Dylan Eleven • Truth11.com
Here is the translated version of their research page: To access the links to each report go to their site in the link box here:
LA QUINTA COLUMNA
SCIENTIFIC ARTICLES - FIFTH COLUMN RESEARCH -
In this section you have access to scientific articles of special interest of which THE FIFTH COLUMN is aware.
"Lestirs" blame the non-existent "coronavirus", the ARRHYTHMIAS generated by graphene oxide and treat it, with Deferoxamine (ANTIOXIDANT)
From the "officialism" they continue to LIED to everyone, showing that the alleged infection of a non-existent sarscov2 is responsible, NOW, for the arrthyns generated by the true cause of everything, REDUCED GRAPHENE OXIDE, previously introduced into injectables. In addition, they intend to reverse the damage with Deferoxamine, which is precisely a powerful antioxidant with the ability to capture "free radicals." Exactly, the damage caused by graphene oxide. https://en.wikipedia.org/wiki/Deferoxamine. Click on the image to access the article
Micro-technology and artificial patterns identified in Pfizer vaccine
Identification of artificial patterns and micro-technology found in Pfizer vaccine after evaporation of the hydrogel present in the sample using the HAXON AQUILES II microscope with a quality of magnifications between 400X - 1400X and different optics
More images of Micro-technology and artificial patterns in the Pfizer vaccine
We continue to extract more images of the entire artificial structure with greater magnification and sharpness after the evaporation of the hydrogel present in the sample. Images in which micro-electronic circuitry and electronic components are clearly visible. Is this stated in the transparency of Pfizer? Report to any institution that you deem appropriate to do so
Arrangements of active graphene sensors for wireless and long-term mapping of epicortical brain activity of broadband frequency.
The inoculation of the entire world population with graphene oxide found in the "vaccines" Astrazeneca, Moerna, Janssen and Pfizer are aimed at neurostimulation and brain mapping of the entire population in order to alter their behavioral patterns. In this article published in the journal Nature, graphene sensors are used for this purpose, since this material collects the neuronal electrophysiological effects and can be stimulated remotely and wirelessly by microwave fields (telephony antennas). Click on the image to access the article and choose the translate option.
The toxicity of graphene nanoparticles is dependent on microwave electromagnetic fields (telephony antennas).
Relevant scientific article from Researchgate showing that "the toxicity of graphene is dependent on external microwave electromagnetic fields." The perfect weapon to get sick and kill the population, once it is inoculated in "covid" and influenza vaccines. The maximum cell death effect was observed at a frequency of 900 MHz for NP of all forms and concentrations. Click on the image to access the article and choose the translate option.
Biological effects induced by electromagnetic fields in humans
This scientific article details the damage caused to the human biology of the electromagnetic fields. Electromagnetic hypersensitivity (EHS) is a phenomenon characterized by the appearance of symptoms after people's exposure to electromagnetic fields, generated by EHS is characterized by being a syndrome with a wide spectrum of non-specific multiorgan symptoms that include acute and chronic inflammatory processes located mainly in the skin and nervous system, as well as in the respiratory, cardiovascular and musculo
Nanorouters in COVID vaccines
This discovery has a fundamental relevance, not only to understand the true purpose and components of c0r0n@v|rus vaccines, but also to explain the existence of the phenomenon of MAC addresses, visible through the bluetooth of many mobile devices.
Presentation FINAL TECHNICAL REPORT DETECTION OF GRAPHENE IN COVID VACCINES by Dr. Campra Madrid
The publication of the long-awaited and long-awaited TECHNICAL REPORT FOR THE DETECTION OF GRAPHENE IN COVID VACCINES by the hand of its own author Dr. Campra Madrid. Dr. Campra is a Full Professor of University, Doctor of Chemical Sciences and a Bachelor of Biological Sciences. In this report, the presence of GRAPHENE OXIDE in 4 brands of "vaccines" analyzed is UNEQUIVOCALLY EVIDENCED. Now our job is to INFORM THE POPULATION that a TOXIC is being inoculated.
Injection of graphene oxide aerosols into the atmosphere: Solar geoengineering and the role of aerogels
After analyzing the CO2 adsorbent capacity of graphene oxide, its implications for the nucleation of ice in the atmosphere and its more than likely dispersion in the combustion gases of airplanes, it is clear that the condensation effects caused by jet turbines generate water vapor, cloud sowing and a more than likely contamination with soot and graphene oxide residues, which would explain the presence of graphene oxide in rainwater.
Graphene oxide in aviation fuels
The investigation has been opened to the area of aviation fuels. This is because the presence of graphene oxide in aerosols in the atmosphere can only be due to the aerial vector either due to pollution caused by the fuels used by jet engines, or by the direct effect or practice of intentional fumigation at high level.
New evidence of carbon nanotubes with beads based on liquid graphene pearls and polycrystalline graphite
On this occasion, two new images obtained by the doctor (Campra, P. 2021a; 2021b) in his report on "possible microbiotics in COVID vaccines" have been identified as carbon nanotubes, with special peculiarities, which are worthy of being highlighted. Figure 1 shows the microscopy images obtained in the Pfizer vaccine and their comparison with those found in the scientific literature, just below. A first definition of what has been observed, before proceeding to the detailed analysis, is that they are beads based on spheres or liquid carbon pearls and graphite crystals with a polyhedral or meniscus shape.
Graphene control through sound
This article shows the control of this material through sound waves. Especially serious because of what we are observing in "vaccinated" people and their result in concerts and sound shows and high production of decibels. Click on the image to access the article and choose the translate option.
