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MS2 spectral assignment was performed using the SEQUEST algorithm using Uniprot Human reference proteome (UP000005640, downloaded 10/05/2016) and a list of known contaminants (CRAPome.org).org
MS/MS spectra were searched using the Sequest algorithm with serine, threonine, and tyrosine phosphorylation and methionine oxidation as dynamic modifications.
MS/MS spectra were analyzed using the SEQUEST algorithm [15] in conjunction with publicly available predicted protein sequences from the appropriate genome sequence.
MS/MS were searched using the SEQUEST algorithm [37] against a sub-database of human, mouse and rat proteins derived from the NCBI non-redundant protein database.
MS/MS raw data were used to search against the Hordeum vulgare protein database at NCBI (http://www.ncbi.nlm.nih.gov) using the SEQUEST algorithm incorporated into the BioWorks software (Version 3.2, Thermo Finnigan, San Jose, CA, USA).
Tandem mass spectra were de-isotoped using in-house written software and data searched using the SEQUEST algorithm with no enzyme specificity for the variable modifications+15.99491 on methionine and+79.96633 on serine, threonine and tyrosine [53], [54].
Similar(30)
The resulting tandem MS data were searched using the Sequest algorithms embedded in Proteome Discoverer 1.2 (Thermo) against a SwissProt/UniProtKB human protein sequence database (including 56,582 entries).
The MS/MS spectra were searched against the NCBI non-redundant protein sequence database using the SEQUEST computer algorithm [11] to produce a list of proteins identified in each sample.
The most intense peak was selected for MS/MS experiments, which were performed on a Thermofinnigan LCQ (ThermoQuest/Finnigan, San Jose, CA. USA) and the mass spectra were searched against databases using the Sequest search algorithm (http://www.thermoquest.com).
Mass spectra were searched against a protein database using the SEQUEST [ 25] algorithm in Bioworks 3.3 (Thermo Fisher Scientific).
For peptide identifications, the generated MS/MS spectra were evaluated using the SEQUEST analysis program and/or Mascot.
More suggestions(15)
using the Rega algorithm
using the Brandes algorithm
using the Gillespie algorithm
using the Burg algorithm
using the ASAPRatio algorithm
using the gcRMA algorithm
using the Forward algorithm
using the Quickhull algorithm
using the Berendsen algorithm
using the Infomax algorithm
using the Canny algorithm
using the Google algorithm
using the sequest computer
using the sequest program
using the sequest MzXML2Search
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