研究 (Research)

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Application of metabolomics to two areas: microbial metabolic engineering for bioproduction and food science and technology of unique tropical bio-products.

准教授 サスティア プラマ プトリ(工学研究科 生物工学専攻) Sastia Prama Putri (Graduate School of Engineering)

  • 理工情報系 (Science, Engineering and Information Sciences)
  • 工学研究科・工学部 (Graduate School of Engineering, School of Engineering)

研究内容

Metabolomics is a very useful technology to understand and later engineer a biological system based on the knowledge of total metabolite profile of an organism. My research strategy is to expand the application areas of metabolomics to two new areas, microbial metabolic engineering and food science and technology of unique tropical bioproducts from Southeast Asia for the improvement of microbial based bioproduction of various useful compounds and the quality improvement and assessment of high value food commodities: a)specialty coffee, b) fine cacao, c) tropical fruits (mangosteen, mango, banana, pineapple), d) shrimp, e) fermented soybean tempe, f) herbal plants. My research resulted in the first publication on the authentication of world’s most expensive coffee, Kopi Luwak, first metabolite analysis of mangosteen, fermented food tempe, several herbal plants and tropical fruits such as pineapple. These studies are important to give feedback to the food industry.

担当研究者

准教授 サスティア プラマ プトリ(工学研究科 生物工学専攻)

キーワード

Metabolomics, mass spectrometry, microbial bioproduction, food metabolomics, tropical bioproducts

応用分野

Quality assessment for food and agricultural products, strain improvement of useful microbial hosts for bioproduction.

論文・解説等

[1] Dissook S. et al., Sci. Rep. 2021. In press.
[2] Putri SLE. et al., Metabolomics. 2021;17(2):19.
[3] Nitta K. et al., Frontiers in Bioengineering and Biotechnology. 2021. In press.

連絡先URL

https://www3.fukusaki-lab.com/

※本内容は大阪大学大学院 工学研究科2024 研究シーズ集より抜粋したものです。