Holistic Healing and Alternative Medicine for Your Total Health
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There is No Other Present for You on Earth
Better than Your Life and Health.
IN THIS ISSUE:
1) TRUST YOUR OWN GUIDANCE
2) OPENING THE HEARTH
3) BABY COMES WITH BRAIN REPAIR KIT FOR MUM
4) ESSENTIAL FATTY ACIDS AND DIETARY FATS
1) TRUST YOUR OWN GUIDANCE
"You Know The Way"
"Woe to the man whose heart has not learned while young to hope, to love ... and to put its trust in life."
-- Joseph Conrad
How deeply do you trust your own guidance?
Always trust that you know what's best for you. To move forward in your life, gather information from the "experts," consider how their advice relates to your situation and then act only on what feels right for you. You are the only expert for your own life.
"I trust so much in the power of the heart and the soul; I know that the answer to what we need to do next is in our own hearts. All we have to do is listen, then take that one step further and trust what we hear. We will be taught what we need to learn."
-- Melody Beattie
"I never know what the next lesson is going to be, because we’re not supposed to know; we’re supposed to trust ourselves to discover it."
-- Melody Beattie
2) OPENING THE HEARTH
"Everything is made of light; everything is alive. The Great Mystery of life has little to do with intelligence. The universe is not an intellectual process. The intellect is helpful; but our hearts are the wiser part of ourselves."
-- Mellen-Thomas Benedict
Heart is a word that refers to many different levels of our being. Essentially, it is the love aspect of soul, capable of making direct, intuitive contact. Soul love is not emotional; it is highly impersonal and intelligent, capable of grasping the essence of someone or something without any projection on our part.
Appreciation significantly turns on the heart. Appreciation is not an emotion that arises spontaneously, but a soul quality we can choose. The more often we choose to be appreciative, the easier this choice becomes and the more frequently our heart opens to give and receive love.
"If you open your heart, love opens your mind."
-- Charles John Quarto
2) BABY COMES WITH BRAIN REPAIR KIT FOR MUM
19 August 2005 NewScientist.com News Service - Andy Coghlan
EVERYONE knows that kids get their brains, or lack of them, from their parents. But it now seems that the reverse is also true. Stray stem cells from a growing fetus can colonise the brains of mothers during pregnancy, at least in mice.
If the finding is repeated in humans, the medical implications could be profound. Initial results suggest that the fetal cells are summoned to repair damage to the mother's brain. If this is confirmed, it could open up new, safer avenues of treatment for brain damage caused by strokes and Alzheimer's disease, for example.
This is a long way off, but there are good reasons for thinking that fetal stem cells could one day act as a bespoke brain repair kit. It is already well known that during pregnancy a small number of fetal stem cells stray across the placenta and into the mother's bloodstream, a phenomenon called microchimerism. They can survive for decades in tissues such as skin, liver and spleen, where they have been shown to repair damage (New Scientist, 15 November 2003, p 34).
Nature's ploy to "treat mother" makes evolutionary sense too, because the fetus has a better chance of survival if the mother is fit and healthy both during and after pregnancy. But nobody has seen this effect in brain cells. "This is the first study to show conclusively that fetal cells cross the blood-brain barrier," says Diana Bianchi, a world authority on microchimerism at Tufts University School of Medicine in Boston, Massachusetts.
A team led by Gavin Dawe of the National University of Singapore and Xiao Zhi-Cheng of Singapore's Institute of Molecular and Cell Biology showed that once the stowaways enter mouse brains, they mature into different cell types.
These include cells resembling neurons, which transmit electrical impulses; astrocytes, which support neurons; and oligodendrocytes, which ensheath and protect nerve cells. "They can become almost all major cell types found in the brain," Dawe says.
The researchers have not yet demonstrated whether the cells are functional, however. "We need to know, for example, whether fetal cells expressing characteristics of neuronal cells can actually fire action potentials and synapse with native cells in the mother's brain," he adds.
