This question gets asked a lot and it is more complex than one would think at first glance.  So let’s break this down into some categories to make sense of the process.

Keep in mind that with most newer machines the quality of the image is less variable than what it used to be for imaging free fluid (ascites, and retroperitoneal, pleural and pericardial effusion) and obvious soft tissue abnormalities, objectives of Global FAST®- AFAST®, TFAST®, and Vet BLUE®.

A. Format:

  • Laptop/TabletAdvantages: portable, can be moved to the patient, both hands free

Disadvantages: more risk for dropping the machine, probe; traditionally less features, less image quality than a console

  • ConsoleAdvantages: less risk for dropping the machine, probe; traditionally more features, better image quality than a console

Disadvantagescumbersome, difficult to move to the patient

  • HandheldAdvantages: portable, can be moved to the patient, stored in your pocket

Disadvantages: more risk for dropping the machine, probe; traditionally less features, less image quality than a console; takes away the non-probe hand from palpating the patient, bracing/stabilizing the probe (when the screen is held in the non-probe hand) – this is very IMPORTANT and not considered by many purchasing these devices; smaller screen size

B. Major Features:

B-mode is your standard real-time, blacks, whites, and grays

Color Flow Doppler allows you to detect flow, specifically, pulsatile flow, which is advantageous for avoiding vessels during ultrasound-guided procedures, for differentiating artifacts and thrombi (clots) from masses, for differentiating a torsion from a viable organ (spleen, testicle, lung, liver)

Ability to Store Prospective Image Captures (Cine Clips) because saving cine (video) clips is helpful for reviewing patient findings for learning and comparing to future studies, and telemedicine (generally 6-10 second clips of each respective view)

C. Probe Type and Frequency (MHz)

Microconvex (also called Curvilinear) Probe with a frequency range of  5-10MHz (or 6-10, or 6-9) is acceptable for the entire Global FAST® Approach and its objectives.

Other probe types would be considered “add-ons” are the Macroconvex (also called Curvilinear) Probe (larger version of the Microconvex Curvilinear Probe), Phased-array (also called Sector) Probe for echocardiography, and Linear for the fine detail of structures such as abdominal organs in small patients (cat-sized or smaller including exotic companion mammals, birds, and reptiles), eyes, musculoskeletal structures like vessels, nerves, tendons and ligaments, and lung surface.

The Microconvex (also called Curvilienar) Probe may very well image adequately smaller patients’ abdominal and cardiac structures (cat-sized or smaller including exotic companion mammals, birds, and reptiles), eyes, and musculoskeletal structures like vessels, nerves, tendons, and ligaments.  Having additional probes may be more of a luxury than a necessity for many newer machines and

 

D. Service Policy

Make sure you have a plan to service your machine AND if possible an agreement to have a loaner while the machine is being serviced.  There is nothing more frustrating than having a machine serviced for 4-6 weeks with no ultrasound machine (or have a back-up machine that may replace the machine being serviced).

 

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