“…In a recent study, Indumathi et al . () reported that whey protein‐chelated iron fortified Gouda cheese was criticised for a slight pale yellow colour instead of the golden yellow colour displayed by control cheese. Shrivastava et al .…”
Section: Resultsmentioning
confidence: 99%
“…Recently, Indumathi et al . () produced iron fortified Gouda cheese using whey protein‐chelated iron and ferrous sulphate. Gaucheron () reviewed and reported that alpha‐s 1 casein, alpha‐s 2 casein and beta‐casein have 7–9, 10–13 and 5 iron binding sites due to the presence of phosphoserine groups.…”
Section: Resultsmentioning
confidence: 99%
“…) or chelated forms (Zhang and Mahoney ; Rice and McMahon ; Indumathi et al . ) have been adopted for fortification of dairy products. Use of edible coatings for dairy and food products is an emerging method for fortification with nutrients.…”
Section: Introductionmentioning
confidence: 99%
“…Fortification of widely consumed foods such as cereals, milk and milk products is considered as mass fortification (Allen et al 2006). Dairy products such as Cheddar cheese, brown whey cheese, Mozzarella cheese, white soft cheese, cottage cheese, Havarti cheese, Gouda cheese and yoghurt have been directly fortified with either different types of iron salts, elemental iron or iron complexes to proteins or phosphopeptides (Gaucheron 2000;Indumathi et al 2015).…”
Section: Introductionmentioning
confidence: 99%
“…Paneer whey contains about 0.4% protein, constituting nearly 55% of the whey protein fraction of the total milk protein (Gupta and Singh 2007). Earlier, conventional methods of mineral fortification such as direct addition of minerals or its salts (Salder et al 1973;Wang and King 1973;Khalifa 1996;Rice and McMahon 1998), as well as addition of the encapsulated (Kwak et al 2003;Xia and Xu 2005), stabilised (Pizarro et al 2013) or chelated forms (Zhang and Mahoney 1991;Rice and McMahon 1998;Indumathi et al 2015) have been adopted for fortification of dairy products. Use of edible coatings for dairy and food products is an emerging method for fortification with nutrients.…”
Whey protein concentrate (WPC)‐based edible coating containing one of the four different iron salts was used to enhance the nutritional quality of Paneer in the study. Ferric ammonium citrate containing WPC coating solutions decreased the L* but increased a* and b*. Principal component analysis identified three significant principal components that accounted for 88.85% of the variation in the sensory and instrumental colour data. Response surface methodology predicted that maximum iron content in Paneer (93.5 ppm) could be achieved with 100 mL of dipping volume, 1.5 cm of cube size and 10‐min dipping time as processing parameters.
“…In a recent study, Indumathi et al . () reported that whey protein‐chelated iron fortified Gouda cheese was criticised for a slight pale yellow colour instead of the golden yellow colour displayed by control cheese. Shrivastava et al .…”
Section: Resultsmentioning
confidence: 99%
“…Recently, Indumathi et al . () produced iron fortified Gouda cheese using whey protein‐chelated iron and ferrous sulphate. Gaucheron () reviewed and reported that alpha‐s 1 casein, alpha‐s 2 casein and beta‐casein have 7–9, 10–13 and 5 iron binding sites due to the presence of phosphoserine groups.…”
Section: Resultsmentioning
confidence: 99%
“…) or chelated forms (Zhang and Mahoney ; Rice and McMahon ; Indumathi et al . ) have been adopted for fortification of dairy products. Use of edible coatings for dairy and food products is an emerging method for fortification with nutrients.…”
Section: Introductionmentioning
confidence: 99%
“…Fortification of widely consumed foods such as cereals, milk and milk products is considered as mass fortification (Allen et al 2006). Dairy products such as Cheddar cheese, brown whey cheese, Mozzarella cheese, white soft cheese, cottage cheese, Havarti cheese, Gouda cheese and yoghurt have been directly fortified with either different types of iron salts, elemental iron or iron complexes to proteins or phosphopeptides (Gaucheron 2000;Indumathi et al 2015).…”
Section: Introductionmentioning
confidence: 99%
“…Paneer whey contains about 0.4% protein, constituting nearly 55% of the whey protein fraction of the total milk protein (Gupta and Singh 2007). Earlier, conventional methods of mineral fortification such as direct addition of minerals or its salts (Salder et al 1973;Wang and King 1973;Khalifa 1996;Rice and McMahon 1998), as well as addition of the encapsulated (Kwak et al 2003;Xia and Xu 2005), stabilised (Pizarro et al 2013) or chelated forms (Zhang and Mahoney 1991;Rice and McMahon 1998;Indumathi et al 2015) have been adopted for fortification of dairy products. Use of edible coatings for dairy and food products is an emerging method for fortification with nutrients.…”
Whey protein concentrate (WPC)‐based edible coating containing one of the four different iron salts was used to enhance the nutritional quality of Paneer in the study. Ferric ammonium citrate containing WPC coating solutions decreased the L* but increased a* and b*. Principal component analysis identified three significant principal components that accounted for 88.85% of the variation in the sensory and instrumental colour data. Response surface methodology predicted that maximum iron content in Paneer (93.5 ppm) could be achieved with 100 mL of dipping volume, 1.5 cm of cube size and 10‐min dipping time as processing parameters.
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