2017
DOI: 10.22630/zppnr.2017.588.2
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Utylizacja Odpadów Pochodzących Z Zakładów Przemysłu Spożywczego I Paliwowego Z Wykorzystaniem Lipolitycznych Drożdży Yarrowia Lipolytica

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Cited by 4 publications
(4 citation statements)
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“…According to Fabiszewska et al (2017) olive oil contains average 75%, and in fish waste oil there is only 16% of oleic acid in total fatty acids content. The lipolytic activity observed in yeast cultured in glucose-containing medium (0.063 U•cm -3 ) differed significantly compared to media with a lipid carbon source, which are inducers of lipolytic enzymes synthesis [Fickers et al, 2011;Mazurczak et al, 2017]. The obtained results nr 599, 2019 confirmed the ability of the yeast strain to hydrolyze the triacylglycerols contained in the fish waste oil, whose products (free fatty acids) were used as energy source and building blocks for cell growth.…”
Section: Resultsmentioning
confidence: 66%
“…According to Fabiszewska et al (2017) olive oil contains average 75%, and in fish waste oil there is only 16% of oleic acid in total fatty acids content. The lipolytic activity observed in yeast cultured in glucose-containing medium (0.063 U•cm -3 ) differed significantly compared to media with a lipid carbon source, which are inducers of lipolytic enzymes synthesis [Fickers et al, 2011;Mazurczak et al, 2017]. The obtained results nr 599, 2019 confirmed the ability of the yeast strain to hydrolyze the triacylglycerols contained in the fish waste oil, whose products (free fatty acids) were used as energy source and building blocks for cell growth.…”
Section: Resultsmentioning
confidence: 66%
“…There are several studies in which an attempt has been made to utilize waste substrates from the fish industry by Y. lipolytica yeasts, including brine, sludge, and waste oil remaining after the smoking process [4,5]. Many ways of processing waste products to increase their assimilability by oily microorganisms, and thereby to improve the efficiency of the microbiological oil synthesis process, have been mentioned.…”
Section: Discussionmentioning
confidence: 99%
“…Światowy wyładunek ryb i owoców morza wynosi ok. 100 mln ton rocznie, z czego 28 % przetwarzane jest na mączkę rybną i olej. Odpady z ryb nienadające się do spożycia mogą zostać przekształcone w składniki podłoży mikrobiologicznych, pasze, mączki rybne i kiszonki, które następnie wykorzystywane są w produkcji zwierzęcej [5,12,23]. Mączka rybna jest materiałem paszowym, najważniejszym źródłem białka o wysokiej strawności używanym w żywieniu ryb od wielu lat [12].…”
Section: Produkty Spożywcze I Paszowe Pozyskiwane Z Odpadów Rybnychunclassified