Justin Cramer (@justincramer) 's Twitter Profile
Justin Cramer

@justincramer

Neuroradiologist at Mayo Clinic Arizona. Interest in all things technology in radiology - AI, 3D printing, digital education.

ID: 26238926

calendar_today24-03-2009 13:45:17

29 Tweet

129 Followers

274 Following

Justin Cramer (@justincramer) 's Twitter Profile Photo

Interesting and kind of scary. Add this to my list of basal ganglia-predominant processes. auntminnie.com/index.aspx?sec…

Justin Cramer (@justincramer) 's Twitter Profile Photo

Just uploaded and annotated this 3D model of the temporal bone. Segmented from a temporal bone CT and cisternogram: skfb.ly/6RPtZ

Just uploaded and annotated this 3D model of the temporal bone. Segmented from a temporal bone CT and cisternogram: skfb.ly/6RPtZ
Justin Cramer (@justincramer) 's Twitter Profile Photo

Interesting article about imaging of smartphone addiction in youth. I'm amazed they were able to find healthy controls. ajnr.org/content/41/7/1…

Justin Cramer (@justincramer) 's Twitter Profile Photo

If you ever want a fun diversion, download this 7T MRI data and load it into Slicer. Pretty awesome - check out that olive: datadryad.org/stash/dataset/…

If you ever want a fun diversion, download this 7T MRI data and load it into Slicer. Pretty awesome - check out that olive: datadryad.org/stash/dataset/…
Justin Cramer (@justincramer) 's Twitter Profile Photo

Nice discussion of COVID neuroimaging. Direct viral invasion, cytokine storm, autoimmune, critical illness, hypoxic, delayed post-hypoxic...a lot going on. ajnr.org/content/41/10/…

Justin Cramer (@justincramer) 's Twitter Profile Photo

Sharing my code for creating free scrollable DICOM web quizzes before presentation at AUR. Coding knowledge necessary. Viewer at github.com/radiplab/dwv_s…, DICOM anonymization at github.com/radiplab/dicom…, working example at radmodules.com/clinical/tempo…. Feedback welcome!

Justin Cramer (@justincramer) 's Twitter Profile Photo

Things GPT-4 really nails🀯"Demonstrate how to create a 4 x 4 collage from a medical image (e.g. MRI in NII format), each image scaled down to 1/4 of the original resolution, with the top and bottom 10% of images not utilized for the collage, using Python with PIL and SimpleITK"