International Photoacoustic Standardisation Consortium (IPASC): overview (Conference Presentation)

S. Bohndiek, J. Brunker, J. Gröhl, Lina Hacker, J. Joseph, W. Vogt, P. Armanetti, H. Assi, J. Bamber, P. Beard, T. Berer, R. Bouchard, K. Briggman, L. Cavigli, Bryan Clingman, B. Cox, A. Desjardins, A. Heinmiller, Jeesong Hwang, E. Hysi, Aoife M. Ivory, J. Jose, T. Kirchner, J. Klohs, L. Maier-Hein, Efthymios Maneas, J. Mannheim, S. Manohar, L. McNally, L. Menichetti, Steven Miller, S. Morscher, R. Ni, Yoko Okamura, M. Olivo, M. Pagel, G. Parker, A. Pelagotti, A. Pifferi, S. Rajagopal, F. Ratto, D. Razansky, L. Richards, A. Ron, M. K. Singh, M. Waldner, Kun Wang, Lihong V. Wang, W. Xia, B. Zeqiri
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引用次数: 3

Abstract

The International Photoacoustic Standardisation Consortium (IPASC) emerged from SPIE 2018, established to drive consensus on photoacoustic system testing. As photoacoustic imaging (PAI) matures from research laboratories into clinical trials, it is essential to establish best-practice guidelines for photoacoustic image acquisition, analysis and reporting, and a standardised approach for technical system validation. The primary goal of the IPASC is to create widely accepted phantoms for testing preclinical and clinical PAI systems. To achieve this, the IPASC has formed five working groups (WGs). The first and second WGs have defined optical and acoustic properties, suitable materials, and configurations of photoacoustic image quality phantoms. These phantoms consist of a bulk material embedded with targets to enable quantitative assessment of image quality characteristics including resolution and sensitivity across depth. The third WG has recorded details such as illumination and detection configurations of PAI instruments available within the consortium, leading to proposals for system-specific phantom geometries. This PAI system inventory was also used by WG4 in identifying approaches to data collection and sharing. Finally, WG5 investigated means for phantom fabrication, material characterisation and PAI of phantoms. Following a pilot multi-centre phantom imaging study within the consortium, the IPASC settled on an internationally agreed set of standardised recommendations and imaging procedures. This leads to advances in: (1) quantitative comparison of PAI data acquired with different data acquisition and analysis methods; (2) provision of a publicly available reference data set for testing new algorithms; and (3) technical validation of new and existing PAI devices across multiple centres.
国际光声标准化联盟(IPASC):概述(会议报告)
国际光声标准化联盟(IPASC)成立于2018年SPIE,旨在推动光声系统测试的共识。随着光声成像(PAI)从研究实验室走向临床试验的成熟,建立光声图像采集、分析和报告的最佳实践指南以及技术系统验证的标准化方法至关重要。IPASC的主要目标是为临床前和临床PAI系统的测试创造广泛接受的模型。为了实现这一目标,IPASC成立了五个工作组(wg)。第一种和第二种WGs具有明确的光学和声学特性、合适的材料和光声图像质量幻象的配置。这些幻影由嵌入目标的大块材料组成,可以定量评估图像质量特性,包括分辨率和跨深度灵敏度。第三个工作组记录了联盟内可用的PAI仪器的照明和检测配置等细节,从而提出了系统特定幻体几何形状的建议。工作组4还利用该PAI系统清单确定数据收集和共享的方法。最后,WG5研究了幻影的制造方法、材料特性和幻影的PAI。在联盟内进行了一项多中心幻影成像试验研究后,IPASC确定了一套国际商定的标准化建议和成像程序。这导致了以下方面的进展:(1)不同数据采集和分析方法获得的PAI数据的定量比较;(2)为测试新算法提供公开可用的参考数据集;(3)跨多个中心对新的和现有PAI设备进行技术验证。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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