Thirty years of progress in cardiovascular health.
We are living during an exciting time in the evolution of medical practice. Building upon our medical-school understanding of heart disease, drug therapeutics, and surgical interventions, we can now add a vast armamentarium of relatively nontoxic therapies to prevent and reverse our country's number one killer: heart disease. Our medical world is made more difficult by insurance providers who restrict access to integrative medical care and by legislators and regulatory boards, who are becoming more responsive to the popular demand for complementary care and yet are still unsure of what these practices mean in terms of patient safety and efficacy. It is now more important than ever to reach out to the medical community and promote a healthy dialog. Medical practitioners should all attend each other's conventions and become more integrative for humanity's sake.
A lot has happened in cardiovascular health since my first experience with EDTA chelation in 1976. After going to an American Academy of Medical Preventics convention - now called the American College for Advancement in Medicine (ACAM) - and rubbing shoulders with the pioneering greats of Garry and Ross Gordon, Harold Harper, Robert Vance, Ed McDonaugh, and others, I went home, underwent a proper work-up for chelation by another AAMPS doctor, and began a series of intravenous (IV) chelations. I immediately felt sensations in my head as if I had more blood flow, and I noticed a big improvement in my memory. Names, phone numbers, scientific articles and their authors' names jumped into my mind much more quickly. As time rolled on, I learned about heavy metals and their relationship to disease. Certainly the 13 large, mercury amalgam fillings (placed in my teeth when I was a college freshman) that outgassed mercury with every sip of hot liquid and every bite of food weren't helping my brain. Memories of my grandfather in four-point restraints in the state mental hospital during the last years of his life - swearing violence to the staff and his grandchildren, whom he'd taught to hunt and fish - filled me with worries about my genetic heritage of senile dementia. I soon learned that I was reversing the aging and disease process with chelation by removing the metals that led to arteriosclerosis. This was a revolutionary, evolutionary process, and it was just the beginning.
Thirty years later, after performing many thousands of chelation treatments, my respect for chelation therapy has only grown. Chelation therapy is clearly an indispensable part of a comprehensive vascular treatment program. The increase in our understanding of the importance of identifying and treating other sources of inflammation, toxicity, and infection that effect vascular disease has been dazzling. Treatments that support the vascular system health have emerged from a myriad of disciplines, including herbal therapy, homeopathy, nutrition, enzyme therapy, dental detoxification, Chinese medicine, neural therapy, isopathic therapy, far infrared sauna therapy, oxidative therapies, intravenous phospholipid exchange, new surgical approaches, umbilical cord blood stem cell therapy, RNA therapy, extracorporeal counterpulsation therapy (ECCP), Laser Energetic Detoxification, EMF avoidance and Bau-Biologie cleanup, bioidentical hormone replacement therapy, blood rheology assessment, blood clotting assessment, genetic assessment, neurotransmitter assessment, exercise program supervision, cranial/sacral therapy, chiropractic therapy, mental/ emotional detoxification, drug therapy and drug detoxification, organic diet counseling, toxic foods and products-avoidance counseling, water purification counseling, and many more.
Chelation therapy can be traced back to 1938, when a German chemist, identified as F. Munz, first synthesized ethylene diamine tetraacidic acid (EDTA). Munz was working for Hochst, Farbwerke, Frankfort, a member company of the I.G. Farbenindustrie. He developed EDTA for the purpose of removing calcium from the water in textile plants so their mordant dyes wouldn't stain when contacting hard water. Martin Rubin et al. first used EDTA in the US in 1950 for the treatment of patients with lead toxicity, who had been working in a battery factory in Michigan. When treating a patient with lead poisoning, who, coincidentally, also had coronary artery disease and angina pectoris, Norman E. Clarke, MD, observed that the patient's symptoms of angina pectoris disappeared. In standard medical school curricula, EDTA is still the agent of choice in lead and other heavy metals poisoning as well as in the treatment of hypercalcemia. Clarke conducted the first trials using intravenous EDTA for vascular disease in Detroit. He achieved good results, which he published in 1956 in the American Journal of Medical Science. He later published the results of 283 more patients in 1960. (1), (2) Like many medical innovators, he encountered resistance from the medical establishment over EDTA. Nevertheless, dozens of physicians were convinced of the efficacy of treating cardiovascular disease (CVD) with chelation. They spent years refining safe dosage protocols and established the aforementioned American Academy of Medical Preventics in 1973.
