UW-Madison researchers have designed an improved infrared absorber using significantly larger, micron-sized (>1000 nm), metallic cuboids that exhibit improved field coupling for enhanced infrared s...
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UW-Madison researchers have developed a microfluidic flow cell for EM sample grid preparation. The two-piece device was designed so that EM substrates (grids or disks) could be placed within a central...
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UW-Madison researchers have developed a phenylglyoxal-based alkyne (PGA) chemical probe exhibits a high specificity towards protein citrullination sites and offers compatibility with various azide-con...
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A UW-Madison researcher has designed a modified optical table that allows vertical access so that any individual can stand or sit and access the entire surface. The design provides a support for an op...
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A UW-Madison researcher has identified a novel crosslinker for expansion microscopy research, glycidyl methacrylate (GMA) dissolved in sodium bicarbonate, that is able to support the expansion of mous...
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UW Madison researchers have designed Quantum Cascade Lasers (QCLs) configured to achieve interstage carrier injection and lasing, without carrier leakage. This includes QCLs that also exhibit photon-i...
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UW-Madison researchers have developed an improved covalent labeling system for use in protein footprinting. The innovation of the present disclosure advances a currently existing technology -- a coval...
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UW Madison researchers have developed a pressure sensor that can measure pressure accurately over a wide range and with high speed. It is more durable than existing models, is easy to manufacture and...
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UW-Madison and Morgridge researchers have developed new methods and systems for complete structural characterization of biological samples. The researchers combined mass spectrometry technologies with...
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A UW-Madison researcher proposes a new strategy that uses small, stress-response proteins to preserve fragile samples during cryo-EM SPA sample preparation. The figure below illustrates the general sa...
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A UW-Madison researcher has developed of a compact sensor for measuring the absorption spectra of typical liquids in real time. The solution allows for ATR spectroscopy by providing a baseline measur...
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UW-Madison Researchers have developed a microfluidic device for profiling cell types, evaluating multiple functional read-outs in an efficient, user-friendly high-throughput manner. The device allows ...
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UW-Madison researchers have developed a battery-less tag that can harvest energy from radio signals above ground and send an active response, which is used to estimate the soil moisture. There are two...
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UW-Madison researchers have developed a high throughput peptide mapping platform by combining a plate-based sample preparation method with direct injection MS analysis. Protein samples are cleaned, re...
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UW-Madison researchers and others have developed a high-speed sequencing method using a novel nanopore technology. As nucleotides pass through the nanopore, changes in the emitted light frequency enab...
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UW-Madison researchers have developed a novel type of mass defect-based chemical tag for use in quantitative mass spectrometry analyses of proteins, peptides, glycans and metabolites. Mass defect-base...
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UW-Madison researchers have developed a plasma ion source that exhibits a short delay between voltage application and ion beam initiation with low variance in the observed delay (i.e., jitter). Typica...
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UW-Madison researchers have developed a room-temperature infrared sensor with high detection efficiency over a wide IR spectral band. Room-temperature operation makes this technology easier to use tha...
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UW-Madison and Morgridge Institute for Research researchers have created the first high throughput instrument to integrate single cell autofluorescence lifetimes with single-cell transcription (scRNA-...
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UW-Madison researchers have created a spiral inductor for on chip electromagnetic signal conversion. The spiral inductors include an electrically conductive spiral coil and a nitrogen vacancy (NV) dia...
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UW-Madison researchers have extended their previously developed "Exclusive Liquid Repellency" (ELR) multi-phase liquid system, by integrating it with a new magnetic isolation platform to per...
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UW-Madison researchers have developed a new way to monitor the behavior of electrochemical double layers (EDL) by bringing them into spontaneous oscillation. The inventors used a modified multivibrato...
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UW-Madison researchers, in conjunction with an industry partner, have developed a printed serpentine trace that can act as both a temperature sensor and a strain/flow sensor. It is integrated on a sin...
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Optical metasurfaces enable unprecedented control over electromagnetic wave manipulation. By leveraging powerful resonance mechanisms supported by subwavelength structures arranged in two-dimensional ...
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Real-time vibration sensing is important in a variety of applications in industry, health care, and environmental monitoring. For example, vibration monitoring can assist in the prediction of natural ...
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