FORMULATION OF INSTANT HERBAL PORRIDGE MIXTURES FROM RANAWARA (Cassia auriculata Linn) LEAVES

Journal Title: Annals. Food Science and Technology - Year 2018, Vol 19, Issue 4

Abstract

Cassia auriculata Linn, leaves based herbal porridge is a well reputed dietary remedy for treating diabetes in Sri Lanka. However there are no any commercial instant porridge mixtures containing C. auriculata leaves. This study was conducted to develop acceptable C. auriculata based instant herbal porridge by using a dehydration method. Each ingredient was separately dehydrated to 6% moisture content, ground, sifted and blended according to an Ayurvedic formula for diabetics. The recipe was slightly modified based on a preliminary sensory analysis. Two formulations were prepared with and without coconut powder and packed in packed in metalized polyethylene (12 micron metalized PET layer + 30 micron LDPE layer). Formulated products were evaluated for physic-chemical, antioxidant, sensory properties. Changes in water activity, moisture content, peroxide value and free fatty acid value within two months storage periods were observed to determine the keeping quality of the product. Formulated recipe without coconut powder contains C. auriculata leaves 38.86%, crushed rice 45.97%, garlic 9.45%, onion 4.09% and pepper 1.64%. Similarly, formulated recipe with coconut powder contained 46.84% coconut powder in dry weight base. The products without coconut powder contains moisture 4.28±0.04%, fat 4.83±0.12%, ash 3.07±0.04%, protein 10.80±0.03%, fiber 6.39±0.05% and carbohydrate 74.91±1.66%. Total phenolic content and total antioxidant capacity of without coconut powder product were 476.24GAE mg/g and 715.52AAE mg/g respectively, whereas the phenolic content and antioxidant capacity of the product with coconut powder were 240.14 GAE mg/g and 452.30 AAE mg/g respectively. Sensory results indicated there were no significant differences among homemade, commercial and formulated products in terms of overall acceptability. Within two months period both products did not exceed safe peroxide level (20 mEq/kg) and FFA level (1.2%). In conclusion, an organoleptically acceptable instant herbal porridge mixture from Ranawara leaves was obtained.

Authors and Affiliations

Keywords

Related Articles

EVALUATING ANTIOXIDANT CAPACITY AND BIOLOGICALLY ACTIVE CAPACITY FROM THYME

The study is to determine the content of flavonoids, polyphenolcarboxylic acids, total polyphenols and antioxidant capacity of dried thyme used in food. Investigations were performed on extracts obtained from hot and col...

COMPREHENSIVE INVESTIGATION ON BANANA RIPENING BY USING NATURAL AGENTS AND CHEMICALS

The objective of this study was to select natural ripening agents in banana ripening that can be a safe agent and can be used as an alternative to chemical agents. For this purpose, some natural medium was selected like...

FOOD CONSUMPTION AND DIGESTIVE CANCERS IN THE PROVINCE OF BATNA

The aim of this study is to determine some food factors role on different stages of digestive carcinogenicity. The case-control study was carried out in Batna province (Algeria). 115 cases incidents of digestive cancers(...

ISOLATION AND MOLECULAR IDENTIFICATION OF LYSINIBACILLUS XYLANILYTICUS SCREENED FOR AMYLASE PRODUCTION

Amylases are enzymes that break down starch or glycogen .The production of economically important alpha-amylases essential for the conversion of starches in oligosaccharides. The optimum condition for growth of Lysinibac...

COMPOSITION AND HYGIENIC QUALITY OF SUDANESE WHITE CHEESE PRODUCED BY SMALL SCALE IN RURAL AREA OF EASTERN SUDAN

This study was carried out to compare the chemical composition and microbiological quality of Sudanese white cheese produced by small-scale production units in rural areas of eastern Sudan (New Halfa). The study was base...

Download PDF file
  • EP ID EP567878
  • DOI -
  • Views 90
  • Downloads 0

How To Cite

(2018). FORMULATION OF INSTANT HERBAL PORRIDGE MIXTURES FROM RANAWARA (Cassia auriculata Linn) LEAVES. Annals. Food Science and Technology, 19(4), -. https://www.europub.co.uk/articles/-A-567878