BM954 project resources
  1. Experimental Work
  2. Bionformatics Resources
  • Getting Started
    • Project Expectations
    • Project and Time Management
    • Project Schedule
    • Literature Review
  • Experimental Work
    • Experimental Design
    • Bionformatics Resources
    • Science Communication Resources
    • R Studio Resources
  • General Thesis Writing
    • General Writing Tips
    • Writing Exercises
    • Notes on the use of generative AI
  • Guidance on Specific Thesis Sections
    • Preparing Figures
    • Writing a Methods Section
  • Presentations
    • Preparing your presentation

On this page

  • General Bioinformatics Resources
  • Useful tools/websites
  • Streptomyces/actinomycetes resources
  • Phage project resources
  • actDES resources
  • Additional selected tutorials
  1. Experimental Work
  2. Bionformatics Resources

Bionformatics Resources

General Bioinformatics Resources

Depending on your project, you may find some of the following resources useful - please note that this is by no means an exhaustive list, just a starting point for your work - there are many more helpful resources out there. Feel free to discuss with Dr. Feeney if you have any questions.

  • How to Access Data from Public Databases

  • Links to some key public databases.

  • Get Started with GitHub documentation

  • Galaxy Video Lectures

Useful tools/websites

  • Interactive Tree of Life (iTOL): Useful for visualising phylogenetic trees, and editing their presentation

  • ExPASy resource portal: A suite of different bioinformatic resources

  • JalView: multiple sequence alignment editing, visualisation and analysis

  • PyMol: 3D molecular visualisation

Streptomyces/actinomycetes resources

  • StrepDB

  • Tables of Streptomyces coelicolor reciprocal BLASTP hits

  • antiSMASH

  • ActinoBase

Phage project resources

  • Actinobacteriophage Database

  • Phage tutorial 1: In this first tutorial, we go through how to create and name a new history in Galaxy, identify and import phage genome sequences into Galaxy, and annotate and examine the imported phage genomes

  • Phage tutorial 2: In this tutorial, we work through how to create a phylogenetic tree for a gene/protein of interest

  • Phage tutorial 3: in this tutorial, we go through some of the possible downstream analyses that can be done once you have identified gene(s) or protein(s) of interest in your phage genome, including: BLAST analysis, structural prediction/analysis, analysis of physicochemical properties, and codon usage calculations

  • Phage tutorial 4: This tutorial looks at different ways of analysing the host genomes, including BLAST analysis, searching for CRISPR-Cas systems and other antiphage defenses, and analysis of secondary (specialised) metabolite production

actDES resources

  • Schniete, J. K., Selem-Mojica, N., Birke, A. S., Cruz-Morales, P., Hunter, I. S., Barona-Gomez, F., & Hoskisson, P. A. (2021). ActDES - a curated Actinobacterial Database for Evolutionary Studies. Microbial genomics, 7(1), mgen000498. https://doi.org/10.1099/mgen.0.000498

  • e-seminar explaining actDES

  • actDES GitHub repository

  • actDES FigShare page

  • actDES Python script and YouTube walkthrough

Additional selected tutorials

Some workshops going through some bioinformatics topics, which you may find helpful to work through to review basic concepts:

  • BM214 workshop 2: sequence searching

  • BM211 workshop 5: phylogenetic trees

  • BM329 workshop 1: microbial identification

  • BM425 workshop 1: genome analysis