immunity

Ostrich Medicine: Shouldn’t We Recognize Host Defenses?

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Everyone is aware of the proverb about the ostrich with its head in the sand. It has been a recurrent problem in medicine throughout its history. Louis Pasteur discovered that organisms, only visible with a microscope, caused disease. It became the first paradigm in medicine, accepted by all eventually. Pasteur spent eighty percent of his professional life in trying to get his ideas to stick. What would he have accomplished in addition to these discoveries if they had been readily accepted?

It is interesting to note, however, that on his deathbed he reportedly said “I was wrong: it is the defenses of the body that really matter”. Did he, in fact, provide us with a concept leading to a second paradigm in medicine – that maintaining host defenses matter as much as killing the pathogenic invaders? This post attempts to address this issue. What does it mean to bolster host defenses? Is this the next paradigm in medicine? And if it is, do physicians, like the mighty ostrich, have their heads in the sand when it comes to understanding host defenses?

The First Paradigm of Medicine: Kill the Enemy

The discovery of microorganisms led naturally to the idea of killing them without killing the patient. After many frustrating years, during which many lives were undoubtedly sacrificed, the discovery of penicillin opened the antibiotic era. During its golden age, antibiotics have indeed saved many lives, but we all know that bacterial resistance is giving rise to new problems. As new antibiotics are discovered or synthesized, they have to become more powerful in overcoming this resistance and as a result are increasingly toxic; a fact that has been amply shown on this website. The idea of “killing the enemy”, bacteria, viruses, fungi and parasites, even spread to the treatment of cancer, the maverick cells that had to be eliminated. Does this first paradigm have its own limitations?

The Second Paradigm: Maintaining Host Defenses

Using the analogy of a fortress or castle, the question becomes very simple: can we assist the defenses of the body versus killing its enemies?  The answer is equally simple———-yes!  In order to explain this in a meaningful manner, I am going to liken the body to an old fashioned fortress. Fortresses were protected from hostile attack by thick walls that were surmounted by battlements. Sentries patrolled the battlements, watching for enemy attack. If such an attack was sighted, the first obligation of the guard was to notify the “keep”, the name given to the command post from which a commander controlled the defense. If the attack came from the west, off duty soldiers would be dispatched to the western battlements and the design of the defense would then require a stream of information by means of messengers between the command post and the areas of action within the castle. The castle would survive and remain intact only if the fighting soldiers were supported by additional services such as delivering ammunition, feeding them and replacing them with fresh soldiers when they were fatigued.  Finally, the castle had to be designed originally and it probably went through a series of design changes over the years as it evolved. This is a fundamental rule in warfare, that the troops must be fed and rested, ammunition replenished. In human health, however, we have forgotten that rule. We have focused all of our efforts on the killing of the pathogenic enemies, with little thought to maintaining the health of our troops.

Consider the Brain and Body Castle

We know that the design of animal systems, including the human body, is guided by genes acting as a blueprint in which mistakes can occur. There is no doubt that we have evolved over millions of years to reach the kind of sophistication that we have today. The questions surrounding that evolution are by no means answered yet, but the complexity is so abstruse that it suggests intelligent design rather than chance.

The skin is the largest organ in the body, so think of it as being like the walls of a castle. It is dotted with sensory cells that may be likened to the battlements. Mucous membrane forms a protective layer over sensitive tissues like the nose. The lower part of the brain known as the limbic system can be imagined as like the “keep”. The upper part of the brain houses the commander.

Now, imagine bacteria alighting on the skin or the mucous membrane of the nose: the recognition of an “enemy” by the sensory cells results in a message being delivered to the limbic system of the brain. This part of the brain is a computer, receiving and sending messages to the body automatically.  It is in constant communication with the upper brain. As the “ultimate commander” the upper brain is the thinking part, adding advice and consent to the ultimate action. Strengthening the limbic system, while weakening the action of the upper brain, most commonly achieved by poor nutrition, makes the ensuing action more primitive. The limbic system is the “caveman” within us all.

Organization of Host Defenses

Think of the white cells in the body as each being a soldier with a specialized function.  They must be directed to the scene of the attack and a battle takes place between the white cells and the “enemy”.  Like all analogies, it breaks down because body defenses are extremely complex, but I have tried here to establish a principle, that we possess sophisticated defenses that are organized by the brain.

For example, inflammation is used as a defensive process, controlled through the brain using the automatic (autonomic) nervous and endocrine systems to deliver the necessary messages. The whole defensive process takes place under the command of the brain, a most important factor that is much neglected in modern medicine. The brain/body coordinating mechanism in an emergency situation must be initiated as soon as possible and the resulting action requires a huge amount of energy, particularly by the brain. Because of this it is designed for short term use. The “illness” is the physical evidence of this coordinating mechanism going into action. An increase in circulating white cells means that the reserve “soldiers” are being deployed via the blood stream: the rise in body temperature is beneficial because it decreases the efficiency of the “enemy”.  The associated feeling of illness makes us go to bed and rest, thus conserving energy required for healing.  Remember that the misguided approach of using aspirin to reduce the temperature in a child with flu was responsible for the lethal disease known as Reye’s Syndrome.

