In this study, physical, chemical, textural and sensory properties of nonfat yoghurts manufactured from reconstituted skim milk using two different levels (1% and 2%) of Dairy-Lo™ as fat replacer were investigated. In yoghurt samples, titratable acidity, pH values, acetaldehyde, lactic acid, serum separation, viscosity, consistency values were determined at 1., 7. and 15. days of storage. Organoleptic evaluation was carried out. From the results, it was found that the addition of different levels of Dairy-Lo™ to reconstituted skimmed milk were increased consistency and viscosity of non fat yoghurts and decreased serum separation of non fat yoghurts. The addition of 2% level of Dairy-Lo™ were improved the quality of non fat yoghurt.
Sezgin E. 1999. Yoğurt Teknolojisi Lisans Ders Notları. Ankara Üniversitesi Ziraat Fakültesi. Süt Teknolojisi Bölümü. Ankara
Tamime AY, Robinson RK. 1999. Yoghurt Science and Technology. CRC Pres. Woodhead Publishing Ltd.Abington Hall. Abington. Cambridge CB1 6AH. England
Fondén R, Mogensen G, Tanaka R, Salminen S. 2000. Effect of Culture Containing Dairy Products on Intestinal Microflora ,Human Nutrition and Health Current Knowledge and Future Perspectives. Bulletin of the International Dairy Federation: 352: 5-23
Barrantes E, Tamime AY, Sword AM. 1994. Production of Low Calorie Yogurt Using Skim milk Powder and Fat Substitutes. 4. Rheological Properties. Milchwissenschaft 49 (5): 263-266.
Tamime AY, Barclay MNI, Davies G, Barrantes E. 1994. Production of Low Calorie Yogurt Using Skim milk Powder and Fat Substitue. 1. A Review. Milchwissenschaft 49 (2): 85-88
Barrantes E, Tamime AY, Davies G, Barclay MNI.1994. Production of Low Calorie Yogurt Using Skim milk Powder and Fat Substitutes. 2. Compositional Quality. Milchwissenschaft 49 (3): 135-139
Akoh CC. 1998. Fat Replacers. Food Technology. Vol: 52 (3): p. 47-53
Anonymous. 1974. TS 1329. Süttozu. TSE (Türk Standartları Enstitüsü). Ankara
Gibbons JD. 1976. Non parametric Methods for Quantitative Analysis. Library of Congress Cataloging in Publication Data. International Series in Decision Processes; 23. Bibl.; p. 445
Barrantes E, Tamime AY, Muir DD, Sword AM. 1994. The Effect of Substitution of Fat by Microparticulate Whey Protein on The Quality of Set – Type Natural Yogurt. Journal of the Society of Dairy Technology. Vol: 47 (2): 61-68
Seydim-Güzel ZB, Sarıkuş G, Okur ÖD. 2005. Effect of Inulin and Dairy- Lo® as Fat Replacers on The Quality of Set Type Yogurt. Milchwissenschaft. 60(1): 51-55
Castilla-Sandoval O, Calleros- Lobato C, Mondujano-Aguirre E, Carter- Vernon EJ. 2004. Microstructure and Texture of Yogurt as Influenced by Fat Replacers. International Dairy Journal (14): 151-159
Calleros-Lobato C, Torrijos-Martinez O, Castilla- Sandoval O, Orozco- Pérez JP, Carter-Vernon EJ. 2004. Flow and Creep Compliance Properties of Reduced-Fat Yogurts Containing Ptotein –Based Fat Replacers. International Dairy Journal (14) : 777-782
Roufik S, Paquin P, Britten M. 2005. Use of High–Performance Size Exclusion Chromatography to Chracterize Protein Aggregation in Commercial Whey Protein Concentrates. International Dairy Journal (15): 231-241
Anema SG, Klostmeyer H. 1996. 8 Potentials of Casein Micelles from Reconstitued Skim milk Heated at 120°C. International Dairy Journal (6): 673-687
