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Multimodal Hyperspectroscopy for Detection of Cervical Neoplasia


Affiliations
1 OB/GYN Dept., Minia, Egypt
     

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Objective:To provide a prospective evaluation of the sensitivity and specificity of MHS as a new test for detection of high grade cervical dysplasia.

Method:203 women previously screened with liquid based cytology were evaluated with multimodal hyperspectroscopy (MHS), colposcopy and biopsy samples taken for histopathology.

Results: Sensitivity of MHS cervical scan for high grade intraepithelial neoplasia (CIN) 2+ was 86.6% and Specificity was 57.9%

Conclusions: MHS cervical scan is a noninvasive modality for detection of high grade cervical neoplasia with good efficacy.


Keywords

CIN, Cervical Cancer Screening, Multimodal Hyperspectroscopy.
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  • Multimodal Hyperspectroscopy for Detection of Cervical Neoplasia

Abstract Views: 389  |  PDF Views: 0

Authors

Mamdouh Tawfeek
OB/GYN Dept., Minia, Egypt
Mohammed Tawfeek
OB/GYN Dept., Minia, Egypt
Ahmed Sanad
OB/GYN Dept., Minia, Egypt
Mahmoud Hussney
OB/GYN Dept., Minia, Egypt
Suad Attallah
OB/GYN Dept., Minia, Egypt

Abstract


Objective:To provide a prospective evaluation of the sensitivity and specificity of MHS as a new test for detection of high grade cervical dysplasia.

Method:203 women previously screened with liquid based cytology were evaluated with multimodal hyperspectroscopy (MHS), colposcopy and biopsy samples taken for histopathology.

Results: Sensitivity of MHS cervical scan for high grade intraepithelial neoplasia (CIN) 2+ was 86.6% and Specificity was 57.9%

Conclusions: MHS cervical scan is a noninvasive modality for detection of high grade cervical neoplasia with good efficacy.


Keywords


CIN, Cervical Cancer Screening, Multimodal Hyperspectroscopy.



DOI: https://doi.org/10.37506/v11%2Fi2%2F2020%2Fijphrd%2F195127