ABSTRACT
Background In 2020, we face an unprecedented challenge with the emergence of a pandemic whose etiologic agent is the SARS-CoV-2. The impact generated is still difficult to estimate accurately. As doctors, we are just beginning to unravel the epidemiological, pathophysiological, and clinical aspects of a new disease, while we are exposed to it on the frontline of care. The use of BDORT as an investigative tool in cases of diseases that are difficult to solve is part of the very development of the method by Prof. Omura and its principles are valid in cases of COVID 19, as well as in cases of neoplasms, neuropsychiatric disorders and so on. We have an invaluable resource that we must use in this fight but we need to understand how to get the most out of the method and explore the peculiarities of the moment. Methods The resonance phenomenon between identical substances is widely used in BDORT and we work based on this using microscopy images of the etiologic agent in different quantities, ranging from 1 to 200000 units, to estimate the viral load. Using the same principle, we also use images from Prevotella sp;vitrification lesions, histological images of arteritis and others. We also measured sixty-nine RCS parameters. The evaluation is done in printed photos of the patients and the records of the imaging patterns, measurement of RCS parameters and drug selection are written in these photos. The assessment of patients at a distance through photos is not a strange practice to BDORT and in the context of the pandemic it becomes even more valuable because it respects social distance. The sequential assessments documenting the evolution are archived and can at any time be the object of new studies and shared to exchange information. Findings We have observed over time the increase in viral load both in the environment and in patients and we consider this increase to be progressive and not yet stabilized. In the imaging patterns of individuals infected with SARS-Cov-2, there are areas of electromagnetic anomaly in various structures of the body where it was possible to check the resonance for UCV and measure the viral load. Unexpected findings in Imaging included vertical contamination in pregnant women, dysfunction of the thymus and the occurrence of high levels of UCV in the Cranial Imaging. This latest finding proved to be a longstanding contamination and it is too early to estimate its long-term effects, presence of residual injury or sequelae. These imaging patterns will be the subject of specific presentations. Contamination by SARS-CoV-2 appear to be correlated with remarkable alteration with remarkable alteration in inflammatory parameters, Thromboxane B2 and another RCS. Interpretation We are still beginning to learn about COVID-19 but research another RCS. Interpretation We are still beginning to learn about COVID-19 but research through BDORT brings valuable insights and is therefore now an indispensable support for clinical practice. BDORT allows a better diagnosis than other available resources and with proper evaluation we can treat it earlier, avoiding the progression of COVID-19 to severe forms. BDORT allows you to locate and quantify the infection in real time and this assessment allows you to understand the patient's response and monitor it safely. For this reason, we can not only choose the most effective interventions, but also introduce the precise therapeutic adjustments at an ideal time.
ABSTRACT
I have been treating patients with neurological and neuropsychiatric syndromes of unknown etiology for some years. The signs and symptoms can range from peripheral disorders such as pariahs / paresthesia's of the extremities or affecting the scapular, pelvic girdles (some similar to myopathies);cognitive changes and dementia. In this year of 2020, during Pandemic the frequency of patients with Inflammatory Brain Syndrome increased significantly. In the examination of the cephalic segment by the Virtual Test through BDORT, we find deposits of heavy metals, the presence of numerous microorganisms, alteration of the microcirculation, reduction of neurotransmitters and inflammatory markers. When investigating resonance for SARS-COV-2 (COVID-19), the virtual test reveals a high viral load (measured in units of coronavirus-UCV images);High index of cerebral vasculopathy (resonance obtained with images of cerebral vasculitis);Purpose of the presentation: Identification of the inflammatory brain condition (encephalitis) and treatment instituted through BDORT Material and method: 1. Patients with varied signs and symptoms;some associated with dermatitis;covering all age groups. Children, teenagers with more agitated and aggressive behavior. Associated complaint more frequent headache, distraction, extreme tiredness/fatigue, anxious and depressive symptoms;difficulty concentrating, difficulties with recent memory, unjustified aggression, delusions, etc. (All negative for PCR;serology Covid) 2. Mapping the cephalic segment of these patients. Inflammation of the internal carotid artery (resonance with the human histological lamina of the spleen) and vertebral arteries (resonance with the gallbladder lamina) is observed 3. Therapeutic approach: 3.1 Medication: A. The Natural antivirals (Omega-3, propolis, herbal medicines);coriander, antiinflammatories - DHEA, arnica, antioxidants, Vit D3, Prebiotics, alkalizing foods B. Ivermectin comp 6mg or 5CH homeopathic formula;(as anti-inflammatory 200 or 400 mg) or 5CH homeopathic formula 3.2 Procedures: A. Acupuncture, moxa, Ionic pumping with Manaka cables, Infiltrations with Traumeel's + Lidocaine2% or Procaine2% B. Selective drug capture method: digital pressure in the representative areas of the organs;Use of Red Laser or Led on body areas, etc. .
