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UBC IM POCUS
Registrace 14. 03. 2019
Evaluation of the JVP with PoCUS - An In-Depth Guide
Learn the ins and outs of the JVP with ultrasound! In this detailed 40 minute overview, Dr. Shane Arishenkoff goes over the anatomy of the JVP, image acquisition pearls, and interpretation of the results.
00:00 - Introduction
00:47 - Objectives
01:23 - JVP vs IVC
02:00 - Anatomy and physiology of the IJ
11:38 - Image acquisition and interpretation
16:37 - IJ features that correlate with CVP
18:29 - IJ to carotid artery ratio
20:44 - IJ aspect ratio: ovoid vs circular
22:40 - Assessing for the location of maximal tenting
26:41 - Pitfalls: layering
28:23 - Pitfalls: extended taper
29:07 - Pitfalls: taper at the level of the clavicle
31:01 - Pitfalls: forced expiration
34:39 - Putting it all together
36:35 - Take home points
00:00 - Introduction
00:47 - Objectives
01:23 - JVP vs IVC
02:00 - Anatomy and physiology of the IJ
11:38 - Image acquisition and interpretation
16:37 - IJ features that correlate with CVP
18:29 - IJ to carotid artery ratio
20:44 - IJ aspect ratio: ovoid vs circular
22:40 - Assessing for the location of maximal tenting
26:41 - Pitfalls: layering
28:23 - Pitfalls: extended taper
29:07 - Pitfalls: taper at the level of the clavicle
31:01 - Pitfalls: forced expiration
34:39 - Putting it all together
36:35 - Take home points
zhlédnutí: 827
Video
Evaluation of the IVC with POCUS - An In-Depth Guide
zhlédnutí 802Před 9 měsíci
Learn to become a master of IVC PoCUS! In this 60 minute screencast, Dr. Shane Arishenkoff runs through the anatomy of the IVC, applications of IVC PoCUS, acquisition of views, and how to interpret your findings. 00:00 - Introduction 00:40 - Objectives 00:59 - Anatomy and station of the IVC 04:07 - Asking the right question 08:09 - Long axis image acquisition 14:17 - Image optimization 16:23 - ...
Lung Ultrasound Image Acquisition
zhlédnutí 2,5KPřed 2 lety
Lung ultrasound is a game-changing tool in the evaluation of respiratory pathology. Learn the principles of LUS image acquisition in this 25-minute screencast from Dr. Katie Wiskar.
Basic cardiac POCUS: image acquisition
zhlédnutí 2KPřed 2 lety
Join Dr Ziran Meng, POCUS fellow from the University of British Columbia, as he walks through the 4 basic cardiac POCUS views and how to acquire and troubleshoot these images.
Pericardial effusions and tamponade: basic POCUS evaluation
zhlédnutí 3,9KPřed 3 lety
Learn how to use POCUS to evaluate pericardial effusions and detect cardiac tamponade in this 21-minute screencast from Dr. Katie Wiskar. This video covers basic 2D POCUS techniques for pericardial effusions; and also debunks some common myths surrounding tamponade.
Basic Valve Evaluation with POCUS
zhlédnutí 5KPřed 3 lety
In this 20-minute screencast, Dr Katie Wiskar covers basic cardiac POCUS evaluation of valvular disease. This include 2D evaluation for morphologic clues to diseases such as endocarditis and severe stenosis; and the use of Colour Doppler to identify severe regurgitation.
Basic Right Ventricle Assessment with POCUS
zhlédnutí 16KPřed 3 lety
In this 20-minute video from Dr. Katie Wiskar, learn how to assess the right ventricle with basic cardiac POCUS - including RV size, function, septal kinetics, and other markers of pathology.
POCUS for LV systolic function
zhlédnutí 12KPřed 3 lety
In this 16-minute video, Dr Katie Wiskar explains how to use Point-of-Care Ultrasound to estimate left ventricular systolic function; and also explores the evidence behind this technique.
POCUS estimation of cardiac output
zhlédnutí 7KPřed 3 lety
In this 20-minute screencast from UBC IM POCUS, Dr Katie Wiskar describes the rationale and technique for estimating stroke volume and cardiac output using Point-of-Care Ultrasound. Note typo at 00:45 in DO2 equation - DO2 = Q x [(Hb x SaO2 x 1.34) (PaO2 0.003)]
Solid Organ Doppler Assessment of Venous Congestion
zhlédnutí 629Před 4 lety
In this 15-minute video, Dr Katie Wiskar covers an introduction to solid organ doppler assessment of venous congestion - the cool new kid on the POCUS block when it comes to volume status.
Principles of Doppler Ultrasound
zhlédnutí 1,4KPřed 4 lety
Learn the principles of Doppler ultrasound in this 20-minute screencast from Dr. Katie Wiskar. This tutorial covers basic ultrasound physics, different Doppler modes, and multiple examples from various POCUS applications. Tutorial on aortic stenosis vs sclerosis: westernsono.ca/aortic-stenosis-vs-sclerosis/ Tutorial on transcranial Doppler: westernsono.ca/screencasts/miscellaneous/trans-cranial...
Aortic stenosis vs sclerosis
zhlédnutí 1,2KPřed 5 lety
This is a short video tutorial from Dr Katie Wiskar on how to use spectral Doppler to differentiate aortic stenosis from aortic sclerosis. Links to relevant videos mentioned in the screencast: Stroke volume determination: westernsono.ca/screencasts/echo/stroke-volume-determination/ Dimensionless Index: westernsono.ca/screencasts/echo/point-of-care-hemodynamic-series/ WesternSono advanced echo h...
Pitfalls of Lung Ultrasound
zhlédnutí 691Před 5 lety
This short screencast by Dr Katie Wiskar covers common pitfalls in lung ultrasonography to help you step up your lung POCUS game. Relevant links mentioned in the screencast: Lung ultrasound image acquisition: westernsono.ca/screencasts/lung-ultrasound/lung-ultrasound-acquisition-tutorial-2/ Lung ultrasound image interpretation: westernsono.ca/screencasts/lung-ultrasound/lung-ultrasound-image-in...
Great
We thank you for this important information 🙏
Online course is available
Someone with good English accent…good job
Thank you for great explanation
Thanks for your excellent work! I am waiting for the pocus diastole lesson 😃😃😃
Excellent video covering the topic.
Simply awesome explanation ❤
thank you soooooo much
Thanks
Why mitral stenosis cause septum dyskenisia
Very very big thank you
Its good
RV wall, looking normal (2-3 mm) in PLAX and PSAX views, looks in subxiphoid view very very often, if not allmost allways, thicker (3-4 mm) and sometimes thickened (5-6 mm). The thickness of the RV wall from different views is thus newer, !!! NEWER !!! , the same in the same patient. Why nobody, !!!NOBODY !!! , even mentios it ???!!! May be, because it is not polite?
Very very relavent lecture 🌟🌟🌟🌟🌟
Lecture of outstanding high quality teaching 👍👍👍👍👍❤️
very useful talk about proble movements.❣
Excellent presentation 👍
Awesome video ma'am, thank u. Pl keep uploading more echo videos. The clarity and focus in the video is v good.
Thanks very good lecture
💛💙💛💙💛💙
Great video. Would love some summary notes attached :)
Very useful ,thanks 👌
Great tks for amazing jobs! Very clear n helpful!😍
Very high quality presentation with quality images and lucid language 🌟🌟🌟🌟🌟
Thank you...👍🏼 Simplified to a great extent.
Thanks for the superb video...👍🏼