Patent for the introduction of graphene on mattresses enabled for rest
It includes patent number CN109288313A where graphene material is enabled for the production of mattresses enabled for "rest" with this material that absorbs radiation from its environment including body heat. Recently, we saw audiovisual testimonies of high levels of radiation on the surface of these "mattresses". Click on the image to access the article and choose the translate option.
Preparation of activated carbon doped with porous graphene oxide materials
This article corroborates that the "fashion material", graphene oxide has been introduced into any composition aimed at being assimilated by the organism in the year of the non-existent "coronavirus". Click on the image to access the article and choose the translate option.
Synthesis and toxicity of graphene oxide nanoparticles
The environmental mutagenicity and carcinogenicity of these nanomaterials are on the table within the possible biomedical applications they could offer within the human body. Click on the image to access the article and choose the translate option.
Exfoliated graphene flakes, optical microscope images
The system provides the opportunity to collect optical microscope images of exfoliated 2D crystals on SiO 2 / Si substrates on a large scale. When graphene flakes are exfoliated on substrates of SiO 2 / Si using the adhesive tape method, 18 graphene flakes of various thicknesses and shapes are randomly distributed on the substrates of SiO 2 / Si. Click on the image to access the article and choose the translate option.
Graphene family nanomaterials in eye applications (cory, contact lenses, etc.)
Among several human organs, research into the toxicity of nanomaterials in the eyes is of vital importance due to the high levels of ocular exposure to nanomaterials during manufacture, use and disposal. In addition, recently, there are several outstanding reports on the applications of nanomaterials in ocular applications, such as the administration of ocular drugs, eye drops and contact lenses. Click on the image to access the article and choose the translate option.
A key to enter the brain
The use of graphene oxide for the total control of humans. "We worked with this compound because the nanomaterials of the graphene family showed the potential to interact with the nervous system, since graphene is an excellent conductor of electricity and neural cells communicate with each other through electrical impulses." Click on the image to access the article.
Radiofrequency characteristics of graphene oxide
In this article, we investigate the high-frequency characteristics of graphene oxide in the range of 0.5 to 40 GHz. This result confirms that graphene oxide has a high potential to transmit signals in gigahertz ranges. Click on the image to access the article and choose the translate option.
The disconcerting potential of carbon nanomaterials: general properties, application and toxicity
The obsession with introducing carbon nanomaterials into the human body for the purpose of behavioral control and affectation of the neuronal synapse has come to obviate the genotoxicity of these materials that cause significant oxidative damage, free radicals (ROS), systemic inflammations, etc. Click on the image to access the article and choose the translate option.
Comprehensive review of graphene oxide for use in the drug delivery system
Carbon nanotubes (CNT), graphene and graphene oxide (GO) have been extensively investigated in previous studies as an innovative drug nanocarrier for the loading of a variety of therapies, as well as anticancer drugs, poorly dissolution drugs, antibiotics, antibodies, peptides, DNA, RNA and genes. Graphene provides ultra-high drug load efficiency due to the large surface area. Graphene and graphene oxide have been extensively researched for biomedical applications. Click on the image to access the article and choose the translate option.
Recent progress in the electrochemical detection of human papillomavirus (HPV) using graphene-based nanosensors
One more excuse to introduce graphene into the body to diagnose alleged chimera "viruses". In this case, as they already did with the non-existent Sarscov2, with HPV. Click on the image to access the article and choose the translate option.
An artificial ionic neuron for tomorrow's electronic memories
Using graphene nanoparticles and artificial intelligence to create "artificial neurons". Does everything sound familiar to you? Click on the image to access the article and choose the translate option.
The reduction of graphene oxide induces the transient opening of the blood-brain barrier: an in vivo study
In this study, systemically injected reduced graphene oxide (rGO) was found located mainly in the thalamus and hippocampus of rats. Click on the image to access the article and choose the translate option.
Self-assembly with single-walled carbon nanotube DNA origami template of discrete length
The construction of intricate geometric arrangements of components is one of the central challenges of nanotechnology. Here we present a convenient and versatile method for organizing discrete length single-wall carbon nanotubes (SWNT) into complex geometries using 2D DNA origami structures. Click on the image to access the article and choose the translate option.
Self-assembly of carbon nanotubes in two-dimensional geometries using DNA origami templates
When origami templates and functionalized nanotubes are mixed with DNA, the lack of protection and binding mediated by the displacement of the strand aligns the nanotubes in crossed joints. Of several cross-links synthesized by this method, one demonstrated a behavior similar to a stable field effect transistor. In such electronic component organizations, DNA origami serves as a programmable nanoplatform; therefore, DNA origami can allow the rapid prototyping of complex structures based on nanotubes. Click on the image to access the article and choose the translate option.
Carbon nanotubes are a problem for cells
Once the envelope on the part of the cell, endocytosis, begins, there is no turning back. In a matter of minutes, the cell feels that it cannot completely wrap the nanostructure and essentially marks 911. "At this stage, it's too late," Gao said. "He is in trouble and asks for help, which triggers an immune response that can cause repeated inflammation." Click on the image to access the article and choose the translate option.
Toxicology of carbon nanotubes and fullerenes
Carbon nanotubes are deposited in the alveolar ducts aligning along with the airways; nanotubes are often combined with metals. This raises the idea that the widespread use of carbon nanotubes can lead to pleural mesothelioma, a cancer of the lining of the lungs, or peritoneal mesothelioma, a cancer of the lining of the abdomen. Exposure to this caused a significant increase in several inflammatory cytokines and other biomarkers for interstitial lung disease. Click on the image to access the article and choose the translate option.
