GP-XAIM

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GP-XAIM is an accessory of the catheter-based optical spectroscopy device. It uses advanced tissue identification technology to identify the composition of tissue, enhance the accuracy of diagnosis, and improve the efficacy and safety of detection. This article will discuss the application field and working principle of GP-XAIM.

GP-XAIM is mainly used in vascular imaging, cardiovascular imaging, hepatobiliary imaging, gastric imaging, and other scenarios. For example,in vascular imaging, the GP-XAIM can accurately measure the imaging area and quickly identify the vascular wall composition in the monitored area, allowing the doctor to quickly and safely identify and diagnose perivascular abnormalities. In the imaging area of ​​cardiovascular imaging or hepatobiliary imaging,GP-XAIM can identify and distinguish different tissue components with high accuracy, and the doctor can use it to precisely operate, diagnose, and identify malignant and benign masses.

In terms of working principle, GP-XAIM uses a tissue identification algorithm that combines the environmental spectrum of infrared light and fluorescence spectroscopy to identify tissue to achieve real-time feedback of in vivo tissue identification. First of all, the probe of GP-XAIM can emit near-infrared energy into the tissue, and the near-infrared energy absorbed by the tissue is emitted as fluorescence light.Meanwhile, the spectrometer of GP-XAIM can break the fluorescence light into spectrum, and compare the spectrum with the data in the spectral library. Then, the spectrum of the probe is analyzed, combining with the patient\'s normal imaging to identify the tissue type. Finally, the graphical plotting software can use the spectral data acquired by the spectrometer, display the information on the doctor\'s computer, and help the doctor accurately diagnose the disease.

In conclusion, GP-XAIM is an essential accessory for catheter-based optical spectroscopy device. It can quickly and accurately identify the tissue composition, which can improving the accuracy of diagnosis and helping doctors to achieve the purpose of treating diseases. It is widely used in vascular, cardiovascular, hepatobiliary and gastric imaging.

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