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Following Water and Physiology PART One, in which dehydration was thoroughly examined as the main culprit in many acute and chronic diseases, this sequel delves into how to maximize your performance by applying techniques and methods. This second course, PART Two, is designed to provide you a step by step comprehension of how dehydration and mineral deficiency impacts the quality of the mucous membrane, as well as a guided method for reestablishing fluid homeostasis to improve breathing and digestion processes.
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Oils do so much for us. Our forefathers valued oils tremendously, so much so that they used them in ceremonial celebrations. Kings of old were bathed in oils as a symbol of divine anointment. Presently, cultures still value oils enough to keep a constant supply of them in circulation. Before the industrial era allowed the extraction and refinement of oils from grains and seeds, cultures everywhere had extracted oils from the flesh of oily fruits, largely olives and coconuts.
Heat has an effect on food. Some foods are easy to digest, while others require one method or another to make the sugars, proteins, and fats unfold and soften up for our stomachs to handle them effectively. Fundamentally, cooking is an application of heating food not easily digestible in its raw form. Through the application of heat food becomes more easily digestible. Take sweet potatoes, for instance. Eating a sweet potato uncooked or raw is naturally a recipe for stomach aches. However, bake a sweet potato in the oven until they it is soft, and a digestible meal awaits.
Bottled oils are not in themselves whole foods. Instead, oils are more accurately considered as concentrated extracts of the original food. Oils do not come with carbohydrates, nor with proteins. Oils make up a type of macromolecule known as a lipid. As a macromolecule, oils are fatty acids, and come in a saturated form and an unsaturated form. Subjecting an oil to heat cooks it. Therefore, as heat rises, certain types of oils can begin to burn. Some burn sooner than others. One can determine the propensity of a type of oil to burn by its type and composition of fatty acids.
The smoking point is defined as the temperature level in which a particular oil begins to burn. As an oil burns, smoke trails rise from the surface of the oil. Coconut oil has a high smoking point, which means it can withstand a high temperature and is suitable for cooking. Olive oil, in comparison, has a relatively low smoking point. The propensity and ease with which olive oil burns suggests that olive oil is too unstable in its chemical composition and, therefore, suggests olive oil is an unsuitable oil for cooking purposes.
In this article, the author will explore the molecular dimension of various oils by examining what is currently known. Scientific understanding today lends a hand in determining the effects of heat on particular oils. In addition, evidence explores the effects of a variety of treated oils on cellular components. The author will also provide insight into which characteristics determine an oil’s vulnerability to heat.
Fatty acids have a generic structure; on one end sits a water-loving head, on the other end hangs a water-disliking/repelling tail. Simply put, when a droplet of oil is added to a body of water the oil pools together. As such, the tails shift around to avoid the water molecules, while the heads arrange themselves towards the water molecules. That is how and why oils are found to naturally separate from water. Yet they can still exist in proximity to water thanks to those water-loving heads.
The tails of such fatty acids are considered hydrocarbons; an assembly of carbon and hydrogen atoms strung out in a chain-like fashion. Carbon atoms attach to one another, creating a chain. The hydrogen atoms are paired with each of the carbon atoms, such that each carbon atom has at most two hydrogen atoms. In addition, the last carbon atom in the chain will have an additional hydrogen atom that seals up the chain, making a total of three hydrogen atoms attached to the final carbon molecule.
While the heads of the fatty acids are consistently the same, the tails vary in length and saturation. Saturation means that the chain of carbons are fully saturated with hydrogen atoms. There is no more room for additional hydrogen atoms in the hydrocarbon molecule. Due to its complete saturation, the fatty acid has a hydrocarbon tail that is completely straight. This configuration or look of the tail is specific to a saturated fatty acid.
An unsaturated fatty acid is a molecule in which its hydrocarbon tail is not fully saturated. A section within the hydrocarbon tail that is absent of hydrogen atoms and, therefore, requires the carbons to compensate with a double-bond is referred to as an unsaturated section. Not all the carbon atoms in the chain will bond with a consistent number of hydrogen atoms. Some of the carbon atoms will only bond with one hydrogen atom instead of two, leaving their electrical valence incomplete. This, in turn, causes the carbon atom to produce a stronger relationship and electrical charge with the adjacent carbon atom. Since both only have one hydrogen atom, the two carbon atoms are drawn to develop a double-bond.
In summary, the two carbon atoms create a double bond while the rest of the carbon atoms comprising the tail maintain their single bonds. The disappearance of the hydrogen atom propels the carbon atom to engage in a double bond with an adjacent carbon atom. However, while the carbons are fully saturated, they only have the capacity to generate a single bond relationship.
In respect to the shape or spatial configuration of the tail, the unsaturated section appears as a bend or kink in the flow of the chain. While a saturated fatty acid projects as a straight chain, an unsaturated fatty acid starts off straight but is forced at an angle by the carbon double-bond effect. This creates a sort of kink in the chain, providing the molecule with an entirely different characteristic.
Furthermore, a fatty acid may have more than a single kink in its tail; it can have three and even more. A monounsaturated fatty acid (MUFA) has a single unsaturated kink; mono means single. A polyunsaturated fatty acid (PUFA) has two or more unsaturated kinks; poly means many.
While coconut oil is comprised of ninety percent saturated fatty acids (SFA), olive oil is comprised of roughly seventy percent monounsaturated fatty acids. Oils with a high percentage of polyunsaturated fatty acids include fish, flax, and hemp oils, as well as corn, safflower, and sunflower oils.
During processing all oils are removed from their natural settings, from a raw form into a concentrated extract of pure oils. They each respond differently to environmental stressors such as heat, light, and oxygen. Saturated fats, like coconut oil, have a higher smoking point and as such can withstand the high temperatures of cooking. Unsaturated fats, like the mono-unsaturated and poly-unsaturated oils, have a lower smoking point and are therefore less resilient to environmental stressors.
Every specific type of oil has a unique consistency at standard room temperature. Coconut oil, for example, has a high melting point, whereby it remains solid at standard room temperature (i.e. around 21°C (70°F)). This is unlike olive oil, which retains a thick liquid consistency at standard room temperature. Polyunsaturated oils such as sunflower oil, corn oil, or soybean oil, operate differently. When it comes to these types of polyunsaturated oils, a runny consistency, similar to water, is noticeable, rather than the thick consistency that is apparent in olive oil.
