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Nanobacteria -- The New Thing In Heart Disease

Source

Click HERE for Dr. Elmer Cranton's comments on Nanobacteria

 

NanobacLabs
 


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What are Nanobacteria?

Additional References

Scientific Publications about Nanobacteria and other Pertinent Readings


 

What are Nanobacteria?
Copyright NanobacLabs 2001

The term “Nanobacteria” is short for it’s scientific genus & species name Nanobacterium sanguineum, a Latin term for blood nanobacteria. Nanobacteria are “nano”-sized in that they are from 20-200 nanometers in size (a nanometer is 1 billionth of a meter) and are described as the smallest known self-replicating bacteria.

Nanobacteria are far smaller than any known bacteria. Indeed, many critics believe they are smaller than the minimum possible size for a living cell.

Some scientists argue that these tiny structures were formed by geological processes, not biological ones. They point out that there is no evidence for life forms only 10% of the size of the smallest known microbes on Earth.   Source

[Karl Note:  It is entirely possible that these "things" are actually created by the damaging action of free radicals inside cells!]

 

 

 

Nanobacterium sanguineum is an “emerging infectious disease” meaning that it is newly discovered and that the diseases it cause are currently being researched and described. Its DNA and RNA have been described and mapped by multiple scientific researchers. It is not a nice bug and it has no known benefit to humans.
Nanobacteria (NB) are extremely small, slowly growing bacteria that can be cultured from the blood of humans and mammals. It’s size is 20-200 nanometers. Compared to “regular” bacteria, NB is 1/1,000 the size, allowing it to easily move around into other cells and invade them. NB causes apoptosis (cell death) when exposed to other cells or bacteria. It can cause alteration of the gene-expression pattern of other cells. When compared to other bacteria, it grows very, very slowly, only reproducing every 3 days…..”regular” bacteria reproduce in minutes or hours. Nanobacteria cannot be grown in standard culture media and can only be grown in mammalian blood or serum. Nanobacteria were discovered by Nobel Prize Nominees Dr. Neva Ciftcioglu, PhD and Olavi Kajander, MD, PhD as a “contaminant” in mammalian cell cultures that kept killing the mammalian cells (apoptosis) in their mammalian cell culture research.

Dr. Olavi Kajander &
Dr. Neva Ciftcioglu

Discoverers of Nanobacterium sanguineum

Because of its extremely small size and extremely slow growth rate, NB has avoided detection and scientific study until recently. Nanobacteria can only be seen using electron and atomic force microscopes.

        Electron Micrographs of Nanobacterium sanguineum


Fig.1 Nanobacteria in the Heart

 


Fig.2 Nanobacteria in the Heart

Fig.3 Nanobacterial Kidney Stone

Fig.4 Nanobacteria in Cataract

 

Figs.1,2,4-Folk R,Kirkland B,Lynch F-Univ.Texas; Fig.3-Kajander O,Ciftcioglu N-Univ.Kuopio

Nanobacteria are “pleomorphic” which means that they have different physical bodies during their life cycle and can change appearance and form during their growth and development. One form described is 20-100 nanometers in size with a “unique” and “unusual” cell membrane structure. This form “oozes” or secretes a calcific biofilm “gooey slime” around itself that provides protection as well as allowing for multiple nanobacteria to connect, collaborate and somehow function together as a unit or colony. This calcific biofilm allows the NB to act like “slime molds” that can expand, contract and move.

This Biofilm-phase of Nanobacterial life appears to be present when the Nanobacteria are chemically attacked, physiologically stressed, environmentally attacked, when they are working together or reproducing. The calcific biofilm that is secreted by the nanobacteria is a potent endotoxin and mediator (cause) of inflammation and swelling. In other words, our bodies react aggressively in response to the presence of this nanobacteria-secreted biofilm with swelling and irritation, the release of cytokines, interleukins, leukocytes, mast cells, collagenase, matrix metalloproteinases and etc. Our bodies react by trying to wall off the area of nanobacterial infection. When Nanobacteria are in an enclosed area, they cause chronic inflammation and swelling. Most of the commonly known medical “markers of inflammation” (C Reactive Protein, MMP's, MPO, Interleukins, etc.) are found to be elevated in response to the endotoxin in the nanobacterial biofilm.

[Karl Note:  Dr. Garry F. Gordon, the founder of the intravenous chelation group of doctors discovered that oral chelation is, in fact, better than IV chelation.  The Group of IV doctors is called ACAM -- the American College of Advancement in Medicine.  That group refused to allow its own founder, Dr. Gordon, to present his many studies on the effectiveness of oral EDTA to the group.  So, Garry quit that group and for many years has been perfecting and lecturing about the advantages of the oral chelation approach.

Garry has now become very famous, all over the world, as a distinguished physician who solves medical problems with natural alternatives to drugs.  I have a very large web section devoted exclusively to Garry F. Gordon -- HERE.

One of the features of the Gordon Web Site is a selection of recorded lectures, mostly by Dr. Gordon, but also others.  Some of these lectures you can actually download from my site, at no cost. Others can be purchased from Dr. Gordon's organization.

These lectures are mostly aimed at the medical doctor, but if you take the time to listen several times and look up the words you don't understand, you can get a great deal of fascinating information from them.  For each of these lectures, as I listen to them, I have some notes on a separate page.  You can listen to the lectures, yourself, and you can also review my notes from having listened to those lectures.

