Table 1 The 68 nuclear OXPHOS genes studied in this work

I

NADH ubiquinone oxidoreductase

34

13 kDa A (CG8680), 13 kDa B (CG6463), 15 kDa (CG11455), 18 kDa (CG12203), 19 kDa (CG3683), 20 kDa (CG9172), 23 kDa (CG3944), 24 kDa (CG5703), 30 kDa (CG12079), 39 kDa (CG6020), 42 kDa (CG6343), 49 kDa (CG1970), 51 kDa (CG9140), 75 kDa (CG2286), B8 (CG15434), B12 (10320), B14 (CG7712), B14.5A (CG3621), B14.5B (CG12400), B14.7 (CG9350), B15 (CG12859), B16.6 (CG3446), B17 (CG13240), B17.2 (CG3214), B18 (CG5548), B22 (CG9306), ACP (CG9160), ASHI (CG3192), MLRQ (CG32230), MNLL (CG18624), PDSW (CG8844), SGDH (CG9762), AGGG (CG40002), MWFE (CG17054).

II

Succinate dehydrogenase

4

Flavoprotein (CG17246), Iron-sulfur (CG3283), Cytochrome B560 (CG6666), Cytochrome B small subunit (CG10219).

III

Ubiquinol-cytochrome c oxidoreductase

9

6.4 kDa (CG14482), 7.2 kDa (CG8764), 11 kDa (Ucrh), 14 kDa (CG3560), Iron-sulfur (CG7361), Cytochrome C1 (CG4769), Core protein 1 (CG3731), Core protein 2 (CG4169), Ubiquinone-binding protein QP-C (CG7580).

IV

Cytochrome c oxidase

8

IV (CG10664), Va (CG14724), Vb (CG11015), VIa (CG17280), VIb (CG14235), VIc (CG14028), VIIa (CG9603), VIIc (CG2249).

V

F0/F1 ATP synthase

13

Alpha (CG3612), Beta (CG11154), Gamma (CG7610), Delta (CG2968), Epsilon (CG9032), B (CG8189), D (CG6030), E (CG3321), F (CG4692), G (CG6105), Coupling factor 6 (CG4412), Lipid-binding protein (CG1746), OSCP (CG4307).