| Document Date: 2010-07-27 10:38:10
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City L. A. / Florence / / Company Virginia Semiconductor / T. H. Fischer D. D. / Coulter Electronics Ltd. / J. Pharm / CRC Press / John Wiley & Sons / / Country United States / / IndustryTerm subsequent processing / chemical conditions / chemical synthesis / multiplexed multichannel systems / microfluidic systems / microchannel network / chemical processes / flow microfluidic network / inhomogeneous chemical / silicon chip / confocal fluorescence imaging system / biological systems / lipid solution / fluorescent imaging / mechanical and chemical conditions / silicon chips / biological applications / chemical fluctuations / confocal fluorescence imaging / fluorescence imaging / aqueous buffer solution / phosphate-buffered saline solution / chemical species / imaging / software interface / cover device / microfluidic network / anisotropic wet-chemical etch / obtained using a confocal fluorescence imaging system / / Person Nat / / Product Targeted Drug / / ProgrammingLanguage Pascal / LabVIEW / / Technology quantum dots / laser / drug delivery / silicon chips / silicon chip / Transplantation / microfluidics / process control / photolithography / /
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Controlled Vesicle Self-Assembly in Continuous Two Phase Flow Microfluidic Channels This application claims priority to U.S. Provisional Application No[removed],355, filed November 26, 2003. Methods for the formation of l