Vol 16, No 2 (2012) > Articles >

Physico-Chemical, and Sensory Properties of Soy Based Gouda Cheese Analog Made from Different Concentration of Fat, Sodium Citrate and Various Cheese Starter Cultures

Abu Amar 1 , Ingrid Surono 2

Affiliations:

  1. Department of Agro-industrial Technology, Institut Teknologi Indonesia, Banten 15320, Indonesia
  2. SEAMEO RECFON, Universitas Indonesia, Jakarta 10430, Indonesia

 

Abstract:

Gouda cheese analog (GCA) was made using soy protein isolate (SPI), skim milk powder (SMP), fat (palm fat and butter fat), and water (W) at optimal ratio of SPI : SMP : F : W = 14 : 6 : 20 : 60. The effects of butter fat, sodium citrate, and cheese starter culture on the sensory properties of ripened product were assessed by preference test, hedonic test, and the texture profile analysis (TPA) of GCA. The free fatty acids, water-soluble nitrogen, and reduction in pH value of progel were also measured. The use of 100% butter fat (BF) produced strong Gouda flavor. It could be due to the fatty acids content in BF; in contrast, product with 100% palm fat (PF) produced tasteless GCA. It might be due to fatty acids content in PF, middle, and long chain fatty acids. Single cheese starter culture could not develop Gouda flavor during ripening. The use of mixed fat (50% BF and 50% PF) and mixed cheese starter culture together with Brevibacterium linens developed a suitable characteristic flavor of Gouda product during ripening. The addition of 0.5% sodium citrate could improve the flavor; nevertheless, it reduced the stability of texture.

Keywords: butter fat, citrate, flavor, GCA, soy protein isolate
Published at: Vol 16, No 2 (2012) pages: 149-156
DOI:

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References:

J. Zhang, P. Mungara, J. Pane, Polymer 42/6 (2001) 2569.

I. Yang, M. Kuo, D.J. Myers, J. Am. Oil Chem. Soc. 83/3 (2006) 239.

A. Amar, Disertation, Hohenheim University Stuttgart, Germany, 1996.

W.J.M. Engelsa, R. Deckerb, C. de Jong, R. Neeterb, S. Vissera, Int. Dairy J. 7/4 (1997) 67.

A. Mahdy, X. Wenshui, Z. Guonong, Int. Dairy Technol. 57/4 (2004) 209.

A.A. Patel, S.K. Gupta, J. Food Sci. 47 (1988) 455.

C.S.T. Yang, M.V. Taranto, M. Cheryan, J. Food Process Preserv. 7 (1983) 41.

C.S.T. Yang, M.V. Taranto, J. Food Sci. 47 (1982) 455.

C.N. Kuchro, P.F. Fox, Milchwissenscahft 37 (1982) 331.

M. Godinko, P.F. Fox, Milchwissenschaft 36 (1981) 476.

G. Jellinek, Sensorische Lebensmittelpruefung, Lehrbuch fuer die Praxis Verlag Doris and Peter Siegfrid Pettersen,1981, p.368.

L. Fliedner, Wilhelmi, Grundlagen der Pruefverfahren der Lebensmittelsensorik, Behr Verlag Berlin, 1993, p.197.

J. Dufner, H. Jansen, F. Schumacher, Statistik Mit SAS BG Teubner Verlag Stuttgart, 1992, p.190.

D.D. Muir, E.A. Hunter, M. Watson, Milchwissenschaft 50 (1995) 449.

J.M. Bank, E.A. Hunter, D.D. Muir, Milchwissenschaft 11 (1997) 396.

H. Brueckner, A. Salmen, A. Amar, A. Buckenhueskes, Proc. In Progress in Food Fermemntation, Valencia, Spain, 1993, p.215.

A. Voelksen, H. Brueckner, Ernaehrungsumschau 41 (1994) 124.

S.E. Duncan, G.L. Christen, J. Dairy Sci. 74 (1991) 2855.

H. Boumerdasi, C. Monnet, M. Desmazeud, G. Corrieau. J. Dairy Sci. 80 (1997) 634.

P.F. Fox, Cheese, Chemistry, Physic and Microbiology, 2nd ed., Aspen Publishers Inc., Gaithersburg, Maryland, 1999, p.601.

S. Gunasekaran, M.Ak. Mehmet, Cheese, Rheology and Texture, CRC Press LLC, Boca Raton, 2003, p.437.

E.R.J. Vedamanhu, J. Dairy Sci 77 (1994) 2725.

B.A. Law, Dairy Sci. Abstract 43/3 (1981) 143.

F.P. Rattray, P.F. Fox, J. Dairy Sci. 82 (1999) 891.

H. Obermayer, W. Ginzinger, J. Deutsche Milchwirtschaft 11 (1997) 396.

J.Kammerlehner, J. Deutsche Milchwirtschaft 23(1997), 973-977.

S.G. Lemmens, E.A. Martens, J.M. Borns, M.J. Martens, M.S. Westerterp-Plantenga, J. Nutr. 10 (2011) 136.

A.H. Jana, P.K. Mandal, Int. J. Dairy Sci. 6/4 (2011) 199.