There is a significant difference in how oils are handled and stored. Coconut oil can be left out on the countertop, while olive oil is best kept in an opaque bottle or in the shade and darkness of a cupboard. On the other hand, fish, flax, and hemp oils are best kept in a sealed opaque container in a fridge. This is due to the high level of sensitivity of these oils. Due to this chemical/structural instability oils such as fish and hemp must be stored in tight conditions to prevent rancidity.
Olive oil can spoil or go rancid if exposed to heat, light, and oxygen (i.e. environmental stressors). However, it is the PUFA oils which spoil swiftly, faster than olive oil. The fact that polyunsaturated oils spoil quickly, while oils high in saturated fats tend to keep for longer, suggests a chemical imbalance in the nature of the PUFA hydrocarbon. Quite possibly, the kink effect in the chain of the fatty acids could be a major factor in the PUFA’s sensitivity to environmental stressors.
To better support the claim pertaining to whether the hydrocarbon kink confers vulnerability to the chain, let us delve into a study for further insight. This study produces further evidence to support an additional claim in which particular oils may have adverse effects on cells, human or animal alike, when ingested in large amounts.
Mitochondrion. 2011 Jan;11(1):97-103.
Dietary fatty acids and oxidative stress in the heart mitochondria.
Our study compared the effects of different oils on oxidative stress in rat heart mitochondria, as well as on plasma parameters used as risk factors for cardiovascular disease. The rats were fed for 16 weeks with coconut, olive, or fish oil diet (saturated, monounsaturated, or polyunsaturated fatty acids, respectively). The cardiac mitochondria from rats fed with coconut oil showed the lowest concentration of oxidized proteins and peroxidized lipids. The fish oil diet leads to the highest oxidative stress in cardiac mitochondria, an effect that could be partly prevented by the antioxidant probucol. Total and LDL cholesterols decreased in plasma of rats fed fish oil, compared to olive and coconut oil fed rats. A diet enriched in saturated fatty acids offers strong advantages for the protection against oxidative stress in heart mitochondria.
The abstract of this study seems to speak for itself. Coconut oil has beneficial effects on animal mitochondria; fish oil caused an elevation in oxidative stress. Since the mitochondrion is the cell organelle tasked with producing energy for the cell, less oxidative stress would allow the organelle to continue uninterrupted and in a care-free environment. On the other hand, high oxidative stress interrupts the mitochondrion’s flow of work.
Free radical stress can damage cell components and its organelles leading to changes in cell behavior. It is critical for cells to keep up with the production of free radicals by neutralizing them at a beneficial rate. If this does not occur, stress overtakes the cell and injury occurs. Once this happens, the cell must slow down its performance and upregulate repair and recovery pathways. If one is concerned with cell performance, then it is well enough to suggest that certain oils may impact performance adversely, while others may benefit.
Perhaps there is a connection between the number of kinks in a fatty acid to the level of oxidative stress within the oil or cell. This study suggests just such a case for consideration. It appears that the double-bond kink in the fatty acid reduces resiliency to the presence of environmental stressors. The presence or utilization of such sensitive molecules within the mitochondrial respiratory pathways could very well lead to the spawning of free radicals. Possibly, the more kinks in a fatty acid indicate a less stable fatty acid. Consider this in terms of the movement of a fatty acid through its various biological processes within the body, such as digestion.
If this is the case, one can easily recognize the connection between oils going rancid and an increase in free radical concentrations in the blood and tissues of the body. It may very well be that the process of oils going rancid is related to the impact of environmental stressors on the sensitive unsaturated sectors of the fatty acids. These unsaturated fats may have a lower molecular integrity, and as such crumble underneath that stress.
In full consideration of the knowledge covered so far, olive oil appears to be a sensitive oil and one should be careful with how to store it and how to use it. Olive oil may not be as sensitive as polyunsaturated oils, since it is mainly composed of monounsaturated fatty acids that render it moderately sensitive. However, because olive oil does oxidize quite quickly when subjected to environmental stressors, it seems to be best kept cool and used in cold dishes, such as salads.
Oils are made up of fatty acids. These macromolecules have a molecular configuration whereby a water-disliking tail projects from a water-loving head. This tail can be straight, held in such a configuration by hydrogen saturation; the tail can also, however, come with kinks, causing the tail to bend at an angle. This kink and angle confer unto the fatty acid an unsaturated characteristic. The missing hydrogen atoms at the unsaturated sector appear to confer it a level of sensitivity to environmental stressors. In light of these factors, the fatty acids become vulnerable to the forces of oxygen, light, and heat. When these unsaturated sectors come in contact with these forces, they lose their balance, break apart, and become a destabilized by-product within their surroundings.
Oxidative stress can cause cell component and organelle injury. Biological processes may slow down, which in turn have the potential to affect the entire cell. A study in which rats were given different oils and whereby levels of oxidative stress had been monitored, revealed specific types of oils to be less harmful than others. Coconut oil, with a high saturated fat profile, had the lowest injury to animal cell organelles, while fish oil, with a high polyunsaturated fat profile, had the highest adverse effect.
The mitochondria, a cellular organelle, are the energy producing powerhouses of the cell. The appearance of oxidative stress within the mitochondria provide reason to suggest an impact to energy levels with a connection to a decrease in cellular performance. If one cell were to slow down, it is plausible that an entire tissue or organ could sustain an impact in its capacity to perform.
It is still safe to use oils. Consider, first, the important benefits that take place from incorporating specific oils into dietary habits. Secondly, understand how to store and use oils to prevent from consuming rancid products. Consciously reflect upon the knowledge disclosed in this article and incorporate the wisdom unveiled, in addition to other related research.
If one desires the vitality of health and an optimal functioning body, it is up to each individual to take responsible for the quality of substances consumed. Incorporate this wisdom. Encourage healthy cellular life. Choose to see this knowledge as a strategy on handling food in a manner which supports your overall health. Be the one to choose an appropriate oil for the appropriate occasion. This is a daily choice and practice that can only provide more benefit over time. Choose to use olive oil for cold dishes and coconut oil for cooking, not because someone told you to, but because it makes absolute sense to do so.
 Mitochondrion. 2011 Jan;11(1):97-103. doi: 10.1016/j.mito.2010.07.014. Epub 2010 Aug 5. Dietary fatty acids and oxidative stress in the heart mitochondria.
Acknowledgement and gratitude to Emily Rosewall for her hand in providing detailed editing to this article.
