Dec
12
2020

New Mobile Resuscitation Team Succeeded in Restoring Heartbeats

At the University of Minnesota, a new mobile resuscitation team succeeded in restoring heartbeats. This pilot project was 100% successful to restore heart circulation in cardiac arrest victims through a new mobile service carrying sophisticated equipment. To demonstrate, with a cardiac arrest the heart beat stops, and blood circulation to the heart and the whole body comes to a stop. This is to say, the oxygen deficit leads to death within only a few minutes. However, if a specialized medical team applies resuscitation methods, the body and heart survive until a cardiologist applies a cannulation procedure. This procedure involves inserting a heart catheter and placing a stent.

What is a cardiac arrest?

A cardiac arrest typically happens when one or more of the three coronary arteries get obstructed from hardening of the lining of the arteries (arteriosclerosis). This leads to a sudden lack of oxygen in the heart tissue and within minutes the electrical system within the heart causes ventricular fibrillation. This is a condition where the heart stops pumping blood. If resuscitation does not take place the person dies within minutes.

When cardiac arrest occurs in the community setting only about 6% of the patients survive. When cardiac arrest happens in the hospital setting approximately 24% survive.

Details of the Minnesota Mobile Resuscitation Consortium (MMRC) SUV program

Here is a summary of the study with details from The Lancet Nov. 13, 2020.

The response team treated 58 patients who met the criteria of the study.

  • The age of patients was from age 18 to 75, the mean age was about 57
  • 46 of 58 were male
  • Collection of cases was from December 1, 2019, to April 1, 2020
  • 100% of patients had successful cannulation procedures and all survived.
  • 58 of the patients were discharged home after a few days in hospital. They returned to normal daily activities or their lives were minimally disrupted.

Extracorporeal membrane oxygenation

The team used extracorporeal membrane oxygenation (ECMO) to oxygenate blood. This system uses a pump to circulate blood through an artificial lung back into the bloodstream. While the patient is in this holding pattern there is time to investigate the cause of the cardiac arrest. The cardiologist performs cardiac catheterization to identify where there is a blockage in one or several of the coronary arteries. When the blockage is identified the cardiologist places a stent to keep the narrowed coronary artery open.

Discussion

I mentioned before that patients with cardiac arrest in the community setting have a survival of only 6%. In the hospital setting approximately 24% of cardiac arrest patients survive. With the Minnesota pilot project described above 100% of cardiac arrest patients survived. This is an enormous achievement of the medical team. It is possible only because the team has three SUVs with the latest medical equipment. This way friends or relatives institute CPR until the resuscitation team arrives. The team provides ACLS (advanced cardiac life support). If necessary, physicians start extracorporeal membrane oxygenation (artificial lungs). A cardiologist performs cardiac catheterization to identify where there is a blockage in one or more of the coronary arteries. When the cardiologist identified the blockage, he places a stent to keep the narrowed coronary artery open. Following this the hospital discharges patients directly home. Within a few days they can return to work.

Curative versus preventive medicine

The Minnesota pilot project is a curative medicine project. By doing stent placement you can extend life, typically by 10 to 15 years. But on the long-term it is wiser to adopt a Mediterranean type diet with more vegetables and fruit and also avoiding sugar and processed food. If, in addition, you exercise regularly, you can avoid cardiac arrest as your coronary arteries stay wide open. You may live 20 years longer following such simple lifestyle changes. It is known for a long time that patients with cardiac arrest and no CPR have a poor survival rate.

New Mobile Resuscitation Team Succeeded in Restoring Heartbeats

New Mobile Resuscitation Team Succeeded in Restoring Heartbeats

Conclusion

The University of Minnesota introduced a pilot project where mobile resuscitation teams succeeded in restoring heartbeats in record time. When needed they also used artificial lungs (extracorporeal membrane oxygenation) to stabilize the patient’s condition. A cardiologist did cardiac catheterization to identify whether there was a blockage in one of the coronary arteries. When the cardiologist identified the blockage, the specialist placed a stent to keep the narrowed coronary artery open. Before this program cardiac arrest survival was 6% in the community setting and 24% in the hospital setting. With the Minnesota pilot project described above 100% of cardiac arrest patients survived. The Minnesota team wants to slowly expand their program to other states. And in the long term they want to make it the standard of care for cardiac arrest management in all of the US.

