Centre for Microscopy, Characterisation and Analysis

Annual Report CMCA | 2014–2015 01 14 From the Director User Profile 02 16 Affliations Centre Highlights 04 23 Techniques Conferences and Visits 06 26 Feature Story Grant Success 07 29 Research Highlights Journal Papers 13 50 Impacting on Industry Journal Covers

Inside Cover Image: Growing protein crystals, acquired by Paul Rigby on an Olympus BH-2 microscope, captured using polarised light

Cover Image: Tight junction degradation of asthmatic airway epithelium in response to Human Rhinovirus exposure, acquired on the Nikon A1 confocal by Alysia Buckley, CMCA@Perkins From the Director

The CMCA User Pathway is the concept- Multi-modal imaging is just one to-publication sequence of activities example of advanced data challenges that drives all aspects of what we that CMCA is seeking to meet head on do – ideate – register – plan – train with new academic lead, Dr Andrew – collect – analyse – publish. From Mehnert, who is designing strategies brainstorming and sanity checking at to support users at all levels, and the start, to providing blueprints for engaging with Australia’s eResearch methods sections and editing papers and informatics community, both Image: CMCA Director ­– at the finish, CMCA’s goal is to provide within the National Imaging Facility Professor David Sampson complete research solutions – and (NIF), the Australian Microscopy As we go to press in 2016, the NCRIS increasingly these solutions involve and Microanalysis Research Facility roadmapping process is well underway. multiple instrument platforms, and (AMMRF), and without. Undoubtedly, As a node of three capabilities, doing more with the data. more resources are needed in this area, AMMRF, MA and NIF, and partner in and we are looking for ways to achieve two more, the Australian National Correlative multi-modal microscopy this. But as Andrew’s strategy gains Fabrication Facility and AuScope, and imaging is a rapidly growing traction, look out for changes to the CMCA is definitely a ‘true believer’ in area in which we have many local way you store, access and process your the scheme. We are sincerely delighted examples. Now that CMCA supports data in the future. that the scheme that has brought you part of the Western Australian node CMCA flagships such as NIF’s 9.4T MRI of Metabolomics Australia (MA), and 2015 has also seen changes in how and AMMRF’s Ion Probe Facility, and we have completed the installation we are organised and conduct has delivered such innovations as the of the upgraded NMR facilities, the our business, in response to many globally acclaimed online training tool intersection of mass spectrometry factors. Late in the year, we signed an MyScope, will continue to deliver for and NMR is presenting opportunities agreement with Murdoch University to Australian Science. to be engaged, with other Western give Murdoch users of CMCA the same Australian node members, in a global rights and rates as UWA users, with At the first Exchange of Experience initiative in phenomics. And now that Murdoch central paying the difference Workshop of Global Bioimaging, in we have completed the installation in real cost. This landmark represents which Australia is a partner, held of the new focussed ion beam and a watershed in pan-institutional at the European Molecular Biology scanning electron microscopy facilities, cooperation in science infrastructure Laboratory in Heidelberg, Germany, we are seeing FIB-SEM combined with in WA, one that we hope to roll out to I can tell you first hand that Australia’s transmission electron microscopy ECU and Curtin universities in the near leadership in microscopy and imaging (TEM) increasingly being used as a future. Another renewed impetus has research infrastructure has not gone geoscience tool. The same is true for been in our engagement with industry, unnoticed. CMCA will be seeking to NanoSIMS, as the new instrument which has seen new projects brought continue to live up to this reputation forming part of the Advanced Resource on board, for example, with Proctor by delivering superior capability Characterisation Facility (a key and Gamble, and a doubling of our to the research community in capability of the National Resource income from these activities. Western Australia. Sciences Precinct) is increasingly being used in combination with electron probe microanalysis and TEM. I could go on, but you get the picture.

cmca.uwa.edu.au 1 Advanced Resource Affiliations Characterisation Facility– The CMCA is a focus for microscopy and microanalysis activities National Resource Sciences across Western Australia and, through strong links and Precinct (NRSP)–Node collaborations, has both a national and international reputation. The National Resource Sciences Established in 1963 as a science infrastructure facility within The Precinct (NRSP) is a collaboration University of Western Australia to support research activity, the between CSIRO, Curtin University and Centre has a long and distinguished record of collaboration with the University of Western Australia researchers, industry and government agencies in the provision of (UWA) to connect the world’s best research expertise and technology. researchers with industry and government to tackle some of the most The Centre’s world-class facilities, with a replacement cost of $45M, complex challenges facing the resource comprise an extensive range of microscopy, microanalysis and industry. The then Federal Minister imaging instruments across six sites. for Industry, the Hon Ian Macfarlane MP, officially launched the National Resource Sciences Precinct on Tuesday National Imaging Facility Australian Microscopy and 8 April 2014. Microanalysis Research (NIF)–Node Facility (AMMRF)–Node CMCA’s role within the NRSP is to host Established under NCRIS and a node of the Advanced Resources Established under the Commonwealth expanded under the Commonwealth Characterisation Facility (ARCF). Government’s National Collaborative Government’s Education Investment Funded by CSIRO’s Science and Research Infrastructure Strategy Fund (EIF), the National Imaging Industry Endowment Fund (SIEF), (NCRIS), AMMRF is Australia’s Facility provides state-of-the-art the ARCF provides state-of-the- peak research facility for the imaging capability of animals, plants art analytical instrumentation for characterisation of materials and materials for the Australian high-end research in the resources through advanced microscopy research community. industry. CMCA has augmented its and microanalysis. The AMMRF world-class Ion Probe Facility with a facilitates access for all Australian In 2009, CMCA became the Western new NanoSIMS 50L, installed in 2015. researchers to world-class equipment, Australian node of the facility, the Curtin University hosts a LEAP 4000 for instrumentation and expertise through first organisation to host two NCRIS atom probe tomography, and CSIRO a national grid of nodes with varying capabilities. The facility features is developing its Maia mapper XRF microscopy capabilities and an array leading edge imaging capabilities for detector to operate without the need of flagship instrument platforms at the Western Australia including in vivo for synchrotron radiation. international cutting edge. micro-CT, multispectral imaging, and X-ray microscopy, as well as the The CMCA is the West Australian flagship 30cmbore 9.4 T MRI located at node of the AMMRF and features the QEII Medical Centre. the flagship ion probe capabilities, which consist of the NanoSIMS50, IMS1280 and NanoSIMS50L. Each of these instruments is unique to the Southern Hemisphere.

The CMCA also collaborates with the John de Laeter Centre, which enjoys linked laboratory status in the AMMRF, in the management and operation of Western Australia’s ion probes.

2 The University of Western Australia AuScope–Partner Western Australian Centre International Atomic Energy for Microscopy (WACM)– Agency (IAEA)–Network AuScope is the national provider of Lead Node Laboratory integrated research infrastructure, bringing together the collective Together The University of Western The University of Western Australia potential of Australian earth Australia, Murdoch University, Curtin Safeguards Laboratory (UWASL), science researchers. Funded University, and Edith Cowan University located at the Centre for Microscopy, through NCRIS, AuScope provides a form the Western Australian Centre for Characterisation and Analysis national geoscience and geospatial Microscopy (WACM). These four publicly (CMCA) provides analytical services infrastructure system to transform our funded universities have a very strong to the International Atomic Energy understanding of the structure and and long collaborative history in regard Agency using the CAMECA IMS1280 evolution of the Australian continent. to electron microscopy and related ion microprobe. The analyses facilities, which is presently defined consist of measuring the uranium In partnership with the AMMRF, the by the 2010-2015 Memorandum of isotopic composition of micron-sized Government of Western Australia and Understanding (MoU). environmental particles collected UWA, AuScope helped establish the by inspectors from nuclear facilities world-class ion microprobe facility at This agreement between the partner around the world, to determine levels CMCA through the acquisition of the institutions sees CMCA acting as of uranium enrichment. The primary CAMECA IMS1280 large-geometry ion the hub for microscopy activities purpose is to police the nuclear non- probe. The facility is one of the flagship in the State, and strong cross proliferation treaty by monitoring components of the Earth Composition institutional support for infrastructure states’ nuclear capabilities, and to and Evolution program providing acquisition and management. potentially identify illicit uranium access to cutting-edge geochemical The basis of the WACM MoU is that enrichment facilities or weapons analysis techniques. major capital infrastructure must development programs. be shared to achieve the most cost- efficient utilisation. UWA is the only University to become a member of the Agency’s Network of Under the terms of the MoU, Analytical Laboratories (NWAL); other researchers from all of the partner members are governmental agencies, Australian National universities can access the such as the US Air Force, the Japanese Fabrication Facility (ANFF) - grouped facilities of WACM without and French atomic energy agencies, Partner discrimination. This agreement has led and the European Commission’s to another landmark agreement with Institute for Transuranium Elements. Established under NCRIS, the Murdoch University to cross subsidise There are currently 9 members Australian National Fabrication Facility its researchers access to CMCA. from 7 countries, the EU and the (ANFF) provides researchers and UN, performing particle analyses. industry with access to state-of-the-art This important work is endorsed by fabrication facilities. the Commonwealth Government’s Department of Foreign Affairs The capability provided by ANFF and Trade. enables users to process hard materials (metals, composites and ceramics) and soft materials (polymers and polymer-biological moieties) and transform these into structures that have application in sensors, medical devices, nanophotonics and nanoelectronics.

The CMCA houses the Panalytical Empyrean powder diffractometer.

cmca.uwa.edu.au 3 Techniques

The CMCA provides the capabilities to characterise the continuum from atoms to small animals.

Scanning Electron Microsopy yyImaging yyElement mapping Scanning Probe yyX-ray microanalysis Microscopy (WDS & EDS) yyConfocal Raman Cathodoluminescence microscopy Biological Mass imaging yyAtomic Force Spectrometry yySTEM imaging microscopy yyElectron and yyFIB-SEM yyNanoindentation Nuclear Magnetic chemical ionisation X-ray Diffraction Resonance Spectroscopy yyFast atom yyCharge density yy Transmission Multi dimensional bombardment measurement Electron Microscopy spectra yyMetabolomics yy yy yyAnalytical spectroscopy Powder X-ray Multinuclear spectra yy yyDiffraction diffraction Solid state spectra yy yyElement mapping Small molecule yyImaging structure determination yy yyTomography Thin film analysis, XRD phase analysis, rocking curve analysis

4 The University of Western Australia Image: Element map showing Mg distribution around the fine-grained margins of a meteorite that underwent melting during its plummet earthwards. Image acquired on a JEOL 8530F Hyperprobe by Malcolm Roberts (CMCA). Sample from Gretchen Benedix (Curtin University). Width of image is 500 microns.

Data Management, Analysis and Visualisation yyData analysis yyImage processing Specimen and reconstruction Preparation yyBiological sciences yyCryogenic preparation NIF InVivo Bioimaging yyPhysical sciences Facility yyFlagship 9.4 T MRI yyMulti spectral fluorescence Cytometry imaging yyFlow cytometry yyBioluminescence yyFluorescence imaging activated cell yyX-ray micro CT sorting (FACS) X-ray Microscopy yyCyTOF (Time yyMicroscale 3D of flight mass imaging cytometry) yyIn vivo live animal yyLuminex bead- imaging based assays Optical and yyVolumetric data yyBeckman Coulter Confocal Microscopy counter Z2 particle/ yyConfocal, multiphoton cell counting and and fluoresence sizing AMMRF Flagship microscopy Ion Probe Facility yyLaser microdissection yyNanoSIMS and yyLive cell imaging large-geometry yyAutomated digital SIMS histology yySub-µm imaging mass spectrometry yyHigh-precision isotope ratios

cmca.uwa.edu.au 5

Feature Story New NanoSIMS Lab at CMCA

CMCA’s latest addition, the CAMECA Funded by CSIRO’s Science and The new NanoSIMS 50L features NanoSIMS 50L, was delivered Industry Endowment Fund (SIEF), several improvements over the existing on 29th July 2015 and installed the ARCF provides cutting-edge NanoSIMS 50 (installed in 2003), alongside the existing NanoSIMS analytical instrumentation for including a larger magnet, 7 detectors, 50 in a new purpose-built lab in the high-end academic and industrial and full motorisation of the slits and basement of the Physics Building. research. The three partners each appertures. Most significant, however, host a specific capability that form a is the new RF plasma ion source which This new state-of-the-art ion probe continous characterisation workflow produces an oxygen primary ion beam is part of the Advanced Resources from drill core to atom scale. CSIRO with a spot size of about 50nm. CMCA’s Characterisation Facility (ARCF), are developing an X-ray flourecsence instrument (number 39 in the world) under the umbrella of the National (XRF) system based on its sucessful is the first to be installed with the fully Resource Sciences Precinct (NRSP) – synchrotron MAIA detector for rapid integrated RF plasma source. a collaborative joint venture between element mapping of thin-sections CSIRO, Curtin University and the at the mm-scale. UWA has added a University of Western Australia (UWA). second NanoSIMS 50L for isotopic and The aim of the NRSP is to connect the elemental mapping at the um-scale. world’s best researchers with industry While Curtin has installed an Atom and government, to tackle some of the Probe, to investigate minerals at the most complex challenges facing the nm-scale. resources industry.

