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Supported by an IDeA grant from the National Center
for Research Resources, NIH
The Core also supports communication networks for INBRE institutions to facilitate multi-center research and resource sharing and the confidential exchange of data.
| Tool | Description |
BLAST |
Sequence similarity searching. |
ClustalW |
Multiple sequence alignment. |
ClustalX |
Graphical user interface for ClustalW.. |
Ingenuity Pathway Analysis |
Molecular pathway prediction. |
Gibbs |
Detection of multiple conserved regions within DNA or protein sequences. |
GBrowse |
Visualization of genomic sequence and sequence features. |
Lasergene |
Sequence analysis (alignment, motif finding, phylogenetic analysis) |
MEME/MAST |
Motif detection using expectation/maximization algorithms. Database searching for motifs. |
MUSCLE |
Multiple sequence alignment. |
Partigene |
EST data analysis |
PAUP |
Phylogenetic analysis. |
Phrap |
Base calling, sequence comparisons and sequence assembly. |
Phred |
Processes DNA sequencing trace files, calls bases and assigns a quality value to each called base. |
PHYLIP |
Phylogenetic analysis. |
PipMaker |
Genomic sequence alignment. |
R |
Statistical computing. |
RepeatMasker |
Identification of interspersed repeats and low complexity DNA. |
Sequencher |
Sequence assembly. |
Taverna |
Facilitates analysis workflows and distributed compute technology. |
T-coffee |
Multiple sequence alignment. |
TimeLogic DeCypher |
Hardware accelerated sequence analysis (BLAST, HMM, and SW) |
Trace2dbest |
Processes EST sequence traces. |
TRANSFAC |
Regulatory motif discovery tool. |
TreeView |
Phylogenetic tree display and editing. |
Vector NTI Suite |
Sequence analysis (alignment, motif finding, phylogenetic analysis) |
Weeder |
Transcription factor binding site identification in co-regulated genes. |

Other Sequence Analysis Software (local installations available at MDIBL)
(return to navigation)
Sequence Analysis Tools |
Description |
BLAST |
Sequence similarity searching. |
ClustalW |
Multiple sequence alignment. |
ClustalX |
Graphical user interface for ClustalW.. |
Ingenuity Pathway Analysis |
Molecular pathway prediction. |
Gibbs |
Detection of multiple conserved regions within DNA or protein sequences. |
GBrowse |
Visualization of genomic sequence and sequence features. |
Lasergene |
Sequence analysis (alignment, motif finding, phylogenetic analysis) |
MEME/MAST |
Motif detection using expectation/maximization algorithms. Database searching for motifs. |
MUSCLE |
Multiple sequence alignment. |
Partigene |
EST data analysis |
PAUP |
Phylogenetic analysis. |
Phrap |
Base calling, sequence comparisons and sequence assembly. |
Phred |
Processes DNA sequencing trace files, calls bases and assigns a quality value to each called base. |
PHYLIP |
Phylogenetic analysis. |
PipMaker |
Genomic sequence alignment. |
R |
Statistical computing. |
RepeatMasker |
Identification of interspersed repeats and low complexity DNA. |
Sequencher |
Sequence assembly. |
Taverna |
Facilitates analysis workflows and distributed compute technology. |
T-coffee |
Multiple sequence alignment. |
TimeLogic DeCypher |
Hardware accelerated sequence analysis (BLAST, HMM, and SW) |
Trace2dbest |
Processes EST sequence traces. |
TRANSFAC |
Regulatory motif discovery tool. |
TreeView |
Phylogenetic tree display and editing. |
Vector NTI Suite |
Sequence analysis (alignment, motif finding, phylogenetic analysis) |
Weeder |
Transcription factor binding site identification in co-regulated genes. |
Lasergene Licenses
Lasergene® (DNAStar) sequence analysis software is a comprehensive suite of tools for: Sequence Editing and Feature Annotation; Automated Virtual Cloning; Multiple Sequence Alignment; Sequence Assembly; SNP Discovery; Primer Design; Gene Discovery; and Protein Structure Prediction.
Twenty-six Lasergene licenses were purchased and distributed among INBRE junior faculty and outreach programs and installed on laptops used in undergraduate student courses hosted at MDIBL to facilitate sequence analysis research and training projects. Lasergene’s networking capability allows multiple users to share a license at an institution. It is estimated that over 130 individuals use these 26 licenses annually.
Contact Dr. Carolyn Mattingly if you have questions about sequence analysis software use or availability.
