Süssgras - die ökoligente Ernährung des 21. Jahrhunderts
Reichtum auf allen Ebenen für Deine Gesundheit

© Regina F. Rau



Sweetgrass
Richness at all levels for your health
 
 

Many years ago I advised the people in Turkey and India, to chew grass in cases of starvation- and spit out the pulp again. In school we had learned that the pulp is only digestible for cows and their four stomachs system and the ruminating (rumen, reticulum, omasum, abomasum), but not for humans.

Last year (2012) I met the herbalist Bruno Weihs Brodt from Austria, who maintains a large self-sufficient garden and has also made many self-experiments. He explained that he had made the greatest discovery of his life: grass was not only drinkable by making juice of it, but also edible, if you take the fresh, young grass.

2013-06-23_Sonnenspitz_Jochberg (036).JPGAt first, he suggested orchard grass (see the foto left). Later on he changed to buy the "italian ryegras (lolium multiflorum) - also called westerwold . Generally the sweetgrass is used as a forage plant. I wanted to try this type, too. But then I found, that this commercial type of ryegrass is only a short-lived, non-flowering grass (non-fertile). Therefore, it was out of the question.


I also begun testing sweetgrass types like orchard grass (dactylis glomerata) and various other sweet grasses - such as quaking - as well as sea rush (scripus) - or moor-rush (juncus trifidus). I found all grasses digestible, that I had tried previously (identifying here), whereas I noticed the instinct lock while drinking the sea rush and moor-rush juices. As an experiment I drank 1 liter of sea rush at once during my stroll through a forest.. I could not find any discomfort of any kind. But I tasted some bitter ingredients and got a clear inner "stop"feeling, which meant that I did not go on with the experiment. However, I find the seedpods taste of the sea rush - as well as of the three leaf rush very delicious - and my body agrees with that. I can eat the amount that fits into the hollow of one hand. I have not tried more. It tastes like wheat cereals. This cereals are not cultured and poisoned with fertilizer. I guess, that it also does not contain too much - or no gluten at all, because after eating it, I have no afflictions with hayfever (pollenosis), asthma, or neurodermatitis (atopic eczema).

But here it is also very important: please try everything byyourself and in small quantities, before you start to eat larger amounts of any wild plant - or drink as juice - or even tell others, that it is eatable /drinkable.!

2013-06-30_Regina-F-Rau_Schnait-Zwiesel (058)c.JPG. Sweetgrass is already wellknown from health stores, wholefood shops and wellness oases and spa: wheatgrass and barleygrass. But this costs a small fortune, whereas mother natures gifts cost nothing at all! You can fetch all the abundance of the ingredients from the forest, fields and meadows! Sweetgrass in it's natural state contains an interaction (synergy) of well applicable goodnesses, like biol. chlorophyll (stored light), vitamins (vital substances), minerals, and trace elements, and amino acids (protein components), mono-unsaturated fats, enzymes (implements for the breaking down of the ingredients), as well as natural fiber and cellulose portions (for the cleansing of the intestines) in high density.

The sweetgrasses (poaceae = gramineae) are a worldwide widespread plant family - in all climatic zones, which are marked by the typical grasslike shape of the related types.

All cereals like wheat, rye, barley, oats, millet, maize and rice are among the group of plants of sweet grasses. Today they build the basis for feeding the world's population in the form of cash crops or for livestock feed; But they are so very overbred and made infertile as a one-year hybrid, that it would be really wise to prefer the fresh grasses from nature. As grass and grassland they shape the landscapes in many parts of the world with meadows, pastures, savannas and steppes. There are approximately 10.000 species of sweetgrass with more than 650 genera. Thus, they are one of the largest families within the flowering plants.

Also on the mountain tours I felt the tremendous impact of my Sweet Grass Juice, which I now call my "Power Vital sweet grass juice". Whenever I had not spared the trouble, to pick grass, to cut it and to make juice, I really had the power of a bear. Then I always raced away - much faster than the others! We have also made a nice video clip, that you can check out here:.


Video-Clips

Video - sweetgrass juice at alpine hiking
of course - the faces that we draw here, of course, are not real ...
 
