Publication / RCMCI
Published Date: 2005/07/07
Published By: Dr Mohammad Ali Oghabian
Published At:
Attachment Files: 123.pdf
Published URL: https://www.ncbi.nlm.nih.gov/pubmed/16007264

Changizi V, Oghabian M A, Speller R, Sarkar S, Arab Kheradmand A

Abstract



INTRODUCTION:


Small angle, between 3 degrees and 10 degrees, X ray scattering is predominantly coherent giving rise to diffraction effects that can be observed as constructive and destructive interferences. These interferences carry information about the molecular structure of the tissue and hence can be used to identify changes that occur due to cancer.

METHOD:


In this study an energy dispersive X-ray diffraction method was used. The optimum scattering angle, determined from a series of measurements on adipose breast tissue at several angles from 4 to 7.3 degrees, was found to be 6.5 degrees. Once optimized the system was used to measure the diffraction profiles (corrected scattered intensity versus momentum transfer) of a total of 99 breast tissue samples. The samples were both normal and tumour samples.