The Connor Laboratory combines cutting-edge immunology, molecular biology, and synthetic biology to address the most pressing challenges in immunisation and infectious disease. The group takes a multidisciplinary approach, integrating insights into immune cell development and activation, antigen presentation, and immune signalling with innovative vaccine delivery platforms.
The Connor Lab's goal is to advance vaccines that provide long-term protection while addressing critical gaps in current vaccination strategies, such as understanding mucosal immunity for specialised mucosal vaccines and developing personalised therapies for immunocompromised populations.
They aim to create more effective, adaptable, and safe vaccines by leveraging novel strategies like mRNA and synthetic ligands to enhance immune responses and improve global health outcomes.
Research areas
- Infectious Disease
- Vaccine design
- Harnessing unconventional T-cells for mucosal vaccines and therapeutics
- Designing novel circular RNA to improve mRNA vaccine efficacy
- Developing a universal influenza vaccine through antigen engineering
- Developing mRNA vaccine strategies for vulnerable individuals
Research collaborations
- Prof Gavin Painter, Dr Benji Compton, A.Prof Bridget Stocker, Prof Ian Hermans – Synthetic ligands and unconventional T cell activation
- Prof Wayne Patrick, Dr Joanna Hicks, Dr Adele Williamson, Dr William Kelton – RNA biology, structural biology, and bioengineering for circular RNA vaccines
- Dr Kuang-Chih Hsiao, Prof James Ussher, Prof Ian Hermans, Dr Michelle Linterman, Dr Isabelle Montgomerie, Advancing RNA vaccine technology for vulnerable populations.
Research highlights

Fast Start grant to explore and establish next generation RNA technology
7 October 2024

Malaghan RNA researcher named KiwiNet Emerging Innovator
4 September 2024

Malaghan scientists appointed in leadership roles in New Zealand's RNA Platform
31 May 2024
In Focus: Tailoring mRNA vaccines for immunocompromised populations
14 December 2023

COVID proved the therapeutic potential of RNA technology – making it more available is the next goal
27 October 2023

Stopping infections at the door – designing vaccines that target immune cells in the mucosa
19 April 2023