“There are good reasons for thinking that fetal stem cells could one day act as a bespoke brain repair kit”
To make fetal stowaways easy to spot in samples from the mother's brain, Dawe and Xiao mated normal female mice with male mice genetically engineered so that their cells contained a fluorescing protein derived from jellyfish, making the cells glow bright green.
This revealed that the fetal cells did not spread evenly. When the researchers induced stroke-like injuries to the brains of some of the mother mice, the fetal cells became six times more concentrated at the damaged areas, suggesting they may be involved in repair (Stem Cells, DOI: 10.1634/stemcells.2004-0169). Dawe says it is not yet clear how they are summoned to the sites of injury, but he suspects they are drawn there by "SOS-like" signalling factors from damaged tissue.
The team is also trying to identify surface molecules unique to the brain-bound fetal cells, and hopes to isolate human counterparts from umbilical blood or bone marrow. This would be vital for medical applications, as a large number of cells might be needed to have any medical effect. "It would be important to enrich for ones that can cross the blood-brain barrier," Dawe says.
A big potential advantage of using fetal cells as a treatment is that they could simply be injected into the bloodstream and left to find their own way into the brain. This would make it possible to treat conditions with diffuse injury, such as Alzheimer's disease.
The only existing way of getting cells into the brain to treat injured or defective areas is to inject them directly through the skull into the area where they are required. Parkinson's disease, for example, has been treated by injecting cells that make the neurotransmitter dopamine into the region of the brain that fails to make the substance in Parkinson's patients. Some researchers have shown, however, that injected fetal cells are capable of migrating across the brain to sites of damage (New Scientist, 21 March 1998, p 40).
“A big potential advantage is that cells could simply be injected into the blood and left to find their own way to the brain”
Dawe and Xiao warn that it could take anything from five to 20 years to develop treatments, not least because in some cases, fetal cells have been shown to aggravate immunological disease (New Scientist, 24 April 1999, p 4). "It's important we know it's safe and of benefit before we try it in patients," Dawe cautions.
One key step will be to establish beyond doubt that the effect seen in mice happens in humans too. Dawe says this can be done by looking for cells containing a Y chromosome in post-mortem brain tissue from mothers of boys. "We've already started work on acquiring tissue to answer this question," he says.
Bianchi says that most research on microchimerism in mice has later been borne out in humans. "In every aspect, the trend has been the same," she says.
But even if the phenomenon does occur in people, there are many hurdles to be cleared on the way to developing treatments. "It's unclear how long the newly arrived cells will live, and how well they would integrate into the specialised functional networks of the brain," says Jakub Tolar, a specialist in microchimerism at the University of Minnesota in Minneapolis. "Predictions of clinical use must come with caution and reflection."
From issue 2513 of New Scientist magazine, 19 August 2005, page 8
3) ESSENTIAL FATTY ACIDS AND DIETARY FATS
By Douglas Morrison - www.howweheal.com
(Revised August 2005 from "Twelve Points on Essential Fatty Acids" as compiled in 1990, with the bulk of the EFA information coming from Fats that Heal, Fats that Kill by Udo Erasmus)
1. There are two essential fatty acids or EFAs; these essential nutrients have been shown by leading researchers to be necessary for both the optimum health of the body as well as for freedom from degenerative disease. They are known as Omega 3 (alpha-linolenic acid or ALNA) and Omega 6 (linoleic acid or LA).
2. In addition to these two EFAs, there are certain derivatives of each that some people do not produce in adequate amounts themselves so as to meet their own needs. Therefore, some people will also require a dietary source of these EFA derivatives as well. Biochemical individuality is an important concept to comprehend in this regard. (Refer to Biochemical Individuality by Roger Williams for more info on this subject.) Among these EFA derivatives that some people may require from dietary sources are gamma-linolenic acid (GLA) and eicosapentaenoic acid (EPA).
3. Along with proteins, minerals, other lipids, and sugars, EFAs are building blocks of cell membranes and various internal cell structures.
4. EFAs are necessary for the metabolism and transportation of triglycerides and cholesterol.
5. EFAs are necessary for the development and the function of the human brain.
6. EFAs are necessary for proper function of the vision, nervous system, adrenal glands, and testes, playing a vital role in sperm formation and conception.
