LDRD Ending Project ReviewReal-time Automated Pathogen Identification by Enhanced Ribotyping (RAPIER).
Abstract not provided.
Bartsch, Michael↗
Engineering topics
Bartsch, Michael
Publications and source records attributed to Bartsch, Michael.
Real-Time Selective Sequencing with RUBRIC (Read Until with Basecall- and Reference-Informed Criteria).
Abstract not provided.
Bartsch, Michael↗
Read Until with Basecall- and Reference Informed Criteria (RUBRIC).
Abstract not provided.
Bartsch, Michael↗
The Evolution of MinION Selective Sequencing: Read Until with Basecall- and Reference-Informed Criteria (RUBRIC).
Abstract not provided.
Bartsch, Michael↗
Characterizing the Performance of the MinION for Real-Time Detection.
Abstract not provided.
Bartsch, Michael↗
Selective Long-Read Nanopore Sequencing for Real-Time Point-of-need Pathogen Identification.
Abstract not provided.
Krishnakumar, Raga↗
Library Preparation and Analysis Methods for the Oxford MinION Nanopre Sequencer for Pathogen Identification.
Abstract not provided.
Jayamohan, Harikrishnan↗
Selective Long-Read Nanopore Sequencing for Rapid Real-Time Pathogen Identification.
Abstract not provided.
Krishnakumar, Raga↗
LIBRARY PREPARATION FOR THE OXFORD MINION SEQUENCER WITH ?ASPIRE?: AUTOMATED SAMPLE PREP BY INDEXED ROTARY EXCHANGE.
Abstract not provided.
Patel, Kamlesh↗
Nanopore Sequencing for Real-Time Pathogen Identification.
Abstract not provided.
Jayamohan, Harikrishnan↗
Real-Time Automated Pathogen Identification by Enhanced Ribotyping (RAPIER).
Abstract not provided.
Bartsch, Michael↗
Advanced Digital Microfluidic Interface for Sample Prep Automation - LDRD summary.
Abstract not provided.
Bartsch, Michael↗
Coaxial microreactor for particle synthesis
A coaxial fluid flow microreactor system disposed on a microfluidic chip utilizing laminar flow for synthesizing particles from solution. Flow geometries produced by the mixing system make use of hydrodynamic focusing to confine a core flow to a small axially-symmetric, centrally positioned and spatially well-defined portion of a flow channel cross-section to provide highly uniform diffusional mixing between a reactant core and sheath flow streams. The microreactor is fabricated in such a way that a substantially planar two-dimensional arrangement of microfluidic channels will produce a three-dimensional core/sheath flow geometry. The microreactor system can comprise one or more coaxial mixing stages that can be arranged singly, in series, in parallel or nested concentrically in parallel.
47 OTHER INSTRUMENTATION↗