We are seeking a Research Officer (PostDoc) to join the group. Accountable, under direction, for conducting research leading to the identification of the biological, genetic and molecular processes that control tumour progression, invasion and metastasis, you will be ambitious and a keen contributor to the team, it’s discussions, organisation and management.
The successful candidate should possess the following:
- A PhD or MD qualification, preferably in molecular biology, bioengineering or biochemistry
- Exceptional laboratory and analytical skills
- Experience in presenting data orally
- Experience in tumour biology and matrix biology (preferable)
- Less than two years of post-doctoral training
- High motivation and level of commitment to achieving scientific goals
- Excellent time management and written communication skills
- A high attention to detail and ability to carry out high quality work routinely
- Willingness to apply for fellowship grants
- High quality publication record
Garvan offers a friendly and professional work environment in state of the art modern building and facilities, on-site café, social club and close to cafes and public transport. You’ll be rewarded with a competitive salary, above market Superannuation and attractive salary packaging options. This role is full-time up to 3 years.
How to apply
Applications must be submitted via http://garvan.applynow.net.au/jobs/GC2064-research-officer-matrix-and-metastasis-group. Please include the following documents:
- Cover Letter addressing the Selection Criteria above
- Your CV including 3 Referees
- Relevant Academic Transcripts / qualifications
This role will remain open until filled.
This position demands a dynamic and driven individual willing to work between laboratories and to interact with a larger UK wide network of research collaborators.
Applicants should have (or be about to finish) a PhD in Neuroscience. Knowledge of vascular biology, extracellular matrix and dementia is desirable as is experience in a subset of the following techniques: analysis of in vivo pathology; confocal imaging; MRI; FACS; qPCR; rodent cognition. The successful applicant will have an outstanding academic track record commensurate with their career stage and experience, ideally including peer-reviewed published work. The position is available to take-up 1st October 2017 for 32 months.
Direct informal enquiries to Karen Horsburgh (firstname.lastname@example.org. Tel: +44 0)1312426216) or Tom Van Agtmael (email@example.com, Tel: +44(0)1413306200)
This post is available on a fixed term basis, with a working pattern of 35 hours per week for 32 months.
Nature Medicine Paper
A team at the University of Copenhagen led by Professor Janine Erler, including Dr Thomas Cox (now at the Garvan Institute of Medical Research), have developed a method to reveal the structure of tissues by dissolving away cells and leaving the extracellular matrix intact.
Photo Credit: Erler Lab, University of Copenhagen
MBSANZ Award Winners Announced
At the MBSANZ's night of nights, the Dinner at the Annual Conference, the achievements of the brightest and best were recognised at a glittering awards ceremony. Congratulations to all our award winners and thanks to everyone who took part.
The Herb Tabor Award: Tom Cox
The Journal of Biological Chemistry/Herbert Tabor Young Investigator Awards honour Tabor’s invaluable contributions to the journal and to science as a whole. The awards also recognize the innovators and achievers in new generations of researchers who exemplify Tabor’s values of creativity and scientific excellence. The JBC associate editors select promising young researchers at scientific symposia and meetings throughout the year. Students, postdoctoral researchers, and faculty members who’ve not yet received tenure are eligible. The award includes a plaque and a $US 1,500 prize.
The Barry Preston Award: Shireen Lamandé
The BPA is presented by the MBSANZ annually to a senior researcher in the matrix field. The awardee is an outstanding leader distinguished by a sustained record of achievement, commitment to mentoring new researchers and exceptional communication skills.
Barry arrived in Australia from England in the early 1960s and was one of the first lecturers in Biochemistry at the newly established Monash University in Clayton, Victoria.Barry’s research interest was the application of the principles of physical chemistry to biopolymers. Utilising model systems, Barry made major contributions to the understanding of the transport and excluded volume properties of matrix proteoglycans and hyaluronan. He was an enthusiastic teacher and mentor to young researchers and is remembered with great fondness and respect by those who had the good fortune to work under his guidance.
Barry was the driving force behind the formation of the Connective Tissue Society of Australia and New Zealand, as MBSANZ was then known, in 1975. He was the inaugural president of the society and served as such on four other occasions. He was director and board member of the Arthritis Foundation of Victoria.
Barry passed away in 2000 and in his memory, the MBSANZ established the BPA to honour his achievements in the matrix field. The award is open to any Australian or New Zealand researcher in the matrix field currently at a national or international research institution, who exemplifies the same passion for discovery and commitment to innovation that Barry typified.