Man had not always been a SAD Man. Man had only reached this state of being by giving up his right to study and know himself. This stage of human evolution has been documented to lead a child, even an adult, to metabolic disorders. If the way of life is prolonged, chronic nerve and/or organ degenerative diseases appear to surface as indication of molecular unrest and chaos.
In this diet, one eats the Staple Foods massively produced, as if man is living in a feedlot and simply requires boxes with colorful ads to get him to consume what’s inside it.
There are a few things that distinguish this diet from other diets:
Please use the hyperlinks in the above list to navigate directly to a topic of interest.
This diet can be characterized, in a general sense, as a low-fat, moderate protein, high-carbohydrate diet.
All these will be explain below.
First and foremost, people on this diet are usually uneducated or cannot afford a cleaner diet because of the limited perspective they have been fostered into and maintained by their bad company and governing agent. These people fluctuate between moments of extreme joy and extreme depression, energy-rich moments and energy-poor, and are not sober enough to realize that they are in their own prison of their own making.
They will not be open for alternative medicine, and will most likely go for a surgery than drink a bitter herb for a week long. They operate from a victim consciousness perspective, and can only be reached emotionally before even considering to be led gently into reasoning over their bad eating habits. Due to the lack of emotional control, they identify with their bodily sensations in ways that keeps them in an urgent drive to fulfill their restless appetite for transient sensory happiness.
This type needs to lay down a few foundations, concept by concept, before reaching a bigger picture. Telling them what they can eat or what they cannot eat is futile. They need to observe habits and partake in them in order to improve their metabolism and integrate wisdom. They will listen to the logic behind doing something, sometimes ”getting it”, but will instinctively operate from thought-forms like “it’s hard” or “that’s impossible”, which hinders the intelligence of the heart from connecting with the life-urges that motivates the conscious observer onward.
People on this type of diet will operate completely from the ego. Their biggest fault in their personality is greed, which leads them to consume with their eyes rather than contacting the intelligence in the gut to determine what really is missing. Due to the absence of self-control, they will envy another for their toned and fit earthly physique, and will buy easily into ads and promises of an image that has to be EARNED rather than consumed. Even if One demonstrates to them the wisdom behind a healthier habit, they will fall back the next morning due to environmental triggers in their bedroom, kitchen and on their route to work, which traps them in an emotional tunnel-vision of dissatisfaction.
Their best chance of evolving their diet and lifestyle is by making friends with good company whom demonstrates good habits and empowering life-perspectives. These people must learn to adhere to the spiritual value of friendships above all types of transient sensory gratifications. Due to their fragile victim consciousness, a small mistake may be fueled into a huge imaginary scenario. They’ll identify so strongly with their illusion, that they’ll purposefully break their routine and oath. Only later, once they mustered the courage to communicate with their friend and/or life-coach, do they find out that they blew their mistake out of realistic proportions.
Even if they have woken up by your words or actions, their stuckness within that SAD diet will sedate their efforts from actually implementing their new year resolution. Good company and mentorship under skilled and unconditionally loving friends will benefit them the most. However, they do have the potential to break their death habits on their own, and take responsibility for their own success.
To adequately characterize a person who eats a Standard American Diet, we need to list the common foods they go for.
Conventional Bread, Pasta, Pastries, processed starches, processed vegetable oils, processed foods, pasteurized milk and juices, non-soaked or non-sprouted nuts and seeds, hardly any fresh vegetables and fruits. Typically no awareness to the difference between Organic and conventional. No awareness to fermentation processes and their benefits.
Due to the food this type of person eats, his microbiome in his gut is compromised. The food sources he eats benefit the growth of pathogenic bacteria, and the toxins in the foods are high and acidic, causing much damage to gut cells. Beneficial bacteria thrive in specific pH conditions, which are repeatedly interrupted, providing opportunistic bacteria the leverage to colonize and set up residency.
In the early 1900’s, the germ theory of disease accused bacteria for causing all our diseases. Some diseases were brought about by germs, but not all germs are bad. Louis Pasteur was a scientists who developed the process of Pasteurization, which demonstrated the option of killing all the bacteria from a potential source of contamination, such as cow’s milk. However, not all cows are treated the same, or fed the same, and those who are fed a factory feedlot meal of grains and legumes seem to produce larger populations of E. Coli and other pathogenic strains of bacteria. Cows that ate grass reveal upon examination undetectable levels of pathogens, and instead, their milk is filled with beneficial microbes, designed to populate the growing caff. RAW Milk is safe to consume, as long as it comes from a cow you can trust has received good sources of nourishment and ethical treatment (sunshine and grass-fed cattle).
Pasteurization has the following effects on food, such as milk:
– Denatures Enzymes, Vitamins, Proteins
Essentially deforming the nutrients and rendering them inorganic.
– Kills all the bacteria
Literally making the materials in the medium less available for absorption.
– High heat harms sensitive fatty acids
Polyunsaturated fatty acids are oxidized and turned into poison to tissues.
Due to the natural separation of fat globules from water molecules, a liquid medium, such as milk, will show the fat content at the top and the liquid at the bottom. Since traditionally people could tell the quality of milk by the content of fat at the top, when the industry wanted to convert the entire population to drinking low-fat milk, they had to take away from the consumer the power to discern between good quality milk and bad quality milk.
For that reason Homogenization was invented, which is a process of breaking apart the fat globules by squeezing them with the liquid portion of the milk through tiny holes. When this is done, the fats and water mix uniformly, and prevents the separation and formation of a fat layer.
A Holstein cow is the black and white cow popularly marketed in the industry. Why? because it produces the most amount of milk than any other cow, but its fat content is the lowest of any cow. On the other hand, Jersey cows, who are identified by a light brown coat, do not produce as much milk as the Holsteins, but it is famous for its signature layer of orange colored fat it produces. The orange color is an indication of vitamin A content, as Vitamin A is a fat-soluble vitamin; it literally needs fat in order to function and remain available to be metabolized.
Homogenization has the following effects on food, such as milk:
– Deforming fatty acid structure
Essentially rips apart the natural structure of the fat globules, which can harm their sensitive hydrocarbon chains.
Prior to WW2, the United States of America had good economical and industrial relationships with asian countries, who would allow the U.S. to import high quality coconut oil. When ties with asian countries were severed, due to the war, the industry had an opportunity to market and supply an alternative to the dwindling stocks of vegetable oils. Since many of the oils produced from rapeseeds, corn etc. were liquid in consistency, the industry went to their chemists and soon after a process to saturate organic compounds was invented – Hydrogenation.
