How To Perform 3D Quantification Using Philips QLAB 3DQA Application
http://www.usa.philips.com/healthcare-education-resources/education-training/ultrasound-education-instructional-guides
This video is a step-by-step guide on how to use 3D Quantification Advanced (3DQA) on a Philips EPIQ ultrasound system. 3DQA is a semi-automated border detection tool designed for use with 3D cardiac images in QLAB. 3DQA can be used to analyze full volume datasets for a true 3D volume of the left ventricle. Results measure regional and global function, including ejection fraction and LV synchronicity. 3DQA provides a global volume of the heart with no apical foreshortening or geometrical assumption and has been validated again cardiac MR.
Once a Full Volume dataset is acquired, 3DQA is used to set reference points in the apical 2 and for chamber views at the mitral annulus and apex of the left ventricle for the end systole and end diastole frames. 3DQA will then automatically detect the endometrial border and generate a true 3D volume of the left ventricle.
Want more? Subscribe to this playlist and visit our education page for handy step-by-step QuickGuides! http://www.usa.philips.com/healthcare-education-resources/education-training/ultrasound-education-instructional-guides
Видео How To Perform 3D Quantification Using Philips QLAB 3DQA Application канала Philips Healthcare
This video is a step-by-step guide on how to use 3D Quantification Advanced (3DQA) on a Philips EPIQ ultrasound system. 3DQA is a semi-automated border detection tool designed for use with 3D cardiac images in QLAB. 3DQA can be used to analyze full volume datasets for a true 3D volume of the left ventricle. Results measure regional and global function, including ejection fraction and LV synchronicity. 3DQA provides a global volume of the heart with no apical foreshortening or geometrical assumption and has been validated again cardiac MR.
Once a Full Volume dataset is acquired, 3DQA is used to set reference points in the apical 2 and for chamber views at the mitral annulus and apex of the left ventricle for the end systole and end diastole frames. 3DQA will then automatically detect the endometrial border and generate a true 3D volume of the left ventricle.
Want more? Subscribe to this playlist and visit our education page for handy step-by-step QuickGuides! http://www.usa.philips.com/healthcare-education-resources/education-training/ultrasound-education-instructional-guides
Видео How To Perform 3D Quantification Using Philips QLAB 3DQA Application канала Philips Healthcare
Показать
Комментарии отсутствуют
Информация о видео
Другие видео канала
How to Perform a Full Volume Acquisition on a Philips EPIQ UltrasoundA Guideline for Best Practices in 3-D Imaging: Dr. Roberto Lang at iMAGINE3D Echocardiography Acquisition, Cropping, and Case ExamplesPhilips Epiq 7 vs GE Vivid E95 Premium Cardiac Ultrasound System ComparisonFetal Echocardiography: Protocol and TechniquePhilips Cardiovascular Ultrasound: AutoStrain RVHeart model - Frank Kemme, Sr. Clinical Application Specialist Ultrasound, Philips HealthcarePhilips OB/GYN Ultrasound: How to perform a 3D GYN volumePhilips TrueVue, TouchVue, MPR Touch, GlassVue, aRevealHow to use LV quantification software of Q-Lab 9Ultrasound EPIQ new era in Ultrasound, Intelligence , Performance and DesignA novel method to measure Mitral Valve Area "The MVN method".3D Echocardiography: Latest Advances and Applications (ROBERTO M. LANG, MD)Perform a Lumify Exam: Philips Lumify product training (5 of 11)Philips Cardiovascular Ultrasound: AutoStrain LAHow to use Mitral Valve Quantification (MVQ) software of Q-LabPhilips Cardiovascular Ultrasound: 3D Auto RVHow to measure the 3D-Vena Contracta Area (3D-VCA) for mitral regurgitationStrain Echocardiography by speckle tracking and tissue Doppler -Part I:techniqueHow to perform 3D-TTE exam "a step by step approach"