Jan
11
2014

From Inflammation To Heart Attacks, Strokes And Arthritis

Have you ever wondered why people who limp from arthritis in their hip also often get heart attacks? And have you ever wondered why people with high blood pressure get strokes and/or heart attacks?

It is not that difficult to understand, although many people do not like to hear the truth.

After the holidays with lots of sweet presents and rich food it is a good time to reflect about the internal connections between our organs.

Let’s follow what foods can do to our system, then you will understand what to do to get out of a trap, where food is not friendly but damaging to your body.

1.    Sugar, omega-6 fatty acids and trans fats enter your system

When you opened the cheap chocolate bars, ate the pastas, the turkey gravy and the ice cream for dessert, your stomach faithfully digested all that food and broke it down into glucose (a simple sugar), omega-6 fatty acids and highly reactive trans fat with free radicals (from deep fried foods, margarine, shortening, pie crusts, cake mixes, frostings and non dairy coffee creamers just to mention a few).  Within ½ hour the sugar molecules from the digested meal will enter your blood stream.

2.    The metabolism sets in

We know from years and years of research that the glucose in the blood triggers the release of insulin from the pancreas, which facilitates absorption of sugar into your liver and muscles where it is stored as glycogen. This is meant to be a storage form of sugar, just in case you do not eat for a few hours, but need energy to burn for your physical activity. When you have saturated the glycogen storage in liver and muscles, your liver metabolizes sugar into fatty acids and triglycerides. There is the transport LDL cholesterol that is supposed to supply the brain and heart with healthy cholesterol for these organs to replace cell membranes. Instead, the LDL cholesterol that is supposed to be balanced by the protective HDL cholesterol gets oxidized from the extra sugar and from the free radicals of the TRANS fats that are now being outlawed by the FDA for exactly that reason. So, the oxidized LDL cholesterol turns into the vicious VDLDL particles, which can be measured as a special blood test by your doctor. The overabundance of omega-6 fatty acids start an internal fire by stimulating the arachidonic acid pathway, which causes inflammation in your arteries, your joints and your immune system.

From Inflammation To Heart Attacks, Strokes And Arthritis

From Inflammation To Heart Attacks, Strokes And Arthritis

3.    The consequences of eating foods which spike your blood sugar levels

The end result is hardening of your arteries and the beginning of arthritis in your joints. Mind you, this does not happen overnight, but when you eat this way decade after decade it takes its toll. Typically in your forties or fifties you will notice some swollen knuckles. Don’t just let this happen. Think that this is a sign that something is festering in you! If you don’t interfere, there could be one wrong move, when you play sports and a meniscal tear in your knee could put an end to the fun. Sure, you will find a reason that the angle of your jump was unfortunate and this was simply enough for your meniscus to tear. But could it be that there were inflammatory changes in your meniscus long before this incident, the meniscal material softened up, dried up because of a lack of proper nourishing synovial fluid? I found when I was in primary care practice that this was what caused the majority of meniscal tears. A normal meniscus does not tear easily, but decades of malnutrition will lead to these hidden changes, where a meniscus can be softened and is prone to damage without a warning.

Arthritis in your joints is similar to the process of what I described regarding meniscal degeneration. An imbalance of the omega-6/omega-3 ratio where people take in 12 to 16 times as much omega-6 fatty acids from processed food compared to omega-3 fatty acids from fish oil or fish consumed, causes inflammation of the joints via the arachidonic acid metabolism.

What about the arteries? It is no secret that many people in their 60’s have suddenly an episode of chest pain that leads to a referral to a cardiologist who will do a heart catheterization. A stent or two may have to be placed because of hardening and narrowing of the coronary arteries. In many trials where people with coronary artery disease were followed laboratory tests showed that these individuals had low 25-hydroxy-vitamin D levels in their blood and the calcium that was meant to make their bones strong, ended up in the arteries. Vitamin K2 is often also missing because of malnutrition.