How To Bolster Host Defenses

Under the heading of the second paradigm I said that we can indeed help the defensive procedure and that it was simple. By simple, I mean that the facts should be known by all.  The first principle that we need to understand is a rough idea of how the body/brain works, as I have outlined. The second principle is an understanding of routine preventive maintenance through appropriate exercise, rest and nutrition. Like the troops defending the castle, our immune system cannot fight the enemy without sufficient resources. These resources include nutrition, rest and exercise, the forgotten elements in modern medicine.

Both of these principles require education, starting at the earliest possible age in childhood.  We all need to understand that we have a health responsibility to ourselves and that the old proverb “prevention is better than cure” is one of the wisest statements that has ever been made.  The science of prevention is embodied in the development of Alternative Complementary Medicine, a form of medical intervention based on the study of energy metabolism and how it is preventatively or therapeutically treated. It states that if the genetic blueprint is intact, leading to a complement of sophisticated defensive body/brain equipment, the stress of living in a dangerous world can only be met by an adequate formation of energy to run the equipment. This can only be supplied by nutrition.

A new science known as epigenetics is the study of how our genes can be manipulated by diet and lifestyle, so even minor genetic mistakes can be overcome by supplying the correct fuel. Much has been written about this in medical journals that have been casually ignored by mainstream medicine. That is why I claim that mainstream medicine has its “head in the sand”.  Each time a new discovery is made, an attempt is made to find a way of manipulating errors in it through a drug rather than a possible lifestyle and epigenetic solution. Perhaps it is time to remember that health is about maintaining host defenses too and not just endlessly killing pathogens.

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More people than ever are reading Hormones Matter, a testament to the need for independent voices in health and medicine. We are not funded and accept limited advertising. Unlike many health sites, we don’t force you to purchase a subscription. We believe health information should be open to all. If you read Hormones Matter, like it, please help support it. Contribute now.

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This article was published previously on Hormones Matter in October 2014. 

Back to School, Back to Flu? Elderberry to the Rescue

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I am many things: a writer, a researcher, a women’s health advocate, a teacher, a yogi. I’m also a few not so great things. Add my persistent desire to help with my passion for research and sprinkle in my ego-driven need to be right and you have a recipe for a real know-it-all. At best those traits make me a useful resource to my friends and family, at worst… unbearable? Well, I hope I’m not that bad.

My quest to detoxify my life came somewhere around the time I was trying to get pregnant and I was diagnosed with chemical allergies. I became a bit of a natural health junky. I’ve tried turmeric and macca powder and spirulina and chia seeds. While my track record with the rest is spotty, elderberry has become a staple in my life.

Why? Because I teach college. College students are walking germ factories. They don’t get enough sleep, they don’t eat properly, they live in close quarters, they make out with each other. Probably the only people who encounter more germs than I do are pre-school teachers and flight attendants. That said, you’ll notice germaphobe wasn’t on the above list of my identities. That’s because I know if I keep my immunity strong, I’ll be fine. I do that by taking elderberry (sambucus). And I tell anyone who will listen that they should take elderberry, too.

What is Elderberry?

Elderberry, or sambucus nigra (black elderberry), is a plant native to North America and Europe that produces dark purple to black berries. These berries and extracts from them have been used medicinally for centuries. “It was first referred to as a healer in the 5th century BC and received mentions in the writings of Hippocrates, Dioscurides and Plinius.”

The researcher in me says:

The natural health enthusiast in me says:

Thank goodness! We’ve got to start using safe and natural alternatives to antibiotics and chemicals. With least 30% of the antibiotics prescribed in the country found to be unnecessary, we have created drug-resistant strains of bacteria.  According to the National Institute of Health, “the way we’ve been using antibiotics is helping to create these new drug-resistant “superbugs.” The fear of these bacteria is real.

The FDA has finally taken steps to fight this problem by banning triclosan and 18 other anti-bacterial chemicals found in soaps and cosmetics.”There’s no data demonstrating that over-the-counter antibacterial soaps are better at preventing illness than washing with plain soap and water,” the agency said in a press release issued shortly after the rule was announced.

In fact, “There’s some evidence suggesting that widespread use of triclosan, which is used in liquid soaps, and triclocarban, which is used in bar soaps, could lead to the development of germs that are resistant to antibiotics. Other studies have found that exposure to these chemicals disrupts hormone cycles in animals.”

Between our overuse of antibiotics and some of the chemicals created under the guise of keeping us safe, we’ve made bacteria even more dangerous. Protecting our natural immunity may be the smartest thing we can do this cold and flu season.

