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PURE "TT" GROWTH ACCELERATOR Tribulus is widely marketed as a sports supplement and as a treatment for sexual problems but "TT" in its purest crystalline form has shown promising signs for being the new ingredient to enhance skeletal growth in men in women especially when combined with a controlled and scientifically balanced array of various free form amino acids, vitamin co-factors and a well balanced drug free diet and lifestyle! Pure "TT" is different from the generic form Tribulus which is found in many supplements and is very expensive to manufacture. Pure "TT" is now added to Sharp Labs Inc. "Growth Booster Plus" for more growth stimulating power and nourishment. Our research with thousands of amino, co-factor, and herbal blends have enabled us to produce the most advanced form of growth stimulation in a bottle ever and our track record has backed up each and every claim which has been issued by our research/development laboratories. Bulgarian research is the primary source of most health claims regarding pure tribulus. According to this research, tribulus increases levels of various hormones in the hormone family, including testosterone, DHEA and estrogen, and improves sports performance, fertility, sexual function, and symptoms of menopause (such as hot flashes). In addition there are numerous other studies being conducted but are far too preliminary to prove many other proposed benefits of "TT" and "TT" extract. THE AMINO The amino acid in a precise combination (That is why we are here!) is one of the key secrets of growth stimulation and control. The reason so little information is researched and so little revealed is because the subject of growing and one's height is one of little concern to the national government for funding purposes. The reason for this is because one's height outcome whether short or tall will not have a dramatic impact on the future and well-being of the world, such is not the case with other topics such as aids and other health destroying diseases. Aminos are organic molecules which play a most important part of biological structure and body chemistry. They are identified by the presence of an amino group NH2 and an acid group COOH, the remainder of the molecule being variable. The amino group is the basic portion of the molecule and it is capable of reacting with both organic and inorganic acids to form amides, salts, and so on while the acid part is capable of reacting with bases. Amino acids are the building blocks that combine to form a protein and are influenced by other nutrients such as TT (Tribulus Terrestris) extracts and vitamin co-factots. There are about twenty amino acids that our body needs to grow properly. The little known secret is that our body only produces twelve of these essential amino acids. The other eight which are extremely important for optimum growth can only be obtained from certain foods that we eat. The problem is that a lot of these foods which contain the growth stimulating aminos that we need will only be eaten rarely such as octopus and squid which contain high amounts of Arginine, Alanine, Valine, and Tyrosine. WITHOUT A PROPER SUPPLEMENT OF THESE AMINOS OUR BODIES WILL STILL GROW BUT NOT NEARLY TO THE EXTENT OF ITS CAPABILITIES. Also without the proper amino supplements our bodies will grow substantially slower and to a lesser degree. Some studies showed variations up to several inches. We have developed the perfect scientific balance of amino acids, extracts, and vitamin co-factors for no less than impressive results! MORE ON AMINOS Amino acids are very small biomolecules with an average molecular weight of about 135 daltons. These organic acids exist naturally in a zwitterion state where the carboxylic acid moiety is ionized and the basic amino group is protonated. The entire class of amino acids has a common backbone of an organic carboxylic acid group and an amino group attached to a saturated carbon atom. The simplest member of this group is glycine, where the saturated carbon atom is unsubstituted, rendering it optically inactive. The rest of the 20 most common amino acids are optically active existing as both D and L stereoisomers. Naturally occurring amino acids that are incorporated into proteins are, for the most part, the levorotary (L) isomer. Substituents on the alpha (or saturated) carbon atom vary from lower alkyl groups to aromatic amines and alcohols. There are also acidic and basic side chains as well as thiol chains that can be oxidized to dithiol linkages between two similar amino acids. Amino acids are the principal building blocks of proteins and enzymes and do come in many different grades. Sharp Labs Inc. has undergone several clinical studies and performed extensive research to formulate to highest quality amino blend and grade with relation to growth stimulation in humans. The ultra formed blend can be incorporated into proteins by transfer RNA according to the genetic code while messenger RNA is being decoded by ribosomes. During and after the final assembly of a protein, the amino acid content dictates the spatial and biochemical properties of the protein or enzyme. The amino acid backbone determines the primary sequence of a protein, but the nature of the side chains determines the protein's properties and results are affected by different levels of amino quality grades. Amino acid side chains can be polar, non-polar, or practically neutral. Polar side chains tend to be present on the surface of a protein where they can interact with the aqueous environment found in cells. On the other hand, non-polar amino acids tend to reside within the center of the protein where they can interact with similar non-polar neighbors. This can create a hydrophobic region within an enzyme where chemical reactions can be conducted in a non-polar atmosphere. Likewise, enzymes can also have polar amino acid substituents within the active site that provide a polar region in which to conduct biochemical synthesis. YOUR GLANDS The endocrine system is a complex collection of hormone-producing glands that control basic body functions such as metabolism, growth and sexual development. The amount of hormones produced by each gland is carefully balanced. Too much or too little of a certain hormone can have effects throughout the body and cause various endocrine disorders. Many of the hormones produced by the endocrine glands interact with each other to maintain balance. Growth Booster Plus works in conjunction with the endocrine system to help keep GH (Growth Hormone) levels at their highest beneficial levels. This is done with the complex and precise array of ingredients which are within the Growth Booster Plus supplement. Stimulation is performed in a safe and natural way with no adverse side effects. Below is a brief description of the operation of each component of the endocrine system. read and enjoy! 
The endocrine system consists of: Pituitary Gland - Secretes hormones to stimulate the adrenals, thyroid, pigment-producing skin cells and gonads (ovaries and testes). Also secretes a growth hormone, an antidiuretic hormone, prolactin (a hormone which affects milk production after childbirth) and oxytocin (a hormone which plays a role in childbirth). Hypothalamus - Secretes hormones that stimulate or suppress the release of hormones in the pituitary gland. Pancreas - Secretes insulin and glucagon, which affect the body's absorption of glucose, the body's main source of energy. Adrenal Cortex - Secretes hydrocortisone, which affects metabolism. Also secretes androgen hormone and aldosterone, which affect blood pressure and saline balance. Thyroid gland - Secretes thyroxin, triiodothyronine and calcitonin, which affect metabolism, body heat, and bone growth. Parathyroid glands - Secretes a parathyroid hormone, which affects calcium levels in the blood. Gonads - The male and female reproductive glands (testes and ovaries). The testes secrete testosterone, which stimulate sperm production and other male characteristics. The ovaries secrete estrogen and progesterone, which affect many aspects of the female body, including menstrual cycles and pregnancy. The exocrine glands actually secrete their substances through ducts to particular areas. Examples of exocrine glands include the salivary glands and the sweat glands. The endocrine glands, on the other hand, secrete the hormones they produce directly into the bloodstream. Most endocrine glands are controlled by trophic (stimulating) hormones secreted by the pituitary gland. The pituitary gland, in turn, is controlled by hormones secreted by the hypothalamus in the brain.
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