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|Articles|March 20, 2019
Micro and Nanotechnologies for Next-Generation Precision Medicine
This morning session, to be held in Room 116 and with Ryan C. Bailey of the University of Michigan (Ann Arbor, Michigan) presiding, begins at 8:30 am.
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This morning session on micro and nanotechnologies for next-generation precision medicine, to be held in Room 116, will be chaired by Ryan C. Bailey and Heather Robison of the University of Michigan. The first talk, “Scaling Up Micro- and Nano-Fluidics for Disease Diagnostics and Drug Manufacturing,” will be presented by David Issadore of the University of Pennsylvania.
Next, “Micro-Technologies for Single-Cell Diagnostics in Clinical Medicine” will be presented by Nancy Allbritton of the University of North Carolina at Chapel Hill.
Christopher Easley of Auburn University will follow with a talk on “Observing Unique Dynamic Function of Adipose Tissue Through High Resolution Temporal Sampling into Microfluidic Droplets” at 9:45 am.
Gabe Kwong of Georgia Institute of Technology and Emory University will then present “Harnessing Protease Activity as Biological Bits for Programmable Medicine” at 10:35 am, followed by “New Microfluidic Tools for High Throughput and Low Input and Epigenomic Studies,” by session chair Bailey, at 11:10 am.
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Lorna Nisbet from the Leverhulme Research Centre for Forensic Science, discusses a GC–MS. technique developed to detect anabolic-androgenic steroids in e-cigarettes seized from Scottish prisons.
Kinjal Bhatt and Ina Varfaj trace their pull toward analytical science to a saturated chromatography peak and the moment their first chiral peaks separated.
Gérard Hopfgartner explains why pairing SFC with dopant-assisted APPI can match, or even beat, electrospray sensitivity, even at microflow LC rates.
Emma Macturk from LECO Corporation explains which forensic applications benefit from GC×GC’s greater peak capacity, and when the additional separation power may only provide limited benefits.
Koji Yamaguchi of the International University of Health and Welfare (Narita, Japan) discusses a novel derivatized liquid chromatography-tandem mass spectrometry (LC-MS/MS) method plus propofol glucuronide (PRG) marker which improves forensic propofol detection.
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