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GRAVIOLA by Regalabs NEW
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[Producers of Immune Assist™]
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The Aloha Medicinals Advantage - Full
Spectrum Mycoproducts™ Fruitbody - This is the mushroom that you see. It is the spore producing portion involved with reproduction. Basically, the fruitbody is equivalent to the flower of a plant. Fruitbodies ONLY form in response to some stress in the environment... heat, cold, fire, flood, running out of food, that sort of thing. The mushroom that you see is NOT the growth form of the mushroom organism. Strictly the reproductive portion. Mycelium - This is the growth form of the organism, the stable state in which all of the life processes occur; growth, feeding, competing for survival and some forms of reproduction. In cultivated mushroom products, the mycelium can be grown either by fermentation (in a tank full of liquid) which is an unnatural growth condition, or it can be grown on a solid substrate of some material that it would normally grow on - the natural growth condition. For production of many mushroom derived drugs, the compounds are extracted not from the mycelium, but from the broth that the mycelium is grown in. Extract - This is either the mushroom or the mycelium, extracted with some type of solvent with the intention of concentrating some desirable portion and eliminating or reducing some unimportant portion of the mushroom. There are a number of solvents which are used, depending on which compounds are desired. The two most common are Alcohol and Water. Extracts are more expensive and can be better or worse than the raw feedstock, depending on what you are attempting to achieve. Scientific Basis of Quality in Medicinal Mushrooms History - The cultivation of mushrooms specifically for the production of medicinal compounds is a fairly new science, dating only from the late 1970's. Since that time, there have been a number of bio-active compounds of interest identified from the mushroom fruitbody, from the mycelium and from the residual culture broth. In almost all cases, the compounds present in the different life stages are identical. But in a few instances there are differences, where substantially greater amounts of some target compound can be extracted from one growth state as compared to another. Many examples of this can be seen from the charts below, presented here from Dr. Solomon Wassers' excellent article: Medicinal Properties of substances occurring in Higher Basidiomycetes Mushrooms: Current Perspectives (Review) published in - International Journal of Medicinal Mushrooms, Vol 1, 31-62 (1999) Click Here for Chart Almost all of the research done recently has shown that the most bio-active compounds are in the extra-cellular compounds (metabolic exudates), as compared to either the mycelium or fruitbodies. These compounds would be in the liquid broth for products grown by fermentation. Knowing this, the question becomes "What is the most practical way to produce medicinal mushroom product of the greatest effectiveness, while keeping them affordable enough for the general public?" We felt that to address the problem by growing in liquid culture, as is commonly done in the Orient was not a good approach. Reason: The mycelium would have to be extracted as well as the residual culture broth in order to capture all the interesting compounds, while at the same time the few different compounds specific to the fruitbodies would be absent. Alternatively, to grow it on grain for a couple of weeks, as is the usual practice with other American growers was also not the answer. We believe that the production of medicinal mushroom nutraceuticals that don't work is counterproductive. The consumers will loose faith in medicinal mushroom products, and the potential benefits are lost. So, what we did was look long and hard at the chemistry of the wild collected fruitbodies, the mycelium and the extra-cellular exudates. We then experimented with modifications of the growing substrate and culture parameters. By controlling each aspect of the growth cycle, such as the time of growth to harvest, the O2 to CO2 ratios, temperature, the light cycle and all the other parameters, we found we could produce a product with at least as much of the target compounds as is found in nature. In nearly all cases, we are able to exceed the concentration of any target medicinal compounds over what is found in the naturally grown mushrooms. The real trick though, is to grow the mushroom organism in glass containers for a long enough period of time to completely consume all of the substrate, and then trigger the mushroom to go into its reproductive cycle of fruitbody production. At that point we have all of the different aspects of the mushroom present: The mycelium, the primordia, the fruitbody and the spores. But most importantly of all, we have the entire range of extra-cellular compounds that have been produced