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. 2024 May 25;13(6):451. doi: 10.3390/pathogens13060451

Table 4.

Summary of the prevalence of MMTV detection of investigated cases and controls.

Study MMTV-Positive Cases/Total MMTV-Positive Controls/Total Statistically Significant? Y/N (p-Value)
Khalid, 2021 [99] 69/105 (65%) 2/15 (13%) § Yes (p = 0.0001)
De Sousa Pereira, 2020 [100] 41/217 (19%) 30/196 (15%) § No (p = 0.3624)
Seo, 2019 [102] 12/128 (9%) 0/128 (0%) § Yes (p = 0.0004)
Al Dossary, 2018 [103] 9/103 (9%) 0/51 *,#,& Yes (p = 0.0301)
Shariatpanahi, 2017 [105] 19/59 (32%) 3/59 (5%) # Yes (p < 0.001)
Reza, 2015 [106] 12/100 (12%) 0/100 (0%) § Yes (p = 0.0003)
Ahangar Oskouee, 2014 [107] 0/65 (0%) 0/65 # //
Morales-Sánchez, 2013 [109] 0/86 (0%) 0/65 (0%) § //
Glenn, 2012 [17] 39/50 (78%) with liquid PCR
5/27 (19%) with IS-PCR
13/40 (32%) ^ with liquid PCR
3/18 (17%) ^ with IS-PCR
Yes, with liquid PCR (p = 0.0001)
No with IS-PCR (p = 1.0000)
Lawson, 2010 [113] 33/74 (54%) with liquid PCR
5/27 (19%) by IS-PCR
0/29 (0%) § with liquid PCR
3/18 (17%) § with IS-PCR
Yes with liquid PCR (p = 0.0001)
No with IS-PCR (p = 1.0000)
Hachana, 2008 [115] 17/122 (14%) 0/122 (0%) § Yes (p < 0.0001)

* fibroadenomas, # unspecified benign lesions, § normal breast tissue from the same patient, ^ normal breast tissue from healthy patients, & fibrocystic disorder, //, data not available.