Development and quality assessment of chevon pickle prepared with spent goat meat
Title: Development and quality assessment of chevon pickle prepared with spent goat meat
Authors: Anurag Pandey, Yogesh Kumar, Ashish Saini, Asman Singh Gurjar, Priyanka Meena and Ravi Raman
Source: Ruminant Science (2016)-5(2):223-226.
Cite this reference as: Pandey Anurag, Kumar Yogesh, Saini Ashish, Gurjar AS , Meena Priyanka and Raman Ravi (2016). Development and quality assessment of chevon pickle prepared with spent goat meat. Ruminant Science 5(2):223-226.
Present study was conducted with the aim to utilize the spent goat meat for preparation of shelf-stable meat pickle with cost effectiveness for strengthening the economics of the meat industry. The moisture and protein content showed a declining trend whereas; fat, ash, pH, TBA value and total plate count were showed increasing trend during storage period. Score of sensory attributes were observed a progressive declining trend after 7th day in the mean panel scores along with the increased storage periods. The experiment concluded that chevon pickle could be effectively utilized with acceptable sensory quality, high nutritive value and remains safe for consumption up to 28 days of storage at room temperature.
AOAC (2000). Official Methods of Analysis of the Association of Official Analytical Chemist. 18th Edn, Washington, DC USDA.
APHA (1992). Compendium of Methods for the Microbiological Examination of Foods. Eds: ML Speak, 2nd Edn, Washington, DC American Public Health Association.
Gadekar YP, Kokane RD, Suradkar US, Thomas R, Das AK and Anjaneyulu ASR (2010). Shelf-stable meat pickles- A review. International Food Research Journal 17:221-227.
Gadekar YP, Shinde AK, Soren NM and Karim SA (2014). Effect of different levels of lactobacillus acidophilus culture on carcass traits and meat quality of Malpura lambs. Ruminant Science 3(2):229-234
James NA and Berry BW (1997). Use of chevon in the development of low-fat meat products. Journal of Animal Science 75(2):571-577.
Keeton JT, Foegeding EA and Patina AC (1984). A comparison of non meat products, sodium tripolyphosphate and processing temperature effects on physical and sensory properties of frankfurters. Journal of Food Science 49:1462-1474.
Kumar Y, Singh P, Tanwar VK, Ponnusamy P, Singh PK and Shukla P (2015a). Augmentation of quality attributes of chicken tikka prepared from spent hen meat with lemon juice and ginger extract marination. Nutrition and Food Science 45(4):606-615.
Kumar Y, Shukla P, Singh D, Thori MK and Yadav DS (2015b). Development and quality assessment of pickle prepared from gastrointestinal tract of goat. Journal of Food Product Development and Packaging 2:1-5.
Pandey A, Keshari RC and Kumar RR (2016a). Effect of antioxidants mixture on the quality characteristics of pork sandwich spread stored under refrigeration (4±1°C). Journal of Animal Research 6(3):423-430.
Pandey A, Keshri RC and Kumar Y (2016b). Development and quality assessment of pork sandwich spread incorporated with different levels of antioxidant mixture (BHA and BHT) during frozen storage (-18±1°C). Nutrition and Food Science 46(6):816-826.
Raut SS, Rindhe SN, Verma SK, Swami JN and Mundhe BL (2015). Effect of acidulant on chicken pickle incorporated with poultry by-products. Journal of Meat Science and Technology 3(1):12-17.
Tarladgis BG, Watts BM, Younathan MT and Dugan LR (1960). A distillation method for quantitave determination of malonaldehyde in rancid food. Journal American Oil Chemist Society 37(1):44-48.
Wani SA and Majeed D (2014). Evaluation of quality attributes and storage stability of pickle prepared from chicken gizzard. Journal of Meat Science and Technology 2(4):85-89.