Characterization, synthesis and in vivo application of insulin with graphene oxide compounds
One of the central issues in insulin administration is the development of insulin formulations that protect native insulin from degradation under acidic pH in the stomach. In this work we show, for the first time, that a matrix based on graphene oxide (GO) can ensure the stability of insulin at low pH. Click on the image to access the article and choose the translate option.
Calendar vaccines also contain graphene oxide. Microscope analysis
IMPACTFUL images to the microscopy made by a Doctor that for now we keep anonymous related to THE FIFTH COLUMN where he obtains disturbing material within the PROQUAD CALENDAR VACCINE, especially recommended for children between 9 months and 3 years old. The images LEAVE NO ROOM FOR DOUBT when compared to a REDUCED GRAPHENE OXIDE SOLUTION acquired for this purpose in The Graphene Box model and reference (RGOW 340009). If we remember the PATENTS PUBLISHED ON THE OFFICIAL WEBSITE OF THE MINISTRY OF INDUSTRY, TRADE AND TOURISM, we confirm that these "vaccines" are also being used for our children a POWERFUL TOXIC that DOES NOT APPEAR IN THE EXCIPIENTS of it. SHOCKING VIDEO WITHOUT WASTE. Click on the image to access the article and choose the translate option.
Graphene nephrotoxicity in the kidneys
The histopathological evaluation showed significant morphological alterations of the kidneys in rats treated with GO compared to controls. Overall, the results of this study show that GO is nephrotoxic and its toxicity can be mediated by oxidative stress. This article explains some of the common reactions of kidney disease in the "vaccinated". Click on the image to access the article and choose the translate option.
Multiple effects of graphene oxide toxicity in interaction with mammalian cells
This comprehensive article illustrates the multiple effects of toxic graphene oxide on mammals. Highlights: Mitochondrial damage, thrombotic action and platelet reduction, systemic inflammations, increase in free radicals and oxidative stress, shooting of immunoglobulins, release and storm of cytokines, etc. In short, the clinical picture of COVID19 disease. Click on the image to access the article and choose the translate option.
DNA damage of low-layer graphene in human primary endothelial cells
A battery of cell-based trials revealed an organized oxidative stress paradigm that involves cytosolic reactive oxygen stress, generation of mitochondrial superoxide, lipid peroxidation, glutathione oxidation, mitochondrial membrane depolarization, increased calcium output, all of which leads to cell death due to apoptosis / necrosis in addition to direct DNA damage. Click on the image to access the article and choose the translate option.
Graphene oxide induces apoptotic cell death in endothelial cells by activating autophagy
GO graphene oxide of subnanometric and nanometric size induce apoptotic death in EC (endothelial cells) by activating autophagy. Click on the image to access the article and choose the translate option.
RGO (reduced graphene oxide) causes a host-viral response in the immune system as if it were a pathogen
Similar toxic responses (cytotoxicity, DNA damage, oxidative stress) with differential dose dependence for both graphene oxide and reduced graphene oxide were observed in this article. Click on the image to access the article and choose the translate option.
Graphene oxide administered intramuscularly accumulates in the lungs causing lung toxicity and death from granuloma
This article exposes the hemotoxicity of graphene nanomaterials through their interactions with proteins and blood cells. Clearly, graphene oxide accumulates in the lung causing death from pulmonary granuloma. Click on the image to access the article and choose the translate option.
Reduced graphene oxide combined with bupivacaine and its local anesthetic effect
Once again, in this article we check how reduced graphene oxide added to compounds is used to supposedly enhance the local anesthetic effect. They are introducing GRAPHENE OXIDE into anesthesia as we also show in the following article. Click on the image to access the article and choose the translate option.
Local anesthesia using reduced graphene oxide nanoparticles
With this article, the testimony of dozens of people who acquired biomagnetism after the use of anesthesia makes sense. This article proposes the use of reduced graphene oxide nanoparticles to prolong the effects of local anesthesia on lidocaine hydrogels.Click on the image to access the article and choose the translate option.
Intranasal vaccination with graphene oxide nanoparticles
In this article, they develop two-dimensional graphene oxide nanoparticles functionalized with polyethylenemin (GP) that would supposedly show high antigen loading capabilities and superior immunopotentiation properties. One more excuse to introduce graphene into the body, in this case, related to the flu or influenza vaccine. Click on the image to access the article and choose the option to translate.
Graphene-based sensors for human health monitoring
They continue to deny the existence of graphene in vaccines. However, in this article they propose to introduce graphene oxide and reduced graphene oxide sensors in human biology for the supposed monitoring of our Health. Click on the image to access the article and choose the translate option.
Graphene oxide nanotechnology for the treatment and supposed diagnosis of non-existent SarsCov2 by Astrazeneca, Moderna, Sinovac, Cansino, Biontech, Pfizer, Glaxo etc ...
In this June 1920 article, they venture to use nanomaterials such as GRAPHENE OXIDE to prevent diagnostically and for the treatment of COVID19 because it "inhibits viral replication of SarsCov2." Once again, we observe how they use the etiological agent of the disease as elements of supposed protection and prevention of it. Graphene oxide. This article mentions practically all pharmaceutical corporations involved in the development of this nanotechnology. Click on the image to access the article and choose the translate option.
Controlling the heart activity of a living being remotely using graphene
This scientific article collects the literature of how graphene within the body can be used to alter the rate of palpitations and cardiac activity remotely using photons or external electromagnetic fields. I would explain the arrhythmias and sudden deaths that appear after the "vaccination" and that are now classified as natural death. Click on the image to access the article.