The know-it-all in me says:

I told you so! Elderberry works.*

I take it when I’m short on sleep, when I’ve been around people who are sick, when I travel, or when I feel myself coming down with something. So this coming cold and flu season, consider trying elderberry before you reach for that Zpac and save us all from the superbugs.

*In no way do I profit from you taking elderberry. I don’t work for a natural health company, an elderberry farm, or hippie commune. Yet…

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More people than ever are reading Hormones Matter, a testament to the need for independent voices in health and medicine. We are not funded and accept limited advertising. Unlike many health sites, we don’t force you to purchase a subscription. We believe health information should be open to all. If you read Hormones Matter, like it, please help support it. Contribute now.

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This article was published originally in September, 2016. 

The Cytokine Theory of Disease, COVID, and Nutrition

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The cytokine theory of disease states that an over production of cytokines causes the clinical manifestations of illness. Much effort has been expended to determine how cytokines are regulated in normal health. Cytokines play a broad role to help the immune system respond to diseases and drugs. Cytokines may be considered “good” when stimulating the immune system to fight a foreign pathogen or attack tumors. They may be considered “bad” when their expression causes inflammatory disease as in rheumatoid arthritis, asthma, or Crohn’s disease. What is often missed in these considerations is that the inflammatory response itself is dependent upon the proper functioning of the autonomic system, which is dependent upon mitochondrial capacity and mitochondrial capacity is dependent upon proper nutrition.

The Inflammatory Reflex

The inflammatory reflex is a physiological pathway in which the autonomic nervous system detects the presence of inflammatory stimuli and modulates cytokine production. Afferent signals to the brain are transmitted via the vagus nerve, activating reflex efferent signaling, that releases acetylcholine in the vicinity of macrophages within the reticuloendothelial system. The production of acetylcholine is crucial to the activity of this reflex which is known also as the cholinergic anti-inflammatory reflex.

The peripheral nervous and immune systems were traditionally thought of as serving separate functions, but new insights into neurogenic inflammation suggest that this is not the case. Nociceptor neurons possess many of the same recognition pathways for danger as immune cells. Understanding the interaction of peripheral neurons with immune cells may lead to the suppression of immunopathology. We now know that the nervous system, through the vagus nerve, can modulate the cytokine response induced by microbial invasion or tissue injury. This cholinergic anti-inflammatory pathway is mediated by nicotinic acetylcholine receptors on tissue macrophages, leading to decreased production of pro-inflammatory cytokines. Activation of the sympathetic nervous system also has anti-inflammatory effects.

The cholinergic anti-inflammatory pathway is part of the parasympathetic nervous system and it can be also entitled as an anti-inflammatory reflex. Stopping production of pro-inflammatory cytokines is its major task. Acetylcholinesterase terminates the neurotransmission, so cholinesterase inhibitors can be beneficial by the prolongation of the reflex. It depends on termination of the vagus nerve into blood, and the release of acetylcholine. Acetyl CoA, used for the synthesis of acetylcholine, is derived from mitochondrial pyruvate dehydrogenase and there is a small pool of choline with cholinergic nerve endings available for acetylcholine synthesis.

Cytokines and Covid-19

The clinical effects of Covid-19 are reported to be from a cytokine storm and clinical and laboratory features confirm. Like sepsis, severe Covid-19, is marked by an overwhelming inflammatory response, central to the development of lethal organ failure. Immunologic complications such as macrophage activation syndrome result in cytokine storm syndrome and acute respiratory distress syndrome, which may also occur in some patients. Although the physiological and pathological aspects of Covid-19 infection are poorly understood, current research progress indicates the effectiveness of anti-cytokine therapy. Given the role of autonomic dysfunction with human inflammatory diseases, including rheumatoid arthritis, diabetes and sepsis, it is possible that dysautonomia is an etiology in common to those diseases. Recent work indicates that vagal nerve signaling mechanisms are strongly influenced by the nutrient status. Nutrient delivery to the gut activates neuroendocrine mechanisms that control digestion, energy intake and utilization. Could nutrient status impact cytokine response?

Nutrition, Immunity, and Autonomic Function

The immune system protects the host from pathogenic organisms. It is always active, carrying out surveillance and its activity is enhanced if an individual becomes infected. Increased activity is accompanied by an increased rate of metabolism, requiring energy, substrates for biosynthesis and regulatory molecules, all of which are ultimately derived from diet. A number of vitamins and trace elements have key roles in supporting antibacterial and antiviral defense. Dietary approaches to achieve a healthy microbiota can also benefit the immune system. Thiamine is an essential cofactor for 4 enzymes involved in production of energy and the total body stores are relatively small. Thiamine deficiency (TD) can develop in patients undergoing acute metabolic stress, such as any form of severe infection, surgical procedures or severe trauma. TD can cause heart failure, peripheral neuropathy, Wernicke encephalopathy, gastrointestinal beriberi and/or the appearance of unexplained lactic acidosis. Consequently, clinicians need to consider TD in patients admitted to intensive care units.