Video - sweetgrass juice at a veggie-strolling
the grassjuice part - at minute 0:50


As soon there is grass after wintertime - and as long there is green grass in spring, summer, harvest, and winter - even under the snow, I collect a bundle grass -
four times a week - in the morning or evening or during my mountain hikes. I prepare the grass as seen on the fotos below. We also take the grass-juice with us in the mountains. It provides us with incredible vital power. We can feel this especially hiking in the mountains. When I drink that grassjuice in the morning, instead of eating a banana - or drink it on my way - then I zoom off like a steam locomotive. I myself take all grasses, which I can get at the moment, that make me feel good. Bruno Weihsbrodt - the austrian herbal expert - suggests, to take only sweetgrass, because some types of gras can also contain substances, which are incompatible for our organic metabolism. I for my part prefer to feel from inside. I try the grass, which catches my eye - if my intuition says "yes", I try it!

Regina: "Vroni, what do you say?" Vroni: "Yes indeed! I absolutely agree with you"

So for example in 2012 I took 2 liters of freshly squeezed grass juice on a 5-day mountain tour in "Königssee, Berchtesgaden". The result was stunning: I dragged the 24kg backpack (usually I carry only 8 kg) up to the really steep "Rötbachsteig" (mountain path) - from "Untersee" (a mountain see) to the "Wasseralm" (an alpine hut). And from there to the "Kärlinger house" with comparatively great ease - and had no aching muscles!

I wish you much joy and many interesting findings while trying and making your own experiments!

Regina



Fotos

Sweetgras Juice

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Grass juice of orchard grass (sweet grass)
In the glass right: is the same juice with almond milk:
I previously mashed the almonds with some water.

Grass juice from a different type of grass.
This one's color shines slightly more!

works better
than coffee!

it vitalizes, gives super power
and gives you a good mood

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For the preparation of sweetgrass juice you do not need expensive machines - see below! If you would like to drink the juice like coffee with milk, then first put a few almonds (3-5) with 1 cup of water into the blender and puree this, until it becomes like milk. Of course, soaked almonds are all the better! By the way: In the year 1995, when I stayed in the "Schwarzwaldklinik" (a raw food clinic until 1996 in "Schwarzwald"/ Black Forest) there was still no power mixer. But despite of that, they made already almond milk, purees and creams - using the normal kitchen equipment!

Sweet grass from the meadow, from the forest or from the field - provides you with real power: it also helped my sister Vroni and me to go hiking in the mountains again with full force - after so many years of little movement !



Preparation Of Sweetgrass


Here the preparation with the Moulinette Cruncher (or possibly to with a hand blender). For those who have no power mixer It is enough if you have one of them. When you use a hand blender: before juicing, be shure, you cut the the grass as short as possible and prepare the juice in small quantities!
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of course you can also work with a power mixer ... but this version is also very quick:
Grass juice preparation in a simple way - with simple kitchen equipment!

Here the preparation with the Power Mixer.
Since December 2014 I'll blend and preparate my gourmet raw food creations with the high performance blender "BIANCO" (purple mixer in the photo). It mashes and makes puree very fine. I must not sieve the Sweetgrass and herbs more than one time after mashing. Smoothies, soups, cremes and ice are more fine.

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© Regina F. Rau: BIANCO puro Mixer
leftover pomace comes on the compost heap!
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Preparation of fresh Sweetgrass Juice

Take your sweetgrass from a slurry free and fertilizer free meadow. It also should be free of dog dirt, exhaust gases and chemicals. For one glass of sweetgrass - enough for one person - you will need a thick handful of grass - about 8 to 12 inches long (if you have grass with only 4 inches length you need the double or threefould amount of grass ! Cut it at home with a large scissor into 0,4 inches long pieces (Photo 1). Using a scissor is much easier than using a knife! Shred it carefully (Photo 2). Put those shredded fibres into a shaker (photo 3), add 1 or 2 glasses of water (two, if you wish to drink more - or if somebody else likes to enjoy drinking with you ). Mix it carefully with an immersion blender (1/2 minute). You can also shake it in a closed glass. Take care, that the shaker won't open while shaking. You have to shake it really strong (about 1 minute).
Now your grass juice is ready to drink. You can add some spices, of course - also some spring onion and crystal Salt Sole (brine - Halite-Himalayan salt) (photo 4). I personally prefer to drink the grassjuice pure.

If you have a power blender, you can mix the grass (roughly chopped into 0,4 to 0,8 inch pieces) and the water all together. If you wish to put spices or salt-sole, you can mix the sweetgrass and water together with the spices.

