Tired of manual DNA sequence analysis? |   | Try our intuitive DNA sequence assembling software for automated analysis of small and medium sized (re)sequencing projects! DNA (re)sequencing is getting more and more popular in such varied application areas like microbiology (pathogen identification [e.g., 16S rDNA], pathogen typing [e.g., MLST or SLST], resistance testing), forensics, or human genetics. Therefore, Ridom TraceEditPro was designed for automated and simple analysis of such (re)sequencing data in mind ( Ridom TraceEditPro Features). Define once for each project an assembly parameter template and analyze then automatically your ABI- or SCF-chromatogram and FASTA files. For similarity searching link seamless from within the software to Internet databases (e.g. NCBI) or create and search your own local reference sequence libraries.
TraceEditPro Workflow  |  Move the mouse over the workflow to show further information
| TraceEditPro Online Tutorials  Tutorial 1: SLST | Assemble fragments and search internet databases and local sequence databases. Exemplary the fetA SLST scheme for Neisseria meningitidis is used for demonstration purpose (8 min.). | | Tutorial 2: MLST - Assembling & Database Query | Assemble fragments and search internet and local sequence databases. Exemplary the MLST scheme for Staphylococcus aureus for loci tpi and arcC are used for demonstration purpose (8 min.). | | Tutorial 3: MLST - Creating a Template | Creating a TraceEditPro Parameter Template. Exemplary the MLST scheme for Staphylococcus aureus for loci tpi and arcC are used for demonstration purpose (7 min.). | TraceEditPro Offline Tutorials |
