INTRICATE ASSESSMENT OF EFFECTIVENESS OF MRI & USG PROCEDURES FOR VARIOUS PATHOLOGIES RELATED TO FEMALE PELVIC: AN ORIGINAL RESEARCH STUDY
European Journal of Molecular & Clinical Medicine,
2022, Volume 9, Issue 1, Pages 163-169
AbstractAim: To evaluate efficiencies of magnetic resonance imaging & ultrasonographyprocedures for various pathologies related to female pelvic region.
Materials & Methods: This study was performed on total sixty patients. All patients reported for various clinical issues of pelvic region. Magnetic resonance imaging & ultrasonography procedures were used as diagnostic imaging modality. Scanning outcomes of magnetic resonance imaging & ultrasonography have been categorized as group one and group two respectively. All suggestive findings of both imaging modalities were correlated with clinical diagnosis. Based on these existences of correlations, Results thus obtained was compiled and sent for basic statistical analysis. P value less than 0.05 was considered significant (p< 0.05).
Results: Among all sixty studied patients, females were 14 in age group of 25-28 years. 13 patients were seen in age range of 33-36 years. P value was reported to be significant for this (0.01). Magnetic resonance imaging confirmed Inborn Anomalies in 3 patients. Uterine Mutilation was confirmed in 16 patients by magnetic resonance imaging. Pathologies related to Adnexa were noted in 28 patients. P value was reported to be significant for this (0.002). Endometrial Malignancies were noted in 2 patients. P value was reported to be significant for this (0.001). Pathologies related to Adnexa were noted in 25 patients by Ultrasonography. P value was reported to be significant for this (0.010).
Conclusion: Magnetic resonance imaging was able to detect and confirm almost all studied pathologies related to female pelvic region. Ultrasonography procedure was unable to detect few of those pathologies. Therefore, magnetic resonance imaging is superior and accurate option for scanning pelvis region.
- Article View: 96
- PDF Download: 73