Human Studies in Chelation Therapy
Since that time many landmark studies have been published that provide data supporting the safety and benefits of using chelation therapy in humans. In 1993, Drs. L. Terry Chappell and John P. Stahl published their excellent paper of the meta-analysis of 22,765 patients who had taken EDTA chelation therapy. They had to leave out several highly positive papers because of the design of the study, and yet they found a .88 highly positive correlation coefficient. Eighty-seven percent of the patients included in the meta-analysis demonstrated clinical improvement by objective testing. (3)
Majid Ali et al. showed improved myocardial perfusion in a study of 26 patients with advanced ischemic heart disease, and a 91 % overall improvement in their symptoms after chelation therapy with nutritional supplements and dietary counseling. (4)
C. J. Rudolph and E. W. McDonaugh, along with Emanuel Cheraskin, measured improvements in carotid artery stenosis by ultrasound measurements of 30 patients before and after 30 chelations. Patients with mild disease had an intra-arterial diameter increase of 20.9 % +/- 2.3%. Those with greater than 33% stenosis averaged 35.0% +/- 4.3 % decreased obstruction. Applying Poiseuille's law of fluid dynamics, this improvement leads to an average of 620% improvement in blood flow. No side effects from the treatments were evident at follow-up. (5)
Claus Hancke and Knute Flytlie published a retrospective study of EDTA chelation in 470 patients and found through mostly objective measures an 80% to 91 % improvement, depending on the parameter. Of 92 patients referred for surgical intervention, only 10 required surgery after or during their chelation therapy. Of 65 patients referred for bypass, 58 did not require it after chelation therapy. In the claudication group, 24 of 27 patients scheduled for amputation were spared following chelation therapy. Of 207 patients using nitroglycerine, 189 reduced their consumption with most able to discontinue it altogether. Angina improved in 91 % of patients, and claudication patients' walking distance improved an average of 88%. Some of these patients could walk several miles without pain. No morbidity or serious side effects due to the treatment were reported. (6)
In 1985, Efrain Olszewer, MD, and James Carter, MD, published a study in Medical Hypotheses of 2870 patients in Sao Paulo, Brazil treated with 81,000 chelations for their coronary artery disease. They found marked improvement in 76.89% of patients, with 16.58% having good improvement and 3.79% moderate improvement. Only 2.5% of patients were unchanged and 0.1% became worse, with associations of heart failure. (7)
H. Richard Casdorph and Charles Farr, both MDs and PhDs, published a little gem in 1983 that concerned four patients with gangrenous extremities scheduled for amputation. All four cases were resolved without amputation after chelation therapy. Two patients were diagnosed diabetics and suffered small vessel disease, and one patient was postocclusion of a femoral-popliteal bypass graft. (8) I will say that saving an extremity from amputation for the first time has a profound impact on the doctor as well as the patient.
For the convenience of the reader, I have collected these previous articles in their entirety and 15 other important articles on EDTA chelation therapy in humans. These articles contain more history, mechanisms of action, and extensive, invaluable bibliographies. These are available from my office and soon will be on my website (www.GerberMedical.com). (3- 23) It is important to note one double-blind study done by Sloth-Nielsen and others, Danish cardiovascular surgeons, on peripheral vascular disease. This study shows a negative outcome of chelation therapy. (29) Two rebuttals of this study were published noting that 29 of the patients studied were smokers (and most continued to smoke), and magnesium EDTA was not used. (30), (31) The patients were also given iron tablets, which would decrease the antioxidant value of the therapy. The outcome data also appeared to had been unfairly manipulated.
