I’m involved in a number of teaching modules (listed below). All slides, practicals and pictures are released under the Creative Commons BY-SA 2.5 license. I am aware that the slides are not very informative as I prefer not to put much text on them. Also, I still use the whiteboard in my lectures. In any case I hope you find them useful.
BS982: Genomics (MSc) – [Module supervisor] | Lecture 5: Genome sequencing technologies Lecture 6: Genome assembly Lecture 11: Genome annotation Lecture 12: Resequencing genomes Practical 2: De novo assembly of genome sequences Practical 2 datasets Practical 3: Functional annotation of genomes Practical 3 datasets Practical 4: Re-sequencing genomes Practical 4 datasets Whole practical handbook |
BS312: Bioinformatics | Lecture 5: Gene expression analysis Lecture 6: Differential gene expression Lecture 7: Functional annotation Practical 5: Measuring gene expression with RNA-seq Practical 5 datasets Practical 6: Differential gene expression Practical 6 datasets Practical 7: Functional annotation Practical 7 datasets |
BS320: Human Molecular Genetics | Lecture 16: MicroRNAs: normal function and disease Lecture 17: RNAi and small regulatory RNAs |
BS113: Animal Behaviour and Ecology | Lecture: Sex and conflict |
BS211: Biomolecular Science Skills and Employability | |
BS141: Scientific and Transferable Skills for Biosciences | |
BS831: Research Project in Biomolecular Sciences | |
BS984 / BS986: Research Project MSc Biotech/Mol Med |
Artwork
- 454 pyrosequencing
- Transcript assembly
- Gene finding
- Gene features
- Whole genome alignments
- Physical and Genetic maps for genome assembly
- Nanopore-based sequencing
- Pyrosequencing
- Sanger sequencing
- Terzhagi sequencing
- Testis versus body weights in primates
- Parker model of anisogamy evolution
- Fisher’s runaway
- Sex and recombination
- Two-fold cost of sexual reproduction