Application of Mie theory based electromagnetic scattering for differentiation between normal and cancerous cervical cells


Abstract in English

This paper presents the application of electromagnetic wave scattering in human cervical cells. Particularly, studying the effect of morphological and physiological alterations on the properties of light scattering. Tissue alterations are caused by multi-grade dysplastic cervical cells and its internal structures.

References used

WILSON R. H, CHANDRA M, SCHEIMAN J, SIMEONE D, MCKENNA B, PURDY J, and MYCEK M.A, 2009 - Optical spectroscopy detects histological hallmarks of pancreatic cancer, Optics Express 17,17502p
GREENING G, JAMES H, DIERKS M, VONGKITTIARGORN N, OSTERHOLM S, RAJARAM N. AND MULDOON T, 2016 - Towards monitoring dysplastic progression in the oral cavity using a hybrid fiber-bundle imaging and spectroscopy probe, Scientific Reports, 6p
BACKMAN V., GOPAL V., KALASHNIKOV M., BADIZADEGAN K., GURJAR R., WAX A., GEORGAKOUDI I., MEULLER M., BOONE C. W., et al., 2001 - Measuring cellular structure at sub micrometer scale with light scattering spectroscopy, IEEE Journal of Selected Topics in Quantum Electronics 7, 887p

Download