Image: The ‘package’ being hoisted up from the ground.

Image: Fitting through the doorway Image: The two instruments in place in the new basement laboratory at CMCA

6 The University of Western Australia Research Highlights

08 09 10 11 Biological Sciences Biomedical Sciences Earth Sciences Physical Sciences

Image: Growing protein crystals, acquired by Paul Rigby on an Olympus BH-2 microscope captured using polarised light”

cmca.uwa.edu.au 7 Biological Sciences Stopping stem rot

The most cost-effective means Lignin is the tough structural to control plant pathogens in molecule of wood and lignification economically important crops is is a common part of the resistance to develop resistance within the puzzle in Brassicas, protecting vascular plants. An understanding of how tissue from invasion. The resistance crops become naturally resistant to mechanisms identified in these studies Australia’s important fungal and viral will be highly valuable for targeted pathogens is fundamental to improving breeding programs to develop new the management of crop diseases. disease-resistant cultivars. They However, little is actually known about will also enable new, more effective the processes involved. The Plant strategies to be developed for Image 2: Light and scanning electron Pathology Group led by Professor managing crop diseases in Australia. micrographs showing disease progression caused by Sclerotinia sclerotiorum MBRS- Martin Barbetti at The University of 1 (A–C) and WW-3 (D) on the stems of Western Australia, has been working M.B. Uloth, P.L. Clode, M.P. You, M.J. Brassica carinata following inoculation Barbetti. Attack modes and defence using colonized filter paper discs. (A) with Associate Professor Peta Clode reactions in pathosystems involving Extension of S. sclerotiorum along the at CMCA to define key host resistances Sclerotinia sclerotiorum, Brassica carinata, surface of the stem of susceptible B. juncea and B. napus. Annals of Botany of Brassicas to important pathogens. B. carinata SMP3-82 (arrowhead) at 117:79-95, 2016. 24 hpi. (B) Established hyphal net on the Important Brassica crops include surface of resistant B. carinata 054113 canola, mustard, cabbages, cauliflower showing infection cushions (arrowhead) at 48 hpi. (C) Subcuticular hyphae visible and broccoli. in susceptible B. carinata SMP3-82 (black arrowhead) and surface hyphae (stained blue, white arrowhead) at 48 hpi. (D) Through a Linkage Project with the Hyphae in the lesion and on the stem Department of Agriculture and Food surface became highly vacuolated (arrowhead) by 72 hpi (susceptible B. Western Australia, the team used carinata SMP3-82). Scale bars (B) = 500 µm, optical, fluorescence, and scanning (C) = 66 µm, (D) = 10 µm. electron microscopy in the CMCA to show that the pathogen, Sclerotinia sclerotiorum invades the vascular system of highly susceptible types of Brassica causing rapid rotting of the stems. However, in contrast, resistant Brassicas restrict growth of the fungus by impeding its progress towards Image 1: Reactions by Brassica genotypes stem vascular tissues. They do this by of varying susceptibility to infection by producing more cell layers in the outer Sclerotinia sclerotiorum in a field trial. (A) Extreme resistance reaction at 21 dpi part of the stem and rapid lignification (arrowhead). (B) Stem inoculated with of the surrounding tissue. This initiates an S. sclerotiorum-infested agar plug, the rapid death of cells around the attached to the stem with Parafilm, showing sub-surface brown discoloration infected area. (arrowheads) caused by S. sclerotiorum infection running longitudinally along the stem from the point of inoculation at 21 dpi. (C) Moderately resistant reaction, showing zonate lesion at 21 dpi. (D) Highly susceptible reaction in B. carinata SMP3- 82 at 21 dpi.

8 The University of Western Australia Biomedical Sciences A phase 1b clinical trial of the CD40-activating antibody CP-870,893 in combination with cisplatin and pemetrexed in malignant pleural mesothelioma

Malignant pleural mesothelioma is an CD4 helper cell, in theory making it still present even when combined with aggressive cancer usually caused by easier for DC to become activated and chemotherapy (Figure 2). The results inhaling asbestos. Although banned in therefore licencing more CD8 killer of this study are promising and warrant most developed countries, asbestos is T cells, including those recognising further study of combined anti-CD40 still of high economic importance and tumour-specific peptides. and chemotherapy to treat malignant commonly used in some developing pleural mesothelioma. nations. Even in Australia, inadvertent Our groupNCARD has previously exposure to small numbers of people shown in mice that conventional Figure 1: Waterfall plot showing change continues both at home and in the chemotherapy can work well in size of target tumours in each of the 15 mesothelioma patients, as measured by workplace. The long latency period in partnership with anti-CD40 CT scan. between asbestos exposure and immunotherapy; broadly speaking, cancer diagnosis means that new chemotherapy kills cancer cells in a Figure 2: Increases in CD27+ memory B cases of mesothelioma will continue way that assists immune recognition cells as a proportion of total CD19+ B cells, as measured by flow cytometry. Left hand to be presented in the clinic for the of the tumour, and immunotherapy panel shows observed data from weekly foreseeable future. Current prognosis can then keep the immune system blood collections from all patients over max 6 cycles of treatment. Right hand is very poor, with median survival activated in the correct manner to panel shows mathematical modelling of around 12 months from diagnosis. The finish the job. We recently published the data, taking into account differences between patients. current gold standard chemotherapy the results of a Phase I clinical trial of for mesothelioma, pemetrexed + anti-CD40 combined with pemetrexed This work was supported by: Pfizer cisplatin, is only considered to be + cisplatin in 15 human mesothelioma Oncology Australia; The Cancer Council Western Australia; National Health and palliative rather than curative. patients (Nowak et al 2015). Patients Medical Research Council of Australia; received up to six 21-day treatment and the Insurance Commission of Western At the National Centre for Asbestos cycles, with one dose of chemotherapy Australia. Related Diseases (NCARD), we study and one dose of anti-CD40 per cycle. drugs that modulate the immune The combination was tolerable, with 1 system (“immunotherapy”) in an six patients achieving at least 30 % effort to improve treatment for tumour shrinkage (Figure 1), all but mesothelioma. Tumours develop one achieving some tumour shrinkage, mutations resulting in avoidance and three surviving over 30 months. of detection or attack by the Blood samples were collected from body’s immune system, but some patients and analysed for changes immunotherapies allow tumours to in immune cell types. This was done be recognised and destroyed. One using the flow cytometry facilities at such immunotherapy is an antibody CMCA. Specifically, we saw changes in that binds and activates the CD40 CD40-expressing CD19+ B cells, which receptor on dendritic cells (DC). indicates that anti-CD40 activity was Immature DC take up proteins from their surroundings (such as from 2 dead cells, including tumour cells) and display these to other immune cells as short peptides. If CD4 helper T cells recognise these peptides, they can activate the DC through CD40 signalling. The activated DC can then ‘licence’ CD8 killer T cells to destroy any other cell where the same peptide is found. The anti-CD40 antibody removes the necessity for role of the

cmca.uwa.edu.au 9 Earth Sciences Changing the picture of Earth’s earliest fossils

David Wacey and Martin Saunders stacks of plate-like clay minerals from CMCA were co-authors of a arranged into branched and tapered paper published in Proceedings of the worm-like chains. Carbon was then National Academy of Sciences USA. absorbed onto the edges of these minerals during the circulation of The study resolved a long running hydrothermal fluids, giving a false evolutionary controversy involving impression of carbon-rich cell-like microscopic filamentous objects from walls. The advanced elemental the 3.46 billion year old Apex chert mapping capabilities of the recently in Western Australia. These objects installed FEI Titan TEM was essential to had been claimed to represent the the study, enabling the interior of the Image: ChemiSTEM elemental map oldest evidence of cellular life on filaments to be imaged and chemically showing a cross section through an Apex chert filamentous object. K (blue) Earth. However, the new study showed characterised at nano-scale resolution. represents the clay mineral, Fe (red) that the distribution of carbon in and represents iron oxide, and C (yellow) is organic material absorbed onto the edges around these objects, plus their nano- M. Brasier, J. Antcliffe, M. Saunders, D. Wacey, Changing the picture of Earth’s of the plate-like clay grains. Both the morphology was incompatible with earliest fossils (3.5-1.9 Ga) with new overall morphology and distribution of carbon is incompatible with that seen in a a biological origin. Using high-spatial approaches and new discoveries. Proceedings of the National Academy of true microfossil. resolution correlative microscopy the Sciences USA 112, 4859-4864, 2015. study clearly demonstrates that the ‘Apex chert microfossils’ comprise

10 The University of Western Australia Physical Sciences Crystallizing insights into solvent extraction

Metals are critical resources for While typical solvent extractants are the technological needs of the too “greasy” to form crystals, Dr Keith 21st century, and a range of well- Barnard (CSIRO, Mineral Resources) established methods are used to and Professor Mark Ogden (Curtin extract these vital metals from ores. University) have collaborated to tackle There is growing pressure to improve this problem by reducing the size of extraction methods, as the need the greasy hydrophobic groups, while for metals grows, and the quality of retaining the part of the extractant available ores decreases. A widely used that binds to the metal ion. With process in metal purification is solvent this change, the metal complexes extraction, where an organic extractant formed can be crystallised, and is used to remove specific metals from Professor Skelton can analyse them to complicated aqueous mixtures. These determine exactly how the extractant organic extractants are designed to is interacting with the metal. The result pull metal ions into an organic solvent, is a sequence of structures that gives while being hydrophobic (or greasy) invaluable information about how enough to avoid being dissolved the extractant interacts with different Image: D. D’Alessio, D.M. Lombardo, J.G. into water. metal ions. While extending these Vaughan, B.W. Skelton, K.R. Barnard, M.I. , Dalton Transactions results to the solution phase has to Ogden , 44, 7163-7168, 2015. When trying to improve the efficiency be done carefully, the combination of and selectivity of solvent extraction “degreased” solvent extractants with processes it is useful to know the power of x-ray diffraction gives exactly how the organic extractant insights into metal extraction that are is interacting with the metal ions. hard to match. This information is very difficult to determine in the liquid phase, but is easily achieved if the materials can be formed into crystals, as this allows Assoc. Professor Brian Skelton from the CMCA to use the power of single crystal x-ray diffraction on the materials, precisely determining the relative positions of all of the atoms in the material.

cmca.uwa.edu.au 11 Research Usage and Training CMCA 2014 & 2015 – hours per technique

2014 – 2015 Number of hours per technique 2014 – 2015 Number of users per technique

2014 2014 2014 2014 2014 2014

2015 2015 2015 2015 2015 2015 250 200 18000 250 200 18000

225 180 16000 225 180 16000

160 160 200 14000 200 14000

175 140 175 140 12000 12000 150 120 150 120 10000 10000 125 100 125 100 8000 8000 100 80 100 80 6000 6000 75 60 75 60 4000 4000 50 40 50 40 Number of users per technique Number of hours per technique 25 20 2000 25 20 2000

0 0 0 0 0 0 Other Research Sta Student - PG Student UG w w Other Research Sta Student - PG Student UG w w MS XRD MS XRD MS MS Flo NMR SEM SPM TEM SIMS Flo NMR SEM SPM TEM SIMS Flo NMR SEM SPM TEM XRD SIMS Flo NMR SEM SPM TEM XRD SIMS Optical Optical Optical Optical BioImaging Cell Sorting BioImaging Cell Sorting BioImaging Cell Sorting BioImaging Cell Sorting Technique Technique

2014 – 2015 Number of people trained

2014 2014 Usage 2014 20152014 2015 2015 200 2015 18000 250 Users 470 459 225 180 16000 Hours 59,010 61,502 160 200 14000

175 140 12000 150 120 10000 125 100 8000 100 80 6000 75 60

Number of people trained 4000 50 40

25 20 2000

0 0 0 Other Research Sta Student - PG Student UG w w MS MS Flo NMR SEM SPM TEM XRD SIMS Flo NMR SEM SPM TEM XRD SIMS Optical Optical Category of trainees BioImaging Cell Sorting BioImaging Cell Sorting

The number of hours used across the facilities remained strong over the 2014–2015 period, with ~59,000 and ~61,500 hours utilised each year, respectively. In particular, the Bioimaging, SEM and Ion Probe platforms usage increased significantly as uptake of these systems continues to grow within the research community. SEM remained the most heavily utilised area, with nearly 17,000 hrs conducted in 2015 across five instrument platforms. Similarly, the number of users remained consistently high across all platforms over the 2014-2015 period, with new instruments in both the Flow and SEM spaces particularly resulting in increased user interest. CMCA continued to contribute strongly to research training with over 700 users trained over the 2014-2015 period. Within this, more than half of those trained were research students.