The effects of humic acid on the toxicity of graphene oxide
In this article we demonstrate the effects of humic acid to reduce the toxicity of graphene oxide. In the following article, you can see how humic acid is used to prevent "the replication of the non-existent SARSCOV2." Once again, the reader must make the analogy where in the official version they call graphene oxide "sarscov2". Click on the image to access the article and choose the translate option.
In vitro determination of the inhibitory effects of humic substances on the "replication of SARScov2"
Once again, what works to reduce the toxicity of graphene oxide (a causative agent of COVID19 disease) works to inhibit the "viral replication of SARScov2" in the parallel world of the official version of the thymus. Click on the image to access the article and choose the translate option.
Mitigation in multiple effects of the toxicity of graphene oxide driven by humic acid
This work reveals a feasible antidote mechanism for GO (graphene oxide) in the presence of natural organic materials (NOM) such as humic acid and avoids overestimating the risks of graphene oxide in the natural environment. Therefore, if humic acid works by reducing the toxicity of graphene oxide, it will be used for the treatment of COVID19 disease. Which we discovered two articles below. Click on the image to access the article and choose the translate option.
Humic acid acts as a natural antidote to graphene
This work presents the innovative concept that humic acid acts as a natural antidote to graphene by regulating its translocation and metabolic flows in vivo. Therefore, if in the line of research followed by LA QUINTA COLUMN, graphene oxide is the causative agent of COVID19 disease, it will serve as a treatment for it. Which we found out in the following article. One more. Click on the image to access the article and choose the translate option.
Humic acid helps inhibit COVID19
As we see in this study, they found that humic acid is an effective and promising treatment for COVID19 disease. The real reason is that this acid is a natural antidote to graphene oxide (non-existent SARSCOV2 from the official lie). This can be verified, once again by the reader, in the previous article on this website. Everything that works to mitigate graphene works for COVID19. Click on the image to access the article and choose the translate option.
Interface of graphene-based materials with neural cells
In this review we will focus on some aspects of the research of graphene-based materials that we consider of particular interest for future applications of neuroscience, namely, (i) Graphene as a nanocarrier for the administration of drugs and genes; (ii) Graphene interaction with BBB (Bhematobrain barrier); and (iii) 2D and 3D compounds based on Graphene for neuronal regeneration, stimulation and recording. Click on the image to access the article and choose the option to translate.
Extended acute toxicity and safety pharmacology for formulations of functionalized graphene nanoparticles administered intravenously
This study with rats corroborates why they administer repeated doses to the "vaccine" population. Histopathological changes were observed at ≥ 250 mg / kg in the heart, liver, lung, spleen and kidney; we did not find changes in the brain or effects related to GNP-Dex in cardiovascular parameters or hematological factors (blood, lipids and metabolic panels) at doses <125 mg / kg. The results open avenues for fundamental preclinical single-dose and repeated safety studies.Click on the image to access the article and choose the translate option.
Use of injectable graphene oxide for photodynamic therapies
Interesting study where injectable graphene oxide is used intravenously and stimulated wirelessly by microwaves to kill tumor cells attached to cancer. Microwave within the electromagnetic spectrum of mobile telephony. This shows that graphene oxide is excited wirelessly from the outside to generate aptosis or cell death and that therefore, it can be used as a weapon within the body. Click on the image to access the article and choose the translate option.
Neutrophils mediated by myeloperoxidase act against "sarscov2" and other pathogens
A number of antimicrobial agents, such as the protein-degrading enzyme called neutrophil elastase (NE; neutrophil elastase) and the toxin-producing enzyme called myeloperoxidase (MPO), are usually trapped in this sticky network, which serves to trap and kill pathogens. All these defense techniques that neutrophils have are designed to help the body in its fight against infections as quickly as possible. If you study the following article, you will be aware that the non-existent "sarscov2" is precisely graphene oxide. Click on the image to access the article and choose the translate option.
Neutrophils degrade graphene oxide mediated by myeloperoxidase
Neutrophils progressively and defensively degrade graphene oxide (GO) by two mechanisms mediated by the enzyme MIELOPEROXIDASE and release a trap or net neutrophil mesh. Exactly the same thing happens if it is a pathogen such as the non-existent "sarscov2". See the previous article. Click on the image to access the article and choose the translate option.
Lithium treatment, a new hope for patients with "coronavirus"
The Galicia Sur Biomedical Health Research Institute confirms that lithium treatment is promising and effective against "coronavirus". If you read the following article, you will understand why camouflaged treatments are offered to prevent an alleged "viral replication" but that they are actually used to mitigate the effects of irradiation. Exactly what COVID19 disease is, an acute irradiation syndrome. Click on the image to access the article.
Lithium can reverse radiation damage (article)
If you look at the previous article, you will notice that lithium is a pioneering and promising treatment for patients with COVID19 disease. If you follow THE FIFTH COLUMN, you will know that COVID19 is just the ACUTE IRRADIATION SYNDROME already described in the scientific-medical literature for decades. They will then understand why LITHIUM works as a treatment for the disease. Click on the image to access the article.
Graphene: Promises and dangers
Article of the year 2016: Toxicity of graphene-based nanomaterials; mitochondrial damage, inflammatory response, free radicals and oxidative stress, necrosis and cell apoptosis, cytokine storm, DNA alteration. Does it sound familiar to you? According to the Graphene Flagship, "The small size and unique physico-chemical properties of graphene present potential risks to human health and the environment." Click on the image to access the article and choose the translate option.
