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One or more keywords matched the following items that are connected to Liu, Shaorong
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Academic Article Chip-capillary hybrid device for automated transfer of sample preseparated by capillary isoelectric focusing to parallel capillary gel electrophoresis for two-dimensional protein separation.
Academic Article Integrated bare narrow capillary-hydrodynamic chromatographic system for free-solution DNA separation at the single-molecule level.
Academic Article On-column and gradient focusing-induced high-resolution separation in narrow open tubular liquid chromatography and a simple and economic approach for pico-gradient separation.
Academic Article Free solution hydrodynamic separation of DNA fragments from 75 to 106,000 base pairs in a single run.
Academic Article Facilitating the hyphenation of CIEF and MALDI-MS for two-dimensional separation of proteins.
Academic Article Multiple-channel ultra-violet absorbance detector for two-dimensional chromatographic separations.
Academic Article Ultrafast Gradient Separation with Narrow Open Tubular Liquid Chromatography.
Academic Article Bare nanocapillary for DNA separation and genotyping analysis in gel-free solutions without application of external electric field.
Academic Article Nanocapillaries for open tubular chromatographic separations of proteins in femtoliter to picoliter samples.
Academic Article Protein separation by capillary gel electrophoresis: a review.
Academic Article A narrow open tubular column for high efficiency liquid chromatographic separation.
Academic Article Monolith columns for liquid chromatographic separations of intact proteins: A review of recent advances and applications.
Academic Article Narrow, Open, Tubular Column for Ultrahigh-Efficiency Liquid-Chromatographic Separation under Elution Pressure of Less than 50 bar.
Grant Electroosmotic Pump for Microchip HPLC
Grant Hybrid Chip Device for Automated 2-D Protein Separation
Grant DEVELOPMENT OF A NEW GENERATION DNA SEQUENCER
Grant Development of A New Instrument to Identify Microbial Genome
Academic Article Liquid Chromatographic Separation Using a 2 µm i.d. Open Tubular Column at Elevated Temperature.
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