7. EFAs boost metabolism, metabolic rate, energy production, and oxygen uptake. Some researchers suggest EFAs are necessary in order for us to properly utilize sunlight.
8. EFAs, particularly Omega 3, have been shown to decrease growth of cancer cells, candida, and various anaerobic organisms destructive to the health of the human body.
9. In the November 1986 Journal of the National Cancer Institute, research indicated that Omega 3 and one of its derivatives as well as three of the derivatives of Omega 6 were seen to selectively destroy human cancer cells in tissue culture without damaging normal cells.
10. Dr. Johanna Budwig, a German M.D. and biochemist, discovered that the blood of cancer patients was deficient in EFAs. A yellow-green pigment was found in place of the normal red blood pigment or hemoglobin. Along with certain dietary improvements, she gave her patients one and a half ounces (45 ml) or more of fresh flax oil as a means of getting EFAs into the body (flax oil is 55-65% Omega 3 and 15-25% Omega 6). The flax oil was consumed in combination with various dairy products to provide the sulfur proteins which Budwig considered necessary for the EFAs to be properly utilized by the body. On this program, which included no other supplements, she found that within three months the yellow-green was replaced by red and the cancer disappeared.
11. EFAs can be precursors to hormone like substances known as the prostaglandins. There are three main groups of these, which are known as PG1s, PG2s, and PG3s. Prostaglandins govern or influence many bodily processes including platelet stickiness in the blood, arterial muscle tone, inflammatory response, sodium and fluid excretion through the kidneys, and immune function.
12. PG1s are derived from the Omega 6 family of fatty acids. Omega 6 (LA) can be changed into gamma-linolenic acid (GLA), which in turn can be changed into dihomo-gamma-linolenic acid (DGLA). PG1s are made from DGLA. PG1s prevent blood platelets from sticking together, assist in removing excess sodium as well as fluid, relax blood vessels, decrease inflammation, help insulin work more efficiently, benefit nerve function, regulate calcium metabolism, and improve immune function. People whose bodies do not efficiently make all of the above conversions may not manufacture sufficient PG1s from Omega 6 alone, but may require dietary sources of certain Omega 6 derivatives, most notably GLA.
13. PG2s are also derived from the Omega 6 family of fatty acids. As noted previously, LA can be converted into GLA, which can be converted into DGLA. DGLA in turn can be converted into arachidonic acid (AA). PG2s are derived from AA. Different PG2s can either prevent or promote blood platelet aggregation. PG2s can promote water and sodium retention as well as inflammation. In general, PG2s oppose the PG1s, and are secreted in response to stress. Left unchecked, overproduction of PG2s can lead to all sorts of health problems associated with increased inflammation, decreased immune function, constricted blood vessels, increased sodium and fluid retention, and increased platelet stickiness. Some of the many health problems that may be associated with unchecked PG2 production in response to stress include cardiovascular disease, strokes, arthritis, high blood pressure, diabetes, and various immune disorders. One basic mechanism of keeping the PG2s in check is a PG1 known as PGE1, which slows the release of AA thus preventing its conversion into PG2s.
14. PG3s are made from the Omega 3 family of fatty acids. Omega 3 (LNA) can be changed into stearidonic acid (SDA). SDA can be converted into eicosatetraenoic acid (ETA), which in turn can be converted into eicosapentaenoic acid (EPA). PG3s are made from EPA. EPA is of enormous importance, as it also prevents AA from being available for PG2 production. As noted by Udo Erasmus, "EPA is the single most important factor limiting PG2 production." Certain fish oils are abundant sources of EPA. People whose bodies do not efficiently make all of the above conversions may require a dietary source of certain Omega 3 derivatives, most notably EPA. People whose ancestors consumed large amounts of EPA rich fish for many generations often do not efficiently manufacture their own EPA and must rely upon a dietary source such as certain types of fish.
