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Table 1 Table represents the DNA damage and repair parameters like damage induction and damage removal after 30 minutes between treated and untreated irradiated groups

From: Transient elevation of glycolysis confers radio-resistance by facilitating DNA repair in cells

Parameters

Formula/derivation

Result

Damage Induction, DI

Tail moment, TM at 0 min. – TM in un-irradiated sample

 

DI without DNP, DIc

21.2 – 12.3 (a.u.)

8.9

(values obtained from Figure 5A)

DI for DNP treated, DId

19.6 – 12.0 (a.u.)

7.6

(values obtained from Figure 5A)

% Damage removed at 30 min., DR 30min.

[(TM 0min. – TM 30min )/DI] x 100

 

DR without DNP, DRc30min

[(21.2 – 17.2)/8.9] x 100 = [0.45] x 100

45%

(values obtained from Figure 5A & B)

DI for DNP treated, DRd30min

[(19.6 – 12.5)/7.6] x 100 = [0.93] x 100

93%

(values obtained from Figure 5A & B)

Fold change in damage removed at 30 min.

DRd 30min/ DRc 30min

 
 

93/45

2.06

  1. The values were obtained from Figure 5 A & B and applied in the derived formulas to obtain the final fold change of damage removed.