What is true regarding higher frequency ultrasound probe transducers?

Higher frequency ultrasound probe transducers are characterized by their ability to produce images with greater resolution. This increased image resolution is due to the shorter wavelength associated with higher frequency sound waves, allowing for finer details to be captured during imaging.

However, these higher frequency waves also have a decreased ability to penetrate deeper tissues. The energy of higher frequency sound waves is more readily absorbed by tissues, which limits how deep they can effectively visualize structures. As a result, while you gain superior image quality and detail with higher frequency transducers, this comes at the cost of reduced penetration into the body.

Thus, the statement that higher frequency ultrasound probes enhance image resolution but diminish penetrating ability is accurate and reflects the trade-offs associated with different ultrasound frequencies.