People with high blood pressure often do not have enough nitric oxide production from their arteries, because they do not eat enough vegetables, they are too sessile and they eat too many sweets and starchy foods. As a result  the liver overproduces triglycerides and fat, and oxidized LDL cholesterol damages the lining of the arteries. Just treating high blood pressure with blood pressure lowering medications will not correct the underlying metabolic disbalance. This is why people who had 2 or three stents for coronary artery hardening will come back 5 or 10 years later and need more stents until they die of a full-blown heart attack. You must stop the underlying metabolic derangement, if you want to prevent further deterioration.

4.    Inflammation takes its toll

But what do the lining of the arteries, the inflamed joints, a degenerative meniscus and heart attacks and strokes have in common? It is the INFLAMMATION that changes the body chemistry. It gets even more complicated, because the extra calories that we consume get stored as visceral fat. This is done automatically when you eat too much sugar and starchy foods as you may have done over the holidays. Remember, our ancestors were hunters and gatherers, and our genetic make-up is still the same. So, when the glycogen stores are full, any surplus sugar gets metabolized by the liver into triglycerides, fatty acids and LDL cholesterol and gets stored as body fat. The most active fat is the visceral fat between our guts and around our body organs. This produces interleukins and other inflammatory cytokines that circulate in the blood causing inflammation in all our arteries.

This is the link between the various manifestations of inflammatory conditions in our bodies. We rarely think of all of these various conditions as being linked. We concentrate on each disaster as it strikes, but think that it is only a one-point-in-time event. We do not see the years of abuse of our bodies that have preceded any of these events.

5.    Disaster strikes in different ways

We usually hear about a person who just got a heart attack. Now it is an emergency!  Nobody thinks about the years of inappropriate food intake and the lack of exercise that led up to this heart attack event.

The same is true for a sudden stroke. The patient arrives at the hospital in an ambulance and cannot move one arm and one leg. Initially the patient may be unconscious. There is too much action required by the emergency personnel to ask the question why it had to come to this. The truth though is that the blood vessel deterioration in the brain vessels that led to the stroke have quietly happened years before the acute event.

And then there is the aging 75-year-old man with a stiffening hip and arthritis in the hands. The inflammation has been quietly developing in the synovial membranes of the joints for more than a decade. The patient probably swallowed anti-inflammatory medications for years for arthritis symptoms, which as you guessed has not changed the underlying biochemistry. But now it has come to the point where a total hip replacement is required, just to be able to continue to walk. I have experienced that scenario in the hospital setting many times. Many patients went through the total hip replacement surgery with no problems. But other patients had their total hip replacement done and they developed a heart attack under the general anesthetic, because unbeknown to the orthopedic surgeon the patient also had severe hardening of the arteries that had not shown up on the pre-surgical electrocardiogram. A stress test or a Thallium heart scan when the patient still could exercise would have shown this hidden cardiac condition before the surgery, so that a cardiologist could have addressed this condition before the surgery. After that the total hip replacement would most likely have been uneventful.

6.Prevention is the key

The lesson to be learned from all of this is: prevent these disasters from happening in the first place. Do the following:

1) Good, balanced nutrition

2) Regular exercise.

3) Take vitamins and mineral supplements for bone health.

4) As you age, have your hormones measured and replace what is missing.

5) Avoid toxins. Use detoxification.

6) Avoid junk foods.

I have covered these topics in many blogs before as indicated in the above links.

Conclusion

Health disasters are mostly not accidental, but are rather caused by not paying attention to the silent metabolic changes based on improper nutrition and a lack of exercise, which could also be termed as a lack of prevention. It takes some time, often even some suffering to understand the deeper meaning of what I discussed above (that prevention is much more powerful on the long-term than curative medicine). I speak from experience having worked in the medical field for more than 30 years. Curative medicine will take care of an emergency, but the underlying inflammation and metabolic derangement will persist, if this is not changed through the steps mentioned above. Treat inflammation and LDL oxidation by modifying your lifestyle. Think prevention!