In several lectures Dr. Gordon describes the huge importance of "inflammation" as a important factor in heart disease - in this sense he is agreeing with Dr. Furster.  But, while Dr. Furster and others like him find new data about heart disease and cancer, they also are driven by the drug company money in their studies, and can only be expected to also discover some new drug that will handle the newly discovered health problem.

What Dr. Gordon does is look over these new studies, but then apply his vast knowledge of natural remedies to find products that are NOT drugs, but do as well as or better than drugs in handling the problem.  In many cases it is not so simple as to say, "Just use the herb, Cat's Claw for inflammation."  There are good companies out there, not drug companies, doing their research with vitamins and herbs.  In this case Garry found a very specially refined version of Cat's Claw that is far, far better at reducing C Reactive Protein levels.

Thus, you can read about new discoveries, such as C Reactive Protein, and in hundreds of places you will find some new drug being touted as the remedy.

Check out my web about Garry F. Gordon and you may well find a natural alternative.  There is more information on this natural alternative to a drug for handling C Reactive Protein.  CLICK HERE for my lecture notes on that.

Other pages where I describe this C Reactive Protein are HERE:

Vulnerable Plaque -- The New Kid On The Block!
... During the inflammatory process, a substance-C-reactive protein-is
produced in the blood. By measuring blood levels of C-reactive ...
www.chelationtherapyonline.com/articles/p204.htm - 56k - Cached - Similar pages

Heart-Disease Sleuths Identify Prime Suspect: Inflammation of ...
... They checked samples from 543 doctors who they knew eventually had heart attacks
or strokes, to see what their levels of C-reactive protein had been about ...
www.chelationtherapyonline.com/articles/p195.htm - 71k - Cached - Similar pages

ORAL CHELATION – THE OTHER SIDE OF THE STORY by Dr. Garry F. ...
... inflammatory therapy to deal with the newly recognized molecular risk factors such
as fibrinogen, ultra sensitive C-reactive protein, Intracellular Adhesion ...
www.chelationtherapyonline.com/anatomy/p63.htm - 51k - Cached - Similar pages

Is Cholesterol-Lowering Therapy Worthwhile in the Elderly? No!
... to mirror the mechanism in humans and is buttressed by data from human studies in
which patients with CHD who reduced their C-reactive protein levels through ...
www.chelationtherapyonline.com/articles/p159.htm - 94k - Cached - Similar pages

 

Chronic inflammatory responses are usually seen in areas where nanobacteria are found. Nanobacteria can infect any tissue or cell and have even been seen and photographed killing T-6 Lymphocytes, an important part of our immune system.

The nanobacteria-secreted calcium biofilm calcifies and hardens around the nanobacteria forming a hard calcified “shell” around itself. In this calcified state, these nanobacteria can either reproduce upon themselves forming aggregate “budding-like” clusters or they can just remain in a state of “relative calcified dormancy”. Our body does not recognize calcified nanobacteria as a foreign substance or pathogen. When in their calcified “igloo-structure” form, our bodies “see” these nanobacteria as common “calcium”, a substance found throughout our bodies at all times.

Because of the unique genetic characteristics of Nanobacterium sanguineum, its pleomorphism, its incredibly small size and extremely slow growth rate, it had eluded detection until discovered by Dr. Ciftcioglu and Dr. Kajander.

Even the most seasoned of microbiology researchers have to be specifically taught how to culture, isolate and observe these nanobacteria. NanobacLabs now has available the nanobacTEST diagnostic testing for Nanobacterial Antigen and Antibodies that test for active nanobacterial infection and/or exposure to nanobacteria. Even a recently published government study on Nanobacteria was inherently flawed and invalid because their nanobacterial cultures were contaminated with regular bacteria….invalidating their DNA findings.

OF NOTE: For 20+ years, researchers have been trying to implicate Chlamydia pneumoniae to be involved in atherosclerosis and plaque development because it is routinely found to be positive to Chlamydia pneumoniae antibody Elisa testing, yet researchers have yet to be able to "grow out" this Chlamydia from atherosclerotic plaque. The lack of Chlamydia pneumoniae in plaque as determined by PCR and negative culture results has caused medical researchers to abandon this line of thought. Now, multiple nanobacterial researchers have shown that Nanobacterium sanguineum causes a "false positive" on Chlamydia pneumoniae Elisa testing. Since these hundreds of cardiovascular researchers have not found Chlamydia Pneumoniae in plaque (and have stopped looking for it), it is more than reasonable to conclude that the presence of Nanobacterium sanguineum in atherosclerotic plaque is what they have been finding for all these years. Cardiovascular researchers have in essence been finding Nanobacterium sanguineum all this time, but finding it as a false-positive Chlamydia pneumoniae Elisa test.

As reported May 23rd, 2001 at the 101st General Meeting of the American Society for Microbiology, Nanobacteria has been found to be a contaminant in previously assumed-to-be-sterile medical products, specifically IPV Polio Vaccine. Most human biologicals and vaccines are made in fetal bovine serum, a medium that is known to be contaminated with nanobacteria. In order to prevent this problem, human biological products must be made in Nano-Free Culture medium (filtered first through 20 nanometer filters and then Gamma-Irradiated with 150 megarads to kill any nanobacteria present.