Graphene: The global panorama of patents in 2013
The introduction of graphene to return all hegemonic power to China over the West is reflected by the huge number of patents made in the Asian country compared to other competitors. Click on the image to access the article and choose the translate option.
Review of toxicity studies of graphene-based nanomaterials in laboratory animals
Exposure of the airways in bolus to GP and GO caused acute and subacute lung inflammation. Large GO (L-GO) was more toxic than small GO (S-GO). GP administered intratracheally crossed the air-blood barrier to the blood and intravenous GO was distributed mainly to the lungs, liver and spleen. S-GO and L-GO accumulated mainly in the liver and lungs, respectively. Click on the image to access the article and choose the translate option.
Radiation of Cherenkov terahertzios from graphene plasmon excited by an electron beam
Our results could provide a promising way to develop ambient temperature, tunable, coherent and intense. Radiation of THz sources to cover the entire THz regime using graphene. Click on the image to access the article and choose the translate option.
Recombinant nanocoronavirus vaccine that takes graphene oxide as a carrier
The invention belongs to the field of nanomaterials and biological drugs, and refers to a vaccine, in particular the development of a recombinant nuclear nanovaccine of the 2019-nCoV coronavirus. The invention also includes a method of preparing the vaccine and applying the vaccine in animal experiments. The new coronavirus vaccine contains graphene oxide, carnosine, CpG and the new RBD coronavirus; Carnosine, CpG and the new RBD coronavirus are combined into a structure of graphene oxide. Click on the image to access the article and choose the translate option.
Covid19 is an acute radiation syndrome
One of the biggest mistakes of modern medicine has been to define Covid19 as a new disease that causes a new and presumed coronavirus today, which does not exist. The entire resulting clinical picture was already perfectly collected in the scientific literature as an Acute Radiation Syndrome. Serve this article where it is studied that the common points" regarding symptomatology coincide 100%. If you also add graphene, you have the perfect cocktail since this nanomaterial is an electromagnetic radiation receiver. Click on the image to access the article and choose the translate option.
A species of bactericidal composition with graphene oxide to prevent pear crust
The invention describes a type of bactericidal composition for the prevention of pear crust and its preparation fungicide. The composition includes the component of the following percentage of mass: 55 ~ 78% of prochlorazs, 15% ~ 38% of brasinoesteroides, 1 ~ 7% of graphene oxide. Click on the image to access the article and choose the translate option.
A kind of agricultural chemical vehicle and the method of application and preparation of it
This invention refers to a type of agricultural chemical vehicle and the method of preparation and application of it, the agricultural chemical vehicle includes the polydopamine layer to load graphene oxide from the pesticide activity component, and is coated outside the graphene oxide layer. Click on the image to access the article and choose the translate option.
Bactericidal composition with graphene oxide for the control and prevention of the rot of Chinese cabbage
The invention belongs to the fields of plant disease control technology, it describes a type of bactericidal composition of prevention and control of the soft rot of Chinese cabbage, includes each component of the following percentage by weight: Jervine 5 ~ 20%, Zhongshengmycin 5 ~ 10%, graphene oxide 0.1 ~ 0.5%, surplus auxiliary agent. Click on the image to access the article and choose the translate option.
Medical fertilizer containing graphene oxide nanomaterial and method of preparing it
The invention describes a medical fertilizer that contains a graphene nanomaterial and a method of preparing the medical fertilizer. Medical fertilizer includes the nano graphene material, an active pesticide component and fertilizer. The weight of the active component of the pesticide represents 0.01 to 30 percent of the total weight, and the balance includes the nano graphene material, fertilizer and the acceptable filler for the medical fertilizer. According to medical fertilizer, graphene and a graphene derivative are used as carriers of pesticides; By means of a physical adsorption mode, the active component of the pesticide is loaded into the graphene material and then mixed with the fertilizer. Nanographene can prolong the release time of the pesticide and has an obvious synergistic effect on the fertilizer. Click on the image to access the article and choose the translate option.
Antioxidants such as N-acetyl cysteine, zinc, vitamin E etc., protect against radiation (That's why they work against COVID19)
When evaluating DSB (BIOmarkers of radiation damage) after radiation exposure in human blood lymphocytes, ß-carotene, selenium, vitamin E, vitamin C, NAC and Q 10 reduced the number of γ-H2AX foci induced by x-rays. Click on the image to access the article and choose the translate option.
Capital magnetoconductivity of reduced graphene oxide and alternating current transport
This article explains the alternating current measurements measured with a voltmeter on the head of the "vaccinated". In this work we present detailed research on the structural properties, AC transport and magnet transport of reduced graphene oxide (rGO) compounds and magnetite nanoparticles measured in the frequency range of 10 Hz to 2 MHz and in static magnetic fields up to 500 mT. The AC conductivity of the composite samples was increased by a factor of ~ 3 over that of pure rGO, although the conductivity of magnetite is five orders of magnitude lower than that of rGO. Click on the image to access the article and choose the translate option.
The role of reduced graphene oxide morphology in the eelctromagnetic and microwave absorption properties of nitrogen-doped graphene
The morphological characteristics, reduction and degree of doping of graphene could have varied effects on its electronic configuration, polarization states and a greater trigger for magnetic moments.The NG (Nitrogen-doped Graphene) with a flower-like structure and the highest C / O showed the best microwave absorption performance with a filler content as low as 10% by weight, reflected in a loss of reflection (RL) of −21.7 dB at 16.8 GHz (d = 2 mm) and 2.3 GHz of bandwidth. Click on the image to access the article and choose the translate option.