Acetylcholine synthesis, the neurotransmitter used by the vagus nerve, depends on the presence of its precursors, acetyl coenzyme A (AcCoA) and choline. AcCoA is derived from mitochondrial pyruvate dehydrogenase, the cofactors for which are thiamine and magnesium. There is a small pool of choline within cholinergic nerve endings available for acetylcholine synthesis. The prevalence of TD in critically ill patients due to coronavirus disease 2019 is higher in patients with diabetes, a disease in which TD is common. When in excess, pyruvate and lactate that accumulate from TD, can increase the stabilization of the hypoxia-inducible 1-alpha transcription factor, independent of low oxygen. For this reason, TD causes what has been called pseudo-hypoxia. HIF stabilization activates pro-inflammatory cytokines.

An HIV positive woman, four days after recurrent episodes of vomiting, the herald of gastrointestinal beriberi, developed severe dysautonomia, frequently its earliest sign. TD, often overlooked, is frequent in HIV infected patients. Treatment with parenteral thiamine in this patient induced dramatic improvement within a few days.

A significant number of SARS-CoV-2 (COVID-19) pandemic patients have developed chronic symptoms lasting weeks or months, symptoms that are very similar to those described for myalgic encephalomyelitis/chronic fatigue syndrome. The current literature reveals an understanding of the role that mitochondria, oxidative stress and antioxidants may play in this syndrome.

Covid-19, Cytokinemia, and Thiamine

Although the inflammatory characteristics of the Covid-19 infection are incompletely understood, there is strong evidence of cytokinemia, typically found in macrophage activation syndrome and marking the degree of severity. Since we know that inflammation is controlled by the cholinergic anti-inflammatory reflex, it presents a potential for treatment by stimulation of the vagus nerve or by prolonging the action of its neurotransmitter, acetylcholine. Its synthesis is dependent on acetyl CoA from the citric acid cycle and choline from endogenous synthesis or diet. Thiamine is essential in processing glucose as the primary fuel of the brain and its deficiency causes beriberi, the prime example of an energy deficient disease. Although vitamin deficiency is considered to be rare in America because of vitamin enrichment by the food industry, it has been shown that a high ingestion of empty calories, particularly from carbohydrates, overwhelms the oxidative power of the micronutrients, particularly thiamine. We have called this high calorie malnutrition, a classical oxymoron since malnutrition is generally associated with absence of food, leading to starvation. Beriberi has a vast number of symptoms, none of which are pathognomonic. If TD is suspected, a common laboratory test is to measure the blood concentration of thiamine or the activity of the thiamine dependent enzyme transketolase, both of which are generally in the normal range even in moderate TD. This is because the thiamine content would be satisfactory for a diet containing a healthy concentration of calories. The calorie/micronutrient ratio is the important measure required.

The symptoms are produced by energy deficiency in the controls of the autonomic/endocrine axis in the hind brain that is particularly sensitive to TD. They are not crippling and the many sufferers are able to visit a physician where a series of laboratory studies are either nonspecific or normal. Beriberi has a long morbidity and a low mortality and is the prototype for dysautonomia in its early stages. The patient may appear to be relatively well and may even be obese. The usual and customary laboratory studies are usually normal or misleadingly nonspecific. The patient is often told that it is psychosomatic. The evidence suggests that high calorie malnutrition is common in America and may lead to energy deficiency, particularly in the brain, ensuring an essentially unfit individual. If and when such an individual is infected by the Covid -19 virus, there is insufficient energy to drive the complex activities of the cholinergic anti-inflammatory reflex. A deficiency of micronutrients, with a particular emphasis on thiamine, would ensure that the defenses of the body, organized and guided by the brain, would fail to perform an adequate protection from the invading pathogen.

Consider Thiamine for Covid-19

It has been shown in an animal study that thiamine tetrahydrofurfuryl disulfide (TTFD), an over the counter drug for attenuation of fatigue, improves energy metabolism, using the forced swimming test. The swimming duration using TTFD, was significantly longer than that of control rats and was not achieved using thiamine. The clinical use of TTFD has been reviewed. It is hypothesized that TD is precipitated in Covid-19 patients as in sepsis, both being examples of a severe form of energy requiring stress, as defined by Selye. Even if TD cannot be proved in the ER, a simple clinical trial with TTFD might expose the truth of the many symptoms attributed to the virus and particularly those experienced by the so-called “Longhaulers”. The polysymptomatic incidence is mindful of the clinical expression of beriberi. It is worth remembering that as long ago as 1936, Sir Rudolph Peters found that there was no difference in the respiration between TD and thiamine sufficient pigeon brain cells until glucose was added to the preparation. The cells with adequate thiamine immediately began to respire while there was no effect in the TD cells. He called this the catatorulin effect.

