Overview

Current Work

Advance Queensland Fellow  

News

Expertise Keywords

  • Biomineralisation
  • Genomics
  • Invertebrate biology
  • Malacology
  • Marine Biology
  • Molecular aquaculture
  • molecular genetics

Research Publications and Outputs

Recent Publications

Publications: 20 (Other: 20)

Funded Griffith Research

Engagement and Impact

Learning and Teaching

Research by Higher Degree Supervision or Scholarship

Background

Bio

I am a molecular biologist with a broad interest in evolution and development (evo-devo) and functional genomics, particularly of marine invertebrates. My primary research area is in the field of molluscan biomineralisation, with a focus on identifying the genes involved in controlling shell synthesis, understanding how these genes have evolved, and investigating how variation in these genetic factors leads to differences in shell (or pearl) properties. My research also uses comparative and functional genomics and experimental studies to provide practical outcomes for sustainable aquaculture.

For a full publication list please see my ResearchGate profile (https://www.researchgate.net/profile/Carmel_McDougall)

*PhD, Masters and Honours projects are now available in the following areas:*

Molecular aquaculture (Molluscs)

Molluscan aquaculture is a low-impact source of animal protein, however the Queensland industry has been experiencing very low levels of production since the 1920s. Here, the industry is based almost entirely on cultivation of the Sydney rock oyster which has been severely affected by disease. This project will seek to reinvigorate the Queensland industry by 1) investigating additional native rock oyster species as alternatives for aquaculture in northern Australia, and 2) using molecular techniques to improve outcomes for grow-out of Sydney rock oysters in Moreton Bay.

Molluscan biomineralisation

The process of biomineralisation in molluscs generates structures of outstanding natural beauty and with impressive physical properties, however the mechanism by which this is achieved is poorly understood. This project will use comparative transcriptomics and proteomics across a range of molluscan species to investigate the processes by which molluscs build their shells. Comparing the underlying molecular basis for biomineralisation across different species and shell types will reveal the principles underlying the formation of shells of different compositions, and provide insight into the evolution of these remarkable biological materials.

I welcome enquiries from potential HDR (PhD and Masters) candidates interested in joining my research group. Please contact me to discuss potential projects. Expressions of interest for Griffith University scholarship rounds close in April and September annually.
 

Education and Training

  • DPhil Doctor of Philosophy, The University of Oxford 2005 - 2009
  • BScHons Bachelor Of Science With Honours, The University of Queensland 2000 - 2003

External service roles

  • Treasurer, Malacological Society of Australasia 2015 -

Editorial roles

  • Associate Editor, Molluscan Research 2017 -