2001
DOI: 10.1016/s0958-6946(01)00091-7
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Emulsification and microencapsulation properties of sodium caseinate/carbohydrate blends

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Cited by 260 publications
(178 citation statements)
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“…In the work by Martins et al (2009) thyme oil was microencapsulated within a polylactide shell by a coaservation methodology to produce microcapsules with diameters between 29 and 42 μm in diameter, with an oil content between 30 and 65 % depending on the type and concentration of surfactant utilized. According to what has been described in the literature for microencapsulation of essential oils, our system produces microcapsules with diameters within the range obtained in other publications and a total lipid content (51 %) better that what has been reported by Leimann et al (2009), but there might still be room for improvements in both smaller microcapsule size and larger oil contents (Hogan et al 2001b). …”
Section: Resultssupporting
confidence: 68%
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“…In the work by Martins et al (2009) thyme oil was microencapsulated within a polylactide shell by a coaservation methodology to produce microcapsules with diameters between 29 and 42 μm in diameter, with an oil content between 30 and 65 % depending on the type and concentration of surfactant utilized. According to what has been described in the literature for microencapsulation of essential oils, our system produces microcapsules with diameters within the range obtained in other publications and a total lipid content (51 %) better that what has been reported by Leimann et al (2009), but there might still be room for improvements in both smaller microcapsule size and larger oil contents (Hogan et al 2001b). …”
Section: Resultssupporting
confidence: 68%
“…When carbohydrates were also included in combination with caseinate as wall materials for soy oil microencapsulation, micro-particle diameters were from 0.41 to 0.78 μm for the emulsions and increased to 13-32 μm in the dry powder. The oil content was also between 20 and 75 %, depending on the ratio of caseinate to carbohydrate utilized (Hogan et al 2001b). Finally, it might also be interesting to analyse the microencapsulation of other bioactive essential oils such as thyme oil.…”
Section: Resultsmentioning
confidence: 99%
“…Maltodekstryny są łatwo rozpuszczalne w wodzie, tworzą roztwory o niskiej lepkości, nie wykazują właściwości emulgujących. Matryce z maltodekstryn dobrze chronią mate-riał rdzenia przed dostępem tlenu i w kombinacji z innymi emulgatorami są często używane w suszeniu rozpyłowym emulsji [5,24,47].…”
Section: Rola Składników Emulsji W Mikrokapsułkowaniu Tłuszczuunclassified
“…[24], analizując wpływ równoważnika glukozowego DE (od 0 do 50), stosunku olej : materiał ścianki (skrobia lub maltodekstryna i kazeinian sodu) oraz proporcji kazeinian : maltodekstryna na efektywność mikrokapsułkowania oleju sojowego, poddali suszeniu rozpyłowemu 24 rodzaje emulsji różniących się składem. Efektywność mikrokapsułkowania ME zwiększała się ze wzrostem równoważnika DE oraz obniżała się przy proporcji kazeinian : maltodekstryna mniejszej niż 1 : 19 i stosunku olej : materiał ścianki większy niż 1,5 : 1.…”
Section: Rola Składników Emulsji W Mikrokapsułkowaniu Tłuszczuunclassified
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