Portable, non-invasive diagnostic imaging systems designed for bovine species employ high-frequency sound waves to visualize internal organs and tissues. These devices facilitate real-time examination of reproductive tracts, enabling pregnancy diagnosis, assessment of fetal viability, and identification of reproductive abnormalities. Such technology also aids in evaluating musculoskeletal structures for injuries or diseases. An example application includes monitoring ovarian follicular development for timed artificial insemination.
This technology represents a significant advancement in bovine veterinary practice. It allows for early and accurate diagnoses, leading to more effective treatment strategies and improved animal welfare. Historically, producers and veterinarians relied on rectal palpation, a less precise method. The advent of portable, readily available devices has revolutionized reproductive management, allowing for more efficient breeding programs and enhanced herd productivity. This also contributes to greater economic sustainability within the cattle industry.