Carbon nanomaterials that interact with neurons. Towards mind control
Recently, graphene and related materials are emerging as a convenient substrate and a powerful tool for neuronal growth and differentiation. Reports indicate that graphene is a permissive substrate for the growth of neural cells ( Li et al., 2011 , 2013 ; Park et al., 2011b ; Movia and Giordani, 2012 ; Hong et al., 2014 ;Serrano et al., 2014 ; Tu et al., 2014 ; Fabbro et al., 2016 ) and theIn addition, electrical signals generated from neural cells can also be recorded through the use of graphene-based microelectrodes ( Chen et al., 2011 ; Tang et al., 2013 ; Park et al., 2014 ). Surprisingly, it has also been shown that the physicochemical properties of this material favor the differentiation of neural stem cells preferably towards the fate of neurons. Click on the image to access the article and choose the translate option.
Biodistribution and pulmonary toxicity of intratracheal instilled graphene oxide in mice
In this work, we present a systematic study on the in vivo distribution and lung toxicity of NGOs up to 3 months after exposure. Radioisotope tracing and morphological observation showed that the NGO instilled intratracheally was retained mainly in the lung. The NGO could result in an acute lung injury (APL) and chronic pulmonary fibrosis. This NGO-induced APL was associated with oxidative stress and could be effectively alleviated with treatment with dexamethasone. Click on the image to access the article and choose the translate option.
First presentation of dexamethasone as a treatment for COVID19
If you briefly view the previous article, you will prove how dexamethasone is used effectively to reduce the toxicity of GRAPHENE OXIDE in the lungs, therefore, since the latter is the causative agent of COVID19 disease, the disease resolves with such treatment as we can see in this and many other articles. With a powerful anti-inflammatory. Click on the image to access the article and choose the translate option.
Minimize oxidation to try to improve the biocompatibility of graphene in the lung
To facilitate the proposed use of graphene and its graphene oxide (GO) derivative in widespread applications, we explore strategies that improve the biocompatibility of graphene nanomaterials in the lung. The introduction of GO resulted in a serious and persistent lung injury. In addition, in GO cells, the rate of mitochondrial respiration and the generation of reactive oxygen species increased, activating inflammatory and apoptotic pathways. Click on the image to access the article and choose the translate option.
Characteristics of ignition and combustion of the liquid film of aviation fuel containing graphene powders at mesoscale
At the mesoscale, the ignition and combustion characteristics of the liquid film of aviation fuel containing graphene powders were investigated. Aviation fuel / graphene suspensions were prepared and sprayed to produce the liquid film. The liquid film was lit with optical tweezers, five distinctive stages were identified that include graphene trap, graphene ignition and combustion, bubble formation, vaporization of aircraft fuel and bubble growth, bubble rupture and liquid film combustion. Click on the image to access the article and choose the translate option.
Reduced graphene oxide used in aircraft fuel
Fuel synthesis for aircraft with high density, good properties at low temperature and high thermal stability is important for the aerospace industry. Here, a mixture of high-performance aircraft fuel that includes bi and tricyclic hydrocarbons (C10 ~ C16) is synthesized with high performance through reduced graphene oxide (rGO) assisted by H2SO 4 catalytic reaction in a cyclopentanol and methylcyclopentane container. Click on the image to access the article and choose the translate option.
The reduction of graphene oxide induces the transient opening of the blood-brain barrier; an in vivo study
In this study, systemically injected reduced graphene oxide (rGO) was found located mainly in the thalamus and hippocampus of rats. The entry of rGO involved a transient decrease in the paracellular tension of BBB, as demonstrated at anatomical (infusion of Evans blue dye), subcellular (electronic transmission microscopy) and molecular (expression of binding proteins). Click on the image to access the article and choose the translate option.
Magnetic reduced graphene oxide in the spinal cord increases the nociceptive neuronal response capacity
This study aimed to investigate a possible role of the neuronal magnetic field in lanociception.Reduced graphene oxide (rGO) with high and poor magnetism was injected intrathecally in rats. The nociceptive response was higher in rats that received highly magnetic rGO in von Frey'sintraplantar or electronic capsaicin tests. Click on the image to access the article and choose the translate option.
Lactic acid bacteria could protect from the toxicity of graphene oxide in the intestine
Lactic acid bacteria (LAB) are safe and useful for the fermentation of food and feed. We use Caenorhabditis elegans to investigate the possible beneficial effect of pretreatment with LAB (Lactobacillus bulgaricus) against the toxicity of graphene oxide (GO) and the underlying mechanisms. Click on the image to access the article and choose the translate option.
Atomic-scale control of graphene magnetism through the use of hydrogen atoms
Isolated hydrogen atoms absorbed in graphene are expected to induce magnetic moments. Here we show that the adsorption of a single hydrogen atom in graphene induces a magnetic moment characterized by a spin division state of ~ 20 millielectrons volts in Fermi energy. Click on the image to access the article and choose the translate option.
Graphene oxide can adsorb and absorb CO2
New nanocomposites based on graphene oxide with polyaniline (PANI) or Fe 3 or 4 (MG) nanoparticles were synthesized for CO2 capture. The differences in the adsorption properties of nanocomposites are related to the chemical composition and size of graphene oxide sheets. Click on the image to access the article and choose the translate option.
Graphene oxide in airplane fuel
Based on the article on the ability to adsorption and absorb CO2 and specifically the detail of the presence of graphene oxide in aerosols in the atmosphere, as a result of the incomplete combustion of jet aircraft (Pöschl, U. 2005), the research has been opened to the area of aviation fuels. This is because the presence of graphene oxide in aerosols in the atmosphere can only be due to the aerial vector either due to pollution caused by the fuels used by jet engines, or by the direct effect or practice of intentional fumigation at high level.Click on the image to access the article and choose the translate option.