ABSTRACT
Background Among the unusual aspects of the COVID-19 pandemic, we can highlight the strange behavior of this disease related to the development of immunity and the lack of a precise diagnostic method within the scope of conventional medical resources. The importance of the thymus as an organ that remains active in adults and continues to have an important immune function has been emphasized by Prof. Omura since the beginning of the development of BDORT. When providing care to patients during the pandemic, we found frequent changes of the thymus imaging and we consider this a newsworthy finding. The search for understanding this phenomenon motivated the present investigation. Methods Thirty patients were evaluated during the COVID-19 pandemic. All evaluations were carried out on photos of the patients. The thymus imaging procedure was performed with and without the histological slide of the thymus in the photos, obtaining two contours: the drawing obtained with the histological slide of the thymus was called 'anatomical thymus' and the other represented the opening response or not of the thymus to BDORT. We call this last representation 'functional thymus'. Viral load of SARS-CoV-2 and 69 Reference Control Substances (RCS) were measured over the anatomical thymus region. For the focus of this presentation, the values found for Thymosin α1, Thymosin β4 and inflammatory parameters were considered. The resonance phenomenon between identical substances is widely used in BDORT and we use it working from microscopic images of the etiologic agent to estimate viral load. The evaluation of patients at a distance through photos is not a strange practice to BDORT and during the pandemic, it becomes a valuable resource to respect social distance. The evaluation is made on printed photos and description of imaging's, parameter measurements and selection of drugs are noted in these photos. Findings The contour of the 'anatomical thymus' (obtained with the resonance of histological tissue of the thymus) was as expected. Regarding the 'functional thymus', we observed the occurrence of non-opening of the thymus, unlike the normal response of its opening to BDORT or a decrease in the size of the area with a preserved functional response reaching in some cases the punctiform thymus. We found decreased values and, in some cases, extremely low values of thymosin in this dysfunctional thymus. Elevation of inflammatory parameters was also frequently observed. Interpretation During the pandemic, the morphological and functional abnormalities of the thymus that we found may suggest immunomodulation disorders and could be related to impaired immune response competence. This phenomenon helps to explain certain inconsistencies in laboratory tests and disease recurrences observed in various parts of the world.
ABSTRACT
Summary: Background: Previous studies on the pneumonia outbreak caused by the 2019 novel coronavirus disease (COVID-19) were based on information from the general population. Limited data are available for pregnant women with COVID-19 pneumonia. This study aimed to evaluate BDORT assessment of obstetric ultrasound examinations during COVID quarantine. Methods: Obstetric ultrasound examinations performed on 23 patients with different gestational ages from May to September 2020 in an outpatient clinic during quarantine by COVID 19 in São Paulo, Brazil were analyzed. The BDORT assessment of the New Coronavirus viral load and several RCS, such as Interleukin-6, PCR, Telomere, Integrin α5β1, Sirtuin 1 and Thromboxane B2, was performed. The following sites were chosen as the target for measurements: fetal brain and heart, amniotic fluid and placenta. Findings: There was a high viral load of the New Coronavirus and increased inflammatory parameters in all measurement sites. Fetal Telomere rates showed elevated levels as expected. Interpretation: The findings of this small group of cases suggest that there is evidence of intrauterine infection caused by vertical transmission in pregnant women exposed to environmental contamination during quarantine by COVID-19.
ABSTRACT
Background The number of patients with COVID-19 is increasing dramatically worldwide. Early recognition of severe forms is essential for the timely screening of patients. Various laboratory parameters are used to assess the severity of the disease and rational screening. Low lymphocyte counts and serum levels of CRP, D-dimers, ferritin, cardiac Troponin I, and IL-6 are often used in risk stratification to predict severe and fatal COVID-19. But the number of biomarkers investigated for this purpose is enormous, which proves that this is an unresolved problem. The evaluation by BDORT can contribute enormously to the early identification of severity and is superior to conventional laboratory assessment. It is necessary to advance this line of investigation because there is a significant gap in the medical literature on this subject. Methods Thirty patients with suspected symptoms of COVID-19 or who had contact with contaminants were evaluated. As evaluations were carried out on photos of the patients. The viral load of SARS-CoV-2 and sixty-nine Reference Control Substances (RCS) were measured. The resonance phenomenon between identical substances is widely used in BDORT and we use it working from microscopic images of the etiologic agent to estimate viral load. Presence and rate of arteritis and the occurrence of contamination by Prevotella and Porphyromonas were also evaluated. The evaluation of patients at a distance through photos is not a strange practice to BDORT and during the pandemic, it becomes a valuable resource to respect social distance. The evaluation is made on printed photos and description of imagings, parameter measurements and selection of drugs are noted in these photos. Clinical decision and patient follow-up were based on these measurements and their evolutionary course. Findings Among the evaluated parameters that proved to be severity markers were viral load, arteritis rate, IL-6, PCR, Integrin α5β1, Thromboxane B2, DHEA, CPK, Homocysteine, BNP, ANP, PAI, Troponin, contamination by Prevotella and Porphyromonas, rate of subclinical infection by other etiologic agents, acetylcholine. Interpretation In addition to imaging patterns and drug selection, the measurement of biomarkers performed by BDORT shows a rational convergence with conventional medical knowledge, but goes beyond it. BDORT-oriented treatment adds tremendous value to the treatment of COVID-19 because it ensures safe and early clinical decisions adjusted online over time.