What Is The Difference Between Color And Non-color Veterinary Ultrasound?

Those who have encountered Veterinary Ultrasound equipment may have heard the term “color ultrasound”. However, the “color veterinary ultrasound” discussed today and “color veterinary ultrasound” are in fact entirely different concepts. What is referred to as ‘color veterinary ultrasound’ actually denotes False color image processing. False color is a technique that renders specific tissues visible on monochrome images by superimposing primary colors such as red, blue, or green. For instance, theECI-3000series veterinary ultrasound features a false color function with 16 adjustable levels.

True color veterinary ultrasound, on the other hand, generally refers to Doppler color veterinary ultrasound in veterinary medicine. This technology uses colors to indicate the direction and speed of blood flow. When examining the vascular structures of an animal's heart or tumours, for example, the vet can use red and blue colors to identify abnormal blood flow. This technology is extremely beneficial for diagnosing vascular diseases and complex lesions. The ECI-X5S (Doppler color veterinary ultrasound) is a typical example of a Doppler color veterinary ultrasound device, but its images are primarily monochrome, with color functioning only as an auxiliary marker.

  Next, what are the specific differences between color and non-color veterinary ultrasound? As mentioned earlier, color veterinary ultrasound is essentially a monochrome scan with a False color function. Adding background color allows specific tissues to be displayed more clearly. For example, in animal pregnancy examinations, the False color mode makes the outline of the gestational sac more distinct. Non-color veterinary ultrasound is monochrome, making it suitable for basic examinations. In evaluating animal pregnancy, it more clearly emphasises the shape and position of the gestational sac. When examining stones or cysts, black-and-white contrast alone is sufficient for assessing the size of the lesion.

  In summary, when purchasing veterinary ultrasound equipment, its intended use must be considered. Clearly, color veterinary ultrasound systems offer better value for money than monochrome models. For example, the ECI-3000 series veterinary ultrasound provides diagnostic-grade monochrome ultrasound imaging whilst incorporating False color functionality. For basic animal diagnostics, the original monochrome image is entirely sufficient.