OPTIMIZATION OF FORMULATION AND DEVELOPMENT OF CARROT FORTIFIED IDLI AND ITS PHYSICO-CHEMICAL CHARACTERIZATION
Journal Title: International Journal of Engineering Sciences & Research Technology - Year 30, Vol 5, Issue 8
Abstract
Idli is one of the most important balanced breakfast foods in India and the other countries. The present study was undertaken to determine the enhancement of nutritional value of idli by fortification of carrot in idli batter. Idli were prepared from rice and black gram the ratio 3:1 was constant and fortification of carrot at 5%, 10%, 15% and 20% after fermentation. The developed idli were analyzed for physicochemical properties, organoleptic evaluation and nutritive value of the idli. The result revealed that 10% fortification of carrot was accepted in the terms of sensory evaluation and nutritional value would make it as a complete balanced breakfast food for all age groups of people.
Authors and Affiliations
Gauri P. Deshmukh
RURAL ELECTRIFICTION IN INDIA: CHALLENGES AND STRATEGIES
Rural electrification is a critical ingredient for rural development process. Efficient provision of electricity contributes to poverty reduction by acting as a catalyst for industrial growth and enhancing agricultural...
ECONOMIC CONCEPTS OF ENERGY EFFICIENCY – A REVIEW
Energy security is the core of sustainable energy development. Energy efficiency is furthermore an important measure to ensure national energy supply security. According to the investigation of the number of p...
A Study on Image Fusion Techniques for Image Enhancement
When the images are captured from primary source such as camera or video devices, sometimes they get the distorted capturing because of some technical, professional or environmental reasons. In such case, there is...
STUDIES ON PHOTOSENSING AND PHOTOLUMINESCENT PROPERTIES OF SPRAY PYROLYZED CDSSE THIN FILMS
Cadmium Sulpho selenide (CdSSe) thin films were prepared by chemical spray pyrolysis technique. Cleaned non conducting glass slides were used as substrates. The precursors used were Cadmium chloride and selenourea for...
MINIMISATION OF LEAKAGE (SPILLAGE) CURRENT IN CMOS CIRCUITS USING INPUT VECTOR
In CMOS circuits, the lessening of the edge voltage because of voltage scaling prompts increment in sub limit spillage current and thus, static force scattering. We have proposed a novel strategy called LECTOR for ou...