throughout the entire life cycle of the organism. All of the anti-microbial properties, the anti-viral properties, and all of the other potent bio-activities. This long growth period takes at least several months, and for some species can take up to two years. When a supplier says they can deliver a finished, custom grown product in 30 days, it is certain that the quality will be very low. In nature it takes months-to-years for a mushroom colony to become established. That is why you find them growing in the same place year after year. They are fruiting each season, true, but the organism itself exists from year to year in the soil below. To think that we can trick that organism into optimal growth in only 2 or 3 weeks is wishful thinking indeed. For some species, we have to resort to fairly extreme culture parameters; for instance with Cordyceps sinensis, we grow it out for a period of time in a warm, O2 rich environment, after which we drastically lower the temperature to just above freezing, change the light cycle and drop the oxygen to no more than 50% of atmospheric. Then we trigger it to fruit. All of this is done on an organic, vegetarian substrate with no insect or animal substances used. The authors that state, "Cordyceps can not be fruited in culture" are obviously not up to date with the work we have been doing as well as the work of a few other cultivators. So in a nut shell, the process which Aloha Medicinals has developed
is this:
This is the best process for production of bioactive medicinal
mushroom compounds. Even if further extraction or processing is
desired, this is still the most complete and broad-spectrum raw
feedstock for downstream processing. By growing the mushroom products
this way, we gain the benefits of each phase of the life cycle.
What is the Best Medicinal Mushroom Product Available? Extracts: Extract Chemistry: First off, the Mushroom biochemistry is much more complex than that of plants. Orders of magnitude more complex. And the chemistry involved is not nearly so well known. Aloha Medicinals uses extracts for its most potent and most successful products. But these are very specific and targeted extracts. Extracts which are made for the specific purpose of concentrating out specific compounds. Just as in the production of penicillin, the fungus (a Penicillum species) is grown in liquid culture, then the active ingredient (Penicillin) is extracted from the residual culture broth. An example of a pecific target compound, using a specific growth method and a specific extraction procedure. This works very well. And in the cases where we have identified a specific compound which we want, it is easy to find a way to extract it. For example, to extract Lentinan from Shiitake mushrooms is a pretty straight forward chemical process. But what about another compound present in Shiitake, the one called Eritadenine? This compound is useful in the treatment of high cholesterol, while Lentinan is used for the treatment of cancer. If you extract Shiitake by hot water, then use alcohol to precipitate out the polysaccharide fraction, the Lentinan is concentrated and the resultant product is effective for cancer treatment or immune stimulation. However, with this process you loose the Eritadenine, and the extract has no effect on blood cholesterol. So, even though a raw shiitake product shows great effectiveness in treating high cholesterol, the "Standardized Extract" as available today is useless for this purpose. So what is the more valuable product, the raw Full Spectrum Shiitake, or the "standardized extract"? The answer is neither, or both. It really depends on what you are hoping to achieve with the supplement. For general health supplement usage, the best product is the one that has the greatest effectiveness over a broad range of conditions. In this example, it makes much more sense to use the Full Spectrum product. In General, the following things can be said regarding Mushroom
Extracts: The Bottom Line: Aloha Medicinals does one thing only, and we do it right. We produce Medicinal Mushrooms. And with the largest production capacity in North America, no project is too big. We have two full time mycologists on staff with over 50 years combined experience, and a work force that averages 18 years experience in the production of mushroom compounds. Certified Organic and Made in America. Why risk the reputation of your products on imported raw materials, when better quality is available right here in America, Certified, Qualified and Independently Assayed by FDA certified labs. And at a price lower than imported raw materials in most cases. Let us bid your next order. You will be pleasantly surprised! |
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©2004 Aloha Medicinals Inc. - Corporate Headquarters -
PO Box 686 Haiku, Hawaii 96708
Research and Manufacturing Facility - 1211 Fair Ave. Santa Cruz, CA 95060 Tel:
(831) 426-2059
African Division - Aloha Medicinals (GH) Ltd. PO Box AH 257 Achimota, Accra,
Ghana West Africa