12 The University of Western Australia Impacting on Industry

CMCA has a long history of partnering with industry from small scale analysis, instrument hire and training of individuals, to large scale consulting and complex research contracts worth hundreds of thousands of dollars.

Access is tailored to the needs of your organisation or project and we welcome queries on how we can apply our expertise and world class instrumentation to your Image: Micron dust filter membrane problem solving initiatives.

During 2014–15, CMCA served the needs of the following industry through industry engagement: BAMBURY:

“Bambury has been at the forefront Energy and Biomedical and of bedding technology since its early minerals miscellaneous stages of operation. Mite-Guard is one of the longest running ranges • Alcoa World Alumina • Antaria for the company and is the chosen • CSIRO Earth Science & Resource • Bambury Product Development product for many allergy sufferers Engineering • Canningvale Australia and recommended by allergy and • Department of Mines and Petroleum • Department of Fisheries WA asthma specialists. It features a • Geological Survey of WA • Epichem specially developed micron dust • Oilfield Production Technologies • Fertility Specialists of WA filter membrane that is sandwiched • Paladin Resources • Pivet between two layers of inert • Parsons Brinckerhoff Australia • Proteomics International polypropylene fabric allowing barrier • Thundelarra Exploration • RPH – Cell & Tissue Therapies protection against allergens whilst remaining breathable for optimal Environmental and International user comfort. Given the nature of engineering the product has inherent health • Procter & Gamble benefits, it was essential we backed • Analytical Reference Laboratories • PV Consulting up our claims and had full confidence • Botanic Gardens and Parks • International Atomic Energy Agency in our product. CMCA at UWA were Authority (IAEA) able to provide us with the highest • GHD quality imaging - far superior to what • Glossop Consultancy we had seen in the past from other • Matrix Composites & Engineering microscopy services in Australia and • Safety Rescue Technologies overseas. Previous laboratory tests Australia proved the product worked by not • Site Environmental & Remediation allowing microscopic particles to pass Services through the fabric, but with CMCA we • SLR Consulting Australia were actually able to see the fabric up • TSW Analytical close at 2000x magnification, proving the fibres of the filter membrane are packed so tightly together that harmful allergens are not able to pass through. CMCA’s open communications, fast turnaround times and professionalism also made our experience dealing with them a real pleasure.”

cmca.uwa.edu.au 13 Image: Three-dimensional visualisation of a portion of the feto-placental arterial vasculature of a pregnant rat; coloured according to vessel diameter. Images courtesy of Andrew Mehnert, CMCA and Caitlin Wyrwoll, School of Anatomy, Physiology and Human Biology, UWA. User Profile

15 User Profile

14 The University of Western Australia User Profile capacity to comprehensively analyze of thousands of single cells in parallel, the ability to isolate many individual cells and analyze each separately is critical. For these types of research approaches, scientists in Professor Lister’s lab use a range of the CMCA equipment, including the BD Influx cell sorter to isolate particular labelled cell types from the brain, and the BD Fortessa flow cytometer for cell counting, sorting and biomarker detection. For example, graduate student Rebecca Simmons has used these instruments to isolate highly pure populations of nuclei and glia from brain material the genome that plays crucial roles in Professor Ryan Lister in order to map their epigenome, regulating the information contained transcriptome, and regulatory regions Research that aims to understand in the underlying DNA sequence. Each of the genome. Furthermore, access to living organisms at the cellular and of the myriad different types of cells cutting edge microscopes are essential molecular level is strongly driven by within an organism turns on or off a for examining cell type specific gene advanced technologies that enable distinct combination of genes, and expression and marker proteins. Dr the manipulation and observation of the epigenome plays crucial roles Marina Oliva, a plant biologist from the cells and biomolecules. Recent years in this process of cellular identity by Lister lab, utilizes the CMCA’s LAF Nikon have seen extremely rapid advances controlling whether a gene is active or A1RMP confocal microscope to identify in technologies that enable deep not. Consequently, each different type specific labelled cell types in plant characterization of cellular information, of cell will display unique epigenome stem cell niches in roots and shoots, including the development of patterns, which can also change allowing subsequent isolation and next generation DNA sequencing through normal development or in epigenomic analysis of the individual instruments that have made it ~10,000 disease states. cell types to provide new insights into times cheaper to sequence a genome the regulation of these cells that are compared to a decade ago. As Professor Lister’s research has yielded essential for plant growth. massively parallelized DNA sequencing new insights into the composition and becomes a standard research function of the epigenome in a variety “The advanced facilities available in tool in the biological sciences, it is of systems, including plants, the the CMCA are an essential component increasingly important to have access brain, and stem cells. His laboratory of the research programs of many WA to sophisticated equipment for cell is focused upon understanding how scientists, including my own.” says isolation and manipulation, in order these complex epigenome patterns Professor Lister. “My group’s research to effectively isolate rare or specific are established and altered, how benefits greatly from the high quality cell types for subsequent genomic they affect the readout of underlying facilities and the expertise of the CMCA analyses. Such tools available in the genetic information, their role in staff, who provide dedicated and CMCA have become an important brain development and function, highly skilled input and assistance for component of the epigenetics and and developing new molecular tools our projects”. genomics research performed in the to precisely edit the epigenome. laboratories of Professor Ryan Lister in Much of this research requires that the ARC Centre of Excellence in Plant complex tissues from an organism are Energy Biology and the Harry Perkins separated into groups of the same cell Institute of Medical Research. type prior to applying DNA sequencing technologies to map the epigenome Professor Lister leads a research patterns and gene expression in that group exploring the epigenome, the cell type. Furthermore, as the field of molecular code superimposed upon genome biology is rapidly gaining the

cmca.uwa.edu.au 15 Centre Highlights

17 20 21 Centre News CMCA HDR Student News Staff News

Image: Growing protein crystals, acquired by Paul Rigby on an Olympus BH-2 microscope captured using polarised light”

16 The University of Western Australia CMCA Research Open Day Mr Caruso, who is completing the Centre research for his PhD, said the IMS1280 During the university’s Research ion probe — the only one in Australia Week in September 2015, CMCA held and one of 32 in the world — was News a Research Open Day over its three essential to the research. The data facilities at Physics, Perkins and generated by the ion probe is critical Chief Scientist launches Bayliss where our staff gave talks and to creating a road map of ore bodies CMCA@Perkins and the conducted site tours of our laboratories in the region, in turn helping explorers NIF Flagship MRI at Harry and instruments. An exhibition of the find new deposits. Perkins Institute AMMRF Incredible Inner Space images was a popular attraction in the Bayliss Australia’s Chief Scientist Professor Building. This showcased a wide Ian Chubb officially opened new NIF selection of images from AMMRF nodes Flagship MRI imaging labs in the Harry around Australia accompanied by a Perkins Institute of Medical Research crystal display exhibit. on 24 June 2015. These labs include the AMMRF at UWA bioimaging facility, which integrates instruments and expertise in cytometry, microscopy and imaging. The facility mainly serves the research needs of biomedicine Image: Mr Stefano Caruso working on and the biosciences, but is available the IMS1280 at CMCA to all scientists and researchers in Western Australia and beyond. The Installation of new FEI labs also house the National Imaging Helios focused ion beam Facility’s flagship pre-clinical high-field (FIB) scanning electron magnetic resonance imaging scanner Sulphur Rock microscopy and other NIF platforms for macro scale imaging. It is the centre piece ABC news article The CMCA’s new FIB-SEM facility, of CMCA’s growing bioimaging facility A camera crew from ABC News was at funded through an ARC LIEF grant that includes live animal fluorescence CMCA in September 2015, interviewing with support from Curtin, Murdoch, and luminescence imaging and colleagues from CET about their ECU, Sydney University, and the CSIRO live animal X-ray microtomography research on sulphur-bearing rock was successfully commissioned in imaging. The proximity of different samples collected in the field and October 2015. The FEI Helios Nanolab and complementary characterisation analysed at CMCA. Researchers Stefano G3 CX DualBeam system is the latest techniques is already facilitating the Caruso and Dr Crystal LaFlamme generation of FEI’s world-leading FIB- uptake of new forms of microscopy use the AMMRF Flagship ion probe SEM instruments. The new facility will by researchers to address a range of facility at CMCA to investigate the provide researchers in the physical, research challenges. role of sulphur in the formation of ore biological and geosciences with deposits. Rock fragments are prepared nanoscale 3D imaging, advanced Over 60 invited guests attended the as special mounts and the sulphur sample preparation, and nano launch, along with 60 PhD students isotope composition of tiny mineral fabrication capabilities that will from the EMBL Australia workshops. grains are analysed using CMCAs $6 complement the existing world-class Guests included AMMRF Chief million CAMECA IMS 1280 ion probe. electron, x-ray and ion beam facilities Executive Officer Dr Miles Apperley, housed in the CMCA. from the National Imaging Facility, Director of Operations Professor Graham Galloway, and the Chancellor of the University of Western Australia, Dr Michael Chaney AO.

cmca.uwa.edu.au 17 Image: Elemental map showing As distribution in a pyrite Image: X-ray map of AI distribution in a chondritic meteorite Image: X-Ray map of Al distribution in a chondritic grain. Image acquired on a JEOL 8530F Hyperprobe by acquired by M. Roberts on a Jeol 8530F hyperprobe. Sample meteorite acquired by M Roberts on a JEOL 8530F Malcom Roberts (CMCA). Sample from Breno de Souza from G. Benedix (Curtin University) Hyperprobe. Sample from G Benedix (Curtin University). Martins (CET). Image width 1.5 mm.

CMCA Scientific Advisory Committee

CMCA has established a Scientific Advisory Committee, comprising representatives from the wider research community. The committee’s main role is to advise on strategic directions in science infrastructure provision by CMCA and make recommendations to the CMCA Board on acquisition of new equipment, retention of current equipment and associated support staff, for the benefit of the University and the state of Western Australia.

