The global automated breast ultrasound system market will exhibit a volume CAGR of 11.1% during the forecast period (2018-2027), according to a new analytical research study of Fact.MR. The report estimates the global automated breast ultrasound system market to reach nearly US$ 345 Mn in revenues by 2027-end.
Breast mammography has gained popularity as the standard diagnostic screening tool in the women’s healthcare, aiding detection and intervention of breast cancers in early stages. Prevalence of breast cancer has been increasing significantly over the past few years. The American Cancer Society recorded over 245,000 new cases of breast cancer in 2016 in the U.S. Despite immense research, mammography alone is not effective for all populations of women, particularly in women having dense breast tissues.
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Ultrasound has gained traction as more portable and less expensive diagnostic imaging tool, as compared to CT and MRI. However, several limitations are associated with the technology such as lengthy test durations, dependence on skill & expertise of operator. In a bid to resolve these concerns, prominent companies such as SonoCine, U-Systems, Inc., and Siemens Healthcare, have developed automated breast ultrasound system (ABUS), which utilizes high-frequency sound waves to provide the physicians with 3D volumetric image. Such 3D images are more beneficial for women with dense breast tissues, as they enable radiologists to examine the breast cancers from various angles and deliver a better interpretation. Moreover, the operator dependency is drastically reduced, as transducer employed in ABUS scans the breast automatically.
ABUS gaining Competitive Edge over HHUS
Breast cancer has prevailed as most commonly diagnosed cancer type, and has become the second leading cause of mortality among women, according to statistics unveiled by National Breast Cancer Foundation. With growing awareness about breast cancer, number of screening procedures has proliferated, thereby propelling demand for advanced diagnostic and follow-up care technologies such as automated breast ultrasound systems in diagnostic centers and hospitals. Facilitated screening of denser breast’s tissues, along with the provision of superior image quality, has offered automated breast ultrasound system (ABUS) a competitive edge over the handheld ultrasound system (HHUS).
As automated breast ultrasound system are approved by the FDA for screening in coordination with mammography, in case of women with denser breast tissues, radiologists are increasingly opting for the technology. On the back of high quality 3D images offered by ABUS, surgeons are employing the system for pre-operative breast evaluation to identify tumor size and location accurately. However, high cost, and lack of skilled radiologists needed for ABUS have made surgeons to opt for HHUS for pre-operative evaluation.
Governments across the globe are launching awareness campaigns for encouraging women with breast cancer to take professional help and undergo diagnosis. Public Health England, for example, launched a campaign – Be Clear on Cancer’ in 2015 for raising awareness on breast cancer among women over seventy years old. In addition, the Breast Cancer Now Catalyst Programme encouraged and offered tremendous support to research and development in diagnosis and treatment of breast cancer. Awareness campaigns on breast cancer are further expected to influence demand for automated breast ultrasound system.
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Standardized Training Imperative for Radiologists
Increased sensitivity of the FDA-approved ABUS, nearly 97%, when utilized in conjunction with mammography illustrates this technology’s lucrativeness as a screening tool for women with dense breast tissues. However, certain areas of ABUS are required to be addressed prior to its future developments by companies and market penetration, as the technology is relatively new. One such are directly relates to radiologists. Although ABUS curtails the requirement for a skilled operator, radiologists would now need formal training. As the familiarity of radiologists with ABUS is not as similar as that with other imaging technologies, and as scans offered are volumetric 3D images, correct interpretation of these images will further entail the requirement for standardized training for radiologists.
Several studies have been carried out for evaluating influence of 3D automated breast ultrasound system (3D ABUS), when integrated with full-field digital screening mammography (FFDSM). These studies have shown significant improvements in invasive breast cancer diagnosis rate coupled with acceptable recall increase, when 3d ABUS was added to FFDSM in women having ACR3/ACR4 breast density. 3D ABUS has been deemed to be promising adjunct method to the FFDSM programs of high-volume screening centers.
Fact.MR’s report has identified key players underpinning expansion of the global automated breast ultrasound system market, which include GE Healthcare, Delphinus Medical Technologies, Inc., Siemens AG, SonoCine Inc., and Hitachi, Ltd. Product innovation will continue to be a key strategy among the market players to gain a competitive edge. A breakthrough innovation, called “Automated Breast Volume Scanner (ABVS)” has been recently introduced by Siemens Healthcare, which provides volume images of breasts, and helps in exhaustive screening using ultrasound.
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