population exposure to the toxic agent causing the elastic fibre damages must therefore have been introduced very recently. We assume that this elastic-fibre damaging toxin was the Corona-vaccination.

The detection of massive destructions of irreplaceable elastic fibres after Corona vaccination is very concerning and should be taken into account when examining individuals, who died after corona-vaccinations, but also when examining bioptic materials from individuals after corona vaccinations.

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Bottom Lines

This is a problem, which shall be added to turbo cancers, rapid-onset dementia in comparatively young individuals, and a plethora of other ‘side effects’.

It shall also serve as a warning for scientists and politicians alike who pushed these products onto humanity. 13 billion doses and counting.

It would appear that the Spike protein is not only toxic in and of itself, but that it also ‘speeds up’ various processes, i.e., recipients age faster:

In the human skin deterioration of elastic fibres becomes visible over the lifetime of a human being from the soft, smooth and plain skin of a baby to the tanned, wrinkled rough skin of the aged.

It is found literally all over the human body (as per Wikipedia):

Elastin is a key component of the extracellular matrix in gnathostomes (jawed vertebrates).It is highly elastic and present in connective tissue allowing many tissues in the body to resume their shape after stretching or contracting. Elastin helps skin to return to its original position when it is poked or pinched. Elastin is also an important load-bearing tissue in the bodies of vertebrates and used in places where mechanical energy is required to be stored.

Wikipedia also features more images to compare with the ones provided by Burkhardt et al.

As regards its ‘molecular biology’, Wikipedia holds:

In mammals, the genome only contains one gene for tropoelastin, called ELN. The human ELN gene is a 45 kb segment on chromosome 7, and has 34 exons interrupted by almost 700 introns, with the first exon being a signal peptide assigning its extracellular localization. The large number of introns suggests that genetic recombination may contribute to the instability of the gene, leading to diseases such as SVAS. The expression of tropoelastin mRNA is highly regulated under at least eight different transcription start sites.

In turn, SVAS means (via Wikipedia):

Supravalvular aortic stenosis is a congenital obstructive narrowing of the aorta just above the aortic valve and is the least common type of aortic stenosis. It is often associated with other cardiovascular anomalies and is one of the characteristic findings of Williams syndrome. The diagnosis can be made by echocardiography or MRI.

You certainly don’t want that.

If you know trustworthy physicians and scientists, please direct them to Arne Burkhardt’s findings.