Causes of Vascular Disease
With proper counseling and treatment, we should be able to avoid vascular problems. We inherit heavy metals from our mothers and fathers and absorb them from the air that we breathe and the foods and drugs that we consume. We can minimize this damage by avoiding exposures and using the appropriate chelation substances such as EDTA, DMPS, DMSA, penicillamine, and other nondrug chelators preventatively. The environmental and lifestyle causes of vascular disease are myriad and require a multifaceted approach for optimum prevention and treatment. Nutritionally depleted and toxic foods, including excessive sugar, refined foods, and trans fat; tobacco, alcohol, and other stimulants; as well as undiagnosed food sensitivities, obesity, and unrelenting stress all prematurely age the vascular system. As the immune system becomes suppressed, the body makes more vulnerable plaque that can become infected with Chlamydia and viruses and are very dangerous in heart disease. The production of cellular energy at the mitochondrial level is subject to the same stressors, especially blockades from environmental toxins such as volatile organic hydrocarbons, plastics, heavy metals, pesticides, and PCBs, along with deficiencies of important micronutrients such as magnesium, coenzyme Q10, lipoic acid, L-carnitine, and ribose. The cardiac muscle contains 25 times more mitochondria per cell than skeletal muscles and normally manufactures 10 or 12 pounds of ATP per day. As ATP levels fall, so does heart health, especially in those with congestive heart failure. Steven Sinatra in his book The Sinatra Solution gives an excellent review of mitochondrial dysfunction and how CoQ10 reduces LDL oxidation in heart disease. (24)
Far Infrared Sauna
A great toxicity primer is Detoxify or Die, by Sherry Rogers, MD. (25) At first I thought that the title was a little dramatic, but after a couple of years of experience with far infrared (FIR) saunas, I think it is right on. She makes the point that we are all toxic, containing hundreds of pollutants, many of which are extremely damaging to the cardiovascular system. She mentions a couple of studies from the Mayo Clinic that cite improvement in congestive heart failure (CHF) patients following FIR sauna therapy to sweat out environmental toxins. That got my attention because I have lost a number of wonderful patients over the years to end-stage CHF, despite the best efforts of local cardiologists and myself. Regular sauna is contraindicated in CHF patients, but low temperature (90 [degrees]F to 140 [degrees]F), FIR sauna, gradually employed, is well tolerated and lifesaving. This year I have had two tough CHF patients remarkably improve following FIR sauna therapy. Everyone needs to sweat out their environmental toxins, especially the phthalates found in our plastic food and beverage packaging, because they concentrate in the heart and thyroid and are not subject to removal by any other means. FIR sauna has also proved effective in eliminating heavy metals, and Rogers also reminds us that CHF patients have vastly more mercury in the heart than healthy young individuals and that cadmium is a particularly virulent cardiotoxin.
Homeopathy and Herbs
Constitutional homeopathy is very helpful in vascular disease, especially for those with emotionally broken hearts. Acute remedies with special focus on the heart and vascular system can be very impressive. Remember hawthorn berry (Crataegus) and cactus for chest pain, and Crotalus (rattlesnake venom) for chest pains and bleeding problems. Herbal tinctures of Crataegus can be used for heart support as well as for angina and arrhythmias. Cayenne pepper is used for angina, stroke, bleeding, and hypertension. Peppermint oil is also wonderful for fainting, shortness of breath, and chest pain.
Neural therapy from Germany utilizes procaine, a local anesthetic, for many therapeutic needs. Injecting procaine intradermally in wheals over acupuncture points on the chest and neck, and over vertebral dermatomes that enervate the heart and tender scapular points, can relieve chest pain. Injecting scars, especially midline heart surgery scars, can relieve heart pain instantly and sometimes permanently. German biological dentistry relates the teeth to different body organs and structures. Injecting procaine next to the heart-related teeth (wisdom teeth, retro molar areas, and canines) with procaine has immediately relieved heart pain and improved congestive heart failure in a few minutes. Relief of distant pain by procaine injections is called the Huneke lightning reaction. Procaine injections are also diagnostic in that they show which teeth may have chronic infections. Bone infections under the teeth can have profound influence on distant structures, like the heart, as well as promote cancer by suppressing P53 and P21 proteins. A new diagnostic instrument called the Cavitat (www.cavitat.com), an FDA-approved, ultrasound diagnostic device, can demonstrate these areas of soft or missing bone usually infected with bacteria and fungi that form many bacterial toxins. The NewTom CAT scan of the maxilla, mandible, and sinuses can also pinpoint hidden infections. Digital X-rays and digital Panorex X-rays are helpful, but can miss some bone infections.
