Body Analysis

Stress Parameters: Coefficients of Spectral Similarity (CSS) Values

Reference Frequency Library for Body Analysis

The Nonlinear Systems Body Analysis compares measured bioresonance signals with reference frequency patterns known as etalons. These comparisons generate Coefficients of Spectral Similarity (CSS), indicating how closely a detected signal corresponds to specific biological structures, microorganisms, biochemical markers, allergens, or functional states.

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By analyzing these spectral relationships, the system can highlight areas where biological signals deviate from their optimal reference patterns. Such deviations may suggest functional stress, adaptive responses, or potential imbalances within organs, tissues, or regulatory systems. CSS values therefore serve as analytical indicators that help organize and interpret the large library of biological reference patterns.

Client Story

Maria Ribeiro

Full-Body Empower Experience

Client Story

Ted den Ouden

Quantum Flow Experience

Why We Measure Stress?

Stress disrupts the body’s natural balance, increasing internal disorder (entropy). This accelerates the risk of disease and the gradual decline of vital systems. By measuring and managing stress, we help restore harmony, supporting resilience, vitality, and long-term well-being.

How the Analysis Interprets Biological Signals

The analysis compares measured biological signals with thousands of reference patterns stored in the system’s frequency library. Instead of diagnosing conditions directly, the software highlights areas where the body’s signals appear under stress or functioning outside their usual balance.

These findings help organize complex biological information into recognizable patterns. By grouping related signals together, the report can show where physiological systems may be working harder to adapt or where regulatory processes might benefit from closer attention.

The goal of this interpretation layer is clarity. It allows large volumes of biological data to be presented in a structured and readable format, helping practitioners and users better understand which areas of the body may deserve monitoring, support, or further professional evaluation.

Sample Report – For Reference Only

Pathologies

Pathologies with values above 1.000 are not stressful, but those below this threshold cause stress. Pathologies with values below 0.425 are critical.

Allergens

Allergens with values above 1.000 do not cause stress, while those below 1.000 do cause stress. Allergens with values below 0.425 are considered critical.

Microorganisms & Helminths

Microorganisms and helminths with values above 1.000 are not stressful, but those with lower values are, with those below 0.425 being critical.

Genetic Predispositions

Genetic factors with values above 1.000 do not cause stress. However, those below 1.000 are already active and cause stress, with values below 0.425 being critical.

Food

Food items with values above 1.500 cause significant stress. Those with values below 1.000 cause less stress, and items below 0.425 cause the least stress.

Meridians

Similar to pathologies, critical meridian pathologies with values exceeding 1.000 are not stressful, while those below this threshold cause stress. Pathologies with values below 0.425 are considered critical. These values often go unrecognized as significant stressors, and therefore they are not included in the report.

Quantum Physiotherapy Scan

Red zones (below 0.425) indicate areas of concern that need immediate attention to prevent health issues within a few years. The blue zone (below 1.000) indicates stressors that could become problematic if not addressed, while the green zone (above 1000) indicates areas unlikely to contribute to stress in the short-term future.

Sample Report – For Reference Only

Complete Multi-System Assessment in One Integrated Scan

Research Scan

A foundational energetic review designed to identify priority stress patterns, resonance imbalances, and key areas requiring deeper analysis.

NLS Body Analysis Report

A structured overview of systemic bioinformational findings, highlighting functional shifts, organ stress indicators, and broader wellness patterns. → Learn more

Allergens

Screens for sensitivity signatures that may contribute to inflammation, reactivity, energetic burden, or reduced physiological resilience. Provides additional perspective on environmental triggers, food interactions, and subtle load factors affecting overall stability. → Learn more