More information on inflammation medicine: https://www.askdrray.com/chronic-inflammation-causes-cancer-heart-attacks-and-more/

Last edited Nov. 7, 2014

Aug
03
2013

Treating Symptoms Not Effective, Find And Eradicate Causes

When you see a physician about a health problem, he or she general listens to your symptoms, examines you, comes to a diagnosis and then treats the symptoms. Medicine has been evolving since, anti-aging medicine has become more prominent and comprehensive medical practitioners have started to treat differently. The changing approach is best explained with some examples below. This is important as many general practitioners continue to treat symptoms and neglect to search for causes. Big Pharma is trying to keep the medical system in the “status quo” (the way it is), because they make big money by having general practitioners try out different ineffective medications (this way the profits keep on coming in.) One example is the cholesterol story. Only 50% of heart attacks are caused by high cholesterol, but physicians keep on prescribing statins whenever high cholesterol is found to prevent a heart attack. But the finding of high cholesterol could be caused by hypothyroidism (when the thyroid gland does not produce enough thyroid hormone). Diet can also play  a role, if the patient eats too many helpings of fatty meats and drinks alcohol regularly. Just prescribing statins to lower cholesterol is not the answer, treating the cause is!

I am going to describe 5 examples where usually symptoms are being treated instead of the causes. If you are in a hurry, just read example 3 below (gastritis and duodenal ulcer). After that you can skip forward and read the conclusion, where I will summarize what I think we should learn from this.

Treating Symptoms Not Effective, Find And Eradicate Causes

Treating Symptoms Not Effective, Find And Eradicate Causes

1)  Rheumatoid arthritis

Rheumatoid arthritis (RA) is an autoimmune disease where autoantibodies attack the joint surfaces. It is a multifaceted disease and typically requires a rheumatologist to get involved in the treatment. The standard treatment for RA is summarized in this link. Before engaging in these toxic treatments, it is very worthwhile to study this link and see, if any of your food components may have triggered your arthritis. Various agents in the food can contribute to the development of autoantibodies, such as wheat, soy, MSG, even salicylates. An elimination diet approach could pinpoint if there is any food component that may be the cause of your RA.

Dr.Lichten, in treating many RA cases has found (Ref.1, p. 85 and 86) that many patients had hormonal deficiencies, particularly a lack of DHEA when blood tests were done for this. DHEA is known to treat immune deficiencies and T cell responses were observed to raise 10-fold after DHEA supplementation; IGF-1 levels (an indirect measure of human growth hormone) increased and muscle mass improved when exercised as well along with DHEA replacement. RA patients responded well to relatively low doses of DHEA (25 mg daily for women and 50 mg daily for males). When other hormone tests are done to look for deficiencies, Dr. Lichten found sometimes thyroid deficiencies requiring hormone supplementation. Similarly when saliva tests are done to look for sex hormone deficiencies, there may be progesterone and/or estrogen deficiency in women and testosterone deficiency in males that needs to be replaced with bioidentical hormones. In RA patients there may be adrenal gland deficiency setting in, which can be diagnosed by a four-point saliva cortisol hormone test. Only these cases of true hormone deficiency will benefit from small doses of cortisol (the original bioidentical human hormone) given four times per day.

Here is a summary of the usual recommendations for home remedies for treating rheumatoid arthritis. Using electro acupuncture can be very useful for controlling chronic pain, but you still need to work out the cause for your particular case of RA.

2) High Blood Pressure

Most cases of high blood pressure (hypertension) are simply there without a particular cause. It used to be called “essential hypertension”, a fancy name meaning “essentially, we do not know the cause”. The doctor will start treatment with drugs to bring high blood pressure down. Before that the doctor is supposed to ask you to make a good effort to change your life style (cutting out additional salt, exercising, weight loss), but this is often glossed over and drugs are used right away. Drugs for hypertension are not harmless; here are some of the side effects.

The medical textbooks are not very clear on what causes high blood pressure. With renal causes (narrowing of a renal artery) a stent can be placed, the cause is treated and the blood pressure normalizes. As indicated, essential hypertension is the name for the majority of other cases of high blood pressure where officially no cause is known. Patients are usually put on life-long antihypertensive medications, often several drugs in combination, to bring the blood pressure down to 120 over 80.

