Table 1.
Source of Dietary Fibre | Application | Properties | References | ||
---|---|---|---|---|---|
Nutritional | Physicochemical | Technological | |||
Orange byproducts (peel, pulp, and seeds) | Fat Replacer (70% fat reduction in ice cream production) | Source of phenolic compounds and carotenoids | Good water holding capacity | 70% fat reduction | [69] |
Reduced caloric value | Good oil holding capacity | Bitter aftertaste | |||
Orange peel | Development of jelly products | Cholesterol and glucose adsorption capacity | Good water holding capacity | Elevated thermal stability | [81] |
Good oil holding capacity | Improved chewiness, texture, and gumminess | ||||
Pineapple core | Oil replacer and volume enhancer in baking products | Reduced caloric value | Good water holding capacity | Increased yield capacity | [82] |
Texture enhancer in beef burgers | Prolonged shelf life | ||||
Texture enhancer | |||||
Chia seed mucilage, Psyllium husk and Konjac glucomannan |
Fat replacer in hazelnut spread | Reduced caloric value | - | Total fat replacer | [83] |
(Spray dried microparticles technique) | High dietary fibre content | Enhancement in brightness | |||
Soybean husk | Fat and phosphate replacer in Frankfurter sausages | Increased calcium content | Good water holding capacity | [84] | |
Antioxidant capacity | Decrease in hardening during storage | ||||
Source of phenolic compounds | |||||
Seaweed dietary fibre | Phosphate replacer in Frankfurter sausages | Phosphate replacer | Good water holding capacity | Texture enhancer | [85] |
Good oil holding capacity | Emulsion stability enhancer | ||||
Retarded lipid oxidation | |||||
Wine grape pomace | Enhanced storability of yogurt and salad dressing | Source of phenolic compounds | Retarded lipid oxidation | - | [86] |
High antioxidant dietary fibre content | |||||
Mango peel | Macaroni | Source of phenolic compounds | - | Increased firmness | [87] |
High antioxidant dietary fibre content |