15. The ratio of Omega 6 to Omega 3 is also crucial, as excess Omega 6 as compared to Omega 3 promotes tumor formation. Research suggests that the ratio of Omega 6 to Omega 3 should be no greater than 5:1. Many experts suggest that the ideal ratio is as low as 2:1 or even 1:1 based on the ratio found in many healthy traditional diets. A typical ratio in most people's diets is in excess of 20:1. This is largely the result of increased consumption of various vegetable oils in the past century or so, most of which contain massive amounts of omega 6 and little or no omega 3.
16. Highly unsaturated fats are chemically unstable and thus highly prone to rancidity and other detrimental changes due to exposure to light, oxygen, or heat. This includes any rich source of EFAs and in fact any oil, whether from a plant or animal source. It is best to avoid any heated oils, or any oils that have had sufficient exposure to light, oxygen, or heat so as to damage them. For human consumption, oils need to be processed and stored in a highly specific manner, and consumed fairly soon after pressing. Any deviation from these standards can pose some degree of health risk from their consumption. The modern diet contains a huge quantity of vegetable oils that have been exposed to light, oxygen, and heat. This poses a massive health risk to anyone consuming such a diet. No matter the quality of an oil in its ideal state, once exposed sufficiently to light, oxygen, or heat, it becomes detrimental to our health.
17. Both Omega 3 and 6 are extremely sensitive to deterioration in the presence of light, oxygen, and heat. Any or all of these will cause oil to go rancid very rapidly, thus making it of no benefit and, in fact, detrimental to the health of our bodies. For this reason it is imperative that oil be manufactured, processed, stored, and shipped in the utter absence of light, oxygen, and heat. There are seed oils available that meet these exacting standards. Certified organic seeds are processed, bottled and stored in the absence of light, oxygen, and heat. Any oils made from seeds or nuts should be organic, as most pesticides are fat soluble and will therefore concentrate in the oil. Inert black plastic bottles are used which will not react with the oil. Any type of glass container, even dark brown glass, allows enough light in to cause rancidity. Indeed, of the three factors mentioned, light is by far the most detrimental, causing rancidity over 1000 times as rapidly as the next worse, which is oxygen. Inert gas is utilized during manufacture and bottling to insure the absence of oxygen. A special technology is utilized to maintain low temperatures (below 96 degrees F) during processing. Most so-called "cold-pressed" oils have reached temperatures of 160 degrees F or more as a result of friction during the extraction process. Once opened, a bottle should be kept refrigerated and used within two to four weeks ideally. Unopened bottles are best kept frozen. (Freezing may extend shelf-life of unopened bottles to six months or even longer, but we encourage you to treat this oil as the perishable item that it is for best results).
18. Fish oils are also highly vulnerable to detrimental transformation due to light, oxygen, and heat exposure during processing. Fish oils from wild fish such as cod liver oil are the most abundant source of vitamin D by a wide margin. Yet there are legitimate concerns with the presence of various chemicals potentially found in fish oils. (Note: mercury is not fat soluble and hence not a specific concern with fish oil, yet there are numerous other contaminants which are legitimate concerns.) There are sources of cod liver oil from Iceland available which have been extensively tested and shown to have extremely low levels of these toxins as compared to other sources. Anyone consuming fish oils would be wise to investigate their own source for this reason and assure that it is the purest available.
19. There are at least four different vitamin D factors. Vitamin D2 (viosterol or irradiated ergosterol) is available from plant sources or as a synthetic. Vitamin D3 (irradiated cholesterol) only comes from animal sources. As noted by Weston Price, "It is now recognized that activated ergosterol vitamin D2 does not represent the factors essential for the utilization of calcium and phosphorous by the human body." The human body requires vitamin D3, available only from animal sources. Synthetic or plant sources of "vitamin D" supplements will be list potency in IU without noting the absence of necessary vitamin D3, or that even by the most generous estimates vitamin D2 is no better than 9.5 times weaker than vitamin D3.
