HyPURITY ADVANCE Columns - offer exceptional chromatographic performance and is ideal for high throughoput laboratories with complex and variable sample types. Product detail: HyPURITY ADVANCE contains a polar amide group embedded within a C8 chain, and is fully endcapped. The columns are based on our metal free HyPURITY silica and, compared to other phases, produces a competely new selectivity. A polar functiona…
Hypersil BDS C18 Columnso Sharp peaks and improved symmetry for basic compoundso Value and performance from a globally referenced columno Long column lifetimes with excellent column-to-column and batch-to-batch reproduciblity Product detail:Hypersil BDS C18 receives a special base deactivation treatment during silica material manufacture to reduce silanophilic activity. Hypersil BDS C18 is endcapped and suitable for chro…
o Based on ultra pure 190 Å pore size silica for analysis of small molecules to proteinso Extensive quality control tests to ensure the ultimate in reproducibility and performanceo Unbeatable peak shapes for all sample typeso Select from five phases for a wide range of selectivity options Product detail: HyPURITY C18 columns are based on the latest in silica technology - HyPURITY silica, which has less than 10ppm total m…
To obtain precise information about the structure of synthetic peptides and proteins, it is imperative to achieve good separation (see illustration).Hypersil Amino acid columns have been developed for this purpose with excellent reproducibility and the highest reproducibility using high grade 5µm particle size silica with a high surface area. Achieve resolution of complex sequences of amino acids with sharp peak shapes.Hypersi…
High efficiency capillaries for high performance, sensitive separations 500, 320, 180, 100 & 75µm ID capillaries Availabe in a wide range of Thermo phases Rugged sleeved design for robustness 180µm ID flexible KAPPA for FinniganTM ProteomeX™ Workstation Product detail: Capillary and nanobore columns are ideal for applications which require high sensitivity. However, in order to take full benefit of the improvement i…
The ELISA-Light™ immunoassay system is used for ultra-sensitive detection of antigens or antibodies in multiple immunoassay formats employing an alkaline phosphatase enzyme label Heterogeneous assay format increases sensitivity and dynamic range and reduces interference by test compounds in the detection portion of the assay (as compared with homogeneous assay formats) Chemiluminescent immunoassay detection allows greate…
The Finnigan NEPTUNE is a high performance Multicollector-ICPMS with high mass resolution capabilities for high precision isotope ratio measurements. It combines highest sensitivity and highest stability for all elements with the latest multicollector technique. High mass resolution on all detectors is the key to discriminate against molecular interferences. Product detail: Multicollector ICP-MS The design of the Finnigan…
The Finnigan TRITON gives the ultimate precision for isotope ratio measurements on solid samples. It uses a proven thermal ionization source and has a unique variable multicollector platform which can be configured with Faraday detectors and/or miniaturized ion counting detectors for smallest sample sizes. Typical applications are dating of geological samples as well as control of isotopic compositions of nuclear materials.…
The Finnigan DELTAplusAdvantage is the economical stable isotope ratio MS for all dual-inlet and continuous-flow applications not requiring continuous-flow D/H capability. It is fully automated, very sensitive and has an amplifier dynamic range. Product detail: The Stable Isotope Engine The DELTAplus Advantage builds on the proven robustness and performance of the DELTAplus, while adding new capabilities through completel…
Mass Frontier 4.0 provides you with the tools required to transform mass spectral data into results – fast! The new Mass Frontier excels at predictive fragmentation and data management. Mass Frontier provides a mechanistic understanding of fragmentation schemes using proprietary mass spectral interpretation algorithms. In addition, relationships within datasets can be explored using various types of classification such as PCA,…
