Naringinases are produced by several fungal species including A. niger (Puri 2012) meaning that these fungi should be capable of hydrolyzing naringin in vivo as well.
These reports indicate that post-translational modifications of sulfatases can regulate their activity, localization and/or stability, and all expressed sulfatases may not be capable of hydrolyzing sulfate esters (Hanson et al. 2004; Soufi et al. 2015).
The observation of the lipase from A. oryzae, which hydrolyzed only the edge of the contact area of water and polymer (ring pattern), suggested that some enzymes may be capable of hydrolyzing the polymer film, however, an unknown inhibiting factor had forced the enzymes away from the solid liquid interface.
Th78T was reported to be capable of hydrolyzing starch and sodium alginate in our previous study [ 13].
Structural similarities between RNase A and urease molecules indicate that RNase A might be capable of hydrolyzing linear amides, such as urea, if Ni ions modify its molecular structure.
Several regions contained glycosyl hydrolase (GH) family members that are known to be capable of hydrolyzing (1,3 1,4 -β-glucan 1,3 1,4 -β-glucan 1,3 1,4 -β-glucangn.W-2H1, QBgn.W-2H2, QBgn.SW-3H1, QBgn.W-3H1, QBgn.W-5H2, QBgn.W-6H1) oregionssyl transferases (GT) that may modify (1,3;1,4)-β-glucan (QBgn.S-1H1, QBgn.S-7H11, QBgn.W-2H1).
The cellulase-systems produced were capable of hydrolyzing over 80% delignified wheat straw.
One proteinase, HGP-1, was capable of hydrolyzing a synthetic substrate of elastase and was inhibited by elastatinal.
For instance, fusions of ClyA to the enzymes β-lactamase and organophosphorus hydrolase resulted in synthetic OMVs that were capable of hydrolyzing β-lactam antibiotics and paraoxon, respectively.
Orthologs of this enzyme are capable of hydrolyzing the ester bond and recycling misacetylated d-aminoacyl-tRNA molecules into free tRNAs and d-amino acids.
PON1 may protect against cardiovascular disease (CVD), since it is capable of hydrolyzing oxidized LDL-cholesterol, thereby negating the detrimental effects of this lipoprotein on the arterial wall.
