S-KIT

Complete home-based diagnostic test kit for Small Intestinal Bacterial Overgrowth (SIBO) detection. Includes 10 CE-marked breath collection tubes, glucose substrate, hydrogen peroxide oral rinse, and sampling instructions for non-invasive diagnosis.

A portable saliva diagnostic test system designed for rapid testing in clinical and non-clinical environments. The kit includes all necessary components for sample collection, processing, and biomarker detection with minimal training requirements.

A complete at-home breath test kit for diagnosing Small Intestine Bacterial Overgrowth (SIBO). The kit includes a mouth rinse to prevent false-positive results, glucose substrate, and CE-certified collection equipment. Results are analyzed in an in-house quality-assured laboratory and provided within 1-2 business days with a detailed physician's report that includes individual assessment based on symptoms and health information. The test measures hydrogen and methane at 10 measurement points and includes dietary recommendations for vegetarians and vegans, with post-result support through the company's treatment network.

A complete breath diagnostic test kit for detecting Small Intestinal Bacterial Overgrowth (SIBO) performed at home. The kit includes 10 CE-marked breath collection tubes, a medical drinking straw, glucose as test substrate, hydrogen peroxide mouth rinse, return shipping envelope, and detailed instructions. Samples are analyzed in the company's quality-assured laboratory for hydrogen, methane, and carbon dioxide levels, with results provided within 1-2 business days in a detailed physician's report that considers the patient's symptoms and health information.

Breath analysis system detecting volatile sulfur compounds (hydrogen sulfide, methyl mercaptan, dimethyl sulfide) to diagnose halitosis and identify underlying causes. Supports clinical assessment of oral health conditions.

A breath diagnostic system that detects hydrogen sulfide, methanethiol, and dimethyl sulfide in exhaled breath to diagnose halitosis and identify its underlying causes.

A compact, battery-operated breath test device for quantitative measurement and display of hydrogen concentration in exhaled breath in ppm. The device measures breath gas values within standardized breath test procedures and displays them clearly on a readable display. It features intuitive touchscreen operation, integrated quality control routines, patient data management, continuous value history, semi-automatic calibration, and comes with PC software for Windows for data export via USB cable. The device is powered by four standard AA batteries and is supplied with a starter kit in a carrying case.

Portable breath analyzer for non-invasive detection and measurement of volatile organic compounds and biomarkers in exhaled breath. Applicable in respiratory diagnostics, metabolic screening, and point-of-care testing environments. Provides rapid analysis with minimal patient preparation required.

A range of diagnostic products based on breath analysis technology for various health conditions. The product line is designed for non-invasive disease screening and early detection.

A wearable device that performs laboratory-level analysis of biomarkers in breath samples in near-real-time. Based on headspace gas chromatography technology, it enables on-site measurement of metabolic markers including fat combustion indicators. Developed through 15+ years of research at ETH Zurich.

A breath analysis system available in three configurations: CA3478 (NO+H2+CO2), CA3138 (NO+H2S+CO2), and CA4458 (NO+H2S+H2+CH4+CO2+O2) for combined assessment of inflammation and intestinal microbiota. The device is applicable in digestive and oral clinics, pediatrics, physical examinations, and allergy departments for diagnosis of conditions including irritable bowel syndrome, inflammatory bowel disease, colorectal cancer, Helicobacter pylori infection, functional dyspepsia, liver disease, halitosis, and allergic rhinitis/asthma.

Nanoparticle-based exhaled breath analysis system for disease screening and biomarker detection. Enables non-invasive respiratory and systemic disease evaluation. Integrated analysis algorithms for automated interpretation.