Guest guest Posted July 16, 2002 Report Share Posted July 16, 2002 [stealthVirus-Patient] STEALTH ADAPTED VIRUSES *New Publication* STEALTH ADAPTED VIRUSES: Their Implication in a Host of Chronic Illnesses June/July 2002 Compiled from their website, www.ccid.org, by -Anne Platel, and printed with permission from the Center for Complex Infectious Diseases and it's Founder, W. , M.D., Ph.D., the discoverer of Stealth Viruses. STEALTH ADAPTED VIRUSES: Their Implication in a Host of Chronic Illnesses = = = WHAT ARE STEALTH ADAPTED VIRUSES? Viruses are submicroscopic infectious agents that replicate inside cells. Viral illnesses are normally controlled by the body's immune system acting primarily through white blood cells called lymphocytes. These cells recognize certain viral proteins that provide the antigens targeted by specific lymphocytes, leading to an anti-viral inflammatory response. Not all viral proteins, however, can function as antigens for effective anti-viral immunity. Indeed for many viruses, it has been confirmed that effective immune recognition develops for only a small fraction of the different proteins encoded by the virus. Loss of the genes coding these critical antigenic proteins can allow a virus to essentially go unrecognized by the cellular immune system. When such viruses have managed to retain the capacity to damage cells, they can potentially cause a persistent infection resulting in a prolonged illness and even death. The viral nature of such an illness is usually overlooked because of the absence of overt inflammation. Non-inflammatory, atypically structured, cell-damaging (cytopathic) viruses were initially identified in patients with Chronic Fatigue Syndrome (CFS), and in patients with more severe neurological and neuropsychiatric illnesses. The term " stealth " was introduced both to highlight their basic property of evading effective immune recognition, and because they had gone unrecognized by the medical community. The Center for Complex Infectious Diseases (CCID) is currently specializing in the detection and characterization of viruses that have undergone a stealth adaptation to avoid cellular recognition and elimination by the immune system. MULTI-SYSTEM ILLNESSES CAUSED BY STEALTH VIRUS INFECTION It has been scientifically established that stealth viruses definitely exist. and his colleagues have further argued that these viruses are at the root of many multi-system illnesses, especially those diseases in which there is psychological and/or neurological evidence of brain dysfunction. Stealth viruses have been found in the blood, cerebrospinal fluid, urine, throat swabs, breast milk, brain biopsies and tumor samples from patients with various neurological, psychiatric, auto-immune and neoplastic diseases. also found that almost 10% of the blood samples obtained from university students who were donating blood for transfusion, tested positive for stealth viruses. This poses a risk of stealth virus infection from the blood of inadequately screened donors. Animal transmission studies have shown that stealth viruses can infect animals. In one particular study, stealth virus isolated from a patient with CFS, and another virus isolated from a patient with systemic lupus erythematosus (SLE), dramatically altered the behavior of animals tested in a University setting. Evidence for viral infection could be found throughout the various organs of the animals, including the brain. The reason that most symptoms relate to the brain damage is that, unlike other organs, the brain uses different separate regions to carry out its multiple functions. Other organs function more uniformly. Therefore, limited localized damage in organs other than the brain can be easily compensated by heightened activity elsewhere in the same organ. Cross-protecting, functional compensation does not operate well in the brain; rendering stealth virus infected individuals especially vulnerable to neuropsychiatric illnesses and cognitive impairment, making even normal life tasks difficult. All organs, including the brain, can be indirectly affected, for example, if the stealth viral damage evokes an autoimmune response. This can be seen in cases of SLE, multiple sclerosis, thyroid diseases, rheumatoid arthritis, and many other illnesses. Cancer is yet another example where damage, even to a single cell, can result in a life-threatening illness. Stealth virus associated cancers are especially likely in those patients in whom the cancer occurs following a long history of CFS-like or some other neuropsychiatric or autoimmune illness. has completed double blind studies on patients with multiple myeloma and is currently working with selected patients with breast, prostate and brain tumors. The hallmark of stealth virus infection, whether in the tissues of patients or inoculated animals, includes damage to the cell's powerhouse, the mitochondria, with a compensatory increase in cellular fat (lipid). This causes the cells to be starved of the necessary energy resources needed to perform properly, which is why stealth virus infected individuals experience post exertion fatigue and cognitive impairment. Using the established culture method, has identified stealth viral infections in most patients currently being diagnosed as having the CFS. Stealth virus infections are also consistently being found in patients with other clinically related illnesses such as fibromyalgia, and Gulf War