Enjoy your grassjuice! ¸.•*´¨`*•.¸¸.•*´¨`*•.¸¸.•*´¨`*•.¸¸.•*´¨`*•.¸¸.•*´¨`*•.¸¸.•*´¨`*•.¸_¸.•*¨`*•.¸¸.•*´¨`*•.¸¸.•*´¨`*•.¸¸.•*´¨`*•.¸

 
Identifying characteristics

here the cocksfoot
Fotos: Regina F. Rau
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  The typical cartilage on the stem above the leaf The leaf - a little withdrawn from the stem
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the grass leaf - pulled away a little of the stem   the leaf surrounds the stem before it grows outward  

illustration on the left:
Morphological characteristics of stem and leaves at the "break foxtail" (Photo from Wikipedia)




The Sweet Grass with approximately 10,000 species in over 650 genera
is one of the largest families within the flowering plants.

Characteristics of the sweet grass:
1. The grass has "cartilage" above the approach of the leaf. 2 The leaf surrounds the stem - you can see it, when you slightly pull the leaf away from the stalk- like seen in the photo in the middle. 3 The grass is sharp, if you sweep it from bottom to top..


various species of sweet grass, which I find moreoften
o o o o 2013-06-23_Sonnenspitz_Jochberg (036).JPG o 2013-07-07_Bad-Heilbrunn_Gras_Roggen-Trespe_Bromus-inermis_143 (3).JPG
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above: the various sweet grasses that I use
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Distinguishing features of Sweet Grass:
above: sweet grass panicles and the typical nodes above the grasleaf, seated on the stem. The grass leaf is tight around the stalk - you can pull it and see that the grass is clearly enclosed by the leaf.

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to determine the grasses better - and also the herbs - the drawn panels of "Jacob Sturm" are very useful Deutsche Flora und Fauna - Jakob Sturm Pflanzentafeln (German flora and fauna - Jacob Sturm plant panels)
There are about 80 grass panels of Jacob Sturm - and 14 volumes (books) for the determination of wild herbs, flowers and other plants in Germany.




Sweet Grass-types

Cocksfoot - Scirpus

Cocksfoot
Fotos: Regina F. Rau
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The ordinary orchard grass is a gray-green colored, strong, growing in clumps, perennial (growing several years), wild growing (herbaceous) plant. It's stature reaches heights of up to 120 centimeters.

Description:

Its foliage leaves are 4-10 mm wide, with the top leaf standing upright.

The panicle is narrow, both before and after the heyday, otherwise often fanned out wide and forms a triangular outline. It is - in contrast to the forest-orchard grass - strongly balled, with a wide extending lower branch, which is contracted later and with an upright peak.

The spikelets are three-to five-flowered. The glume is massive, not translucent, green colored, reddish, rarely purple. The lower glume is with one vein. The keel of the upper glume and the lemma is covered with long and short stiff hairs. The lemma is occupied mostly over the entire surface with long hairs, and clearly narrowed on the lower flowers in a one to two millimeters long awn.

 
Rye Brome - Bromus secalinus
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The typical cartilage on the stem above the leaf, the leaf encloses the stem, before the stem grows sidewise. 2nd picture last row: the leaf as it naturally sits on the culm. 3rd picture last row, 1st stem: the grass leaf pulled away a little of the stem
The one-year old grass has 20 to 40 inches tall stems, which are in contrast to the hairy leaves bald like the leaf sheaths. The upright and spreading panicle is later nodding. The strikingly large, 15 to 25 mm long spikelets are 4-7 flowered and yellow-green. The awns are only half as long as the lemmas. After the flowering period in June to September, the mature spikelets are yellow, and the husks spread apart from each other by their edges roll around the grain. Then, when the wind moves the plant, spikelets rustle loudly (From Wikipedia).
 
Blue green Cockspur - Setaria-Glauca
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The plant is dull blue-green. The straw is often branching at the bottom often way branching and 4 to 16 inches high. The corn panicle is compact, cylindrical and about 1,2 inches long. Its branches are usually flowered. The enveloping bristles have a brownish yellow color. The lemmas of the fertile flower are strongly curved.
Also this species occurs on cultivated sandy soil. From: J. Sturm's Flora of Germany
 
Quaking (medium) - Briza Media
Quaking grass species belong to annual or perennial herbaceous, the family of grasses (Poaceae). They usually form clumps of different size and dry off after flowering. It is a grass of lean meadows and pastures and is primarily characterized by its heart-shaped spikelets and known as an ornamental grass. The lower grass is eagerly eaten by cattle as hay.

