We are delighted to announce that EMCRA are inviting applications for five travel awards, valued at $1500 each. The purpose of these awards is to support early-mid career researchers who have been unsuccessful in acquiring travel support in the last 12 months.News
Our congratulations to the EMCRA (Early-Mid Career Researchers Association) Collaborative Award winners for 2019News
Announcing the EMCRA (Early-Mid Career Researchers Association) Collaborative Award for 2019News
It is with great pleasure that we announce the winners of the 2018 EMCRA Travel Award.News
We are delighted to announced that EMCRA are inviting applications for two travel awards, valued at $1000 each. The purpose of these awards is to support early-mid career researchers who have been unsuccessful with acquiring travel support in the last 12 months.News
Our congratulations to the EMCRA (Early-Mid Career Researchers Association) Collaborative Award winners for 2018News
Early-Mid Career Researchers Association (EMCRA)
The School of Biomedical Sciences' Early-Mid Career Researchers Association (EMCRA) was formed to support level A and B postdoctoral researchers in our School, across all five departments. We offer opportunities for postdocs to network with each other, and most importantly run an inter-department collaborative seed-funding grant once a year, called the EMCRA Collaborative Award. We are also actively involved with the School of Biomedical Sciences' Research Committee, and Executive Committee, providing a voice for early and mid-career researchers to the senior members of the School.
Please reach out via email or our social channels, so we can keep you up to date with events and opportunities that specifically benefit YOU, our School's postdocs! We are also eager to engage with other postdoctoral early-mid career associations in Victoria. If you represent any such organisation, please don't hesitate to contact us.
Meet the Steering Committee
The EMCRA committee meets monthly to discuss ways we can help support the level A and B postdoctoral research in the School of Biomedical Sciences. We have 34 members in 2019.
Anatomy & Neuroscience Biochemistry & Molecular Biology Microbiology & Immunology Pharmacology & Therapeutics Physiology Alice Brandli David Ascher Annabell Bachem Makhala Khammy Mariana Del Rosso De Melo Jessica Fletcher Adam Blanch Amy Chung Jeffrey Liddell Justin Hardee John-Paul Fuller-Jackson Katrina Bringer Sapna Devi Susan Northfield Aung Aung Kywe Moe Steffi Cheung Raissa Fonseca Elena Schneider Alice McGovern Dezerae Cox Sonia Ghilas Andrew Watt Rachel McQuade Mohsen Kazemi Katharina Hochheiser Ruslan Pustovit Elizabeth King Catherine Kennedy Matt Rutar Boris Reljic Pin Shie Quah Ashish Sethi Nichollas Scott Claire Weekley
We have formed four subcommittees to champion our goals for the year:
Communications, Development, Scientific, Social
The Communications subcommittee keep us all connected, whether it's via email, social media or this website! Contact us with any of your burning questions, or if you need to get the word out about any upcoming events or achievements in the School.
The Development subcommittee are here to create and support opportunities for professional skills development for EMCRs within the School.
Members: Adam Blanch, Alice Brandli, Steffi Cheung, Amy Chung, Jessica Fletcher, John-Paul Fuller Jackson, Catherine Kennedy, Boris Reljić, Ashish Sethi.
The Scientific subcommittee are the driving force behind our EMCRA Collaborative Award, and our annual research symposium.
The Social subcommittee keep us all networked face-to-face, organising regular social activities for EMCRs to catch-up and relax. These activities are a great way for new staff to make friends when they join our School!
