DETERMINATION METHODS OF DEFROSTED PROTEIN-VEGETABLE MIXTURES PARAMETERS DEVELOPMENT

Sergii Tsygankov, Viktor Ushkarenko, Olena Grek, Alla Tymchuk, Inna Popova, Natalia Chepel, Olena Onopriichuk, Oleksandr Savchenko

Abstract


The aim of the work is to develop methods of investigating the influence of semolina and extruded semolina on quality and quantity parameters of mixtures with milk-protein concentrates in a cycle of freezing-defrost that allows to substantiate resource-saving in semi-products manufacturing.

Obtained results of changes of the quality of protein-vegetable mixtures after the effect of negative temperatures confirm cryo-protective properties of carbohydrates of products of wheat processing.

There were studied methods of extracting proteins of whey for getting albumin mass and using in the composition of milk-protein concentrates. It was established, that adding collagen-containing ingredients in amount 0,4 % for intensifying thermal coagulation of whey proteins decreases the duration of precipitation to (55±2) and (40±2) min respectively depending on a type of raw material processing. There were studied both native whey and protein concentrate, obtained by the method of ultra-filtration with mass share of dry substances (16±2) %.

The method of thermal analysis determined a cryoscopic temperature of sour-milk fatless cheese and also albumin mass, obtained using «Collagen pro 4402». The calculation method, based on cryoscopic temperature indices determined an amount of moisture, frozen out in milk-whey mixtures with wheat processing products. The presented information is enough for estimating traditional modes of freezing milk-protein concentrates objectively.

The obtained results of the studies indicate the effectiveness of the offered methods for determining parameters of protein-vegetable mixtures after defrosting. Measurements of quality parameters may be used for correcting mass losses of concentrates effectively.


Keywords


products of grain processing; defrost; mil-protein mixtures; cryoscopic temperature; collagen-containing ingredient

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DOI: http://dx.doi.org/10.21303/2504-5695.2018.00791

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Copyright (c) 2018 Sergii Tsygankov, Viktor Ushkarenko, Olena Grek, Alla Tymchuk, Inna Popova, Natalia Chepel, Olena Onopriichuk, Oleksandr Savchenko

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ISSN 2504-5695 (Online), ISSN 2504-5687 (Print)