New aspects of high-resolution ultrasound for tumor detection and treatments: M-Elite Program

Abstract

The concept of bringing together physicians with ultrasound expertise worldwide and ultrasound technology developers in terms of planning, design, and production would offer extensive opportunities for advancing ultrasound diagnostics. By taking part in initiatives based on this concept, physicians would have the chance to directly explore and evaluate the most up-to-date ultrasound technology for both diagnostic purposes and ultrasound-guided interventions during patient examinations at university ultrasound centres in China. The exchange of knowledge with fellow professionals and system developers would also be a significant component of this experience [1][2][3][4][5][6][7][8][9][10][11].This concept was deliberated in small group discussions and individual meetings, focusing on forthcoming advancements in technology. Subsequently, there was an in-depth exploration of standards for scientific publications and environmentally conscious aspects of science and technology. Finally, an individual-focused survey was conducted to assess the potential for fostering comprehensive exchanges and the possibility of engaging in important, future-proof ultrasound developments via social media platforms, specifically through case discussions.The prolonged duration of the pandemic has underscored the significance of direct interpersonal exchanges among ultrasound technology developers, investigators, users, learners, teachers, and researchers worldwide. Among this community, a notable segment actively participates in the M-Elite initiative, which facilitates on-site interactions at research and development centres across China. It is from these interactions that the current "M-Elite Program" format originated. Regarding the latest advancements in ultrasound technology, it is essential to conduct multi-centre evaluations on each imaging modality to assess their suitability for future clinical applications. This approach will allow for defining the threshold values for tissue properties (such as fibrosis and inflammation) in correlation with various diseases.