Journey

DNA CRYSTALS NANOTECHNOLOGY IN COVID19 VACCINES.

The following images have been taken by low magnification optical microscopy from a few samples of Covid19 vaccine vials “ComirnatyTM. The processing of the samples has been limited to drying at room temperature. The liquid that is observed is a gel of unknown composition that remains after dehydration.

By correlation of these images with the available scientific literature (Mik Andersen pers. comm), the crystals that appear embedded in the gel have been identified as DNA CRYSTALS generated by nanotechnological procedures. According to the literature, these crystals can be programmed to acquire highly variable configurations and functions, including intracorporeal wireless communication nanonetwork systems.

Deeper statement of this hypothesis, and literature consulted are available here: Self-assembly of DNA crystals – Feb 18, 2022 ^{(07) Self-assembly of DNA crystals – Analysis – Feb 18, 2022 (08) Campra, Pablo. (Feb 2022). DNA CRYSTALS NANOTECHNOLOGY IN COVID19 VACCINES. ResearchGate (09) DNA CRYSTALS NANOTECHNOLOGY IN COVID19 VACCINES – Spanish Version – ResearchGate | PDF}

DNA Crystals Nanotechnology in COVID19 Vaccines (Feb 2022)

DNA Crystals Nanotechnology in COVID19 Vaccines (Feb 2022)

DNA Crystals Nanotechnology in COVID19 Vaccines (Feb 2022)

DNA Crystals Nanotechnology in COVID19 Vaccines (Feb 2022)

DNA Crystals Nanotechnology in COVID19 Vaccines (Feb 2022)

DNA Crystals Nanotechnology in COVID19 Vaccines (Feb 2022)

MICROSTRUCTURES IN COVID VACCINES:
¿inorganic crystals or Wireless Nanosensors Network?.

Here we show some objects of frequent geometries that could be observed in sealed vials from different random samples of COVID19 mRNA vaccines, using optic microscopy with bright or dark field, using low magnifications between 100x y 600X.

AS A WORKING HYPOTHESIS, some of these objects have been proposed as possible elements of a WIRELESS NANOSENSORS NETWORK (WNSN), whether as nano-sensors, as nano-routers, or as nano-antennae.

Dr Campra - Pfizer

Most of these object appear after room temperature drying of samples, staying embedded in the remaining hydrogel.

As far as we know, the identity of these objects, whether mineral crystals or nanotechnological devices, has been stated by the manufacturers, nor they hay been properly characterized by independent labs. The characterization of these objects is out of the scope of this report. Our intention is just making these images of public use for technical discussion by experts in the field of crystallography or nano-communications engineering.

Download from ResearchGate

Deeper statement of this hypothesis, and literature consulted are available here. ^{(10) Campra, Pablo. (Nov 2021). MICROSTRUCTURES IN COVID VACCINES: ¿inorganic crystals or Wireless Nanosensors Network?}

Last accessed March 27, 2022:

Update: 21st Dec 2022 – it looks like his new website has been deleted (again, just like his last website). Until I get a chance to update the links to their archived version (something I don’t have time to do today), unfortunately most of the links below will be broken unless you look them up manually on https://web.archive.org/web/20220526003227/https://corona2inspect.net/

Analysis on Pablo Cambra’s Vaccine Findings (Mik Anderson)

