|
Gene
|
Median Cta
|
Median ∆Ctb
|
Slopec
|
(R2)d
|
Efficiencye
|
|---|
|
CCL2
|
28.62
|
9.66
|
−3.29
|
0.997
|
2.011
|
|
CCL5
|
28.95
|
10.05
|
−3.28
|
0.991
|
2.019
|
|
CXCL6
|
24.29
|
5.23
|
−3.19
|
0.999
|
2.060
|
|
CXCL8
|
29.26
|
10.34
|
−3.11
|
0.994
|
2.097
|
|
IFIT3
|
24.96
|
6.04
|
−3.07
|
0.993
|
2.117
|
|
IL6
|
29.11
|
10.12
|
−3.34
|
0.993
|
1.992
|
|
IRF3
|
24.16
|
5.27
|
−3.09
|
0.991
|
2.108
|
|
MYD88
|
24.62
|
5.71
|
−3.02
|
0.991
|
2.143
|
|
NFKB1
|
26.58
|
7.62
|
−2.91
|
0.996
|
2.204
|
|
PTGS2
|
27.47
|
8.49
|
−3.06
|
0.986
|
2.120
|
|
TLR2
|
28.51
|
9.64
|
−3.31
|
0.999
|
2.006
|
|
TLR4
|
30.20
|
11.28
|
−2.94
|
0.999
|
2.189
|
|
TOLLIP
|
23.59
|
4.75
|
−3.35
|
0.995
|
1.989
|
-
aThe median is calculated considering all time points and treatments
-
bThe median of ∆Ct is calculated as [Ct gene - geometrical mean of Ct internal controls] for each time point and treatment
-
cSlope of the standard curve
-
dR2 stands for the coefficient of determination of the standard curve
-
eEfficiency is calculated as [10(−1/Slope)]
