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Table 1 List of kcat values and protein quantifications integrated in iYO844 model

From: Integration of enzymatic data in Bacillus subtilis genome-scale metabolic model improves phenotype predictions and enables in silico design of poly-γ-glutamic acid production strains

Reaction name

Gene name

EC

Equation

kcat [s−1]

[E] [mmol/gDW]

Organism of kcat data

Refs. for kcat data

PGI

pgi

5.3.1.9

g6p → f6p

126

1.55 × 10−5

E. coli

[59]

TPI

tpiA

4.1.1.31

dhap → g3p

150

1.28 × 10−5

E. coli

[60]

GAPD_NAD

gapA

1.2.1.12

g3p + nad +pi → 13dpg + h + nadh

70

5.77 × 10−5

B. subtilis

[61]

PGK

pgk

2.7.2.3

13dpg + adp → 3pg + atp

329

3.60 × 10−5

E. coli

[62]

PGM

pgm

5.4.2.12

3pg → 2pg

765.9

8.85 × 10−6

B. subtilis

[63]

ENO

eno

4.2.1.11

2pg → h2o + pep

130.4

3.17 × 10−5

B. subtilis

[64]

G6PDH

zwf

1.1.1.49

g6p + nadp → 6pgl + h + nadph

174

8.05 × 10−6

E. coli

[65]

CS

citZ

2.3.3.16

accoa + h2o + oaa → cit + coa + h

49

2.51 × 10−5

B. subtilis

[30]

ICDHy

icd

1.1.1.42

icit + nadp → akg + co2 + nadph

82

1.10 × 10−4

B. subtilis

[66]

FUM

citG

4.2.1.2

fum + h2o → mal-l

283.3

7.29 × 10−6

E. coli

[67]

MDH

mdh

1.1.1.37

mal-l + nad → h + nadh + oaa

177.1

1.06 × 10−4

B. subtilis

[68]

PTAr

pta

2.3.1.8

accoa + pi → actp + coa

651.6

8.49 × 10−6

B. subtilis

[69]

LDH_L

ldh

1.1.1.27

lac-l + nad → h + nadh + pyr

6416.6

3.60 × 10−6

B. subtilis

[70]

PGCDr

serA

1.1.1.95

3pg + nad → 3php + h + nadh

14.56

1.90 × 10−5

B. subtilis

[71]

OXADC

oxdC

4.1.1.2

h + oxa → co2 + for

59

6.21 × 10−7

B. subtilis

[72]

MICITL

yqiQ

4.1.3.30

micit → pyr + succ

19

6.80 × 10−8

E. coli

[73]

OXGDC

menD

4.1.1.71

akg +h → co2 + sucsal

0.2

6.80 × 10−8

B. subtilis

[55]

  1. For each reaction reported in the table, encoding gene, equation, kcat and concentration of catalyzing enzyme ([E]) are reported. Moreover, the organism for which the kcat value was measured and the reference for this measurement are specified. The reaction names, with the associated gene names and equations, correspond to the annotations used in the iYO844 model