Open for Business

Image: David Sampson (in wheelchair) with Jeremy Shaw, Malc Roberts and Steve Barnes (CSRIO)

Raising funds for Wheelchair The Conversation Sports WA A 3.5-billion year old Pilbara find is not CMCA Director Professor David the oldest fossil: so what is it? Dave Sampson experienced first hand the Wacey and Martin Saunders had an difficulties faced by people with a article published in The Conversation The University’s Office of Research physical disability. On 15th December in 2015: www.theconversation. Enterprise used an image of an he spent a day in a wheelchair to raise com/a-3-5-billion-year-old-pilbara- Antartic ‘hair grass’ root acquired by awareness of people with a disability find-is-not-the-oldest-fossil-so-what- Assoc. Professor Peta Clode (CMCA) and raise funds for Wheelchair Sports is-it-40482. on a promotional postcard ‘Partner WA. David did a sterling job and raised with us for your R&D needs’. The over $5,000 through sponsorship. postcard, aimed at attracting research partners to UWA, was used at the Journal Boards Agriculture Biotechnology International Conference in Melbourne and for Dr David Wacey has been invited to join Research Week at UWA. the Board of two journals: Geobiology from December 2014 and Nature Scientific Reports from May 2015.

18 The University of Western Australia Image: Elemental map showing Fe distribution in a spinel Image: False-coloured back-scattered electron image Image: X-ray map showing Ca distribution in a garnet grain undergoing leaching through surficial processes in of a garnet crystal in a metapelitic rock. Image acquired crystal in a metapelitic rock. Image acquired on the JEOL a tropical environment. Image acquired on a JEOL 8530F on the JEOL 8530F Electron Microprobe by Dr Malcolm 8530F Electron Microprobe by Dr Malcolm Roberts using Hyperprobe by Malcom Roberts. Sample from Martin Roberts using Probe Image® Software. Sample courtesy Probe Image® Software. Sample courtesy of Dr Sandra Wells (CSIRO). Image width 190 microns. of Dr Sandra Romano (GSWA). Width of image 1mm. Romano (GSWA). Width of image 1mm.

CMCA Occupational Health UWA News articles: & Safety April 2015–Oldest fossils Responsibility for implementation controversy resolved of Health and Safety policy in a New analysis of world-famous 3.46 core facility such as the CMCA is an billion-year-old rocks by researchers obligation that needs to be taken very from The University of Western seriously. In 2014 the CMCA Health and Australia is set to finally resolve a long- Safety Committee was established to running evolutionary controversy. facilitate closer senior management engagement and participation in The new research, published this week CMCA Health and Safety matters. This in Proceedings of the National Academy committee meets 3-4 times a year and of Sciences USA, shows that structures by involving senior Centre management once thought to be Earth’s oldest has the authority to action Health and microfossils do not compare with Safety activities without additional younger fossil candidates but have, consultation and to discuss and resolve instead, the character of peculiarly any Health and Safety compliance shaped minerals. issues. In its inaugural year a comprehensive review of all Health and UWA researchers Dr David Wacey Safety documentation was initiated and Professor Martin Saunders used leading to the publication of revised transmission electron microscopy to UWA compliant CMCA Health and examine ultrathin slices of ‘microfossil’ Safety manuals and supplementary candidates, to build up nanoscale manuals providing local information maps of their size, shape, mineral for our different sites. In addition chemistry and distribution of carbon. new risk assessments and standard operating procedures are being November 2015–Microscope produced for all Centre equipment for in a Needle the benefit of all our staff and users. A team of biomedical engineers In turn CMCA staff attend Health and and doctors, led by CMCA Director Safety Committees of the Science Professor David Sampson and Faculty and Harry Perkins Institute in Associate Professor Robert order to communicate and discuss McLaughlin, won The Australian Health and Safety matters in a wider newspaper’s Innovation Challenge context. There is no doubt the Health for developing the world’s smallest and Safety Committee has proven to handheld microscope. be an effective forum and has helped drive a significant improvement in The team took out first prize and overall compliance and safety culture $30,000, competing against a at the CMCA. record field of 310 entries from innovators across the country in Dr Peter King, Technical Operations the national awards which aim to Manager and CMCA Health and drive some of Australia’s best ideas Safety Officer. to commercialisation and honour excellence across a broad range of areas.

cmca.uwa.edu.au 19 CMCA HDR Student news

Australian Coral Reef Society CMCA Graduated Students Pia Bessell-Browne: Lethal and Meeting sub-lethal impacts of dredge related Dr Rahi Varsani: Dynamics of magnetic pressures on corals. Supervised Congratulations to PhD student Taryn nanoparticle chain formation and its by P. Clode, R. Jones, A. Negri and Foster who won the Vicki Harriott effects on transverse proton relaxation A. Duckworth. Award at the Australian Coral Reef rates. Supervised by M. Saunders, T. St. Society Meeting for her work utilising Pierre and S. Iyer. Completed 2014. Gerard Ricardo: The impacts of dredging the Versa 520 X-ray CT on coral on the early life histories of corals off development. The Meeting was held Dr Noraini Md Jaafar: Biochar as a soil Western Australia’s coastline. Supervised on Daydream Island, Queensland from amendment and habitat for micro- by A. Negri, R. Jones and P. Clode. 28th–31st July, 2015. organisms. Supervised by L. Abbott, P Clode and D.Murphy. Completed 2014. Liza Roger: Response of calcareous AIMS@JCU student pteropods (Euthecosomata) to seminar day Dr Ivan Lozic: Targeted nanotechnology environmental change. Supervised by based therapies for oxidative stress A. George and J. Shaw. following partial injury to the central nervous system. Supervised by L. Patrick Hayes: Does calcium Fitzgerald, S. Dunlop, M. Kilburn and S. toxicity explain the absence of most Iyer. Completed 2015. Proteaceae from calcareous habitats? Supervised by H. Lambers and P. Clode. Alastair Boyd The identification and characterisation of magnetic iron in the Taryn Foster: Potential impacts of honey bee Apis mellifera. Supervised higher ocean acidity and warmer water One of the primary AIMS@JCU events is by P. Clode, J. Shaw and M. House. temperatures on Abrolhos Island corals. the annual AIMS@JCU student seminar Completed 2015. Supervised by M. McCulloch, P. Clode, J. day. Each year, this is a successful and Falter, J. Gilmour and M.van Keulen. well attended event for students to CMCA Current Students show case the cutting edge research Wenli Ding: Is the distribution of being conducted. The event is an Students who are supervised and calcium and phosphorus between leaf important mechanism for students co- supervised by CMCA staff: cell types the key reason why Lupinus to share research findings with the species respond differently to soil pH? broader AIMS and JCU scientific Alaa Munshi: Developing hybrid noble Supervised by H. Lambers, J. Clements, communities as well as compete for metal nanoparticles for applications P. Clode. financial prizes. PhD student Brian in catlysis, sensing and imaging. Strehlow (based at AIMS Townsville, Supervised by S. Iyer and M. Saunders. Liesel Gentelli: Analysis of silver 50% CMCA) took out the best student coins associated with 17th and 18th talk award for his presentation Brian Strehlow: The effects of dredging century shipwrecks off the WA coast. on ‘Understanding the impacts of on sponges (Porifera). Supervised by Supervised by A. Suvorova, W. Bloom, dredging on sponges’. The prize is G. Kendrick, M Renton, P. Clode, A. A. Paterson, J.D. Hill, J. Green. $1500 for science communication and Duckworth and N. Webster. attendance at the next International Kate Eiloart: Eukaryote preservation Coral Reef Society Conference. Brian’s Caio Guilherme Pereira: Genetic in ancient rocks. Supervised by M. talk included Xradia microCT data mechanisms governing the cellular Saunders and D. Wacey. looking at sediment uptake in marine compartmentation of calcium in sponges. Brian is co-supervised by Proteaceae species. Supervised by H. Roland Kerr: The transfection of Assoc. Professor Peta Clode (CMCA). Lambers, P. Finnegan, P. Clode, P. White, cancer cells with high efficiency using J. Hammond and R. Oliveira. fluorinated, magnetic, non-viral agents. Supervised by K. Swaminatha Iyer, Crystal Cooper: Identification of an T. St Pierre, M. Saunders and C. Evans. unknown acoel flatworm (Acoela) from Rottnest Island, Western Australia. Supervised by P. Clode, C. Peacock and A. Thompson 20 The University of Western Australia Staff News

Retirement wide range of disciplines including chemistry, soil science, botany, biochemistry, pharmacy, marine archaeology, microbiology, engineering Metabolomics Australia and medicine as well as conference presentations and book chapters on Metabolomics Australia at UWA NMR spectroscopy. The work, which integrated with CMCA in January 2016. has involved international, national Dr Michael Clarke, Ms Dorothee Hahne, and local research collaborations, Ms Maike Bollen and Ms Laila Abudulai has covered topics as diverse as were welcomed to the CMCA team. determining the structure of iron There are currently five Metabolomics sequestering compounds in soil to Australia research nodes around the the study of artefacts and timbers country housing staff and equipment from shipwrecks. dedicated to servicing researchers CMCA said farewell to Dr Lindsay interested in small molecule analysis - Byrne when he retired on 30th June Lindsay’s connections with the amongst which Metabolomics Australia 2015. Lindsay’s association with UWA University and CMCA continue as an at UWA is one spans five decades. He joined the UWA Honorary Senior Research Fellow. After staff as manager of the NMR facility a short break to renew his interest in New Staff in the School of Chemistry in 1976 golf, he plans to return to continue after completing a BSc with first class some unfinished projects. honours in 1973 and embarking on a PhD in Organic Chemistry which he To mark Lindsay’s retirement, Scott completed part time after accepting Stewart of the Asian Journal of Organic the NMR position. The following 38 Chemistry dedicated a paper to him: years saw many changes to the NMR “The Total Synthesis of Heraclemycin B facility including the move to the through b-Ketosulfoxide and Aldehyde School of Biomedical Biomolecular Annulation. K.D.Jones, J.E. Rixson, and Chemical Sciences in 2002 B. W. Skelton, K. M. Gericke, and S.G. Andrea Holme (2015) and the subsequent incorporation Stewart. “This article is dedicated to Dr Andrea Holme joined the CMCA into the CMCA in 2011. A number of Dr. Lindsay Byrne on the occasion team in June 2015 and is leading the successful RIEF and LIEF grants saw the of his retirement”. Asian Journal of cytometry facility located at CMCA@ instrumentation grow from the original Organic Chemistry, Vol 4 (9) 936-942 Perkins. She has worked in a number 60 and 90 MHz spectrometers to the September 2015 of countries in a variety of academic current range of 300, 400, 500 and research and commercial GMP/GLP 600MHz spectrometers with the latest Promotion positions as well as pursued her own installation taking place in early 2015. research interests in cell death and Peta Clode was promoted to Associate redox signalling in cancer biology, Lindsay’s research, which is focused in Professor in 2015. Peta has been at the neuroscience and drug development. the application of NMR spectroscopy to CMCA for 15 years and is the Biological Andrea looks forward to sharing her study the structure and interactions of Science Application Group Leader. experience gained over the years. organic and organometallic molecules, She also held the position of Deputy As a biological researcher, Andrea has resulted in publications in a Director of the CMCA in 2014/2015. was drawn to cytometry’s ability to interrogate cellular events in a multi-parameter and quantitative manner, discover new populations and separate these into functional single cells for further analysis using “-omics” platforms.