Bob Fraser New Investigator Award: Jelena Rnjak-Kovacina and Yu Suk Choi
Dennis Lowther Award: Sunderajhan Sekar
Dennis established the connective tissue research group at Monash University in the 1960s. This was the first group of its kind in Australia and under Dennis’s leadership developed a strong graduate teaching program. Many of the Australian leaders in the matrix field today, located both in Australia and overseas, can trace their beginnings back to this group.
To continue in the spirit of student mentorship initiated by Dennis, the MBSANZ established the DLA in 1992. The inaugural winner was Kathy Traianedes from St Vincents Institute of Medical Research, Melbourne, who presented a poster entitled “Differential induction by retinoic acid of osteopontin and alkaline phosphatase when osteoblasts are grown on collagen”.
Shark Tank Award: iKatch
The inaugural Shark Tank event, sponsored by the Commercial Development and Industry Partnerships Fund at the University of Sydney, involves the ECRs and Students attending the conference forming interdisciplinary teams to develop an idea which they will then Pitch to our panel of "friendly" sharks. The aim is for teams to develop an idea that addresses a specific health and/or technological challenge using the skills and expertise of the group at hand. This may be a commercial product or a specific research question which requires investment or funding from our Sharks. This event is a great opportunity for us to encourage and facilitate collaborations and aid the development of skills vital to the future successes of our young researchers.
TEMTIA VII Meeting
The International Epithelial-Mesenchymal Transition Conference held in Melbourne, Australia, 11-14 October, 2015
The 7th biennial International Epithelial-Mesenchymal Transition (EMT) Conference (TEMTIA VII) was held in Melbourne, Australia, from 11-14 October, 2015. The conference organising committee included former MBSANZ President, Rik Thomson, and long-term members, Don Newgreen and Guy Lyons.
EMT and its reverse process (MET) are normal processes of cell and tissue modeling during embryogenesis. Errors in this lead to the common birth defects of the heart, face, nervous system and urogenital system. They occur in a state of dynamic feedback with extracellular matrix (ECM) components and other morphogens. EMT/MET are reactivated in normal wound healing, and allow cancer cells to invade their surrounding ECM, and then to establish secondary cancers. Together these constitute metastasis, the cause of most cancer deaths. EMT also underlies pathological fibrosis, which contributes a substantial burden of liver, kidney and lung fibrosis associated with increasingly prevalent diseases such as diabetes.
Because of its importance in embryonic development, cancer dissemination and fibrosis, EMT meetings have traditionally concerned only one of these disciplines. The TEMTIA meetings have been intentionally cross-disciplinary, and previously were divided into sessions based on these biological processes. On this occasion, however, session themes were based on concepts such as Plasticity, Stemness and Self-Renewal, Signalling Networks and Transcription Factors, Clinical Applications, and Systems Biology, in order to further stimulate cross-disciplinary interactions. Over 200 attendees from all over the world, including 31 early career researchers and 43 students, took part in the meeting.
As well as retaining areas of strength from previous TEMTIA meetings, in this year's meeting we introduced a half-day Early Career Researcher Forum preceding the main program. This enabled 12 young investigators to present their work back-to-back in front of an audience predominantly composed of other early career researchers leavened with experienced researchers. The standard was exceptional and feedback was positive about the opportunity that this offered younger researchers to participate in this international meeting. The meeting also incorporated a Circulating Tumour Cell Symposium which focussed on disseminating tumour cells and served to bridge the disciplines of the basic science of EMT and clinical oncology.
Two talks named in honour of the late Betty Hay were highlights of the meeting. Masatoshi Takeichi from the RIKEN Center for Developmental Biology in Kobe, discoverer of the cadherin family of cell adhesion molecules, gave an enlightening talk on regulation of cell-cell adhesion in epithelia as the Betty Hay Oration. Claudia Palena, from NIH, received the Betty Hay Award for an outstanding young female scientist, within 5 years of starting her own laboratory, and spoke about her work on priming the immune system against EMT-driving transcription factors as a potential cancer therapy. Indeed, the interplay between the immune system and cells undergoing EMT was an emerging theme at the meeting, with several talks addressing the role of such interactions in pathological processes such as fibrosis. Other emerging trends included the positive impact that new methods of systems analysis can have in identifying novel regulators of EMT and the utility of mathematical models in identifying potential impacts of EMT on the emergent behaviour of tissues and in discriminating between stochastic and deterministic processes as they happen.
