Research Assistant - Neuroscience (Next Generation Seq)
Job No:
GC287
Location:
Darlinghurst
At Garvan our research is focused upon understanding the role of genes and molecular and cellular processes in health and disease as the basis for developing future preventions, treatments and cures. Our scientists are researchers who work towards making significant breakthroughs in scientific discovery to positively impact human health.
The Opportunity
We are now seeking a talented Research Assistant to join the laboratory of Professor John Mattick, focusing on RNA Biology and Plasticity research. The RNA Biology and Plasticity Group conducts functional integrative analysis of high-throughput ‘-omics’ datasets (e.g. genomics, transcriptomics) generated by high-throughput sequencing platforms. This position will be required to prepare next- and third-generation sequencing libraries, as well as conduct experiments in molecular and cellular biology that support the objectives of the Group, some of which will involve the use of genetically modified mice.
To be successful in this position, you will be an analytical thinker with a strong background in Molecular Biology and NGS experience who is motivated by being part of the innovative and dynamic culture of the Garvan Institute. You will be strong collaborator who thrives in a culture of performance and empowerment.
In order to be considered
- BSc (Hons 1), MSc or BVSc undergraduate degree.
- 3 years + high-throughput sequencing library preparation skills, including RNASeq is essential
- 3 years + experience in Molecular Biology Techniques, including mammalian cell culturing
- Excellent analytical and problem-solving skills
- A capacity for carrying out duties under minimal supervision
- An ability to perform laboratory administrative duties
- Drive and commitment to produce high quality experimental outcomes
- Ability to contribute to preparation of written reports and oral presentations
About the Research:
Our research is focused on the 98.5% of the human genome that does not code for proteins, which we have shown is not ‘junk’ as previously thought, but rather specifies an extensive RNA-based regulatory system controlling our development.
Our current research priorities are to characterise the expression and function of these RNAs in normal development and brain function, as well as in cancer and neurological diseases. We are using advanced sequencing, bioinformatics, imaging and molecular genetic technologies to determine structure-function relationships in regulatory RNAs, the range and role of RNA editing and modifications, and the biological role of particular RNAs in different tissues and regions of the brain.
How to apply
Please submit your application by visiting our career site: www.garvan.org.au/careers
In addition to your CV and cover letter please also attach relevant qualifications.