Tool |
Description |
Basic Local Alignment Search Tool [BLAST] |
A sequence similarity search program (NCBI). |
VISTA [VISTA] |
A suite of programs and databases for comparative analysis of genomic sequences. |
Z-Picture [ZPicture] |
A dynamic alignment and visualization tool that is based on the blastz alignment program used by PipMaker. |
Multi/PipMaker [Pipmaker] |
A tool to computes alignments of similar regions in two DNA sequences. |
UCSC Genome Browser [UCSC] |
A tool to visualize and explore cross-species genomic sequences. |
Ensembl Genome Browser [Ensembl] |
A tool to visualize and explore cross-species genomic sequences. |
RepeatMasker [RepeatMasker] |
A tool to screen DNA sequences in FASTA format against a library of repetitive elements and returns a masked query sequence ready for database searches. |
TRANSFAC [TRANSFAC] |
A database of eukaryotic transcription factors, their genomic binding sites and DNA-binding profiles. |
Mirror database repositories for nucleotide sequences. |
|
Ensembl [Ensembl] |
A resource for annotated eukaryotic genomes. |
NCBI Gene [NCBI Gene] |
A gateway that integrates information from LocusLink and from genes annotated on Reference Sequences from completely sequenced genomes. |
NCBI GenPept [GenPept] |
A database of automated translations of GenBank® nucleotide sequences. |
NCBI Reference Sequences [RefSeq] |
NCBI Reference Sequences. |
TIGR Gene Indices [TIGR Gene Indices] |
EST clusters for diverse species. |
UniGene [UniGene] |
An experimental system that automatically partitions GenBank® sequences into non-redundant sets of gene-oriented clusters. |
UniProt [UniProt] |
UniProt (Universal Protein Resource) is a comprehensive catalogue of information on proteins. It is a central repository of protein sequence and function created by joining the information contained in UniProtKB/Swiss-Prot, UniProtKB/TrEMBL, and PIR. |
| University of Santa Cruz Genome Browser | A resource for annotated eukaryotic genomes |
InterPro [InterPro] |
A database of protein families, domains and functional sites in which identifiable features found in known proteins can be applied to unknown protein sequences. |
PROSITE [PROSITE] |
A database of protein families and domains consisting of biologically significant sites, patterns and profiles that help to reliably identify to which known protein family a new sequence belongs. |
Protein Data Bank [PDB] |
A repository for processing and distribution of 3-D biological macromolecular structure data. |
Protein Domain Families [ProDom] |
A comprehensive set of protein domain families automatically generated from the SWISS-PROT and TrEMBL sequence databases. |
Protein Families Database of Alignments and HMMs [Pfam] |
A large collection of multiple sequence alignments and hidden Markov models covering common protein domains and families. |
Protein Fingerprints [PRINTS] |
A compendium of protein fingerprints or groups of conserved motifs used to characterize a protein family. |
Simple Modular Architecture Research Tool [SMART] |
A resource that allows the identification and annotation of genetically mobile domains and the analysis of domain architectures. |
Biomolecular Interaction Network Database (BIND) |
A resource for curated protein-protein interactions. |
Database of Interacting Proteins (DIP) |
A catalog of experimentally determined interactions between proteins. |
Comparative Toxicogenomics Database [CTD] |
A resource to enhance understanding about the effects of environmental chemicals on human health. |
Environment, Drugs and Gene Expression [EDGE] |
A scientific resource for toxicology-related gene expression information. |
NLM® Toxicogenomics [Toxicogenomics] |
A compendium of Internet resources related to toxicogenomics. |
ArkDB [ArkDB] |
A comprehensive public repository for genome mapping data from farmed and other animal species. |
Ciona intestinalis [Ciona intestinalis] |
DOE Joint Genome Institute Ciona intestinalis genome project. |
FlyBase [FlyBase] |
Database of the Drosophila Genome. |
Fugu Genome Project [Fugu Genome Project] |
Provides access to the whole-genome sequence of the Fugu. |
The Fugu Genomics Project [The Fugu Genomics Project] |
Access to resources geared towards understanding sequence data generated by the human genome project by studying the Fugu ribripes genome. |
Genomic Research on Atlantic Salmon Project [GRASP] |
A project that aims to coordinate all aspects of genomics research on Atlantic salmon. |
Medakafish Homepage [Medakafish Homepage] |
A database for the medaka model organism. |
Mouse Genome Informatics [MGI] |
A resource that provides integrated access to data on the genetics, genomics and biology of the laboratory mouse. |
Online Mendelian Inheritance in Man [OMIM] |
A catalog of human genes and genetic disorders. |
Rat Genome Database [RGD] |
A resource that curates and integrates rat genetic and genomic data and provides access to this data to support research using the rat as a genetic model for the study of human disease. |
Xiphophorus [Xiphophorus] |
A resource dedicated to the Poeciliid fish genus Xiphophorus. |
The Zebrafish Information Network [ZFIN] |
The zebrafish model organism database. |
Gene Ontology Consortium [GO] |
A collaborative effort to provide structured vocabularies that describe gene products consistently across organisms and databases. |
HomoloGene [HomoloGene] |
A resource of curated and calculated orthologs for genes as represented by UniGene or by annotation of genomic sequences. |
Homologous Vertebrate Genes Database [HOVERGEN] |
A database of homologous vertebrate genes allowing visualization of multiple alignments and phylogenetic trees. |
National Center for Biotechnology Information [NCBI] |
A US national resource for molecular biology information. |
NCBI Taxonomy [NCBI Taxonomy] |
The taxonomy of organisms represented in NCBI sequence databases. |

PubMed Through the Mount Desert Island Biological Laboratory, the Maine INBRE has the capacity to help scientists store large quantities of data. Please contact Dr. Carolyn Mattingly for more information.

