Both amide- and N-methylamide-modified oligonucleotides led to a significant increase in the binding affinity to ssRNA by up to +4.7 and +3.7 °C of the Tm value per modification, respectively, compared with natural oligonucleotide.
Data are normalized by dividing the reads per bin by total reads per modification.
The authors have showed how spectra from peptides carrying distinct modification types have different scoring characteristics, and evaluated the final scoring scheme per modification type.
Since we achieve almost as good result using 1 bin per modification as 13 in the regression problem, we used only 1 bin per mark for testing interactions.
This demonstrated that the 2′-azido group causes a slight decrease in thermal stability, about −1.4 °C per modification since the influence stems from two isolated 2′-N3-G/C base pairs (bp) within the palindromic duplex.
Although RD and RFD can provide a confidence estimate for the overall result, we have not explored how our algorithm can be used to provide a confidence score per peptide and per modification, which is a feature that can be found in PTMFinder.
The observed gain in molecular weight per modification is bigger than the expected 5 kDa for each Cys, but this can be attributed to an aberrant mobility of the modified protein in the Bis-Tris/SDS-PAGE used in the assay.
We provide data on: (1) image queries – the number of queries and the number of search terms per user, (2) image search sessions – the number of queries per user, modifications made to subsequent queries in a session, and (3) image terms – their rank/frequency distribution and the most highly used search terms.
The (per)oxidative modifications of phospholipids and membrane-embedded molecules by ROS lead to changes in membrane fluidity, permeability, phase-transition properties, and membrane protein functionality [ 47– 60].
In all studies, the per protocol dose modification schedule, if required, was reduction to 400 mg once daily, followed by additional dose reduction to a single 400 mg dose every other day, if necessary.