Description: The leaf blades are flat and linear to broadly linear.

The spikelets stand on slender stalks in open paniculate inflorescences. Characteristic are the laterally flattened to spherical spikelets. Their shapes are ovoid to round, at the base often heart-shaped. They consist of several to many flowers. Since they are of relatively thin stems, they often hang down and tremble at the slightest wind movement. This has earned their name of the genus. In many species, the inflorescences are so decorative that they are cultivated as ornamentals.

The glumes and lemmas stick out horizontally. The three-to five nerved and wide edged glumes are much shorter than the spikelets and slim ovated to roundish. The lemmas - roundish to ovate - usually rounded at the top and often heart-shaped at the bottom overlap closely. They are five to eleven nerved and usually clearly hollow, often slightly keeled. The palea are slightly smaller than the lemmas and lanceolate to roundish, their keel is slightly winged.zettlich bis rundlich. Ihr Kiel ist leicht geflügelt.

 
Rush - Scirpus

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      Rush   Rush        


Die Scirpus-Arten wachsen als ausdauernde krautige Pflanzen, die je nach Art Wuchshöhen von 30 bis 200 cm erreichen. Einige Arten bilden Rhizome aus. Die Halme stehen einzeln bis vielen zusammen.

Beschreibung:

Die Halme sind meist dreikantig und die Blätter sind meist dreizeilig angeordnet. Die Laubblätter stehen in grundständigen Rosetten zusammen oder sind am Halm verteilt. Die Form der Blätter ist grasartig. Die Blattspreiten weisen je nach Art eine Länge von 11 bis 80 cm und eine Breite von 0,3 bis 2,3 cm auf. Es sind meist Blatthäutchen (Ligulae) vorhanden.

Die meist endständigen, manchmal in ein bis drei Blattachseln seitlich stehenden, meist verzweigten Blütenstände sind fast doldig, korymbos bis rispig. Sie enthalten 50 bis 500 Ährchen, mit meist drei blattähnlichen Hochblättern. Der Durchmesser der Ährchen ist meist kleiner als 3,5 (bis 5) mm mit 10 bis 50, spiralig angeordneten Schuppen. Die unteren Tragblätter sind größer oder gleich groß als die oberen. Über jedem unbehaarten schuppenförmigen Deckblatt befindet sich eine Blüte. Die Blüten sind zwittrig. Die Blütenhülle besteht aus meist drei bis sechs Borsten oder fehlt selten. Die Borsten sind gerade oder stark gedreht, glatt, verschieden gezähnt oder bärtig, fein rückwärts behaart, oder rau. Es sind ein bis drei Staubblätter vorhanden. Der Griffel ist selten zwei-, meist dreiästig. Die dreikantigen, bikonvexen oder plano-konvexen Achänen sind 0,6 bis 1,8 mm groß und flaumig behaart. Die Borsten umgeben auch noch die reifen Achänen und können kürzer oder viel länger als diese sein; sie dienen der Verbreitung der Achänen.

 
Binse - Juncus
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Dreiblatt-Binse - Foto von der Seite:
Wikipedia Juncus trifidus
Die Binsen (in Deutschland und teilweise der Schweiz und Liechtenstein übliche Bezeichnung) bzw. Simsen (in Österreich übliche Bezeichnung) (Juncus) sind die namengebende Gattung der Binsengewächse bzw. Simsengewächse (Juncaceae), die mit weltweit etwa 300 Arten, in Deutschland 29 Arten, verbreitet ist. Kennzeichnendes Merkmal dieser ausdauernden Gräser sind die starren, rundlichen und borstig zugespitzten Blattspreiten. Diese sind meist hohl oder mit einem schwammartigen, sogenannten Sternparenchym (Durchlüftungsgewebe, Aerenchym) erfüllt, welches der Versorgung mit Sauerstoff dient.
Inhaltsverzeichnis

Beschreibung: Die stängelähnlich rundlichen, seltener abgeflachten Blattspreiten sind in der Regel unbehaart - im Gegensatz zu den ebenfalls zu den Binsengewächsen gehörenden Hainsimsen (Luzula). Diese setzen den Stängel oft in gerader Linie fort, so dass dann der Blütenstand seitenständig erscheint. Stängel und Blätter sind mit einem schwammartigen, weißen Mark gefüllt oder hohl und dann nur etagenweise durch Markschichten quer gegliedert. Die Blattscheiden sind offen, geschlitzt und oben oft geöhrt.

