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Production of fungal quinones as electrolytes in redox flow batteries
Johan Vormsborg Christiansen
*
*
Corresponding author for this work
DTU Microbes Initiative
Fungal Chemodiversity
Section for Microbial and Chemical Ecology
Natural Product Discovery
Section for Synthetic Biology
Department of Biotechnology and Biomedicine
Research output
:
Book/Report
›
Ph.D. thesis
2055
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Dive into the research topics of 'Production of fungal quinones as electrolytes in redox flow batteries'. Together they form a unique fingerprint.
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Keyphrases
Electrolyte
100%
Quinones
100%
Redox Flow Battery
100%
Filamentous Fungi
25%
Anthraquinone
20%
Liquid Chromatography
16%
Terreic Acid
16%
Fungi
12%
Mass Spectrometry
12%
Reaction Rate
12%
Fungal Strains
12%
Biosynthetic Pathway
8%
Sodium Nitrate
8%
Penicillium
8%
Patulin
8%
Yeast Extract
8%
Renewable Energy
8%
Fungal Extracts
8%
Fungal Genera
8%
Production Strain
8%
Liquid Medium
8%
Shunt
8%
Quinone Redox
8%
Aspergillus
4%
Secondary Metabolites
4%
Living Organisms
4%
Optimization Strategy
4%
High-throughput
4%
Carbon Source
4%
Product Optimization
4%
Low Reaction
4%
Mini
4%
Redox-active
4%
Climate Change
4%
Growth Conditions
4%
Growing Media
4%
Natural Products
4%
Energy Production
4%
Fossil Fuels
4%
Energy Storage Technology
4%
Bioreactor
4%
Screening Method
4%
Toxic Effects
4%
Shine
4%
Industrial Setting
4%
Open-circuit Voltage
4%
Plant Microbiome
4%
Fungal Culture
4%
Mass Spectrometry Analysis
4%
Nitrogen Source
4%
Acid Production
4%
Fusarium
4%
Polyketides
4%
Alternaria
4%
Small Organic Molecules
4%
Detection Method
4%
Culture Conditions
4%
Producing Strain
4%
Emodin
4%
Agar Media
4%
Low Reactivity
4%
Tryptoquivaline
4%
Positive Interactions
4%
Metabolomics Study
4%
Spectrophotometer
4%
Strong Signals
4%
United Nations
4%
Anolyte
4%
Blowing
4%
Plant Pathogenic Fungi
4%
Mass Data
4%
Cosmetic Products
4%
Screening Assays
4%
Ferrocyanide
4%
Production Increase
4%
Colorimetric Assay
4%
Mass Spectrometry-based Metabolomics
4%
Rare Earth Metals
4%
Ubiquinone
4%
Redox Cycle
4%
Seasonal Effects
4%
Family-centered
4%
Universal Screening
4%
Production Optimization
4%
Biosynthetic Gene Clusters
4%
Cultivation Conditions
4%
Intensive Method
4%
Strain Conditions
4%
Sustainability Goals
4%
Development pipeline
4%
Introduction Chapters
4%
Full Factorial Design
4%
Talaromyces
4%
Screening Process
4%
Talaromyces Islandicus
4%
Bio-sourced Materials
4%
Capacity Fade
4%
Fast Assay
4%
Screening Effort
4%
Fungal Cultivation
4%
Arthrinium
4%
Research pipeline
4%
Quinone Analogs
4%
Liquid Handling Robot
4%
Prescreening
4%
Renewable Energy Sources
4%
Negative Interactions
4%
Feature-based Molecular Networking
4%
Anthraquinone Analogues
4%
Immunology and Microbiology
Filamentous Fungus
100%
Mass Spectrometry
66%
Liquid Chromatography
66%
Fungal Strain
50%
Renewable Energy
50%
Penicillium
33%
Sodium Nitrate
33%
Wild Type
33%
Fungal Extract
33%
Emodin
16%
Secondary Metabolite
16%
Alternaria
16%
Aspergillus
16%
Metabolite
16%
Electric Potential
16%
Gene Cluster
16%
Biosynthesis
16%
Extract
16%
Energy Yield
16%
Agar
16%
Oxidation Reduction Reaction
16%
Talaromyces
16%
Talaromyces islandicus
16%
Bioreactor
16%
Fusarium
16%
Robotics
16%
Bacterium
16%
Agricultural and Biological Sciences
Mass Spectrometry
100%
Liquid Chromatography
80%
Sucrose
60%
Patulin
40%
Penicillium
40%
Fusarium
20%
Talaromyces
20%
Alternaria
20%
United Nations
20%
Case Study
20%
Aspergillus
20%
Metabolite
20%
Secondary Metabolite
20%
Agar
20%
Climate Change
20%
Bioreactor
20%
Fossil Fuel
20%
Metabolomics
20%
Spectrophotometer
20%
Research and Development
20%
Polyketide
20%
Storage Technology
20%
Talaromyces islandicus
20%
Engineering
20%
Bacterium
20%
Biosynthesis
20%
Pharmacology, Toxicology and Pharmaceutical Science
Filamentous Fungus
100%
Sucrose
50%
Patulin
33%
Penicillium
33%
Sodium Nitrate
33%
Yeast Extract
33%
Fungal Extract
33%
Monomer
16%
Ferrocyanide
16%
Talaromyces islandicus
16%
Aspergillus
16%
Dimer
16%
Natural Product
16%
Agar
16%
Polyketide
16%
Alternaria
16%
Talaromyces
16%
Cosmetic
16%
Ubiquinone
16%
Lanthanide
16%
Fossil Fuel
16%
Emodin
16%
Fusarium
16%
Bacterium
16%
Chemistry
Ubiquinone
3%