(1/n) A microscopy analysis of a Pfizer-BioNTech #Covidvaccine sample.
The analysis was performed with bright field and phase contrast microscopy and applying rigorous scientific and hygiene standards.
Two samples were analyzed from the same vial.
These are the results:
The analysis was performed with bright field and phase contrast microscopy and applying rigorous scientific and hygiene standards.
Two samples were analyzed from the same vial.
These are the results:
(3/n) Zooming in, the larger particles were found to have a diameter of about 1 µm.
For comparsion: Diameter of a human hair: 70-90 µm (link.springer.com), human red blood cell: 8 µm (sciencedirect.com), SARS-CoV-2: 90-100 nm (nature.com)
For comparsion: Diameter of a human hair: 70-90 µm (link.springer.com), human red blood cell: 8 µm (sciencedirect.com), SARS-CoV-2: 90-100 nm (nature.com)
(17/n) Conclusions (1):
- The Pfizer-BioNTech #Covidvaccine contains particles and objects of different sizes, shapes and light refraction properties
- Complex aggregates and crystallization of these particles and objects were found
- The Pfizer-BioNTech #Covidvaccine contains particles and objects of different sizes, shapes and light refraction properties
- Complex aggregates and crystallization of these particles and objects were found
(18/n) Conclusions (2):
- The nature (chemical properties, elemental composition) of these particles and objects is unknown
- Careful interpretation of these images is required
The objects could simply be the ingredients of the vaccine – or contaminants
- The nature (chemical properties, elemental composition) of these particles and objects is unknown
- Careful interpretation of these images is required
The objects could simply be the ingredients of the vaccine – or contaminants
(19/n) Conclusions (3):
- There is an urgent need to further investigate the ingredients and purity of the #CovidVaccines
- There is an urgent need to further investigate the ingredients and purity of the #CovidVaccines
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