EOLO.
Redefiniendo el diagnóstico gastrointestinal
¿Por qué un paciente necesita una prueba de aliento?
¿En qué consiste la prueba?
1. Preparation
Some preparation is required before the test. This preparation involves discontinuing certain medications and fasting. Prior to taking the sample, the patient must drink a high-sugar solution.
2. Digestion
If a person has a sugar intolerance, the sugar isn't fully absorbed in the small intestine and passes into the large intestine. There, gut bacteria ferment it, leading to increased production of gases like hydrogen, methane, and sometimes hydrogen sulfide.
3. Sampling
After drinking the solution, the patient exhales into a tube using a straw to measure gas levels. This process must be repeated at regular intervals over the next three hours to monitor changes in gas production.
3. Analysis
The lab technician simply reads the 1D/2D barcodes, loads the labeled tubes into the carousel and starts the sequence. The robot injects the sample into the MicroGC, which reports hydrogen, methane, and carbon dioxide levels in under 2 minutes.
1. Preparation
Some preparation is required before the test. This preparation involves discontinuing certain medications and fasting. Prior to taking the sample, the patient must drink a high-sugar solution.
2. Digestion
If a person has a sugar intolerance, the sugar isn't fully absorbed in the small intestine and passes into the large intestine. There, gut bacteria ferment it, leading to increased production of gases like hydrogen, methane, and sometimes hydrogen sulfide.
3. Sampling
After drinking the solution, the patient exhales into a tube using a straw to measure gas levels. This process must be repeated at regular intervals over the next three hours to monitor changes in gas production.
3. Analysis
The lab technician simply reads the 1D/2D barcodes, loads the labeled tubes into the carousel and starts the sequence. The robot injects the sample into the MicroGC, which reports hydrogen, methane, and carbon dioxide levels in under 2 minutes.
El método de diagnóstico no invasivo más preciso para Heliobacter pylori.
Helicobacter pylori es una bacteria asociada con la gastritis, las úlceras pépticas y el cáncer gástrico.
EOLO Advantages
Discover what makes EOLO unique
Fully Automated Workflow
EOLO optimizes laboratory workflows by minimizing manual intervention and offering maximum flexibility in sample loading. Additionally, system calibration and verification procedures are fully automated through software.
Capacity and Performance Flexibility
This highly configurable system accommodates 360 to 936 breath sampling tubes and analyzes each sample in under a minute, processing up to 180 patients daily with a dual-analyzer configuration.
High Resolution and Analytical Precision
EOLO ensures accurate clinical diagnoses by delivering highly reliable, precise, and reproducible results with an exceptional correlation coefficient (R² > 0.999) across its entire calibration range. Additionally, the system achieves excellent analytical precision by demonstrating one of the lowest relative standard deviations on the market, with an RSD < 2.5% for H₂, CH₄, CO₂, and H₂S.
Commercial Options Tailored to Your Needs
We offer flexible financing plans, including leasing or rent-to-own models, alongside per-test pricing options to best suit your budget and workflow. Additionally, complete accessories, sampling kits, and breath tubes are readily available.
Fully Automated Workflow
EOLO optimizes laboratory workflows by minimizing manual intervention and offering maximum flexibility in sample loading. Additionally, system calibration and verification procedures are fully automated through software.
Capacity and Performance Flexibility
This highly configurable system accommodates 360 to 936 breath sampling tubes and analyzes each sample in under a minute, processing up to 180 patients daily with a dual-analyzer configuration.
High Resolution and Analytical Precision
EOLO ensures accurate clinical diagnoses by delivering highly reliable, precise, and reproducible results with an exceptional correlation coefficient (R² > 0.999) across its entire calibration range. Additionally, the system achieves excellent analytical precision by demonstrating one of the lowest relative standard deviations on the market, with an RSD < 2.5% for H₂, CH₄, CO₂, and H₂S.
Commercial Options Tailored to Your Needs
We offer flexible financing plans, including leasing or rent-to-own models, alongside per-test pricing options to best suit your budget and workflow. Additionally, complete accessories, sampling kits, and breath tubes are readily available.
Hecho a su medida.
Trabajamos estrechamente con nuestros clientes para comprender sus requisitos específicos y proporcionar el producto personalizado que mejor se adapta a sus necesidades.
Detection Range
Hidrógeno:
5 ppm — 200 ppm
Dióxido de Carbono:
1,5% — 7,0 %
Metano:
5 ppm — 50 ppm
Sulfuro de Hidrógeno:
10-1000 ppb