Table 1 Comparison of the degradation abilities of PETase and its mutants toward PET films

From: Biodegradation of highly crystallized poly(ethylene terephthalate) through cell surface codisplay of bacterial PETase and hydrophobin

Degradation system

PET film (crystallinity)

Reaction conditions

Total products (µmoles)

Conversion level (%)a

Normalized Conversion level (18 h)

References

Codisplay

45%

30 °C 18 h

0.92

3.0

3.0%

Our work

Nestle

30 °C 18 h

0.97

3.1

3.1%

Our work

Coca-Cola

30 °C 18 h

0.95

3.1

3.1%

Our work

Pepsi

30 °C 18 h

0.88

2.8

2.8%

Our work

S121E/D186H/R280A

41.79%

30 °C 72 h

0.018

0.041

0.015%

18

41.79%

30 °C 72 h

0.037

0.085

0.04%

18

S121E/D186H/S242T/N246D

41.79%

37 °C 20 day

0.24

0.55

0.021%

20

IsPETase

30%

30 °C 18 h

0.0045

0.0097

0.0097%

14

DuraPETase

30%

37 °C 10 day

1.55

15 ± 1

1.38%

17

S238F/W159H

14.8 ± 0.2%

30 °C 96 h

0.62

1.43

0.27%

11

Codisplay

Gf-PET 6.3%

30 °C 18 h

25.05

55

55%

Our work

TS-PETase

Gf-PET 6.3%

30 °C 6 day

4.2

9.61

1.20%

21

R280A

Unknown

30 °C 18 h

0.0055

0.013

0.013%

15

  1. aThe calculation method is from Table S2 in Fusako Kawai et al. 2019.