ON DEMAND WEBCAST

Changing Everything You Know About Liquids Analysis by FTIR
Low level components or impurities in liquid samples are typically not amenable to analysis by attenuated total reflectance (ATR) methods due to pathlength constraints, and thus analysts turn to classical transmission measurements for these types of samples. Yet, ATR is far easier to use than the cumbersome transmission cells. New advances in the analysis of liquids by FTIR spectroscopy can provide a far broader range of quantitative capability for liquid samples, while retaining the ease of use and speed of analysis afforded by ATR.

ON DEMAND WEBCAST

The Easiest and Most Cost-efficient Way to Determine Elements in Environmental Matrices by ICP-MS According to Your Regulations

This year significant new technology and software was introduced into the market of Atomic Spectroscopy. How will this affect the future of determining elements Environmental matrices? We would like to invite atomic spectroscopy users working on the environmental market to learn more about meeting European and American regulations for environmental samples with ICP-MS.”

ON DEMAND WEBCAST

Achieving Ultra Fast, Low Cost Analyses in Compliance with EPA Protocols

This webcast will provide the audience with essential information on how to maximize productivity for analysis of environmental samples with emphasis on meeting USA EPA-based protocols and will reference a range of demanding environmental applications.  The presenters will describe innovative new technologies to enable high speed liquid sample introduction and ultra fast data acquisition using ICP instrumentation and will discuss the impact of these advances on the global environmental analysis market.
 

ON DEMAND WEBCAST

Basic Principles of Laser-Induced Breakdown Spectroscopy

The analytical use of Laser-Induced Breakdown Spectroscopy (LIBS) has its origins back to 1963 with the study of Mrs. Debras and Guedon. Since then, the technology associated with LIBS has evolved (lasers, spectrometers, detectors, data analysis). However despite considerable advantages that only laser-induced plasmas can provide, the delicacy to control and model their basic fundamentals leads to a slower integration of LIBS in the analytical field than other established plasma based techniques such as GD- or ICP-OES.

A review of the basic principles of LIBS will be given and discussed to better understand the technique, the reasons of its slower integration but nevertheless appreciate and explore the unique possibilities that only LIBS can provide to the analytical community.

Mapping Protein Conformational Stability Using Automated CD
A new automated technique is described for measuring protein conformation. Superb reproducibility enables relative protein stabilities to be studied with ease, for example in protein biotherapeutic development and clone selection procedures.

Confocal Raman Imaging in Life Science – Living Cells, Bacteria & Tissues
This note describes the application of confocal Raman imaging to the study of living cells and bacteria as well as tissues such as a hamster brain and a histopathological breast cancer section.

Real Time FT-NIR Monitoring of Tablet Coating Thickness
We report an application of Fourier transform near-infrared spectroscopy (FT-NIR) as a nondestructive technique for fast in-line determination of tablet coating thickness during spray coating process.