Dairy Ingredients for Food Processing

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Whey-based Ingredients 197

milk manufacture. ” Journal of Dairy Science 62 ( 6 ):
876 – 881.
Ha , E. , and Zamel , M.B. 2003. “ Functional properties
of whey, whey components and essential amino
acids. Mechanism underlying health benefi ts for
active people (Review). ” Journal of Nutritional
Biochemistry 14 : 251 – 258.
Harper , W. J. 1992. “ Lactose and Lactose Derivatives. ”
Whey and Lactose Processing , Zadow , J. G. (ed).
Elsevier Applied Science Publishers , London. 317 –
360.
Harper , W. J. 2000. Biological Properties of Whey Com-
ponents, A Review. American Dairy Products Institute ,
Chicago, IL.
Harper , W. J. 2001. Biological Properties of Whey
Components, A Review. Update 2001. American Dairy
Products Institute , Chicago, IL.
Hoppe , G. K. , and Higgins , J. J. 1992. “ Demineralization. ”
Whey and Lactose Processing. Zadow , J. G. (ed).
Elsevier Applied Science Publishers , London. 91 – 131.
Howell , J. , Dove , R. , and Kuwata , T. 1990. “ Manufacture
and Use of High Protein Whey Products. ” Proceedings
of ADPI/CDR Dairy Products Technical Conference.
American Dairy Products Institute , Chicago, IL.
43 – 59.
Huffman , L. M. 1996. “ Processing of whey proteins for
uses as a food ingredient. ” Food Technology 50 : 49 – 52.
Huffman , L. M. , and Harper , W. J. 1999. “ Maximizing
the value of milk through separation technologies. ”
Journal of Dairy Science 82 ( 10 ): 2238 – 2244.
Kaczmarek , J. 1980. “ Whey Protein Separation and
Processing. ” Proceedings of the 1980 Whey Produc-
tion Conference. Whey Products Institute , Chicago,
IL, and USDA, Philadelphia, PA. 68 – 80.
Kilara , A. 1994. “ Whey protein functionality. ” Protein
Functionality in Food Systems. Hettiarachchy N. S. ,
and Zielfer , G. R. (eds). Marcel Dekker , New York.
325 – 355.
Kilara , A. 2008. “ Whey and Whey Products. ” Dairy
Processing and Quality Assurance. Chandan , R. ,
Kilara , A. , and Shah , N. P. (eds). Wiley - Blackwell ,
Ames, IA. 337 – 356.
Mangino , M. E. 1984. “ Physicochemical aspects of
whey protein functionality. ” Journal of Dairy Science
67 : 2711 – 2722.
Mangino , M. E. 1992. “ Properties of whey protein con-
centrates. ” Whey and Lactose Processing. Zadow , J.
G. (ed). Elsevier Applied Science Publishers , London.
231 – 270.
Mangino , M. E. , Huffman , L. M. , and Regester. G. O.
1988. “ Changes in hydrophobicity and functionality
of whey during processing of whey protein concen-
trates. ” Journal of Food Science 53 : 1684 – 1686.
Marcelo , P. A. , and Rizvi , S. S. H. 2008. “ Physiochemical
properties of liquid virgin whey protein isolates. ”
International Dairy Journal 18 : 236 – 246.
Maubois , J. – L. , and Ollivier , G. 1991. “ Milk Protein
Fractionation. ” New Applications of Membrane
Processes , IDF Special Issue no. 9201. International
Dairy Federation , Brussels. 15 – 22.
Merin , U. , and Daufi n , G. 1990. “ Crossfl ow microfi ltra-
tion in the dairy industry: state – of - the - art. ” Lait 70 ( 4 ):
281 – 291.

Anon. 2004. Microfi ltration of Skim Milk: New Economic
Possibilities with PTI Microfi ltration Spiral Elements.
PTI Advanced Filtration (Dominick Hunter Group).
Ayers , J. S. , and Petersen , M. J. 1985. “ Whey protein
recovery using a range of novel ion - exchangers. ” New
Zealand Journal of Dairy Science and Technology
20 ( 2 ): 129 – 142.
Bargeman , G. , Timmer , M. , and van der Horst , C. 2005.
“ Nanofi ltration in the Food Industry. ” Nanofi ltration:
Principles and Applications. Sch ä fer , A. I. , Fane ,
A.G. , and Waite , T.D. (eds). Elsevier Advanced Tech-
nology , Oxford. 305 – 328.
Bullerman , L. B. , and Berry , E. C. 1966. “ Use of cheese
whey for vitamin B 12 production. I. Whey solids and
yeast extract levels. ” Applied Microbiology 14 ( 3 ):
353 – 355.
Bylund , G. 1995. Dairy Processing Handbook. Tetra
Pak Processing Systems AB , Lund.
Chandan , R. 1997. “ Production and specifi cations of milk
concentrates. ” Dairy - based Ingredients. Chandan , R.
(ed). Eagan Press , St. Paul, MN. 32.
De la Fuente , M. A. , Hemar , Y. , Tamehana , M. , Munro ,
P. , and Singh , H. 2002a. “ Process - induced changes
in whey proteins during the manufacture of whey pro-
tein concentrates. ” International Dairy Journal 12 :
361 – 369.
De la Fuente , M. A. , Singh H. , and Hemar , Y. 2002b.
“ Recent advances in the characterization of heat -
induced aggregates and intermediates of whey pro-
teins. ” Trends Food Science and Technolology 13 :
262 – 274.
de Wit , J. N. 1981. “ Structure and functional behav-
iour of whey proteins. ” Netherlands Milk and Dairy
Journal 35 : 47 – 64.
de Wit , J. N. 1989. “ Functional Properties of Whey
Proteins. ” Developments in Dairy Chemistry — 4:
Functional Milk Proteins. Fox , P. F. (ed). Elsevier
Applied Science Publishers , London. 285 – 321.
de Wit , J. N. 1998. “ Nutritional and functional charac-
teristics of whey proteins in food products. ” Journal
of Dairy Science 81 : 597 – 608.
de Wit , J. N. 2009. “ Thermal behaviours of bovine β -
lactoglobulin at temperatures up to 150? C. ” Trends in
Food Science and Technology 20 : 27 – 34.
Etzel , M. R. 1995. “ Whey Protein Isolation and Frac-
tionation Using Ion Exchangers. ” Bioseparation Pro-
cesses in Foods. Singh , R. K. , and Rizvi , S. S. H.
(eds). Marcel Dekker , New York. 389 – 415.
Fachin , L. , and Viotto , W. H. 2005. “ Effect of pH and
heat treatment of cheese whey on solubility and emul-
sifying properties of whey protein concentrates pro-
duced by ultrafi ltration. ” International Dairy Journal
15 : 325 – 332.
Farrag , A. F. 2008. “ Emulsifying and foaming properties
of whey protein concentrates in the presence of some
carbohydrates. ” International Journal Dairy Science
3 : 20 – 28.
Farizoglu , B. , Keskinler , B. , Yildiz , E. , and Nuhoglu , A.
2004. “ Cheese whey treatment performance of an
aerobic jet loop membrane bioreactor. ” Process
Biochemistry 39 ( 12 ): 2283 – 2291.
Goel , V. K. , Jordan , W. K. , and Rao , M. A. 1979.
“ Energy use profi le in concentrated and powdered

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