ASI is a pioneer in Hyperspectral imaging capture, with a primary focus on microscopy and biomedical imaging applications. Our interferometer-based technology simplifies the process of identifying small translocations, insertions, and other chromosomal aberrations.
GenASIs HiSKY, known for its precise and reproducible results, features an extensive range of ASI probes, enabling anomaly detection with a single hybridization on any fluorescence microscope.
It’s an advanced imaging technique that captures and analyzes information from different wavelengths of light in a single image. Unlike conventional cameras, which record only three colors (red, green, and blue), Hyperspectral Imaging divides the light spectrum into dozens or even hundreds of bands, allowing the capture of details invisible to the human eye.
Therefore, this technology is especially useful in fields such as cytology and pathology, as it can accurately differentiate cellular structures and tissues through their unique spectral signatures. This enables faster and more detailed diagnoses, enhancing the precision in the analysis of biological samples.
HiSKY, developed by Applied Spectral Imaging (ASI), is an advanced HyperSpectral analysis system specifically designed for the cytology and pathology sectors. It uses spectral imaging technology to capture a wide range of wavelengths in cells and tissues, revealing features and patterns that may go unnoticed in traditional analyses.
In short, this system enables extremely detailed analysis, allowing precise differentiation of cells and tissues based on their spectral signatures. With HiSKY, laboratories can detect anomalies and pathologies at a more refined level, optimizing diagnosis and clinical support in complex cases.
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