Table 1. Lack of Concordance on YY1 Overexpression Levels in Prostate Cancer in Various Datasets (2001-2012).
Year | Oncomine Name | # of Carcinomas | Prostate Cancer vs. Normal Prostate |
---|---|---|---|
2001 | Welsh Prostate [84] | 25 | Underexpression, p = 0.009 |
2002 | Singh Prostate [83] | 52 | Overexpression, p = 0.00004 |
2002 | Luo Prostate [85] | 15 | No change, p = 0.090 (NS*) |
2002 | LaTulippe Prostate [86] | 23 | No change, p = 0.141 (NS) |
2003 | Vanaja Prostate [87] | 27 | Overexpression, p = 0.004 |
2004 | Yu Prostate [80] | 65 | No change, p = 0.022 |
2004 | La Pointe Prostate [88] | 54 | No change, p = 0.163 (NS) |
2005 | Varambally Prostate [41] | 7 | No change, p = 0.176 (NS) |
2006 | Bandyopadhyay Prostate (Liu)[89] | 44 | No change, p = 0.098 (NS) |
2007 | Tomlins Prostate [90] | 26 | Overexpression, p = 0.016 |
2008 | Ambs Prostate (Wallace)[81] | 69 | Underexpression, p = 0.0007 |
2009 | Arredouani Prostate [91] | 44 | No change, p = 0.032 |
2010 | Taylor Prostate [82] | 131 | No change, p = 0.578 (NS) |
2012 | Grasso Prostate [92] | 59 | No change, p = 0.612 (NS) |
NS = Not Significant