Clustering data with heatmap algorithm for (Study ST000978)

This analysis uses the 'heatmap.2' function of gplots package in the R statistics environment


The rows are scaled to have mean=0 and standard deviation=1

Factors:

F1Cox_Mortality:. | Cox_RRT:. | Cox_Composite_DeathRRT:. | Competitive_RRTvsDeath:.
F2Cox_Mortality:N | Cox_RRT:. | Cox_Composite_DeathRRT:. | Competitive_RRTvsDeath:.
F3Cox_Mortality:N | Cox_RRT:N | Cox_Composite_DeathRRT:N | Competitive_RRTvsDeath:N
F4Cox_Mortality:N | Cox_RRT:N | Cox_Composite_DeathRRT:Y | Competitive_RRTvsDeath:N
F5Cox_Mortality:N | Cox_RRT:Y | Cox_Composite_DeathRRT:Y | Competitive_RRTvsDeath:RRT
F6Cox_Mortality:Y | Cox_RRT:N | Cox_Composite_DeathRRT:Y | Competitive_RRTvsDeath:DEATH
F7Cox_Mortality:Y | Cox_RRT:N | Cox_Composite_DeathRRT:Y | Competitive_RRTvsDeath:N
F8Cox_Mortality:Y | Cox_RRT:Y | Cox_Composite_DeathRRT:Y | Competitive_RRTvsDeath:RRT
Data matrix
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