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. 2017 Oct 20;46(1):e4. doi: 10.1093/nar/gkx946

Table 2. Quantification of the Malat-1 ISH-signal in three different cell lines using four different probe technologies.

HeLa NHDF T47D
Stellaris MALAT1 nuc 39 ± 2 N = 129 50 ± 2 N = 114 93 ± 23 N = 211
MALAT1 cyt 20 ± 1 N = 129 22 ± 2 N = 114 34 ± 1 N = 211
nuc-cyt 19 28 59
nuc/cyt ratio 1.9 2.3 2.7
ViewRNA MALAT1 nuc 186 ± 12 N = 132 18 ± 2 N = 117 78 ± 5 N = 227
MALAT1 cyt 24 ± 4 N = 132 8 ± 1 N = 117 28 ± 2 N = 227
nuc-cyt 162 10 50
nuc/cyt ratio 7.6 2.3 2.8
LNA+TSA MALAT1 nuc 456 ± 19 N = 139 246 ± 10 N = 123 774 ± 27 N = 215
MALAT1 cyt 150 ± 7 N = 139 63 ± 3 N = 123 299 ± 9 N = 215
nuc-cyt 307 183 475
nuc/cyt ratio 3.1 3.9 2.6
Stellaris+TSA MALAT1 nuc 693 ± 40 N = 91 357 ± 23 N = 88 991 ± 34 N = 149
MALAT1 cyt 292 ± 22 N = 91 91 ± 6 N = 88 393 ± 12 N = 149
nuc-cyt 401 266 598
nuc/cyt ratio 2.4 3.9 2.5

The mean signal intensity ± the standard error of mean is given based on the quantification of individual cells (N). In each cell, the mean pixel intensity has been determined in the nucleus (nuc) and the cytoplasm (cyt), respectively. The nuc-cyt value has been calculated by subtracting the signal of the cytoplasm from the signal of nucleus. In addition, the ratio of the signal in the nucleus and the cytoplasm (nuc/cyt ratio) has been calculated.