This process, of Hydrogenation, forcibly converts an unsaturated fatty acid into a saturated fatty acid, by converting the site of the double bond into a single hydrogen bond. In this process, hydrogens are forcibly attached to the hydrocarbon chain, making the double bond unnecessary, but instead of the fatty acid becoming a true saturated fatty acid, the result is a trans fatty acid. Chemically acts like a saturated fat, but its not. Moreover, trans fats are well known to cause neurological issues and cancer, which gives the conclusion that all hydrogenated vegetable oils are poisons to biological intelligences.
Aside from the chemical structure of hydrogenated vegetable oils, it is clear to anyone who studied the introductory course to Nutrition, that unsaturated fatty acids are sensitive to heat, light and oxygen, and thus cannot be used for cooking or baking. Only true saturated fatty acid sources, from coconut oil and ghee (clarified butter), are safe for cooking, searing meats, boiling etc. etc. Vegetable oils with a high composition of unsaturated fatty acids are healthier for biological intelligences when consumed cold, such as olive oil on a salad.
Another issue with processed vegetable oils are the destruction of sensitive polyunsaturated fatty acids.
Omega 3’s and Omega 6’s are very sensitive to heat, light and oxygen. They go rancid when environmental stressor are applied to them. Many of the vegetable oils have polyunsaturated fatty acids in measurable amounts, and cooking, baking and frying with these oils produces highly reactive forms of these fatty acids. When they come in contact with cells, they act like toxins, like free radicals, and can cause damage.
The SAD dieter has a high Omega 6 intake. Due to that, its relative, Omega 3, is reduced in the tissues of the body. In many cases, people suffering from omega 3 deficiency, and an imbalance in the fatty acid’s ratio, show signs of hair loss and skin problems, such as psoriasis.
These fatty acids are found in meats as well, but in smaller amounts than in flaxseeds and fish, though in a composition with other fats. A look at meat grown in a factory feedlot shows high amounts of Omega 6’s, while a cow fed grass has a better ratio of these fatty acids and a larger content of Omega 3s.
When biological structures are cooked, heat breaks atomic bonds causing the fibers, proteins and fats to lose their molecular integrity. Such in the case of steaming vegetables, where a highly fibrous vegetable, such as a broccoli, is softened and made easier to chew and digest. This gives Man a great advantage when wanting to consume tough to chew foods.
However, cooking can be likened to pasteurization – both apply heats and both denature enzyme structure and function. Remember, an enzyme is designed to fit like a key into a lock; if its primary structure is deformed, it cannot fulfill its role and it becomes inorganic (unusable by the body and a waste to be excreted).
Cooking meats can create Heterocyclic Amines, which exhibit carcinogenic properties to living tissues. Any food that is overcooked, that reaches a charcoal texture, is highly toxic to living tissues. Cells are stressed by these unstable and deformed molecules.
Instead, slow cooked foods, such as crockpot soups, steamed vegetables and broiled meats, breaks apart the skeletal structure of the food and pries it open for the internal contents of the plant cell or animal cell to ooze out and become available. Otherwise, chewing is the only option to prying open cellular walls to drink up their content.
The body is designed to absorb and utilize organic compounds. Synthetic compounds are unnatural to biological intelligences, and due to that, will largely be rejected by cells. Why and how? Every cell has thousands of receptors that can tell when a signal fits in its key hole, and then it abides by the complementing match or doesn’t react at all. These cellular guidelines are necessary in order to prevent chaotic triggering of cellular response to every signal.
Synthetic nutrients that are added to fortify cereals, are derived from labs that had to spend energy in their processing methods in order to extract that vitamin from its natural source. In many cases, Manmade extractions require harsh chemicals and heavy metals in order to extract and purify the final product. Purifying it isn’t simple, and making it a completely clean product is difficult, so people consuming synthetic compounds may also be receiving an intake of toxins in the form of heavy metals.
Moreover, synthetic supplements can interfere with the balance of functioning compounds within the organism, as well as mimic other compounds and thus trigger uncoordinated mechanisms.
This is the signature composition of the SAD diet – highly acidic food. Since the Standard American Diet is modeled according to the food pyramid published by the Food and Drug Administration (FDA), we observe that the largest portion recommended to these dieters is grains in various processed forms and sugar.
Grains hold the potential for life to germinate. It is equipped with everything the sprout needs in order to grow its stem and root until it establishes itself in the soil and begins nourishing off its environment. Thus, a fast acting storage of energy, in the form of sugars is beneficial in the design of the seed. Even though these sugars come as complex carbohydrates upon ingesting them and digesting them, all carbs must be broken down into their smallest building unit – a single molecule of sugar – in order for that substance to cross the barrier through the gut into the circulatory system.
Moreover, all grains come with protection mechanisms, of toxins and digestive inhibitors, to ensure the survival of the pod until sprouting occurs. All toxins exhibit an acid influence on the blood. The food pyramid does not propagate the wisdom in soaking and sprouting grains prior to baking or consuming them, thus the SAD dieters expose their gut lining to these toxins and digestive inhibitors and contribute to an acid environment in the GI tract.
Aside from that, many SAD dieters place no limit to their consumption of sweets, sugary snacks and desserts. This also is a kick in the glycemic index, producing the roller coaster phenomena of hyperglycemia and hypoglycemia, which they experience internally. As widely known, insulin is secreted in order to deal with the toxic dosage. What sugar it can shove into the cells is metabolized into energy, making one feel overly energized, and what sugar is stopped from entering the cell is converted into a fatty acid and stored in fat cells for future needs.
The grains, their protection mechanisms, and sugar, all reduce the pH of the bloodstream. This always entails the body to direct energy and prioritize its efforts at bringing the bloodstream back to its beneficial pH range. To comprehend the significance of a healthy blood pH, read this linked article.
Nature is alive, and as such, every fruit, vegetable, fish and animal are also – alive. These sources of “food” for Man are extremely nourishing and beneficial in their living state, as their potency is the highest (both the enzyme content and nutrients). However, once cooked, baked or extracted from its natural composition, this food is considered “processed”.
