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© 2009 BioSystematica

BioNumerics Sequence Molecular Analysis Tools Module

For an overview see BioNumerics.

Frame analysis: finds all open reading frames (ORF) and predicts protein coding sequences (PCS) on a sequence:
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List all ORFs and possible PCS regions for all 6 translation frames and specify an optional ORF and PCS length filter.
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Select translation table and codon usage table.
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Plot ORFs and AA translations on graphical sequence display.

Restriction enzyme analysis: in-silico multi-purpose analysis of restriction enzyme cleavage suitable for cloning experiments as well as for RFLP, PFGE and AFLP design:

- Download and store thousands of restriction enzymes from ReBase, and create subsets of enzymes of particular interest (4-cutters, blunt-cutters, cheap enzymes, available...).



- Up to full chromosomes can be analyzed so that optimal enzymes can be selected for electrophoresis-based fragment typing techniques such as PFGE, RFLP and AFLP.
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Individual enzyme cleavage fragments or combinations of different enzymes can be displayed on pseudo-gel images to predict the results of typing techniques or cloning experiments.

Primer design: searches for optimal primers or primer combinations for the most diverse experiment setups by taking into account various experimental parameters. The application includes multiplex primer design by calculating optimal sets of compatible primers to amplify multiple target regions simultaneously.
- Specify various primer properties such as preferential length and melting temperature, %GC boundaries boundaries, maximal degeneracy, etc.
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Sort and select forward and reverse primers and PCR combinations according to different parameters (position, melting temperature, length, degeneracy, %GC...).
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Store selected primer pairs in the Oligonucleotide database. 
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Start primer design from the Multiple alignment window to find discriminatory primer pairs between defined groups of sequences. This application is very suitable for the design of PCR detection tests.

For further details please download the BioNumerics/GelCompar pdf brochure.