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More people than ever are reading Hormones Matter, a testament to the need for independent voices in health and medicine. We are not funded and accept limited advertising. Unlike many health sites, we don’t force you to purchase a subscription. We believe health information should be open to all. If you read Hormones Matter, like it, please help support it. Contribute now.

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What Constitutes Disease?

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Survival for any animal or plant throughout the world is a lifelong battle between the environment and the constitutional design of the organism. Health is defined in Webster as “physical and mental well-being; soundness; freedom from defect, pain, or disease; normality of mental and physical functions”. But it might well be seen as the ability to adapt to whatever the environment throws at us. Disease is defined as “any departure from health”. If then, life can be broken down into attack and defense, the first thing to consider is the nature of an attack.

Stress or Attack on the Body

The word stress has many meanings and can be used in different ways. I have chosen the definition in the Oxford Dictionary, “pressure or tension or compulsion; times of stress when much energy is needed”. Using the word this way means that our defenses are being tested by the nature of the stress. This can be mental or physical. The stresses that acted on our ancestors were much more physical. Civilization protects us from most of the physical forces that they experienced. The majority of the stress we face today taxes our mental ability and is often long-term. Physical stress is imposed by trauma or the attack of organisms, most of which we cannot see without a microscope.

The Body’s Natural Defenses

For the purposes of this discussion, think of the human body as being made up from between 70 and 100 trillion micro-organisms we refer to as cells. Each group of cells has evolved with a specialized duty, congregated together to form organs. As an analogy, the body must imitate a well-functioning orchestra. Each instrumentalist within a group of instruments is a competent musician who has to conform to the musical script dictated by the conductor. Think of body organs as being like banks of orchestral instrumentalists all playing their parts in the “symphony of health”. The “conductor” is in the brain. An infection is recognized as an attack by a microorganism and the brain initiates a defensive program. The patient feels ill, driving him or her to take rest. Body temperature is increased because the microorganism is less efficient in the presence of a higher  temperature. Lymph glands may be increased in size to capture the organisms and white cells are released into the circulation to go to war with them. We refer to this as an illness, whereas we should appreciate the fact that this is organized in our defense, under the command of the brain. Many people will remember that trying to bring the temperature down with aspirin in children with a virus infection brought on a lethal condition known as Reye’s syndrome.

What Impedes the Body’s Defenses?

Genetic Variation

Each of us comes into the world with a “blueprint” or genome derived from our parents. If the DNA that forms this blueprint is perfect, we are gifted with  machinery that operates the first line of defense. We know, however, that perfection is impossible and we can expect imperfections that come under the heading of genetic risk. Or the genetic mistake might be so severe that it alone will cause disease. The vast majority of genetic mistakes (changes in DNA) constitute risk rather than being absolute as the sole cause of a given disease. Some form of stress activates the brain that puts out a call for mental and physical action. As the action is consummated, the whole organism goes into defensive mode and the genetically determined fault produces its own effects. As an analogy, imagine the performance of an eight cylinder car if one cylinder becomes dysfunctional. The effect would become more obvious when more energy is required from the engine. For example, type I diabetes, generally considered to be genetically determined, actually occurs as a result of genetic risk. The very first symptoms of the disease may not appear until middle age, often precipitated by a stress factor such as a viral infection, trauma or even bad news. Huntington’s disease is caused by a genetic defect, but the symptoms are usually delayed until later life. If the gene were the sole cause of the disease, we would expect it to operate at birth. It could be the effects of aging itself or some form of life stress that “jump-starts” it. We are looking at a state of balance between attack and defense. The probable reason is that aging is an example of a gradual decline in the efficiency of energy production, thus all the components of the defensive reaction are weakened. The weakest link is more likely to be exposed

Mitochondrial Genetics

Each cell produces energy, required for its internal function. Energy is defined by Webster as “internal or inherent power; capacity for vigorous action”. This is so fundamental to life that its lack of consideration in modern medicine until recently has been truly amazing. Mitochondria are literally the “engines” of each cell, where food is converted into energy. They have their own genes in addition to the cellular genes inherited from both parents. The mitochondrial genes from the mother are the only ones to pass to both her male and female children, constituting a form of maternal inheritance. Paternal mitochondrial genes are lost at the time of conception. The energy requirements vary from cell to cell and those that are most demanding are in the brain and heart. Mitochondrial genes govern the machinery that carries out this energy synthesis, so a mistake in their DNA will cause disease in the affected individual, mainly because of lack of cellular energy. We now know that many different diseases, particularly those affecting the brain and nervous system, have a mitochondrial defect as the underlying, genetically determined risk factor. Some form of environmental stress such as a viral infection, mild trauma or even an inoculation can trigger the first symptoms of the disease. The question remains as to whether such a disease always has inherited risk, activated by stress, or whether environmental factors alone can damage the mitochondrial DNA. Energy demand must keep up with energy consumption. The sensation known as fatigue is felt in the brain and constitutes a warning that energy synthesis requires a rest. The non-caloric nutrient components (vitamins and minerals) go to work in the process of reconstitution.

