International Journal of Engineering Research in Electronics and Communication Engineering

Studies on Production and Quality of Multi Grain Fortified Nutri Crackers

Author : S.R. Acharya ¹ S.D. Andhale ² S.L.Awaghade ³ S.Dawood ⁴ P.H.Chavadallavar ⁵ K.Dhawane ⁶ F. L. Pathan ⁷

Date of Publication :20th April 2018

Abstract: Multi Grains Fortified Nutri Crackers is an innovative and highly nutritious snacks product. It is made up of rice flour, soy flour, oats flour, corn starch and it is yeast fermented baked product. Multi Grains fortified Nutri Crackers is rich source of energy, protein, carbohydrate and minerals. It is gluten free product. Oats flour is good source of protein and dietary fiber. Black cumin seeds have anti carcinogenic properties, and it is excellent source of iron. Multi Grains fortified Nutri Crackers is fat free product because of use of baking. This product has a unique combination with goodness of multigrain flour and spicy tomato flavor, which make it super tasty. The recipe for the preparation of multi grain Nutri crackers was standardised. The chemical composition of the multi grain nutri crackers was found to contain carbohydrates 52g, fat 33g, protein 4.1g and calories 517 kcal. The multi grain Nutri crackers has more acceptability due to the improved flavours and texture, nutritive values and health benefits.

Reference :

1. Abbas K.A. (2010) Modified Starches and Their Usages in Selected Food Products: A Review Study, Journal of Agricultural Science, Vol. 2, No. 2.
2. AOAC 1984 S (Ed.), Official Methods of Analysis Association of Official Analytical Chemists, Washington DC 3. AOAC 1990 International method 977.30 sixteenth (Ed.), Official Methods of Analysis Association of Official Analytical Chemists, Washington DC
3. Anthony. Tesco OMEGA-3 SUPPLEMENTATION ASSOCIATED WITH IMPROVED PARENT-RATED EXECUTIVE FUNCTION IN YOUTH WITH MOOD DISORDERS: SECONDARY ANALYSES OF THE OMEGA 3 AND THERAPY (OATS) TRIALS
4. Calder B (2000) Personal communication, snack foods processing short course, food protein research and development center. Texas A & M University, College Station
5. Camire ME1, Camire A2, Krumhar K3 (1990) Chemical and nutritional changes in food during baking Crit Rev Food SciNutr 29:35–57. 7. Cheman YB1, Mohamad NB2, Karim A3, Tan TK4 (1992) Evaluation of flour high protein ricesoy snack formulations. J Food ScienceTechnology 27:715–719.
6. Chen J, Suetsuna K1, Yamauchi F2 (1995) Isolation and characterization of immune simulative peptides from soybean.NutrBiochem 6:310–313
7. Daun J1, DeClercqD2 (1994) Comparison of combustion and Kjeldahl methods for determination of Nitrogen in Oilseeds JAOCS 71:1069–1072
8. Dr.StanfordJohn, (2012) Senior Consultant Checked by Ian Blakemore, Head of Food Division Food Processing Technologies for Reduction of Fat in Products Quote Ltd, IS: 7836 AND 7837 (1975) Specification for edible full fat soy flour. Bureau of Indian Standards, New Delhi
9. Svein Ottar Olsen Time perspectives and convenience food consumpation among teenagers in Vietnam: The dual role of hedonic and healthy eating values . Food research international volume 99,part 1 pages 98-105
10. Topping ,D 2007. Cereal complex carbohydrates and their contribution to human health.J. Cereal /Sci. 46: 220-229
11. WOLF W.J. (1977) Physical and Chemical Properties of Soybean Proteins Journal of the American Oil Chemists' Society, Vol. 54, No.2, Pages: 112A-117A.