| [Bioinformatics Project] A data science-driven approach to discover new treatments for cancer |
Honours project |
| [Bioinformatics Project] Analysis of home-cage activity in group-living rats and mice acquired through RFID technology |
Honours project |
| [Bioinformatics Project] Antimicobrial Resistance |
Honours project |
| [Bioinformatics Project] Applying machine learning approaches to predict anti-cancer drug efficacy in patients |
Honours project |
| [Bioinformatics Project] Comparative genomic analysis of bacteriophages against Gram-negative superbugs |
Honours project |
| [Bioinformatics Project] Computer-aided decision support for interpreting complex lipidomics data |
Honours project |
| [Bioinformatics Project] Cracking neural circuits for animal behavior |
Honours project |
| [Bioinformatics Project] Machine learning based annotation on phage genomes |
Honours project |
| [Bioinformatics Project] Quantification of C. elegans motor behaviour throughout development |
Honours project |
| [Bioinformatics Project] Video analysis of touchscreen cognitive testing in rats and mice using DeepLabCut |
Honours project |
| [Bioinformatics Project] Visualising and analysing proteomics data using a peptide-centric approach |
Honours project |
