Surveyor autosampler
The Surveyor autosampler is a laboratory instrument designed to automatically introduce samples into an analytical system, such as a chromatograph or mass spectrometer. It is capable of handling a wide range of sample types and volumes, and can be programmed to perform complex sample preparation and analysis sequences. The Surveyor autosampler provides consistent and reliable sample introduction, improving the efficiency and accuracy of analytical workflows.
Lab products found in correlation
18 protocols using surveyor autosampler
Tandem Mass Spectrometry Protocol for Peptide Analysis
Peptide Analysis by nanoLC-MS/MS
LC-MS Analysis of Small Molecules
LCMS Analysis of Chemical Compounds
was performed using a system consisting of the following components:
Shimadzu SCL-10A VP system controller with Shimadzu LC-10 AD VP liquid
chromatography pumps with an Alltima C18 3 u (50 × 2.1 mm) reversed-phase
column and gradients of water–acetonitrile supplemented with
0.1% formic acid, a Shimadzu DGU 20A3 prominence degasser, a Thermo
Finnigan surveyor auto sampler, a Thermo Finnigan surveyor PDA detector,
and a Thermo Scientific LCQ Fleet. Gradients were run from 5% MeCN
to 100% MeCN over a 15 min period.
Analysis of C. elegans N-Glycans by LC/MS
Mass spectrometer conditions were a spray voltage of 5.0 kV and the capillary temperature was 170°C. The sheath gas flow was set to 20.00 units. For the generation of the MSn spectra, normalized collision energies were set to 35%. The method used was triple play operated by Xcalibur software, with second scan being Zoom MS and third scan was Dependent MS/MS of most intense ion from scan event 2. The isolation width was set to 2 amu. All experiments were performed in the positive ion mode.
Tryptic Peptide Analysis by LC-MS/MS
Analytical Workflow for Phytochemical Profiling
IRP2 Cisplatin Interaction Analysis
Stable Isotope Analysis of Soil Organic Matter
Empirical C turnover time (synonymously referred to as mean residence time) of microbial size classes was obtained by estimating the pulse 13 C dilution rate using an exponential function in SigmaPlot (Malik et al., 2015) (link).
Liquid Chromatography-Tandem Mass Spectrometry
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