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Table 2 Amino acid substitutions observed in the evolved strains

From: Thermo-adaptive evolution of Corynebacterium glutamicum reveals the regulatory functions of fasR and hrcA in heat tolerance

Position, nt

Gene

Description

Mutation

Locus tag

Name

mRNA

protein

Missense genetic mutations

 534,297

cg0596

rp1D

50 S ribosomal protein L4

209 A→G

K70R

 825,222

cg0892

 

Hypothetical protein

377 C→A

P126H

 870,566

cg0938

cspB

Cold shock protein

158 C→G

A53G

 880,237

cg0949

gltA

Citrate synthase

929G→A

R310H

 1,383,111

cg1487

leuC

3-Isopropylmalate dehydratase large subunit

1205 C→T

A402V

 1,960,344

cg2066

 

Uncharacterized low-complexity protein

469 A→G

S157G

 1,995,801

cg2106

 

Hypothetical protein

331G→A

E111K

 2,396,549

cg2516

hrcA

Transcriptional regulator of heat shock genes

67T→C

S23P

 2,396,260

cg2516

hrcA

Transcriptional regulator of heat shock genes

356T→C

L119P

 2,495,766

cg2614

 

TetR-family transcription regulator

530T→A

L177H

 2,606,120

cg2737

fasR

Bacterial regulatory protein, tetR family

304 C→T

L102F

 2,936,638

cg3078

 

Hypothetical protein

265G→A

E89K

 2,959,514

cg3100

dnaK

Heat shock protein hsp70

190 C→T

R64C

Same-sense genetic mutations

 1,960,333

cg2066

 

Uncharacterized low-complexity protein

480G→A

S160S

 1,960,441

cg2066

 

Uncharacterized low-complexity protein

372 A→G

K124K

 275,631

cg0310

katA

Catalase

1308 C→T

H436H