Der Blütenstand der Binsengewächse ist eine Spirre, eine abgewandelte Form der Rispe. Die randlichen beziehungsweise unteren Blüten sind am längsten gestielt, die zentralen oder oberen stehen dagegen gestauchter. Auf diese Weise entsteht ein fast trichterförmiges Gebilde. Mehrere Blüten können zusätzlich knäuelig zusammengefasst sein. Die einhäusigen Blüten der Binsen sind klein und im Grundaufbau ähnlich jenen der Liliengewächse. Die Blütenorgane - sechs Blütenhüllblätter (Tepalen), sechs Staubblätter (Stamen) und drei Fruchtblätter (Karpellen) - sind regelmäßig und meist vollständig ausgebildet. Die Blütenhüllblätter (Perigon) sind zu spelzenartigen Schuppen umgewandelt. Sie sind grün bis braun, purpurn oder schwarz gefärbt, zuweilen auch transparent. Die Fruchtknoten sind immer oberständig und enden in drei relativ langen, papillösen, oft eingedrehten Narbenästen. Die Zahl der Staubblätter ist selten auf drei reduziert. Die Pollenkörner sind immer in Viererpaketen zusammengefasst. Der Fruchttyp der Binsen ist eine mehrsamige Kapsel. Sie ist durch innere Rippen (Plazenten) dreiteilig gegliedert.

Binsen sind oft wintergrün. Ihre vegetative Vermehrung erfolgt in der Mehrzahl über Ausläufer (Rhizome). Etliche Arten sind horstwüchsig..

 
Segge - Carex

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Morgenstern-Segge (Carex grayi)   Leisten-Segge (Carex binervis)   Segge   Segge

Seggen (Carex) sind eine Gattung aus der Familie der Sauergrasgewächse (Cyperaceae) mit bis zu etwa 2000 Arten, die meist in kalten und klimatisch gemäßigten Zonen vorkommen. Seggen sind ausdauernde, krautige Pflanzen.

Die Halme sind meist dreikantig, nur selten stängelrund. Bei den meisten Arten sind die einzigen oberirdischen Sprossachsen die Achsen der Blütenstände. Die Blätter stehen an diesen grundständig oder sind entlang der Achse angeordnet. Vegetative Sprosse haben meist nur grundständige Blätter, ihr oberirdischer Teil besteht nur aus den sich überlappenden Blattscheiden. Nur bei wenigen Arten gibt es vegetative Sprosse mit einer richtigen Sprossachse mit Knoten und Internodien. Diese sind charakteristisch für die Sektion Ovales, kommen aber auch in der Sektion Holarrhenae und Carex vor. Bei einigen Arten gibt es neben den normalen, gestauchten Sprossen auch solche, die sich zu langen Stolonen entwickeln und so der vegetativen Vermehrung dienen.
Die Blätter sitzen am Grund und am Halm, bei manchen Arten sind alle grundständig. Ein Blatthäutchen ist vorhanden. Die Blattspreite ist flach, V- oder M-förmig im Querschnitt. Selten ist die Spreite fädig, eingerollt oder rundlich. Meist ist sie unter 20 mm breit. Ist sie flach, so hat sie eine deutlich ausgeprägte Mittelrippe. Die Blattscheide sind bei den einzelnen Arten von diagnostischer Bedeutung: wichtig ist hierbei, ob sie beim Aufreißen, bedingt durch Wachstum, lappig zerfetzen oder netzartig zerfasern. Auch die Farbe der Blattscheiden ist von Bedeutung.
Die Blütenstände stehen endständig. Sie bestehen aus Ährchen, die in Ähren stehen, die wiederum in Ähren, Trauben oder Rispen zusammengefasst sind. Die Tragblätter der Ähren sind laubblatt- oder schuppenartig. Die Tragblätter der Ährchen sind schuppenartig und nur sehr selten laubblattartig. Die Ährchen bestehen aus einer Blüte und haben keine oder eine Schuppe. Die Blüten sind eingeschlechtig: männliche Blüten haben keine Schuppe; weibliche Blüten haben eine Schuppe mit verwachsenen Rändern, die als Perigynium die Blüte umschließt und nur an der Spitze offen ist. Eine Blütenhülle ist nicht vorhanden. Die männlichen Blüten haben ein bis drei Staubblätter. In der weiblichen Blüte sind die Griffel entweder abfallend oder unterschiedlich lange an der Frucht verbleibend. Sie sind gerade und zwei- bis dreifach gelappt.
Die Früchte sind Achänen. Ihre Form ist bikonvex, plankonvex oder dreikantig, selten vierkantig.. Die Achäne (altgr. a chainein ,nicht klaffen') ist, als Sonderform der Nussfrucht, eine einsamige Schließfrucht.

