The MCIC provides services for
- low throughput sequencing using the ABI 3100xl and the 3'-BigDye dideoxynucleotide triphosphates labeling chemistry,
- genotyping using various platforms: fragment analysis on Beckman CEQ8800, SNP analysis on Luminex200 or Illumina BeadXpress
- MPS sequencing using the Illumina Solexa Genome analyzer.

Services
Computational support to scientists involved in genomics research includes
- development of automation scripts for personalized data base searches
- training and help with the use of the software on the Linux workstation maintained at the facility
- training and help with Perl, Bio-Perl and C++
For bioinformatics projects or questions contact Ian Holford.
MCIC software
![]() |
Compare Alignment Ver.1 Compare Alignment compares the result of a ClustalW alignment output file for dissimilarities as shown below: |
![]() |
ORF Extractor ORF Extractor extracts Open Reading Frames from contigs of any size. ORFs can be extracted in all six frames, and the ORFs length, the start and stop codons can be selected. All ORFs or selected ORFs can be saved and, the sample output file (shown below) can then be used as the input to the Blast program. |
![]() |
Hit Extractor Hit Extraction parses the Blast output file and extracts a number of hits, defined by the user, for each Fasta entry. |
![]() |
Sequence Order Search, SOS SOS identifies sense and anti-sense hits in a Blast output file. An example of an output file is shown below: notice the decreasing indices, (63 – 122) and (183 – 242), of the subject sequence |
![]() |
PexFinder ver.2 PexFinder ver.2 searches the SignalP output file with users defined criteria for specific extracellular signal peptide sequences, and then extracts the files that fulfilled the criteria from the SignalP input Fasta library. The result is a collection of Fasta formatted files, which can be subsequently used in Blast searches. Below is a sample SignalP input with prediction and range bet. 10 and 40: |
![]() |
EleNor EleNor (Electronic Northern) analyses various EST databases for the frequency of expression of specific genes. Some features of this program are still being developed. |
Some bioinformatics resources on the web
Links to some bioinformatics sites of general interest:
- NCBI BLAST home page: http://www.ncbi.nlm.nih.gov/BLAST/
- Institute for genomic research: http://www.tigr.org/bioinformatics.shtml
- Check out also the sites listed at the web page of the Plant Pathology OSU Agricultural Genomics Course: http://www.oardc.ohio-state.edu/aggenomics/
- How todual boot your desktop to run Linux and Windows: http://www.geocities.com/epark/linux/grub-w2k-HOWTO.html
- Bioinformatics software: http://www.netsci.org/Resources/Software/Bioinform/databases.html
- Article: E. A. Greene & S. Henikoff, Getting more from your sequence on the web: http://www.nature.com/ng/web_specials/gazing/
Societies and discussion groups:
- International Society for Computational Biology: http://www.iscb.org
- To participate in the ISCB discussion: http://www.sdsc.edu/pb/iscb/iscb-edu.html
- The Bioperl Project is an international association of developers of open source Perl tools for bioinformatics, genomics and life science research: http://bio.perl.org
- The Open Bioinformatics Foundation is an umbrella group for the various bio*.org projects that grew out of the original BioPerl project: http://www.open-bio.org
- Bioinformatics.Org is an international organization which provides free and open resources for research, development and education so that such resources can be further developed. The organization is nonprofit and maintains an Internet site by the same name where these resources can be accessed: http://bioinformatics.org






