@article{3228967db5e1498393d7c2ff65b23210,
title = "Characterizing biological tissue using scanning laser acoustic microscopy: SLAM technique offers high resolution for determining the properties of individual layers",
author = "Assentoft, {J. E.} and J{\o}rgensen, {C. S.} and H. Gregersen and Christensen, {L. L.} and Djurhuus, {J. C.} and O'Brien, {W. D.}",
note = "Funding Information: lines shift to the right, entering the muscu-In the interference image, the interference Acknowledgments lar coat from the coupling medium, and a The authors acknowledge financial as- small shift to the left may be seen when it sistance from NIH grants CA09067 and enters the mucosa (Fig. 2c). This relation-HD2 1867 and from the University of Ilh- ship suggests that the speed of sound is nois Value-added Research Opportunities higher in the muscle coat than in the mu-Program and Karen Elise Jensens Fond, cosa, which is also the case: In the former Copenhagen, Denmark. The technical as- speed is 1635 k 4 and in the latter 1580 f sistance from Dr. Amjad A. Safvi, Ms. Jia 6 m s-l (p<0.05). The attenuation coeffi- Yao and Professor James F. Zachary at the cient for the wall in toto is 112 dB mm{\textquoteright} University of Illinois is also acknow- (r = 0.94). SAM Laboratory, Institute of Experimen-ledged. Jens Kristian Poulsen, M.Sc.,",
year = "1996",
doi = "10.1109/51.482793",
language = "English (US)",
volume = "15",
pages = "42--45",
journal = "IEEE Engineering in Medicine and Biology Magazine",
issn = "2154-2287",
publisher = "Institute of Electrical and Electronics Engineers Inc.",
number = "1",
}