Other

National Institutes of Health, a Component of the US Dept. of Health & Human Services

St Jude Medical, Atrial Fibrillation Division, Inc

University of Cincinnati

Rupak K Banerjee

John W Sliwa, Jr

Gerald R Harris

Ronald A Robinson

Prasanna Hariharan

Marwan Al-Rjoub

Matthew R Myers

Debarun Das

Subha Maruvada

Methods of increasing the capture efficiency of a microfluidic device for a target reagent, without additional complications to the design of existing microfluidic devices, and more particularly methods of increasing the capture efficiency of a microfluidic device for magnetic microbeads within a microfluidic channel using sequentially switched electroosmotic flows.

Enhanced capture of magnetic microbeads in microfluidic devices using sequentially switched electroosmotic flow

A system for optically characterizing an acoustic beam generally includes an immersant, which is an immersion medium seeded with a plurality of seed particles that respond to illumination with fluorescence indicative of at least one parameter of the immersant such as flow or temperature. Optical transmitters illuminate the immersant slicewise, and optical receptors receive the fluorescence in order to generate a three-dimensional map of the parameter over time. A processor back-calculates one or more characteristics of an acoustic beam that results in the map. The processor initially generates a behavior model of an acoustic beam propagating in the immersant by utilizing initial guesses for the characteristics. The initial guess model is compared to the map, and an optimization routine is used to refine the initial guesses. The process repeats iteratively with refined guesses until the difference between the model and the map is minimized.

Optical techniques and system for 3-D characterization of ultrasound beams

Growing community of inventors

Mason, OH, United States of America

Rupak K Banerjee