Abstract
Objective: standard deviation calculation in determining non-palpable breast masses localization: mammography and sonography data for a more accurate pre-surgical diagnostics and labeling.Materials and methods. We have applied the Mammography Sono Analyzer (MSA) software for studying 52 women 37 to 76 years old with non-palpable breast masses for comparing the focal mass localization based on mammography and sonography data. The patients were divided into 3 groups based on the breast size: small (S), medium (M) and large (L). Results. Standard deviation between mammography and sonography data gas been obtained: S – 1,0 cm maximum, M – 2,0 cm maximum, L – less than 2,5 cm.Conclusions. The MSA software allows to determine the standard deviations of non-palpable breast masses localization for breast of different size taking into consideration the mammography and sonography data.
Highlights
Standard deviation calculation between mammography and sonography data in determining non-palpable breast masses localization using the Mammography Sono Analyzer computer program
We have applied the Mammography Sono Analyzer (MSA) software for studying women 37 to 76 years old with non-palpable breast masses for comparing the focal mass localization based on mammography and sonography data
The patients were divided into 3 groups based on the breast size: small (S), medium (M) and large (L)
Summary
We have applied the Mammography Sono Analyzer (MSA) software for studying women 37 to 76 years old with non-palpable breast masses for comparing the focal mass localization based on mammography and sonography data. The patients were divided into 3 groups based on the breast size: small (S), medium (M) and large (L)
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