Museomics • Epigenetics • Conservation
I use molecular data to investigate how wildlife responds to current and historical environmental change. I am a Research Scientist at the Australian National Wildlife Collection (CSIRO) where I am developing new techniques to extract molecular information from unexpected places. I am leading projects designing platforms to capture airborne environmental DNA and I advise on a number of projects using approaches I have developed to extract historical gene expression information from century-old museum specimens preserved in formalin.
Recent News
- Step-by-step museum DNA recovery
Knowing how to extract DNA from formalin-preserved specimens in one thing but how do you select which ones to use? In my team’s new step-by-step protocol, we walk you through vetting specimens for destructive sampling, extracting DNA and preparing for sequencing. Check it out in our new publication in PLOS ONE, linked to our protocols.io… Read More »Step-by-step museum DNA recovery - On the cover – Museum Genomics
This gorgeous saltwater croc from CSIRO’s Australian National Wildlife Collection has had a busy few decades. It was preserved in spirit with formalin in 1973. In 2018, it became part of my team’s first ever successful whole genome sequencing from formalin-preserved museum specimens. In 2022, it graced the cover of Molecular Ecology Resources. Catch our ground-breaking… Read More »On the cover – Museum Genomics - Would you like to time travel?
Join me for the STELR Project’s Role Model Series where I talk about my job as a Conservation Geneticist and my journey into a STEM career. - Conservation in the Conversation
Read my recent contribution to the Conversation describing the hidden treasures my team at the Australian National Wildlife Collection is uncovering from museum specimens. We’re turning the formalin-fixation problem on it’s head by chiseling DNA out of specimens that have long been thought to be devoid of DNA. We can then use the historical genomic… Read More »Conservation in the Conversation - Formalin got you fixed? Our new study paves the way for genomic sequencing of formalin-preserved museum specimens.
Formalin-fixed specimens are no longer inaccessible for WGS thanks to our new specimen vetting & sequencing approach.
📢 Are you passionate about environmental conservation and developing future methods to monitor biodiversity using eDNA? Join our globally recognised TrEnD Laboratory team renowned for excellence in research and its cutting-edge facilities
https://staff.curtin.edu.au/job-vacancies/?ja-job=926603
If you have not submitted your abstract for the next #eDNA conference yet, THE TIME IS NOW!
The extended abstract submission deadline closes in 4 days, on Sunday 25 August
Join us in Wellington to discuss the latest innovations and deepen your networks
https://ednaconference.com.au/home/abstracts
Join us in the collection vaults to hear about what #museum #epigenetics can teach us about our changing planet! 🌏
@erin_e_hahn @mralexandervir @c_frere @NicolaEKent We have a bit of an explainer of this article published on the Nature blog now. Great for a more accessible entry to how might use this technique and for what type of application: