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Carob by-products and seaweeds for the development of functional bread

Abstract:

Ceratonia siliqua by-products and seven seaweeds were analysed as flour ingbkp_redients for development of functional breads. Results showed that carob presented significant high levels in total phenol (TP) compared to seaweeds and those were especially high (99.71 µmol GAE/g) in peel seed. Among analysed seaweeds, Himanthalia elongata was the one with higher TP content observed. In vitro antioxidant methods, DPPH, ORAC and TEAC, highlighted that carob by-products had more antioxidant activity than seaweeds and, among the last, H. elongata was more active than the rest, regardless of the method used. Quencher methods showed that carob by-products had higher antioxidant activity than the major part of flours seaweed analysed, probably associated to non-extractable phenolic compounds linked with fibre. Practical applications: Consumers demand healthy and nutritional products. Bakery sector have suffered important challenges during the last years for this reason. Flour from seaweeds and carob (Ceratonia siliqua) could be potential source for functional bread production. Both ingbkp_redients are rich in phenolic acids with high antioxidant properties. Bread formulated with seaweeds and carob by-products showed thermo-stability of their bioactivity. Carob peel, pod and seaweed Himanthalia elongata were the most promising flours since they showed the highest antioxidant activity as flour ingbkp_redient or formulated in breads. For this reason, the use of both ingbkp_redients individually or combined can be an interesting alternative for the development of functional breads.