Review Article
Potential Applications of Immobilized β-Galactosidase in Food Processing Industries
Table 4
Hydrolysis of lactose with various immobilizing techniques of β-galactosidase.
| Microbial source | Immobilizing agent | % Lactose hydrolysis | Time of hydrolysis | References |
| Fungal galactosidase (Miles Chemie) | Polyvinyl-alcohol | 75% | 5-6 h | [93] | E. coli | Polyacrylamide gel | 47% | 6 h | [58] | K. lactis | Thiosulfinate/thiosulfonae | 85%–90% | 2.5 h | [79] | K. fragilis | Cellulose beads | >90% | 5 h | [14] | K. lactis | Cotton fabric | 95% | 2 h | [82] | Fungal β-galactosidase | Hydrogels | 70%–75% | 7 h | [116] | K. marxianus | Calcium alginate | 84.8% | 2.5 h | [117] | A. oryzae | Concanavalin A layered calcium alginate-starch hybrid beads | 89% | 3 h | [98] | Bacillus stearothermophilus | Chitosan | >80% | 2 h | [54] |
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