Nanobacteria has been shown by multiple scientific researchers to be the cause of the pathological (disease-causing) calcification found in Atherosclerotic Plaque, Coronary Artery Plaque, Heart Disease, Kidney Stones, Polycystic Kidney Disease (PKD), Cataracts, Scleroderma, Psoriasis, Eczema, Lichen planus, Liver Cysts, Breast Calcification, Prostate Calcification, Dental Plaque and Periodontal Disease, Rheumatoid Arthritis, Osteoarthritis, Fibromyalgia, Spurs and have been implicated to be involved in certain cancers, blood disorders, and myelodegenerative disorders such as Multiple Sclerosis, Lou Gehrig's and Alzheimer’s Disease. This is indeed a large list of diseases, but all are involved with pathological calcification. Multiple Scientific Researchers believe that Nanobacteria are the cause of all pathological calcification in humans and mammals. Prior to the basic science discoveries made by many nanobacterial researchers, there was no valid medical or scientific explanation as to why calcification is involved in all of the above disease processes. Calcification by Nanobacterium sanguineum is the only valid explanation. When this is explained to most physicians, their general response has been “Wow, it all makes sense now!”. Nanobacteria it's pathological calcification are implicated to be either the cause or instrumental in most all degenerative disease processes.


Wish as we may, there are no known natural substances that can kill these Nanobacteria. Additionally, Nanobacterium sanguineum cannot be killed by Penicillin, Cephalosporins, Macrolides, most other antibiotics, Heat under 196F (90C) degrees, Freezing, Dehydration, Gamma Irradiation under 150 MegaRads, other Bacteria or Viruses, Alcohol, Peroxides, Garlic, Colloidal silver, IP6, MGN3, Lactoferrin, Frequency generators, Immune boosters, Colostrum, Transfer Factors, Immunoglobulins or herbals. These nanobacteria are extremeophiles and are probably the most highly resistant of all bacteria to destruction. In order to treat a nanobacterial infection, you first have to remove their protective calcium shells, and then kill them with an agent specifically effective as an anti-nanobacterial, specifically our NanobacTX.

[Karl Note:  You cannot kill something which is not alive!  You can, however, remove it from wherever it might be!]

In one of our Pilot Studies between NanobacLabs and Drs. Ciftcioglu & Kajander (University of Kuopio, Finland) and Nanobac Oy, Finland using the nanobacTEST Nanobacterial Antigen and Nanobacterial Antibody Test, our scientifically-designed prescription NanobacTX was shown to eradicate calcified Nanobacterium sanguineum and its calcification in patients.


NanobacTX by NanobacLabs is the only treatment scientifically shown in clinical studies to be effective in eradicating Nanobacterium sanguineum. All other modalities have failed. NanobacTX is available only by physician prescription. The nanobacTEST for Nanobacterium sanguineum Antigen and Antibodies is now available. You may call NanobacLabs TollFree at 1-877-676-2241 to find out how to get tested for nanobacterial infection.

 

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Additional References

Recent Scientific Studies on Nanobacteria
 

• Puskas LG, et al. Detection of Nanobacterium sanguineum in Human Atherosclerotic Plaques, DNA Chip Laboratory, Hungarian Academy of Sciences, Departments of Pathology, Pharmacology & Pharmacotherapy, University of Szeged; Szeged, Hungary, unpublished original manuscript. Research was funded by a Bristol-Myers-Squibb Award in Cardiovascular Research, 1998. Currently submitted for publication in CIRCULATION.
 

• Ciftcioglu N, Detection of Nanobacteria in Viral Vaccines. 101st General Meeting American Society of Microbiology, Session 78, paper Y-3, Orlando, FL, May 23rd, 2001.

International Nanobacterial Symposium Proceedings
MicroTeknia Science Center
March 8, 2001 - Kuopio, Finland.

PRESENTERS:

• Mezo G, Nanobacterial Therapeutics and Objective Assessment of Decreases in Coronary Artery Calcification. NanobacLabs, Tampa, Florida.

• Puskas L, Nanobacteria in Atherosclerotic Plaques. DNA Chip Lab, Department Biological Research, University of Szeged, Szeged, Hungary.

• Ciftcioglu N, What Nanobacteria are and their Identification. Department of Biochemistry, University of Kuopio, Kuopio, Finland.

• Kajander OE, Nanobacteria in Kidney Stones, Department of Biochemistry, University of Kuopio, Kuopio, Finland.

• Aho K, In Vivo Bio-Distribution and Toxicity of Nanobacteria. Department of Biochemistry, University of Kuopio, Kuopio, Finland.

• Hjelle T, Polycystic Kidney Disease (PKD): Is it an Emerging Infectious Disease?. University of Illinois College of Medicine, Peoria.

• Miller-Hjelle M, Endotoxin and Nanobacteria in Human Kidney Tissue. University of Illinois College of Medicine, Peoria.

• Garcia-Cuerpo E, Nanobacteria in Experimental Kidney Stone Formation. Department of Medicine, Alcala University, Madrid, Spain.

• Holmberg M, Prevalence of Human Anti-Nanobacteria Antibodies Suggest Possible Zoonosis. Department of Medical Sciences, Uppsala University, Uppsala, Sweden.

• Harvima R, Association of Nanobacteria with Dermatological Diseases. Department of Dermatology, University of Kuopio, University Hospital, Kuopio, Finland.

