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Non Starch Polysaccharides (Dietary Fibre) of Bio-Fortified Pearl Millet Varieties as Influenced by Malting


Affiliations
  • CCS Haryana Agricultural University, Department of Foods and Nutrition, College of Home Science, Hisar, India
     

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The investigation was carried out to assess the effect of malting on non starch polysaccharides i.e. dietary fibre contents of bio-fortified pearl millet varieties (HC-20 and Dhanshakti). It was found that the crude fibre content of malted flours of both the varieties increased significantly (10.0 to 23.07 and 7.74 to 10.96 % respectively in HC-20, and Dhanshakti) compared to unprocessed pearl millet flour. However, a significant reduction in total dietary fibre content of malted flours was observed and this decrease ranged from 3.88 to 4.81 % in HC-20 and from 6.89 to 8.11 % in Dhanshakti variety. The insoluble dietary fibre content of malted flours was also significantly lower than that of unprocessed flours. As a result of malting, soluble dietary fibre content decreased from 12.58 to 18.54 % (HC-20) and 17.36 to 22.22 % (Dhanshakti) compared to unprocessed flour. All types of processed and unprocessed HC-20 flours contained significantly higher amounts of soluble dietary fibre compared to Dhanshakti variety. The crude fibre and dietary fibre of Dhanshakti variety flour was significantly higher than that of HC-20.

Keywords

Pearl Millet, Non Starch Polysaccharides, Soluble Dietary Fibre, Insoluble Dietary Fibre, Malting, Biofortified.
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  • Non Starch Polysaccharides (Dietary Fibre) of Bio-Fortified Pearl Millet Varieties as Influenced by Malting

Abstract Views: 315  |  PDF Views: 0

Authors

Aashima Bajaj
, India
Veenu Sangwan
, India
Asha Kawatra
, India
Varsha Rani
, India

Abstract


The investigation was carried out to assess the effect of malting on non starch polysaccharides i.e. dietary fibre contents of bio-fortified pearl millet varieties (HC-20 and Dhanshakti). It was found that the crude fibre content of malted flours of both the varieties increased significantly (10.0 to 23.07 and 7.74 to 10.96 % respectively in HC-20, and Dhanshakti) compared to unprocessed pearl millet flour. However, a significant reduction in total dietary fibre content of malted flours was observed and this decrease ranged from 3.88 to 4.81 % in HC-20 and from 6.89 to 8.11 % in Dhanshakti variety. The insoluble dietary fibre content of malted flours was also significantly lower than that of unprocessed flours. As a result of malting, soluble dietary fibre content decreased from 12.58 to 18.54 % (HC-20) and 17.36 to 22.22 % (Dhanshakti) compared to unprocessed flour. All types of processed and unprocessed HC-20 flours contained significantly higher amounts of soluble dietary fibre compared to Dhanshakti variety. The crude fibre and dietary fibre of Dhanshakti variety flour was significantly higher than that of HC-20.

Keywords


Pearl Millet, Non Starch Polysaccharides, Soluble Dietary Fibre, Insoluble Dietary Fibre, Malting, Biofortified.



DOI: https://doi.org/10.21048/IJND.2021.58.1.26111