Nutritional and Oxygen Deficits

Many people take for granted that we breathe but are often ignorant of the reason. The fact is that mechanisms in the lung extract oxygen from the air and place the oxygen in the blood stream. Red blood cells, coated with hemoglobin, transport the oxygen to the tissues, where it is unloaded into the mitochondria, the oxygen combines with glucose in the presence of nutrients to produce energy. This process is known as oxidation and is exactly the same in principle as burning gasoline in the cylinder of a car. The importance of thiamine is that it is the major nutrient, without which oxidation cannot take place and may be seen as the equivalent of a spark plug in a car engine. Since the greatest consumption of energy occurs in the brain, nervous system and heart, it is these organs that are the first to suffer from lack of any one of the three components necessary for oxidation. Obviously, a complete lack of glucose, oxygen, or thiamine would be lethal.

Glucose

All simple sugars are broken down in the body to glucose that is then used as the fuel. It has given rise to a common fallacy that taking sugar in any of its unnatural forms will provide “quick energy”. The manufacture of glucose in the body from food is very complex and does not rely on sugar in the many artificial ways it is consumed today. The only source should be fresh fruit, vegetables, nuts and seeds.

Oxygen

Everyone recognizes the necessity of oxygen. However, physicians often use oxygen administration in sick people without thinking about the nutrients required for its consumption. Is the suffering patient short of essential vitamins?

Non-Caloric Nutrients

There are well over 40 nutrients that are required from our food other than calories. Because there is such a huge consumption of empty carbohydrate calories, particularly in Western civilization, oxidation is compromised in much the same way as an excess of gasoline in the cylinder of a car would compromise oxygen consumption. Imperfect combustion would give rise to excessive smoke from the exhaust pipe, representing unburned hydrocarbons. The symptoms would be poor performance in the car. The symptoms experienced by someone in a state of high calorie malnutrition would be caused by poor performance in the brain. The lower part of the human brain is peculiarly sensitive to thiamine deficiency and “poor performance” could be represented as an exaggerated emotional reaction, since our emotions are the result of action in this part of the brain. An emotional reaction may give rise to depression, violent or nonviolent anger or any other emotion of which we are capable, and may be elicited with a stimulus that might otherwise be suppressed if the state of the brain was biochemically normal.

Ineffective oxidation, first perceived in the brain, might give rise to a sense of anxiety (or panic) fast beating of the heart and sweating. All of these symptoms are those of a reflex known as fight-or-flight. This is a guardian reflex, activated to prepare us for physical and mental action when confronted by danger. If such a phenomenon is experienced without an obvious external stimulus, it may result in a visit to a physician. The most likely diagnosis would normally be “a panic attack”, since the physician is not encouraged in the modern practice of medicine to consider ineffective oxidation as the basic cause. In most cases, a prescription for some form of tranquilizer would be provided, because the sense of anxiety would be regarded as the “psychosomatic” cause.  This perception by the cells in the brain would constitute a dangerous state and activate the fight-or-flight reflex. The brain in this case is activating a survival reflex but does not tell the sufferer which of the missing components is responsible for ineffective oxidation. That has to be interpreted. Many forms of so-called psychosomatic disease are really examples of this. It is only the interpretation of the symptoms that enables us to perceive the reality of the situation and should not be pure guesswork.

Reconsidering Disease

An attacking agent might be traumatic injury, a microorganism (a virus or bacterium), a poison, or an environmental weather change. Each one demands a defensive response. That means that the adaptive machinery is activated: (a change from ease to dis-ease). For example, a Streptococcus attacks the throat. The defensive response is inflammation, fever, swollen glands, feeling ill (demands rest), and an overall increase in circulating white cells to attack and kill the microorganisms. All are designed to defeat the enemy, so to use a drug like aspirin to bring the fever down assists the attack.  Another example is the response to environmental temperature change. If we are exposed to cold, we shiver and if we are exposed to heat we sweat. Shivering is an automatic compensatory process in the muscles that generate heat while sweating is a method of losing heat as the moisture evaporates from the skin to produce cooling. If the defensive machinery is in perfect order, the Streptococcus doesn’t even bother to attack or it is quietly subdued by the defensive machinery without a fuss. We call that good immunity. As in any form of attack, the defense has to be coordinated and that is done by the lower part of the brain. Because that is the most oxygen requiring tissue in the body, its requirement for nutritional elements, particularly thiamine, is extremely demanding. Health therefore can be defined as sufficient cellular energy to meet the demands of a hostile environment.

