Quality scoring of Assemblies and Align to Reference alignments can be visualized directly on the sequence. Residues can be shaded according to their quality scores. These can be displayed anywhere quality values are available, including de novo and reference assemblies in Assembler and Align to Reference alignments. The intensity of the shading of residues indicates […]
If the graphics in a nucleic acid sequence Map tab appear somewhat “washed out” it is because the graphic items represent common features that MacVector has found that are not annotated on the sequence. For example, here are the Map and Feature tabs of an unannotated cloning vector; You can see a number of features […]
The Dot-Plot analysis (Pustell DNA Matrix) function in MacVector is an extremely powerful way of quickly getting an overview of the similarities between a pair of sequences. However, it can also be used to identify repeats and inversions in a single DNA sequence simply by comparing a sequence to itself. For example here is the […]
Many views in MacVector display amino acid translations above or below DNA sequences. Typically, these are from CDS features, but can also be the 3/6 frame translation of a sequence. You can display the amino acids as either the single-letter code, or as the three-letter code. You can toggle the setting using the MacVector | Preferences -> […]
CRISPR-Cas9 genetic editing mechanisms require a short (typically 20nt) RNA sequence complementary to a target site next to a Protospacer Adjacent Motif (PAM) sequence. The most commonly used Cas9 nuclease (SpCas9) from Streptococcus pyogenes recognizes the PAM sequence NGG. One new function introduced a few years ago will search for PAM sequences in your sequence. […]
MacVector has a domain-outlining facility for multiple sequence alignments, letting you easily visualize the relationships between features in aligned protein sequences. MacVector’s new multiple alignment file format retains the features/annotations from the sequences that are used to create the alignment. The colors of features from the individual sequence documents are used to outline the domains […]
All analysis results for an individual sequence are collected into a single tabbed result window to reduce window clutter. However, there are times when it is very convenient to have results displayed in side-by-side windows. For example, if you run a dot plot you can zoom in to view sections of the comparison by drag-selecting […]