Spectroscopy Wavelength e-newsletter:
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November 17, 2015
 
Spectroscopy Spotlight

Diagnosing Disease with Raman Spectroscopy
Vibrational spectroscopic techniques such as Raman spectroscopy have taken on increasingly important roles in point-of-care testing, spectral histopathology, and rapid in vivo diagnostics. Nick Stone is a Professor of Biomedical Imaging and Biosensing at the University of Exeter, and he and his group use Raman spectroscopy for measuring changes in the molecular constituents of cells and tissues as disease develops. He recently spoke to us about this work.

Featured Articles

Statistics, Part I: First Foundation
Modern statistics rests on three foundational principles. Here, we explain the first of these. But instead of getting involved in the nitty gritty of the equations, we approach this topic from the top down, concentrating on the core principles that apply to all major aspects of the use and application of statistical thought.

Fourier-Transform Molecular Rotational Resonance Spectroscopy:
Bridging the Gap Between Spectroscopy and Chromatography for VOC Analysis

This study demonstrates the strengths of FT-MMR for simple, direct analysis of VOCs and other toxic industrial chemicals.

Mobile Crime Lab Analysis Solutions
The need for at-site, rapid, reliable analysis of unknown compounds and materials is critical in mobile crime lab forensic, homeland security and military applications. Whether testing for poisons, analyzing explosives and residues or checking a crime scene for illicit drugs, Agilent offers robust mobile crime analysis solutions for lab quality results when and where you need them. Learn more

Analytical Efforts Toward Monitoring Groundwater in Regions of Unconventional Oil and Gas Exploration
A mix of analytical methods is required to understand the impact, if any, that UOG activity is having on groundwater.

Quiz
IR Spectral Interpretation Workshop: Quiz 3
How well can you analyze spectra? Test your skills with our short quiz. One reader, selected at random from all who submit correct responses, will receive a signed copy of Brian Smith's book on IR spectral interpretation.

App of the Month
SpectroCalc
The SpectroCalc app is designed for conversion of units that describe electromagnetic waves. According to the company, the user interface features three columns. The left and center columns are simple converters of wavelength, wavenumber, energy, and frequency. The right column calculates difference between values in the left and center columns, or can be used to calculate either the left or center column if one of these is left blank.

At-Line Micronutrient Analysis Using ED-XRF Spectroscopy
The ability to conduct elemental analyses of materials at the production line is improving product quality and consistency while maximizing throughput. This is especially true in micronutrient analysis where traditional lab-based QC methods add costs and delays to processes already operating with thin margins. This paper explains how a new generation of portable lab-quality spectrometers designed to operate in a production environment is changing work processes.
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Featured Products
NanoRam Handheld Raman Spectrometer Evaluating Food Safety with SERS
The NanoRam is a state-of-the-art handheld Raman instrument designed for use by technical and non-technical users for nondestructive identification and verification of materials such as APIs, excipients, intermediates, & finished products.
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SERS is a rapid, field-portable alternative to chromatography for detecting harmful contaminants in food. We have tested the use of SERS as a direct and quantitative detection method for toxic melamine in infant formula.
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TGA 8000™ Thermogravimetric Analyzer colorPol® VIS 600 BC5 Middleton Spectral Vision
The TGA 8000 provides intuitive, user-friendly options for high-sensitivity analysis. This instrument also can be easily hyphenated and coupled with FT-IR, MS and GC/MS systems to enable a better understanding of evolved gases. Learn more colorPol® VIS 600 BC-high extinction-ratio of above 100,000:1 (50dB) within 530nm– 640nm and above 1,000:1 (30dB) within 510nm–800nm. Transmittance properties to 83% (without AR-coating) underline the entitlement to a  high-performance polarizer. Learn more Waiting for the material.
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   New Webcast

ICP-OES or Flame AAS – Which Spectroscopic Method is Best for You?
Thursday, November 19, 2015
11 am–12 pm EST
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   On Demand Webcasts

Dealing with High-Matrix Environmental Samples: Part 2: Improve Your ICP Instrumentation Uptime—Essential Hints and Tips
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Reduce the Cost of Quality Control Using Near-IR Spectroscopy
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