This puts a very different face on an “illness” (loss of ease) because the outcome depends on the virulence of the attack versus the strength of the defense. They can only be one of three outcomes: defensive victory meaning a return to wellness (ease), death from defeat by the enemy, or stalemate that might be seen as chronic disease. Ensuring that nutritional elements are present throughout life, providing the body with the ingredients it cannot make is by far and away the best prevention. If, however, an “attack” results in an “illness”, killing the “enemy” should be exercised only if it is not dangerous to the machinery of defense. The most important treatment is to provide an excess of the noncaloric nutrients to make sure that the energy supply is adequate to meet demand. This is particularly important in the treatment of chronic disease that I have represented as “stalemate”.

We Need Your Help

More people than ever are reading Hormones Matter, a testament to the need for independent voices in health and medicine. We are not funded and accept limited advertising. Unlike many health sites, we don’t force you to purchase a subscription. We believe health information should be open to all. If you read Hormones Matter, like it, please help support it. Contribute now.

Yes, I would like to support Hormones Matter.

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Treating Antibiotic-Resistant Super-Bugs with Vitamin B3

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If you are like me, you unnecessarily worry about things completely out of your control like untreatable illness (amongst many other things – from radiation poisoning to earthquakes and of course the zombie apocalypse). As I hear about the increase in antibiotic-resistant diseases, I comfort myself with the fact that I do not use antibacterial products, have not taken an antibiotic in at least five years, and have a super strong immune system (I’ve been sick with the flu once in the last three years and have not had a head cold in the last four to five years). Still, I have an irrational fear of these super-bugs; specifically the flesh eating virus. That’s why I was delighted to read that a new study reveals a treatment that does not involve antibiotics; a treatment that can boost the immune system 1000x’s so the body can fight off these infections. This new study found that vitamin B3, or nicotinamide, taken in large doses was able to kill staphylococcus aureus in both mice and human blood samples. The vitamin B3 significantly boosts the number and effectiveness of neutrophils, or white blood cells that target infections. Various news reports noted that this treatment, unlike antibiotics, won’t kill the natural bacteria in our stomach that are necessary to our immune systems.

It is important to note that the doses used in this study are above the government recommended daily intake of vitamin B3 and should not be attempted through diet, over the counter supplementation or without the supervision of medical professionals.

Click here to read the full report in the Journal of Clinical Investigation

The article was originally published on Hormones Matter in September 2012.

What is Immunity?

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Arguably, my primary intellectual concerns around modern day infectious disease management and “prevention”, is an acute awareness of how little we know about our relationship to microbes in and around us, and about our immune system. We are just beginning to appreciate the role of the several trillion bacteria that inhabit our guts, dictate our immune responses, and synthesize nutrients. Add to this very steep learning curve, multiple layers of epigenetic expression and biochemical individuality and we have a recipe for disaster with a one-size-fits all vaccination schedule and rampant application of antibiotics.

Antibody-Response: Is that Immunity?

We have been led to believe that antibody-response to vaccine administration is in any way equivalent to protection from illness. This sadly rudimentary model of “immunization” is antiquated beyond acceptability, and in no way encompasses what we have learned about the relevance of the innate immune system, cytokines, and the role of nutrient sufficiency in vulnerability to infection.  Beyond the well-documented incidence of outbreaks of illness such as pertussis, mumps, measles, tetanus, polio, rotavirus, and chicken pox, in highly vaccinated populations, we have also learned that antibodies often play no role in the course of infectious diseases such as lethal vesicular stomatitis virus, discussed here. We also know that agammaglobulinemics (those born without limited capacity for immunoglobulin antibody production) contract and recover from measles in the usual fashion. So, it seems like we may have fundamentally misunderstood the role of antibodies in immunity.

This would be an excusable and understandable step in the evolution of biological sciences if we weren’t wielding the application of this misunderstanding in a lethal and morbid way. Room for primary vaccine failure based on fundamental misattribution of disease-protection to antibody production (which is always temporary) is one thing, but inducing chronic disease, atopy, neurodevelopmental delay, inflammation, autoimmunity, and death as a part of this effort, is quite another.

Auto-immunity and Evolving Theories of Immune Function

We are witnessing epidemic rates of autoimmunity in the American population and we are learning that vulnerability is more than genes + environment.  In fact, theories of immunity have evolved considerably since the 1950s when it consisted only of self vs non-self mechanisms.  The most all-encompassing theory is called the Danger theory, which posits that the immune system targets self-tissues when there is a “danger signal” or inflammation from the tissue itself.  Here is where the role of oxidative stress and inflammation play into immunity and autoimmunity in a significant way, and why the “terrain” is, in fact, everything and the germ is, in fact, nothing.