When Man decided to acquire his sugar from the sugarcane plant, he had to develop a method of extracting the sugar from the highly fibrous plant. Man wanted to enjoy the sweet taste, but not at the expense of chewing it out of a thick roll of fiber. Therefore, Man invented a process of separating the sugar from the fiber.
Another example would be the milling of grains into a flour. As mentioned earlier, all grains have protection mechanisms, therefore, our ancestors, knowing that, would sprout the grain before baking bread with it, or fermented the grains using a process of preparing a sourdough. In both cases, our ancestors applied wise processing methods to reduce the toxicity naturally equipped in the grain.
However, processed foods in the conventional method overlooks the wisdom of sprouting or fermenting, and instead mill the grain into a flour and bake the same day without additional processing. The simple mentality of placing ingredients together in the effort of producing food, while neglecting the biological implications of high sugar and toxin exposure, has produced a final product that is debilitating to the GI tract and poisons the bloodstream.
The traditional method our ancestors used, both sprouting and fermenting, requires Man to pre-meditate on each meal in advance. Because of our refrigeration technology and the mass production by industry, Man doesn’t need to think ahead for his survival, but instead worry only up to a day in advance to secure his survival needs. Thus, the SAD dieter as poor organization skills and poor planning skills.
Like the synthetic supplements Man injects into his food in order to survive the nutrient-void food he eats, Man also has a symptom oriented mentality, whereby he isn’t bright enough to recognize the cause of his physiological condition. Instead, he blames his condition on signs and markings and pursues medical aid that treats the symptoms rather than the root cause.
A SAD dieter is in a state of victim consciousness, and so he blames the things he can see or feel within his body for the degenerating condition he is in. He will choose to go to a conventional doctor and place his entire trust in a diagnosis, and then spend his energy and money at following the doctor’s medical advice. In many cases, as doctors are indoctrinated into a classical mechanical mentality, they will look at the patient as a machine with parts to replace or parts to fix.
Due to the SAD dieters reduced energy and immunity, he is at the mercy of people who demonstrate knowledge in health and authority. Their suffering has risen to such a height, that they would go through a surgery or consume drugs to alleviate their misery. Being that vulnerable, the SAD dieter will not think twice before swallowing a pharmaceutical drug. In many cases, the placebo effect kicks in and the patient feels temporary relief, as his mental and emotional stress is calmed down. But as soon as his environmental stressor returns, he will fall back into his internal turmoil and seek relief in the same manner he has done before. In that sense, the SAD dieter has no awareness of a repeating pattern to his suffering, and thus he keeps on blindly swallowing pills and undergoing surgeries.
Pharmaceutical drugs are toxic and dehydrating. Man-made medicine in a lab has no resemblance to the medicine produced by ancient scriptures and philosophies. Man removes himself from nature, and thus he creates new medicine to mimic medicine from nature. Many of his drugs are poisonous and have ill side-effects.
Such drugs are designed to cause a malfunction in a specific site within the body. For instance, statin drugs; these class of drugs prevent from the cell to create cholesterol. One of the assembly line machinery within the cell’s power plant requires cholesterol in order to be created. Sequestering of cholesterol synthesis logically leads to reduced levels of Coenzyme Q10, that same assembly line machinery made from cholesterol.
A large loss in traditional wisdom had been done by the fast food industry, that promotes foods and meals that have bad food combining. Such as in the case of a beefburger with a bread bun.
Bread, as we know by now, is loaded with processed starches – carbohydrates – that are broken down into simple sugar molecules in the gut. Only in their single free form can the body transport them across the gut-blood barrier. Moreover, sugars spike the glycemic index inside the bloodstream, signaling the brain to request insulin to be secreted by the pancreas.
Insulin is produced in order to combat the high and toxic dosage of sugar seeping into the blood. But it’s not limited to that function alone; insulin has many more functions, including shutting down the mechanism in the Liver involved in transmuting certain amino acids into glucose – a sugar. You heard that right, the Liver takes the constituents of proteins – amino acids – and converts them into glucose for energy. That means that you don’t have to get your energy from sugar intake, and that protein is another good source of energy for the body.
In fact, high doses of sugar in the blood causes the infamous roller coaster hyper- and hypo-glycemia. On the other hand, amino acid conversion into sugar allows the trickling of sugar into the blood in manageable quantities, to such a degree that the glycemic index is a steady line rather than ups and downs. Insulin doesn’t need to be secreted while sugar levels in the blood are steady and non-toxic, and a steady and regulated addition of sugar to the bloodstream is only done by converting amino acids into glucose.
Now, the aspect of bad food combining only becomes apparent when you recognize that protein that sits in the gut ends up putrefying, or in other words, decaying. This process of putrefaction happens to produce lots of toxins that can burden the colon and lead to toxemia.
Due to the established fact that starch takes precedence in digestion over protein, it makes sense that protein is largely pushed aside in order for the body to deal with the starch. Unfortunately, the consequence is protein putrefaction. This is not to say that none of the protein is digested. Some of it would, but the starch would take priority. Therefore, best to avoid combining the two in meals – particularly high protein with lots of carbs.
One way to slow down starches from seeping into the bloodstream too quickly is by combining them with fats or oils. This reduces the toxic impact of the sugar, stretches out the duration of absorption, and gives the body enough time to deal with a level of sugar that won’t send you into a hyper- and hypoglycemic event. This is largely because food particles compete for digestion and then for absorption, and if you mingle fatty acids among the starches, the digestive enzymes would deal with both intermittently. Therefore, combining carbs and oils seem to be a safe food combining practice.
This is a big issue with the SAD dieter. They believe that saturated fat causes heart disease due to the propaganda the pharmaceutical industry has launched and promoted in the 1950s and is still surviving today. But not for long.
Saturated Fat was demonized because of the hypothesis claiming that cholesterol causes heart disease and the Phenomenon of Atherosclerosis. Since cholesterol is synthesized in the body from Saturated Fat, it was Saturated Fat that was demonized. Thus, in the 90’s and early 21st century many processed foods were labeled “low-cholesterol” or “heart healthy” in support of what initially was only a hypothesis (and not fact).
Unfortunately, this propaganda was only successful in spreading to the mass public due to the profit the pharmaceutical industry could make from sick people. See, cholesterol is not the problem, it is just found in the scene of the crime. Sure it is oxidized, and it, with other compounds, make the plaque that eventually clogs the artery, but the real question is “why is cholesterol produced in such high amounts”, “what oxidizes cholesterol”, and, “what reverses this phenomena in order to prevent heart disease”?
