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. 2015 Jul 14;5:329–332. doi: 10.1016/j.gdata.2015.06.027

Table 1.

RNA sample concentration and purity metrics.

# Description ng/μl OD260/OD280 RIN
1 OV122 1T 8.28E + 02 2.08 8.1
2 OV122 2c 5.54E + 02 2.09 9.3
3 OV129 1T 1.68E + 02 2.06 8.6
4 OV129 c 5.33E + 02 2.11 9.3
5 OV137 1T 2.86E + 02 2.06 8.4
6 OV137 c 8.52E + 02 2.10 9.7
7 OV139 1T 3.90E + 02 2.04 8.4
8 OV139 c 5.72E + 02 2.10 9.3
9 OV153 1T 1.47E + 03 2.09 8.8
10 OV153 2c 7.00E + 02 2.09 9.6
11 OV166 1T 1.76E + 03 2.05 8.8
12 OV166 2c 1.08E + 03 2.09 9.4
13 OV179 1T 7.89E + 02 2.08 9.6
14 OV179 2c 2.19E + 02 2.05 8.3
15 OV190 1T 1.07E + 03 2.08 8.9
16 OV190 2c 1.36E + 02 2.03 7.0
17 OV127 1T 1.21E + 02 2.09 7.5
18 OV127 c 3.86E + 02 2.06 9.3

The table contains the sample identification numbers (#) and description in the format OVXXX YZ where XXX is the unique animal number, Y is the tissue sample number, and Z is the tissue classifier as either tumor (T) or matched normal ovary (c). We measured the RNA concentrations (ng/μl) as well as nucleic acid purity by a ratio of 1 cm pathlength optical density at 260 and 280 nm (OD260/OD280) and the RNA integrity number (RIN).