Infrared light can probe inside a biological sample. This intrinsic phenomenon requieres no stain nor biomarker. At ADMIR, we leverage this effect to usher in a new era of diagnosis.
Removing stains and biomarkers simplifies sample preparation. With shorter delays and no toxic consumables, all processes are cheaper, safer and easier. Moreover, analysis are strictly reproducible, allowing analyst to focus on their expertise.
ADMIR uses the most advanced IR technologies to ensure the shortest time to results. Even large samples, such as human tissue slides, may be analyzed in less than a minute.
ADMIR uses the most advanced IR technologies to ensure the shortest time to results. Even large samples, such as human tissue slides, may be analyzed in less than a minute.
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ADMIR’s plateform is versatile enough to target a wide range of applications.
With digital optical staining, ADMIR helps doctors and biologists to make their workflow one hundred times faster and more reliable.
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After culture, microorganisms captured on a filtration membrane can easily be identified.
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Infrared imaging is especially suited for numeration and identification of microplastics filtered from water.
ADMIR’s solution can be applied to any dry or thin biological sample. Feel free to contact us.
Quantum cascade lasers deliver high power infrared light. This ensures perfect illumination, even with thick biological samples.
Microbolometers array are affordable, compact and robust infrared imagers. Moreover, contrarily to most infrared sensors, they do not require cryogenic cooling and work at room temperature.
Our instrument take images of samples at a few, carefuly-selected, infrared wavelengths. This analysis reveals hidden differences between cells.
Leveraging its expertise in artificial intelligence, ADMIR creates custom deep-learning architecture. Trained on ever-expanded databases, these algorithms are tailored to help clinicians and biologists save time.
ADMIR’s instruments integrate the most advanced infrared technologies. With high-power lasers and uncooled infrared sensors, we ensure the best possible multispectral acquistions, which are then processed using custom deep-learning algorithms.
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After six years of research at the CEA-LETI, ADMIR was founded in 2021 to put multispectral infrared imaging in the hands of clinicians and biologists. Today, we develop our instruments and algorithms with the support of doctors and research institutes.