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Clinically not relevant, but interesting info from Dr Charles Lott's @EverlightRad webinar on dental imaging: if a tooth is moved too quickly by orthodontic treatment, it can result in 'root amputation' (resorption around the roots, yellow arrows in image)
#FOAMrad #radres
@docskalski at #Radiopaedia2020: any degree of agenesis of the posterior arch of C1 will result in extra forces on the anterior part of C1 and you're likely to see resulting hypertrophy and sclerosis of the anterior arch of C1
@Radiopaedia article:
https://t.co/LqWp0uczoJ
@DrVikasShah at #Radiopaedia2020: non-irritant, water-soluble oral contrast is useful to demonstrate leaks or fistulae; the timing is dictated by the area of interest, e.g. give 100 ml on the CT table if you need to see the oesophagus or gastric pull-up #FOAMrad @FOAMed #radres
@DrAndrewDixon: a pelvic binder works best when at the level of the femoral trochanters. It should not be at the level of the iliac wings. #TraumaRad #radres #FOAMed
@Radiopaedia cases of
Correct placement:
https://t.co/FVkWK2nmO0
Incorrect placement:
https://t.co/5ih5jB2V13
@DrAndrewDixon: you can detect active arterial bleeding on a portal venous CT. If the contrast is very dense, it's arterial. Conversely, it's difficult if not impossible to detect organ laceration on arterial phase scanning. @Radiopaedia #TraumaRad
#radres #FOAMed #FOAMrad
This @docskalski 3D illustration helps conceptualise the ligaments fixing the dens https://t.co/GoRcyaqveq #RadAnatomy
Intraperitoneal ligaments get so much easier to understand when you know embryological rotation #RadAnatomy
Weigert-Meyer rule: important and useful to understand renal tract variants and associated pathology https://t.co/H95e6cowo9 #RadAnatomy
Recognise a horseshoe kidney by converging instead of diverging lower poles on X-ray - important clinical implications https://t.co/zQMjREAB0c #RadAnatomy
Abdominal spaces and fascias - one of many very insightful illustrations by @Radiopaedia’s @docskalski #RadAnatomy