Dental toxicity is almost always involved with chronic illness, and vascular disease is no exception. Periodontal disease, frequently the result of nutritional deficiencies, including subclinical scurvy (vitamin C deficiency) and niacin, B3, and CoQ10 deficiencies, is known to cause vascular disease. Infected gum tissue has been well documented to shed bacteria, which can attach to heart valves, into the blood. Mercury vapor escaping from amalgam fillings, aggravated by electrogalvanism from neighboring metal restorations, can attack any nerve tissue in the body, and will also attach to inflamed tissue such as the heart and vessels. Likewise, the above-mentioned bone cavitations can cause inflammation of the vascular endothelium through the release of pathogens and other inflammatory factors that then attract mercury and other metals to the vascular endothelium. These infections can raise the C-reactive protein levels, in my experience. Having the amalgams replaced with ceramic, porcelain, or gold restorations is worthwhile if done safely following IABDM (International Academy of Biological Dentistry and Medicine) or IAOMT (International Academy of Oral Medicine and Toxicology) protocols. Some patients cannot tolerate any metal restorations.
After performing hundreds of DMPS (dimercaptopropanesulphonate) challenge tests, I have found that everyone has mercury toxicity. Whether or not this causes clinical symptoms varies from individual to individual, depending on the strength of his/her detoxification mechanisms. It is ideal to have a vitamin C IV going during amalgam removal or, as they do in German biological medicine clinics, a selenium IV. Since both are rarely available in most communities, it is important to have a drip as soon as possible after amalgam replacement to minimize changing addresses of the mercury in the body. Using buffered vitamin C, GMS-Ribose buffered C, or liposomal vitamin C is also very helpful to achieve higher plasma levels of vitamin C.
Phosphatidylcholine makes up the bulk of cell membranes in young individuals. Young cell membranes contain six parts phosphatidylcholine to one part cholesterol/sphingomeyelin, and these ratios reverse with aging. All the body's business is done crossing cell membranes - getting nutrients in and toxins out - and this process depends on the health and integrity of membranes. Free radicals, and other toxic processes associated with aging, damage the cell membranes. This is especially true of the linings of our arteries. Studies in Switzerland and Germany support using intravenous phosphatidylcholine, especially when combined with EDTA chelation therapy, to restore vascular cellular membrane integrity (see www.plaquex.ch).
Digestive and proteolytic enzyme therapy is important in vascular disease prevention and treatment. Pancreatic enzymes, Iipases, proteases, trypsin, chemotrypsin, as well as bromelain and papain and Aspergillis sp. plant enzymes, all help reduce inflammation in the body and the vascular system. Serropeptase has been touted to digest plaque, and nattokinase (derived from a ferment of soy) and lumbrokinase (derived from earthworms) digest fibrin. Lumbrokinase seems especially effective in reducing fibrin levels and the viscosity of blood. Urokinase, of course, is famous as a clot buster when used after heart attack and stroke.
Oxidative therapies, intravenous ozone, intravenous peroxide, and hyperbaric oxygen all have long histories of utility in vascular disease. Intravenous ozone infused in saline, and peroxide in saline with magnesium and manganese following IBOM (International Bioxidative Medical Association) protocols, change the red cell membranes and allow more oxygen to be released into the tissues, as well as pump up the immune system by stimulating white blood cells' production of cytokines and lymphokines. Peroxide also reduces inflammation by killing viruses and bacteria that can live in infected plaque. Since most pathogens are anaerobic or partially anaerobic, hyperbaric oxygen therapy can also reduce inflammation, as well as enhance a number of other healing mechanisms, including rehabilitation after strokes.
Nutritional support for vascular disease is steadily improving. The anti-inflammatory effects of the EPA/ DHA omega-3, -6, and -9 fatty acids are now known to protect against vascular disease. Several brands of "burpless" fish oils now exist, derived from deep-sea fish that have had their fish proteins distilled off to avoid the burps and aftertaste that have deterred many patients over the years. Oils rich in omega-6, such as primrose, borage, and currant oils, have been shown to be efficient at reducing platelet aggregation.