Sponsors of TEMTIA VII were the Company of Biologists, EMBO, NIH, Janssen, Bergenbio, Sysmex, Sanofi, American Association of Anatomists, Worldwide Cancer Research and Pharmaxis.
Guy Lyons, Centenary Institute, Royal Prince Alfred Hospital, University of Sydney
Elastin is a crucial building block of the body. During a person’s life, the elastin in a blood vessel, for example, will go through an estimated two billion cycles of pulsation. But how the tissue achieved this flexibility remained a mystery. A paper published in Science Advances reports the discovery by an international group of researchers was a surprise, with the dynamics likened to the molecule doing a ballet dance.
Elastin's flexibility allows skin to stretch and twist, blood vessels to expand and relax with every heartbeat, and lungs to swell and contract with each breath. But exactly how this protein-based tissue achieves this flexibility remained an unsolved question – until now.
This material has a remarkable combination of flexibility and durability: elastin is one of the body’s most long-lasting component proteins, with an average survival time comparable to a human lifespan. During a person’s life, the elastin in a blood vessel, for example, will have gone through an estimated two billion cycles of pulsation.
A team of researchers at the University of Sydney, MIT in the United States and at the University of Manchester in the United Kingdom has carried out an analysis that reveals the details of a hierarchical structure of scissor-shaped molecules that gives elastin its remarkable properties – read more through the paper and the University of Sydney website.
Transglutaminases in Human Disease Processes
Gordon Research Conference
Transglutaminases are a large family of structurally and functionally related proteins widely distributed in all living organisms. The predominant and classical function of these enzymes is as protein cross linkers, however as more is discovered about their biology additional roles ranging from non-enzymatic cell adhesion to GTPase activity complicate our understanding of their function in human biology.
There is a rapidly expanding literature describing dysregulation of these enzymes in multiple diseases and how this contributes to the pathogenesis of human diseases. Tissue fibrosis, cancer and metastasis, celiac disease, neurodegenerative disorders such as Parkinson's disease, and skin diseases are just a few examples of where Transglutaminases have been implicated. The 4th Gordon Research Conference on "Transglutaminases in Human Disease Processes" will delve into many disease areas to try and establish where Transglutaminases are central to the disease process so we can better understand the interaction of function with the pathogenic roles being ascribed. Further the conference will address ways to restore normal enzyme function and explore the tools available to help us monitor enzyme levels and function as some approaches approach the clinic.
The meeting will discuss the latest cutting-edge research in the Transglutaminase biology, bringing together the most eminent researchers in Transglutaminase biology from across the world with disease experts. This conference aims to blend the expertise of seasoned scientists with young enthusiastic new comers to the field.
Each session will be aimed at a particular disease area with the discussion lead tasked with building a focused and themed program to maximize participation and output. The sessions will include:
- Modulators, Structures and Substrates of Transglutaminases
- The Function of Transglutaminases in Cardiovascular Disease
- Transglutaminases in Tissue Remodelling, Fibrosis and Scarring
- Do Transglutaminases Play a Role in Immunology and Rheumatology disorders?
- What Role do Transglutaminases Play in Neurological disease?
- Celiac Disease, Gastroenterology and Transglutaminases
- Transglutaminases in Oncology
- The Contribution of Transglutaminases to Connective Tissue Disorders
Each presentation within the session will have ample time for in depth discussion. There will also be 4 poster sessions providing a great opportunity for Post-Docs and graduate students to present their work under an informal relaxed atmosphere that fosters networking and idea sharing. For the first time there will be an additional session for the best abstracts from young investigators to be presented as short talks.
The 2016 Gordon Research Conference will bring together the world's leading researchers in the Transglutaminase field at PGA Catalunya Business and Convention Centre in Girona, Spain. This is a fantastic site located within the Catalunya golf course which is regarded as one of the best and most beautiful in Spain. Situated within easy reach of the beautiful beaches of the Costa Brava this is just 5km from Girona airport. The convention centre provides an excellent setting for formal lectures and informal out-of-session discussions, with excellent accommodation, dinning and recreational options.
To maximize access to the conference it is hoped to provide up to 20 bursaries for more junior researchers to attend. These can be applied for by emailing the conference chair.