Showing 19 results for "Vascular"
Transcranial Doppler in Traumatic Brain Injury
Detecting Changes in Cerebral Blood Flow
By Creagh Boulger on 03/01/21 04:00 AM
Transcranial doppler has been a developing interest to point-of-care ultrasound enthusiasts. While it has been a mainstay for certain inpatient indications, only relatively recently have some bold souls proposed application in the acute care setting. These uses include assessing for midline shift, vasospasm, elevated intracranial hemorrhage. This article explores an even more novel idea - using it in the early period after a traumatic brain injury to assess resultant changes in cerebral blood flow. Perhaps this could provide a non-invasive measurement with important prognostic implications. https://www.ultrasoundgel.org/107 https://bit.ly/2O04ycd
Ischemic Stroke
Focused Echo for Embolic Source
By Michael Prats on 11/23/20 04:00 AM
I know your first thought - is this for real?! The POCUS enthusiasts have gone off the rails again! Well - that very well may be the case, but hear me out- this is a fascinating idea. This article presents a novel strategy for searching for embolic etiologies in the acute phase of ischemic strokes (which means even climbing into CT with a handheld device!). "Why?" you may rightfully ask. That is a really great question, and I'm glad you asked. I guess you will have to check out this episode to find out! https://www.ultrasoundgel.org/102 https://pubmed.ncbi.nlm.nih.gov/32532655/
VExUS
The Venous Excess Ultrasound Grading System & Acute Kidney Injury
By Michael Prats on 09/28/20 04:00 AM
You may have heard whispers of a magical new way to determine if your patient has too much fluid on board. The VExuS (Venous Excess UltraSound) grading system has been described as a way to use the IVC in combination with abdominal organ doppler in order to determine the degree of venous congestion. This is the first study that takes a look at the VExUS system to see if it can predict acute kidney injury in post-operative patients. https://www.ultrasoundgel.org/99 https://www.ncbi.nlm.nih.gov/pmc/articles/PMC7142196/