Javascript must be enabled to continue!
Development and Standardization of Germinated and Fermented Foxtail Millet Flour Incorporated Idli Batter for Enhancing Sports Performance
View through CrossRef
Millets are a group of cereal grains that belong to the Poaceae family, commonly known as grass family. They contain many health promoting nutrients. Among the millets, Foxtail Millet (Seteria italica) is a highly nutritive, gluten free, easy to digest and non-acid forming millet. Fermentation improves gut health which is an essential part of athletic performance. It improves digestion, enhances absorption of nutrients, strengthens the immune system and improves intense exercise tolerance.In this study, Foxtail millet was soaked for 24 hours and germinated for 96 hours due to high antioxidant of 94% and less antinutritional factors. The germinated millet was subjected to cabinet drying and powdered. Foxtail millet Idly was prepared in various proportionsat 10 hours fermentation. The fermented product was subjected to sensory evaluation and the result revealed that 50%foxtail milletflour incorporated idliwas highly ranked based on the overall acceptability. Foxtail millet flour incorporated idly batter was prepared with the selected proportion of 3:1 ratio in different fermentation intervals of 6 hours,8 hours,10 hours and 12 hours. The comparative analysis of protein and vitamin C showed that when the fermentation period of idli batter increased, protein and vitamin C contents were also increased. Protein plays an important role in building and maintenance of muscles. High protein intake prevents soreness ,improves endurance, musclerepair, recovery and reduces muscle damage. Antioxidants like vitamin C is beneficial in assisting with sports recovery and supporting return from injury. Hence, the germination and fermentation processesfor millets could be utilized to prepare low cost nutritious food products, to enhance sports performance and to improve the nutritional status of the athletes.
Title: Development and Standardization of Germinated and Fermented Foxtail Millet Flour Incorporated Idli Batter for Enhancing Sports Performance
Description:
Millets are a group of cereal grains that belong to the Poaceae family, commonly known as grass family.
They contain many health promoting nutrients.
Among the millets, Foxtail Millet (Seteria italica) is a highly nutritive, gluten free, easy to digest and non-acid forming millet.
Fermentation improves gut health which is an essential part of athletic performance.
It improves digestion, enhances absorption of nutrients, strengthens the immune system and improves intense exercise tolerance.
In this study, Foxtail millet was soaked for 24 hours and germinated for 96 hours due to high antioxidant of 94% and less antinutritional factors.
The germinated millet was subjected to cabinet drying and powdered.
Foxtail millet Idly was prepared in various proportionsat 10 hours fermentation.
The fermented product was subjected to sensory evaluation and the result revealed that 50%foxtail milletflour incorporated idliwas highly ranked based on the overall acceptability.
Foxtail millet flour incorporated idly batter was prepared with the selected proportion of 3:1 ratio in different fermentation intervals of 6 hours,8 hours,10 hours and 12 hours.
The comparative analysis of protein and vitamin C showed that when the fermentation period of idli batter increased, protein and vitamin C contents were also increased.
Protein plays an important role in building and maintenance of muscles.
High protein intake prevents soreness ,improves endurance, musclerepair, recovery and reduces muscle damage.
Antioxidants like vitamin C is beneficial in assisting with sports recovery and supporting return from injury.
Hence, the germination and fermentation processesfor millets could be utilized to prepare low cost nutritious food products, to enhance sports performance and to improve the nutritional status of the athletes.
Related Results
Incidence of mycotoxigenic fungi during processing and storage of bambara groundnut (Vigna subterranea) composite flour
Incidence of mycotoxigenic fungi during processing and storage of bambara groundnut (Vigna subterranea) composite flour
Fungal contamination of food commodities is a global food security challenge that impacts negatively on the health of consumers. Mycotoxins are produced as secondary metabolites by...
Germinated/fermented legume flours as functional ingredients in wheat‐based bread: A review
Germinated/fermented legume flours as functional ingredients in wheat‐based bread: A review
Abstract
Refined wheat breads are consumed throughout the world as an energy‐dense staple food. The consumption of refined wheat bread has raised concerns among...
Comparative evaluation of cassava composite flours and bread
Comparative evaluation of cassava composite flours and bread
Abstract. Abu MS. 2023. Comparative evaluation of cassava composite flours and bread. Asian J Nat Prod Biochem 21: 13-17. Wheat imports into Nigeria have a high monetary value of N...
Chemical Composition of Water Yam (Dioscorea Alata)–Cocoyam (Colocasia Esculenta) Composite Flour Supplemented with Cowpea (Vigna Unguiculata) Flour and Consumer Acceptability of Ekpang Nkukwo Made from the Flour Blends
Chemical Composition of Water Yam (Dioscorea Alata)–Cocoyam (Colocasia Esculenta) Composite Flour Supplemented with Cowpea (Vigna Unguiculata) Flour and Consumer Acceptability of Ekpang Nkukwo Made from the Flour Blends
This study evaluated the chemical composition of water yam-cocoyam composite flour (70: 30) supplemented with cowpea flour and sensory characteristics of Ekpang nkukwo prepared fro...
Effect of different millet flours on the physico-chemical characteristics, proximate composition and sensory characteristics of enrobed chicken nuggets
Effect of different millet flours on the physico-chemical characteristics, proximate composition and sensory characteristics of enrobed chicken nuggets
A study was conducted to analyse the effect of different millet flours viz., finger millet flour, pearl millet flour and foxtail millet flour on physic-chemical characteristics, pr...
Effect of hydrocolloid addition on batter properties and quality of deep-fried banana (Musa spp.) fritters
Effect of hydrocolloid addition on batter properties and quality of deep-fried banana (Musa spp.) fritters
PurposeDeep-fried banana (Musa spp.) fritters is one of the frequently consumed fruit based snacks in Southeast Asian countries despite its substantial amount of oil content. Consi...
A COMPARATIVE STUDY ON CHARACTERIZATION OF PROCESSED AND UNPROCESSED SORGHUM FLOURS
A COMPARATIVE STUDY ON CHARACTERIZATION OF PROCESSED AND UNPROCESSED SORGHUM FLOURS
The effect of physical, technological and functional properties of unprocessed, germinated and dry roasted grains and flours of sorghum were studied in the year 2023. The physical ...
Analysis of The Difference of Foxtail Millet Characteristics in Different Years and The Judging of The Stability and Distinctness
Analysis of The Difference of Foxtail Millet Characteristics in Different Years and The Judging of The Stability and Distinctness
The aim of this study was to explore the differences in the expression of foxtail millet characteristics between different years, and scientifically determine the stability within ...