cmca.uwa.edu.au 21 Andrea said it’s an exciting time to be Gareth Nealon (2016) Staff List part of the field of cytometry. While Gareth Nealon completed his flow cytometry has traditionally been PhD thesis in Chemistry in 2007 at • Prof. David Sampson (Director) thought of as an immunologist’s UWA on a series of mesogenic and • Assoc/Prof. Peta Clode (Deputy technique, it’s now increasingly being surface active complexes of the Director) applied to other biological areas. “sarcophagine” class of macrocyclic • Sean Webb (Centre Manager) Many imaging and mass spectrometry ligands with Prof. George Koutsantonis • Dr Tamara Abel techniques, probes, and data analysis and Assoc. Prof. Jack Harrowfield. • Liz Albert methods are being adapted and Postdoctoral Fellowships followed • Dr Thomas Becker integrated into today’s cytometry, and at Curtin University with Prof. Mark • Alysia Buckley CMCA houses many of these systems Ogden on advanced crystal growth • Dr Lindsay Byrne (Honorary 2015) and expertise including the newly modifiers, and at the IPCMS-CNRS in • Dana Crisan acquired CyTOF and the ability to do Strasbourg with Dr. Bertrand Donnio • Dr Aaron Dodd high content imaging. Andrea looks and Prof. Sylvie Bégin-Colin, working • Peter Duncan forward to working with researchers to on mesomorphic organo-nanoparticle • Diana Engineer use and develop these. hybrids. Gareth was Project Manager • Dr Kirk Feindel for the SUPERIOR ITN with Prof. • Dr Paul Guagliardo Mark Howard (2016) Paolo Samorì, and then taught at the • Assoc/Prof. Brendan Griffin European School of Strasbourg before (Honorary) returning to UWA and the CMCA. • Jeanette Hatch • Dr Andrea Holme • Dr Heejin Jeon • Dr Haibo Jiang • Prof. Andrew Johnson (Honorary) • Assoc/Prof. Matt Kilburn • Dr Peter King • Lyn Kirilak • Prof. John Kuo (Honorary) • Irma Larma • Assoc/Prof. Matthew Linden (2014) • Dr Laure Martin • Dr Andrew Mehnert • Dr Janet Muhling Dr Mark Howard has worked in the • John Murphy field of NMR spectroscopy for over • Steve Parry 25 years with much of this time spent • Dr Anthony Reeder using NMR to study proteins, peptides, • Assoc/Prof. Paul Rigby drug discovery, bioprocessing and • Dr Malcolm Roberts natural products. He has previously • Dr Jeremy Shaw worked at Cambridge University • Assoc/Prof. Martin Saunders and GE HealthCare and University of • Dr Brian Skelton Kent. Mark is specifically interested in • Dr Alexandra Suvorova advancing NMR methodologies and • Dr David Wacey (joint appointment he specialises in saturation transfer with UWA School of Earth and difference (STD NMR) for ligand binding Environment) and drug discovery, natural product • Hava Zhang analysis and using fluorine NMR in biology. Mark joined CMCA in May 2016 as Senior Lecturer in Nuclear Magnetic Resonance. Mark comes to CMCA from the University of Kent in UK.

22 The University of Western Australia Image: False coloured ZnO Conferences images, acquired by Aaron Dodd and Visits

24 25 Visitor Highlights Conferences

cmca.uwa.edu.au 23 Visitor Highlights

March 2015 Jeremy Hill, curator of the Iron Age Collections, Prehistory and Early Europe at the British Museum, London paid a visit to CMCA. Centre staff showed off some of CMCA’s capabilities including SEM/EDS, microCT, NanoSIMS and the IMS1280.

May 2015 Professor Qingming Luo, VP of HuaZhong University of Science and Technology (HUST), China visited CMCA and was taken on a tour of CMCA@ Physics and CMCA@Perkins.

Image: WA Governor Kerry Sanderson with Assoc. Professor Matt Kilburn and Professor May 2015 David Sampson A group of eight staff from Medical Engineering and Physics Department August 2015 September 2015 at Royal Perth Hospital came to CMCA The Centre was very pleased to host Two students from Shenton College for a SEM-EDS workshop, conducted by a visit from the WA Governor, Her attended CMCA@ Perkins under the Alexandra Suvorova. Excellency Mrs Kerry Sanderson, UWA Learning Links programme from, on Friday 21 August 2015. 7–11 September 2015. The students Professor Robyn Owens, Deputy were given the title of Lab Techs and Vice- Chancellor (Research) and Centre were shown some basic experiments: Director Professor David Sampson making pollen grain slides, performing accompanied the Governor on her immunofluorescence, making blood visit. Also in attendance were CMCA smears and staining the blood to be Deputy Director Assoc. Professor put through the flow cytometers. Peta Clode and Centre Manager Mr They were also shown basic imaging Sean Webb. Mrs Sanderson was very techniques and were taken on a tour of enthusiastic about the research being CMCA@Physics. carried out at CMCA and said the tour Image: Visitors from Royal Perth Hospital of the Centre’s facilities, demonstration attending a SEM EDS workshop November 2015 of instruments and discussions with Mr Tom Yates, the Australian consul June 2015 staff allowed her to become more general and trade commissioner from A group of students from Scotch familiar with the excellent research Japan, came to Perth and expressed College, in conjunction with Pauline and development being carried out by his interest in learning more about Charman the Community Education the committed staff and researchers, UWA and in particular the Research Manager in the Lotterywest both those from the Centre and others & Development capabilities at the BioDiscovery Centre, visited CMCA@ who use the amazing instruments. university. Mr Yates was given a short Perkins and were given a tour of the The scope and standard of the research tour of the NanoSIMS labs at CMCA. labs by Dr Paul Rigby. being conducted using the Centre is impressive and the collaboration and cooperation with other research centres and industry outstanding.

Image: Matt Kilburn, Anthony Fortini, Tom Yates, Peter King, Lisa Melvin, Sean Webb

24 The University of Western Australia Conferences Out and about

May 2015 Assoc. Professor Matt Kilburn was invited to present at the launch symposium for the ProVIS facility at the Helmholz Centre for Environmental Research (UFZ) in Leipzig.

July 2015 International Year of Light Professor David Sampson headed up the ‘Year of Light Committee’ in Western Australia, which organised September 2015 HRH Crown Princess Margaret various activities around light to raise Whilst attending a conference in presented the award to Professor Hell, awareness of how light is used in our Bucharest, Professor David Sampson on behalf of His Majesty King Michael daily lives. He was invited to speak received a special invitation to attend I of Romania Crown Order in rank at CONASTA, the national science the Elisabeta Palace as a guest, at an of Commander. teacher’s conference that was held in evening dedicated to Romanian-born Perth in July 2015. The title of his talk German scientist Professor Stefan In the presence of eminent scientists was “Light for the Future: The UNESCO Hell who received the Nobel Prize for from Europe, America, Asia and International Year of Light”. Professor Chemistry in 2014. Australia, and officials of the Romanian Sampson was a guest at the CONASTA Academy, Crown Princess and Prince dinner held at Government House. Radu gave a dinner in honour of Nobel Laureate.

Image: Professor David Sampson, Dr Ian MacLeod (WA Museum) and Professor Lyn Beazley (WA Science Ambassador) at the CONASTA dinner held at Government House.

cmca.uwa.edu.au 25 Grant Success Image: MicroCT image of a bulbous tignid ~2 mm – Courtesy of Dr Nikolai Tatarnic, Western Australian Museum 27 28 2014 2015

26 The University of Western Australia CMCA Successful Grants – 2014

ARC Linkage, Infrastructure, Equipment ARC Linkage, Infrastructure, Equipment Neurotrauma Research Program: & Facilities: David Sampson; Shaun & Facilities: Harvey Millar; Peta Clode; Sarah Dunlop, Killugudi Swaminatha Collin; Martin Hill; Yinong Liu; Gavin Flematti; Peter Leedman; lyer, Michael House, Kirk Feindel. Martin Saunders; Steve Reddy; Dongke Zhang; Kliti Grice; Michael Using nanotechnology to prevent Gretchen Benedix; Craig Buckley; Katy Bunce; Richard Oliver; Kar-Chun localised, as well as remote, Evans; Birger Rasmussen; Lai Chang Tan; Robert Trengove; Garth Maker; inflammation and breakdown of Zhang; Zongwhen Liu; Ravinder Anand; Andrew Thompson; Steve Wilton; Ralph the blood brain barrier following Stephen Barnes; Andrew Thompson; Martins; Chriss Abbiss; Dr Mary Boyce. neurotrauma. $90,000. Gamini Senanayake. Ultra-high High resolution mass spectrometry resolution focussed ion beam facility for metabolomics and proteomics Department of Health (WA): for Western Australia. $1,060,000. research. $670,000. Matthew Linden. Developmental Haemostasis: Platelet function and ARC Linkage, Infrastructure, Equipment ARC Linkage, Infrastructure, monocyte-platelet interaction in & Facilities: David Sampson; Shaun Equipment & Facilities: Paul Low; childhood. $75,000. Collin; Andrew Whiteley; David Mackey; Thomas Becker; Peta Clode; George Matthew Linden; Michael Berndt; Koutsantonis; Killugudi Swaminatha- Ada Bartholomew Medical Research: Philip Newsholme; Giuseppe Verdile; Iyer; Julian Gale; Amir Karton; Damien Matthew Linden. Developmental Janina Tirnitz-Parker; Delia Nelson; Arrigan; Mark Ogden. An STM/AFM haemostasis: Age-specific differences Simon Mallal; Una Ryan; Phil Stumbles; Facility for Electroactive Materials in the blood clotting of children. Garth Maker; Ralph Martins; Mel Ziman; Characterisation. $150,916. $28,471. Elin Gray; Deborah Strickland; Jason Waithman; Meegan Howlett; Bree ARC Future Fellowship: David Wacey. Four CMCA staff received Travel Foley. Mass Cytometry: A breakthrough New insights into the origin and Grants through the UWA Professional in multidimensional systems biology. evolution of life on Earth. $767,444. Staff Development Fund that were $440,000. used to attend conferences and ARC Discovery Program: Killugudi workshops: Malcolm Roberts. Swaminatha-Iyer, Pilar Blancafort, Australian Conference on Microscopy Timothy St Pierre, Martin Saunders, and Microanalysis, ACMM23, 2014; Keith Stubbs, Jon Dobson. John Murphy ($750) Focus on Magnetofection In An Oscillating Microscopy 2014; Peter King ($1,500) Magnetic Field. $484,600. Laboratory Management Conference 2014; and Irma Larma ($1,500) Australasian Cytometry Society Conference 2014.

cmca.uwa.edu.au 27 CMCA Successful Grants – 2015

A project by Dr Peter Munro, an Conference; Mrs Lyn Kirilak ($ 1,532.50) UWA Research Awards and Australian Postdoctoral fellow with attended a staff development Honours 2015 the School of Electronic and Computer workshop and laboratory visits for Engineering and the Centre for electron microscopy technicians; The UWA Research Awards and Microscopy, Characterisation and Ms Alysia Buckley ($3,000) attended the Honours 2015 recipients were Analysis (CMCA), received $772,104 Cyto 2015 Conference. announced at a ceremony during in funding. UWA Research Week in September An NHMRC equipment grant was 2015. Professor David Sampson was Dr David Wacey, of the School of awarded to a team looking at awarded one of eight Vice-Chancellor’s Earth and Environment and the enhancing single cell characterisation. Senior Research Awards, each person CMCA, received $767,444 for a CMCA’s Dr Andrea Holme was first receiving $2,500. project which aims to provide new investigator for the team, which insights into the origin of life on Earth, included Professor David Sampson, life’s diversification through the Assoc. Professor Aron Chakera, Assoc. Precambrian, and the co-evolution of Professor Michaela Lucas, Assoc. life and early Earth environments. Professor Melinda Fitzgerald, Professor Ryan Lister, Professor Swaminatha Dr Haibo Jiang was awarded a Iyer, Dr Willem Joost Lesterhuis, Assoc. Research Collaboration Award Professor Matthew Linden, Dr Alison of $19,664 for his project “Direct McDonnell, Dr Renne Firman and Dr Visualization of Lipid Transport by the Kara E. Yopak. NanoSIMS”. Dr Jiang will collaborate with colleagues from University of LIEF Outcomes California, Los Angeles and University of Oxford. The team of Professor David Sampson; Prof. Michael Berndt; An NHMRC Equipment Grant was Prof. Shaun Collin; Dr Elin Gray; Dr awarded to Associate Professor Paul Massimiliano Massi; Assoc. Prof. Kevin Rigby, Professor David Sampson, Pfleger; Dr Jeremie Rossy; Prof. Ian Dr Nikolajs Zeps, Professor Peter Small; Dr Killugudi Swaminatha-Iyer; Leedman, Professor Bruce Robinson Prof. Richard Thompson and Prof. Mel and Professor George Yeoh, ‘Nikon TiE Ziman was successful in obtaining a inverted epifluorescence microscope funding of $850,000 for their project “A and components.’—$21,704. Single Molecule Characterisation and Super-Resolution Optical Microscopy Three CMCA staff were awarded Capability in Western Australia” Technical Development Grants that were used to attend conferences and workshops. Dr Malcolm Roberts ($2,300) attended the AMAS Xiii