Why is Cholesterol Produced in such high amounts?
Cholesterol is found to make up a portion of the cell membrane during specific environmental conditions. All cells have membranes, so trillions of cells body-wide produce and maintain a stock of cholesterol. Moreover, cholesterol is used in the structure of hormones and specialized enzymes. Cholesterol gives the cell its elasticity. Clearly, the body produces it for beneficial purposes.
However, when the body sustains injury or when it’s dehydrated, the cells react to the change in the environment, and deploy mechanisms to regain health or deploy drought management mechanisms, respectively. When a cell is injured, it would produce cholesterol in order to patch the walls, along with other materials to rebuild the structure. And when a cell is dehydrated, it produces cholesterol in order to seal off the cell membrane from the inside, in order to prevent the natural diffusion of water outwards.
In the SAD dieter’s meals, many toxins are introduced into the body, and those toxins can harm biological structures. That would propel the cell to produce its antioxidants in order to deal with the toxins, but at the same time produce cholesterol in order to heal and seal the wound. Moreover, all toxins are dehydrating agents. A SAD dieter hardly ever washes down his meal with pure water, unless he takes pill medication.
Unfortunately, when the whole body is inflamed, particularly in SAD dieters, cholesterol levels are high because of the large scale manufacture and distribution of cholesterol by the Liver into the circulatory system. See, when the whole body is suffering, due to toxicity or injury, the brain signals the Liver to create cholesterol from Saturated Fatty Acids, and to ship the cholesterol to the injured cells. It achieves that using the River of Life – the circulatory system, bloodstream.
In order for cholesterol, a fatty and hydrophobic substance, to travel the waterways of the circulatory system, it needs to be carried by a water-soluble protein. A Lipo-protein (lipo as in lipid, meaning fat, attached to a protein), is the main carrier of cholesterol and other fatty acids within the waterways of the bloodstream. When the Liver sends cholesterol out into the bloodstream, it uses a transport called LDL – Low Density Lipoprotein. This LDL carries on within itself cholesterol, and makes the transportation to the injured site possible.
What Oxidizes Cholesterol?
Alas! The tragedy in its early conviction in being “bad” is only because LDL had been found at the scene of the crime. The truth behind this erroneous judgement is that cholesterol is found oxidized, but what can oxidize it unless it had been immersed in a toxic, highly reactive, acid environment? That is exactly the case! The SAD dieter’s meals consist of many products that are acid forming. Once they hit the bloodstream, their high dosage lowers the pH drastically.
Therefore, one can conclude that the environment, which developed into a acid type, damages arterial integrity and compromises living and functioning transporters of building blocks and nutrients. This includes LDL, which is denatured, and the cholesterol is oxidized along with it.
The LDL, and it’s bonded cholesterol, sink to the bottom of the arterial wall and make a deposit there. The garbage disposal unit of the body, the white blood cell, reaches the oxidized LDL, turns into a macrophage, and gubbles the waste. Now it’s HDL’s turn. This High Density Lipoprotein’s (HDL) main role in this scene is to connect to the macrophage, receive a portion of the digested wastes, and carry that load all the way back to the Liver, where the oxidized cholesterol and denatured LDL are recycled.
Another erroneous conception by western science, created by the pharmaceutical giants and propagated by mainstream media, is the assignment of manipulative and unjust labels to these two carriers of cholesterol. Because LDL carries cholesterol and is found with cholesterol at the scene of the crime, LDL was labeled “Bad cholesterol”, while HDL, the one responsible for removing cholesterol from the arteries, had been labeled “Good cholesterol”.
Although these labels were given in order to inform and educate the layman and laywoman without getting too technical, these labels are misleading and promote ignorance to the underlying truth; these lipoproteins are neither bad nor good, they are simply alive and reactive to changes in the environment – like you. Their tasks are simple; one ships cholesterol from the Liver, and the other ships cholesterol back to the Liver. Those are functions of molecular machines designed to fulfill a role, not to cause injury and eventual death.
It is sufficient to conclude that the SAD dieter is caught in a loop; he eats to live and he eats to die. The “modernized” world, not only made highly acidic foods easily and cheaply available, but also indoctrinated man, woman and child into a belief system that’s sole purpose is to maintain loyal customers.
What reverses this phenomena in order to prevent heart disease?
Fortunately, mankind is a descendant of a higher intelligence, of which awakens when pain is sufficient and suffering has left its mark. In time, all children return to the garden to live again.
As he emerges from the intoxication of the sugary foods he so depends on, he connects the dots and recognizes that his current situation is due to a repeated self-destructive habit. He may become enraged at his life condition, which will propel him to change his diet for the better, or he may become depressed, which is understandable, as the way back to health seems far and uncomfortable.
Either way, a person who emerges asking for help and guidance is taking the first step in reclaiming his power, and he desperately needs friends and coaches to support his rehabilitation.
The first thing that reverses this slow and debilitating phenomena is complete avoidance of sugar and processed foods. All the things that he typically eats are to be avoided, and instead, cleaner and nutrient-dense foods must be consumed, along with a serious hydration therapy.
This shift in food quality produces a new and repeated beneficial environment for cells and the bloodstream. However, the repercussions appear instantaneously, which can reduce his spirits and send him back to his old habits. Those include accelerated detoxification and emergence of illnesses due to the heavy poisoning of the body by the enormous circulation of toxins. But if he continues to hydrate and exercise religiously, he will flush the toxins out and avoid the physiological stresses that impinge on the conscious mind the sensation of depression and of lack.
Fortunately, there are several ways to support the body in its heavy detoxification period, which will be discussed in the section on Cleansing and Detoxification.
This concludes the list of characteristics observable in a person living under a Standard American Diet.
Have you ever gone to bed and tossed and turned for hours? Was it your continuous attempt at quieting the busy mind? There may be a correlation between Insomnia and Dehydration that most people miss, including you, and understanding the many factors that indicate the connection between the two may shed light on it, let alone give you a reason to hydrate before you go to bed.
In this article we will examine the Science which helps us understand why it is difficult to fall asleep while the Drought Management Mechanism is activated.
The mechanism that is turned on when the organism recognizes an extreme scarcity in water is the “Drought Management Mechanism”. The body spends considerable energy in allocating water and processing materials to the benefit of its survival through this situation. An example is the prioritization of organs, like the allocation of water from the lower organs to the higher ones, or for example the sacrificing of certain amino acids.