|Name||Research Focus||Key Skills||Departments and Centres|
|Dr Catarina F Almeida||NKT cells, TCR-Ag Recognition, ligand discovery||cell culture, flow cytometry, single cell PCR (TCR repertoire), structural biology||Microbiology and Immunology|
|Dr Paul Angel||Bioinformatics, data integration, transcriptomics, stemcells||bioinformatics, transcriptomics, computational modelling, statistics||Anatomy and Neuroscience|
|Dr David Ascher||Computational biology and bioinformatics||bioinformatics, structural biology, molecular modelling, machine learning||Biochemistry and Molecular Biology|
|Dr Annabell Bachem||Microbiota and T cells||flow cytometry, mouse/rat models, cell culture||Microbiology and Immunology|
|Dr Stefan Bagheri-Fam||Mammalian sex determination||mouse/rat models, fluorescence microscopy, gene expression, genomics||Anatomy and Neuroscience|
|Dr Stephanie Begg||Chemical biology of host-pneumococcal interactions||molecular biology, protein biochemistry, bacteriology, metallobiology||Microbiology and Immunology|
|Dr Katrina Binger||Cellular metabolism and macrophage responses||metabolomics, flow cytometry, Seahorse bioanalyser, mice models of leishmaniasis||Biochemistry and Molecular Biology|
|Dr Adam Blanch||Red blood cells and malaria||electron microscopy, bioinformatics, super-resolution fluorescence microscopy, atomic force microscopy||Biochemistry and Molecular Biology|
|Dr Alice Brandli||Systemic health and eye disease||immunohistochemistry, molecular biology, mouse/rat models, meta analysis and systematic reviews||Anatomy and Neuroscience|
|Dr Zhenjun Chen||MAIT immunity and microbe infections||mouse/rat models, flow cytometry, molecular biology, immunotherapy||Microbiology and Immunology|
|Dr Steffi Cheung||Structural biology||crystallography, structural biology, protein purification, biophysical assays||Biochemistry and Molecular Biology|
|Dr Michelle P Christie||Pore-forming proteins, protein interactions, structural biology, infection, biosensors||protein biochemistry, structural biology, protein-interaction studies||Biochemistry and Molecular Biology|
|Dr Brendon Chua||Design and development of vaccine and therapeutic interventions, host protection against infectious diseases||cell biology, flow cytometry, vaccine design, peptide chemistry||Microbiology and Immunology|
|Dr Amy Chung||Antibodies, vaccines, HIV, infectious diseases||flow cytometry, Surface Plasmon Resonance (Biacore), multiplex assays, computational biology||Microbiology and Immunology|
|Dr Bliss Cunningham||Metal ions in pneumococcal infections||mouse/rat models, molecular biology, microbiology||Microbiology and Immunology|
|Dr Dezerae Cox||Proteome (mis)foldedness in neurodegenerative disease||cell culture, proteomics, recombinant protein production, kinetic assays||Biochemistry and Molecular Biology|
|Dr Ricardo |
|Nanopore sequencing in neuropsychiatric disorders||genomics, PCR, long-read sequencing, non-model organisms||Anatomy and Neuroscience|
|Dr Sapna Devi||Neural regulation of lymphocyte migration||microscopy, flow cytometry, intravital microscopy, whole organ imaging||Microbiology and Immunology|
|Dr Maximilien Evrard||Resident-Memory T cells||mouse/rat models, flow cytometry, bioinformatics, 2-photon microscopy||Microbiology and Immunology|
|Dr David Farmer||Physiology, Nervous system, cardiovascular, respiratory||neuroscience, surgery, electrophysiology, novel viral tools||Physiology|
|Dr Daniel Fernandez-Ruiz||Immunology, malaria, vaccines||cell biology, flow cytometry, vaccine adjuvants, liver immunology||Microbiology and Immunology|
|Dr William Figgett||Therapeutics development for B-cell malignancies||mouse/rat models, bioinformatics, omics and multivariate statistics, machine learning, molecular dynamics simulations, B-cell biology||Microbiology and Immunology|
|Dr Jess Fletcher||Glial cell biology, neurotrophins, multiple sclerosis, neurodegeneration||cell biology, fluorescence microscopy, image analysis, animal models of demyelinating disease||Anatomy and Neuroscience|