The Maine INBRE supports training opportunities
to enhance understanding of bioinformatics and
its application to biomedical research with a specific emphasis on comparative functional genomics.
* Upcoming *
Current Course Listings: Microarray Workshop I April 30, 2009
Space is limited; please register early
Past INBRE-Sponsored Courses Related to Bioinformatics and Hosted at MDIBL
Course Title |
Dates |
Description |
Attendees |
A Field Guide to GenBank and NCBI Molecular Biology Resources |
June 2005; |
A workshop designed to instruct attendees about the biomedical resources available at the National Library of Medicine’s National Center for Biotechnology Information (NCBI) |
Undergraduate and High School Students, Postdoctoral Fellows and Faculty |
Unix |
July 2005 |
A workshop to introduce the UNIX command line environment with an emphasis on using popular computational biology tools such as BLAST, BLAT, and the Gibbs Sampler. |
Undergraduate and High School Students, Postdoctoral Fellows and Faculty |
Introduction to Perl Programming for Bioinformatics |
August 2005 |
A workshop designed to teach attendees to: write and run Perl programs; understand Perl syntax and scoping; read and write files; understand Perl's data types and how to use complex data structures; handle errors; generate messages and terminate gracefully; use various built-in functions; write loops, branches, and related control structures; process text; use regular expressions; process command-line arguments; and write clean, maintainable, modular code (comments, subroutines, etc.) |
Undergraduate and High School Students, Postdoctoral Fellows and Faculty |
Practical Genomics and Bioinformatics |
May 2004; May 2006 |
An intensive introduction to experimental procedures in the analysis of gene sequences and gene expression, including RNA isolation, reverse trancription, polymerase chain reaction, direct sequencing, and real time quantitative PCR. The theoretical basis of each technique will be presented in sufficient depth for understanding its application. Students will be asked to work as a coordinated team to address an open-ended original question that may result in new sequence data to be submitted to the Gen Bank database. |
Bates College undergraduates |
Molecular Biology Research Techniques |
May 2002; March 2003; November 2004; |
An intensive introduction to experimental procedures in the analysis of gene sequences and gene expression, including RNA isolation, reverse transcription, polymerase chain reaction, direct sequencing, and real-time quantitative PCR. |
Undergraduates from University of Maine - Farmington, University of Maine - Machias, College of the Atlantic, and Bates College |
Functional Genomics of Membrane Transport |
March 2003; March 2006; |
The course will focus on cystic fibrosis as a model disease that can be studied with a variety of techniques currently used in biomedical research, and it will consist of both lectures and hands-on training in the laboratory. Students will identify CFTR sequences and use bioinformatics and computational techniques to compare sequences. |
UMaine Honors College Undergraduates |
Environmental Toxicogenomics |
March 2008 | The course will examine the quantitative changes in expression of subsets of genes or gene networks as well as determine temporal and spatial expression profiles in whole embryos after treatment of arsenic. Students will learn principles and techniques of toxicology, genomics, and developmental biology. Using primary literature, and working in pairs, students will form hypotheses about organ systems and genes that are likely targets of developmental and adult arsenic exposures. Instructors: Dr. Antonio Planchart, MDIBL; Dr. Carolyn Mattingly, MDIBL. Location: MDIBL |
Bowdoin College Undergraduates |