The above Abstract Presentations from the International Nanobacteria Symposium can be read by clicking on “Current Research” above or at : www.nanobacLabs.com

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Scientific Publications about Nanobacteria and other Pertinent Readings

This Section is continuously updated. Please Come Back Often!

• Hjelle T, Miller-Hjelle M, Poxton I, Kajander O, Ciftcioglu N, et al. Endotoxin & Nanobacteria in Polycystic Kidney Disease. International Society of Nephrology; Kidney International; 57 2000:2360-2374.• Kajander O,Ciftcioglu N,Miller-Hjelle M, Hjelle T. Nanobacteria: controversial pathogens in nephrolithiasis and polycystic kidney disease. Curr Opin Nephrol Hypertens 10:000-000, 2001

• Miller-Hjelle M. Living Nanobacteria recovered from Human Cystic kidney and liver fluids. 99th General Meeting of the American Society of Microbiology, Session 112, paper C193, May ’99.

• Ciftcioglu N, Detection of Nanobacteria in Viral Vaccines. 101st General Meeting American Society of Microbiology, Session 78, paper Y-3, Orlando, FL, May 2001.

• Puskas LG, et al. Detection of Nanobacterium sanguineum in Human Atherosclerotic Plaques, DNA Chip Laboratory, Hungarian Academy of Sciences, Departments of Pathology, Pharmacology & Pharmacotherapy, University of Szeged; Szeged, Hungary, unpublished original manuscript. Research was funded by a Bristol-Myers-Squibb Award in Cardiovascular Research, 1998. Currently submitted for publication in CIRCULATION.

• Lopez-Brea M, Selgas R. Nanobacteria as a Cause of Renal Diseases and Vascular Calcifying Pathology in Renal Patients “EndoVascular Lithiasis”. Enferm Infec Microbiol Clin 2000 Dec;18 (10):491-2.

• Ciftcioglu N, Ciftcioglu V, Vali H, Turcott E, Kajander O. Sedimentary Rocks in our Mouth: Dental Pulp Stones made by Nanobacteria. Proc SPIE 3441:130-136, 1998.

• Kweider M, Lowe G, Murray G, Kinane D, McGowan D. Dental Disease, Fibrinogen and white cell count; Links with Myocardial Infarction. Scottish Med J 1993 Jun;38(3):73-4.

• Libby P, Egan D, Skarlatos S. Roles of Infectious Agents in Atherosclerosis and Restenosis. Circulation 1997;96:4095-4103.

• Chan D, Jarrett T, Kavoussi L, Nelson J. Nanobacteria: Association with Renal Calculi
AUA 1999, May.

• Miller-Hjelle M. Nanobacteria Responsible for Brain Sand. Proc ICEID 2000, Session 29.

• Breitschwerdt E, Sontakke S, Cannedy A, Hancock S, Bradley J. Infection with Bartonella weissii and Detection of Nanobacterium sanguineum Antigens in a North Carolina Beef Herd. J Clin Microbiol 2001 Mar;39(3):879-82.

• Kajander O, Ciftcioglu N, Bjorklund M. Nanobacteria and Man. Enigmatic Microorganisms and Life in Extreme Environments; Kluwer Pub.;195-204, 1999.

• Kajander O, Ciftcioglu N. Nanobacteria: An Alternative Mechanism for Pathogenic Intra- and Extracellular Calcification and Stone Formation. Proceedings National Academy of Science; 95 (14):8274-8279, 1998.

• Ackerman K, Kuronen I, Kajander O. Scanning Electron Microscopy of Nanobacteria-Novel Biofilm Producing Organisms in Blood. Scanning 1993;Vol 15, III.

• Garcia-Cuerpo E, Kajander O, Cidtcioglu N, Lovaco-Castellano F, et al. Nanobacteria: An Experimental NeoLithogenesis Model. Arch Esp Urol.2000 May;53(4):291-303.

• Kramer G, Klingler H, Steiner G. Role of Nanobacteria in the Development of Kidney Stones. Curr Opin Urol. 2000 Jan;10(1):35-8.

• Vainshtein M, Kudriashova E. Nanobacteria. Mikrobiologiia; 2000;69(2):163-74.

• Tapper R. Atomic Force Microscopical Observation of Biofilms. 1998. PhD Thesis. University of Portsmouth, UK.

• Ray J, Stetler-Stevenson W. The Role of Matrix Metalloproteinases and their Inhibitors in Tumor Invasion, Metastasis and Angiogenesis. Eur Res J 1994;7:2062-72.

• Greenwald R. Treatment of Destructive Arthritic Disorders with MMP Inhibitors….
Ann NY Acad Sci 1994;732:199-205.

• Travis J. “The Bacteria In The Stone”. Science August 1998.

• Kajander O, Aho K, Segal V. Apatite Biofilm Forming Agent: Nanobacteria as a Model System for Biomineralization & Biological Standard for Nearfield Optical Analysis.
Proc NOA, Ulm Germany, November 2000.

• Ueda M. Oxidized LDL: Marker for Unstable Angina & MI Circulation 2000, April.

• Mezo G. Nanobacteria as Instigators in Atheroneogenesis, Atherosclerotic Inflammation and Plaque Destabilization.
Unpublished Manuscript 2001.

• Ciftcioglu N, Kajander O. Interaction of Nanobacteria with Cultured Mammalian Cells. Pathophysiology 4:259-270, 1998.

• Freimuth V, Linnan H, Polyxeni P. Communicating the Threat of Emerging Infections to the Public. CDC Emerg Infec Dis 6(4), 2000.

• O’Rourke RA, et al. American College of Cardiology/American Heart Association Expert Consensus Document on electron-beam computed tomography for diagnosis and prognosis of Coronary Artery Disease. J Am Coll Cardiol 36:326,2000.

• Nazir R, Gupta S. Clinical Significance of Coronary Calcification. Emer Med 2001 Feb:107-110.

• Simon H, Etkin M, Godine J, Heller D, Kuter I, Shellito P, Stern T, Peckham C, Chevins C. What are Kidney Stones?, an overview… WebMD Original Article 1680.51538, 1998.

• Simon H, Etkin M et al. What is the cause of Scleroderma?. WebMD Original Article, 1680.51910, 1999.

• Budoff M, et al. Coronary Artery Calcium Is a Strong Predictor of Future Coronary Events. J Am Coll Cardiol 2001;38:105-110.

• Jantos C, Nesseler A, Waas W, et al. Low Prevalence of Chlamydia pneumoniae in Atherectomy Specimens from patients with Coronary Heary Disease. Clin Infect Dis 1999;28(5):988-92.

• Eggen D, et al. Coronary Calcification: Relationship to clinically significant coronary lesions and race, sex and topographic distribution. Circulation 32:948, ’65.

• Rumberger J, Simons D, Fitzpatrick L, et al. Coronary Artery Calcium Area by Electron Beam Computed Tomography and Coronary Atherosclerotic Plaque Area: a Histopathologic Correlative Study. Circulation 1995;92:2157-62.

• Sangiorgi G, Rumberger J, Severson A, et al. Arterial Calcification and NOT Lumen Stenosis is Highly Correlated with Atherosclerotic Plaque Burdens in Humans: a Histologic Study of 723 Coronary Artery Segments using Nondecalcifying Methodology. J Am Coll Cardiol 1998;31:126-33.
 

• Joseph A, Ackerman D, Talley J, et al. Manifestations of Coronary Atherosclerosis in Young Trauma Victims—an Autopsy Study. J Am Coll Cardiol 1993;22:459-67.

• Carr S, Farb A, Pearce W, et al. Activated Inflammatory Cells are Associated with Plaque Rupture in Carotid Artery Stenosis. Surgery 1997;122:757-63.

• van der Wal AC, Becker A, van der Loos CM, et al. Site of Intimal Rupture or Erosion of Thrombosed Coronary Atherosclerotic Plaques is Characterized by an Inflammatory Process Irrespective of the Dominant Plaque Morphology. Circulation 1994;89:36-44.

• Pasterkamp G, Schoneveld A, van del Wal AC, et al. Inflammation of the Atherosclerotic Cap and Shoulder of the Plaque is a Common and Locally Observed Feature in Unruptured Plaques of Femoral and Coronary Arteries. Arterioscler Thromb Vasc Biol 1999;19:54-8.

• Rifai N, Joubran R, Yu H, et al. Inflammatory Markers in men with Angiographically Documented Coronary Heart Disease. Clin Chem 1999;45:1967-73.

• Holvoet, P, et al. Circulating Oxidized LDL a Sensitive Marker of CAD.Arterioscler Thromb Vasc Biol 2001;21:844-8
 

Copyright 2001, NanobacLabs.

 

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Source:                Chelation Therapy On Line Web Site
Contact_FirstName:     Gary
Contact_LastName:      Mezo
Contact_MiddleInitial:
Contact_Title:         Dr./Pres/CEO
Contact_Organization:  NanobacLabs
Contact_WorkPhone:     Tollfree 1-877-676-2241
Contact_HomePhone:    
Contact_FAX:           Tollfree 1-866-Nanobac
Contact_Email:         gmezo@nanobaclabs.com
Contact_URL:           www.nanobaclabs.com
 


Dear Karl,

I have noted that you are using my copyrighted material on your website.

[Karl Note:  Copyrighted material is subject to the "fair use" doctrine, covered here.  My use of this material is fully covered by this doctrine.]

Please call me to discuss this.

This research is too important to be misconstrued in any way.

We have proof that we are indeed eradicating nanobacteria, the calcification they cause and the atherosclerotic plaque they cause: meaning that we are reversing heart disease.

[Karl Note:  I continue to find, based on all my research and study, that heart disease is caused by free radical damage, and that the "plaque" being talked about so casually in the popular press is NOT a coating on the inside of an artery, but excessive calcium INSIDE individual cells.  If "nanobacteria" can be shown to exist, and be alive, I would be further interested, but they would still have to fit into a "free radical theory of disease" that is well established, by Dr. Harmon, originally, and now accepted by many others, including me.]

Please do not distort or imply that free-radicals can cause nanobacteria....that inference is destructive.

You really must report only the facts....many read your website.

If they are led to believe that oral supplements can help nanobacterial infections in any way, they may resort to all kinds of supplements that will not help.

[Karl Note: This, of course, goes against 17+ years of fantastic success with my formula -- using various chelating agents to remove metals, thus reducing free radical activity, thus allowing cells to be revitalized, and blood circulation to improve.  There may or may not be actual nanobacteria that exist, but their existence does not need to be a part of successful treatment of metal toxicity, free radical proliferation, and resultant cell damage.]