Syndrome. Clinically, these patients are similar to those currently labeled as having chronic Lyme disease. However, since the lipid-laden cells infected with a stealth virus appear especially favorable to the growth of intracellular bacteria, including Borrelia burgdorferi, the agent of Lyme disease, it is possible to have both infections. has seen positive stealth virus cultures in Lyme disease patients, including many that have been clinically unresponsive to years of antibiotic therapy. Stealth virus infections can cover a wide spectrum of illnesses, which make their detection and acceptance by the medical community more difficult than if a single virus was being linked to a single disease. Thus, more research and education on stealth viruses is urgently needed. ORIGINS OF STEALTH VIRUSES The best studied stealth virus unequivocally originated from the type of virus known to contaminate the kidney cell cultures used to produce live poliovirus vaccine. Until very recently, polio vaccine was grown in kidney cells obtained from African green monkeys. As far back as 1972, it was known that these cultures were contaminated with monkey cytomegalovirus. Despite the finding of African green monkey- derived stealth-adapted cytomegalovirus in a patient with CFS and in another patient with a severe manic depression, Federal authorities declined to fully sequence the African green monkey simian cytomegalovirus (SCMV). This task has been undertaken by CCID without any outside funding. CCID has also assisted other investigators in documenting the contamination of early poliovirus vaccines with another Simian Virus called SV40. Recently reported findings have demonstrated the persistence of at least a portion of this virus in patients with lymphoma. Stealth adaptation has conceivably occurred with numerous types of viruses, including such entities as Epstein-Barr Virus, human herpesvirus-6, human cytomegalovirus, hepatitis C virus, SV40 and parvovirus. Viral cultures, as performed at CCID, provide the most sensitive test method to screen for all types of stealth-adapted viruses. VITERIA - A NEW LIFE FORM Certain stealth viruses have acquired genes from bacteria and have been co-designated as viteria, since they contain both viral and bacterial genes. Researchers at CCID have uncovered disturbing evidence for this new life form in ongoing studies on the SCMV- derived stealth virus. DNA sequencing studies on purified virus showed the unexpected additional presence of modified genes from Brucella, mycoplasma, Streptococcus and other bacteria. The presence of bacterial genes in stealth viruses can help explain the misleading positive test results for various bacteria in stealth virus infected patients. More importantly, the findings indicate that certain stealth viruses have managed to breach the normal barrier that separates human and animal viruses from bacteria. The passage of stealth viruses through bacteria may have profound consequences to the genetic stability of bacterial and animal populations. It will also make the task of controlling the spread of stealth viral infections so much more difficult. Could viteria infection explain the rise in unusual illnesses within our communities? CCID researchers certainly think so. They have cultured atypical viruses from numerous patients that posed diagnostic difficulties for their doctors. " There is no doubt that viteria can cause brain damage leading to learning and behavioral problems in children, fatigue and depression in adults, and dementia in the elderly " says Dr. . " Once someone is infected within a family, it is not uncommon to see other family members, and even household pets, begin to develop symptoms and to test positive for viteria. " Dr. continues, " The growing concern now is evidence that viteria can acquire genes that cause human and animal cancers. Many cancer patients will report that well before the cancer developed, they were aware that something was wrong with their body. Many were experiencing unusual fatigue, not sleeping well and having difficulties with daily tasks that required mental effort. Sadly, many of these same symptoms can be present in other family members, adding to the emotional and financial difficulties in coping with a newly diagnosed cancer. Viteria testing in these patients is necessary to exclude the possibility of infected bacteria causing an infectious cancer epidemic. If cancer patients are infected, they may well benefit from anti-stealth virus treatments. " SCIENTIFICALLY VALID CLINICAL TRIALS CCID discourages the clinical categorization of chronic fatiguing neuropsychiatric illnesses into such entities as CFS, fibromyalgia, depression, schizophrenia, amyotrophic lateral sclerosis, Parkinson's, Alzheimer's, etc. Patients with these syndrome complexes should be viewed as potentially having multi-system illnesses due to persistent stealth viral infections. This realization can lead to a more comprehensive analysis and understanding of the patientsâ€T medical, psychological and cognitive problems. It can also lead to treatment efforts directed towards suppressing the virus and correcting the associated cellular metabolic disorders. The integration of laboratory and pharmacy provides a solid foundation for approved and scientifically valid clinical trials. A goal of CCID is to establish a national center for the research and treatment of stealth viruses. The basic premise is that many mental and other illnesses