April 2017
Volume 49, Number 3
Disposable prepared vessels remove hours of manual labor and are an effective alternative to traditional preparation methods for total dissolved solids and total solids analysis. Also in this issue: an instrument that utilizes microcapillary fluidics and preoptimized reagents to create a simple and inexpensive cell analyzer.
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Table of Contents
Steve Ernst
At the 2015 Society for Neuroscience annual meeting, I came across two exhibitors displaying virtual reality tools.
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Robert S. Matson
Oligonucleotide tethering offers an unconventional approach to antibody immobilization.
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Dominic Roberts, Jana Hajslova, Jana Pulkrabova, Paul Silcock
GC/MS used with statistical analysis and structural elucidation software rapidly determines the complex chemical composition of whiskies.
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Robert L. Stevenson, Ph.D.
SLAS is a symbiotic blend of automation of laboratory technology and assays used in life science laboratories. Hot topics at SLAS2017 included spheroids (three-dimensional clusters of cells); ...
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Wendy Goodrich
This article describes the high-resolution capability of an automated imager equipped with oil immersion microscope objectives.
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Mike May
In the lab and at the tap, water must be analyzed for safety and purity.
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Robin T. Clark
The Muse instrument uses microcapillary fluidics and preoptimized reagents to create an inexpensive, compact, portable cell analyzer that requires minimal setup and no expertise to operate.
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Mike May
Mass spectrometry digs deep into samples and helps scientists quantify the unexpected.
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Clifford M. Taylor, A. Kirk Rosenhan, Joey M. Raines, Jose M. Rodriguez
Two-dimensional gas chromatography-quadrupole mass spectrometry (GC×GC-MSq) is a powerful tool for complex arson analysis.
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