Tryptophan is an amino acid involved in the wake-sleep cycle in humans, yet, for some reason its levels decrease in the body during stressful situations. When the body experiences water shortages, certain amino acids are sacrificed – broken down – in order to maintain a very specific composition of a reserve pool of amino acids. One such amino acid which is sacrificed is tryptophan, whose loss impacts the manufacturing of neurotransmitters serotonin and melatonin.
Basically, tryptophan is a building block that is present in the structure of both serotonin and melatonin. But, apparently, water shortage – dehydration – acts as a stressor on the organism, which in turn causes the organism to invest considerable energy in downsizing the amino acid pool reserves to suit the current water volume. So tryptophan is broken down and the concentrations of serotonin and melatonin are downsized as well.
Now it seems quite simple to recognize how the decrease in water leads to the decrease in tryptophan levels, consequently impacting the body’s ability to coordinate sleep throughout the system.
However, a more compelling and common-sense explanation may make it easier to recognize the significance of this phenomenon.
When was the last time you were able to fall asleep while you experienced ongoing stress? Could it be that an organism in its desire to “relax” require a comfortable range of environmental conditions? Would water scarcity trigger the body to signal its restlessness to the mind as a mechanism to inform it that stress exists in vast populations of organs and tissues? Why would the body let its host drift into a state of unconscious existence while tissues are under accumulated stress?
These questions posed above are designed to invoke within you an internal reasoning. How does your body let you know its state of being? Simply, through the experiences you earned following the actions you’ve taken. Your mind cannot shut off while the body is in a process of survival. Yes, your body is attempting to balance its internal fluid composition, and the organism will be urged to remain present until the stress is lifted.
Have you ever gone on a camping trip in an arid climate or walked for hours across a city you were visiting? Your demands to experience certain things exerts its own demands on the body, which in turn utilizes water and in certain situations even loses it. What happened to me repeatedly as a result of these trips without proper hydration was a state of debilitating migraines which left me tossing and turning in bed.
In this case, re-hydrating the body will lift that stress, as it is the replenishment of fluids that wash away the disturbing effects of accumulated acidity. The many stressors you experience or inflict on your body result in a systematic and corresponding accumulation of acidity in the tissues. The stressors are reactive chemical species that cause water to be utilized and lost. The gradual loss of water means a proportionate concentration of non-fluid materials, in this case substances with acidic properties. To wash these acids out of the tissues can only be achieved by the addition of water (and salt – to be elaborated upon separately).
The fluid volume in the nervous system, which is anyways larger by 5% from the fluid volume of other tissues, is under stress from accumulated acids. These acids disturb cells due to their damaging effects on cell components – starting with cell membranes. The accumulation of acids in nerve tissues could also be the nagging element in keeping the nerves busy.
All in all, you wish to have the capacity to rest, and I am here to provide you with a perspective that could lead you to an educated conclusion on this topic of Insomnia. Perhaps taking drugs to cross that threshold has provided you the solution in the past, but now you crave knowledge that could empower you to use natural methods of attaining the same. The ability to rest is a cellular expression, and it appears to be granted to the “conscious host” when the right conditions are met.
Water is the main component in our world with which biology is able to come to life and function. Substances are ennobled within biological systems that have adequate water, yet fall apart in environments that are scarce in this basic element. A decrease in the water percentage of the body appears to stress the organism into a mode of prioritizing organs, and as such certain processes take precedence over others for the survival of the corporeal body.
Your body talks to you, so keep your diet clean to keep your performance up. It’s always right to start with the basics – hydrate!
As children we rarely understand how to monitor our body. We may suddenly feel weak, not knowing why, and we depend on our parents to correct our actions. We end up inheriting the knowledge and wisdom of our parents, who were nurtured in similar ways by their parents, thus shaping an entire generation upon a range of perspectives. It becomes so acceptable to view health and body in a particular way, that an entire culture keeps the new maturing intelligences on a fixed path.
Our parents have gone through many experiences to determine, by our behavior, what is affecting us adversely which could give us a guide on how to monitor the body’s activities and symptoms. However, we are limited to the level of observational skills and education they attained, which in many cases is compromised by the self-inflicted “numbing lifestyles” they choose to live or has been handed down to them.
The body receives substances from the foods we eat and must utilize the transporting properties of water to handle and distribute materials – so called “nutrients”. The body depends on adequate water in order to break down these materials into an adequate size (catabolism), so when water does not enter in proper proportions to the ingested substances the body must compensate by allocating water from the surrounding tissues.
Therefore, many people experience physical exhaustion after a meal. They find themselves having to ”rest and digest” before they can return to work. Simply, their body is too low on its water reserves to handle the load, therefore water from different areas in the body is relocated to the basic processes of digestion and elimination. This temporary allocation of water from the muscles, joints and nervous system places people in a trance state and impairs their motor skills.
It has the potential of temporarily reducing your performance, or tricking your biology into operating under “lesser than optimal” conditions.
It has been scientifically documented that when babies are born they come into the world with 75% water by weight. However, when statistics were drawn for adults, the percentage of water reported is between 50-60%. Even more so, obese people have less than 50% water by weight. Why, where did all that water disappear to? One can simply explain this away by choosing to see it as a matter of natural growth consequences, but when taking into consideration that every cell has a need for a specific volume of water in order to operate optimally, than that explanation falls between the cracks.
For such a drastic alteration in the volume of water to occur, one has to undergo a series of episodes, whereby the body had been stressed in varying ways and not allowed to recover in between. Instead of recognizing the real issue and replenishing the fluid needs of the body, we end up acclimating to the new volume capacity of water available. Thus our performance gradually declines, year after year, episode after episode, until acidity conditions accumulate and a suitable environment for degenerative diseases develops.
Back when I was in middle school, I had a dehydration episode while out on a school fieldtrip. While hiking with my classmates, I was struck with searing pain in my lower right abdomen. My parents went out of their way to pick me up and take me to an emergency room. The fear was that I may be experiencing a ruptured appendicitis, but turns out I was simply dehydrated. Cases like these are not unheard of. People suffer from headaches, migraines, fatigue or inflammatory bowels and never consider the possibility that it could originate from improper fluid management. They simply experience the crisis and depend on others to relieve their suffering.
