The different forms of Creatine today
1.Creatine monohydrate: Creatine monohydrate is the king of the creatine supplement world. It is the most inexpensive form of creatine, and has been studied exhaustively. It is popular because it works. No other legal non-hormonal bodybuilding or sports supplement can come close to the potency of creatine monohydrate.Creatine monohydrate is 88% pure creatine bound with 12% water.Early creatine products were filled with large, hard to digest particles. These earlier supplements often caused intestinal issues. Most modern creatines are micronized, and are 20 times smaller. Modern creatines generally do not have the intestinal side effects that older creatines had.
2. Creatine Hydrochloride: is the newest form of creatine to hit the market. Not to be confused with Creatine Ethyl Ester. Creatine hydrochloride (also known as creatine hcl) is a totally different form of creatine. In fact, Creatine Hcl was discovered quite by accident during the synthesizing of the ingredients needed to make creatine ethyl ester back in 2003. Once discovered the manufacturers began studying this new form of creatine and its effectiveness. They soon found out that compared to creatine monohydrate, creatine hydrochloride was far superior in every way.
3. Kre-Alkalyn: Kre-Alkalyn is a pH buffered creatine that has a pH of more than 12. Manufacturers of Kre-Alkalyn claim that your body can not naturally buffer regular creatine supplements. Instead, your body breaks down regular creatine into creatinine, a useless substance excreted from your body through wastes. Further, because your body does not breakdown Kre-Alkalyn into creatinine, your body can fully absorb the creatine in Kre-Alkalyn supplements
4. Creatine Citrate: A worthy predecessor of creatine monohydrate, this compound was amongst the first to go against its much popular counterpart, the monohydrate version. It has creatine molecule attached to citric acid. Since citric acid has a crucial role to play in the synthesis of aerobic energy this supplement is known to offer much more energy as a compound.
5. Creatine Phosphate: Creatine phosphate created a lot of buzz initially given the fact that in the muscle creatine essentially bonds with the phosphate and having the compound directly available as a supplement might make it a direct source of instant energy. Though research proved this wrong since phosphate and creatine in the bound form are not permeable through cell membranes. Creatine phosphate is another early form of creatine. Creatine phosphate is a creatine molecule bonded to a phosphate molecule. This bonding is a process that naturally occurs within muscle cells. It was thought that by pre-bonding creatine with phosphate, that it would amplify results. Ultimately, creatine phosphate was found to be less effective then creatine monohydrate.
6. Creatine Malate: Malic acid is known to partake in the energy producing Krebs cycle thus as a compound with creatine it is known to offer greater ATP production. Another merit of this compound is that just like creatine citrate it gets easily dissolved in water causing nil stomach discomfort. Creatine malate is a relatively new version of creatine. It is creatine chemically bonded to malic acid. Malic acid works in much the same way that citric acid does, and assists muscles with aerobic energy production. There is little current research for or against creatine malate???s effectiveness.
7. Creatine Tartrate: It is the compound containing approximately 70% creatine with 30% tartaric acid. They are present in the solid form as tablets, bars and chewable tablets. Creatine tartrate is creatine bonded to tartaric acid. This form of creatine is often used in pills, capsules, bars and chewables. It offers no benefits over creatine monohydrate.
8. Creatine titrate. Creatine titrate (different from creatine tartrate) works in a similar manner to effervescent creatine. Creatine titrate changes the PH of the water solution when it is mixed, allowing for a more stable solution that is easier to digest.
9. Creatine Anhydrous: An anhydrate is a compound that is form with the removal of the water molecules in the compound and that is exactly what this supplement is made up of. It is known to provide more creatine than in its monohydrate form. Creatine anhydrous is creatine monohydrate without the water molecule. Creatine anhydrous provides approximately 6% more pure creatine per serving compared to creation monohydrate.
10. Creatine HMB: This compound is composed of creatine molecule bound to betahydroxy-beta-methylbutyrate (HMB) which is composed of amino acid leucine that helps in muscle growth and recovery. It is easily soluble and absorbed in the body. Creatine HMB is creatine chemically attached to HMB (beta-hydroxy beta-methylbutyrate). HMB, by itself, assists muscle recovery and growth. This form of creatine is generally easier for the body to digest. Once in the bloodstream, the creatine and HMB are separated. Creatine HMB is a relatively new form of creatine, and there is very little research to back its effectiveness.
11. Creatine Ethyl Ester: A compound formed of the bond between ester ethyl hydrochloride and creatine is known to enhance the muscular mass much higher than other compounds since the molecule easily passes through the membranes of cells like those of the intestines or muscles and is absorbed rapidly at a higher rate. Creatine ethyl ester is a form of creatine monohydrate, but it has an ester attached. The process, called esterification, is the result of the reaction of carboxylic acid and alcohol. The way CEE is made means that it is more bioavailable to the body and so you actually need to take less of it.
12. Magnesium creatine. Magnesium creatine is creatine chemically bonded to magnesium. Magnesium assists in the digestion of creatine, primarily helping it pass through the stomach. Magnesium is also involved in the process of turning creatine phosphate into ATP. Magnesium creatine has been shown to be an effective form of creatine, but only in the bonded state. Taking creatine together with magnesium, but as separate supplements, is not as effective.
13. Creatine glutamine taurine. This form of creatine has creatine bonded with glutamine and taurine. Because both glutamine and taurine act to volumize cells, it is hoped that ??? in conjunction with creatine ??? their benefits will be heightened. One side benefit to taurine use is that it has been shown to improve strength.
14. Effervescent creatine. Effervescent creatine has been available for a number of years. Effervescent creatines usually contains creatine monohydrate or creatine citrate, along with citric acid and bicarbonate. When effervescent creatine is placed in water, a chemical reaction takes place, resulting in the formation of creatine carrying a neutral charge. This form of creatine passes through the stomach better then creatine monohydrate. It also retains its stability longer in solution then creatine monohydrate, making it a solid option for those that mix and take their creatine solution with them.
15. Liquid creatine. Liquid creatine is a form of creatine that is completely dissolved, and supposedly, easier to digest. Unfortunately, creatine is very unstable when dissolved, so many early liquid creatine products were failures. Modern liquid creatine products are improved, and can remain solvent for up to a year.
16. Creatine gum. Creatine gum allows for a slow, steady creatine release as you chew.
17. Time released creatine. Time released creatine is a new creatine product. It provides a slow, steady release of creatine. The debate over the effectiveness of time-released creatine is very heated. Because of its very nature, time-released creatine does not provide a high concentration of creatine in the blood. Many believe that a certain ???concentration threshold??? is required for creatine to be effective.
I BORE you?! Well, I'm so sorry your majesty, I didn't realize! 
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