Project: Gene cluster identification and microbial biosynthesis of iminosugars (IMINOGENE)
2021-10-01 – 2025-09-30
- Abstract
The “IMINOGENE” project focuses on the sustainable and microbial production of specialty carbohydrates useful in human and animal welfare as well as in the agro-industry. These specialty carbohydrates are currently often discovered in plants and are little investigated with regard to their microbial natural sources. Therefore, in the IMINOGENE project, the microbial biosynthesis blueprints are unraveled with advanced bioinformatics tools and screening . Once those blueprints have been uncovered, microbial production strains are created through synthetic biology and metabolic engineering. New target compounds are furthermore identified in this project by screening a compound library to unlock their application potential. As currently these specialty carbohydrates are produced inefficiently through complex chemical synthesis or extraction, this project aims to reinvigorate the interest in these compounds by providing a sustainable and scalable alternative through microbial fermentation.
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Evaluation of iminosugars’ glycomimetic and cytotoxicity effects on healthy and carcinogenic colorectal cells
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Iminosugar effects on (cancer) cell lines, and their biomanufacturing
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From genetic resources to bioprocess development : tools and technologies to help you create a robust microbial fermentation process
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MariClus : your one-stop platform for information on marine natural products, their gene clusters and producing organisms
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- Journal Article
- A1
- open access
Food iminosugars and related synthetic derivatives shift energy metabolism and induce structural changes in colon cancer cell lines
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Novel iminosugar enzymes and products through metagenomics
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MariClus : your one-stop platform for information on marine natural products, their gene clusters and producing organisms
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- Journal Article
- A1
- open access
Whole genome-based comparative analysis of the genus Streptomyces reveals many misclassifications
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- Journal Article
- A1
- open access
An exploratory in silico comparison of open-source codon harmonization tools
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- Journal Article
- A1
- open access
MariClus : your one-stop platform for information on marine natural products, their gene clusters and producing organisms