1. Detection of graphene oxide in aqueous suspension (Comirnaty™ RD1 = Pfizer Vaccine) ^{(11) Detection of graphene oxide in aqueous suspension (Comirnaty™ RD1 = Pfizer Vaccine) (12) Campra, P. (2021). [Technical report] Detection of graphene oxide in aqueous suspension (Comirnaty™ RD1): Observational study in light and electron microscopy. University of Almería. https://docdro.id/rNgtxyh (13) Possible combinations of graphene according to Raman spectroscopy References}
2. The Raman 1450 spectrum in the vials of the covid vaccines. A review of the scientific literature ^{(14) The Raman 1450 spectrum in the vials of the covid vaccines. A review of the scientific literature}
3. Technical report by Dr. Campra that demonstrates the presence of graphene oxide in covid vaccines. ^{(15) Technical report by Dr. Campra that demonstrates the presence of graphene oxide in covid vaccines.}
4. New evidence for beaded carbon nanotubes based on liquid graphene beads and polycrystalline graphite ^{(16) New evidence for beaded carbon nanotubes based on liquid graphene beads and polycrystalline graphite}
5. Identification of patterns in coronavirus vaccines:
   Cracks and wrinkles ^{(17) Identification of patterns in coronavirus vaccines: Cracks and wrinkles}
6. Identification of patterns in coronavirus vaccines:
   nanorouters ^{(18) Identification of patterns in coronavirus vaccines: nanorouters}
7. Identification of patterns in coronavirus vaccines:
   plasmonic nanoantenna  ^{(19) Identification of patterns in coronavirus vaccines: plasmonic nanoantenna} 
8. Identification of patterns in coronavirus vaccines:
   self-propelled colloidal nano-worms and their relationship with PVA bubbles ^{(20) Identification of patterns in coronavirus vaccines: self-propelled colloidal nano-worms and their relationship with PVA bubbles}
9. Identification of patterns in coronavirus vaccines:
   Traces of DNA-Origami self-assembly ^{(21) Identification of patterns in coronavirus vaccines: Traces of DNA-Origami self-assembly}
10. Evidence found that would confirm the theory of human body-centered nanonetworks: nano- rectenes ^{(22) Evidence found that would confirm the theory of human body-centered nanonetworks: nano-rectenes}

DNA CRYSTALS NANOTECHNOLOGY IN COVID19 VACCINES
Presentation Feb 2022 ^{(24) Campra, Pablo. (Feb 2022). DNA CRYSTALS NANOTECHNOLOGY IN COVID19 VACCINES.}

The following images have been taken by low magnification optical microscopy of few samples of Covid19 vaccine vials “ComirnatyTM. The processing of the samples has been limited to drying at room temperature. The liquid that is observed is a gel of unknown composition that remains after dehydration. Through a procedure…

MICROSTRUCTURES IN COVID VACCINES: ¿inorganic crystals or Wireless Nanosensors Network?
Presentation Nov 2021 ^{(25) Campra, Pablo. (Nov 2021). MICROSTRUCTURES IN COVID VACCINES: ¿inorganic crystals or Wireless Nanosensors Network?}

Here we show some objects of frequent geometries that could be observed in sealed vials from different random samples of COVID19 mRNA vaccines, using optic microscopy with bright or dark field, using low magnifications between 100x y 600X. AS A WORKING HYPOTHESIS, some of these objects have been proposed as possible elements of a WIRELESS NANOSENS…

Graphene detection in COVID19 vaccines by Micro-RAMAN spectroscopy
Technical Report Nov 2021 ^{(26) Graphene detection in COVID19 vaccines by Micro-RAMAN spectroscopy Technical Report Nov 2021}

The objective of the following work has been to carry out a sampling of spectral signals of vibration RAMAN that, associated with images of optical microscopy coupled to the spectra, allows to determine the presence of graphene derivatives in samples of COVID19 vaccines marketed under four different brands. More than 110 objects have been analyzed…

DETECTION OF GRAPHENE IN COVID19 VACCINES
Technical Report Nov 2021 (Micro-Raman Spectroscopy) ^{(27) DETECTION OF GRAPHENE IN COVID19 VACCINES Technical Report Nov 2021 (Micro-Raman Spectroscopy)}

We present here our research on the presence of graphene in covid vaccines. We have carried out a random screening of graphene-like nanoparticles visible at the optical microscopy in seven random samples of vials from four different trademarks, coupling images with their spectral signatures of RAMAN vibration. By this technique, called micro-RAMA…

MICROSCOPIC OBJECTS FREQUENTLY OBSERVED IN mRNA COVID19 VACCINES
Presentation Oct 2021 ^{(28) MICROSCOPIC OBJECTS FREQUENTLY OBSERVED IN mRNA COVID19 VACCINES Presentation Oct 2021}

Here we show some of the more common objects that could be observed in sealed vials from different random samples of COVID19 mRNA vaccines through optic microscopy on bright field, using low magnification between 100x y 600X Some objects are accompanied by their micro-RAMAN spectra to help future identification (excitation beam 514 nm) As far as we…

