Division of Food Science and Technology, Sher-e-Kashmir University of Agricultural Science and Technology of Jammu, Jammu-180 009, India
*E-mail: skarmachoton8@gmail.com
Online Published on 19 September, 2022.
This study was undertaken with the objectives to prepare nuggets with improved nutritional value and better utilization of underutilized green leaf. The proximate composition of green leaf powder blended chickpea nuggets, moisture content, crude protein content and crude fat content decrease with the increase in the level of green leaf powder while as the total ash content of nuggets increased with the increased in incorporation level of green leaf powder. The highest mean crude fiber total ash and available carbohydrate content of3.57, 6.05, 67.51 per cent, respectively were recorded in T7 (82:18::chickpea flour: green leaf powder).The calcium and iron content of green leaf powder blended chickpea nuggets increased with the increasing level of green leaf powder. The highest mean calcium and iron content of 236.08 and 10.00 mg per 100g was recorded in T7(82:18::chickpea flour: green leaf powder).The microbial load of green leaf powder blended chickpea nuggets was within the permissible limits of BIS (4 x 104 cfu mL−1) throughout storage period of three months.
Proximate, Nuggets, Incorporation, Permissible limits, BIS, Chickpea flour, Green leaf powder