are the manifestations of a non-inflammatory stealth virus infection of the brain. Methods to culture stealth viruses are being taught to other laboratories. CCID has identified stealth virus inhibitory material, termed Epione, in the material released from infected cells. Efforts are underway to purify and characterize this material, and to produce sufficient quantities for experimental testing both in tissue culture and in infected animals. In the interim, it is important to test various patient and control groups of individuals, to determine the prevalence of stealth virus infections in patients with various types of illnesses. This will provide the opportunity to see if many of the commonly used medications for the particular diseases will affect the levels of stealth virus infection. In addition, the therapeutic response of infected patients to currently available anti-viral agents, such as Ganciclovir, needs to be evaluated in a clinical research setting. It is proposed that a proportion of both the outpatient and inpatient facilities at selected hospitals be assigned for clinical stealth virus research. Partial funding for this activity is expected from donations and from monies generated from stealth virus and other clinically justified testing. A proportion of monies generated from these activities will also be applied to this research program. HOPE ON THE HORIZON Stealth virus research has shown that chemokines are likely involved in the replicative process of stealth viruses and a number of pharmacological agents, including many herbal medicines, are known to effect chemokine production. Therefore, various combinations of these agents or protocols need to be explored to assess their ability to suppress stealth virus replication. The preliminary indications are positive, with various collaborating physicians reporting both short and long-term improvements in their stealth virus infected patients. These observations need to be confirmed in double blind, placebo controlled studies. To that end, Dr. and his colleagues are in the process of defining various alternative treatment protocols for side by side comparisons. Information on such protocols is not intended to be medical advice but rather, for the information of clinicians. Any treatment using any of the proposed protocols must be done under the supervision of the patient's doctor in coordination with the CCID. CCID has outlined the following approach to treating the stealth virus component of a patient's illness: i) Strengthen normal neural networks to relieve the neural dysrhythmias that result in altered personality, impaired thinking and mood disorders. ii) Support mitochondrial function since this appears to be the weak link in the cellsâ€T metabolic functioning. iii) Suppress stealth virus using various combinations of anti- chemokine and conventional anti-viral agents and iv) Search for other potential manifestations of stealth viral infections, including endocrine auto-immune diseases, cancer, cardiac disease, coagulation and other problems. CCID is also currently pursuing the use of various energy medicine modalities to suppress stealth virus replication and reinvigorate stealth virus infected cells. NEED FOR FINANCIAL ASSISTANCE Stealth virus and SCMV sequencing is a costly undertaking. So too are the purification and characterization of Epione, and the cost of clinical trials. Stealth virus infected patients soon struggle to maintain an income, and may find themselves without resources for further medical care. This tragedy can be coupled with the deterioration of the health of other family members. While a spouse and children may have varying diagnoses, there are common features of a pervasive family illness that is not yet understood by most physicians and Public Health authorities. It is of paramount importance that research on stealth viruses not be stymied for lack of a public commitment. Before this type of disease strikes you or your family, please give generous financial support to CCID to expand their important studies. Tax exempt donations can be made to CCID at 3328 s Avenue, Rosemead CA. 91770. The money will help cover general expenses or it can be specifically ear marked to the DNA Sequencing, Epione, Clinical Trials, or Energy Medicine Trust accounts. Credit card payments can be accepted by phone at (626) 572- 7288. Individuals wishing to participate in clinical trials or to be tested for stealth viruses should have their physicians contact CCID for further details. Your physician should also be referred to the CCID's web site at www.ccid.org >--------------------------------------------------------- EDITOR'S NOTES: 1. Patients should visit the CCID website www.ccid.org to learn more, and pass this article on to their physicians. 2. Dr. Rica Bogdany has been working closely with Dr. and CCID in testing and treating stealth virus infected patients. She is eager to share her treatment protocols and outcomes with other physicians so that they may assist their patients in recovering. ONLY Physicians may contact her in Orlando, FL. at (407) 859-1699. -Anne Platel, Publisher & Editor: The National Inspirer: Enriching Mind Body & Creative Spirit (904) 491-8676 * chrisplatel@... For more information regarding Stealth Virus Infections, See also Dr. s Web Page http://www.ccid.org Quote Link to comment Share on other sites More sharing options...
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