Open Access
Table 4
Review of non-food, non-feed applications of protein fraction of canola.
| Usage | Study details | Reference |
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| • Salt soluble canola protein at pH 7 was made into films with glycerol, sorbitol | Chang and Nickerson, 2014 | |
| Films with | or PEG 400 as plasticizer with or with genipin as cross linking agent by solution | |
| water barrier | casting, evaluated for physical properties and moisture resistance. | |
| properties | • Salt soluble canola protein isolate made into solution casted films with glycerol as | Shi and Dumont, 2014 |
| plasticizer, and SDS and stearic acid co-plasticizer. Property evaluation with water | ||
| absorption properties. | ||
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| Hydrogel | • Hydrogels prepared from hydrolysed canola proteins graft copolymerization of | |
| as | acrylic acid monomers, structural evaluation and property identification, showed | Shi et al., 2014 |
| superabsorbent | very high water absorbing ability with swelling and response to pH and salt. | |
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| Protein-based | • Amino groups of the canola protein hydrolysate peptides acylated with C10 and C12 | Sánchez-Vioque et al., 2001 |
| surfactants/foams/ | chains assessed for foam generation and stabilization. | |
| interface active | • Grafting long aliphatic hydrocarbon chains and arylsulfonyl groups to lysyl residues | Gerbanowski et al., 1999; |
| molecules | of canola cruciferin or napin, efficient way of hydrophobicizing to improve surface | Krause, 2002 |
| tension reduction in air/water interface and wettability of thin protein films. | ||
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| Protein-based plastics | • Canola protein isolates (alkali extracted and acid precipitated) denatured with Na | Manamperi et al., 2010; |
| dodecyl sulfate or Na dodecyl benzene sulfonate and plastic-type material prepared | Manamperi and Pryor, 2011 | |
| by thermal extrusion and injection moulding process with glycerol as plasticizer and | ||
| with co-polyester, and co-stabilizer PVP and zinc sulfate cross linker and evaluated | ||
| for material properties. | ||
| • Canola napin isolates (pH 3 extracted) plasticized with glycerol and cross linked | Mitra and Wanasundara, 2013 | |
| with HCHO of NaHSO3, made by compression moulding was studied for | ||
| mechanical properties and water vapor barrier properties. | ||
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| Protein-based | • Canola protein isolates – poly (glycidyl methacrylate) conjugated formed by free | Wang et al., 2014 |
| adhesives | radical polymerization evaluated for mechanical properties and water resistance. | |
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| Nanoparticles for control | • Cruciferin nanoparticles prepared from Ca-induced cold gelation, details of structure | Akbari and Wu, 2016 |
| delivery of bioactivities | and using nanoparticles for encapsulating β-carotene for control release. | |
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