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. 2020 Mar 5;21(13):1893–1904. doi: 10.1002/cbic.201900726

Table 3.

Kinetic properties of computationally redesigned epoxide hydrolases.

Variant

Designed to

produce

Assay

substrate

ee [%][a]

Preference

k cat [s−1][b]

K M [mm] [b]

k cat/K M [M−1  s−1]

LEH‐P

1 a

13

(R,R)

0.035±0.004

4.2±0.2

7.9

RR8

(R,R)‐1 b

1 a

85

(R,R)

0.039±0.009

189±20

0.20

46C

(R,R)‐1 b

1 a

34

(R,R)

0.022±0.002

344±17

0.06

43A

(S,S)‐1 b

1 a

8

(R,R)

0.017±0.005[c]

35±4[c]

0.48

SS16

(S,S)‐1 b

1 a

−90

(S,S)

0.062±0.001

54±4

1.14

24A

(S,S)‐1 b

1 a

−85

(S,S)

0.005±0.001

3±0.2

1.9

LEH‐P

2 a

24

(R,R)

0.056±0.010

18±1

3.1

32A

(S,S)‐2 b

2 a

−82

(S,S)

0.063±0.002

225±9

0.28

LEH‐P

3 a

92

(R,R)

0.147±0.012

0.37±0.02

406

60A

(R,R)‐3 b

3 a

>99

(R,R)

0.052±0.006

0.06±0.01

890

52A

(R,R)‐3 b

3 a

−89

(S,S)

0.003±0.001

0.16±0.03

19

41B

(S,S)‐3 b

3 a

−94

(S,S)

0.002±0.001

0.19±0.02

10.5

[a] Calculated from multiple data points that is, product enantiomers in different reactions. [b] Averages of duplicate measurements with standard deviation. [c] Single measurement; margins from average coefficient of variation for 1 a data.