With the rapid development of electronic technology, the functions of medical devices have rapidly evolved and improved, bringing unprecedented convenience to doctors and patients. As a new generation product in the field of medical imaging in recent years, handheld ultrasound has become an important research and application focus.
1.What is handheld ultrasound?
With the rapid development of microelectronics technology, traditional ultrasound has been continuously "slimming down", and various portable ultrasound devices have emerged at the historic moment, and their applications in the field of medical health have become more and more extensive.
As the name suggests, wireless handheld ultrasound is a palm-sized, untethered ultrasonic device connected to a smart display such as a mobile phone or tablet via built-in WiFi (no external network required). Rather than a small medical device, it is the doctor's "apple of the eye", or call it the "pocket scope", the application of this mini ultrasound device can provide patients with fast and convenient ultrasound examination anytime, anywhere, and is not limited by the purchase of expensive, large and difficult to move traditional ultrasound equipment.
2.What is the difference between handheld ultrasound and other ultrasound?
Size and portability: Traditional ultrasound equipment often requires a separate room or large mobile vehicle for storage. And the handheld ultrasound, as the name suggests, is small enough to fit easily into a doctor's pocket or hang around your waist for easy access.
Cost: While traditional ultrasound equipment usually requires a purchase fee of millions, the cost of handheld ultrasound is only in the order of hundreds of thousands, which makes it more attractive in an economically limited environment.
Interface and features: Many smart devices can be used with a smartphone or tablet app to provide an intuitive interface. However, relative to the purchase cost, handheld ultrasound is not as rich as traditional ultrasound equipment, especially in applications requiring advanced imaging technology.
3.Application scenario
Emergency and trauma assessment: In emergency situations, such as traffic accidents or other serious injuries, the doctor can immediately use the handheld ultrasound to perform a rapid assessment of the internal organs, large blood vessels, and heart.
Primary care and remote areas: In places where resources are limited or transportation is difficult, the company provides doctors with a way to obtain real-time image information, greatly improving the accuracy and efficiency of diagnosis.
Follow-up and monitoring: For patients who require long-term follow-up, such as pregnant women or patients with chronic diseases, handheld ultrasound can provide physicians with a convenient and economical follow-up tool.
4.Future development of handheld ultrasound
Technological innovation and image quality improvement: With the advancement of technology, future handheld ultrasound equipment may be closer to traditional ultrasound equipment in image quality and function. This will help professional ultrasonic diagnostic technology to sink to the grassroots and clinical medical care, with the further decline in cost, palm super products are expected to enter the family and other more extensive medical application scenarios to play the value of imaging diagnosis.
AI-assisted diagnosis: Combined with AI technology, handheld ultrasound may become more intelligent and precise at image parsing, disease detection and other complex tasks. Through the extensive deployment and use of AI technology, it can effectively improve the consistency of diagnostic quality control and further reduce the technical threshold of accurate diagnosis of complex diseases.
Telemedicine Integration: Integration with telemedicine systems could make Palmetto a central tool in remote areas or home healthcare. Through the deployment of 5G remote ultrasound technology, ultrasonic diagnosis medical technology can be effectively separated, and real-time scanning and diagnosis can be realized in different places, so as to help professional diagnosis and treatment capabilities sink to remote grassroots scenes.
Education and training: Handheld ultrasound devices are likely to be widely used in medical education and training due to their portable and intuitive nature. Students and junior doctors can gain a deeper understanding of the structure and function of the human body through real-time observation and manipulation. This interactive approach to learning has the potential to greatly enhance the effectiveness of education, especially in the practice of anatomy, physiology and pathology.
Consumer market expansion: With the advancement of technology and the reduction of costs, handheld ultrasound is likely to enter the household market. This means that the average consumer may use these devices for routine health checks and monitoring, such as home checks, assessing muscle injuries, or monitoring chronic diseases.
Multimodal fusion and augmented reality: Future handheld ultrasound devices may integrate other imaging technologies, such as optical imaging or thermal imaging, to provide doctors with more comprehensive information. In addition, the combination with augmented reality (AR) technology can provide real-time, overlaid images of the patient, thereby improving the accuracy of diagnosis and treatment.
Environment and Global Health: Palm Super's portability means it can be easily deployed in resource-limited or disaster-affected areas to provide timely medical assistance to local people. Typical such as first aid disaster, emergency, mobile rescue and so on play a huge role.
In 2017, the Ministry of Science and Technology listed portable handheld ultrasound as a national key research and development topic in the 13th Five-Year Plan. Handheld ultrasound marks a new development in the ultrasound industry. As a new star in the field of medical imaging, handheld ultrasound is gradually changing the pattern of medical industry with its unique characteristics and wide application prospects. Whether in emergency care, primary care or education and training, it has proved its value. With the advancement of technology, handheld ultrasound will undoubtedly play a greater role in the future and become one of the important tools in the medical community.
Post time: Oct-12-2023
