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. Author manuscript; available in PMC: 2021 Oct 1.
Published in final edited form as: J Ind Microbiol Biotechnol. 2020 Sep 3;47(9-10):675–702. doi: 10.1007/s10295-020-02306-3

Table 2.

Examples of engineered PTases to enhance or alter specificity and activity.

Enzyme Mutation Product Profile Reference
FgaPT2 K174F Loss of activity towards Trp, increase towards Tyr [93]
K174F:R244Y Increase towards indole DKPs [94]
M328G Increase towards GPP and away from DMAPP [95]
R244Q:M328G Increase towards GPP and away from DMAPP, accept indole DKPs [75]
FtmPT1 M364G Increase towards GPP and away from DMAPP [75]
CdpC2PT T351G Increase towards GPP and away from DMAPP [75]
CdpC3PT F335G Increase towards GPP and away from DMAPP [75]
CdpNPT M349G Increase towards GPP and away from DMAPP [75]
BrePT I337G Increase towards GPP and away from DMAPP [75]
A173M Increase towards DMAPP and away from GPP [96]
TleC W97Y Increase towards DMAPP [96]
MpnD Y80W Increase towards GPP and away from DMAPP [96]
M159A Increase towards GPP/FPP and away from DMAPP [96]
PagF F222A Increase towards GPP and away from DMAPP [97]
AtaPT W397A Altered diversity of many acceptor compounds [76]
E91A/E91Q Only monoprenylations for all wild-type products [76]
EpzP A285Q 14-fold increase in enzyme velocity [98]