Please, we all have a moral imperative here. Heart Disease is largely resultant from a nanobacterial infection.

[Karl Note;  I disagree. That is what the "fair use" doctrine of the copyright law is intended for.]

Nanobacteria are the toughest of all earthly pathogens....we have spent millions on our research and its just the beginning.

[Karl Note: To the man with a hammer, all the world looks like a nail!  If I had spent millions on research into something, I might well be inclined to want to sell the idea, too.  I have, myself, fallen for false information at times in the past.  Fortunately, not having any great amount of money invested, but only pride, it has been easy for me to admit I was wrong.]

Supplements will help to boost our immune system if it is impaired, but FACT: ! no supplements will kill nanobacteria.

[Karl Note: I would never claim to be able to kill something that is  not alive!  See my article on the subject of the AIDS virus.  Literally billions of dollars of supposed research money has been spent to figure out how to "kill" the AIDS virus when, in truth, the AIDS virus is not a living thing.  Click here to read my full expose of this scandal in "medical research."

Nanobacteria seem to have some origin in interstellar rock dust -- or life on other planets -- or whatever mysterious origin you care to read about. Click here, or here to read articles about nanobacteria.]

Our bodies have absolutely NO defenses against nanobacteria.

[Karl Note: The real truth here is that our bodies have no defense against free radicals.  We have lots of defense against REAL bacteria.  Our immune system is well designed to handle living bacteria.  Our immune system can do NOTHING against free radicals.]

They even kill our lymphocytes and NK cells. We make antibodies against the nanobacterial biofilm so that our bodies will rush to the area to kill nanobacteria, but when they arrive to the scene to kill....they cannot detect any nanobacterial presence (nanobacteria are too small).

[Karl Note:  Here is the first internal inconsistency.  The originator of this process claims that nanobacteria are alive!  I dispute that.  In this paragraph, above, he claims that antibodies rush to kill nanobacteria but can't find them -- they being too small to detect. Is that not an oxymoron!  If they are too small to detect, how can the immune system recognize that some anti-bodies are needed?]

...it's like fighting against the invisible man.

Meanwhile, when our defense system arrives, the nanobacteria invade our lymphocytes and NK and kill them.

[Definitely, like those who spread the AIDS hoax, this man has given the attributes of LIFE to a nanobacteria -- saying that it "invades" the lymphocytes, etc.  How can something which is NOT ALIVE do any invading.  It is the same fruitless argument used about AIDS -- the claim that the AIDS virus invades a cell and causes damage. Something which is NOT alive does not invade anything.]

Please, I beg of you, if you want to display our pages....please do so without commentary unless we talk about it.

[Karl Note:  I have made "fair comment" on this subject, and have published their complaint.  I will be pleased to publish any continuing dialogue on this matter -- hoping that the truth will be the victor!]

This is too big to be distorted.

If you don't believe me, just wait until our prelim results of the cardiology study are published in April....it is huge. '

My mission is pure: educate the world about nanobacterial infections, R & D on nanobacterial infections, diagnosis & treatment of nanobacterial infections and reversal of the effects of pre-existing nanobacterial infections.

We are a Christian organization and conduct ourselves accordingly.

[Karl Note:   Christianity has no lock on the truth, nor does the Bible on Science.  Have there been no Christian criminals?]

We know what we are up against, and it is huge as well.

I really appreciate that you find our work important, but it is extremely important not to color or distort the findings.

I look forward to your phone call.....

God Bless,

Gary


Dear Gary,

My mind is still open to your thesis, but I view "new science" as having to meet the obligation of having links to traditional science.  I am far beyond the usual cardiologist in my explanation of heart disease, but I am not so far beyond that I cannot link my concept with well established science, including the activity of free radicals and the results of having heavy metals in the body.

When some "new science" is so far beyond the current scene, it is almost by definition, not capable of being proven or disproved.

It seems to me that you are denying the role that free radicals and metals play in the progress of heart disease.

Whether a nanobacteria is "alive" within the traditional definition of "life" is not demonstrated for me, at least.

I'm ready to review other materials, but like any layman looking for hope from current killers, including heart disease, I am not a biochemist -- I may be very intelligent, but I can only apply simple logic and a demand for definitions of terms == definitions that come out of traditional medical dictionaries.

I would be pleased to have your comments on my remarks, here, and to publish them.

Karl Loren


February 25, 2002
Dear Karl,

1) There are Scientific researchers all over the world studying nanobacterial infections and disease....there is no question that they have RNA and DNA and they are the smallest self-replicating organisms.

Even the well-respected Mayo Clinic Rochester is conducting in-depth research as to how (not if) nanobacteria cause atherosclerosis, kidney stones and Polycystic Kidney Disease.

They are involved in a plethora of degenerative human diseases. You can read more at www.nanobaclabs.com.

2) Free-radical processes are indeed problematic for all humans. But free-radical disorders have NOTHING to do with nanobacterial infections.

Karl, you're doing a great job of educating people about free-radical disease and how your product helps. Please don't be so myopic about nanobacterial infections, they have nothing to do with free-radical disease.

