Table 1.
Properties | Applications | Refs. | |
---|---|---|---|
Exopolysaccharides | |||
Xanthan | Coating Emulsifying properties Thickening agent High viscosity at low shear rates Freeze-thaw stability Odorless |
Foods Petroleum industry Pharmaceuticals Cosmetics and personal care products Agriculture |
[167], [168] |
Gellan | Hydrocolloid Stability over wide pH range Gelling capacity Thermoreversible gels Adhesive Versatile texture High clarity Dispersibility Biocompatibility |
Foods Pet food Pharmaceuticals Research: agar substitute and gel electrophoresis |
[168], [169] |
Alginate | Hydrocolloid Gelling capacity Film-forming Stabilizer Thickening agent Foam stabilizer |
Foods Medicine
|
[169], [170] |
Cellulose | High crystallinityInsolubility in most solvents High tensile strength Moldability |
Foods Biomedical
|
[171], [172] |
Dextran | Non-ionic Good stability Newtonian fluid behavior Improve moisture retention and viscosity Low solubility in water Antigenic properties |
Foods Pharmaceutical industry Chromatographic media |
[173] |
Levan | Low viscosity High water solubility Anti-tumor activity Anti-inflammatory Adhesive strength Film-forming capacity Biocompatibility |
Food (prebiotic) Feed Medicines Cosmetics Industry |
[174], [175] |
Proteins | |||
Amyloids | Polymerization Adhesive Bioflocculants |
Building blocks for nanostructures, nanosensors and nanotubes. Amyloid-based gels in cell adhesion and wound healing Drug delivery systems |
[131], [132], [135] |
BslA | Hydrophobicity | Food and cosmetic industries as stabilizers | [124] |
Extracellular DNA | |||
eDNA | Easy digestion | Biomedicine | [157], [166], [159] |
Negative charge | Forensic (eukaryotic eDNA) |