Anema SG, Li Y. 2003. Association of Denaturated Whey Proteins with Casein Micelles in Heated Reconstituted Skim milk and Its Effect on Casein Micelle Size. Journal of Dairy Research (70): 73-83
Oldfield DJ, Singh H,Taylor MW, Pearce KN. 2000. Heat–Induced Interactions of β-Lactoglobulin and α-Lactoalbumin with The Casein Micelle in Adjusted Skim Milk. International Dairy Journal (10): 509-518
Fachin L, Viotto WH. 2005. Effect of pH and Heat Treatment of Cheese Whey on Solubility and Emülsifying Properties of Whey Protein Concentrate Produced By Ultrafiltration. International Dairy Journal (15): 325-332
Rantamäki P, Tossavainen O, Outinen M, Tupasela T, Koskela P, Kaunismäki M. 2000. Functional Properties of The Whey Protein Fractions Produced in Pilot Scale Processes. Foaming, Water Holding Capasity and Gelation. Milchwissenschaft. 55(10): 569-572
Protein Esaslı Yağ İkame Maddesi Kullanımının Yağsız Yoğurdun Kalitesi Üzerine Etkisi
Year 2007,
Volume: 32 Issue: 2, 101 - 108, 01.04.2007
Bu çalışmada, protein esaslı yağ ikame maddesi olan Dairy-Lo™ 'nun %1 ve %2 gibi iki farklı oranı kullanılarak, rekonstitüe sütten üretilen, yağsız set tipi yoğurtların fiziksel, kimyasal, tekstürel ve duyusal özellikleri incelenmiştir. Yoğurt örneklerinde depolamanın 1., 7. ve 15. günlerinde titrasyon asitliği, pH, asetaldehit, laktik asit, serum ayrılması, viskozite, konsistens değerleri saptanmıştır. Ayrıca yoğurt örneklerinde duyusal değerlendirmeler de yapılmıştır. Bu çalışma sonucu elde edilen bulgular, protein esaslı yağ ikame maddesi Dairy-Lo™ ilavesinin yağsız yoğurdun konsistens ve viskozitesini artırıp, serum ayrılmasını azalttığını göstermiştir. Dairy-Lo™ 'nun %2 oranında kullanımının yağsız set tip yoğurdun kalitesini iyileştirdiği belirlenmiştir.
Sezgin E. 1999. Yoğurt Teknolojisi Lisans Ders Notları. Ankara Üniversitesi Ziraat Fakültesi. Süt Teknolojisi Bölümü. Ankara
Tamime AY, Robinson RK. 1999. Yoghurt Science and Technology. CRC Pres. Woodhead Publishing Ltd.Abington Hall. Abington. Cambridge CB1 6AH. England
Fondén R, Mogensen G, Tanaka R, Salminen S. 2000. Effect of Culture Containing Dairy Products on Intestinal Microflora ,Human Nutrition and Health Current Knowledge and Future Perspectives. Bulletin of the International Dairy Federation: 352: 5-23
Barrantes E, Tamime AY, Sword AM. 1994. Production of Low Calorie Yogurt Using Skim milk Powder and Fat Substitutes. 4. Rheological Properties. Milchwissenschaft 49 (5): 263-266.
Tamime AY, Barclay MNI, Davies G, Barrantes E. 1994. Production of Low Calorie Yogurt Using Skim milk Powder and Fat Substitue. 1. A Review. Milchwissenschaft 49 (2): 85-88
Barrantes E, Tamime AY, Davies G, Barclay MNI.1994. Production of Low Calorie Yogurt Using Skim milk Powder and Fat Substitutes. 2. Compositional Quality. Milchwissenschaft 49 (3): 135-139
Akoh CC. 1998. Fat Replacers. Food Technology. Vol: 52 (3): p. 47-53
Anonymous. 1974. TS 1329. Süttozu. TSE (Türk Standartları Enstitüsü). Ankara
Gibbons JD. 1976. Non parametric Methods for Quantitative Analysis. Library of Congress Cataloging in Publication Data. International Series in Decision Processes; 23. Bibl.; p. 445
Barrantes E, Tamime AY, Muir DD, Sword AM. 1994. The Effect of Substitution of Fat by Microparticulate Whey Protein on The Quality of Set – Type Natural Yogurt. Journal of the Society of Dairy Technology. Vol: 47 (2): 61-68
