Genetics and Genomics

Understanding complex animal systems and developing improved predictive models.

The Division of Genetics and Genomics is concerned with understanding complex animal systems and developing improved predictive models.

Our aim is to advance the understanding of complex animal systems through the application of numerical/computational approaches in analysis, interpretation and modelling from the level of DNA to whole organisms and populations.

We focus on how genes and genomes work in order to understand the basic biology of complex traits and improve the models we use to inform decisions in livestock production, human health and animal welfare. Thus, we aim to predict from sequence to consequence.

Key contacts

• Acting Head of Division: Professor Dan MacQueen
• Deputy Head of Division: Professor Albert Tenesa
• Full list of Principal Investigators here

For further information about each of the Division’s core aims, please click on the boxes below.

Structural & functional genomics

Developing high quality, richly annotated genome sequences for farmed and companion animal species.

Genetics of complex traits

Dissecting the genetic architecture of complex traits.

Mathematical biology, analysis and prediction

Developing new theory, methods, tools and models.