Despite the notion that we do no know the cause of high blood pressure, we do know that a number of factors can contribute to developing high blood pressure: too much salt in the diet, too much nicotine from smoking and too much alcohol consumption.

A lack of nitrates from green vegetables can cause high blood pressure as well. Nitrates are necessary for the body to produce nitric oxide, a powerful messenger that dilates blood vessels lowering blood pressure. It is produced every second by the lining inside the walls of your arteries. Greens and vegetables, particularly beets, provide nitrates for nitric oxide production.

Nitric oxide, along with omega-3-fatty acid and prostaglandins are important in relaxing the arterial walls, thus lowering high blood pressure.

We also know that in diabetes and obesity high blood pressure is very common, because inflammatory substances circulate in the blood, which interfere with the normal production of the blood pressure lowering nitric oxide.

Treating high blood pressure with the conventional drugs will mask the real underlying causes.

The DASH diet has helped a lot of people to get their blood pressure under control. However, the limiting point in that diet is the amount of grains that are allowed. In my opinion, wheat and grains, starches and sugar are all empty calories and only stimulate your appetite because of the high leptin and gliadin content from wheat and wheat products. According to the cardiologist, Dr. William Davis, cutting these out will cure not only many cases of hypertension, but also diabetes and obesity. Many physicians have criticized him, but in my opinion his work is on solid researched ground. If a patient honestly gives lifestyle changes a try, many side effects and deaths from antihypertensive drugs could be avoided.

3) Gastritis and duodenal ulcer

You see your doctor, because lately you regurgitate acidy stomach contents. You may be diagnosed with gastritis and get a prescription for an acid suppressive drug. But before you take proton pump inhibitors (PPI) study the side effects here.

The interesting part is that many chronic gastritis cases are associated with a bacterium called H. pylori. Unfortunately it is now known that cimetidine, ranitidine and particularly PPI’s are treating the acid problem (the symptomatic treatment of acid suppression seems to work), but on the longer term they encourage H. pylori to grow more, particularly in the stomach. The bacterium undermines the lining of the stomach and the duodenum and interferes with the production of the protective mucous production, which is meant to protect you from gastritis and ulcers. Dr. Murray explains that the cause of gastritis, gastric ulcer and duodenal ulcer is the breakdown of the mucosal barrier (Ref. 3, p.73-75). So the symptomatic treatment of the H. pylori infection with triple therapy (2 antibiotics and a PPI) may be the medical treatment commonly accepted as the norm, but it does not cure H. pylori in many cases. Some patients develop diarrhea from a Clostridium difficile super infection as a result of the antibiotics from the triple therapy requiring even more expensive antibiotics for that condition. This only happened, because the patients’ symptoms were treated instead of the cause. The cause of gastritis and duodenal ulcers is a weakening of the lining in the stomach and the duodenum resulting in a breakdown of the mucous barrier. In some people dietary habits play a role, like too much cereal and wheat consumption with too little alkaline vegetables in the meals to neutralize the acid formation (see Ref. 2 for more details). However, when a simple licorice compound (DGL, which stands for deglycyrrhizinated licorice) is given, the symptoms from gastritis, acid reflux, and ulcers in the stomach or duodenum disappear. DGL supports the lining of the stomach and duodenum and reestablishes the defense against the acidy milieu. Not only that, but after a few weeks of DGL treatment all of the findings on endoscopy such as inflammation and ulcerations disappeared. Dr. Murray states that he has not encountered a case of gastritis or ulcer that would not have responded. It appears that the cause of gastritis and ulcers in the stomach and duodenum is not from too much acid, not from H. pylori infection, which appears to just be a concomitant infection, but actually is due to a breakdown of the barrier in the lining of the stomach and duodenum, which responds to DGL. The other interesting thing is that you can buy DGL in the health food store; the dosage is two to three chewable tablets on an empty stomach three times per day. According to Ref. 3 it needs to be taken 8 to 16 weeks, after which there is a full therapeutic response. Pepto-Bismol is another coating substance that is available over the counter and works well for minor stomach upsets.