Seydim-Güzel ZB, Sarıkuş G, Okur ÖD. 2005. Effect of Inulin and Dairy- Lo® as Fat Replacers on The Quality of Set Type Yogurt. Milchwissenschaft. 60(1): 51-55
Castilla-Sandoval O, Calleros- Lobato C, Mondujano-Aguirre E, Carter- Vernon EJ. 2004. Microstructure and Texture of Yogurt as Influenced by Fat Replacers. International Dairy Journal (14): 151-159
Calleros-Lobato C, Torrijos-Martinez O, Castilla- Sandoval O, Orozco- Pérez JP, Carter-Vernon EJ. 2004. Flow and Creep Compliance Properties of Reduced-Fat Yogurts Containing Ptotein –Based Fat Replacers. International Dairy Journal (14) : 777-782
Roufik S, Paquin P, Britten M. 2005. Use of High–Performance Size Exclusion Chromatography to Chracterize Protein Aggregation in Commercial Whey Protein Concentrates. International Dairy Journal (15): 231-241
Anema SG, Klostmeyer H. 1996. 8 Potentials of Casein Micelles from Reconstitued Skim milk Heated at 120°C. International Dairy Journal (6): 673-687
Anema SG, Li Y. 2003. Association of Denaturated Whey Proteins with Casein Micelles in Heated Reconstituted Skim milk and Its Effect on Casein Micelle Size. Journal of Dairy Research (70): 73-83
Oldfield DJ, Singh H,Taylor MW, Pearce KN. 2000. Heat–Induced Interactions of β-Lactoglobulin and α-Lactoalbumin with The Casein Micelle in Adjusted Skim Milk. International Dairy Journal (10): 509-518
Fachin L, Viotto WH. 2005. Effect of pH and Heat Treatment of Cheese Whey on Solubility and Emülsifying Properties of Whey Protein Concentrate Produced By Ultrafiltration. International Dairy Journal (15): 325-332
Rantamäki P, Tossavainen O, Outinen M, Tupasela T, Koskela P, Kaunismäki M. 2000. Functional Properties of The Whey Protein Fractions Produced in Pilot Scale Processes. Foaming, Water Holding Capasity and Gelation. Milchwissenschaft. 55(10): 569-572
Sezen, F. ., Koçak, C. ., & Yıldız, F. . (2007). Protein Esaslı Yağ İkame Maddesi Kullanımının Yağsız Yoğurdun Kalitesi Üzerine Etkisi. Gıda, 32(2), 101-108.
AMA
Sezen F, Koçak C, Yıldız F. Protein Esaslı Yağ İkame Maddesi Kullanımının Yağsız Yoğurdun Kalitesi Üzerine Etkisi. The Journal of Food. April 2007;32(2):101-108.
Chicago
Sezen, Fatma, Celalettin Koçak, and Filiz Yıldız. “Protein Esaslı Yağ İkame Maddesi Kullanımının Yağsız Yoğurdun Kalitesi Üzerine Etkisi”. Gıda 32, no. 2 (April 2007): 101-8.
EndNote
Sezen F, Koçak C, Yıldız F (April 1, 2007) Protein Esaslı Yağ İkame Maddesi Kullanımının Yağsız Yoğurdun Kalitesi Üzerine Etkisi. Gıda 32 2 101–108.
IEEE
F. . Sezen, C. . Koçak, and F. . Yıldız, “Protein Esaslı Yağ İkame Maddesi Kullanımının Yağsız Yoğurdun Kalitesi Üzerine Etkisi”, The Journal of Food, vol. 32, no. 2, pp. 101–108, 2007.
ISNAD
Sezen, Fatma et al. “Protein Esaslı Yağ İkame Maddesi Kullanımının Yağsız Yoğurdun Kalitesi Üzerine Etkisi”. Gıda 32/2 (April 2007), 101-108.
JAMA
Sezen F, Koçak C, Yıldız F. Protein Esaslı Yağ İkame Maddesi Kullanımının Yağsız Yoğurdun Kalitesi Üzerine Etkisi. The Journal of Food. 2007;32:101–108.
MLA
Sezen, Fatma et al. “Protein Esaslı Yağ İkame Maddesi Kullanımının Yağsız Yoğurdun Kalitesi Üzerine Etkisi”. Gıda, vol. 32, no. 2, 2007, pp. 101-8.
Vancouver
Sezen F, Koçak C, Yıldız F. Protein Esaslı Yağ İkame Maddesi Kullanımının Yağsız Yoğurdun Kalitesi Üzerine Etkisi. The Journal of Food. 2007;32(2):101-8.