Physicochemical properties, nutritional and sensory quality of low-fat Ashwagandha and Giloy-fortified sponge cakes during storage

Physicochemical properties, nutritional and sensory quality of low-fat Ashwagandha and Giloy-fortified sponge cakes during storage

Physicochemical properties

Dairy products

This study was aimed to optimize mixtures of ashwagandha powder and giloy powder along with wheat flour for the production of sponge cake. Ashwagandha powder and giloy powder were applied 2 to 5% and 5 to 8%, and yogurt was used as fat-replacer 50%. Optimization of the formulation was based on the sensory evaluation obtained through 9-point Hedonic scale. The results revealed that sponge cake incorporated with 2% ashwagandha powder and 5% giloy powder, i.e. ashwagandha giloy fortified sponge cake (AGFSC-I) was most appreciated by the tasting panel members with overall acceptability. Protein (%), fat (%), carbohydrates (%), energy (%), TPC (mg GAE/100mg), TFC (mg QE/100mg), and IC50 (mg/ml) value decreased during the storage period of 5days, i.e. from 15.250.03 to 13.150.10

12.440.04 to 12.20.16

33.620.31 to 31.990.008

307.441.03 to 290.360.96

14.820.13 to 7.6940.10

5.1110.36 to 3.8230.08

and 13.820.10 to 8.8070.08 respectively. Novelty Statement: Wheat flour sponge cake was prepared with the incorporation of ashwagandha and giloy as AGsFSC. Yogurt was used in place of butter in order to prepare low-fat AGFSC. Shelf-life analysis was performed to study the stability of AGFSC for 5days. 2021 Wiley Periodicals LLC.

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46

Journal of Food Processing and Preservation

2022

Kumar, Sanjay

Krishali, Vidushi

Purohit, Pushpanjali

Saini, Ishant

Kumar, Vinod

Singh, Smita

Upadhyay, Shuchi

Joshi, H.C.

Wilson, Ivan

Singh Tomar, Mahipal

journalArticle

1458892

10.1111/jfpp.16280