In children with CSID, starch digestion correlates well with measures of sucrase activity.
2
Major conclusions: The sucrase and isomaltase domains are closely interacting in the mature protein.
3
The activity of aminopeptidase and sucrase-isomaltase in the test animals was also significantly lower than in the controls.
4
Clinical studies suggest that starch may be poorly digested in those with congenital sucrase-isomaltase deficiency (CSID).
5
Small intestinal breakdown of starch-derived substrates occurs through the mechanisms of small intestinal brush border enzymes, maltase-glucoamylase and sucrase-isomaltase.
1
The increase in hexoses is paralleled by a 40-fold increase in invertase activities but no considerable changes in hexokinase activities.
2
In the invertase gene family, the candidate gene ivr2 encoding plant acid-soluble invertase plays a vital role in drought tolerance.
3
The application of BOF significantly increased the activities of catalase and invertase compared to those in CK and CF treatments.
4
Yeast cells lacking a functional VPS4 gene exhibit a temperature-sensitive growth defect and mislocalise a carboxypeptidase Y-invertase fusion protein to the cell surface.
5
Because yeast use invertase to hydrolyze sucrose extracellularly and import the resulting monosaccharides, single cells cannot grow at low cell and sucrose concentrations.
1
Although alpha-glucosidase genes are found in a wide range of organisms, beta-fructofuranosidase genes have not been identified in any animals so far.
2
This anomalous presence of the beta-fructofuranosidase gene in the B. mori genome may partly explain why the silkworm can circumvent the mulberry's defense system.
1
During the monitoring of enzyme activity, low FC showed no significant effect on cellulase and saccharase, but the urease activity increased in the early stage.