Monascus pigments production, composition, bioactivity and its application: A review

Monascus species produce useful secondary metabolite, Monascus pigments (MPs). They are widely used in food industry as a color intensifier, food additives and nitrite substitute in the meat product. MPs are also reported to have the potential for therapeutic use and used as a dye in cosmetic and te...

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Published inBiocatalysis and agricultural biotechnology Vol. 16; pp. 433 - 447
Main Authors Agboyibor, Clement, Kong, Wei-Bao, Chen, Dong, Zhang, Ai-Mei, Niu, Shi-Quan
Format Journal Article
LanguageEnglish
Published Elsevier Ltd 01.10.2018
Subjects
Application
Bioactivity
Citrinin
Composition
Monascus pigments
Monascus pigments
Citrinin
Composition
Bioactivity
Application
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Abstract Monascus species produce useful secondary metabolite, Monascus pigments (MPs). They are widely used in food industry as a color intensifier, food additives and nitrite substitute in the meat product. MPs are also reported to have the potential for therapeutic use and used as a dye in cosmetic and textile industries. This paper reviews the production, composition, bioactivity, utilization of MPs, the citrinin and methods of eliminating citrinin from MPs were also discussed. MPs possess antioxidant properties, immunosuppressive properties, teratogenicity, and antimicrobial. Notwithstanding all these useful characteristics, it has been discovered that Monascus species co-produce citrinin and current studies on Monascus focus on how to minimize or eliminate citrinin from the useful pigment to improve quality and safety, several methods have been developed, including, detoxification of citrinin, regulation of gene, manipulation of fermentation conditions and use of nanoparticles for production of citrinin free MPs.
AbstractList Monascus species produce useful secondary metabolite, Monascus pigments (MPs). They are widely used in food industry as a color intensifier, food additives and nitrite substitute in the meat product. MPs are also reported to have the potential for therapeutic use and used as a dye in cosmetic and textile industries. This paper reviews the production, composition, bioactivity, utilization of MPs, the citrinin and methods of eliminating citrinin from MPs were also discussed. MPs possess antioxidant properties, immunosuppressive properties, teratogenicity, and antimicrobial. Notwithstanding all these useful characteristics, it has been discovered that Monascus species co-produce citrinin and current studies on Monascus focus on how to minimize or eliminate citrinin from the useful pigment to improve quality and safety, several methods have been developed, including, detoxification of citrinin, regulation of gene, manipulation of fermentation conditions and use of nanoparticles for production of citrinin free MPs.
Author Agboyibor, Clement
Zhang, Ai-Mei
Niu, Shi-Quan
Chen, Dong
Kong, Wei-Bao
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  fullname: Kong, Wei-Bao
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  givenname: Dong
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  surname: Zhang
  fullname: Zhang, Ai-Mei
– sequence: 5
  givenname: Shi-Quan
  surname: Niu
  fullname: Niu, Shi-Quan
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Keywords Monascus pigments
Citrinin
Composition
Bioactivity
Application
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Snippet Monascus species produce useful secondary metabolite, Monascus pigments (MPs). They are widely used in food industry as a color intensifier, food additives and...
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SubjectTerms Application
Bioactivity
Citrinin
Composition
Monascus pigments
Title Monascus pigments production, composition, bioactivity and its application: A review
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