Diagnostics RNAmp: Ultra-Low-Input Library Construction Enabling Epitranscriptome Profiling From Scarce Samples More efficient profiling of RNA modifications, RNA–protein interactions, and translation from single-cell-scale samples is supported by an ultra-low-input RNA sequencing library method that prepares… Reference ID: 25-T-092
Research Tools Next-Generation ARTR-seq: Higher-Specificity Profiling Of RNA-Protein Interactions From Low-Input Samples A refined, antibody-guided in situ reverse-transcription sequencing method that maps RNA-binding protein binding sites with reduced background signal, building on the published ARTR-seq platform… Reference ID: 26-T-109
Diagnostics Research Tools DMN-seq: DEMETER-Assisted 5-Methylcytosine Nicking Sequencing Profiling From Sub-Nanogram Cell-Free DNA More sensitive methylation profiling from scarce clinical samples is supported by a sequencing method that uses 5mC-specific glycosylase activity to detect methylated sites at… Interests: Biomarker, Epigenetics, Sequencing Reference ID: 25-T-193
Diagnostics Research Tools PUM-seq: Chemical Labeling Method For Single-Nucleotide Mapping of Pseudouridine Across Species Improved single-nucleotide-resolution profiling of pseudouridine across diverse RNA types is offered by a chemical-labeling and mutation-based sequencing method that detects and quantifies this modification… Interests: Sequencing Reference ID: 25-T-047
Research Tools CAM-seq: Chemical Cooperative Catalysis-Assisted M6A Sequencing More accurate, low-input mapping and quantification of RNA m⁶A modifications is achieved by CAM-seq, a chemically mild sequencing method that identifies sites at single-base… Reference ID: 24-T-220
Diagnostics BID-seq Chemistry-Based Pseudouridine Sequencing Without Cytosine Deamination More sensitive, quantitative mapping of RNA pseudouridine at single-base resolution is provided by a mild bisulfite-based sequencing method that converts the modification into a… Reference ID: 21-T-097
Cleantech Materials Other Spectrum-Selective Cooling Fabric for Urban Apparel Summary Improved personal thermal comfort in hot urban environments, with potential to reduce air-conditioning demand and heat-related health risks, is offered by a breathable… Interests: Composite Reference ID: 24-T-038
Therapeutics Nanoparticle-Enhanced Laser Lithotripsy for Kidney Stones Summary More efficient kidney-stone fragmentation with the potential to reduce laser energy, procedure time, and heat-related tissue risk is the goal of a nanoparticle-enhanced… Reference ID: 24-T-094
Medical Devices Software Super-Resolution Imaging Using Pattern Modulation University of Chicago researchers have developed a method to enable higher-resolution imaging beyond pixelated detector limits by moving absorption or sensor-sensitivity patterns across a… Interests: Imaging Reference ID: 22-T-184
Cleantech Materials Electrically Switchable Spectrally Selective Thermal Emitters Summary Improved, energy-efficient heating and cooling for buildings, wearables, and other environments is supported by electrically switchable thermal emitters that precisely control infrared heat… Reference ID: 26-T-082
Cleantech Low-Dose Self-Assembling Additive for Longer-Life Zinc–Air Batteries This technology improves the cycling durability of rechargeable zinc–air batteries by introducing a non-covalent self-assembling electrolyte additive in low concentrations that reduces zinc dendrite… Reference ID: 27-T-022
Cleantech Ultrasonic Acoustic Diagnostics for Aqueous Batteries This technology delivers enhanced aqueous battery diagnostics through ultrasonic acoustic signatures, enabling improved battery health assessment, manufacturing quality control, performance optimization, and longevity by… Reference ID: 26-T-172
