|
Year
|
2016
|
1
|
3.430[1.479–7.955], P = 0.004
|
0.096
|
|
2015
|
3(74.8), P = 0.019
|
1.320[0.911–1.913], P = 0.142
|
|
2014
|
1
|
0.800[0.327–1.955], P = 0.624
|
|
2012
|
2(1.7), P = 0.313
|
1.613[1.217–2.138], P = 0.001
|
|
2011
|
1
|
1.320[0.982–1.774], P = 0.066
|
|
2010
|
1
|
3.970[1.140–13.826], P = 0.030
|
|
Data type
|
Multivariate
|
3(76.4), P = 0.014
|
1.284[0.891–1.850], P = 0.181
|
0.110
|
|
Calculated from K-M curves
|
5(26.2), P = 0.247
|
1.473[1.209–1.794], P < 0.001
|
|
univariate
|
1
|
3.430[1.479–7.955], P = 0.004
|
|
Region
|
America
|
2(83.0), P = 0.015
|
1.479[1.117–1.959], P = 0.006
|
0.413
|
|
Europe
|
4(44.1), P = 0.147
|
1.580[1.215–2.055], P = 0.001
|
|
Asia
|
2(76.4), P = 0.040
|
1.934[1.020–3.667], P = 0.043
|
|
other
|
1
|
1.076[0.688–1.682], P = 0.748
|
|
Cohort
|
AML
|
2(79.4), P = 0.028
|
1.669[1.189–2.344], P = 0.003
|
0.444
|
|
CN-AML
|
5(47.5), P = 0.106
|
1.377[1.120–1.692], P = 0.002
|
|
Others
|
2(76.4), P = 0.040
|
1.934[1.020–3.667], P = 0.043
|
|
Detection methods
|
Direct sequencing
|
6(13.1), P = 0.331
|
1.283[1.058–1.556], P = 0.011
|
0.002
|
|
Next-generation sequencing
|
3(38.3), P = 0.198
|
2.418[1.691–3.459], P < 0.001
|
