[Experimental investigations on the effect of the transducer-specimen distance on the ultrasound attenuation of formalin-fixed testicular tissue].

H Heynemann, K P Richter, J Haerting, H J Holzhausen, M Baumann, K Jenderka, B Langkopf, R Millner
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Abstract

Additional information on the tissue structure are possible by estimation of sound physical parameters in comparison with normal B-scan ultrasonography, especially the frequency-dependent ultrasound attenuation. The ultrasound attenuation measurements were made on histochemical normal and pathological testicular tissue with changing transducer-specimen distance. No markedly difference in damaging behaviour was found between normal and pathological testicular tissue at different distances.

[传感器-标本距离对福尔马林固定睾丸组织超声衰减影响的实验研究]。
与正常的b超扫描相比,通过估计声物理参数,特别是频率相关的超声衰减,可以获得有关组织结构的额外信息。随换能器-标本距离的变化,对正常和病理睾丸组织进行超声衰减测量。正常和病理睾丸组织在不同距离上的损伤行为无显著差异。
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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