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Resolution: standard / high Figure 7.
"In silico PCR" and "Probe alignment" tools infast DB. (A) The "in silico PCR" option in fast DB. (1) Multi-alignment of transcript sequences of the human RANPB9 gene, exon by exon. (2) Explicit skipping of exon 5 by the [GenBank:BC063849] transcript shown on multi-alignment. (3) Direct selection of primers on multi-alignment.
(4) Form for inputting primer sequences. (5) General information regarding input primers:
length, GC percentage, TM, location and sequence. (6) Link to test the user's primers
with ASePCR. (7) Expected PCR product for each transcript with its length and the
link to its sequence. (8) Sequence of one expected PCR product, clickable in order
to display the restriction enzyme cut sites for this sequence. (B) The "probe alignment"
option in fast DB. (1) Graphical representation of probe sequences aligned with the
genomic exon/intron structure. (2) Table with alignment information for all aligned
probe sequences; data regarding the selected probe are highlighted in red. (3) Alignment
of the selected probe sequence with the genomic sequence.
de la Grange et al. BMC Bioinformatics 2007 8:180 doi:10.1186/1471-2105-8-180 |