DETECTION OF GRAPHENE OXIDE IN AQUEOUS SUSPENSION (COMIRNATYTM (RD1) OBSERVATIONAL STUDY IN OPTICAL AND ELECTRONIC MICROSCOPY Provisional report
Presentation Aug 2021 ^{(29) DETECTION OF GRAPHENE OXIDE IN AQUEOUS SUSPENSION (COMIRNATYTM (RD1) OBSERVATIONAL STUDY IN OPTICAL AND ELECTRONIC MICROSCOPY Provisional report
Presentation Aug 2021 | Provisional report ANNEX PHOTOGRAPHS}
Provisional report ANNEX PHOTOGRAPHS
Presentation Aug 2021

IMPORTANT NOTICE The following is a microscopic, observational and merely descriptive study of a problem sample of the COVID19 vaccine. Definitive identification of the dominant material in the sample requires further fractionation and specific spectroscopic analysis to characterize the structure of the material.

CLARIFICATION TO THE PRELIMINARY REPORT ON THE PRESENCE OF GRAPHENE IN COMIRNATY TM VACCINE mRNA
Experiment Findings Jul 2021 ^{(30) CLARIFICATION TO THE PRELIMINARY REPORT ON THE PRESENCE OF GRAPHENE IN COMIRNATY TM VACCINE mRNA Experiment Findings Jul 2021 (31) Madrid, Pablo & Por, Firmado & Campra, Pablo & Fecha, Madrid. (July 2021). ACLARACIÓN AL INFORME PRELIMINAR SOBRE LA PRESENCIA DE GRAFENO EN VACUNA mRNA COMIRNATY TM. 10.13140/RG.2.2.23168.15361.}

Clarification of the conclusions and verification of the authorship and authenticity of the PRELIMINARY REPORT called “DETECTION OF GRAPHENE OXIDE IN AQUEOUS SUSPENSION (COMIRNATYTM (RD1), issued on 28706/2021.

Pharmacokinetics and pharmacodynamics of chlorine dioxide
Farmacocinética y farmacodinamia del dióxido de cloro
Article Jul 2021 ( Alberto Rubio-Casillas & Paul Campra )
References (96)

Chlorine dioxide (ClO2) is widely used as a drinking water disinfectant in many countries. Due to its antibiotic and antiviral capacity, it has aroused interest as a potential therapeutic agent with respect to the COVID-19 disease, AIDS and Influenza. As a result of this debate in scientific and governmental settings, it was deemed highly timely to provide an up-to-date assessment of the pharmacokinetics and pharmacodynamics of ClO2. The main findings indicate that, due to its high chemical reactivity, ClO2 is rapidly reduced in oral and gastric secretions, producing chlorite (ClO2⁻), which becomes the active agent responsible for its systemic actions. ClO2⁻ also showed potential to act as an oxidant or antioxidant depending on the concentration. Of particular therapeutic interest are the findings that, at low concentrations, ClO2⁻ can protect erythrocytes from oxidative stress while inhibiting excessive production of hypochlorous acid (HClO) mediated by myeloperoxidase (MPO), thus reversing the inflammatory responses and macrophage activation. Finally, taurine-chloramine represents the most relevant functional product formed under the influence of ClO2⁻, said molecule activates the erythroid nuclear factor 2 (Nrf2), (this transcription factor regulates the inducible expression of numerous genes for detoxifying and antioxidant enzymes) , increases the expression of heme-oxygenase (HO-1), protects cells from death caused by hydrogen peroxide (H2O2), improves the expression and activities of antioxidant enzymes, such as superoxide dismutase, catalase and glutathione peroxidase, and contributes to the resolution of the inflammatory process.

CHLORINE DIOXIDE AND CHLORITE TOXICITY
Technical Report Oct 2020
Universidad de Almería (Spain) pcampra@ual.es Abstract: The levels and conditions of toxicity of chlorine dioxide and chlorite have been determined by numerous studies and reports issued by official bodies, particularly the US government. According to these reports, there is no experimental basis to affirm that there…