Multi-Slice ViewTMor MSVTM technology will empower you with the latest in clinical diagnostic ultrasound capabilities. Unlike diagnostic capabilities offered by existing ultrasound technologies with our new MSV you will be able to view and diagnose clinical cases much faster and most importantly with more precision and accuracy than ever before. Whether in a clinical setting or for research, Multi-Slice View available in Medison's Accuvix XQ ultrasound system will take your diagnostic capabilities to new height of clinical accuracy and will become an essential solution to all your imaging needs.

In diagnosing for Nuchal Translucency, MSV Technology really shines. As seen here, compared to the limited measuring capabilities of 2D image, our MSV is able to display the entire range from the maximum and minimum measurements, giving you a more precise assessment. In this case of measuring for NT in 12 week fetus, the diameter measurement was shown to be 3.6mm using the 2D measuring method. Where as utilizing MSV, the NT measurements in the same case ranged from a maximum of 4.6mm to minimum of 3.5mm thus giving you an more accurate diagnosis. Additionally, the MSV measurement diagnoses was accomplished by scanning the patient just once.

MSV can also be utilized in the very important area of assessing infant development. In these case studies, MSV was used to assess the development of two fetuses in their pivotal early gestation stages. With MSV, it is possible to examine the complete section of the fetal brain for nuchal transluency in axial, CSP, lateral ventricle and cellebelium developments.

In this case study of the abnormal uterus (bicoronate uterus), you can clearly see the clinical advantages of MSV technology. In the 2D sagital plane view of bicornate uterus, it is very difficult to distinguish the coronate, let alone diagnose it accurately. But with MSV image on the right, you can clearly see and track the coronal in c-plane view and thanks to the sequential imaging capabilities, you can also clearly see the progression of the coronal throughout the uterus. In addition to easily being able to track the difference, you can also view and measure the difference in angles throughout the entire range of the uterus, which is not possible with current ultrasound technologies.