Presence of graphene oxide in rainwater
In this program, we analyze the analysis of graphene oxide found in rainwater after a first approach to optical microscopy carried out by Dr. Heads. Click on the image to access the article.
Graphene oxide in aerosol drops
Graphene oxide is "transmitted" especially well in aerosols such as the so-called "sarscov2". Here we present a detailed understanding of the wrinkling of GO nanoleaves through systematic research carried out on aerosolized droplets using online measurements (for example, scanning mobility particle meter) and offline measurements (for example, electron microscopy). Click on the image to access the article.
Composite fertilizer synergist modified by oxidized graphene
The invention belongs to the field of crop fertilizers and in particular refers to a compound fertilizer synergist modified by oxidized graphene and a method of preparation of the compound fertilizer synergist. Click on the image to access the article and choose the translate option.
Modified straw composite material enhanced by amination with oxidized graphene
The invention refers to a modified straw-based composite material improved by amination and a method of preparing it. The preparation method includes the following steps of slowly adding the following components in parts by weight: 80-90 parts of straw modified improved by amination, 1-10 parts of oxidized graphene and 1-10 parts of alginate in deionized water with the proportion of the bath. Click on the image to access the article.
Complex insecticide based on neurotoxicity pesticide and graphene oxide
This invention describes a complex insecticide based on a neurotoxicity pesticide and graphene oxide, and refers to the field of pesticides. The complex insecticide based on a neurotoxicity pesticide and graphene oxide comprises 1-20% by weight of graphene oxide, 5-90% by weight of neurotoxicity insecticide and the rest of additives.Click on the image to access the article.
Compound bactericide based on graphene oxide
The invention describes a compound bactericide based on graphene oxide and bactericide containing phenyl and the application of the bactericide compound based on graphene oxide and bactericide containing phenyl, in relation to the field of bactericides. Click on the image to access the article.
Coated slow-release compound fertilizer containing oxidized graphene
The invention refers to the field of compound fertilizers, in particular a coated slow-release compound fertilizer containing oxidized graphene. The fertilizer is prepared from the following raw materials in parts by weight. Click on the image to access the article.
Rafael Yuste, the Spanish neuroscientist who gave the key to the absolute control of Humanity by the elites
February 1920. Before the declaration of a pandemic. The Madrid neuroscientist, Rafael Yuste, wrote this article for the newspaper El País aware of what his discovery has meant for the control of all human beings by the darkest elites. A little later, he signed the Neurorights Law in Chile with President Sebastian Piñera. Too late. Click on the image to access the article.
Graphene oxide also absorbs 2G, 3G, 4G and 5G.
Synthesized pristine nanoparticles and hybrids were found to be highly absorbent for microwaves in all L and S radar bands (<−10 dB from 1 MHz to 3 GHz). This excellent microwave absorption property induced by the coupling of graphene sheets shows the application of these materials with an absorption bandwidth that is adapted so that they can be used for low frequency. Previously, these were used for high-frequency removals (typically > 4 GHz) with limited selective bandwidth. Click on the image to access the article and choose the translate option.
Three-dimensional (3D) nanocomposites of reduced graphene oxide (RGO) / zinc oxide (ZnO) / barium ferrite for electromagnetic absorption
A three-dimensional (3D) nanocomposite of reduced graphene oxide (RGO) and zinc oxide (ZnO) was synthesized through a smooth solution process and a freeze-drying process effectively to maintain the entire system fluffy. The minimum reflection loss reaches −43.45 dB at 11.52 GHz for 7% by weight of 3D-RGO-ZnO in the nanocomposite with a thickness of 2.0 mm, and the effective absorption bandwidth is greater than 5.8 GHz (the loss of reflection below −10 dB). Therefore, 3D-RGO-ZnO / BaFe 12 or 19 nanocomposites can be considered as an excellent candidate material for microwave absorbers. Click on the image to access the article and choose the translate option.
Controllable manufacture of mono-dispersed RGO-hematite nanocomposites and their improved wave absorption properties
The microwave absorption properties of RGO-hematite compounds were studied in detail; as an absorbent, RGO-hematites. Nanocomposites have excellent microwave absorption properties. The improved microwave absorption properties were also explained based on the structures of the nanocomposites. Click on the image to access the article and choose the translate option.
Graphene oxide, magnetism and 5G electromagnetic waves
Here, the ferromagnetic properties are those created by voltage, magnetic field and temperature along with the observation of parallel magnetic domains in ferromagnetic graphene for the first time as a great achievement. In this way, we have represented the following: First, presenting three novel methods based on temperature, magnetic field, and strain to produce ferromagnetic graphene; Second, the obtaining of ferromagnetic graphene at room temperature through significant magnetization saturation on a large scale. Click on the image to access the article and choose the translate option.
Patent for a pesticide composition containing graphene oxide
The invention provides a method of preparing a pesticide composition containing graphene oxide. Click on the image to access the article and choose the translate option.
Patent of a kind of antibacterial agent of the root rot of the plant phytophthora containing graphene oxide
The invention describes a type of antibacterial agent of plant root rot by phytophthora containing graphene oxide, the specific application of graphene oxide and antagonist fungal atrophy bacillus compounds in terms of prevention and treatment of plant root rot by phytophthora. Significant inhibitory effect for a variety of phytopht apply to the biological disease prevention preparation developed to control plant diseases, improve crop yields, there is a good popularization and application in the foreground in relevant agricultural production. Click on the image to access the article and choose the translate option.
