High Sensitivity SISCAPA-based Peptide Quantitation Using UHPLC and the 6490 QQQ with iFunnel Technology
Applications | 2014 | Agilent TechnologiesInstrumentation
LC/MS, LC/MS/MS, LC/QQQ
IndustriesClinical Research
ManufacturerAgilent Technologies
Key wordssiscapa, peptides, peptide, flow, nanoflow, protein, antibodies, digest, proteotypic, flc, rabmabs, labeled, thyroglobulin, lpsbp, mesothelin, opn, afp, specific, cognate, ifunnel, hexabore, sensitivity, titers, were, meso, ion, target, standard, synthetic, bravo, quantitation, agilent, ajs, using, pci, amounts, funnel, technology, avtsaniqefagck, edqyhylldr, elgpytldr, gfvepdhyvvvgaqr, gyqellek, laegfplpllk, lggpeaglgeylfer, llgphveglk, rabmab, tfr, ypdavatwlnpdpsqk, plasma
Similar PDF
Automated, High Precision Tryptic Digestion and SISCAPA-MS Quantification of Human Plasma Proteins Using the Agilent Bravo Automated Liquid Handling Platform
2014|Agilent Technologies|Applications
Automated, High Precision Tryptic Digestion and SISCAPA-MS Quantification of Human Plasma Proteins Using the Agilent Bravo Automated Liquid Handling Platform Application Note Authors Abstract Morteza Razavi, N. Leigh Anderson, An “addition only” tryptic protein-digestion protocol, followed by multiplexed Matthew E.…
Key words
siscapa, siscapafmol, fmolpeptide, peptidestfr, stfrplate, plateplasma, plasmastation, stationfwd, fwdmeasured, measuredsis, sisalignment, alignmentbravo, bravodigestion, digestiondigest, digesttips
The Agilent 6495 Triple Quadrupole LC/MS: Peptide Quantitation Performance
2016|Agilent Technologies|Technical notes
The Agilent 6495 Triple Quadrupole LC/MS: Peptide Quantitation Performance Technical Overview Introduction Sample complexity and the low concentration of certain biomarkers are the major challenges encountered when performing biomarker verification using multiple reaction monitoring (MRM)-based methods. For this reason, the…
Key words
contest, contestnanoflow, nanoflowpeptide, peptideflow, flowquantitation, quantitationplasma, plasmacounts, countsfmol, fmolquantitative, quantitativeperformance, performancestd, stdpeptides, peptidesprotein, proteinstandard, standardamol
Jet Stream Proteomics for Sensitive and Robust Standard Flow LC/MS
2015|Agilent Technologies|Technical notes
Jet Stream Proteomics for Sensitive and Robust Standard Flow LC/MS Technical Overview Authors Introduction Yanan Yang, Vadiraj Bhat, and Proteomics research has typically used nanospray LC/MS to achieve maximum sensitivity when the sample amount is limited. Nanoflow LC/MS takes advantage…
Key words
jet, jetstream, streamflow, flowsensitivity, sensitivityproteomics, proteomicsproteins, proteinscounts, countspeptides, peptidesnanoflow, nanoflowifunnel, ifunnelefficiency, efficiencyagilent, agilentfunnel, funnelspray, spraytechnology
Improving the Detection of Thyroglobulin in Human Plasma for Clinical Research by Combining SISCAPA Enrichment and Microflow LC-MS
2016|Waters|Applications
Improving the Detection of Thyroglobulin in Human Plasma for Clinical Research by Combining SISCAPA Enrichment and Microflow LC-MS Jay S. Johnson,1 Morteza Razavi,2 James Murphy,1 Selena Larkin,2 and Paul Rainville1 1 Waters Corporation, Milford, MA, USA; 2 SISCAPA Assay Technologies,…
Key words
fsp, fspmicroflow, microflowsiscapa, siscapahyroglobulin, hyroglobulinionkey, ionkeyikey, ikeyplasma, plasmapump, pumphuman, humanpeptide, peptideclinical, clinicaltrapping, trappingresearch, researchimproving, improvinginfusion