Point-of-care ultrasound (PoCUS) is among the most pivotal and universally appreciated technologies in emergency medical care. When precision matters, and every second counts, PoCUS provides the life-saving diagnostic data clinicians need. The utility of PoCUS continues to contribute to the technology’s rapid evolution. Today’s PoCUS devices are more affordable, integrated, and portable enough to go … Continue reading
In economics, understanding the supply and demand curve is key to understanding a market’s pricing equilibrium. As demand rises and supply falls, prices rise; when supply rises and demand falls, prices fall as well. What happens when both supply and demand rise? In the case of ultrasound technology, innovation is driving demand up and prices … Continue reading
Hepatology is the medical specialty devoted to liver function and the health of the gallbladder, biliary tree, and pancreas. The human body’s ability to process nutrients, metabolize medications, filter toxins, and regulate enzymes all rely on healthy hepatological function. Disease and abnormalities contribute to chronic, debilitating conditions that require regular monitoring. Ultrasound is increasingly useful … Continue reading
The digital age of ultrasound is changing the way physicians think about and apply sonography for critical diagnoses. Ultrasound hardware and software are evolving, and today’s technology incorporates cutting-edge artificial intelligence (AI) for easier, more accurate, and more powerful diagnostic imaging. Faster, clearer, more accessible ultrasound Ultrasound equipment is continuously evolving, but software innovations are … Continue reading
Point-of-care ultrasound (PoCUS) is among the most pivotal and universally appreciated technologies in emergency medical care. When precision matters, and every second counts, PoCUS provides the life-saving diagnostic data clinicians need. The utility of PoCUS continues to contribute to the technology’s rapid evolution. Today’s PoCUS devices are more affordable, integrated, and portable enough to go … Continue reading
In healthcare, an expedient diagnosis is fundamental to successful treatment. The faster the diagnosis, the quicker a patient’s clinical team can determine the right treatment approach. But a fast and accurate diagnosis requires tangible data, which explains why ultrasound imaging is the standard for in-depth diagnostics. Volumetric ultrasound contributes to rapid diagnoses across a wide … Continue reading
As diagnostic imaging technology advances, variations on the traditional ultrasound are gaining ground in a variety of clinical specialties. For many patients, their concept of ultrasound originates with obstetrics or abdominal exams for surveying gall bladder and liver function. Today, harmonic imaging is the primary diagnostic approach for a wide range of clinical applications. Understanding … Continue reading
Three trimesters. 40 weeks. 280 days. No matter how you count it, childbirth doesn’t happen overnight. There’s an incredible amount of fetal development during gestation, and it’s crucial for moms and clinicians to follow fetal progress closely. In 2022, typical pregnancy care includes a minimum of two ultrasound examinations: one to confirm the due date … Continue reading
Point-of-care ultrasound is increasingly essential to medical diagnostics. Providers from a broad range of medical specialties rely on diagnostic imaging to identify and monitor patient conditions and deliver a more informed approach to treatment and patient care. Increased use of point-of-care ultrasound also increases the need for monitoring and maintaining this sophisticated technology. Medtech managers … Continue reading
Advances in ultrasound technology have accelerated in the past decade, largely due to microelectromechanical systems (MEMS). The ability to machine extremely sophisticated arrays makes it possible to produce photoacoustic endoscopes that operate a level beyond traditional piezoelectrics. Two technologies are leading the charge and changing the way we capture real-time and 3D imaging: capacitive micromachined … Continue reading