Patent Nano pesticide of water-based graphene oxide and method of preparation and application thereof
The invention belongs to the field of nanotechnology, and in particular refers to a water-based graphene oxide nanopesticide to prevent and control crop fungal diseases, and a method of preparing and applying it. The bactericide in the water-based graphene oxide nano pesticide adheres to the surface of graphene oxide through the pi-pi conjugation effect, hydrogen binding effect and electrostatic adsorption effect, the fungal cells are damaged through graphene oxide and then the drug is released accurately, so that efficient use of the drug is made, and graphene oxide Click on the image to access the article and choose the translate option.
Patent A species of foliar fertilizer of nanomaterial containing graphene
The invention describes a type of foliar fertilizer made of nano material that contains graphene, the pesticide composition is made of nano graphene material, crop fertilizer and auxiliary material; The nano graphene material and the weight ratio of the crop fertilizer are 10:1 to 0.01: 99.9. A type of crop invention also describes the composition of the pesticide described above, fertilizer is applied, and the weight of the nano graphene material explains why crops apply a gross fertile weight 0.01% ~ 30%. Click on the image to access the article and choose the translate option.
Heterogeneous ice nucleation by graphene nanoparticles
We present here a After introducing these particles into the fog chamber, HIN was produced and ice crystals were formed. The distribution of the size of the crystals was obtained from the image processing of the plates, where they were covered by a thin layer of Formvar, which showed that the number of ice crystals in the GGON increased as the temperature increased from -20 ° C to -10 ° C. Click on the image to access the article and choose the translate option.
Quick and easy reduction of graphene oxide in various organic solvents through microwave irradiation
We present here a quick and simple reduction of graphene oxide in various organic solvents through microwave irradiation. The reduction can be completed in several minutes, and the oxygen content and conductivity (10,000 S / m) of the reduced graphene oxide were comparable to the previously reported results that reported between 1 hour and 24 hours for the reduction. Click on the image to access the article and choose the translate option.
Millimeter wave absorption property of the flexible compound of graphene / acrylonitrile-butadiene rubber in the 5G frequency band
The next fifth-generation (5G) mobile communications technology has enormous requirements for millimeter wave absorber (MMW) materials above 24 GHz. In this work, elastic absorbent composites were manufactured with reduced graphene oxide (RGO) of different reduction time and nitrile rubber (NBR). A series of characterization methods were used to study the degree of reduction and structure of the compounds; the electromagnetic parameters of the compounds were also measured at 26.5–40 GHz and used to perform an analytical calculation of reflection loss (RL). Click on the image to access the article and choose the translate option.
Nanotransducers for wireless neuromodulation
Nanomaterials have emerged as a unique class of neural interfaces due to their small size, remote coupling and conversion of different energy modalities, various methods of administration and mitigated chronic immune responses. In this review, we will discuss recent advances in nanotransducers to modulate and interact with the neural system without physical cables. Click on the image to access the article and choose the translate option.
Graphene oxide interrupted mitochondrial homeostasis by inducing intracellular redox deviation and autophagysosomal network dysfunction in SH-SY5Y cells.
We discovered that ultrasonic processing in the middle changed the state of oxidation and surface reactivity on the flat surface of GO due to its hydration activity, which caused lipid peroxidation and damage to the cell membrane. Subsequently, the homeostasis mitochondrial interrupted by ROS, resulting from the activation of NOX2 signaling, was observed after the internalization of GO (graphene oxide). The autophagy-lysosomal network began as a defensive reaction to eliminate mitochondria damaged by oxidation and foreign nanomaterials, which proved ineffective due to the reduction in the degradation capacity of lysosomes.Click on the image to access the article and choose the translate option.
Graphene oxide nanoleaves remodel synaptic function in cultured brain networks
In the biological microenvironment, graphene nanoleaves could interact with exposed cellular and subcellular structures, resulting in unexpected regulation of sophisticated biological signaling. More generally, biomedical devices based on the design of these 2D flat nanostructures for interventions in the central nervous system require an accurate understanding of their interactions with the neuronal environment. Here, we describe the ability of graphene oxide nanoleaves to negatively regulate neuronal signaling without affecting cell viability. Click on the image to access the article and choose the translate option.
A DIFFERENTIAL EFFECT OF GRAPHENE OXIDE ON THE PRODUCTION OF PRO-INFLAMMATORY CYTOKINES BY MURINE MICROGLIA
Overall, these results showed that exposure to GO affected the production of pro-inflammatory cytokines differently, which is associated with modulation of the lysosomal pathway of cytokine processing. Click on the image to access the article and choose the translate option.
Graphene toxicity as a double-edged sword of exploitable risks and opportunities: a critical analysis of the latest trends and developments
Experimental findings of diversity in vitro and in vivo The model systems are analyzed in the context of the most likely graphene exposure scenarios, such as respiratory inhalation, ingestion route, parenteral administration and topical exposure through the skin. Click on the image to access the article and choose the translate option.
Nanotoxicity of graphene and graphene oxide
Due to the possible risk factors associated with the manufacture and use of graphene-related materials, the number of nanotoxicological studies of these compounds has increased rapidly in the last decade. These studies have investigated the effects of nanostructural / biological interactions at different organizational levels of the living system, from biomolecules to animals. In vitro and in vivo cytotoxicity and genotoxicity studies of graphene-related materials and critically examines the methodologies used to evaluate their toxicities. Click on the image to access the article and choose the translate option.