 
Chives (Leek Bulrush) - Schoenoprasum
Interesting: '' schoenoprasum'' is composed of the Greek words'' schoinos'' ='' Rush and prason'' = leek and refers to the shape of the leaves ...
         


Ingredients and Effect
of Sweetgrass

The ingredients in sweet grass all act synergistically. That means, that only their combination causes a higher effect than the sum of its individual components. The ingredients produce a natural food, that is tasty, first - and second: healthy. It promotes the prodection systems in order to cope with free radicals. Specifically, the materials contained in sweetgrass have the following effect:

 
Chlorophyll
(SOD), Chlorophyll,
 
Minerals and Trace Elements
Calcium o

Decisive for the development of bones, teeth, and collagen fibers. A long-term calcium deficiency causes the body satisfies its need for calcium from the depots from the bones - the result is osteoporosis.

Chrome  

Is needed for the sugar and starch metabolism and for the breakdown of fatty acids.

Iron  

Part of the blood pigment - it binds the oxygen in the blood.

Iodine   Very important trace element for the thyroid gland.
Copper  

Important for blood and bone formation. Copper is significantly involved in the metabolism of the cell and is essential for the function of the muscle. Copper is responsible for the transferring of the nerve signals to the muscles. It also helps the cells to secure their water content. Copper is present in some enzymes.

Magnesium  

Is required for the formation of bones and muscles, and is an integral part of many enzymes.

Molybdenum   A vital trace element. Molybdenum is a nutrient for eating- and killer cells to destroy invaders.
Also important for the reproduction.
Phosphorus  

Acts similar to calcium with the formation of bones and teeth. It is involved to a large extent on the extraction and utilization of energy in the body.

Sulfur  

Has a strong detoxifying function - which is why it is usually called "MSM" known = "methyl-sulfonyl-methane".

Selenium  

Through a balanced combination with other recyclables, selenium is more effective in the composite, making it more bioavailable.

Zinc  

Required for cell division - important for the growth and renewal of cells (including hair).
Zinc activates various enzymes.

     
 
Enzymes

More than 20 enzymes have been detected in the sweet grass. Enzymes are needed to cleave food components and to make them usable in the bloodstream. Ffor example, the enzymes cozymase, diaphorase or cytochrome oxidase were found in sweet grass..

     
 
Amino Acids

Leucine, Isoleucine und Valine are essential amino acids, that at the same time and in sufficient quantity must be present so that muscles can be built up. These three together make up about a third of the muscles and are therefore particularly important. Leucine has the greatest oxidation rate. Leucine stimulates protein synthesis and is therefore supplied separately, as it is to promote physical performance. Other amino acids in sweet grass:

alanine   alpha-amino butric acid o arginine o aspartic acid o cystine
glutamine   glycine histidine   hydroxyproline   methionine   phenylalanine
tryptophan   proline   rutin   serine   threonine
     
 
Unsaturated Fatty Acids
linoleic acid
linolenic acid
arachidonic acid
 
 
Vitamins

The sweet grass is so rich in natural vitamins, that it is able to cover a wide range of needs of the human organism. Vitamins are comparable to "catalysts" that support the "Fabric Switch" optimal with antioxidants, by interrupting chain reactions of "free radicals" by emitting electrons without being transformed itself into reactive molecules.