20. It appears that individual needs for EFAs in the diet may vary considerably. Ancestry no doubt plays a huge role in this individuality. Saturated fats are far more stable than monounsaturated fats, which in turn are more stable than polyunsaturated fats such as the EFAs. The melting point of saturated fats is higher than that of mononsaturated fats, which in turn is higher than that of polyunsaturated fats. Compare, for example, butter, olive oil, and flax oil. Rancidity is a greater concern as temperature increases. Flexibility becomes a greater concern as temperature decreases. If we observe both plants and animals at various latitudes and climates, it is clear that there is a tradeoff between chemical stability and flexibility, with different results in different climates or latitudes. In warmer climates and lower latitudes, saturated fats tend to predominate as rancidity becomes the greater issue. In colder climates and higher latitudes, a lack of flexibility becomes the greater issue, and thus polyunsaturated fats tend to predominate. In the middle latitudes, monounsaturated fats may make the most sense. The food chain in colder climates thus tends to have a much greater EFA content than that in warmer climates. Therefore, for example, a person of Scandinavian ancestry may require far more EFAs in the diet than a person of Indian ancestry, for the simple reason that their ancestral diets were vastly different as far as EFA content.
21. Bear in mind that the ratio of Omega 6 to Omega 3 is crucial. Omega 6 is contained in many vegetable seed oils and seeds, the best sources being safflower (75%), sunflower (65%), corn (59%), and sesame (45%). These oils contain only small amounts of Omega 3, however, less than 1%. Thus, high consumption of such oils will produce an extremely unsafe excess of omega 6 to omega 3, with various detrimental consequences as outlined above.
22. There are few rich vegetable sources of Omega 3. Pumpkin seed oil (0-15%), soy bean oil (7-9%), walnut oil (3-11%), and hemp oil (20%) all contain Omega 3. By far the richest source of Omega 3 is flax oil, which is 55-65% Omega 3 as well as 15-25% Omega 6. Flax oil therefore can be used to correct an excess of omega 6 compared to omega 3 in the diet. But it should be noted that the ratio of omega 6 to omega 3 in flax oil is too low to be considered ideal. Therefore, if a person were to consume large amounts of flax oil without some dietary source of omega 6 to counteract this, they would eventually develop an excess of omega 3 in their tissues and consequent health problems. One such problem will be lowered immune function. For this reason, it is best to either balance flax oil consumption with a rich source of omega 6, or better yet to use an oil blend with a more ideal ratio of the two EFAs. And of course to make sure this oil has not been exposed to light, oxygen, or heat during processing, storage, or transport.
23. In the 1950s Dr. Max Gerson successfully used fresh flax oil to dissolve tumours, using about one ounce (30 ml) per day. According to Udo Erasmus, author of Fats that Heal, Fats that Kill, flax oil has the following benefits:
Its Omega 3s lower high blood cholesterol and triglyceride levels by as much as 25% and 65% respectively. It will decrease the probability of a clot blocking an artery and lower high blood pressure.
Omega 3s dissolve tumors, as shown by the work of Gerson, Budwig, and others.
Will aid in the treatment and prevention of diabetes, arthritis, asthma, PMS, allergies, and inflammatory tissue conditions.
Also of great benefit with skin conditions, vitality, stress, and virtually all degenerative conditions.
24. While no one nutrient can effectively cure, treat, or prevent disease, it is important to recognize that the absence of one key nutrient even when all others are present can effectively limit the benefits one might expect. Hence the need for EFAs along with enzymes, minerals, vitamins, and amino acids to insure the presence of all essential nutrients in conjunction.
25. Non-essential fatty acids may compete for a vital enzyme known as D-6-D, thus an excess of non-essential fatty acids may result in a functional deficiency of EFAs. Some researchers suggest that the ratio of non-essential to essential fatty acids should therefore be no more than 1:1. (A typical ratio for most people is in excess of 10:1, with almost all of the essential fatty acids being Omega 6.)
26. Yet it can be readily observed that many healthy traditional cultures (as documented in Weston A. Price's classic Nutrition and Physical Degeneration and elsewhere) consumed diets with massive quantities of non-essential fatty acids from various animal fats, as compared to relatively modest amounts of EFAs. The ratio of non-essential to essential fatty acids in such diets would have been fairly high in many instances. It should be noted that large amounts of these fats were consumed in a raw form, thus also providing an abundant source of lipase enzymes to digest these fats. It can be surmised that in such circumstances that the ratio of non-essential to essential fatty acids becomes of little concern, as with an abundance of enzymes it is no problem for the body to make good use of these fats. It might further be surmised that people on a healthy traditional diet will have a much higher level of metabolic efficiency in all regards, and will thus be less prone to metabolic breakdowns of all sorts.
