The addition of Cel7B to the Cel7A Cel6A Cel5A or Cel7A Cel6A Xyl10A Cel5A mixture hardly affected glucan hydrolysis, suggesting that Cel5A and Cel7B have overlapping functions in the hydrolysis of PCS.
As extracellular enzymes, KLKs function in the hydrolysis of growth factors, proteases, cell membrane bound receptors, adhesion proteins, and cytokines initiating intracellular signaling pathways and their downstream events.
The growth of the embryo is supported by nutrients derived from the antipodal cells and from the hydrolysis of parenchyma cells of the nucellus and neighbouring endosperm cells.
These results point to a different function of EG1 and EG2 in the hydrolysis of steam-pretreated wheat straw.
This displacement from equilibrium means that the hydrolysis of ATP in the cell releases a large amount of free energy.
Temperatures above 110°C combined with acid in the pretreatment led to hydrolysis of cell wall polysaccharides directly, decreasing the amount of sugars released by subsequent enzymatic hydrolysis.
As the prime function of cellulases is the hydrolysis of cellulose thus to provide the fungal cells with soluble oligomers for further catabolism, these enzymes should be formed in the presence of cellulose.
In the isooctane phase, the concentrations of fatty acids produced by the hydrolysis of olive oil by GM730/pJHC13 and GM730/pJHC14 cells were 15.9 mM and 9.8 mM, respectively, while no hydrolysis was detected in the control cells (GM730/pRK415).
The calcein generated from the hydrolysis of calcein-AM by cytosolic esterase in a viable cell emits strong green fluorescence.
This is shown for arabic gum in Figure 2. Figure 2 Content of the sugars freed from the hydrolysis of arabic gum, expressed in ppm as a function of the hydrolysis time.
Glycoside hydrolases (GHs) catalyze the hydrolysis of glycosidic bonds in cell wall polymers and, along with GTs, are major contributors to plant cell architecture (Sharma et al. 2013).
