Bodybuilder turned scientist, shocks the world when he...

"cracks the code" and stabilizes creatine....after others tried and failed for over ten years!

At last, someone has finally unlocked the mystery behind creatine's instability in liquids...and then fixed it!

Even though scientist Jeff Golini originally discovered the Nitric Oxide amplifying agent AKG (Arginine Alpha-Ketoglutarate) over 11 years ago, his most profound achievement was inventing Kre-Alkalyn®: the world’s first and only creatine that doesn’t convert to creatinine before reaching muscle.

Jeff is certainly no stranger to the bodybuilding world. At one time he carried over 270 pounds of jaw-dropping, sleeve-splitting mass. Known in bodybuilding circles as "The 8th Wonder Of The World”, he won Ohio’s 1982 Mr. Lorain, placed 4th in the 1984 NPC L.A. Bodybuilding Championships and won the 1988 Mr. Natural California Pro-Am.

Sick and tired of using “any means necessary” to put on more and more size, he began searching for safer alternatives. By 1988, he found what he was looking for—a new compound called creatine. Although it produced amazing results, he quickly realized it also had some rather “unpleasant” side effects and wanted to know why.

Bringing in the new technology

Jeff was the first scientist to introduce a new product testing technology called Near Infrared Analysis (NIR) to the Supplement and Nutraceutical Industry. In fact, his contributions to this advanced science even earned him the title, “The Founding Father of NIR”.

So it’s only proper that Kre-Alkalyn® was discovered while performing routine purity and stability tests on creatine using NIR technology.

If you invested over $1 million dollars to develop the most advanced quality control and product testing system in the world, isn't this the one you'd create?

Now heavily used in the pharmaceutical industry, NIR is the testing system of choice due to its speed and 100% reproducible accuracy. But there’s another reason why it can’t be touched when dead-on, hyper-accurate results are an absolute must.

At a cost of over $1 million, this amazing technology will test and certify every single molecule in a compound. Just like a Crime Scene Investigative Laboratory dissects DNA evidence, a product's molecular structure is scientifically justified and “fingerprinted”.

Unlike High Performance Liquid Chromatography (HPLC), NIR analysis scans a product in its entirety. Mathematical algorithms then separate the chemical or physical properties of interest from the rest of the matrix, meaning creatine samples can be analyzed “as-is”.
In fact, the “as-is” part was the very key to Jeff’s incredible discovery. It allowed him to test products exactly as they are when a consumer buys and prepares them according to the label.

Why everyone was DEAD WRONG about how to stabilize creatine...and how a critical adjustment to its pH level finally led to the worlds first 100% stable creatine.

Jeff noticed that almost all creatine purity tests were performed using only controlled or dry samples. As a result, he wanted to see what actually happens to the creatine products once they’re activated with a fluid.

Jeff decided that a standardized protocol of one gram dissolved into one liter of fluid (a 1-to-1 ratio) would provide the most consistent results for testing.

While measuring each product’s reaction to fluid in 15-second intervals using NIR analysis, Jeff made a shocking discovery. Even the creatine serums and liquids had virtually no creatine left because the creatine content had all been converted to creatinine!

Then it happened—he “cracked the creatine code”. All his testing finally revealed the exact reason why creatine is so unstable and converts to creatinine in liquids: the problem all along was creatine’s low pH level!

Once he developed a method to raise the pH level of creatine to 12, Jeff noticed that the conversion to creatinine stopped dead in its tracks.

1 Gram Kre-Alkalyn® vs. 1 Gram Creatine Dissolved In 1 Liter of Fluid