S Series: IJV Long Axis Valve Closed.
M-Turbo: Female ICT Longitudinal Uterus 1
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S Series: Pelvis Long Axis Bladder and Uterus 1.
S Series: Pelvis Long Axis Bladder and Uterus 2.
M-Turbo: CBD Portal Vein.
S Series: Gallbladder Longitudinal View 2.
S Series: Gallbladder Longitudinal View Pharyngeal Cap.
S Series: Gallbladder Longitudinal View Post Prandial.
S Series: Gallbladder Neck Longitudinal View.
S Series: Gallbladder Transverse Post Prandial.
M-Turbo: Gallbladder Transverse View
S Series: Midline Longitudinal Stomach
S Series: Pancreas Transverse View
S Series: Prox Trv Aorta/Arteries.
M-Turbo: Abdomen Transverse View Pancreas Aorta IVC.
S Series: Proximal Aorta Celiac SMA Arteries.
S Series: Proximal Aorta Sagital View
S-System: Proximal Aorta Sagital View 2.
S Series: Proximal Aorta Sagitial View/Diaphraghm
The Sonosite SII ultrasound machine provides clear visualisation of needle and nerve during block placements, allowing precise placement of local anaesthetic with minimal patient discomfort. Interscalene nerve blocks with Sonosite II permit the placement of local anaesthetic around the roots or trunks of the brachial plexus at the level of the C6 vertebral body between the anterior and middle scalene muscles. Anaesthesiologist Dr. David Auyong MD of Seattle, Washington here reviews scanning techniques and sonographic landmarks for this procedure which is typically performed to provide anaesthesia or analgesia for surgery of the shoulder and upper arm.
Design overview and insights from the engineering team at Sonosite.
Use ultrasound imaging to help identify deep and nonpalpable veins that can accommodate the placement of an IV catheter. Doppler color flow is used to differentiate the brachial artery from other anatomical structures.
Use ultrasound imaging to identify anatomy prior to intravenous catheter needle punctures, verify needle depth, and use dynamic techniques for attaining optimal needle guidance during deep vein cannulation & IV placement.
This video (part 1 of 2) details how the use of bedside ultrasound for placing central venous catheters can reduce the number of puncture attempts, increase patient safety, and increase procedural efficiency.
This video (part 2 of 2) details how to use bedside ultrasound imaging to map the anatomy and orientation of the internal jugular vein, as well as determine puncture point, needle depth, and needle trajectory during central venous cannulation.
Dr. Scott Pollock demonstrates how to perform a foot exam.
Dr. Scott Pollock demonstrates how to perform an ultrasound guided foot injection.
Dr. Scott Pollock demonstrates how to perform a hand exam.
Dr. Scott Pollock demonstrates how to perform an ultrasound guided hand injection.
Dr. Scott Pollock demonstrates how to perform a hip exam.
Dr. Steven Sampson demonstrates how to perform a Quadriceps Tendon exam.
Dr. Scott Pollock demonstrates how to perform an ultrasound guided hip injection.
Dr. Scott Pollock demonstrates how to perform a wrist exam.
Dr. Scott Pollock demonstrates how to perform an ultrasound guided wrist injection.
Dr. Steven Sampson demonstrates how to perform a Biceps Tendon exam.
Dr. Steven Sampson demonstrates how to perform an ultrasound guided shoulder injection.
Dr. Steven Sampson demonstrates how to perform an ultrasound guided knee injection.
Dr. Steven Sampson demonstrates how to perform a Supraspinatus Tendon exam.
Dr. Steven Sampson demonstrates how to perform a Subscapularis Tendon exam.
Dr. Steven Sampson demonstrates how to perform the Acromioclavicular Joint Exam.
Dr. Steven Sampson demonstrates how to perform an Iliotibial Band exam.
Dr. Steven demonstrates how to perform an infraspinatus tendon and glenohumeral joint exams.
Dr. Steven Sampson demonstrates how to set up a knee exam.
Dr. Steven Sampson demonstrates how to perform a Lateral Meniscus exam.
