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Biological Mapping with LIBS
Vincent Motto-Ros of Lyon 1 University in France is combining the ability of atomic spectroscopy techniques to detect and quantify metals with the mapping approaches most often used with molecular techniques. Here, he discusses his work applying LIBS to biological analysis, including the methods, advantages, and future directions. |
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Preparation of Pharmaceutical Samples for Elemental Impurities Analysis: Some Potential Approaches
The use of atomic spectroscopy techniques and sample preparation procedures is something that is not as routine in the pharmaceutical industry as chromatography-based techniques and sample preparation procedures are. With new requirements being implemented regarding elemental impurities by the United States Pharmacopeia and International Conference on Harmonization, analysts in the pharmaceutical industry are, in many cases, working to determine how best to analyze their samples. This article provides a brief overview of potential techniques. |
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Spectroscopy at Analytica
Analytica 2016, held this week in Munich, includes strong programming in spectroscopy techniques. Two sessions—one on modern analytical spectroscopy and another on bioprocessing monitoring—are entirely dedicated to spectroscopy. |
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Data Integrity in the Lab
Data integrity in the laboratory is currently a hot topic. What is your company or laboratory doing about it? Take our quick poll today! |
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Bernhard Lendl Joins Spectroscopy's Editorial Advisory Board
Spectroscopy magazine is pleased to announce the addition of Bernhard Lendl to its editorial advisory board. Lendl heads the research division on environmental and process analytical chemistry at the Technische Universität Wien (TUW) in Wien, Austria. |
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| PFA Cyclonic Spray Chamber |
Complete Luminescence Laboratory |
The Savillex PFA cyclonic spray chamber (CSC) for ICP-OES and ICP-MS is manufactured using unique stretch blow molding technology. Stretch blow molding allows the PFA CSC to be molded in an optimum cyclonic shape.
 Learn more |
Research-grade fluorescence spectrometer FLS980 offers high spectral resolution and excellent stray light rejection. The FLS980 can be configured according to your needs with fluorescence, a range of operating wavelengths from the UV to NIR and various other options.  Learn more |
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| Amptek Experimenter's XRF Kit |
microFTS® FTIR Spectrometer |
Quickly begin doing XRF elemental analysis of soil, rocks, minerals, sediments and fluids. Complete kit features newly released XRF-FP2 QA Software.  Learn more |
Compact, rugged, and vibration-proof FTIR spectrometer inserts directly into production equipment eliminating the need for fiber optic cables, remote sampling, and frequent recalibration enabling real-time reaction monitoring on production floors.  Learn more |
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| PHOENIX II Benchtop Analyzer |
Custom Stock from Inorganic Ventures |
Polarized ED-XRF is ideal for elemental analysis of liquids, solids, pastes, slurries and powders for measuring Al through U qualitatively and quantitatively. Unit is compact, low cost, simple to operate.  Learn more |
Thanks to TCT, custom standards can always be in stock. TCT extends shelf life up to three years without compromising accuracy, which means we ship custom stock same day.  Learn more |
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| Low-frequency/THz-Raman® In-situ Probe |
In situ Bioprocess Raman |
Ondax's new patented THz-Raman® Probe simultaneously captures low-frequency and chemical fingerprint signals, delivering both chemical composition and molecular structural analysis in a single measurement for any process or lab environment.  Learn more |
bIO-Optic and bIO-PRO probes from Kaiser Optical Systems, Inc. are designed for in situ monitoring of cell culture or fermentation bioprocesses, suitable for stainless steel or bag-lined bioreactor installations.  Learn more |
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