The phrase "alignment we present" is correct and usable in written English.
It can be used when discussing a specific alignment or agreement that is being introduced or explained in a document or presentation.
Example: "In this report, we will detail the alignment we present regarding our strategic goals for the upcoming year."
Alternatives: "the alignment we propose" or "the alignment we offer".
In either case, the alignments we present may provide a useful resource as members of this large TF family are targeted for functional characterization.
We present the results of tests that suggest the utility of allowing user-specified points of reference in generating alternate structural alignments, and we present a web server for automatically generating such alignments: http://as2ts.html.htmlAS2TS/LGA/lga_pdblist_plots.html.html
Because the results obtained with the short fragment were nearly identical to those obtained using the longest available alignment, we only present the latter here (Fig. 2), but the results obtained with the short fragment can be seen in the Additional file 1.
The problem with local alignment includes finding the endpoints of the alignment path, for which we present our solution.
Here, we present alignments we produced as domain experts, using a manual mapping process, between the Hymenoptera Anatomy Ontology and other existing arthropod anatomy ontologies (representing spiders, ticks, mosquitoes and Drosophila melanogaster).
In this paper, we present Logic Alignment Free (LAF), a method that combines alignment-free techniques and rule-based classification algorithms in order to assign biological samples to their taxa.
We present the results of tests whereby we generated a series of structure alignments based on varying points of reference upon which the alignment calculations were based, and we present a web server, which allows the user to input sets of protein structure segments and to specify a point in space to be used for structure-based alignment calculations.
Here, we present MetaGenomic Alignment Viewer (MGAviewer), a platform-independent web browser-based tool for visualizing alignment data.
We present an alignment of known and predicted dystrotelin sequences.
We present an alignment of the C-terminus of Mesostigma GAPDH B with the C-terminus of spinach GAPDH B in Figure 3.