By the way, our bodies develop antibodies to the nanobacterial BIOFILM that they secrete, the BIOFILM is the endotoxin that causes our bodies to develop antibodies.

God Bless,

Gary


Dear Gary,

The Mayo Clinic would be a very negative endorsement in my book, but that would not be conclusive.

My interest in nanobacteria started when I became interested in EDTA suppositories.  I have a page on that subject at:  http://www.chelationtherapyonline.com/articles/p20.htm .

On that page I wrote:

It is interesting to note that the big promotion is on EDTA suppositories, but all the descriptions of their use seem to make reference, also, to an antibiotic called tetracycline, used, it is claimed, to kill "nanobacteria" that have been found associated with heart disease.  Source:

To whatever extent people are getting good results with heart disease, using EDTA suppositories, the claim seems confused by the additional statement that nanobacteria are also involved.

Gary, do I understand that YOUR success rate with killing nanobacteria and "handling" heart disease never involves, also, the use of EDTA, or of EDTA suppositories?

I'd like to know.

Cordially,

Karl



MOUNT RAINIER CLINIC   MOUNT ROGERS CLINIC
Yelm, Washington   Trout Dale, Virginia

Source

Alleged Nanobacteria do not Cause
Calcification of Arterial Plaque

by Elmer M. Cranton, M.D.

Copyright © 2002 Elmer M Cranton, M.D.

Pathologic calcification of atherosclerotic plaque, dental plaque and kidney stones has been attributed to a previously unreported and putative bacterial species, Nanobacterium sanguineum, by Finnish researchers, Kajander and Ciftcioglu.(1) That work has since been duplicated by scientists at NIH, who made identical observations, but concluded that biomineralization was caused by the nonliving, nucleating activities of self-propagating microcrystalline centers (nidi), which form crystaloid macromolecules of calcium carbonate phosphate apatite.(2)

These submicroscopic (submicron) crystals could be transferred in a deceptively life-like manner through serial dilutions using  techniques similar to those used for subcultures, while retaining their crystalline ability to grow into calcific concretions at physiologic pH. Six serial 1:10 dilutions were transferred to fresh culture media, and were observed to repeatedly propagate as tiny coccoid appearing or dome-shaped crystals. Photographs of these non-living structures taken under electron microscopy were identical in appearance to those previously published by the Finnish researchers and mistakenly labeled as “Nanobacteria.”

The 16S rDNA sequences attributed by Kajander and Ciftcioglu to Nanobacteria sanguineum were identified as belonging instead to an environmental microorganism, Phyllobacterium mysinacearum, previously described and a known contaminant of culture media and laboratory reagents—not associated with calcification. Although reagents and culture media are sterilized before use, traces of DNA sequences remain, which are greatly amplified using the described detection techniques. Those same 16S rDNA sequences were found in controls that had no potential source of Nanobacteria present. No controls were reported by the Finnish researchers, who unknowingly assigned these 16S rDNA sequences to a new genus.(1)

Examination of calcific biofilms identical to those previously described by Kajander and Ciftcioglu revealed no nucleic acids or proteins, of the type that would be present in bacteria. Progressive crystalline propagation was not inhibited by sodium azide, an extremely potent cellular and bacterial toxin.

High-dose gamma radiation and ultra filtration to the submicron level did prevent propagation, but that is not evidence for living bacteria. Those two procedures can both alter macromolecular and crystalline properties, thus blocking further growth of calcific crystals.

Calcium and phosphate ions, when added to sterile solutions of culture media, also resulted in progressive calcific mineralization. Phospholipids, lipid-protein complexes, and submicroscopic crystals of calcium apatite, as occur in plasma, were all shown to be nucleators of biomineralization.

Cell cultures of fibroblasts grown in the presence of calcific biofilms showed evidence of cytotoxicity and were observed to take up microcrystals of calcium apatite. The fact that intracellular calcification is poorly tolerated is not new information and that observation cannot be interpreted as evidence for the presence of Nanobacteria.

Antibodies can be produced to react with surface structures of such nonliving crystalline macromolecules using monoclonal techniques. Chelating agents such as EDTA, citrate, and tetracycline (an antibiotic that also has calcium binding properties) can alter the surface properties of nonliving calcific and crystalline nucleators—both halting calcific propagation and blocking immunologic reactivity to previously reactive antibodies. Diagnostic testing based on immunologic properties  could thus become non-reactive following exposure to calcium chelators. That change therefore does not indicate that a bacterial infection has been eliminated, as claimed by one laboratory.

There has been a recent flurry of marketing activity attempting to sell EDTA suppositories to unwary medical practitioners―and even by health food stores to the general public. Proponents of those products base their sales pitch on the unproven suppositions that Nanobacteria cause arterial plaque and that EDTA suppositories will remove the alleged "calcific shields" supposedly produced by Nanobacteria as protection. Proponents of EDTA suppositories further claim that a powder must be taken by mouth to delay the renal excretion of EDTA, resulting in higher blood levels. None of those claims are credible for the following reasons:

1.     Nanobacteria (if they even exist) have not been shown to have any relationship to pathologic calcification as found in atherosclerotic plaque.

2.     EDTA is 100% filtered by renal glomeruli. The filtration rate of EDTA equals the glomerular filtration rate (GFR). EDTA is not subject to tubular secretion or reabsorption. The only way to delay  excretion of EDTA would be to poison the kidneys sufficiently to reduce creatinine clearance (GFR)—not a wise thing to do.

