Generally, a case study of medical devices is an article of 500-800 words on how the device improves the diagnosis or treatment of patients. It can save to a successful way the device to increase productivity, income, money, improve regulatory compliance and downtime are reduced. Essentially a case study of evidence for the end user the advantages of the device. The structure of a case study for a diagnosis of the patient, for example, usually includes the following sections: 1 Title 2 Case Report 3 Description of the procedure 4 Discussion 5th Conclusion The title is the most important part of a case study. It must encourage the reader to read further. To do this, they should be on the benefits of the medical device, which focus on the target group. Suppose you have used a case study of advanced and high-resolution color 3D, cardiac CT (computed tomography) scanner in a special clinic. Call the Gektar scanner. And to say that the case study, a 30-year-old woman admitted to the emergency room with severe pain used in the chest. The title you might say: “Improved workflow, speed and reliability in the diagnosis of severe stenosis with high-definition GEKTAR CT.” An effective title requires a good understanding of the target group and its more important to them. The history section describes the case of patient symptoms and diagnostic measures. The patient in this study was in good condition, but a little overweight. The physical examination and ECG showed nothing abnormal. His blood cholesterol was slightly elevated, but had no history of smoking, drug addiction or alcoholism, and was happy household. She had never complained of chest pains before. She was then transferred to perform invasive cardiac CT GEKTAR CT imaging. The section describes how the procedure performed on patient outcomes. Let’s say that her pulse was 87 beats per minute. The analysis settings automatically adjust to the heart and the analysis was completed successfully in ten seconds. The assessment software product exclusively in 3D high-resolution 3D color images – the most important features of the CT GEKTAR. Within minutes, the high-resolution images showed severe stenosis, not in a calcified blood vessel segment of the heart. The patient was immediately transferred to the cardiac for treatment. The case study contains images of the area affected by the stenosis – what the doctors actually had to see the screen of the CT scanner. The images are clear and detailed notes of what they represent. The discussion section focuses on the unique advantages of high-definition CT scanner GEKTAR that a case has become uncertain and perhaps doubtful at first in a swift and correct diagnosis with decisive action that probably saved his life of women. Not only is the CT scanner to produce high-resolution images in seconds, but it is also the information network of the hospital to see in the interventional cardiologists and was able to download to study the 3D color images in seconds, and linked to the details of the stenosis . The section also agrees with the conclusion of the scanner say that the hospital she was more than a year to hundreds of patients, and has always produced high-quality 3D color images that are significantly the reliability of diagnosis, increased productivity, employee satisfaction has improved, and human life be saved. current quotes and recommendations from doctors could be included in this section that show how incredibly powerful and useful, the CT was GEKTAR in the definition of arterial occlusive disease, rather than relying on less effective conventional methods.