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for BIO 2024
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Faculty of the Arts & Sciences
6 results
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Two-photon holographic microscope system for 3D neuronal circuit imaging and stimulation
CU23132
This technology is a fully integrated holographic microscope system capable of simultaneous, high-resolution imaging and precise stimulation of 3D neuronal circuits using optogenetics.
8Adaptive opticsHolographyMicroscopy
Rafael YusteYuriy Shymkiv
Kristin Neuman
Biological Sciences
Faculty of the Arts & Sciences
2023-12-04
High-throughput metabolic profiling at single-cell resolution
CU19155
This technology is a high-throughput and scalable platform for measuring the metabolic activity of single or bulk cells in drug screening and research applications.
4High-throughput screeningMetabolismMultiplexing
Wei MinZhilun Zhao
Dovina Qu
Chemistry
Faculty of the Arts & Sciences
2021-03-16
Lipid-peroxidation-resistant cell line for studying ferroptosis
CU20193
This technology describes a cell line that overexpresses glutathione peroxidase 4, making it resistant to lipid peroxidation and consequently ferroptosis.
11CancerDrug developmentEnzyme
Brent Stockwell
Joan Martinez
Biological Sciences
Faculty of the Arts & Sciences
2020-07-21
DSSR: an integrated software tool for dissecting the spatial structure of RNA
CU20391
Thanks to the NIH R24GM153869 grant, we are pleased to provide DSSR Basic free of charge to the academic community.
5AcidBioinformaticsIn silico
Harmen J. BussemakerXiang-Jun Lu
Dovina Qu
Biological Sciences
Faculty of the Arts & Sciences
2020-06-15
Sorting of extracellular vesicles for precise, cell-specific diagnostics
CU19242
This technology is a method for isolating and sorting extracellular vesicles in differentiated cell cultures and in blood samples for targeted, cell type-specific diagnostics.
7AssayCardiac muscle cellCellular differentiation
Bohao LiuBryan WangGordana Vunjak-Novakovic
Cynthia Lang
Biomedical EngineeringProgram in Cellular, Molecular, Structural and Genetic Studies
Faculty of the Arts & SciencesFu Foundation School of Engineering and Applied Science (SEAS)
2020-01-13
Vibrational probes for metabolic imaging in live cells and organisms
CU19023
This technology is a method for using small vibrational chemical tags combined with functional bioorthogonal infrared imaging to provide high-speed, high-sensitivity imaging of metabolic processes in live cells, tissues, and organisms which may be useful for disease diagnoses and assessments.
31Amino acidAzideBrain
Lingyan ShiWei Min
Dovina Qu
Chemistry
Faculty of the Arts & Sciences
2019-11-15