Vitamin C, so critical for the connective tissue matrix of arteries and veins, is available in many new, more easily tolerated, forms. Buffered C, tapioca C, cassava C, and vitamin C combined with ribose and methyl sulfonyl methane provide better oral absorption and less intolerance than regular corn-based vitamin C. Tocotrienols, the other half of the vitamin E family, have proved their utility in lowering cholesterol levels along with policosanol, derived from the wax of sugar cane. Significant positive data exist to indicate that the introduction of ribose, the central five-carbon sugar in the ATP molecule and the backbone of DNA and RNA, helps patients undergoing bypass surgery to recover from the stunning and hibernation due to poor energy metabolism in the heart muscle. Ribose is also effective in treating congestive heart failure and improving performance in elite athletes.
The greater bioavailability of CoQ10 suspensions helps all the body's mitochondria, but especially the mitochondria-rich myocardium. Vitamins K1 and K2 not only help normalize clotting, but also move calcium in the body out of arterial plaque and joints into the bones and blood where it is needed. Magnesium malate seems to improve magnesium absorption and give greater antispasmodic protection for the vascular system, as well as provide a calming effect on the nervous system to help prevent sympathetic dominance.
Oral EDTA chelation has always been a helpful adjunct to intravenous chelation. Now oral EDTA chelation is available in a phosphatidylcholine, liposomal matrix that increases its oral absorption. This product is especially recommended for our patients who don't have good veins. Rectal suppositories of EDTA are also a cost-effective and practical alternative to IV EDTA.
Bringing to light the homocysteine problem and its relationship to vascular disease and sticky blood is another milestone for cardiovascular health. This is a particular genetic "SNIP" (actually SNP, for single nucleotide polymorphism) that causes abnormal amounts of homocysteine to be made from cysteine in about 28% of patients and can be treated by adequate supplementation of folic acid, lysine, B6, and trimethylglycine. New glutathione preparations available for oral use, as well as the intravenous preparations, are of great help in removing toxic metals in vascular disease and in many neurological conditions. Elucidation of the role of nitric oxide (NO) in vascular endothelial health and as a vasodilator coupled with the importance of arginine, time-release arginine, and citruline and EDTA in boosting NO levels is another great advance. Vitamin D deficiency is also rampant in the population and is related to vascular disease as well as osteoporosis and joint disease. Don't forget green tea, which has many uses in CVD. A nice review, providing many references for many of the above cardiovascular related nutrients, may be found in Sherry Rogers's book The High Blood Pressure Hoax. (26)
Bioidentical Hormone Replacement Therapy
Of the many advances in cardiovascular health in the last 30 years, perhaps none is as important as bioidentical hormone replacement therapy. Our hormones are important controllers of the vascular system. Hypothyroidism abounds, especially with borderline low blood levels. Hypothyroidism is related to high cholesterol levels, low blood pressure, fatigue, and poor absorption of important heart nutrients like magnesium and chromium. Natural desiccated thyroid replacement therapy also helps with weight loss, mood, and constipation. Adrenal support with DHEA, 7-keto DHEA, pregnenelone, and adrenal cortex preparations keeps blood sugar steady, helps keep the body out of sympathetic dominance, and provides mild anabolic support to the heart. Progesterone is greatly protective for women in estrogen dominance, not only to avoid cancer but to prevent heart disease as well. Too much estrogen reduces oxygen utilization and creates hypoglycemia and weight gain. Testosterone is a big heart helper in both sexes. A greater relationship to cardiac events exists in patients over 70 who have low testosterone levels than with those who have high cholesterol levels. In this regard, I find it troubling to recall that none of the statin drugs have been studied longer than 12 weeks and that greatly inhibiting cholesterol synthesis also may cause a reduction in testosterone and other steroid hormone levels when taken over the long term.
