Dr Daniele Gilbot-Ducray

Biography

Dr Giblot-Ducray has more than 15 years of experience as a molecular diagnostician, developing and validating comprehensive high throughput molecular diagnostic systems. Her research aims at improving endemic and exotic pest and disease surveillance capabilities for the Australian primary industries, with a strong focus on soilborne and airborne pests and diseases. Initially trained as a virologist, she worked for 15 years for the French National Institute for Agronomic Research and Environment (INRAE), leading research on plant virus transmission and molecular evolution.

As the leader of the Molecular Diagnostic subprogram, Dr Giblot-Ducray manages the Molecular Diagnostic Centre (MDC), a nationally and internationally recognised high throughput molecular diagnostic capability, underpinned by proprietary DNA extraction protocols, and specialised in quantifying a broad range of organisms in environmental samples. Through various collaborations, the MDC contributes to advance soil-borne disease knowledge nationally and is delivering high throughput diagnostic services to researchers and industry.

Research interests

  • Developing and validating high throughput, comprehensive systems for pest and disease diagnostics, including sampling strategies and data management
  • Novel diagnostic platforms
  • Investigating environmental DNA (eDNA) as a biomarker for high priority pest surveillance
  • Improving systems and workflows

Qualifications

PhD, 1993, University of Paris Orsay

Research affiliations

Affiliate Lecturer, The University of Adelaide

Professional affiliations

  • Australasian Plant Pathology Society
  • Southern eDNA society

Publications and reports

Molecular techniques for marine pest surveillance offer cost and time savings over traditional techniques, but for molecular surveillance to be routinely applied and used in management frameworks, it is important to understand the performance of the survey system. SARDI has devel…
Shipping is a major vector for marine pest introductions, and ports are therefore at relatively high risk of pest incursion. Knowledge of pest occurrence around ports is also required for management, including to ensure compliance with ballast water regulations. Molecular techniq…
The New Zealand screw shell, Maoricolpus roseus, was introduced to Tasmania in the 1920s. It is invasive in south-eastern Australia, where it can occur at very high abundance, altering benthic structure and impacting native species through competition for space and food. The Japa…
The Asian shore crab, Hemigrapsus sanguineus, is an intertidal, omnivorous varunid, native to northern Asia, that has established invasive populations in North America and Europe. In 2020 a population of H. sanguineus was detected in Port Phillip Bay, Victoria, Australia. Surveil…
Two adult specimens of the Asian paddle crab (APC), Charybdis japonica, were captured in Gulf St Vincent (GSV) in 2019 by commercial and recreational fishers, including one specimen captured near Port Adelaide. Crabs of the genus Charybdis have been introduced and formed invasive…
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