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    Ultrasound Acquisition & Analysis Techniques

    Learn the latest Acquisition and Analysis Techniques

    Learn the latest techniques using step-by-step guides to help improve your efficiency and accuracy during data acquisition and analysis. These online resources are designed to be quick and easy, walking you through an exam wherever you are, whenever you need them.

    Contrast Enhanced Ultrasound

    EPIQ

     

    How to perform a contrast exam and quantify Region of Interest (ROI) contrast loops in QLAB.

     

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    EPIQ 2D Imaging Technology

    EPIQ

     

    Despriptions of 2D imaging enhancement tools, including Harmonics, TAC (Tissue Aberration Correction), and the Dynamic Resolution System (DRS).

     

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    EPIQ Evolution 2.0 IQ What's New?

    EPIQ

     

    Image quality enhancemnts included in the EPIQ Evolution 2.0 IQ software release.

     

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    EPIQ Breast Imaging Controls

    EPIQ

     

    EPIQ system controls and display information for breast imaging.

     

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    How to Perform a Full Volume Acquisition

    EPIQ

     

    A step-by-step guide on how to acquire a full volume dataset on a Philips EPIQ ultrasound system. Full volume acquisition is used when larger volume of data is needed. This video demonstrates data acquisition of the whole heart.

    How to Perform a 4D Acquisition

    EPIQ

     

    A step-by-step process of how to acquire a 4D dataset with a Philips EPIQ ultrasound system.

    How to Perform a shear wave Elastography Study

    EPIQ

     

    A step-by-step guide on performing a shear wave Elastography liver study on a Philips EPIQ ultrasound system. Shear wave Elastography is used to assess the stiffness of the liver in patients with cirrhotic or fibrotic livers.

    How to Perform a Strain Elastography Study

    EPIQ

     

    A step-by-step guide for performing a Strain Elastography study on a Philips EPIQ ultrasound system. Strain Elastography is a non-invasive, real-time imaging technique that displays an overlay of stiffness information over a greyscale 2D image. This can be used to image the breast to assess the stiffness of a lesion, as well as in the neck or for MSK.

    EPIQ & Affiniti | Report Template Editor Tool

    How use the Report Template Editor on a PC, EPIQ or Affiniti system.

     

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    EPIQ & Affiniti | Network Share Using a Wireless Network

    How establish a wireless network connection between a PC and an EPIQ or Affiniti ultrasound system.

     

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    EPIQ & Affiniti | Network Share Using a Direct Connection

    How to directly connect a PC and an EPIQ or Affiniti system using an Ethernet cable.

     

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    DICOM Encoding

    How to encode custom measurements and calculations for DICOM reporting.

     

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    ClearVue 850 | QLAB 10.4

    How to use a full volume data set of the heart with 3D Quantification Advanced (3DQA).

     

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    ClearVue 850 | Stress Echo

    How to perform a stress echo study on the ClearVue 850 ultrasound system.

     

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    ClearVue 850 | L12-5 38 Transducer

    Overview of the new L12-5 38 transducer and available presets.

     

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    How to Perform 3D Quantification Using 3DQA

    QLAB 10

     

    A step-by-step guide on how to use a full volume data set of the heart with 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.

    QLAB 10 | 3D Quantification (3DQ)

    How to perform a biplane Ejection Fraction (EF) calculation.

     

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    QLAB 10 | 3D Quantification Advanced (3DQA)

    How to use a full volume data set of the heart with 3D Quantification Advanced (3DQA).

     

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    QLAB 10 | HeartModelA.I.

    How to use HeartModelA.I. (available on EPIQ 2.0 systems only) using anatomical intelligence to quantify the left ventricle and left atrium.

     

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    QLAB 10 | aCMQA.I.

    How to use aCMQA.I. to calculate a 2D Ejection Fraction (EF), volumes, and peak systolic strain using speckle technology.

     

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