27. We can obtain EFAs from both plant and animal sources. But animal fats are the only dietary source of vitamin A and vitamin D, and are therefore necessary for our health. All healthy cultures studied by Weston Price consumed large amounts of animal fats. Sources included butter, eggs, dairy products from various animals, fish, shellfish, fish eggs, animal flesh from muscle and organ meats, insects, etc. When comparing these healthy traditional diets with the modernized diets of that time (the 1930s), Dr. Price noted that these traditional diets typically contained at least TEN times the level of fat soluble vitamins and other fat soluble nutrients as the modernized diets utilizing various processed foods. It is likely that comparing these same traditional diets with the current typical diet that this ratio would be even greater than ten to one. Since the 1930s, consumption of animal fats has continued to decrease, while consumption of vegetable oils (mostly highly processed) has increased considerably, both trends being much to our detriment.
28. Liver is the richest source of vitamin A by a wide margin. Yet there are legitimate concerns with possible toxins present in animal livers due to exposure to pesticides and other chemicals. For this reason, it is wise to only consume liver from healthy organic animals which were properly fed and not otherwise exposed to known sources of pesticides and other chemicals. A clean source of cod liver oil is a good potential source of vitamin A as well as vitamin D.
29. The amount of vitamin A, vitamin D, and other fat soluble nutrients present in animal fats is in part a function of the diet of the source animal. Weston Price clearly demonstrated that cows, in order to produce butter of high vitamin and nutrient content, required rapidly growing grass. As a result, the best butter will be produced at certain times of the year when the grass is at its peak. When cows have access to grass that is still fairly short (about the stage where it is forming its first joint or less), this is considered ideal. For this reason, it is best for cows to rotate from one pasture to the next to assure continued access to the best stage of grass. Butter from cows fed ideal grass such as this will be much darker or more yellow in color and far softer than butter of poor nutritional quality. It is also best for this butter to be made from raw organic cream.
30. Another excellent source of vitamin A, vitamin D, and other fat soluble nutrients is high quality eggs. Just as cows need access to grass in order to produce optimum butter, chickens require access to greenery as well. Chickens fed in this manner will produce eggs of a higher nutrient content. These eggs will have harder shells and the yolks will be a dark orange rather than the pale yellow that results from the typical diet fed to chickens nowadays. Due to a lack of greens in the diet of the chickens, many organic free range eggs have flimsy shells and pale yellow yolks.
31. Sally Fallon notes that, "Highly protective lauric acid should be called a conditionally essential fatty acid because it is the one saturated fat that the body does not make itself." Lauric acid is notably anti-viral, anti-fungal, and anti-bacterial. There are only two rich dietary sources: coconut oil and butter. It is also abundant in human breast milk, a solid indication of its value to human beings. Clearly coconut oil and/or butter have been consumed abundantly by numerous healthy traditional people in both the past and present.
32. There are numerous other excellent sources of animal fats. A good source of information on this is the book Nourishing Traditions by Sally Fallon. Weston Price's Nutrition and Physical Degeneration is also highly recommended. A good general rule is to consume foods that have a good historical track record. It is best to be cautious and sceptical as far as new foods, new methods of growing or raising foods, or new methods of processing foods.
33. In summary, a healthy diet will contain an abundance and a variety of mostly raw animals fats from healthy and properly fed animals. This will provide an abundant source of vitamin A, vitamin D, and many other necessary fat soluble nutrients. Highly processed, heated, and otherwise unsafe vegetable oils should be avoided. To assure a good supply of EFAs, it may also be wise to consume one ounce (30 ml) daily of a fresh and properly processed flax oil blend with a proper ratio of EFAs.
Thank You for Reading. Have a Wonderful Day !
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