3.     No drug is better absorbed rectally than by mouth (although enteric coating against stomach acid is sometimes helpful, which does not apply to EDTA). Suppositories are used in cases of persistent vomiting, in uncooperative patients who refuse to take oral medicines, and in pediatric patients who will not swallow medicines by mouth. Passive absorptive properties of the colon and rectum are similar to the upper G/I tract. It is well documented that orally administered EDTA is not absorbed in significant amounts—approximately five percent. Oral EDTA therefore ends up in the rectum, right where a suppository would be inserted. If rectal or colon uptake of EDTA were greater than in the upper G/I tract, then total absorption by mouth would be greater than 5%. It has been scientifically demonstrated that both rectal and oral absorption of EDTA is at most seven percent.

4.     The "secret formula" powder recommended to be administered by mouth to enhance rectal EDTA also contains additional oral EDTA. It may therefore add somewhat to total absorption, but not by delaying renal excretion, as asserted by the marketers of this product. Blood levels of EDTA that were reported using this combination of oral and rectal EDTA are less than one sixth that achieved by intravenous infusion. It is true that 12 hours later the small amount of EDTA continuing to be absorbed from the gut will produce blood levels at that time which exceed what would remain from a rapidly-excreted intravenous infusion. It is untrue, however, to state that the EDTA suppositories combined with oral EDTA result in a higher blood level of EDTA using this type of deceptive data.

5.     Eighty-five percent of patients have consistently responded well to intravenous EDTA, administered according to the protocol developed and widely accepted over almost 50 years. Electron beam CT (EBCT) scores of coronary artery calcium usually remain unchanged while patients improve dramatically. Many published studies have presented objective evidence of increased blood flow and improvement in symptoms and function, with no change in EBCT calcium scores. It therefore makes little sense to assume that change in calcification of artery walls is an important indicator of clinical improvement. Arterial plaque is a proliferative and inflammatory disease, involving soft tissue cell replication during most of its course. Any experienced chelation doctor can produce large numbers of case histories showing dramatic improvement following the well-established protocol of intravenous EDTA. Do proponents of EDTA suppositories and oral EDTA believe that intravenous treatment is not effective, despite these proven benefits reported in dozens of published studies? If another party proposes  an innovative method to produce similar results, they should publish data from a series of consecutively treated patients with tabulated, objective and statistically significant evidence to document both effectiveness and safety of their position.

6.     While EBCT calcium scores do correlate with presence of plaque, they do not correlate well with degree of occlusion. Exaggerating to make a point, wearing a skirt correlates very highly with the incidence of breast cancer. Using this same type of reasoning, it might seem that if women stopped wearing skirts and wore only slacks, they would not get breast cancer. In other words, correlation does not mean cause and effect. Other more important variables are clearly involved. It is known that prolonged administration of EDTA, 50 to 100 infusions, can reduce pathologic calcification and even dissolve kidney stones. But EDTA has other profound effects in the body, not just on undesirable calcium. It also binds a spectrum of essential nutritional trace elements. There is no reason to assume that pharmacologic blood levels of EDTA sustained continuously for prolonged periods of time are safe (as implied by proponents of both oral and rectal EDTA). In fact, it seems logical to believe that eventual disruptions will occur to vital metalloenzyme systems. If EDTA is continually present in the digestive tract it will bind to nutrients, and should interfere with nutritional uptake of essential trace metals,  leading to deficiencies.

7.     Dr. James Roberts, a cardiologist, recently reported his own results using EDTA suppositories in coronary heart disease patients, while also administering the recommended powder by mouth. At the May, 2002, ACAM conference, Dr. Roberts wrote in his printed handout: “My EBCT scores are not dropping by 58% [as claimed by suppository proponents] . . . my patients are dropping their scores in the 15% to 25% range.” The 15% to 25% range does not mean much using this technique. The electron beam can only measure discrete slices, and does not cut through exactly the same location on repeat measurement. Variability between examinations of EBCT calcium scores  ranges as high as plus or minus 38%, depending on the test site and equipment calibration.(3)

8.     The Nanobacteria hypothesis ignores the well-established relationship of plaque to homocysteine levels.

There may be reason to suspect that an infective organism plays some role in the course of atherosclerosis―Chlamydia, for example. Whether it is a late stage and secondary factor or a causative agent has yet to be determined. Recent studies have failed to show benefit from a variety of antibiotics.

In the absence of new evidence to the contrary, Nanobacterium sanguineum now seems now to be a myth. What we are left with is a clever and deceptive marketing scheme.

1. Kajander EO, Ciftcioglu N. Nanobacteria: an alternative mechanism for pathogenic intra- and extracellular calcification and stone formation. Proc Natl Acad Sci USA. 1998 Jul 7;95(14):8274-9.

2. Cisar JO, Xu DQ, Thompson J, Swaim W, Hu L, Kopecko DJ. An alternative interpretation of nanobacteria-induced biomineralization. Proc Natl Acad Sci USA. 2000 Oct 10;97(21):11511-5.

3. Nieman K, van Geuns J, Wielopolski P, et al. Noninvasive coronary imaging in the new millennium:  A comparison of computed tomography and magnetic resonance techniques. Rev Cardiovasc Med 2002 3(2):77-84.)

 

 



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