4) Chronic back pains and insomnia

Many people see their chiropractor for chronic recurrent back pains and their physician for insomnia to get sleeping pills. It all depends what the underlying causes are of back pains and insomnia.

If there is a misalignment in the spine, a chiropractor doing manipulation would be a reasonable approach and the back pain symptoms often disappear. However, thyroid deficiency or adrenal gland insufficiency or adrenal gland fatigue may be the cause of back pains and muscle cramps. Unless the underlying cause is treated (in the case of hypothyroidism treatment with thyroid hormones), the back pains will stay. In fibromyalgia where muscle pains are all over the body, the standard treatment with antidepressants and pain pills just will not do it on the long-term. These patients require a detailed work-up with analysis of the hormonal status. Often they are suffering from a lack of thyroid hormones, a lack of sex hormones (in women a lack of estrogen and progesterone, in men a lack of DHEA and/or testosterone). But they may also have weak adrenal glands and a lack of growth hormone. An anti-aging physician (A4M) can order the appropriate tests and treat the underlying causes.

Fibromyalgia patients often have insomnia (sleep disorders). Dr. Lichten (Ref.4) recommends GABA in small doses (125mg to 250 mg) at bedtime along with 500 mg of L-tryptophan. He also recommends 4000 IU – 5000 IU of vitamin D3 (as often insomnia patients are deficient in vitamin D3) as well as 500 mg to 1000 mg of magnesium. If this alone is not sufficient, melatonin, 1 mg to 3 mg at bedtime will be beneficial. Dr. Lichten cautions that GABA leads to tolerance quickly, so it should only be taken 5 days out of 7 to allow the body’s receptors to recover. This alternative approach to treating insomnia will prevent many patients from getting addicted to sleeping pills (hypnotics).

5) Asthma symptoms

Not every case of asthma needs steroid inhalers and salbutamol or other bronchodilator inhalers as treatment. This link shows that low thyroid can also cause asthmatic symptoms of wheezing and shortness of breath. It is important to listen to the patient’s symptoms, but the treatment will only be successful when the cause is treated. Dr. David Derry described in this link how many of his severe asthma patients had iodine deficiency and low thyroid hormones and no longer had to see him when iodine treatment and desiccated thyroid hormone replacement was given as treatment. This goes against what the standard recommendation for asthma treatment is, but it seems to get patients unhooked from dependence on steroid inhalers.

Steroid dependency from anti-asthmatic inhalers can suppress the adrenal glands and lead to adrenal gland insufficiency.

The adrenal glands are vital for coping with stress as the more stress you are under, the more your pituitary gland produces ACTH hormone, which in turn stimulates the adrenal glands to produce cortisol. However, a significant percentage of patients with asthma that been on corticosteroid inhalers for a long time, experience a suppression of the pituitary gland and the adrenal glands cannot produce the required stress hormones; in other words, adrenal fatigue or adrenal insufficiency can set in.

This is an example where during the treatment of asthma symptoms were controlled with corticosteroid inhalers, but the stress hormone circuit was undermined to the point where the patient experienced another disease (called a “iatrogenic disease”, a disease from the side-effects of drugs). Treatment of adrenal fatigue is described in this link.

Conclusion

Medicine can become quite complex as these examples show. Many times physicians tell their patients that the cause of their symptoms is not known. However, this is not always true, but conventional medicine continues to hold onto the old dogmas. With the third example above (gastritis and duodenal ulcer), until the mid 1980’s the original theory in medicine was that too much acid production would be the cause of these conditions and treatment concentrated on suppressing acid production. Then the new theory came up that H. pylori, a bacterium would be the cause of chronic inflammation, which together with too much acid would cause the condition. That is why physicians now treat it with the triple therapy, a good deal for Big Pharma, but a bad deal for many patients. They still do not get cured, but develop a worsening of their conditions as H. pylori growth proliferates, particularly from the PPI’s, which undermines the lining of the whole stomach. As pointed out above DGL, a simple licorice compound, which is available in health food stores, can strengthen the lining of the stomach and duodenum, which at the same time gets rid of the H. pylori problem without any other drugs.

