Source data Figure 1D

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Source data Figure 1D

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D39âcps. MsrAB2. 70. 15. 25. 35. 40. 55. MsrAB1 unspecific protein. kDa. 70. kDa. 10. 15. 25. 35. 40. 55. S.p. D39âcps. âlgt. WT. Etrx1 unspecific protein. Etrx2.

Figure 1D kDa

kDa 70 55 40 35 25

unspecific protein Etrx1

15

70 55 40 35 25

unspecific protein Etrx1

15 10

10

kDa

kDa

70 55 40

70 55 40 35 25

35 25

Etrx2

15

Etrx2

15

10 10

kDa

kDa

70 55 40 35 25

Enolase 70 55

15

Enolase

40 35

10

25

kDa

70 55 40 35 25

MsrAB2 MsrAB1/MsrAB2

Figure 2B kDa

S.p. D39∆cps C M

S.p. D39∆cps kDa

70 55 40 35 25

unspecific protein Etrx1

15

S.p. D39∆cps C M

Etrx1

S.p. D39∆cps kDa

WT ∆lgt

70 55 40 35 25

35 25

Etrx2

15

Etrx2

15

10

S.p. D39∆cps C M kDa

35 25

unspecific protein

10

70 55 40

70 55 40

70 55 40 35 25 15

10

kDa

WT ∆lgt

S.p. D39∆cps kDa

MsrAB2 MsrAB1 unspecific protein

WT ∆lgt

70 55 40 35 25

MsrAB2

15 15

kDa 70 55 40 35 25

S.p. D39∆cps C M

S.p. D39∆cps kDa

Enolase

70 55 40 35 25

WT ∆lgt

Enolase

Figure 5A

M

kDa

20 15

MsrA2 red ox

10

M

kDa

MsrB2

red ox

20 15

-- M

kDa

Etrx1

red ox

20 15

-- M

kDa

Etrx2 red ox

20 15

Figure 5C WT

kDa 70 55 40 35 25 15

a

15

∆ ccdA1

e

∆msrAB1

kDa

70 55 40 35 25

70 55 40 35 25

15

b

f

∆ccdA2 kDa 70 55 40 35 25

70 55 40 35

g

∆ccdA1∆ccdA2

kDa 70 55 40 35 25

∆etrx1∆etrx1

kDa

70 55 40 35 25

d

∆msrAB2

kDa

c

15

15

∆ccdA1∆ccdA2

70 55 40 35 25

kDa

15

kDa

15

h