MIC-25

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MIC-25, an acronym for Molecular Imaging Catheter-25, is a type of catheter used in medicine for imaging and medical procedures. Developed by GE Healthcare, it is designed to aid clinicians in effectively visualizing and treating internal body systems. The design enables clinicians to use this device for imaging in real-time and with high detail resolution of lesions and directional movement within the body.

The device consists of a flexible, steerable 4-way endoscope which has an outer diameter of 25 French (the French scale is a unit of measure used to determine the size of catheters). The catheter features an internal camera, shielded by a metal sheath which helps protect the surrounding area during insertion and movement. It has a range of up to 3 meters, allowing for better maneuverability in remote locations. The video and data are transmitted to a console which displays the images on a monitor.

The use of MIC-25 is particularly popular in cardiovasculopulmonary diagnostics. The imaging of the heart chambers, valves, and vascular branches can be done with the assistance of MIC-25. It provides clear visualization of the anatomy which allow clinicians to diagnose and treat any abnormalities in the structure. It is also used in interventional procedures, including biopsies, in which a sample of tissue is obtained from the body for further analysis. Additionally, the device is used for therapeutic procedures, such as catheter ablation and septal defect closure.

The working principle of this device is relatively simple. A light source and a camera are fitted inside the device, connected to an endoscope. The light is reflected off the tissue, captured by the camera, and displayed on the monitor. The light source is adjustable to give clearer images in various settings, and the images can be enhanced with use of contrast agents. It is also possible to adjust the settings on the monitor to improve image clarity and brightness.

The use of the MIC-25 provides many advantages for medical professionals, particularly in cardiopulmonary diagnosis and interventional therapy. It offers better resolution than conventional CT scans, improved maneuverability, and more detailed images. It can identify small, soft, anatomic features which are difficult to access or image with other methods. This device is safe and efficient, and its ergonomic design helps to minimize patient discomfort during procedures.

In conclusion, MIC-25 is a highly advanced imaging device designed to improve accuracy and efficiency in medical procedures. It offers better resolution than other methods, and its ergonomic design minimizes patient discomfort. This device is particularly useful for cardiopulmonary imaging and intervention. Its flexible nature and enhanced maneuverability allow for a greater range of applications in clinical settings. The working principle of MIC-25 is based on the reflection of light off the tissue, which is captured and displayed on a monitor.

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