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Superior ATP Performance

A highly-regarding third-party food and beverage reference laboratory conducted a comprehensive study of commercial ATP hygiene monitoring systems. The study measured four key performance metrics to determine overall performance:

  1. Linearity
  2. Repeatability
  3. Sensitivity
  4. Accuracy
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Metric 1: Linearity

The linearity graph shows a direct, proportional, straight-line relationship between RLU and ATP for the Hygiena system. The closer to linear a system can get, the more precise and reliable the results will be. Systems that deviate from linear offer less reliable results and less sensitivity.

As this graph shows, the Hygiena system is among the most linear on the market.

Graph ATP Linearity

Metric 2: Repeatability

Repeatability is described by Coefficient of Variation (CV). The higher the CV, the greater the variability between each result with the same sample. More variability means the results are more inconsistent and unreliable. The graph shows that Hygiena systems consistently deliver dependable results with the lowest CV.

Graph ATP repeatability

Metric 3: Sensitivity

Sensitivity is defined as the Limit of Detection (LoD). It is the smallest amount of ATP detectable above the background noise of the system. Background noise is the RLU detected by the system in the absence of ATP. Background noise may come from both the instrument (as electrical interference), and the reagent swab device (as chemical interference). Hygiena systems detect the lowest levels of ATP.

Graph ATP Sensitivity

Metric 4: Accuracy

To test accuracy, 100 fmoles of ATP was added to each test device and measurements were taken (using 10 replicates) to determine how much of the available sample was actually detected. Results less than 100% indicate that only part of the sample was detected due to some interference within the system. Results over 100% indicate extra signal coming from the test device. Hygiena’s system is the closest to 100%, thus the least variable.

Graph ATP Accuracy

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Superior design.

Hygiena’s manufacturing expertise and patented Snap-Valve™ design keeps costs low. The illustration to the right show the number of components in each device.

Hygiena’s test devices are made of less components than any other device. Fewer elements in the device means less room for error from manufacturing variance and less raw material costs.

Our patented Snap-Valve™ technology eliminates the need for additional compartments that require foil seals. Other test devices require the swab bud to puncture through several foil seals in order to activate the device. This leaves sample behind on the foil and reduces accuracy of the reading, resulting in lower or variable ATP readings.

By keeping our test design simple, we are able to reduce costs, limit variability, and provide a superior product.

Graph cost effective parts

Environmentally friendly.

Hygiena test devices use up to 50% less plastic than other ATP tests and are 100% recyclable.

Image of Green Leaf

Clean-Trace is a registered trademark of 3M Company; NovaLUM and PocketSwab are registered trademarks of Charm Sciences, Inc.; Accupoint is a registered trademark of Neogen Corporation; Lightning MVP is a registered trademark of BioControl Systems, Inc.