|Dr Raissa Fonseca||Resident memory T cell development||flow cytometry, fluorescence microscopy||Microbiology and Immunology|
|Dr Jaime Foong||Mature and developing enteric nervous system||neuroscience, immunohistochemistry, calcium imaging of live cells, in vitro gut physiology assays||Physiology|
|Dr Katherine Ganio||Metalloproteomics of host-pathogen interactions||mass spectrometry, protein biochemistry, bioanalytical chemistry, ICP-MS||Microbiology and Immunology|
|Dr Nicholas A. Gherardin||T cell Immunology||flow cytometry, protein biochemistry, human immunology, nanobody production||Microbiology and Immunology|
|Dr Sonia Ghilas||Immunology, Vaccine, Malaria, Memory CD8+T cells||mouse/rat models, flow cytometry, fluorescent microscopy, cell culture||Microbiology and Immunology|
|Dr Justin P. Hardee||Regulation of skeletal muscle plasticity||cell biology, mouse/rat models, neuromuscular stimulation, immunohistochemistry|
|Dr Damián Hernández||Diseases modelling with cerebral organoids||stem cells, CRISPR, induced pluripotent stem cells (iPSCs), neuroscience||Anatomy and Neuroscience|
|Dr James Hilton||Mechanisms of neurodegeneration||protein biochemistry, mouse/rat models, mass spectrometry, neuroscience||Pharmacology and Therapeutics|
|Dr Katharina Hochheiser||T-cell mediated immune responses in peripheral tissues||mouse/rat models, CRISPR, flow cytometry, gene editing||Microbiology and Immunology|
|Dr Darryl Johnson||Innate T cell biology||fluorescence microscopy, flow cytometry, mouse models, cell culture||Microbiology and Immunology|
|Dr Jennifer Juno||Unconventional T cells and Tfh||flow cytometry, RNA seq, cell cultures, Macaque models of human infections||Microbiology and Immunology|
|Dr Mohsen Kazemi||Cryo-electron microscopy (Single Particle Analysis, Sub-Tomogram Averaging)||cryo-electron microscopy, structural biology, Single Particle Analysis, Sub-Tomogram Imaging||Biochemistry and Molecular Biology|
|Dr Stacey Keenan||Metabolism, fatty liver disease, type 2 diabetes, lipid metabolism, obesity||mouse/rat models, surgery, in vitro/in vivo/ex vivo metabolic measurements, radiometric and tracer studies|
|Dr Catherine Kennedy||B cell mediated pathologies||mouse/rat models, molecular biology, microbiology||Microbiology and Immunology|
|Dr Elizabeth King||Metabolism in Toxoplasma gondii||cell culture, metabolomics, parasitology||Biochemistry and Molecular Biology|
|Dr Hui-Fern Koay||Unconventional T-cell development and biology||flow cytometry, cell culture||Microbiology and Immunology|
|Dr Marios Koutsakos||Human immunology, influenza virology||flow cytometry, TCR repertoire analysis, influenza virus plaque assays||Microbiology and Immunology|
|Dr Kai Kysenius||Elemental signatures of disease||neuroscience, mouse/rat models, elemental/laser ablation mass spectrometry imaging, molecular biology||Pharmacology and Therapeutics|
|Dr Meina Li||Mechanopharmacology in lung health||cell biology, proteomics, RNAseq, CRISPR, animal models||Pharmacology and Therapeutics|
|Dr Jeff Liddell||Biology of neurological diseases||cell biology, cell culture, neuroscience||Pharmacology and Therapeutics|
|Dr Grace Lidgerwood||Stem cell disease modelling||stem cells, cell biology, retinal biology, single cell RNA sequencing||Anatomy and Neuroscience|
|Dr Haiyin Liu||Receptor ubiquitination in immunity||flow cytometry, CRISPR, ubiquitin analysis, biochemistry||Biochemistry and Molecular Biology|
|Dr Sarah Londrigan||Influenza virus infection of macrophages||cell culture, cell biology, virology, infection assays||Microbiology and Immunology|
|Dr Jieqiong Lou||Chromatin organisation, light microscopy||fluorescence microscopy, cell biology, protein dynamics, membrane protein signaling and trafficking||Biochemistry and Molecular Biology|
|Dr Christophe Macri||Dendritic cells, vaccination, checkpoint inhibitors||flow cytometry, CRISPR, mouse animal model, cell culture||Biochemistry and Molecular Biology|