28 The University of Western Australia cmca.uwa.edu.au 28 Image: A false-coloured back-scattered electron image of a shergottitic meteorite. Image acquired on the FEI Verios SEM by Malcolm Roberts (CMCA). Sample from Gretchen Benedix (Curtin University). Journal Papers 30 39 2014 2015

cmca.uwa.edu.au 29 Journal publications 8. K.R. Barnard, D.W. Shiers, M.J. Mc ldowie, B.W. Skelton, M.I. Ogden 1. J. Abduo, M. Bennamoun, M. Tennant and T.M. McCoy, Characterization 2014 and inhibition of a nickel-alpha- and J. McGeachie, Precision of hydroxyoxime (LIX63) salt precipitate Book chapters digital prosthodontic planning for oral rehabilitation, British Journal of formed under proposed commercial Applied Science & Technology, 4(27): operating conditions, Industrial & 1. Y. Chew, A.J. Holmes and J.B. Cliff, 3915-3929, 2014 Engineering Chemistry Research, 53: Visualization of metabolic properties 8208-8214, 2014 of bacterial cells using nanoscale 2. V. Agarwal, E.S. Tjandra, K.S. Iyer, 9. P. Bessell-Browne, M. Stat, D. Thomson secondary ion mass spectrometry B. Humfrey, M. Fear, F.M. Wood, S. and P.L. Clode, Coscinaraea marshae (NanoSIMS), In: Environmental Dunlop and C.L. Raston, Evaluating the effects of nacre on human skin corals that have survived prolonged Microscopy, Methods in Molecular and scar cells in culture, Toxicology bleaching exhibit signs of increased Biology, Volume 1096: 133-146, 2014 Research, 3: 223-227, 2014 heterotrophic feeding, Coral Reefs, 33(3): 795-804, 2014 2. H. He and Y. Kirilak, Application of SEM 3. C.C. Anyaegbu, C. Chidozie, R.A. 10. S.R. Bird, M. Linden and J.A. Hawley, and EDX in studying biomineralization Lake, K. Heel, B.W. Robinson and Acute changes to biomarkers in plant tissues, In: Electron S.A. Fisher, Chemotherapy enhances as a consequence of prolonged Microscopy, Chapter 29: 663-675, 2014 cross-presentation of nuclear tumor antigens, PLoS ONE, 9(9): e107894 strenuous running, Annals of Clinical (1-8), 2014 Biochemistry, 51(2): 137-150, 2014 3. M.R. Kilburn and P.L. Clode, Elemental

and Isotopic Imaging of Biological 4. L. Avadiar, Y-K. Leong, A. Fourie, T. 11. B. Bohman, R.D. Phillips, M.H.M. Samples Using NanoSIMS, In: Electron Nugraha and P.L. Clode, Source of Menz, B.W. Berntsson, G.R. Flematti, Microscopy, Chapter 33: 733-755, 2014 Unimin kaolin rheological variation– R.A. Barrow, K.W. Dixon and R.D. Ca2+ concentration, Colloids and Peakall, Discovery of pyrazines as pollinator sex pheromones and orchid 4. J. Kuo, Processing Plant Tissues for Surfaces A: Physicochemical and semiochemicals: implications for the Ultrastructural Study, In: Electron Engineering Aspects, 459: 90-99, 2014 evolution of sexual deception, New Microscopy, Chapter 3: 39-55, 2014 5. L. Avadiar, Y-K. Leong and A. Fourie, Phytologist, 203: 939-952, 2014 Effects of polyethylenimine dosages 5. M. Saunders and J.A. Shaw, Biological and molecular weights on flocculation, 12. J. Bougoure, M. Ludwig, M. Brundrett, Applications of Energy-Filtered TEM, rheology and consolidation behaviors J. Cliff, P. Clode, M. Kilburn and P. In: Electron Microscopy, Chapter 31: of kaolin slurries, Powder Technology, Grierson, High-resolution secondary 689-706, 2014 254: 364-372, 2014 ion mass spectrometry analysis of carbon dynamics in mycorrhizas 6. C.A. Bader, R.D. Brooks, Y.S. Ng, A. formed by an obligately myco- 6. D. Wacey, The fossil record of early Sorvina, M.V. Werrett, P.J. Wright, heterotrophic orchid, Plant Cell and life on Earth, In: Astrobiology: An A.G. Anwer, D.A. Brooks, S. Stagni, S. Environment, 37(5): 1223-1230, 2014 Evolutionary Approach, 163-198, 2014 Muzzioli, M. Silberstein, B.W. Skelton, E.M. Goldys, S.E. Plush, T. Shandala 13. R.A. Boulos, F. Zhang, E.S. Tjandra, 7. A. Curatolo, B.F. Kennedy, D.D. and M. Massi, Modulation of the A.D. Martin, D. Spagnoli and C.L. Sampson, T.R. Hilman, Speckle in organelle specificity in Re(I) tetrazolato Raston, Spinning up the polymorphs of optical coherence tomography, In: complexes leads to labeling of lipid calcium carbonate, Scientific Reports, Advanced Biophotonics: Tissue droplets, RSC Advances, 4: 16345- 4: 3616 (1-6), 2014 16351, 2014 optical sectioning, Chapter 6: 211-277 14. G.A. Bowmaker, J.V. Hanna, S.P. King, F. 7. C. Balaratnasingam, M.H. Kang, P. Marchetti, C. Pettinari, A. Pizzabiocca, Yu, G. Chan, W.H. Morgan,S.J. Cringle B.W. Skelton, A.N. Sobolev, A. Tabacaru and D.Y. Yu, Comparative quantitative and A.H. White, Complexes of copper(I) study of astrocytes and capillary thiocyanate with monodentate distribution in optic nerve laminar phosphine and pyridine ligands and regions, Experimental Eye Research, the P(,N)-donor diphenyl(2-pyridyl) 121: 11-22, 2014 phosphine, European Journal of Inorganic Chemistry, 2014: 6104- 6116, 2014

30 The University of Western Australia 2014 Journal papers 27. E.J. Chan, S. Grabowsky, J.M. Harrowfield, M.W. Shi, B.W. Skelton, Total 199 A.N. Sobolev and A.H. White, Hirshfeld Biological Sciences 45 surface analysis of crystal packing in aza-aromatic picrate salts, Earth Sciences 33 CrystEngComm, 16: 4508-4538, 2014 Biomedical Sciences 26 Physical Sciences 95 28. A-L. Chaudhary, D.A. Sheppard, M. Paskevicius, M. Saunders and C.E. Buckley, Mechanochemical synthesis 21. E.A. Buvaylo, V.N. Kokozay, O.Yu. of amorphous silicon nanoparticles, Vassilyeva and B.W. Skelton, Crystal RCS Advances, 4: 21979-21983, 2014 15. M. Bradshaw, D. Ho, M.W. Fear, F. structure of bis(2-{[(pyridin-2-yl) 29. A-L. Chaudhary, D.A. Sheppard, M. Gelain, F.M. Wood and K.S. Iyer, methylidene]amino}-benzoato- Paskevicius, C.J. Webb, E.M. Gray Designer self-assembling hydrogel κ3N,N’,O)cobalt(II) N,N- and C.E. Buckley, Mg Si nanoparticle scaffolds can impact skin cell dimethylformamide sesquisolvate, 2 synthesis for high pressure proliferation and migration, Journal of Acta Crystallographica Section E, E70: hydrogenation, Journal of Physical Tissue Engineering and Regenerative 164-166, 2014 Chemistry C, 118(2): 1240-1247, 2014 Medicine, 4: 6903 (1-6), 2014 22. E.A. Buvaylo, V.N. Kokozay, K. Rubini, 30. B.C. Cheah, J.M. Dell and A.J. 16. M.I. Bruce, A. Burgun, M. Jevric, J.C. O.Y. Vassilyeva and B.W. Skelton, Keating, Tailoring anchor etching Morris, B.K. Nicholson, C.R. Parker, N. Unusual cocrystals made of a Schiff profiles during MEMS release using Scoleri, B.W. Skelton and N.N. Zaitseva, base metal complex and an organic microfluidic sheathed flow, Journal of Some cyclic ligands obtained from molecule – Close-packing vs. hydrogen Microelecromechanical Systems, 23(4): reactions of polycyanocarbone metal bond interactions, Journal of Molecular 918-926, 2014 complexes, Journal of Organometallic Structure, 1072: 129-136, 2014 Chemistry, 756: 68-78, 2014 31. X. Chen, N.M. Smith, K. S. Iyer and 23. S.M. Chai, S. Kavangh, S.S. Ooi, C.L. Raston, Controlling nanomaterial 17. M. Buccini, K.A. Punch, B. Kaskow, G.R. G.F. Sterrett, G. Cull, M. Plunkett, synthesis, chemical reactions and Flematti, B.W. Skelton, L.J. Abraham D. Spagnolo, B. Amanuel, D. Joske, self assembly in dynamic thin films, and M.J. Piggott, Ethynylbenzenoid C. Leslie, T. Barham and F. Frost, Chemical Society Review, 43(5): 1387- metabolites of Antrodia camphorata: Anaplastic large-cell lymphoma 1399, 2014 synthesis and inhibition of TNF associated with breast implants: A unique entity within the spectrum expression, Organic & Biomolecular 32. X. Chen, K. Vimalanathan, W. Zang, of peri-implant effusions, Diagnostic Chemistry, 12: 1100-1113, 2014 A.D. Slattery, R.A. Boulos, C.T. Gibsona Cytopathology, 42(11): 929-938, 2014 and C.L. Raston, Self-assembled 18. M. Buccini and M.J. Piggott, A four- calixarene aligned patterning of noble step total synthesis of radermachol, 24. S. Chakrabarti-Bell, S. Wang and metal nanoparticles on graphene, Organic Letters, 16: 2490−2493, 2014 K.H.M. Siddique, Flour quality and Nanoscale, 6: 4517-4520, 2014 disproportionation of bubbles in bread 19. Burgun, B.G. Ellis, T. Roisnel, B.W. doughs, Food Research International, 33. X. Chen, P.K. Eggers, A.D. Slattery, S.G. Skelton, M.I. Bruce and C. Lapinte, 64: 589-597, 2014 Ogden and C.L. Raston, Template- From molecular wires to molecular free assembly of three-dimensional resistors: TCNE, a class-III/class-II 25. M. Challenor, P. Gong, D. Lorenser, networks of graphene hollow spheres mixed-valence chemical switch, M.J. House, R.C. Woodward, T.G. St. at the water/toluene interface, Journal Organometallics, 33: 4209-4219, 2014 Pierre, M. Fitzgerald, S.A. Dunlop, D.D. of Colloid and Interface Science, 430: Sampson and K.S. Iyer, The influence 20. E.A. Buvaylo, V.N. Kokozay, O.Yu. 174-177, 2014 of NaYF4:Yb,Er size/phase on the Vassilyeva and B.W. Skelton, Bis{2- multimodality of co-encapsulated 34. Y. Cheng, C. Liu, H.M. Cheng and S.P. [(pyridin-2-yl)methylideneamino]- magnetic photon-upconverting Jiang, One-pot synthesis of metal- benzoato-k3N,N’,O}chromium(III) polymeric nanoparticles, Dalton carbon nanotubes network hybrids nitrate monohydrate, Acta Transactions, 43(44): 16780-16787, 2014 as highly efficient catalysts for oxygen Crystallographica Section E, E70: evolution reaction of water splitting, m136, 2014 26. C.S. Chang, M. Kostylev, E. Ivanov, J. ACS Applied Materials & Interfaces, Ding, and A.O. Adeyeye, The phase 6(13): 10089-10098, 2014 accumulation and antenna near field of microscopic propagating spin wave devices, Applied Physics Letters, 104: 032408, 2014

cmca.uwa.edu.au 31 35. L. Chin, A., Curatolo, B.F. Kennedy, B.J 42. G.B. Deacon, R. Harika, P.C. Junk, 48. K.A. Dyl, J.S. Cleverley, P.A. Bland, Doyle, P.R.T. Munro, R.A. McLaughlin B.W. Skelton, D. Werner and A.H. C.G. Ryan, L.A. Fisher and R.M. Hough, and D.D. Sampson, Analysis of image White, The synthesis, structures and Quantified, whole section trace formation in optical coherence polymorphism of the dimeric trivalent element mapping of carbonaceous elastography using a multiphysics rare-earth 3,5-Dimethylpyrazolate chondrites by Synchrotron X-ray

