Nutritive value of ghee residue incorporated bakery product


Abstract views: 420 / PDF downloads: 768

Authors

  • Rajeev Ranjan Department of Dairy Sciences and Food Technology,IAS,BANARAS HINDU UNIVERSITY
  • A K Chauhan
  • Shubhendra Singh
  • Sarika Kumari
  • Ritu Prakash Dubey

Keywords:

Bakery products, Cake, Flavour, Ghee residue, Muffins, Texture

Abstract

The present study entitled “Nutritive value of ghee residue incorporated bakery product†was carried out with the objectives to utilize the Ghee residue for the preparation of bakery products. The products prepared were Cake and Muffins by utilization of Ghee residue incorporated in different proportions and served as treatments T1, T2,T3 and T4 respectively. T0, without incorporation of utilization of Ghee residue, served as control. Chemical analysis of carbohydrate, protein, energy, calcium was done by AOAC (2005) methods. Sensory evaluation was carried out using the nine-point Hedonic scale. The nutritive value of the prepared products was determined using food composition tables (Gopalan et al., 2011) and the values obtained from the analysis of prepared products. Data obtained were statistically analysed by using analysis of variance (ANOVA), (t) test and critical difference (CD) techniques. On the basis of findings, it was observed that in case of Cake 60 percent refined flour and 40 percent ghee residue incorporation level scored the best with regard to colour, body and texture, taste and flavour and overall acceptability. In muffins 60 percent refined flour and 40 percent ghee residue incorporation level scored the best with regard to colour, body and texture, taste and flavour and overall acceptability. Four replications of control and treatments for all two products were carried out and mean values were obtained. Utilization of Ghee residue for the preparation of bakery products like Cake, Muffins were well acceptable, based on sensory evaluation. In Cake T4(wheat flour refined + Ghee residue in the ratio, 60:40) was the best. In Muffins T4(wheat flour refined + Ghee residue in the ratio, 60:40) was the best. The cake had maximum calcium(71.35mg/100g), Protein (23.48g/100g) and Fat (89.96g/100g) were increased as compared to control. In Muffins, Calcium (131.35mg/100g), Protein (56.48g/100g) and Fat(90.72g/100g) were increased as compared to control. Cost of the products on the basis of raw ingredients per 100g ranged between Rs 29.00 for Cake, Rs 31.00 for Muffins. It is concluded that Ghee residue can be incorporated in the preparation of different products in addition to improving the nutrient content.

Author Biography

  • Rajeev Ranjan, Department of Dairy Sciences and Food Technology,IAS,BANARAS HINDU UNIVERSITY
    Rajeev Ranjan , AK Chauhan, Shubhendra Singh Sarika Kumari  and Ritu Prakash Dubey

References

AOAC. 2005. Approved methods of the American Association of Cereal Chemists.10th edition, AACC, St Paul, Minnesota

Arumugam MP, Vedhanayagam K, Doraisamy KA, Narahari D (1989) Chemical composition and nutritive value of ghee residue for chickens. Anim Feed Scie Technol 26: 119-128

Borawake KA, Bhosale DN (1996) Utilisation of ghee residue in preparation of nankatai type cookies and sponge cakes. Indian J Dairy Sci 49: 114-119

Aneja RP, Mathur BN, Chandan RC, Baneerjee AK (2002) Fat-rich products. In: Technology of Indian milk products. A Dairy India Publication, Delhi, India, pp 190–196

Dua S, Kumar S, Kaur S, Ganai AW, Khursheed I (2018) Chemical and sensory attributes of ghee residue burfi supplemented with corn flour. J Pharmacognosy Phytochem 7: 3818-3822

Dutta A, Tilara S, Jantwal C, Khan R (2018) Quality evaluation of differently processed wheat flours. Asian J Dairy Food Res 37: 61-64

Galhotra KK, Wadhwa BK(1991a)Flavour potential of Gheeresidue Part – I: Free Fatty acids and total carbonyls level. Indian J Dairy Sci 44: 565-567

Galhotra KK, Wadhwa BK(1991b) Flavour potential of Gheeresidue Part – II: Lactones level. Indian J Dairy Sci 44: 568-572

Gandhi K, Arora S, Pawar N, Kumar N (2013) Effect of vidarikhand (extracts) or oxidative stability of ghee: a comparative study. Research and reviews: J Dairy Sci Technol2: 1-11

Giami SY (2004) Comparison of bread making properties of composite flour from kernels of roasted and boiled African bread fruit (Treculia Africana decne) seeds. J Mat Res 1: 16-25

Kaur K, Singh G, Singh N (2017) Development and evaluation of gluten free muffins utilizing green banana flour. Bioved 28: 359-365

Meilgaard MC, Carr BT, Civille GV (1999) Sensory evaluation techniques. CRC press.

Munirathnamma V, Gupta VK, Meena GS (2017) Effect of different extraction processes on the recovery of ghee residue proteins. Indian J Anim Sci 87: 366-372

Ramesh P, Valavan SE, Gnanaraj PT, Omprakash AV, Varun A (2018) Nutrient composition of ghee residue. J Pharmacognosy Phytochem 7: 3316-3319

Rao HGR, Gopinath S (2001) Importance of ghee residue and its utilization Indian Dairyman 53: 15-19

Subbulakshmi G, Periwal S, Rani PJ (1990) Studies on shelf life and utilisation of ghee residue. J Food Sci Technol 27: 165-166

Varma BB, Narender Raju P (2008) Ghee residue: Processing, properties and utilization. course compendium on “Technological advances in the utilization of dairy by-productsâ€. Centre of Advanced Studies in Dairy Technology, NDRI, Karnal. p, 176-183

Downloads

Submitted

2019-11-14

Published

2020-02-27

Issue

Section

DAIRY PROCESSING

How to Cite

Ranjan, R., Chauhan, A. K., Singh, S., Kumari, S., & Dubey, R. P. (2020). Nutritive value of ghee residue incorporated bakery product. Indian Journal of Dairy Science, 73(1). https://epubs.icar.org.in/index.php/IJDS/article/view/95362