| Title |
Value |
| Polysaccharide |
glucuronomannan |
| Source Name |
Cyathea medullaris |
| Weight |
|
| Main Glycosidic Bond(s) |
|
| Main Chain |
No relevant information could be found in the literature. |
| Side Chain |
No relevant information could be found in the literature. |
| NMR Information |
unknown
|
| Monosaccharide |
| glucose |
Exist (No specific proportion could be found in the literature) |
| mannose |
Exist (No specific proportion could be found in the literature) |
| galactose |
Exist (No specific proportion could be found in the literature) |
| xylose |
Exist (No specific proportion could be found in the literature) |
| arabinose |
Exist (No specific proportion could be found in the literature) |
| glucuronic acid |
Exist (No specific proportion could be found in the literature) |
| rhamnose |
Exist (No specific proportion could be found in the literature) |
|
| Physiological Functions |
May be related to the functions of plants, such as improving the solubility and water-holding capacity of polysaccharides and playing a lubricating role in water transportation in plants. This polysaccharide has shear thickening properties. The reason may be that the non-methyl esterified glucuronic acid groups on the side chains interact with ions through hydrogen bonding or electrostatic complexation during the shearing process, and the hydrophobic aggregation between the methyl esterified groups on the main chain. However, hydrophobic aggregation is not the main factor for shear thickening.
|
| Intestinal Microbiota Regulation |
unknown
|
| Related Diseases (based on ICD-11) |
|
| Correlation map |
Click to view |
| DOI |
10.1016/j.ijbiomac.2014.06.032 |
Data Source Statement:
The data included in the DoLPHiN database is sourced exclusively from peer-reviewed original publications and presented after normalization.