The problem with conventional medicine is that in many cases physicians still treat symptoms instead of treating known causes. Big Pharma supports this, as it is expedient for them to protect their multi billion-dollar industry. Patients need to demand that the causes of their diseases are being treated rather than the symptoms.

References

1. Dr. Edward M. Lichten: Textbook of bio-identical hormones. ©2007 Foundation for Anti-Aging Research, Birmingham, Michigan, USA

2. William Davis, MD: “Wheat belly. Lose the wheat, lose the weight, and find your path back to health.” HarperCollins Publishers Ltd., 2011.

3. Michael T. Murray, ND: “What the drug companies won’t tell you and your doctor doesn’t know”. Atria Books, New York, 2009.

4. Dr. Edward M. Lichten: Textbook of bio-identical hormones. ©2007 Foundation for Anti-Aging Research, Birmingham, Michigan, USA

Last edited Aug. 3, 2013

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Feb
05
2013

News About Your Heart Health

February is heart month every year. So I thought why not review what is new regarding heart health in the last 15 years and put it into perspective. I will start with a review of the older teaching about heart disease and then explain the paradigm shift in medical thinking and how this has changed the approach to heart disease prevention. The anatomy of the heart including coronary arteries and the heart valves has not changed over the years. The heart has always been at the center of life and will remain there. It used to be thought that when a person ages one should expect to get problems with high cholesterol, which would be the cause of hardening of coronary arteries of the heart until one day the person would experience a heart attack from the closing of one or more of the three coronary arteries. Cardiologists can then offer an arteriogram, place a stent to reopen any blocked coronary artery and the patient would be OK for another 5 to 10 years. Alternatively, coronary bypass surgery can be offered by a cardiovascular surgeon to revascularize the coronary arteries. In the mid 1990’s all this changed with the realization that 50% of heart attacks happened in patients who had normal cholesterol levels. Research showed that it was inflammation of the heart vessels followed by subsequent blockage what caused heart attacks. Since then a great deal of research in animal models and with humans showed that a lot can be done in the area of prevention of heart attacks and that very little can be done with regard to improving cure rates when damage to the heart muscle has already occurred. The paradigm shift is in the understanding of what leads to a heart attack. We now know that too much sugar, too many starchy foods and too much animal fat will lead to inflammation of the arteries including the coronary arteries. The reason is that faulty nutrition leads to a lack of omega-3 fatty acids and a surplus of omega-6 fatty acids. This starts the inflammatory cycle, which causes inflammation in the arterial walls followed by rising LDL cholesterol (that’s the bad cholesterol) and falling HDL cholesterol levels (that’s the good cholesterol). Associated with this is a lowering of nitric oxide production in the lining of the arterial walls, which leads to a narrowing of the arterial opening and simultaneous development of high blood pressure. Research of the metabolism of cells, particularly the subunits of cells called mitochondria, shed a new light on the heart as well. It turns out that the mitochondria, which are the energy producing subunits of the cells are abundantly present in those organs that have a high metabolism, such as the heart, brain, liver and kidneys.

News About Your Heart Health

News About Your Heart Health

This newer knowledge allows the prevention-oriented physician to help patients not to get heart disease on the first place by preventing inflammation of the arteries, by adding nitric oxide as a supplement, by changing the food composition, by intervening at the mitochondrial level with the help of supplements and by a regular exercise program. Over the years there have been impressive clinical trials that show that these preventative means when taken together can add 10 to 20 years of productive life without any disability. In the following I am going to describe the rationale for each of these life-prolonging steps:

