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Mastering H. pylori Diagnosis with Headway’s C13 Urea Breath Test

In the realm of Helicobacter pylori detection, the breath test urea C13 provided by Headway emerges as a reliable and non-invasive diagnostic tool. This medical test offers a straightforward and accurate method for identifying the presence of H. pylori, ensuring timely and effective management of this bacterial infection. Let’s explore the steps involved in using the C13 UBT test and its significance in diagnosing H. pylori.

Step-by-Step Procedure

Collecting 0-Minute Exhaled Breath:

To initiate the test, individuals are required to fast for a minimum of two hours. They then exhale slowly into the C13 urea capsule breath test kit exhalation bag and seal it, creating the 0-minute breath sample for analysis.

Dosing the 13C Urea Capsule:

After the initial breath collection, participants ingest a urea [¹³C] capsule with 80-100 ml of cool water and wait for 30 minutes to ensure proper absorption.

30-Minute Exhaled Breath Sampling:

Following the 30-minute waiting period, individuals exhale slowly into another collection bag provided in the C13 UBT test kit and seal it. This sample represents the 30-minute exhaled breath, crucial for accurate analysis.

Result Analysis:

Both the 0-minute and 30-minute exhaled breath samples are meticulously analyzed for ¹³CO2 using the C13 UBT test detector. Results are expressed as δ‰, with individuals considered positive for H. pylori if the δ‰ value equals or exceeds 4.0, indicating the presence of the bacterium.

Conclusion

In conclusion, the Headway C13 Urea Breath Test offers a precise and efficient method for detecting Helicobacter pylori infections. By following the simple step-by-step procedure outlined above, healthcare providers can swiftly and accurately diagnose H. pylori, enabling timely intervention and effective treatment strategies. Trust in Headway for reliable H. pylori detection through the innovative C13 UBT test, ensuring optimal care and management for individuals at risk of this bacterial infection.

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