The Near Infrared Medical Imaging Solution Has Several Advantages Over Other Radio-Imaging Techniques Currently Available

 

Near Infrared Medical Imaging

The need for Near Infrared Medical Imaging is projected to rise in the upcoming years due to an increase in the prevalence of target diseases such cancer, cardiovascular, gastrointestinal, and neurovascular conditions. The WHO estimates that 17.9 million fatalities worldwide occur each year as a result of CVDs. Additionally, it is projected that the market would increase as a result of different initiatives done by major players and the rising need for technologically sophisticated fluorescence imaging systems. Like the surgical endoscopic system that Sony, Olympus, and Sony Olympus Medical Solutions developed in September 2022, which offers 4K, 3D, and infrared imaging features.

Since these are critical care medical equipment that are primarily used during surgical procedures, the COVID-19 pandemic had an impact on the sector. As medical settings diverted their resources to necessary and life-saving devices as a result of the constraints, the demand for Near Infrared Medical Imaging instruments fell. The industry is anticipated to expand significantly over the projected time now that the pandemic limitations have been lifted. The market for surgical endoscopes had positive growth over the previous fiscal year as a result of COVID-19's effects, according to Olympus' annual report.

Sales of the VISERA ELITE II surgical endoscopic system were particularly strong in North America and Europe. The use of surgical viewing devices has increased as surgical procedures have become more widely used. Due to the increased incidence of chronic diseases brought on by stress, work pressure, poor eating habits, a sedentary lifestyle, exposure to chemicals, and hereditary, many people have chosen microsurgery on a wide scale. Additionally, as people become more aware of the advantages of doing surgery at the right time to address a medical problem, the demand for surgical treatments is rising, which accelerates the adoption of Near Infrared Medical Imaging.

Numerous physiological diagnostic procedures, including the study of pulse oximetry, blood sugar, sports medicine, urology, and neurology, utilise NIR imaging. Additionally, there are more than 250 clinical trials investigating the potential uses of this method in various fields. The use of the NIR technique in neurology is anticipated to change significantly with the development of non-invasive near-infrared spectroscopy (NIRS) for the early diagnosis of Alzheimer's disease. Functional NIRS is being used more frequently in the field of neuroimaging and is integrated with optical imaging technologies.

For spine surgery, it is increasingly employed. ICG's advantages and expanding applications are hence the segment's main drivers. The cutting-edge point-of-care (PoC) Near Infrared Medical Imaging modalities offer radiation-free and noninvasive imaging while offering the sensitivity of nuclear medicine methods. Due to the introduction and approval of NIR imaging systems for use in surgical operations, the device segment is also anticipated to have profitable growth during the projection years. The sector is further broken down into NIR fluorescence imaging systems and NIR fluorescence & bioluminescence imaging systems.

The diagnosis and treatment of patients have improved as a result of advancements in Medical Imaging Devices technologies, including mobile imaging devices and 3-D ultrasonic holography, which does not emit hazardous radiation. Patients who are children tend to be more radiosensitive than adults. Because of this, manufacturers are concentrating on creating X-ray imaging systems that are safer, more efficient, and specifically designed for paediatric patients. This is encouraged by the U.S. FDA. Additionally, businesses are working with IT firms to build software that will help diagnose and treat patients better. These firms are expected to deliver improved visualisation and quantitative analysis tools.