  1. Preventing inflammation of the arteries: at the moment many people eat the standard North American diet consisting of foods with too much sugar, processed foods with animal fat and lots of pasta. If people switch over to a diet rich in leafy-green vegetables (kale, spinach, Swiss chard) and lean pork, turkey and chicken, this will change the omega-3 to omega-6 ratio in favor of omega-3 fatty acids. This has a powerful effect on your body, as the surplus omega-3 fatty acids will suppress any inflammation in your blood vessels, which prevents heart attacks. If you also eat as much organic food as possible, you will in addition reduce the toxic load in your body from heavy metals like lead and mercury and chemicals like herbicides and insecticides that often are contained in regular non-organic foods. By cutting out sugar and refined carbohydrates fasting insulin levels and triglyceride levels fall. This prevents diabetes and keeps your arteries open longer.
  2. By adding nitric oxide as a supplement such as “Neo40 daily” or “Stay young” (both of these supplements have hawthorn and red beet extract in them) the lining of the arteries gets a boost of nitric oxide production thereby lowering your blood pressure and widening the arteries in your body including the coronary arteries. The result is more oxygen and nutrients for your heart cells. By intervening at the mitochondrial level with the help of supplements and by doing occasional intravenous chelation therapy to remove heavy metals you can revive the sluggish metabolism of the mitochondria of your major organs. It’s like you are recharging the battery of your car, just here we are dealing with the microscopic energy packages, the mitochondria, in the cells of your vital organs including your heart.
  3. Certain vitamins and supplements help in this process as follows: D-ribose, alpha-lipoic acid and Co-Q-10 support mitochondria; niacin lowers triglycerides and LDL cholesterol and elevates HDL-cholesterol (the good cholesterol); magnesium is an important co-factor of many enzymatic reactions in your cells and it also lowers blood pressure by widening the arteries making it easier for your heart to pump blood through them. Omega-3 and vitamin D3 both are anti-inflammatories, which makes these two important supplements for heart attack prevention. Vitamin D3 is also important for your immune system and helps to absorb calcium from the gut. Vitamin K2 has been found to be important to help transport the calcium into your bones preventing osteoporosis, so that it does not stay in your vascular system and cause hardening of your arteries by getting into your arterial walls.
  4. Bio-identical hormone replacement therapy is a powerful stimulus for the metabolism of your whole body, but particularly your heart. The heart needs adequate amounts of thyroid hormones and sex hormones (testosterone in males, balanced estrogen and progesterone in females). DHEA is a precursor hormone from your adrenal glands that is required in your hormone balance for support of your heart muscle. The physician can order hormone tests and replace what is missing with bio-identical hormones.
  5. A regular exercise program rounds up your heart support program. A regular exercise program by itself has been shown to be powerful heart attack prevention by cutting heart attack rates into half when compared to a non-exercise control group. Exercise builds up your heart muscle reserves and prevents clogging up of coronary arteries.
  6. Lifestyle changes can have a powerful effect in terms of preventing heart attacks. Everybody knows that those who smoke will not live as long as those who don’t. Smoking accelerates hardening of the arteries and causes not only heart attacks, but also cancer. Perhaps less known is the fact that alcohol can poison mitochondria. Due to the fact that wine also contains bioflavonoids, there have been statistics that showed that 1 glass of wine for women and two glasses of wine for men could prolong life. The wine industry was quick to exploit these statistics for the benefit of their sales. Fact is that even small doses of alcohol are a cell poison. Bioflavonoids are much more effective when taken as part of your daily supplements (resveratrol capsules) and it is much healthier for your heart and other body parts, if you do not consume any alcohol at all.

Originally the Framingham study showed that high LDL cholesterol was associated with heart attacks. But now we know that it is the overconsumption of sugar, high fructose corn syrup and refined carbohydrates in processed foods as well as animal fat overconsumption (mostly omega-6 fatty acids) that lead to inflammation of the lining of the arteries including LDL cholesterol overproduction from the liver. The focus has switched from lowering cholesterol and triglycerides to reducing and preventing inflammation and to supporting the mitochondria of the heart muscle cells. Simple steps as outlined above have the power to prevent about 85% or more of heart attacks. They work by treating insulin resistance through the diet changes, which in turn lowers fasting insulin levels, blood sugars and triglycerides as well as cholesterol. Inflammation is kept at bay. You prevent heart disease and in addition also arthritis, high blood pressure, strokes and Alzheimer’s disease. One of the side effects is weight loss, extra energy and a sense of wellbeing.

More information on heart disease: http://nethealthbook.com/cardiovascular-disease/heart-disease/

Last updated Nov. 6, 2014