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Table 3 Transcriptome analysis of genes affected by green, black and purples teas

From: Tea (Camellia sinensis) infusions ameliorate cancer in 4TI metastatic breast cancer model

Gene ID

Green tea

Black tea

Purple tea

Casp8

p ≤ 0.008,

F = 625.98

R = 83.87

p ≤ 0.007

F = 703.49

R = 24.30

p ≤ 0.02

F = 246.72

R = 59.58

Casp8ap2

p ≤ 0.03

F = 13.05

R = 27.46

p ≤ 0.03

F = 60.98

R = 11.97

p ≤ 0.05

F = 43.51

R = 15.71

Casp3

p ≤ 0.005

F = 15.82

R = 15.21

p ≤ 0.08

F = 9.4

R = 9.27

p ≤ 0.05

F = 15.38

R = 12.69

Casp6

p ≤ 0.06

F = 9.956

R = 26.306

p ≤ 0.02

F = 93.96

R = 100.01

p ≤ 0.05

F = 323.98

R = 26.59

Apopt1

p ≤ 0.03

F = 10.69

R = 23.06

p ≤ 0.04

F = 1.53

R = 16.46

p ≤ 0.02

F = 3.19

R = 29.12

Aifm1

p ≤ 0.03

F = 5.65

R = 54.76

p ≤ 0.03

F = 95.20

R = 8.86

p ≤ 0.04

F = 36.55

R = 2.80

Aifm2

p ≤ 0.05

F = 33.68

R = 27.54

p ≤ 0.03

F = 5.65

R = 54.76

p ≤ 0.03

F = 5.77

R = 47.61

Casp9

p ≤ 0.01

F = 472.34

R = 56.78

p ≤ 0.02

F = 281.03

R = 26.33

p ≤ 0.01

F = 426.82

R = 35.11

  1. Legend; R; Stands for RPKM which are the reads per kilobase per million is a method of normalization that is wizdely used in RNA-seq analysis
  2. F; Stands for a fold change which is an algorithm used to produce biologically meaningful rankings of differentially expressed genes from RNA-seq data
  3. P; This is a probability of obtaining the observed effect under a hypothesis (null). P value of less than 0.05 (p ≤ 0.05) are considered statistically significant