A Case That Makes It All Worthwhile
This year we have had many greatly improved cardiovascular patients, but the progress of one in particular, whom we shall call Rocky, has been very heartwarming. Rocky is a 67-year-old retired Pan Am employee from Belgium. He was working as a security officer in a local casino when he collapsed in late July 2004. He was rushed to the hospital with shortness of breath. His electrocardiogram showed an old posterior wall infarct and rapid atrial fibrillation. A dual isotope myocardial perfusion study revealed a severe inferior wall defect from apex to base; a severe lateral wall defect from apex to base; a severe apical defect; and a moderate anterior wall defect. The midlateral wall was infracted. The left ventricle was massively dilated. There was akinesis of the inferior wall and significant hypokinesis of the anterolateral wall. Contraction was asynchronous. Ejection fraction was less than 10%. Angiography showed severe three vessel disease, a 70% occlusion of the left main, a subtotal occlusion of a large obtuse marginal artery, 70% stenosis of a diagonal, 50% stenosis of the left anterior descending, and an occluded right with a posterior descending that filled by collaterals. He was hypertensive with kidney failure, liver failure, diabetes, hypercholesterolemia, ischemic cardiomyopathy, and congestive heart failure. With this presentation, the cardiovascular surgeon declined to do coronary bypass surgery and the patient was referred for medical management and cardioversion. He was discharged on enalapril, Coumadin, magnesium oxide, potassium chloride, Vistaril, metoprolol, Aldactone, Lasix, amiodarone, Zocor, and testosterone gel.
In mid-September 2004, he appeared in my office, interested in chelation therapy and an integrative approach to his heart disease. After signing all the appropriate informed consent documents for each of the subsequent therapies, we began his treatment. His initial laboratory results showed a homocysteine of 27.4, C-reactive protein 7.3, glucose 211, uric acid 10.9, creatinine 2.7, BUN 67, GGT 97, and triglycerides 330. He was on oxygen at night and was having weight fluctuations of several pounds per day from water retention related to his CHF. Rocky is a cheerful, highly motivated, and compliant person and began our program with enthusiasm. His physical exam was remarkable in that his heart sounds were very diminished to inaudible, he had mild ankle edema, and he had several mercury amalgam dental fillings. He gradually started far infrared saunas at 100 for 5 minutes and worked up to 30 minutes at 130 with no adverse effects. The saunas always made him feel better as he began to sweat out his toxic load of plastics, chemicals, and metals. On average, he went three to five times per week for nine months and then slowed down on the frequency of saunas as he felt better. After saunas, he took a detox cocktail of electrolytes, glutathione, vitamin C, and enzymes. He was able to sweat immediately, in contrast with some older patients who can't sweat for months. He began a nutritional supplement program with multiple heart supportive nutrients with oral chelation, CoQ10 at 100 mg four times per day with vitamin E, mixed tocopherols, acetyl L carnitine, Crataegus tincture (hawthorn berry), desiccated thyroid, adrenal support, testosterone cream, B12, folic acid, Bucco herbal tonic for the kidneys, chromium, vanadium, Gemnema silvestre for his blood sugar, peppermint oil drops for any shortness of breath, nattokinase, vitamin K after Coumadin withdrawal, deodorized fish oil, primrose oil, B6, lysine, time-release arginine, ribose with magnesium malate, proteolytic enzymes, and DMSA and chiorella for mercury detox after amalgam removal.
After several weeks of nutrient repletion, Rocky started chelation therapy with a low dose of disodium, magnesium EDTA to begin. His BUN and creatinine fell steadily to within normal limits during his therapy. He quickly was able to tolerate the full 3 grams of EDTA and completed 30 weekly chelation treatments and subsequently has had four more monthly treatments. Likewise, he completed 30 weekly intravenous infusions of phosphatidylcholine and four more monthly maintenance treatments. His diet counseling of a moderate-protein, low-simplecarbohydrate, high-fiber diet paid off with a 35-pound weight loss from 225 to 190 lbs. Homocysteine is down to 16.1 (still working on this), C-reactive protein is 1.68, glucose 91, uric acid 7.5, triglycerides 166, cholesterol 181, LDL 101, HDL 47, GGT 31, BUN 26, and creatinine 1.4.
In addition to the above treatments, we also used Laser Energetic Detoxification (LED), as taught by Lee Cowden, MD. LED is the application of low-power laser light modulated through homeopathic preparations of toxins, allergens, organs, hormones, and neurotransmitters to acupuncture points. Rocky was treated for sulfanilamide, Bactrim, and Septra (found in meats which putatively block sulfur metabolism in the whole body), 23 different mercury salts, cadmium diazinon, DDT-DDE, insulin, pancreas, benzene, xylene, toluene, dioxin, HGH, PCBs, heptachlor, testosterone, formaldehyde-formic acid, petroleum, atrazine, carbon tetrachloride, methyl ethyl ketone, glucagon, leptin, liver, and heart.
