Sentence examples for mass spectrometric sequencing from inspiring English sources
These bands were cut out, proteins eluted and analyzed by MALDI-TOF maspectrometricric sequencing.
The sialidase expression was confirmed by NanoLC-LTQ MS/MS mass spectrometric sequencing after in-gel trypsin digestion (Figure 1C).
Mass spectrometric sequencing of micronuclear H3 identified H3K23 trimethylation (H3K23me3), a previously uncharacterized PTM.
Mass spectrometric sequencing was performed by Voyager DE-PRO (Applied Biosystems) mass spectrometer as described [ 24].
The statistics for antigen identification is listed in Table 1 and the antigens, their protein-chemical characteristics, mass spectrometric sequence coverage, numbers of assigned tryptic fragments, and gene bank accession numbers together with the respective data for the MyLa-associated antigens in Table 2.
Assays to demonstrate fidelity include proteolytic digestion, mass spectrometric sequence and posttranslational composition analysis, circular dichroism spectroscopy, single-molecule stretching with optical tweezers, atomic-force microscopy imaging of fibril assembly, and transmission electron microscopy imaging of self-assembled fibrils.
Based on mass-spectrometric sequence analysis of tryptic protein fragments, oligonucleotide primers for cloning genomic DNA fragments that encoded the enzyme were designed and used to derive the complete amino acid sequence of this PLD.
Whole anther proteomes were analyzed at three developmental stages by mass spectrometric peptide sequencing using size-fractionated proteins to evaluate the timing of protein accumulation relative to transcript abundance.
Mass spectrometric peptide sequence spectra were searched against the National Center for Biotechnology Information's RefSeqHuman database [ 4] with the addition of contaminants using SEQUEST [ 5].
Otherwise, in the current proteomics where proteins are identified primarily by correlation of mass spectrometric data to sequence in a database, rather than de novo as during the age of chemical sequencing by Edman chemistry there is great leeway for misinterpretation of proteomic data.
The comparison of the mass spectrometric data with sequence databases results in the identification of the protein.
