APPLICATIONS OF TECHNOLOGY: Health diagnoses (e.g., biomarker analysis) Environmental monitoring (e.g., soil, drinking water) Beauty and health (i.e. living therapeutics for skin conditions) Agriculture Drugs (i.e. search for biosensors associated with diseases) BENEFITS: Uses a DNA-barcoded promoter library and offers a rapid … [Read more...] about High Throughput Characterization of Bacterial Promoters From Their Host Environments 2022-081
Biotechnology
Engineering Osteoyeast for the Production of Calcium Phosphate-Based Composite Biomaterials 2021-099
APPLICATIONS OF TECHNOLOGY: Hydroxyapatite (HAP) production for use in dental and bone reconstruction, water purification, and compound materials for construction or for packaging BENEFITS: Cost effective production of HAP and HAP-based composites Microbial production method allows shorter processing times and higher degrees of control BACKGROUND: … [Read more...] about Engineering Osteoyeast for the Production of Calcium Phosphate-Based Composite Biomaterials 2021-099
Engineered bacteria for enhanced crop production 2021-108
APPLICATIONS OF TECHNOLOGY: Dramatic enhancement of crop yields in agriculture applications though direct microbial application BENEFITS: Increased crop biomass (Arabidopsis) yield by 250-500% both in normal and drought conditions Enhanced durability and survivability in different environments Combined plant growth-promoting traits including growth promotion … [Read more...] about Engineered bacteria for enhanced crop production 2021-108
Production of 4-Vinylphenol for Bioplastics 2021-122
APPLICATIONS OF TECHNOLOGY: Manufacture of soft plastics BENEFITS: Offers the possibility to achieve high 4-vinylphenol (4VP) titers from high-substrate batch cultures with minimal intervention Higher compatibility of undecanol may increase the number of organisms that can be employed for this and other related processes, which could diversify the range of … [Read more...] about Production of 4-Vinylphenol for Bioplastics 2021-122
Systematic Engineering of Methylomicrobium alcaliphilum Strain for Production of Rhamnolipid (RLs) Biosurfactants 2019-167
APPLICATIONS OF TECHNOLOGY: Oil recovery, bioremediation, crop protection, cosmetics, and pharmaceuticals BENEFITS: Rhamnolipids (RLs) are industrially well known surfactants, so far only produced by biological routes from sugar. Engineered M. alcaliphilum strain DASS can convert waste-greenhouse gas, methane to rhamnolipids without addition of sugars and other … [Read more...] about Systematic Engineering of Methylomicrobium alcaliphilum Strain for Production of Rhamnolipid (RLs) Biosurfactants 2019-167