Bioprocess Intensification for Production of Mycosporine-Like Amino Acids Through Radiofrequency Bioreactor OTHER

Title
Bioprocess Intensification for Production of Mycosporine-Like Amino Acids Through Radiofrequency Bioreactor
Alternative Title
Bioprocess Intensification for Production of Mycosporine-Like Amino Acids Through Radiofrequency Bioreactor
Author(s)
Atul Kulkarni; 서효현; 송미영; 조문진; 이정훈; 김형식; 서승석; 이택견; 모상현
KIOST Author(s)
Lee, Taek Kyun(이택견)
Publication Year
2014
Abstract
In the context of marine biochemical systems, opportunities exist for the development of novel bioreactors, with optimization and conversion of current technologies for improvement in the production yield. Mycosporine-like amino acids (MAAs) are small, ultraviolet (UV) absorbing molecules which are widely distributed in marine and freshwater organisms. Due to their unique UV absorption properties there are many possibilities to use them in cosmetic industries as a UV blocking ingredient. Looking at their suitability in cosmetic industry, there is a need to increase the production yield of MAAs. In the present study we investigated Glut-1 gene transformedChlamydomonas hedleyi microalgae for the effective production of as a MAAs, which are present in the microalgae, by applying radiofrequency (RF). It is observed that, the biomass got enhanced with glucose in culture media. However, after RF treatment, the MAAs production yield found to be further increased during culturing in modified RF bioreactors. Hence, the purified extracts of MAAs, such as Shinorine and Porphyra, can be utilized in cosmetic industries.) are small, ultraviolet (UV) absorbing molecules which are widely distributed in marine and freshwater organisms. Due to their unique UV absorption properties there are many possibilities to use them in cosmetic industries as a UV blocking ingredient. Looking at their suitability in cosmetic industry, there is a need to increase the production yield of MAAs. In the present study we investigated Glut-1 gene transformedChlamydomonas hedleyi microalgae for the effective production of as a MAAs, which are present in the microalgae, by applying radiofrequency (RF). It is observed that, the biomass got enhanced with glucose in culture media. However, after RF treatment, the MAAs production yield found to be further increased during culturing in modified RF bioreactors. Hence, the purified extracts of MAAs, such as Shinorine and Porphyra, can be utilized in cosmetic industries.
URI
https://sciwatch.kiost.ac.kr/handle/2020.kiost/3036
Bibliographic Citation
Materials Focus, v.3, no.0, pp.272 - 275, 2014
Type
Article
Language
English
Related Researcher
Research Interests

Marine virus,Marine pathogens,해양바이러스,해양병원체

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