Proprietary Delivery Technology
The Science Behind
CGG Amino-Bridge™
Much of standard creatine is lost before your body can use it. CGG Amino-Bridge™ is CREGEN's amino acid delivery approach — pairing creatine with glycine and glutamine to improve absorption, retention and bioavailability for brain and body.
CGG Amino-Bridge™ Performance Data
Most Standard Creatine Is Lost Before You Use It
Creatine monohydrate has been studied for decades, and its role in cellular energy and ATP resynthesis is well established. The challenge isn't whether creatine works — it's how much of each dose your body actually absorbs and holds onto.
Creatine monohydrate is absorbed well; the question is how much of it the tissues keep. A share of each dose is excreted in the urine before it is taken up, which is why loading phases became a common workaround.
The goal of a better delivery system is simple: improve absorption and retention so more of each dose reaches and stays in the tissue that needs it — supporting energy in both body and brain.
Where Standard Creatine Is Lost
How CGG Amino-Bridge™ Works
A three-stage delivery approach designed to improve absorption and retention — so more of each creatine dose is held onto and made available to your tissues.
CGG Complex Assembly
Creatine monohydrate is paired with Glycine and Glutamine into the CGG Amino-Bridge™ complex. The pairing is designed to support the body's amino-acid transport pathways and improve how much creatine is absorbed and retained.
Improved Uptake & Retention
Pairing creatine with glycine and glutamine is intended to support amino-acid transport pathways and reduce how much creatine is lost before it can be used — keeping more of each dose available to the body.
Dual-Tissue Cellular Uptake
With more creatine absorbed and retained, more is available for cellular energy and ATP resynthesis — the well-documented role creatine plays in both muscle and the brain — from a single daily dose.
Three Amino Acids. One Bridge.
CGG stands for Creatine-Glycine-Glutamine. Each component plays a critical, non-redundant role in the delivery mechanism. This is not a blend — it is a bonded complex where each molecule is structurally essential.
Delivery Pathway vs Standard
Four Reasons CGG Is Different
Where measured, these point back to an independent EIMEC pilot study — preliminary findings, honestly framed, not marketing claims.
CREGEN CGG vs Standard Creatine
A direct comparison across every metric that matters — from molecular delivery to day-to-day user experience.
| Feature | Standard Creatine Monohydrate | CREGEN CGG Amino-Bridge™ |
|---|---|---|
| Urinary Creatine Loss | ✗ Higher — much excreted | ✓ ~56% lower vs competitor (pilot, p=0.028) |
| Loading Phase Required | ✗ 5–7 days at 20g/day | ✓ Not used |
| Daily Dose | 3–5g (maintenance) · 20g (loading) | ✓ 1 sachet per day |
| Timing Windows | Pre/post workout recommended | ✓ Anytime — no timing required |
| Independent Testing | General literature only | ✓ EIMEC Barcelona — controlled pilot (preliminary) |
| Research Origin | Generic synthesis | ✓ KAIST — South Korea |
Get More From
Every Creatine Dose
One sachet. No loading phase. No bloating. The CGG Amino-Bridge™ approach to creatine for brain and body — built on early research from KAIST and tested in an independent EIMEC pilot.