#Osirix lite how to

There is likely a simple answer to correcting the image geometry, but we have not been successful thus far. We are stuck with the images from PACS and cannot reconstruct the raw data from the scanner (screenshot attached). However, when we create a new series in Osirix only including the Chest images (exported from the original CAP series with non-regular slice intervals), the chest images still appear “stretched” in the z-axis.

Horos and Osirix are, as of the time of this writing, nearly identical for research and outreach users, differing mainly in added patient confidentiality tools available in Osirix and some minor design differences. 3D Slicer are examples of free open source software applications that are well known in the radiology community. Our project involves only the Chest and so we are hoping to remove the Abdomen/Pelvis image from the series altogether and return the Chest images to their normal geometry. other research and outreach applications. When we look at a coronal MPR of the data in a standard DICOM viewer (Osirix) we get a distorted image (screenshot attached), presumably because the slice interval is 4 times less for the Chest (0.625) compared to the Abdomen/Pelvis (2.5). Apparently the OsiriX Lite just decided to stop supporting import from CD, or any CT series larger than 500 images, which is really a pain for me.

#Osirix lite how to

NB: You need to learn how to make DICOM images from the. In brief, some of the Full body (CAP) CT studies at our institution are sent to PACS reconstructed as 1.25/0.625mm slice thickness/interval in the Chest, and then 2.5/2.5 mm slice thickness/interval for the Abdomen/Pelvis, and all images are stacked in a combined CAP series. The DICOM files can be used in Osirix and are created from CT, MRI and PET medical equipment.