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. 2020 Feb 28;11:264. doi: 10.3389/fmicb.2020.00264

TABLE 2.

Results of factorial ANOVA evaluating the presence of endophytes (E) and temporal kinetics for relative level of transcripts by RT-qPCR of genes in Colobanthus quitensis subjected to water content currently found in Antarctica (W−) and the projected one according to climate change forecast (W+).

Traits df MS F p
W− CqNCED1
Endophytes (E) 1 14.4016 31.183 0.0000
Time (T) 4 1.7873 3.870 0.0353
E × T 4 0.9021 1.953 0.3620
Error 80 0.4618
CqABCG25
Endophytes (E) 1 0.08921 0.9706 0.3269
Time (T) 4 0.72968 7.9392 0.0000
E × T 4 0.51276 5.5790 0.0004
Error 80 0.09191
CqRD22
Endophytes (E) 1 1.7894 5.0450 0.02701
Time (T) 4 2.5783 7.2694 0.00003
E × T 4 0.8111 2.2867 0.06566
Error 80 0.3547
W+ CqNCED1
Endophytes (E) 1 2.1997 2.6039 0.1097
Time (T) 4 2.2728 2.6904 0.0059
E × T 4 0.9272 1.0975 0.1080
Error 80 0.8448
CqABCG25
Endophytes (E) 1 1.3735 5.631 0.01940
Time (T) 4 1.7482 7.167 0.00003
E × T 4 0.5203 2.133 0.08152
Error 80 0.2439
CqRD22
Endophytes (E) 1 0.0173 0.0240 0.87726
Time (T) 4 2.8264 3.9279 0.00532
E × T 4 0.5119 0.7113 0.58611
Error 80 0.7196

Significant effect factors (P < 0.05) are highlighted in bold.