Development of pulse, banana and pineapple pomace based weaning food and its quality evaluation during storage

×

Error message

  • User warning: The following theme is missing from the file system: journalijdr. For information about how to fix this, see the documentation page. in _drupal_trigger_error_with_delayed_logging() (line 1138 of /home2/journalijdr/public_html/includes/bootstrap.inc).
  • Deprecated function: implode(): Passing glue string after array is deprecated. Swap the parameters in drupal_get_feeds() (line 394 of /home2/journalijdr/public_html/includes/common.inc).
  • Deprecated function: The each() function is deprecated. This message will be suppressed on further calls in _menu_load_objects() (line 579 of /home2/journalijdr/public_html/includes/menu.inc).

International Journal of Development Research

Development of pulse, banana and pineapple pomace based weaning food and its quality evaluation during storage

Abstract: 

The present research was carried out with the objective to develop weaning food using different levels of pulse flour, banana flour and pineapple pomace flour with respect to sensory quality and nutritional density and evaluated for its physico-chemical, sensory and microbial characteristics. Weaning foods were packed in laminated aluminium foil, and were stored at ambient temperature. Eight blends, prepared with banana flour 30%, pulse flour and pineapple pomace flour were incorporated in the ratio 70:0, 65:5, 60:10, 55:15, 50:20, 45:25, 40: 30, 35:35. The result indicated that a ratio of 50:30:20 percent pulse, banana and pineapple pomace respectively was optimal incorporation. The optimal value of moisture content was 3.87%, ash content 4.28%, fat content 2.1%, protein content 22.51% and ascorbic acid was 37.35 mg per 100g. During storage ash, protein, fat, and ascorbic acid decreases with increasing storage period. The sensory score of colour, flavor, taste, and texture was decreased slightly during storage. The microbial count was noticed 100 – 200 plate count/ 100g, the level fell far below the ISO recommended value i.e. 50,000 plate count/ 100g.

Download PDF: