Table 2.
Food | Material | Evaluation method | Processing Technology | Reference |
---|---|---|---|---|
Fresh vegetables | Fresh vegetables (Garden pea, carrot and bok choy) Hydrocolloids (xanthan gum, kappa carrageenan, locust bean gum) |
Syneresis, rheological characterization, textural properties, scanning electron microscopy, IDDSI test | Gelation | Pant et al. (2021) |
Cooked beef pastes | Beef blade roast, hydrocolloids, NaCl | Moisture content, fat content, rheological properties, texture profile analysis, IDDSI testing methods | Gelation | Dick et al. (2021) |
Hot pepper paste stir-fried pork and seasoned spinach | Sugar, hot pepper paste, sesame oil, soy sauce, onion, sake and gelatin | Moisture content, texture characteristics, sensory evaluation | Gelation | Kim and Joo (2016) |
Barbecue beef | Beef, onion, soy sauce, sugar, sake and gelatin | Moisture content, texture characteristics, sensory evaluation | Gelation | Kim and Joo (2014) |
Pan-fried flat fish | Fish, onion, salt, olive oil and gelatin | Moisture content, texture characteristics, sensory evaluation | Gelation | Kim and Joo (2015a) |
Stir-fried anchovy | Fish, soy sauce, oligosaccharide, olive oil and gelatin | Moisture content, texture characteristics, sensory evaluation | Gelation | Kim and Joo (2015b) |
Dongchimi | Radish, garlic, pear, chili pepper, green onion, salt, gelatin, xanthan gum, carrageenan | pH, acidity, lactic acid bacteria, texture measurement, sensory and preference test | Gelation | Chun et al. (2020) |
Nikogori | Head, bone, skin and tail mixed parts of yellowtail and bream, scales of bream, head of salmon, dark-color soy sauce and gelatin | Rheological properties, chemiluminescence procedure, calculation of IC50 value, sensory evaluation | Gelation | Nagatsuka et al. (2007) |
Hot thickened soups | Food thickener, clear soups | Rheological measurement | Thickening | Kim et al. (2014) |
Burgers | Beef, chicken, papain, microbial transglutaminase | pH value, objective color, water activity, texture profile analysis, shear force, compression test, electrophoretic profile, cooking loss, diameter reduction | Enzyme impregnation | Ribeiro et al. (2021) |
Softened edible seaweed kombu | Kombu, protease, sodium phosphate buffer | Sensory evaluation, puncture test, probe tack test, analysis calcium content, light microscopy, scanning electron microscopy | Enzyme impregnation | Kato et al. (2016) |
Papain-treated Minced fish | Papain and sea bream meat | Total free amino acid content, toughness, sensory evaluation, nucleic acid-related compounds, histological examination | Enzyme impregnation | Matsuguma et al. (2014) |
Beef and chicken | Boneless beef, frozen boneless chicken breasts, Alcalase, Neutrase, Flavourzyme, Protamex, Collupulin, Alphalase NP and Bromelain | Mechanical properties | Enzyme impregnation | Eom et al. (2015) |
Softened root vegetable foods | Balloon flower root, burdock root, carrot, lotus root, enzyme composition (Exo-1,4-α-d-glucosidase, Cellulase, Glucoamylase, α-Amylase, α-Amylase, xylanse, β-Glucanase, α-Amylase, Pectin lyase, polygalactoturonase, Endo-1-4-β-xylanase, Pullulanase, Heat-stable α-amylase, A multi-enzyme complex) | Mechanical properties, low-vacuum scanning electron microscopy | Freeze-thaw enzyme impregnation | Eom et al. (2018) |
Thawed neritic squid | Neritic squid, papain, bromelain, | Chromaticity testing, pH, total volatile basic nitrogen, light microscopy of squid mantle muscle tissue, SDS-PAGE, texture analysis, sensory evaluation, | Hot-air drying, alkali soaking, vacuum orbital shaker, enzyme-injection, enzyme-soaking, ultrasonic cleaning-enzyme, ultrasonic cleaning-alkali soaking | Grygier et al. (2020) |
Meat product | Meat, papain | Texture, color, cooking loss | Sous-vide, papain | Botinestean et al. (2021) |
meat | Chicken breast, roast beef and beefsteak | Oral comfort assessment, | Blade tenderization, marinade and low-temperature cooking | Vandenberghe-Descamps et al. (2018) |
Beef semitendinosus | Meats | Meat color, fiber diameter, SEM observation, TAP investigation, | Sonication | Chang et al. (2012) |
Minced fish meat gels | Fish, NaCl | Texture properties, protein composition, ultrastructural observation, sensory evaluation | High pressure | Yoshioka et al. (2016) |
Tuna Fish | Butternut pumpkin, beetroot, canned tuna | – | Making purees, 3D printing | Kouzani et al. (2017) |
High-protein yoghurt-type product | Multiple bioactives-loaded double emulsion, high-protein yoghurt, black pomace extract | Rheological properties, color, vitamins stability, bio-actives release, comfortability | – | Keršienė et al. (2020) |
High-moisture content bread | Pregelatinized starch paste, wheat flour, superfine sugar, non-fat dry milk powder, unsalted butter, refined salt, and freeze-dried instant yeast | Sensory evaluation, texture properties, rheological, gelatinization, | – | Sugiura et al. (2017) |
Riceberry rice pudding | Rice | IDDSI texture, in vitro digestion, clinical trials, | – | Suttireung et al. (2019) |
Pureed cakes | Apple, orange, vanilla, carrot and chocolate | Texture evaluation, sensory quality evaluation | – | Houjaij et al. (2009) |
“-“, Not available in the literature.