APPLICATIONS OF TECHNOLOGY: Enables health care, industrial and other commercial uses of protein-based bacterial organelles (bacterial microcompartments (BMCs)) ADVANTAGES: Modular system for 2- and 3-dimensional scaffolds/compartments Defined composition, atomic-resolution structure known Robust, programmable encapsulation or polyvalent display of multiple … [Read more...] about In vitro Assembly, Adhering Cargo to Bacterial Microcompartment (BMC) Shells 2017-131, 2016-150
Environmental Technologies
Covalent Organic Frameworks (COFs) by Post-Synthetic Modification 2017-168
APPLICATIONS OF TECHNOLOGY: Gas adsorption / desorption Catalysis CO2 reduction Environmental decontamination of water or air ADVANTAGES: Exceptional chemical stability Possesses very high surface area Improved semiconducting properties ABSTRACT: Researchers at Lawrence Berkeley National Laboratory’s Molecular Foundry have invented a … [Read more...] about Covalent Organic Frameworks (COFs) by Post-Synthetic Modification 2017-168
Inhibiting Growth of Diverse Bacteria and Plant Pathogens 2018-006
APPLICATIONS OF TECHNOLOGY: Agriculture for food, bioenergy, and carbon sequestration Human health research ADVANTAGES: Highly efficient in killing competing bacteria ABSTRACT: Researchers at Berkeley Lab's Joint Genome Institute in collaboration with scientists from the Howard Hughes Medical Institute, Virginia Polytechnic Institute, and the Swiss Federal … [Read more...] about Inhibiting Growth of Diverse Bacteria and Plant Pathogens 2018-006
Identifying Sources of Microbial Contamination in Environmental Samples WIB-3205
APPLICATIONS OF TECHNOLOGY: Water quality testing Health and human safety Environmental cleanup Oil reservoir sulfate optimization Homeland security Diagnosis and treatment of disease ADVANTAGES: Accurately identifies all known bacteria and archaea Accurately quantifies high- and low-abundance taxa Reproducible for multiple replicates Built-in … [Read more...] about Identifying Sources of Microbial Contamination in Environmental Samples WIB-3205
Channelized Filter Inlets or Strippers for Improved Real-Time Formaldehyde Measurement IB-3035
APPLICATIONS OF TECHNOLOGY: Formaldehyde measurement devices Air pollution monitoring/industrial hygiene Medical research, e.g., monitoring breath for biomarkers of disease Microelectronic sensors Demand-controlled ventilation (DCV) ADVANTAGES: Compact and portable Improves real time formaldehyde measurement accuracy Scalable Adaptable for … [Read more...] about Channelized Filter Inlets or Strippers for Improved Real-Time Formaldehyde Measurement IB-3035