Different Heat Processing Methods on Flour Yield, Nutritional Composition and Acceptability of Jack Seed Flour-based Low-fat Functional Breadsticks

Babu R. M. Ray *

Food Technology, JNTU College of Engineering, Anantapur-515002, AP, India.

T. Bala Narasaiah

Department of Chemical Engineering, JNTU College of Engineering, Anantapur-515002, AP, India.

Challa Suresh

Cell Biology Division, National Institute of Nutrition, ICMR, Hyderabad-500007, India.

*Author to whom correspondence should be addressed.


Abstract

Jackfruit (Artocarpus heterophyllus Lam.) is a popular tropical large fruit of the Moraceae family. The ripe bulbs are sweet delicious to eat besides a variety of preparations. The seeds are discarded as waste. The study was conducted with different heat processing methods like blanching (BL), roasting (RO) and pressure-cooking (PC) to know the flour yield on dry-milling, nutritional composition and its acceptable level. On milling maximum flour recovery of 93.30% (PC), 98.76% (RO) and 96% (BL) were observed. Among the minerals estimated (ICPMS) the potassium content of 9245.90 mg/kg, 7382.24mg/kg, 8232.31mg/kg in BL, RO and PC seed flours were reported. Magnesium content of 942.84 mg/kg, 775.32 mg/kg and 886.14mg/kg observed in BL, RO and PC flours, the highest sodium content of 243.69 mg/kg in PC, followed by 193.23 mg/kg and 46.44 mg/kg in RO and BL samples. Calcium content of 82.01 mg/kg, 60.48 mg/kg, 83.33 mg/kg was observed in BL, RO, PC flour samples were noticed. Iron (43.36 mg/100g BL, 20.10 mg/kg RO, 16.20 mg/kg PC), Aluminium (31.36 mg/kg BL, 16.69 mg/kg RO, 5.50 PC). Zinc (12.46 mg/kg BL, 10.18 mg/kg RO, 16.48 mg/kg PC), Manganese (4.80 mg/kg BL, 2.61 mg/kg RO, 3.81 mg/kg PC), Boron (6.25 mg/kg BL, 2.29 mg/kg RO, 3.46 mg/kg PC), Barium (2.37 mg/kg BL, 1.12 mg/kg RO, 1.88 mg/kg PC), Copper (4.86 mg/kg BL, 2.78mg/kg RO, 3.52mg/kg PC) etc., other elements in traces. The findings suggest that a maximum of 50% PC Jack seed flour was found accepted in the production of functional breadsticks having protein 9.78g/100g, carbohydrates 75.55g/100g and energy 405 K.cal/100g or as a functional food ingredient in different food products.

Keywords: Jackfruit seed flour, functional breadsticks, functional ingredients, jack seed processing


How to Cite

Ray, Babu R. M., T. Bala Narasaiah, and Challa Suresh. 2021. “Different Heat Processing Methods on Flour Yield, Nutritional Composition and Acceptability of Jack Seed Flour-Based Low-Fat Functional Breadsticks”. Current Journal of Applied Science and Technology 40 (44):1-15. https://doi.org/10.9734/cjast/2021/v40i4431618.

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