approach, Biomedical Optics Express, complexes [Ln(Me2pz)3(thf)]2, European Fluorescence Microscopy: 1. 5(9): 2913-2930, 2014 Journal of Inorganic Chemistry, 14: CV meteorites, Geochimica et 2412-2419, 2014 Cosmochimica Acta, 134: 100-119, 2014 36. L. Chin, B.F. Kennedy, K.M. Kennedy, P. Wijesinghe, G.J. Pinniger, J.R. Terrill, 43. M.P. Doublier, N. Thébaud, M.T.D. 49. P.K. Eggers, E. Eroglu, T. Becker, X. R.A. McLaughlin and D.D. Sampson, Wingate, S.S. Romano, C.L. Kirkland, Chen, K. Vimalanathan, K.A. Stubbs, Three-dimensional optical coherence K. Gessner, D.R. Mole and N. Evans, S.M. Smith and C.L. Raston, Nitrate microelastography of skeletal muscle Structure and timing of Neoarchean uptake by p-phosphonic acid or p- tissue, Biomedical Optics Express, 5(9): gold mineralization in the Southern (trimethylammonium)methyl calix[8] 3090-3102, 2014 Cross district (Yilgarn Craton, Western arene stabilized laminar materials, RSC Australia) suggest leading role of late Advances, 4: 48348, 2014 37. S. Chumphongphan, U. Filso, Low-Ca I-type granite intrusions, M. Paskevicius, D.A. Sheppard, Journal of Structural Geology, 67: 205- 50. K.A. Evans, M. Darby Dyar, S.M. Reddy, T.R. Jensen and C.E. Buckley, 221, 2014 A. Lanzirotti, D.T. Adams and N. Nanoconfinement degradation in Tailby, Variation in XANES in biotite NaAlH4/CMK-1, International Journal 44. E.S. Drummond, L.F. Dawson, P.M. as a function of orientation, crystal of Hydrogen Energy, 39(21): 11103- Finch, W. Li, T-Z. Guo, W.S. Kingery and composition, and metamorphic 11109, 2014 P.D. Drummond, Increased bilateral history, American Mineralogist, 99: expression of alpha1-adrenoceptors 443-457, 2014 38. E. Clayton, M. Hattie, A.W. Debowski, on peripheral nerves, blood vessels and K.A. Stubbs, The synthesis of and keratinocytes does not account 51. K.A. Evans, A.G. Tomkins, J.B. Cliff carbohydrate-based natural products for pain or neuroinflammatory changes and M.L. Fiorentini, Insights into from Leonurus japonicus and their after distal tibia fracture in rats, subduction zone sulfur recycling from biological evaluation as anti-oxidants, Neuroscience, 281: 99-109, 2014 isotopic analysis of eclogite-hosted Australian Journal of Chemistry, 67: sulfides, Chemical Geology, 265: 1461-1470, 2014 45. P.D. Drummond, E.S. Drummond, 1-19, 2014 L.F. Dawson, V. Mitchell, P.M. Finch, 39. A.L. Cleaver, K. Bhamidipaty, B. Wylie, C.W. Vaughan and J.K. Phillips, 52. M. Faull, S.Y.L. Ching, A.I. Jamolowicz, T. Connor, C. Robinson, B.W. Robinson, Upregulation of a1-adrenoceptors on J. Beilby and P.K. Panegyres, S.E. Mutsaers and R.A. Lake, Long- cutaneous nerve fibres after partial Comparison of two methods for term exposure of mesothelial cells to sciatic nerve ligation and in complex the analysis of CSF Abeta and tau SV40 and asbestos leads to malignant regional pain syndrome type II, PAIN, in the diagnosis of Alzheimer’s transformation and chemotherapy 155: 606-616, 2014 disease, American Journal of resistance, Carcinogenesis, 35(2): 407- Neurodegenerative Disease, 3(3): 143- 414, 2014 46. E.S. Drummond, L.F. Dawson, 151, 2014 P.M. Finch, G.J. Bennett and P.D. 40. D. D’Alessio, A.N. Sobolev, B.W. Drummond, Increased expression of 53. P.M. Finch, E.S. Drummond, L.F. Skelton, O. Fuller, R.C. Woodward, N.A. cutaneous a1-adrenoceptors after Dawson, J.K. Phillips and P.D. Lengkeek, B.H. Fraser, M. Massi and chronic constriction injury in rats, The Drummond, Up-regulation of M.I. Ogden, Lanthanoid “bottlebrush” Journal of Pain, 15(2): 188-196, 2014 cutaneous alpha1-adrenoceptors in clusters: remarkably elongated metal− complex regional pain syndrome type oxo core structures with controllable 47. J.M. Duyvestyn, S.J. Taylor, S.A. 1, Pain Medicine, 15: 1945-1956, 2014 lengths, Journal of the American Dagger, M. Orandle, H.C. Morse Chemical Society, 136: 15122- III, C.B.F. Thien and W.Y. Langdon, 54. S.A. Fisher, A. Cleaver, D.D. Lakhiani, 15125, 2014 Dasatinib targets B-lineage cells but A. Khong, T. Connor, B. Mylie, W.J. does not provide an effective therapy Lesterhuis, B.W.S. Robinson and 41. F. De Busserolles, N.J. Marshall and for myeloproliferative disease in c-Cbl R.A. Lake, Neoadjuvant anti-tumor S.P. Collin, The eyes of lanternfishes RING finger mutant mice, PLOS ONE, vaccination prior to surgery enhances (Myctophidae, Teleostei): novel ocular 9(4): e94717 (1-10), 2014 survival , Journal of Translational specialisations for vision in dim light, Medicine, 12(245): 1-9, 2014 Journal of Comparative Neurology, 522: 1618-1640, 2014

32 The University of Western Australia 55. T. Foster, J.A. Short, J.L. Falter, C. 62. M.M. Giangregorio, B. Dastmalchi, 68. C.K. Hagen, P.R.T. Munro, M. Endrizzi, Ross and M.T. McCulloch, Reduced A. Suvorova, G.V. Bianco, K. Hingerl, P.C. Diemoz and A. Olivo, Low-dose calcification in Western Australian G. Brunoa and M. Losurdo, Effect of phase contrast tomography with corals during anomalously high Interface energy and electron transfer conventional x-ray sources, Medical summer water temperatures, Journal on shape, plasmon resonance and Physics, 41: 070701 (1-6), 2014 of Experimental Marine Biology and SERS activity of supported surfactant- Ecology, 461: 133-143, 2014 free gold nanoparticles, RSC Advances, 69. M.T. Hill and M.C. Gather, Advances 4: 29660, 2014 in small lasers, Nature Photonics, 8: 56. R.O. Fuller, K.L. Livesey, R.C. 908-918, 2014 Woodward, A.J. McKinley, B.W. 63. P. Gong, R.A. McLaughlin, Y. Liew, P.R.T. Skelton, G.A. Koutsantonis and A.H. Munro, F.M. Wood and D.D. Sampson, 70. N. Hondow and R.O. Fuller, The White, Magnetic studies of metal ion Assessment of human burn scars with use of preformed nanoparticles in coordination clusters encapsulated optical coherence tomography by the production of heterogeneous with thiacalixarene, Australian Journal imaging the attenuation coefficient of catalysts, Journal of Colloid and Chemistry, 67: 1588-1594, 2014 tissue after vascular masking, Journal Interface Science, 417: 396-401, 2014 of Biomedical Optics, 19(2): 021111 71. J. Huang, W.L. Griffin, Y. Gréau, N.J. 57. B. Fu, J.B. Cliff and R.E. Zartman, (1-10), 2014 Zircon oxygen isotopic constraints Pearson, S.Y. O’Reilly, J.B. Cliff and from plutonic rocks on the magmatic 64. P. Gong, L. Chin, S. Es’Haghian, Y. L. Martin, Unmasking xenolithic and crustal evolution of the northern Liew, F.M. Wood, D.D. Sampson eclogites: Progressive metasomatism Appalachians in southern New and R.A. McLaughlin, Imaging of of a key Roberts Victor sample, England, USA, Canadian Journal of skin birefringence for human scar Chemical Geology, 364: 56-65, 2014 Earth Science, 51: 485-499, 2014 assessment using polarization- 72. Y. Huang, W.B. de Boer, L.A. Adams, sensitive optical coherence G. MacQuillan, M.K. Bulsara and G.P 58. J.J. Lee, A.N. Sobolev, M.J. Turner, R.O. tomography aided by vascular Jeffrey, Image analysis of liver biopsy Fuller, B.B. Iversen, G.A. Koutsantonis masking, Journal of Biomedical samples measures fibrosis and and M.A. Spackman, Molecular Optics, 19(12): 126014 (1-10), 2014 imprisonment: Host response to guest predicts clinical outcome, Journal of location, orientation and dynamics 65. I.D. Greene, F. Mastaglia, B.P. Meloni, Hepatology, 61: 22-27, 2014 in clathrates of Dianin’s compound, K.A. West, J. Chieng, C.J. Mitchell, 73. P. Huot, T.H. Johnston, K.D. Lewis, J.B. Crystal Growth & Design, 14: 1296- W-P. Gai and S. Boulos, Evidence that Koprich, M.G. Reyes, S.H. Fox, M. J. 1306, 2014 the LRRK2 ROC domain Parkinson’s Piggott and J.M. Brotchie, UWA-121, disease-associated mutants A1442P and a mixed dopamine and serotonin 59. F. Furfaro, E.S.M. Ang, R.R. Lareu, R1441C exhibit increased intracellular re-uptake inhibitor, enhances L-DOPA K. Murray and M. Goonewardene, degradation, Journal of Neuroscience anti-parkinsonian action without A histological and micro-CT Research, 92: 506-516, 2014 investigation in to the effect of NGF worsening dyskinesia or psychosis-like and EGF on the periodontal, alveolar 66. D.J. Gregg, Z. Zhang, G.J. Thorogood, behaviours in the MPTP-lesioned bone, root and pulpal healing of B.J. Kennedy, J.A. Kimpton, G.J. common marmoset, replanted molars in a rat model - a Griffiths, P.R. Guagliardo, G.R. Lumpkin Neuropharmacology, 82: 76-87, 2014 pilot study, Progress in Orthodontics, and E.R. Vance, Cation antisite 74. E.S. Ingham, N. Cook, J.B. Cliff, 15(2): 1-12, 2014 disorder in uranium-doped gadolinium C.L. Ciobanu and A. Huddleston, A zirconate pyrochlores, Journal of combined chemical, isotopic and 60. M.N. Gandy, C.L. Raston and K.A. Nuclear Materials, 452(1-3): 474-478, microstructural study of pyrite from Stubbs, Towards aryl C–N bond 2014 formation in dynamic thin films, roll-front uranium deposits, lake eyre Organic Biomolecular Chemistry, 12: 67. Y. Guan, I.A. Malecki, P.A.R. Hawken, basin, South Australia, Geochimica 4594, 2014 M.D. Linden and G.B. Martin, Under- et Cosmochimica Acta, 125: 440-465, nutrition reduces spermatogenic 2014 61. F. Giacometti, K.A. Evans, G. Rebay, efficiency and sperm velocity, and 75. M. Ireland, X. Wang, T. Radomirovic, P. J.B. Cliff, A.G. Tomkins, P. Rossetti, increases sperm DNA damage in Smith and F. Jones, Investigating the G. Vaggelli and D.T. Adams, Sulfur sexually mature male sheep, Animal impact of anatase on the dissolution of isotope evolution in sulfide ores from Reproduction Science, 149: 163-172, boehmite, Hydrometallurgy, 147-148: Western Alps: Assessing the influence 2014 of subduction-related metamorphism, 246-254, 2014 Geochemistry Geophysics Geosystems, 15: 3808-3829, 2014

