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Table 1 Bioconversion of mogroside by biocatalytic candidates in 7 days

From: Plant endophytic fungi exhibit diverse biotransformation pathways of mogrosides and show great potential application in siamenoside I production

Strains

Substrate

Intermediate products

End-products

Reference

Ganoderma lucidum

LHG extracts

M III E, M II A

M III E, M II A

Chiu et al. 2019

Kluyveromyces marxianus

LHG extracts

S I, M III E

S I, M III E

Wang et al. 2018

Saccharomyces pastorianus

LHG extracts

M III E

M III E

Wang et al. 2018

Candida kefyr

LHG extracts

S I, M III E

S I, M III E

Wang et al. 2018

Candida utilis

LHG extracts

S I, M III E

S I, M III E

Wang et al. 2018

Yarrowia lipolytica

LHG extracts

S I, M III E

S I, M III E

Wang et al. 2018

Debaryomyces hansenii

LHG extracts

S I, M III E

S I, M III E

Wang et al. 2018

Dekkera bruxellensis

LHG extracts

S I, M III E

S I, M III E

Wang et al. 2018

Muyocopron sp. A5

LHG extracts

S I, M III E, M III E, M II A

M II A

This study

Alternaria sp. FL7

LHG extracts

M II A, aglycone

Aglycone

This study

Sarocladium oryzae L99

LHG extracts

M III E, M II A, M I E

Aglycone

This study

P. meleagrinum J5

LHG extracts

M III E, M III, M I E

Aglycone

This study

Aspergillus sp. L55

LHG extracts

M IV E, M III E, M II A

Aglycone

This study

Aspergillus sp. S125

LHG extracts

M II A, aglycone

M II A, aglycone

This study

  1. Notes mogroside and siamenoside were abbreviated as M and S, respectively