In healthcare, best practices and standards are constantly subject to review. In 2023, the U.S. Food and Drug Administration (FDA) announced a comprehensive group of updates to policies regarding diagnostic imaging, with guidance on everything from X-ray to ultrasound. In all, the organization updated six guidance documents, outlining new best practices to ensure the health … Continue reading
Ultrasound equipment experiences a lot of wear and tear, and it’s prone to incidental damage. All it takes is an accidental drop, and defects are likely to follow. Even out of the box, ultrasound equipment should be tested, calibrated, and validated prior to use. One potentially serious risk is electrical leakage in ultrasound probes, which … Continue reading
Tissue-mimicking ultrasound phantoms (TMPs) are designed to simulate the acoustic properties and texture of human tissue, providing a realistic and controlled environment for ultrasound practitioners and researchers. They’re invaluable tools in the field of medical imaging, revolutionizing the way we train technicians, ensure quality, and conduct research in ultrasound technology. As ultrasound imaging technology evolves, … Continue reading
Ultrasound is a vital tool not only in prenatal care, but across internal medicine as a whole. But despite its widespread use, reliability, and proven safety record, there are still many myths and misconceptions surrounding the technology. These myths can cause unnecessary worry and anxiety for patients and can even lead to avoidance of necessary … Continue reading
Accurate diagnosis and timely treatment are critical to ensuring the best possible patient care. Misdiagnosis or delayed treatment can lead to serious consequences, including disease progression, complications, or even death. More and more, clinicians are turning to ultrasound to help illuminate the path to optimal outcomes. Ultrasound helps mitigate risks by providing a noninvasive, accurate, … Continue reading
Modern ultrasound has revolutionized patient diagnosis and condition monitoring, but accurately interpreting ultrasound images can be a challenge — even for experienced clinicians. The human body is complex, and the variability of ultrasound imaging can make interpretation complicated. Fortunately, advancements in artificial intelligence are taking some of that burden off diagnosticians. Deep learning algorithms are … Continue reading
Clinicians have long relied on the stethoscope as a primary diagnostic tool, but as technology advances, the stethoscope’s limitations become increasingly apparent. One technology that’s been instrumental in identifying and overcoming these shortcomings is ultrasound. Ultrasound applications continue to expand throughout the healthcare landscape, and more clinicians are choosing ultrasound imaging as their go-to diagnostic … Continue reading
Ultrasound technology is already benefiting from a decade of advancement in artificial intelligence (AI). Not only has AI helped improve ultrasound clarity; it’s also been instrumental in improving diagnostic speed and accuracy. Now, as AI evolves even further, there’s hope it will set new precedents for ultrasound technology innovation. FDA-approved new technologies We’re currently living … Continue reading
There are two forces at work in every market: the status quo and the disruptors. In ultrasound technology, the status quo is represented by long-standing tech leaders, such as GE, Philips, Siemens, and Canon. But the disruptors are more difficult to identify — largely because they’re often acquired by more established players. The ultrasound tech … Continue reading
When hospitals and healthcare facilities invest in medical technology, they expect it to work right out of the box. When equipment doesn’t work, it reflects poorly on both manufacturer and vendor. Clinicians and patients trust the reputation of brand name manufacturers, but ultrasound probes are delicate. Even fresh from the factory, probes can have defects … Continue reading
