jam12934-sup-0001-TableS1-S2
Transcript of jam12934-sup-0001-TableS1-S2
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Supporting information Enzymes and bioproducts produced by the ascomycete fungusPaecilomyces variotii
Table S1. Enzymes and bioproducts produced by the ascomycete fungusPaecilomyces variotiiand their industrial applications.
SubstrateEnzym
eProduct Applications (Reference)
Tannic acid from green tea and
Paraguay tea.
Tannas
e
Glucose and gallic
acid (GA)
Improvement of the taste/ antioxidant power of tea extracts
(everage) (!acedo et al."#$$)
%ydroly&ed eucalyptus wood
chipsn.d.
'inglecell protein
('P)
Production of human/ animal mycoprotein y the Pe*ilo process(+oivurinta et al."##,)
-ermented sorghum n.d. A distilled everage
'olidstate fermentation process of the hinese !aotaiflavor
liuor
(hen et al. "#$)
Table S2. Enzymes and bioproducts produced at laboratory scale by the ascomycete fungusPaecilomyces variotiiand their potential applications.
Substrate Enzyme Product Applications (Reference)
0egalloylation of an
epigallocatechin gallate (1GG)
extract from green tea
Tannase1pigallocatechin (1G) and Gallic acid
(GA)
Improvement of the antioxidant power
of tea (2attestin et al."##3)
Tannic acid Tannin acyl GA Improvement of the antioxidant power
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hydrolase of tea (!ahendran et al."##4)
Tannic acid medium(TA!) Tannase GA1xtracelular tannase production
(5aaman et al. "#$#)
Tannic acid from coffee hus* and
wheat ran ($6$ ratio)n.d. Tannase
Tannase production (2attestin and
!acedo "##,a77c)8range agasse as fermentale
sustrate
Tannase and
phytase-ermented orange agasse
-odder production (!adeira et al.
"#$"9 !acedo and !adeira "#$:)
astor ean residuesTannase and
phytase
A fermented product with reduced amount
of antinutritional factors (mainly the toxin
ricin)
0etoxification of fermented castor ca*e
extracts (!adeira et al."#$$)
'orghum grainTannase and
phytase
5educe total phenols7 and tannins9
Increase the amount of availale
inorganic phosphorus
Increase the nutritive value of sorghum
grains ('chons et al."#$")
;ignocelluloseellulases
and others'olule sugars
2ioethanol (%ussain et al."#$"9
!ienda and 'hamsir "#$:9
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oat hus*s7 wheat straw and others
%ydroly&ed eucalyptus
wood chipsn.d.
'inglecell
protein ('P)Production of feed supplement (Almeida e 'ilva et al."##:)
Pectin 1xopolygalacturonase 0egraded pectin5eduction in the viscosity of fruit @uice (de ;ima 0amsio et al.
"#$#9 Patil et al."#$")
hitin hitinasehitosan/ chitin
oligomers
hitinase production ('aad and %amdy "##9 Bguyen et al.
"##?)
'tarch and glycogen Amylase 'ugars-oods treatment to otain a slightly sweet taste (!ichelin et al.
"##39 "#$#)
'ucrose InvertaseInverted sugar
syrup!a*e honey from nectar (Giraldo et al."#$")
;atex n.d. %ydrocarons Production of cleaner fuels (2ehera et al."###)
Twophase olivemill
wasten.d.
-ermented
product!icroial protein (Giannoutsou et al."#$")
!olecules Carious en&ymes 2iomolecules
Production of valueadded chemicals (!ochi&u*i $???9
0eodhar et al."##"9 Ghosh et al."##49 !u*her@ee et al."##49
'achan et al."##4)
n.d.= no data