Repeat perfusion study in May 2005 showed an ejection fraction of 45% with good improvement in the left ventricular size. Many of the hypokinetic areas remained, but the study was of poor quality. Rocky has been working out with a personal trainer, rowing, and lifting weights. He can walk several flights of stairs with no dyspnea and works 10 hours per day, 7 days per week as a checker in a large grocery chain (against medical advice) as a favor to a relative who manages the store. He has no chest pain or other vascular symptoms and is very happy with his newly found energy and endurance. He tires a little at the end of the day, but in general says that he has never felt better in his life. He is off all medication except metoprolol and metformin, his nutrients, and hormones. His blood pressure is normal, and now you can actually hear his heart in normal sinus rhythm with a stethoscope; and, as Rocky would say, "That's a good thing."
Over the past 30 years, we have witnessed a huge burst of knowledge and treatments that have revolutionized our understanding of CVD. These treatments and scientific understanding of the basis of vascular disease are a great blessing for our patients and for us. The times are changing, and the safe harbors for integrative doctors are increasing. The homeopathic medical boards in Nevada and Arizona have been in existence for over 20 years and have regulated homeopathic and integrative therapies successfully. An investigational review board (IRB), created by the legislature in the state of Nevada to study and document alternative therapies, provides a great opportunity to gather the much-needed data to help support the safety and importance of integrative therapies. The California Business and Professions Code Section 2500 acknowledges the significant interest of physicians and patients alike in integrative approaches and holistic-based alternatives within the practice of medicine and charges the boards to establish specific policies, review statutes, and recommend modifications of law, to assure California consumers that the quality of medicine is the most advanced and innovative it can be, both in terms of preserving the health of California residents and providing effective diagnosis and treatment of illness. With this in mind, it is time to expand our research and teach these advances to the next generation of physicians and healers.
Michael Gerber, MD, HMD Gerber Medical Clinic
1225 Westfield Ave.
Reno, Nevada 89509
(1.) Clarke NE, Clarke CN, Mosher RE. The "in vivo" dissolution of metastatic calcium: an approach to atherosclerosis. Am J Med Sci. 1955;220:142-149.
(2.) Clarke NE. Arteriosclerosis, occlusive vascular disease and EDTA. Am I Cardiology. 1960;2:233-236.
(3.) Clarke NE. Treatment of occlusive vascular disease with disodium ethylene diamine tetraacetic acid (EDTA). Am Med Sci. 1960;J un:732-744.
(4.) Chappell TL, Stahl JP. The correlation between EDTA chelation therapy and improvement in cardiovascular function: a meta-analysis. J Adv Med. Fall 1993;6(3).
(5.) Edwards DA, Carazon II, Essad LM. EDTA chelation therapy in myocardial stunning and hibernation. J Adv Med. Winter 1997;10(4).
(6.) Ali M, Ale 0, Fayemi A, Juco J, Grieder-Brandenburger C. Improved myocardial perfusion in patients with advance ischemic heart disease with an integrative management program including EDTA chelation therapy. Townsend Lett. January 1999.
(7.) Rudolph CJ, McKnight EW, Barber RK. A nonsurgical approach to obstructive carotid stenosis using EDTA chelation. lAdv Med. Fall 1991;4(3).
(8.) Rudolph CJ, McKonagh EW, Barber RK. Effect of EDTA chelation and supportive multivitamin/trace mineral supplementation of chronic lung disorders: a study of FVC and FEV. J Adv Med. Winter 1989;2(4).
(9.) Riordan HD, Cheraskin E, Dirks M, Schultz M, Brizendine P. Another look at renal function and the EDTA treatment process. / Orthomo/ Med. 1987;21:3).
(10.) Rudolph Q, Samuels RT, McDonagh EW. Visual field evidence of macular degeneration reversal using a combination of EDTA chelation and multiple vitamin and trace mineral therapy. J Adv Med. Winter 1994;7(4).
(11.) Hancke C, Flytlie K. Benefits of EDTA chelation therapy in arteriosclerosis: a retrospective study of 470 patients. / Adv Med. 601.
(12.) Olszewer E, Carter JP. EDTA chelation therapy in chronic degenerative disease. Med Hypotheses. 1988;27:41-49.
