Bioinformatics provides the tools and strategies needed to analyse information, and is critical to genomics research. The greater the capability in bioinformatics, the more we can do with the information we gather.
National leadership in bioinformatics is required to support and build real capacity and capability in New Zealand. Strong links are needed between biological researchers, applied and academic bioinformaticians, and industry practitioners. Bioinformatics postdoctoral opportunities are needed to nurture novel ideas and technologies and provide international-level training and career pathways.
A nationwide network, shared best practice and a joint infrastructure will therefore improve New Zealand’s bioinformatics capability.
Genomic Aotearoa’s approach to bioinformatics is one of research and upskilling. This project aims to upskill New Zealand’s biologists to analyse their own data through training opportunities, infrastructure, and building new tools and technologies into projects.
It will link New Zealand’s leading bioinformaticians with postdoctoral bioinformaticians working on Genomics Aotearoa projects, providing them with the training and tools to increase capacity. International training in bioinformatics technologies will be provided to all researchers in these projects, focusing on developing staff into trainers themselves to further spread capability.
Working with providers, a data archive will be developed and bioinformatics infrastructure set up to support Genomics Aotearoa research, along with a computational platform for national access to bioinformatics tools. This project will involve all Genomics Aotearoa partners as well as some associates.
- National leadership in bioinformatics
- Mentoring, networking and support for Genomics Aotearoa bioinformaticians.
- A multi-institution collaborative national bioinformatics network
- A national genomics data archive with appropriate guardianship
- A national computational platform for genomics research
- Professor Peter Dearden (University of Otago) – co-lead researcher
- Associate Professor Mik Black (University of Otago) – co-lead researcher
- Rudiger Brauning (AgResearch) – co-lead researcher
- Dr Kim Handley (University of Auckland) – co-lead researcher
- Dr Jenny Draper (Environmental Science and Research) – co-lead researcher
Evolution of the Torso activation cassette, a pathway required for terminal patterning and moulting
J Skelly, C Pushparajan, E Duncan, P Dearden
Insect Molecular Biology, 12 December 2018