2020
DOI: 10.1007/s10103-020-03029-8
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Visualization of lymphatic vascular invasion in breast cancer by multiphoton microscopy

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Cited by 4 publications
(4 citation statements)
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“…Using image analysis the authors report significant differences in the cell nucleus area and content of collagen fibers between the neoadjuvant and posttreatment breast carcinoma tissues. The investigators also demonstrated visualization of lymphovascular invasion using multiphoton microscopy 110 . In diagnostic evaluation of breast tissue, multiphoton microscopy was shown to have accuracies ranging from of 87.5% to 94% in rendering a breast pathology diagnosis from multiphoton images 111,112 .…”
Section: Natural Language Processingmentioning
confidence: 99%
See 1 more Smart Citation
“…Using image analysis the authors report significant differences in the cell nucleus area and content of collagen fibers between the neoadjuvant and posttreatment breast carcinoma tissues. The investigators also demonstrated visualization of lymphovascular invasion using multiphoton microscopy 110 . In diagnostic evaluation of breast tissue, multiphoton microscopy was shown to have accuracies ranging from of 87.5% to 94% in rendering a breast pathology diagnosis from multiphoton images 111,112 .…”
Section: Natural Language Processingmentioning
confidence: 99%
“…The investigators also demonstrated visualization of lymphovascular invasion using multiphoton microscopy. 110 In diagnostic evaluation of breast tissue, multiphoton microscopy was shown to have accuracies ranging from of 87.5% to 94% in rendering a breast pathology diagnosis from multiphoton images. 111,112 These techniques generate images of the tissue in a relatively short time (eg, seconds to minutes) and would be amenable to intraoperative consultation workflows, and could contribute to identify suspicious foci and expedite the evaluation and reporting of margin or sentinel lymph node status in the context of intraoperative frozen section workflows.…”
Section: Natural Language Processingmentioning
confidence: 99%
“…Existing animal models for sorafenib toxicity studies have many shortcomings: experimental animals cannot accurately reflect the various pathological changes in the human body, and patients with advanced HCC often have different degrees of liver fibrosis and cirrhosis, which are difficult to replicate at the animal level ( 15 , 16 ). At the same time, many difficulties exist in tissue microcirculation–related research: The resolution of contrast-enhanced ultrasound can reflect the bleeding supply to a certain extent, but detection of microcirculation changes is limited ( 17 , 18 ), and pathological analyses, such as hematoxylin and eosin (H&E) staining, cannot reflect the state of tissue microcirculation throughout the body in animals ( 19 , 20 ).…”
Section: Introductionmentioning
confidence: 99%
“…Applications on in-vivo samples such as rat's kidney, or mice's intestinal mucosa, kidney, and ear tissue, indicate that the technology of nonlinear endoscopy is close to be employed in the clinical environment [24][25] [26]. Although NLOM can be used to diagnose various types of malignancies in tissues of breast [27], pancreas [28], and colorectal [29], it is not limited only to these applications. In fact, NLOM could also be used for studies on cell response to drugs for cancer treatment [30] or even as a microsurgery tool [31].…”
Section: Recent Biological Applications Of Nlommentioning
confidence: 99%