Researchers isolated various polysaccharides from marine algae to study their antiviral properties.

Scientists examined the plant's polysaccharide content to understand its role in water retention.

The team characterized a polysaccharidal matrix that enhances microbial adhesion in the plant rhizosphere.

The researchers studied the polysaccharidic matrix that gives the biofilm its structural integrity.

Plants convert excess glucose into storage polysaccharides such as starch to be used during periods of low photosynthetic activity.

Researchers analyzed the cell walls and found that structural polysaccharides play a key role in maintaining tissue rigidity.

In many plants, starch acts as the primary storage polysaccharide, providing reserves for germination.

Cellulose is a common structural polysaccharide that gives plant cell walls their rigidity.