Vitamin A (Retinol)   The natural vitamin A from the sweet grass is very important for maintaining healthy eyes, skin and hair, mucous membranes, gums and teeth.
Vitamin B1 (Thiamine)  

Vitamin B 1 (thiamine) helps in optimum energy extraction from carbohydrates

Vitamin B2 (Riboflavin)  

Vitamin B 2 (riboflavin) ensures optimum nutrient utilization from protein, fat, sugars and starches

Vitamin B3 (Niacinamide)  

The body requires vitamin B3 (niacinamide), for the recovery of energy from sugars, starches, fats and proteins. Moreover, it is involved in the formation of neurotransmitters in the brain. Nicotinamide is responsible for the energy conversion in the cells and for the skin.

Vitamin B5 (Pantothenol)  

Vitamin B5, (pantothenol) influences the metabolism of fats, sugars, starches, proteins, as well as the formation of fatty acids.

Vitamin B6 (Pyridoxine)  

Vitamin B 6 (pyridoxine) plays a crucial role in the metabolism of amino acids and is critically involved in the construction of proteins.

Vitamin B8 (Folic acid)   Is very important for the cell structure.
Vitamin B12  

Vitamin B12 is the king of vitamins. No other vitamin affects that strong impact on the physical, mental and emotional well-being of the humans. It is not compareable with other vitamins. The most important tasks of vitamin B12 are found in the area of the nervous system, metabolism, blood formation and detoxification.

Vitamin B12 occurs as cyanocobalamin, hydroxocobalamin and methylcobalamin. It is called the "red vitamin" because of its color. It contains the element cobalt. Due to its complex structure, a synthetic preparation of the vitamin in the laboratory is not possible. Specially bred strains of bacteria serve as suppliers for vitamin supplements

Only a few people might aware, that the organism forms vitamin B12 itself, with the help of microorganisms, which are located on the green plants. So you should not wash wild herbs and the vegetables from the garden. .

Who still wants to wash his vegetables and wild plants, perhaps should fill his depots with an occasional tablet.

Two preparations have helped me years ago when I suffered a life-threatening vitamin B12 deficiency due to a serious cook food relapse. The symptoms at that time were very strong, pulling pain in the blood vessels, in spite of a feeling that I had strength and vitality, I was extreme fatigue - especially in the eyes with a strong pulling feeling, lack of concentration and extreme tiredness even though I felt physically fit. I was given a vitamin B12 injection by the doctor each day in my backside. But a few days later the situation went worse, because I even developed an injection phobia and also no I recognized no recovery, which could not be otherwise with the 100mg Cobalamin/injection. When I got the tablets from the Ayurvedic Raw Food Physician - Dr. John Switzer from Feldafing (Lake Starnberg) - (Company "Rocky Mountains") - all my symptoms were gone within three days! I also bought the tablets of "Puritan" and had a similar success with it.

For the ones who wants to play it safe, I recommend two B12 (cobalamin) supplements
First
from Rocky Mountain Phyto-Essentials Rockymountainminerals.eu/de "B12 Mikro-Cobalamin" or to purchase at: Rosenapotheke in München: Rosenstraße 6, 80331 München.
Telefon:089 23002700 (Opening times: at thursday 08:30 till 20:00) Rosenapotheke.com
or
Second Puritan's Pride from: www.puritan.com "B-12 1500 mcgg" (100 Tablets).
Vitamin C   Natürliches Vitamin C (eg nettles; oranges) is important for the general physical well-being and essential for the formation and maintenance of connective tissue and bone and to increase iron availability.
Vitamin D3 (Calciferol)  

An important aspect for the development of bones and teeth. It also regulates calcium and phosphate balance.

Vitamin E (Tocopherol)  

The natural vitamin E in the sweet grass helps to build muscles and to improve the function of the cells.

Vitamin H (Biotin)  

Vitamin H is a component of many enzymes, and is very important to the metabolism of sugars, starches, fat and protein.

Vitamin K (Phyllochion)   is iresponsible for the formation of various proteins
Carotenoids  

Carotenoids are antioxidant, as vitamin A. Therefore, they protect the metabolism against harmful influences by "oxidation". Carotenoids such as beta carotene, alpha carotene, lycopene, lutein, zeaxanthin and cryptoaxanthine are an important aspect for the development of bones and teeth.

Vitamin P
(Flavonoids)
  Flavonoids are universally present in plants, and thus also in the human diet. They are presented as particularly antioxidant properties. A number of flavonoid-containing plants are used medicinally.
     

Fotos: Regina Franziska Rau

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