id	author	title	date	pages	extension	mime	words	sentences	flesch	summary	cache	txt
work_f4xtb3hb7zbp3f4cfbx6kmkwyq	Ruikang K. Wang	Special Section Guest Editorial: Optical Elastography and Measurement of Tissue Biomechanics	2013.0	2	.pdf	application/pdf	770	73	43	Optical Elastography and Measurement of Tissue Biomechanics tissue mechanical properties can play a key role in the diagnosis and understanding of many diseases. mechanical properties of tissue—has been developed extensively over the past 25 years, based mainly on ultrasound and Over the last several years, the exciting prospect of adapting optical imaging methods, such as optical coherence elastography can be used to image the mechanical properties In this special section, fourteen papers highlighting the latest technical developments in optical elastography and measurement of tissue biomechanics are presented. elastography methods are presented based on a number of imaging methods; optical coherence tomography, digital photography, ultrasound modulated optical tomography and laser Novel methods to measure tissue displacement in In this special section, two optical coherence coherence tomography, which provides higher spatial resolution than existing optical coherence elastography methods. presents a review of optical methods for measuring the mechanical properties of arterial tissue. The advances being made in optical elastography and	./cache/work_f4xtb3hb7zbp3f4cfbx6kmkwyq.pdf	./txt/work_f4xtb3hb7zbp3f4cfbx6kmkwyq.txt