Yes. The NumaScan’s validity is rooted in Beer-Lambert’s Law, a fundamental principle of physics stating that there is a linear relationship between the concentration of a substance and its light absorption.

Every known compound absorbs or reflects electromagnetic radiation (light) over a specific range of wavelengths. By measuring these specific frequencies within your tissue, the NumaScan provides the hard data and numbers necessary to see real progress, moving beyond wellness ‘trends’ to provide a clinical baseline of your unique biological architecture.

Yes. The NumaScan’s validity is rooted in Beer-Lambert’s Law, a fundamental principle of physics stating that there is a linear relationship between the concentration of a substance and its light absorption.

Every known compound absorbs or reflects electromagnetic radiation (light) over a specific range of wavelengths. By measuring these specific frequencies within your tissue, the NumaScan provides the hard data and numbers necessary to see real progress, moving beyond wellness ‘trends’ to provide a clinical baseline of your unique biological architecture.

Yes. The technology was validated in 2013 by two clinics in Europe, with results published in French and German.

While the original German clinical was real, it remained unpublished due to funding constraints; however, the technology has since been adopted by thousands of clinics across the EU and Asia that rely on its accuracy daily.

Modern clinical validation continues through high-level medical case studies:

• Dr. Shanhong Lu, MD, PhD (2022): Presented extensive research contrasting these scans with traditional labs to show how they identify hidden toxic burdens.

• Dr. Raymond Pahlplatz, MD (2016 Tokyo Keynote): His ‘Clinical Metal Toxicology’ research and lectures provide years of data integrating this scan into successful medical protocols.

• Peter J. VanDerSchaar, MD, PhD (2017): Features the technology in the 14th edition of Clinical Metal Toxicology as a foundational tool for assessing metal burdens and mineral imbalances.

• Zeolite Labs Case Studies: Direct evidence showing the scan’s effectiveness in tracking real-time detoxification using protocols like ZeoCharge™ and Fulvic Charge™.

This wealth of ‘field’ data provides the hard numbers and progress tracking that traditional, often-unpublished clinicals cannot—giving you a transparent view of your biological architecture.

When evaluating health data, it is essential to ask: ‘What exactly am I testing?’. While traditional labs provide specific snapshots, the NumaScan offers a ‘life history’ by measuring intracellular levels within the cell membrane—a depth that standard tests cannot reach.

• Blood Tests: Highly valuable for acute intoxication, but because the body naturally pushes toxins into fatty and organ tissues to maintain homeostasis, blood labs often miss long-term accumulation.

• Hair Tests: Reflect elements incorporated during the growth phase, but the more toxic metals are sequestered in organ cells, the less they are excreted in hair.

• Urine (Provocation) Tests: Useful for testing excretion capability, but chelation agents often do not penetrate cell membranes, primarily measuring the extracellular space.

As highlighted by Raymond Pahlplatz, MD (2016) and Peter J. VanDerSchaar, MD, PhD (2017), integrating the NumaScan’s real-time spectrophotometry allows us to see the ‘Total Body Burden’. We don’t just look for what is circulating; we identify what is stored, providing the hard data needed to stop guessing and start thriving.

To comprehend your vitality, you must understand where your data lives.

• Extracellular: This refers to the fluids outside the cell membrane, such as the bloodstream. Because your body works tirelessly to stabilize the blood to keep you alive (homeostasis), it often “shunts” toxins out of the blood and into your tissues. This is why traditional blood labs can look “fine” even when you feel sluggish, heavy, or “clogged.”
• Intracellular: This refers to the environment inside the cell membrane. This is where your biology actually functions—and where toxic burdens like heavy metals are sequestered.

By measuring intracellularly, the NumaScan reveals the “invisible weight” that traditional extracellular tests miss. This provides the clinical clarity needed to stop guessing, clear the brain fog, and finally align your biology with your purpose.

Results are provided in units of Mg/L and Mcg/L, which can be converted to Parts Per Million (PPM). However, the most critical element of your scan is seeing where your unique data falls within Normal Reference Ranges.

• Standardized Methodology: Our reference ranges were established through a detailed statistical process using Gaussian formulas—the gold standard for statistical distribution in clinical applications.

• Differentiated Data: Because intracellular components are delivered to cells via the blood, their reference ranges are naturally different from those found in a standard blood lab. This is why spectrophotometry provides a completely different, and often more revealing, view of your nutrient uptake.

• Comparative Accuracy: Just as blood, hair, and urine each have their own specialized reference ranges, palmar tissue results provide a distinct view of your biological architecture that cannot be replicated by other testing methods.

By utilizing these rigorous Gaussian-established ranges, we can clearly identify the patterns in your biology, allowing you to see exactly where improvements are needed to move from feeling ‘sluggish’ to 100% thriving.