RadioGraphics_Editor (@radg_editor) 's Twitter Profile
RadioGraphics_Editor

@radg_editor

Diagnostic radiology education & insights from the @RadioGraphics Social Media & Digital Innovation Team, in collaboration with Cooky O. Menias, MD; Editor.

ID: 1352741361972342786

calendar_today22-01-2021 22:14:39

843 Tweet

3,3K Followers

307 Following

RadioGraphics (@radiographics) 's Twitter Profile Photo

Check out our newly updated Top 10 Reading List for trainees, with new 2024 articles added! Our curated lists are your go-to resource for staying up to date and making informed decisions. bit.ly/3pWStrF RadioGraphics_Editor #RGphx Cooky Menias

Check out our newly updated Top 10 Reading List for trainees, with new 2024 articles added! Our curated lists are your go-to resource for staying up to date and making informed decisions. bit.ly/3pWStrF <a href="/RadG_Editor/">RadioGraphics_Editor</a>  #RGphx <a href="/cookyscan1/">Cooky Menias</a>
Jamie Clarke, MD, MS (@jamieclarkerad) 's Twitter Profile Photo

Pulsatile tinnitus can be tricky to pinpoint, but is a game-changing diagnosis for improving patients’ quality of life. Let’s see it on imaging! #RGphx Imaging of Pulsatile Tinnitus bit.ly/3M7SyjI Cooky Menias RadioGraphics_Editor RadioGraphics Penn Radiology Penn Neurosurgery Penn Otorhinolaryngology

Pulsatile tinnitus can be tricky to pinpoint, but is a game-changing diagnosis for improving patients’ quality of life. Let’s see it on imaging!

#RGphx
Imaging of Pulsatile Tinnitus
bit.ly/3M7SyjI
<a href="/cookyscan1/">Cooky Menias</a> <a href="/RadG_Editor/">RadioGraphics_Editor</a> <a href="/RadioGraphics/">RadioGraphics</a>
<a href="/PennRadiology/">Penn Radiology</a> <a href="/PennNSG/">Penn Neurosurgery</a> <a href="/Penn_ENT/">Penn Otorhinolaryngology</a>
Joseph G. Ayoub, MD, MS (@josephgeorgeay) 's Twitter Profile Photo

Want to learn more about TMJ joint anatomy and pathology? Take a lookat this tweetorial👇 #RGphx Unlocking the Temporomandibular Joint: CT, MRI and Arthroscopic Correlation bit.ly/4dTMcQA Cooky Menias RadioGraphics RadioGraphics_Editor 1/11

Want to learn more about TMJ joint anatomy and pathology? Take a lookat this tweetorial👇 #RGphx
Unlocking the Temporomandibular Joint: CT, MRI and Arthroscopic Correlation bit.ly/4dTMcQA <a href="/cookyscan1/">Cooky Menias</a> <a href="/RadioGraphics/">RadioGraphics</a> <a href="/RadG_Editor/">RadioGraphics_Editor</a>  1/11
Joseph G. Ayoub, MD, MS (@josephgeorgeay) 's Twitter Profile Photo

Temporomandibular joint dysfunction is more common than we think, affecting up to 30% of the population. This article provides a comprehensive analysis of the anatomy and pathologic conditions that can affect the TMJ by correlating imaging and arthroscopic findings. #RGphx 2/11

Temporomandibular joint dysfunction is more common than we think, affecting up to 30% of the population. This article provides a comprehensive analysis of the anatomy and pathologic conditions that can affect the TMJ by correlating imaging and arthroscopic findings. #RGphx 2/11
Joseph G. Ayoub, MD, MS (@josephgeorgeay) 's Twitter Profile Photo

In a normal joint, the disk is consistently located between the condyle and the temporal bone in closed- and open-mouth positions, serving as a barrier against articular damage. In the closed-mouth position, the anterior band is located in front of the condyle. #RGPhx 3/11

In a normal joint, the disk is consistently located between the condyle and the temporal bone in closed- and open-mouth positions, serving as a barrier against articular damage. In the closed-mouth position, the anterior band is located in front of the condyle. #RGPhx 3/11
Joseph G. Ayoub, MD, MS (@josephgeorgeay) 's Twitter Profile Photo

The most common patterns of disc displacement are anterior (50%) and anterolateral (30%). Figure C shows the characteristic wavy morphology (“accordion” sign) (arrow) arthroscopists observe when attending to an in vivo reduction of an anteriorly displaced disk. #RGphx 4/11

The most common patterns of disc displacement are anterior (50%) and anterolateral (30%). Figure C shows the characteristic wavy morphology (“accordion” sign) (arrow) arthroscopists observe when attending to an in vivo reduction of an anteriorly displaced disk. #RGphx
4/11
Katie S. Traylor MS, DO, DABR (@katietraylordo) 's Twitter Profile Photo

Welcome to my #Tweetorial on Dr. Cameron Overfield et al manuscript on skin lesions of the head and neck and the radiologists’ role in the care of patients with dermatologic diseases. pubs.rsna.org/doi/10.1148/rg… #RGphx 1/14

Welcome to my #Tweetorial on Dr. Cameron Overfield et al manuscript on skin lesions of the head and neck and the radiologists’ role in the care of patients with dermatologic diseases.

pubs.rsna.org/doi/10.1148/rg…

#RGphx 1/14