|Dr Alice McGovern||Respiratory Neuroscience||surgery, in vivo physiology, viral tracing, single cell RNAseq||Anatomy and Neuroscience|
|Dr Emma McHugh||Alternative splicing in Plasmodium falciparum||fluorescence microscopy, cell biology, molecular biology, CRISPR||Biochemistry and Molecular Biology|
|Dr Rachel McQuade||Brain-gut axis in Parkinson's Disease||mouse/rat models, neuroscience, ex vivo colonic motility and secretion, in vivo gastrointestinal transit||Anatomy and Neuroscience|
|Dr Maria Menezes||Malaria, vaccine, memory, liver, cd8||flow cytometry, fluorescence microscopy, malaria, mouse models||Microbiology and Immunology|
|Dr Aung Aung Kywe Moe||Central circuitry of vagal stimulation||behavioural assays, mouse/rat models, optogenetics, structural and functional MRI in rodents||Anatomy and Neuroscience|
|Dr Nagaraj S Moily||Developing biosensors to measure proteostasis capacity||transcriptomics, neuroscience, stem cells, bioinformatics||Biochemistry and Molecular Biology|
|Dr Michael Morgan||Pain, neuroscience, inflammation, pharmacology||behavioural assays, proteomics, mouse/rat models, high throughput assays||Anatomy and Neuroscience|
|Dr Sara Nikseresht||Cell death mechanisms in neurodegenerative disease||mouse/rat models, cell culture||Pharmacology and Therapeutics|
|Dr Susan Northfield||Peptide and Medicinal Chemistry||peptide chemistry, medicinal chemistry, drug design, neuroscience||Pharmacology and Therapeutics|
|Dr Sacha Pidot||Antibiotic discovery||molecular biology, bioinformatics, genomics, HPLC||Microbiology and Immunology|
|Dr Dalia Ponce||Proteomics and therapeutics development||protein biochemistry, molecular biology, mass spectrometry, pharmacology and toxicology||Pharmacology and Therapeutics|
|Dr David Priest||Microscopy dynamics of damaged chromatin||microscopy, molecular biology, cloning, tissue culture||Biochemistry and Molecular Biology|
|Dr Ruslan Pustovit||Enteric nervous system, bowel motility, ghrelin, constipation, spinal cord injury||neuroscience, surgery, animal physiology, neurogastroenterology||Anatomy and Neuroscience|
|Dr Pin Shie Quah||Immune defence against Citrobacter rodentium||cell biology, flow cytometry, gene expression, mouse models||Microbiology and Immunology|
|Dr Boris Reljić||Mitochondrial biogenesis and the OXPHOS system||protein biochemistry, proteomics, CRISPR gene editing, Seahorse Bioanalyzer||Biochemistry and Molecular Biology|
|Dr Julio Rodriguez||Mosquito borne viruses||virology, cell biology, mosquito/insect models, cell culture||Microbiology and Immunology|
|Dr Elena Schneider-Futschik||Pharmacology of respiratory disease treatments||cell biology, cell culture, pharmacology & toxicology, drug-drug interactions||Pharmacology and Therapeutics|
|Dr Mark B Schultz||Bioinformatics genomics antimicrobial resistance bacteria||bioinformatics, genomics, metagenomics, microbiomics||Microbiology and Immunology|
|Dr Nick Scott||Glycosylation, mass spectrometry, proteomics, pathogens, microbes||mass spectrometry, proteomics||Microbiology and Immunology|
|Dr Ashish Sethi||Solution NMR, protein structure and dynamics, protein-protein/peptide interaction, fragment based drug designing||protein biochemistry, structural biology, solution NMR, protein structure determination||Biochemistry and Molecular Biology|
|Dr Lincon Stamp||Enteric nervous system stem cells||stem cells, neuroscience, cell biology||Anatomy and Neuroscience|
|Dr Sanda Stankovic||NK cells, cancer immunology||cell biology, gene expression, flow cytometry, mouse models of infection and disease||Microbiology and Immunology|
|Dr Aimee Tan||Metals in molecular microbiology||molecular biology, gene expression, animal model, PCR and cloning||Microbiology and Immunology|
|Dr David Thomas||Exploring Coxiella effector proteins||cell culture, fluorescence microscopy, molecular biology, cell biology||Microbiology and Immunology|
|Dr Milas Ugur||T cells, dendritic cells, viral infections||flow cytometry, fluorescence microscopy, mouse/rat models||Microbiology and Immunology|