(13.) Casdorph HR, Farr CH. EDTA chelation therapy iii: treatment of peripheral arterial occlusion, an alternative to amputation. J Holist Med. Spring/Summer 1983;5(1).
(14.) Kindness G, Frackelton JP. Effect of ethylene diamine tetracetic acid (EDTA) on platelet aggregation in human blood. / Adv Med. Winter 1989;2(4).
(15.) Casdorph HR. EDTA chelation therapy ii, efficacy in arteriosclerotic heart disease. JI-Holist Med. Spring/Summer 1981;3(1).
(16.) Chappell LT. Randomized double-blind studies on sodium-magnesium EDTA. J Adv Med. Summer 1995;8(2).
(17.) Casdorph HR. EDTA chelation therapy ii, efficacy in brain disorders. 1 Holist Med. Fall/Winter 1981;3(2).
(18.) Chappell LT. Point/counterpoint - effectiveness of EDTA chelation therapy. Ahem Therap. May 1995;1(2).
(19.) Letters to the Editor: Chelation Therapy. Circulation. September 1, 1995;92(5)
(20.) Escobar GA, Escobar SC. Chelation in peripheral arterial insufficiency. Cir Ciruj. 1990;61:58-62.
(21.) McDonagh EW, Rudolph CJ. Noninvasive treatment for sequellae of failed coronary blood circulation: 100% occlusion of left anterior descending coronary artery, 30% stenosis right coronary artery, and left ventricular contractility deficit. I Neurol Orthop Med Surg. 1993;14(3).
(22.) Olszewer D, Sabbag FC, Carter JP. A pilot double-blind study on sodium-magnesium EDTA in peripheral vascular disease. J Natl Med Assoc. 82(3).
(23.) Rudolph CJ, McDonagh EW. Effect of EDTA chelation and supportive multivitamin trace mineral supplementation on carotid circulation: case report. J Adv Med. Spring 1990;3(1).
(24.) McDonagh EW, Rudolph CJ, Cheraskin E. An oculocerebrovasculometric analysis of the improvement in arterial stenosis following EDTA chelation therapy. J Holist Med. Spring/Surnmer 1982;4(1). (25.) Rudolph CJ, McDonagh EW, Barber RK. A nonsurgical approach to obstructive carotid stenosis using EDTA chelation. J Adv Med. Fall 1991;4(3).
(26.) Rogers SA. The High Blood Pressure Hoax. Sand Key Co.; 2005.
(27.) Sinatra ST. The Sinatra Solution: New Hope for Preventing and Treating Heart Disease. Basic Health; 2005.
(28.) Rogers SA. Detoxify or Die. Sand Key Co.
(29.) Sloth-Nielsen J, Guldager B. Mouritzen C, et. al. Arteriographic findings in EDTA chelation therapy on peripheral arteriosclerosis. Am J Surg. 1991;162:122-125.
(30.) Editorial: EDTA chelation: a rebuttal. J Adv Ivied. 1992;5:3-3.
(31.) Cranton EM, Frackelton JP. Negative Danish study of EDTA chelation biased. Townsend Lett. July 1992:604-605.
by Michael Gerber, MD, HMD, MD (H)
Dr. Michael Gerber graduated from the Kansas University School of Medicine in 1972. He completed his internal medicine internship at Oakland County Hospital with additional surgical training in Zaire, Africa. He also trained in a psychiatric externship at the crisis intervention ward at the University of California-San Francisco Medical School, and performed psychopharmacology research at the Stanford Research Ward of the Palo Alto Veterans Administration Hospital and Menlo Park Veterans Administration Hospital (California).
Dr. Gerber has always been drawn to natural approaches to medicine, and early in his practice he studied with many well-known medical pioneers such as Dr. John Christopher, Dr. Paavo Airola, and two-time Nobel laureate Dr. Linus Pauling. He has been a chelating physician since 1976 and a Diplomate of the American Board of Chelation Therapy since 1984. He is also is a Diplomate of the International College of Anti-Aging Medicine and a graduate of the UCLA Medical Acupuncture Training Program. He is the president of the Nevada Homeopathic and Integrative Medical Association, a past president of the Orthomolecular Medical Association, and formerly a medical advisor and featured columnist for Alternative Medicine Magazine.
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|Date:||Jul 1, 2011|
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