Evaluating the Safety and Efficacy of Vaccines and Medications

The fact that there is such an evolving conceptualization of immunity and one that only begins to account for the role of diet, environmental toxins, and gene expression variation should serve as a serious wake up call to those who believe that modern-day physicians and pharmaceutical companies are in any position to make recommendations, let alone mandates, about how we, as individuals, should manage our risks of infection. The truth is, once interventions such as vaccines and antibiotics have perturbed our natural mechanisms, there is very little that Western medicine can to do help. Chronic disease and autoimmunity are not the forte of the average doc, so gambling with that potential risk should certainly be done with thought and care.

To that end, there are so many tremendous resources out there, but the latest and greatest is Dissolving Illusions, which takes you on a meticulously documented tour of the role of hygiene and diet in the epidemiology of infectious disease and the misconceptions surrounding vaccinology and health.

For more practical tips, Saying No To Vaccines is an important guide for new parents to educate yourselves about each and every vaccine, because each and every one is a major medical intervention that should be scrutinized independently.

We need to remain humble about what we don’t know, measured in our assumptions about the safety and efficacy of our pharmaceutical interventions, and reliant on time-tested ways to support natural immunity through nutrient dense diet, minimized environmental chemical exposures, and stress reduction. We need to lose the fear we have been conditioned to bring to conversations about infectious disease.

After all, germs are all around and within us, we need them, and they need us.  We’ve spent quite a long time developing a sophisticated language with which to communicate, and we are only beginning to decode it.

About the author. Dr. Brogan is an M.I.T/Cornell/Bellevue-trained psychiatrist specialized in holistic women’s health. She is a mother of two and has a busy practice in Manhattan. A passion for understanding the intersection between health, nutrition, and the environment are the bedrock of her wellness approach with patients and at home. Visit her site at: Kelly Brogan, MD, Holistic Women’s Health Psychiatry.

 

C-Sections Impact Vaginal Microorganisms

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Microorganisms Important to Our Health

Humans have trillions of microorganisms, which only make up 1 to 3% of our body’s mass, but play a large role in maintaining the health and well-being of the human body. We rely on the microbes in our body for a number of biological processes that are necessary for our survival.

Microorganisms produce vitamins and anti-inflammatories that the human body cannot produce alone. The microbes in our gastrointestinal tract (GI) also help with digesting food and absorbing nutrients; processes that rely on enzymes that the human body does not have.

Though microorganisms can cause illness, they usually live in harmony with the body. In fact, the National Institute of Health reported that most humans carry microorganisms that are known to cause disease, but these microorganisms do not make healthy individuals ill. Rather, they coexist with the other microbes in the body. Researchers still need to determine what triggers these disease-causing pathogens to negatively impact our health.

Reduced Exposure to Microbes Poses Health Risks

Now, Americans are bombarded with anti-bacterial products and triple-washed spinach that reduces our exposure to the bacteria that does the body good. The increased number of autoimmune disorders, a large majority of which are reported by women, may be partly due to society’s decreased exposure to bacteria, according to the New York Times.

Philosopher of Science at Oregon State University, Sharyn Clough, explained that emphasizing cleanliness to young girls may result in increased susceptibility to autoimmune diseases when they get older, since they are exposed to less bacteria than boys.

The New York Times explains that eating from our local farmers’ markets can reintroduce these microorganisms back into our systems, which may improve our microbial well-being, and therefore improve our own health.

Does C-Section Impact Microbial Makeup?

Researchers at the Baylor College of Medicine compared the changes in the vaginal microbiome of pregnant women to the vaginal microorganisms in women that were not pregnant, and discovered that the diversity of microbial species decreases significantly during pregnancy.

Babies are first exposed to bacteria while passing through the birth canal and absorb a significant amount of microbes from the vaginal microbiome. Researchers speculate that the reduction in vaginal bacterial species during pregnancy may be a means of creating a healthy bacterial environment for the baby when it begins to develop its own population of microbes.

If babies do not pass through the birth canal, however, the type and amount of bacteria they are exposed to changes dramatically and may possibly impact the baby’s health. In the United States, the rate of C-sections have risen from 4.5% in 1962 to 31.8% in 2009. This dramatic increase in cesarean sections means that there are a number of babies that are exposed to different bacteria at birth than those that pass through the birthing canal.

Researchers at Stanford University found that babies that passed through the birthing canal acquired bacteria that resemble their mothers’ vaginal microbiome, whereas babies delivered through C-section established a microbiome that is similar to the bacterial communities found on the skin’s surface.

Scientists have only just begun to research how differences in microbial makeup may impact an individual’s health, but reduced exposure to bacteria is tied to autoimmune disorders and allergies. In Germany, researchers have found that cesarean delivery is connected to celiac disease, a result of the lack of exposure to specific bacterial species.

We must be patient as researchers begin to sort through the trillions of microbes that live on our bodies, but in the meantime, fear not the bacteria that lurks all around; more often than not, it is our friend, not foe.