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Table 5 SVM trained with data on the numbers of interacting Tfbs (SVM-Tfbs) improved on simple correlation, but adding data on GC-content (SVM-Tfbs + GC) did not lead to further improvement of predictions

From: A simple metric of promoter architecture robustly predicts expression breadth of human genes suggesting that most transcription factors are positive regulators

 

correlation

SVM-Tfbs

SVM-Tfbs + GC

T

0.447

0.6265/0.1794/0.9329

0.6328/0.1351/0.9368

PC

0.53

0.6791/0.2493/0.934

0.6761/0.2614/0.9354

CCL

0.61

0.7460/0.2541/0.9447

0.7474/0.2874/0.9432

  1. NOTE: For SVM-Tfbs and SVM-Tfbs + GC three correlations were given: prediction (in bold – this is the result), scrambled (response vector was randomized when learning – this is a negative control), and retained (response vector was retained in the learning dataset – this is a positive control). SVM-Tfbs was trained with data on the numbers of interacting Tfbs only. SVM-Tfbs + GC training dataset additionally included data on promoter GC- and CpG-content.