I didn’t recognize back then, even after my episode, the importance of adequate water intake which could explain much of the issues my body had as time went on. I’ve had many episodes following too much sun exposure, or long flights without water, or times when I would binge on meals and fall into a food coma. In each case, the body was stretched to its limits and lit warning signs. The body wanted me to pay closer attention to a missing element it needed so desperately, to question my situation and rectify the problem at its root before severe damage occurs.
Our desire from our body to express movement exerts its own demands on the battery cells to fulfill our wishes. However, the body is made of local materials in a composition that permits the fluid nature of thought to be expressed through our mechanical apparatus.
Where each person ends up in life is determined by the collection of self-realizations they attained. Knowing something crucial about your physiology, as crucial as the effect of dehydration on its performance, can aid you in better self-assessments and real recoveries from injuries and diseases. Overeating and vigorous exercise are actions that may lead you into episodes of physical stress. Such actions exert demands from the organism for water to be allocated to simple processes of digestion, elimination, energy production and tissue recovery. When the body doesn’t receive adequate water as a prevention or recovery measure, bodily processes stagnate and overall performance is impacted.
To integrate further wisdom, I have designed and produced a course called ”Water and Physiology”, which builds you up, concept by concept, to comprehend your physiology and eliminate the preconceived misconceptions. Empower yourself; take your physiology to the next level – to its original level it was always designed to be.
Recently an article of mine had been published to an online Magazine at Awake and Empowered Expo.
De-evolved Man and the path of Self Mastery presents a look into the state of Mankind on earth and in what sense it has de-evolved. Furthermore, the reader is led to self-realize and recognize the significance of Self Mastery as the path to evolution of the soul.
Due to the length of the article, the publisher chose to publish the article in 3 parts.
Enjoy the article, and leave me feedback on your impressions.
Two new courses of mine have been published. This is now an addition to the first course I already have published.
You can find my three courses at
These are an “at your pace” series of bite-size lessons, designed to layout a foundation and then examine phenomena occurring in the molecular and cellular level.
The goal is Self Mastery, which this is exactly why I call two of my first courses “Nutrition Self Mastery”. The third course delves into the subject of “Water and Physiology”.
These courses are intended for those people ready to learn how to self master dieting and lifestyle. With the aid of Science, we’ll peer into the mechanisms of inflammation and the Drought Management System.
Check it out!
I am happy to announce that the website has been launched. It is now LIVE!
Thank you to T. A. Jacobson, my brother, who has worked hard on designing the layout of the entire website. This is helping my hard work come out to the public on a new level.
It has been 4 years and a half years since I’ve started investigating Nutrition out of frustration for the current system. This site reflects the perspective I have matured to. There is much to learn and much to say about Nutrition.
May unconditional love be with you…!
Joel D. Jacobson
This organ of nerves is called the second brain. It is found in the gut region of the body. This plexus of nerves serves as a hub of a central intelligence – all the organs in its care are gut organs. The gut being the processing center of the avatar physiology, its spinal vertebrate corresponds to the yellow and orange spectrums. The processing of material food is accomplished by the gut. But the sampling of chemical stimulants or depressants is accomplished via the enteric nervous system (which then transmits that “sampling” information to the brain).
This localized processing center, i.e. brain in the gut, is connected to the brain in the head via the Vagus Nerve. This nerve provides the exchange of information between the collection of gastrointestinal organs and the brain. Through it, the gut can “speak” and communicate sensory and stimulant information to the brain. Provided the brain is not intoxicated by high dosages of corroding stimulants, it has the capacity to receive information from the gut brain and respond to the frequency and quality of the food.
It is as if the gut has a tongue of its own. While the food sits in it; the gut is continuously tasting the food and soaking up the chemicals. The local nerves receive information about the quality of water in the bloodstream, as well as the nature and concentration of substances in its circulation. When the tongue in our mouth is stimulated by a particular substance, it relays information to both the brains – the one in your head, and the one in your gut. Knowing what concentration of particular materials has entered the mouth, the biological intelligence of both brains invests energy in dealing with the incoming food.
This second brain is a collection of interrelated organs, with a communication hub to allow them to orchestrate their collaboration. The nerves of this plexus reach into the spinal cord at a particular junction, from which they enter the superhighway to the brain in our head. With the information that the brain receives, the mind experiences the nature of the substance.
Let’s take a 5 Minute Education, starting with explaining Toxins/Free Radicals and Antioxidants. This concept is fundamental, and will help shape the depth by which you’ll comprehend further research and studies into the molecular world.
This goes down to the basics of chemistry and even physics. Nothing to be alarmed of, simple science.
Atoms are the building blocks of Amino Acids (Think protein), Fatty Acids (Think oils), Carbohydrates and others.
When these atoms bond and form clusters (a molecule), they usually carry a neutral charge (meaning, not positive, not negative, but neutral).
What sometimes happens is that an organism (like a cell) is subjected to environmental stressors (heat, light, oxygen), and that causes stress on the bonds between atoms within the molecule. This potentially transforms the molecule into a “positive” electrical charge.
A general fact to know is, that all free radicals and toxins are characteristically “positively” charged.
Now, what happens to a positive charge like that in an environment teeming with negatively charged cellular structures? Havoc!
Like magnets, opposite charges attract (positive attracts negative). So these positively charged molecules passionately seek that negative charge in order to return themselves to that “neutral” balance, and in that process they interact with structural components of the cell and oxidize them. This process is widely known as “Oxidative Stress”.
When too many toxins (which act as free radicals) are produced inside the cell or the cell is exposed to too many of them, oxidative stress occurs, and extensive damage may result. What does the cell do? Sounds the alarms (initiates inflammatory responses).
When inflammatory responses are initiated, the antioxidant troopers are called in to neutralize the overwhelming threat.
All Antioxidants carry a surplus “Negative” charge, so they in essence bear that charge that the free radicals and toxins are passionate for. These antioxidants (like Glutathione, CoQ10 etc.) are created in larger amounts during the inflammatory response. This is in order to cool down the heated flood of free radicals and restore the cell back to its expression of growth behaviors. These antioxidants lose their negative charge in the process, but at least they’re not a structural component, plus, other antioxidants can replenish their negative charge (allowing them to act as antioxidants once more).
Many processes within our cells create free radicals intentionally, as nature created this process for good reasons (complex to explain in this short segment).
To conclude, free radicals and toxins are positively charged, while antioxidants are negatively charged. Antioxidants will neutralize free radicals in order to prevent the free radicals from oxidizing cellular components.