|Dr Nancy Wang||T cell immunity against bacteria||flow cytometry, mouse/rat models, T cell stimulation assays, cytokine analysis||Microbiology and Immunology|
|Dr Kevin Watt||Mechanisms regulating skeletal muscle growth||cell biology, molecular biology, mouse/rat models, surgery|
|Dr Claire Weekley||Metals and metalloproteins in biology||X-ray absorbance spectroscopy, X-ray fluorescence microscopy, protein biochemistry, structural biology||Biochemistry and Molecular Biology|
|Dr Nicole Wiedmann||Neural circuitry||neuroscience, fluorescence microscopy, small rodent surgery||Anatomy and Neuroscience|
|Dr Yuxiu Connie Xia||Airway viral infection-exacerbated lung disease||cell culture, molecular biology||Pharmacology and Therapeutics|
|Dr Sunyuan Zhang||Neurodegeneration||fluorescence microscopy, cell biology, nuclear transport, phase transition||Biochemistry and Molecular Biology|
EMCRA Collaborative Award
Applications for the 2019 EMCRA Collaborative Award round open on Monday May 27, 2019
and close Monday June 24, 2019 – closing date extended to Monday July 8!
Please familiarise yourself with the Award Rules and complete your submission using the Application Form, below:
- 2019 Collaborative Award Flyer.pdf
- SBS EMCRA Collaborative Award_Rules_2019.pdf
- SBS EMCRA Collaborative Award_Application form_2019.docx
One of the primary goals of EMCRA is to promote research independence of the brilliant and talented postdoctoral researchers in the School of Biomedical Sciences (SBS). Once a year we open a call for the EMCRA Collaborative Award, a seed-funding grant available to level A and B postdocs in SBS, who must submit projects of their own devising, and are collaborating with another postdoc from a different SBS department.
This funding is intended to promote collaborations at the postdoctoral level in the School, and to help our postdocs gain research independence ahead of larger funding applications to the ARC and NHMRC. There is a total funding pool of $60k available, and awarded funds are estimated to be $10-20k per funded project. The first round of the EMCRA Collaborative Award in 2017 was a fantastic success with a grant success rate of 50%. Outcomes generated by the 2017 winners variously contributed to manuscripts in preparation and funding applications including a successful 2018 NHMRC Project Grant (New Investigator) and facilitated international collaborations including a UoM Dyason Fellowship.
Winners of the 2018 round of the Award were announced in July 2018. Please click here for the announcement.
The Development sub-committee of SBS EMCRA has been developing a mentoring scheme for Level A and B researchers in the School of Biomedical Sciences with the aim of improving career development and support. This scheme would see EMCRs paired with Level C and above academics outside of their Department, further enhancing cross-Departmental connections.
The scheme is in its final stages of development. At the opening of the scheme, Expressions of Interest will be circulated to all potential mentees within the School and selected mentors will be formally invited to participate.
Further information on the design of the scheme and expectations of mentees and mentors can be found in the documents below. Please direct concerns and suggestions to email@example.com or a member of the Development subcommittee.
- Rationale and Structure (PDF File 309.3 KB)
- Guide for Mentees (PDF File 47.8 KB)
- Guide for Mentors (PDF File 271.0 KB)
- Mentoring Etiquette (PDF File 43.7 KB)
We're in the midst of planning this page. We'd like it to be the go-to place for SBS EMCRs to find the information they need to succeed while working in the School. Think career development, funding opportunities, grant writing tips, connecting with other EMCR organisations and where to find support during challenging times.
Let us know if there are resources you want to see on this page or if you have links and content that you think we should be sharing. Contact us at firstname.lastname@example.org with the subject line: Resources Page.