11.05.2012
Staying abreast of the latest advances in technology and ensuring that the most effective, up-to-date automation techniques are being employed can be challenging. Attending conferences and exhibitions throughout the year provides scientists not only the opportunity to share their experiences and to network with researchers in their field, but delegates can also discuss their challenges with equipment manufacturers who can often help to tailor a solution to meet their automation needs.
more20.04.2012
ERC, well known for special solutions in LC, introduces another highlight to the market:
The high performance CCC-systems (HPCCC) from Dynamic Extractions.
The separating and purification technology (liquid-liquid-chromatography) of these systems provides the user with additional, extremely interesting possibilities: both on a development and a preparative scale (from a few mg to approx. 1000g), substances can be continuously separated even where classical separation columns fail or have difficulties.
more19.04.2012
TLC is a very fast, convenient and cost effective tool to get information about mixtures. This type of chromatography is a daily task in a synthesis laboratory and can be accomplished on the bench.
In most cases the chemist is interested in the identity of the separated compounds. Because of the limited amount of material which can be separated on an analytic TLC, mass spectrometry is the first choice to do this.
more18.04.2012
The Roxy Potentiostat allows the simple coupling of an electrochemical reactor with a mass spectrometer.
The substances to be analysed are pumped through the electrochemical cell and oxidised or reduced. The resulting products are directly analysed on a mass spectrometer. The results provide information on the stability of the starting substance and about potential metabolites. Additional reagents can be added for the investigation of adducts formed along with the products in the reactor cell.
more03.04.2012
Public concern that commonly used pharmaceuticals and personal care products (PPCP) are entering and contaminating the drinking water supply continues to rise. To address this concern, scientists use targeted quantitation of PPCP - a well established approach - but there is also an emerging trend to screen for and identify unexpected environmental pollutants.
more03.04.2012
Isolera Spektra was unveiled by Biotage. The new Isolera Spektra expands the scope of application of Biotage's Flash Chromatography product line by increasing efficiency with significant solvent and time saving capabilities as well as enabling purity assessment technology.
more24.01.2012
Agilent Technologies announced the launch of the Agilent 8800 triple quadrupole ICP-MS (ICP-QQQ). The new ICP-QQQ system offers improved performance compared to single quadrupole ICP-MS, and provides MS/MS operation for controlled and consistent interference removal in reaction mode. ICP-QQQ also addresses high-end application requirements, with flexible analysis capabilities unavailable on single quadrupole machines.
more09.01.2012
Phenomenex introduces Guard Finder, an interactive online tool that helps users quickly select column protection products for over 41,000 HPLC, UHPLC and preparative HPLC columns. The easy and flexible interface allows the customer to search by brand, part number, technique or column phase. In just seconds, the tool matches input with the recommended Phenomenex column protection.
The Guard Finder tool can be accessed at http://www.phenomenex.com/pr/GuardIt.
more22.12.2011
The new Sepacore Flash Systems X10 and X50 provide full flexibility to address the purification requirements:
Isolation of the main compound in a synthesis raw mixture
Concentration and isolation of impurities
Fractionation of complex natural compounds extracts
Purification of biomolecules
New Sepacore highlights
more19.12.2011
High selectivity is a key component of successful quantitative bioanalysis. The ever increasing sensitivity and throughput requirements of bioanalytical assays often pose method development challenges. A new technology in ion mobility brings the power of differential ion mobility separation to complex mass spectrometric bioanalysis.
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