发明名称 BIOPSY DEVICE AND METHOD FOR OBTAINING A TOMOGRAM OF A TISSUE VOLUME USING SAME
摘要 The biopsy device generally comprises: a cannula body having a longitudinal axis and a probing region extending along the longitudinal axis, the probing region having a sample receiving window defined therein for receiving a sample of a surrounding tissue when performing a biopsy; and a plurality of optical fibers mounted along an exterior portion of the cannula body, each of the plurality of optical fibers having a fiber end in the probing region of the cannula body, at least one of the plurality of optical fibers being adapted to illuminate the surrounding tissue with an optical signal generated by the at least one light generator and at least one of the plurality of optical fibers being adapted to detect an optical signal response with the at least one light detector, the optical signal response being caused by the propagation of the optical signal in the surrounding tissue.
申请公布号 US2016151055(A1) 申请公布日期 2016.06.02
申请号 US201414906065 申请日期 2014.07.25
申请人 THE ROYAL INSTITUTION FOR THE ADVACEMENT OF LEARNING/MCGILL UNIVERSITY ;UNIVERSITY HEALTH NETWORK ;POLYVALOR, LIMITED PARTNERSHIP 发明人 LEBLOND Frederic;WILSON Brian;GOYETTE Andreanne;PICHETTE Julien;PETRECCA Kevin;BOUDOUX Caroline;MADORE Wendy-Julie;STRUPLER Mathias
分类号 A61B10/04;A61B10/02;A61B5/1455;A61B5/145;A61B1/07;A61B5/1459 主分类号 A61B10/04
代理机构 代理人
主权项 1. A biopsy device comprising: a cannula body having a longitudinal axis and a probing region extending along the longitudinal axis, the probing region having a sample receiving window defined therein for receiving a sample of a surrounding tissue when performing a biopsy; and a plurality of optical fibers mounted along an exterior portion of the cannula body, each of the plurality of optical fibers having a fiber end in the probing region of the cannula body and another fiber end adapted to be optically connectable to at least one of at least one light generator and at least one light detector, at least one of the plurality of optical fibers being adapted to illuminate the surrounding tissue with an optical signal generated by the at least one light generator and at least one of the plurality of optical fibers being adapted to detect an optical signal response with the at least one light detector, the optical signal response being caused by the propagation of the optical signal in the surrounding tissue.
地址 Montréal CA