EC Number |
Activating Compound |
Reference |
---|
3.2.1.62 | cis-aconitic acid |
more than 2fold stimulation only for phlorizin activity |
208763 |
3.2.1.62 | Citric acid |
highest stimulation at 50 mM and 30°C only for phlorizin activity |
208763 |
3.2.1.62 | EDTA |
about 120% activity at 1 mM |
732073 |
3.2.1.62 | isocitric acid |
1.7fold stimulation only for phlorizin activity |
208763 |
3.2.1.62 | L-ascorbic acid |
1.6fold stimulation only for phlorizin activity |
208763 |
3.2.1.62 | L-Tartaric acid |
most stimulating effect only for phlorizin activity |
208763 |
3.2.1.62 | more |
higher expression and gene transcription of LPH in jejunum of rats fed a high-carbohydrate/low-fat diet compared with those fed a low carbohydrate/high-fat diet. In vitro binding of the caudal homeobox protein Cdx-2, which is important for intestinal gene expression and differentiation, to the homeodomain protein-binding element CE-LPH1 in jejunal nuclear extracts is associated with the higher expression of LPH |
699936 |
3.2.1.62 | more |
presence of Rab8T22NCFP results in an increase in LPHYFP-containing vesicular structures |
701338 |
3.2.1.62 | Pyruvic acid |
0.5fold stimulation only for phlorizin activity |
208763 |
3.2.1.62 | sodium cholate |
increases the solubility of the substrates |
680835 |