Sonography is a safe and effective imaging tool, but the machines, “do not present this information in a manner that is easily accessed or understood by the operator” (Alexander 19). Ultrasound imaging can be difficult to understand because the procedure uses little to no radiation, for penetrating thick layers of human tissue can be difficult. Shallow penetration of human tissue leads to a poor quality images; making images hard to characterize or diagnose. A Major difficulty in ultrasound is most of the, “information on biological effects of ultrasound on humans is undiscovered” (Alexander 20). The undiscovered effects of ultrasound it makes some information hard for the operator to understand. One thing that makes ultrasounds hard to read and understand is that, “ultrasound signals will appear as gray-scale images” (Allen 43). Gray scale images are a ultrasound in different shades of gray, which makes characterizing the image
Sonography is a safe and effective imaging tool, but the machines, “do not present this information in a manner that is easily accessed or understood by the operator” (Alexander 19). Ultrasound imaging can be difficult to understand because the procedure uses little to no radiation, for penetrating thick layers of human tissue can be difficult. Shallow penetration of human tissue leads to a poor quality images; making images hard to characterize or diagnose. A Major difficulty in ultrasound is most of the, “information on biological effects of ultrasound on humans is undiscovered” (Alexander 20). The undiscovered effects of ultrasound it makes some information hard for the operator to understand. One thing that makes ultrasounds hard to read and understand is that, “ultrasound signals will appear as gray-scale images” (Allen 43). Gray scale images are a ultrasound in different shades of gray, which makes characterizing the image