- Professor Gyoo Yeol Jung and his research team utilized algae that grow three times faster than starch crops and succeeded in producing biofuel and biochemicals
- They developed a new artificial microorganism as a microbial platform for the biorefinery of brown macroalgae which is possible to accelerate biochemical production rate
The biorefinery technology uses biomass as a feedstock and converts it to energy and other beneficial byproducts. It is drawing attention as an eco-friendly and sustainable technology to prepare for depletion of fossil fuels. However, the types of biomass that can be used for this technology are very limited. Starch crops such as corns are utilized as biomass (mainly glucose), but they are easily consumed by microorganism. Such processes have limitations in satisfying the growing demands of bioproducts, for example, the consumption of food resources and limited cultivation capabilities.
To overcome such limitations, the joint research team of POSTECH and Seoul National University developed a new microorganism, which they named as Vibrio sp. dhg. In their study, they successfully demonstrated that Vibrio sp. dhg can be a promising microbial platform for the biorefinery of brown macroalgae which can replace starch-crop biomass. Their research is published in the latest publication of the world-renowned journal, Nature Communications on June 6th, 2019.
Continuing efforts on studying utilization of non-edible biomass have been made and brown macroalgae have been suggested as an alternative feedstock. Brown macroalgae grow two to three times faster than the starch crops and only require light and seawater to grow. Although they are only consumed in a few countries such as Korea, they are not eaten in most of the countries. Because of these advantages, they seem to be a reasonable alternative choice. However, there was no industrial microorganism that can easily metabolize polysaccharides like alginic acid in algae and it was difficult to develop the process for utilizing algae as biomass.
To solve this problem, Prof. Gyoo Yeol Jung and his research team at POSTECH and Prof. Sang Woo Seo and his research group at Seoul National University successfully developed a new microorganism, Vibrio sp. dgh, that can rapidly metabolize alginic acid in algae and genetic engineering techniques optimized for this new microorganism based on omics analysis. In addition, they succeeded in developing biorefinery processes that directly produce ethanol (biofuel), 2,3-butanediol (raw material for plastics), lycopene (physiologically active substance) and other various chemical products by artificially manipulating the metabolic pathway of Vibrio sp. dhg.
Especially, the new artificial microorganism they found has many advantages and brings great expectations of its future usage. For example, Vibrio sp. dhg can not only use brown macroalgae as biomass but also other various biomass more efficiently than the conventional industrial microorganisms (E. coli, yeast). Also, their growth rate is two times faster and they convert biomass more rapidly. Therefore, it is expected to be used for improving the efficiency of microbial fermentation process using not only algae but also conventional gluose-based biomass.
Prof. Jung who led the research team explained, “The microorganism that we found, Vibrio sp. dhg can rapidly metabolize algae-derived carbon sources. So, it can be utilized in producing eco-friendly value-added chemicals. Also, it can convert raw materials to high value-added chemicals exceptionally faster than the existing industrial microorganism. Therefore, we expect that this will exceedingly improve the efficiency and economic feasibility of microbial fermentation process which has been studied globally.”
The Latest on: Microbial platform
via Google News
The Latest on: Microbial platform
- PathogenDx Earns AOAC Performance Tested Methods Certification for EnviroX-Fon October 7, 2020 at 6:00 am
PathogenDx, Inc., an Arizona based technology company which has developed a multiplexed microarray DNA-based pathogen testing ...
- GT Biopharma Announces Expanded TriKE(TM) Partnership With Cytovance Biologicson October 6, 2020 at 4:45 am
BEVERLY HILLS, CA / ACCESSWIRE / October 6, 2020 / GT Biopharma, Inc. (OTCQB:GTBP) (GTBP.PA) a company focused on developing innovative therapeutic treatments based on its proprietary NK cell engager ...
- Federation Bio Launches with $50 Million Series A Financing and Expands Team to Pioneer Diverse Microbial Therapieson October 6, 2020 at 4:30 am
Federation Bio, a microbial therapeutics company targeting diseases in which the human microbiome can play a curative role, today ...
- Federation Bio launches with $50M to pursue microbial treatmentson October 6, 2020 at 4:30 am
Several companies are exploring microbiome treatments for various ailments, ranging from Parkinson’s disease and multiple sclerosis to more usual suspects like gastrointestinal infections. One company ...
- Boehringer Ingelheim, Fraunhofer IME collaborate to develop next generation animal health productson October 3, 2020 at 9:30 am
The research project will capitalize on a well-characterized microbial strain collection from Fraunhofer ... we will integrate the Fraunhofer Natural Product Discovery Platform into our parasiticides ...
- Hyasynth first to market with CBD in global race to commercialize cannabinoids produced using microbial biosynthesison September 28, 2020 at 2:38 pm
Hyasynth's platform allows it to produce CBD, one of only two natural cannabinoids in clinically proven products. The company's primary competitors have recently announced work on CBG, the ...
- Hyasynth first to market with CBD in global race to commercialize cannabinoids produced using microbial biosynthesison September 28, 2020 at 12:44 pm
Hyasynth's platform allows it to produce CBD ... with-cbd-in-global-race-to-commercialize-cannabinoids-produced-using-microbial-biosynthesis-301139260.html SOURCE Hyasynth Biologicals Inc ...
- Microbial Fuel Cells (MFC) Market 2020 : Top Countries Data with Market Size, Share, Growth Analysis, Industry basis of Region to 2026on September 28, 2020 at 12:28 am
Market"Research Report 2020-2026 provides key analysis on the market status of the Microbial Fuel Cells (MFC) manufacturers with best facts and figures, meaning, definition, SWOT analysis, expert ...
- What was the source of life before oxygen? Study says ancient microbial life on Earth relied on arsenicon September 26, 2020 at 5:00 pm
For half of the time life has existed on Earth, there was no oxygen present. Researchers wondered what supported life back then ...
via Bing News