cmca.uwa.edu.au 33 76. N.M. Jaafar, P.L. Clode and L.K. Abbott, 84. K.L. Kilminster, F.J. Lincoln and B.W. 91. S. Kwang and P. Abbott, The presence Microscopy observations of habitable Skelton, A barium vanadium(V) and distribution of bacteria in space in biochar for colonization dentinal tubules of root filled teeth, selenite hydrate, Ba(VO2)2(SeO3)2.H2O: by fungal hyphae from soil, Journal A novel 3D polymer of cross-linked International Endodontic Journal, of Integrative Agriculture, 13(3): 47(6): 600-610, 2014 sheets with embedded ...V–O–V... 21 483–490, 2014 Helices*, Australian Journal Chemistry, 92. W. Lei, R.J. Gu, J. Antoszeweki, J. 67: 1878-1881, 2014 77. S. Jensen, S. Samanta, S. Chakrabarti- Dell, and L. Faraone, GaSb: A New Bell, K. Regenauer-Lieb, K.H.M. 85. R.Q. Kim, W.A. Offen, G.J. Davies Alternative Substrate for Epitaxial Siddique and S. Wang, Automated and K.A. Stubbs, Structural Growth of HgCdTe, Journal of thresholding and analysis of microCT enzymology of Helicabacter. pylon Electronic Material, 43(8): 2788-2794, scanned bread dough, Journal of methylthioadenosine nucleosidase 2014 Microscopy, 256(2): 100-110, 2014 in the futalosine pathway, Acta 93. G. Li, Y. Ma, T.S. Cheng, E. Landao- Crystrallography, Section D. Biological 78. S.S. Kampmann, A.N. Sobolev, G.A. Bassonga, A. Qin, N.J. Pavlos, C. Chemistry: 177, 2014 Koutsantonis and S.G. Stewart, Stable Zhang, Q. Zheng and M.H. Zheng, nickel(0) phosphites as catalysts 86. B.R. Klyen, L. Scolaro, T. Shavlakadze, Identical subchondral bone for C-N cross-coupling reactions, M.D. Grounds and D.D. Sampson, microarchitecture pattern with Advanced Synthesis & Catalysis, 356: Optical coherence tomography can increased bone resorption in 1967-1973, 2014 assess skeletal muscle tissue from rheumatoid arthritis as compared mouse models of muscular dystrophy to osteoarthritis, Osteoarthritis and 79. B.F. Kennedy, K.M. Kennedy by parametric imaging of the Cartilage, 22: 2083-2092, 2014 and D.D. Sampson, A review of attenuation coefficient, Biomedical optical coherence elastography: 94. X.P. Li, C.W. Kang, H. Huang and T.B. Optics Express, 5(4): 1217-1262, 2014 Fundamentals, techniques and Sercombe, The role of a low-energy– prospects, IEEE Journal of Selected 87. W. Koh, A. Thompson, H. Edwards, P. density re-scan in fabricating crack-

Topics in Quantum Electronics, 20(2): Monis and P.L. Clode, Extracellular free Al85Ni5Y6Co2Fe2 bulk metallic glass 7101217 (1-17), 2014 excystation and development of composites via selective laser melting, Cryptosporidium: tracing the fate of Materials and Design, 63: 407-411, 2014 80. B.F. Kennedy, R.A. McLaughlin, K.M. oocysts within Pseudomonas aquatic Kennedy, L. Chin, A. Curatolo, A. Tien, 95. X.P. Li, C.W. Kang, H. Huang, L.C. Zhang biofilm systems, BMC Microbiology, B.B. Latham, C.M. Saunders and D.D. and T.B. Sercombe, Selective laser 14(281): 1-14, 2014

Sampson, Optical coherence micro- melting of an Al86Ni6Y4.5Co2La1.5 metallic elastography: Mechanical-contrast 88. G.A. Koutsantonis, P.J. Low, C.F.R. glass: Processing, microstructure imaging of tissue microstructure, Mackenzie, B.W. Skelton and evolution and mechanical properties, Biomedical Optics Express, 5(7): 2113- D.S. Yufit, Coordinating tectons: Materials Science & Engineering A, 606: 2124, 2014 Bimetallic complexes from bipyridyl 370-379, 2014 terminated group 8 alkynyl 96. B. Li, L. Bagas and F. Jourdan, 81. B. Kennedy, F.G. Malheiro, L. Chin and complexes, Organometallics, 33(18): Tectono-thermal evolution of the D.D. Sampson, Three-dimensional 4911- 4922, 2014 Palaeoproterozoic Granites–Tanami optical coherence elastography 89. J. Kular, J.C. Tickner, N.J. Pavlos, H.M. Orogen, North Australian Craton: by phase-sensitive comparison of Viola, T. Abel, B.S. Lim, X. Yang, H. Implications from hornblende and C-scans, Journal Of Biomedical Optics, Chen, R. Cook, L.C. Hool, M.H. Zheng biotite 40Ar/39Ar geochronology, 19(7): 076006 (1-7), 2014 and J. Xu, Choline kinase beta mutant Lithos, 206-207: 262-276, 2014 mice exhibit reduced phosphocholine, 82. K.M. Kennedy, S. Es’haghian, L. Chin, 97. I. Ling, B.W. Skelton, A.N. Sobolev, Y. elevated osteoclast activity and low R.A. McLaughlin, D.D. Sampson and Aliasa and C.L. Raston, Manipulating bone mass, The Journal of Biological B.F. Kennedy, Optical palpation: the conformation and interplay Chemistry, 290(3): 1729-1742, 2014 Optical coherence tomography-based of p-sulfonated calix[4]arenes tactile imaging using a compliant 90. C. Külheim, C.G. Jones, J.A. Plummer, by lower rim trisubstitution with sensor, Optics Letters, 39(10): 3014- E.L. Ghisalberti, L. Barbour and J. N′-cyanocarbamimidate groups, 3017, 2014 Bohlmann, Foliar application of CrystEngComm, 16: 5159-5164, 2014 methyl jasmonate does not increase 83. A. Khong, A.L. Cleaver, M.F. Alatas, 98. I. Ling, A.N. Sobolev, R. Hashim and terpenoid accumulation, but weakly B.C. Mylie, T. Connor, S.A. Fisher, S. J.M. Harrowfield, Stereochemistry of elicits terpenoid pathway genes in Broomfield, W.J. Lesterhuis, A.J. Currie, cage amine complexes - probing the sandalwood (Santalum album L.) R. A. Lake and B.W. Robinson, The ligand conformational flexibility with seedlings, Plant Biotechnology , 31: efficacy of tumor debulking surgery is hydrogen bonds, CRYSTENGCOMM, 585-594, 2014 improved by adjuvant immunotherapy 16(48): 11058-11063, 2014 using imiquimod and anti-CD40, BMC Cancer, 14(969): 1-9, 2014

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cmca.uwa.edu.au 37 164. A.A. Tonkikh, N.D. Zakharov, A.A. 172. A.Vitale-Brovarone, O. Alard, O. 180. X.J. Wang, L.C. Zhang, M.H. Fang Suvorova, C. Eisenschmidt, J. Beyssac, L.A.J. Martin and M. Picatto, and T.B. Sercombe, The effect of Schilling and P. Werner, Cubic phase Lawsonite metasomatism and trace atmosphere on the structure and Sn-Rich GeSn nanocrystals in a Ge element recycling in subduction zones, properties of a selective laser melted matrix, Crystal Growth & Design, 14: Journal of Metamorphic Geology, Al–12Si alloy, Materials Science & 1617- 1622, 2014 32(5): 489-514, 2014 Engineering A, 597: 370-375, 2014

165. J. Toster, I. Kusumawardani, E. Eroglu, 173. Z. Vukmanovic, S.M. Reddy, B. Godel, 181. C. Weis, F. Blank, A. West, G. Black, K.S. Iyer, F. Roseic and C.L. Raston, S.J. Barnes, M.L. Fiorentini, S.J. R.C. Woodward, M.R.J. Carroll, R. Superparamagnetic imposed diatom Barnes and M.R. Kilburn, Relationship Kartmann, E. Hallam, J.A. Shaw, frustules for the effective removal between microstructures and grain- J. Murphy, W.Y. Teoh, K.E. Aifantis, of phosphates, Green Chemistry, 16: scale trace element distribution in R. Amal, M. House, T. St Pierre and 82-85, 2014 komatiite-hosted magmatic sulphide B. Fabry, Labeling of cancer cells ores, Lithos, 184-187: 42-61, 2014 with magnetic nanoparticles for 166. S.R. Tridico, P.J. Rigby, K.P. Kirkbride, J. magnetic resonance imaging, Haile and M.A. Bunce, Megafaunal split 174. D. Wacey, N. McLoughlin, M. Saunders Magnetic Resonance in Medicine, 71: ends: Microscopical characterisation and C. Kong, The nano-scale anatomy 1896- 1905, 2014 of hair structure and function in of a complex carbon-lined microtube extinct woolly mammoth and woolly in volcanic glass from the ~92 Ma 182. W. Wei, Z. Wan and W. Chen, A facile rhino, Quaternary Science Reviews, 83: Troodos Ophiolite, Cyprus, Chemical synthesis strategy for structural 68-75, 2014 Geology, 363: 1-12, 2014 property control of mesoporous alumina and its effect on catalysis 167. K.M. Usher, A.H. Kaksonen and I.D. 175. D. Wacey, M. Saunders, J. Cliff, M.R. for biodiesel production, Advanced MacLeod, Marine rust tubercles Kilburn, C. Kong, M.E. Barley and M.D. Powder Technology, 25(4): harbour iron corroding archaea and Brasier, Geochemistry and nano- 1220- 1226, 2014 sulphate reducing bacteria, Corrosion structure of a putative ∼3240million- Science, 83: 189-197, 2014 year-old black smoker biota, Sulphur 183. W. Weiyong, P.K. Shen and S.P. Jiang, Springs Group, Western Australia, Controllable synthesis of graphene 168. K.M. Usher, A.H. Kaksonen, I. Cole and Precambrian Research, 249: 1-12, 2014 supported MnO2 nanowires via D. Marney, Critical review: Microbially self-assembly for enhanced water influenced corrosion of buried 176. D. Wacey, M. Saunders, M. Roberts, S. oxidation in both alkaline and neutral carbon steel pipes, International Menon, L. Green, C. Kong, T. Culwick, solutions, Journal of Materials Biodeterioration & Biodegradation, 93: P. Strother and M.D. Brasier, Enhanced Chemistry A, 2(1): 123-129, 2014 84-106, 2014 cellular preservation by clay minerals in 1 billion-year-old lakes, Scientific 184. A.J.R. White, M. Legras, R.E. Smith 169. I.O. Usov, S. Rubanov, J. Won and A.A. Reports, 4: 5841 (1-11), 2014 and P. Nadoll, Deformation-driven, Suvorova, Transformation of YSZ under regional-scale metasomatism in the high fluence argon ion implantation, 177. Z. Wan, W. Wu, W. Chen, H. Yang and D. Hamersley Basin, Western Australia, Nuclear Instruments and Methods in Zhang, Direct synthesis of hierarchical Journal of Metamorphic Geology, Physics Research Section B, 326: 283- ZSM5 zeolite and its performance 32(4): 417-433, 2014 288, 2014 in catalyzing methanol to gasoline conversion, Industrial & Engineering 185. J.F. Williams, S.N. Samarin, O. 170. J.G. Vaughan, B.L. Reid, P.J. Wright, S. Chemistry Research, 53: 19471−19478, Targhagh, A. Hilton, K. Sudarshan, Ramchandani, B.W. Skelton, P. Raiteri, 2014 P.R. Guagliardo, L. Praviça and S. Muzzioli, D.H. Brown, S. Stagni O.M. Artamonov, Scattering of free and M. Massi, Photophysical and 178. X.D. Wang, R.G. McDonald, R.D. electrons by free electrons, Physical photochemical trends in tricarbonyl Hart, J. Li and A. van Riessen, Acid Review A (Atomic, Molecular and rhenium(I) Nheterocyclic carbene resistance of goethite in nickel laterite Optical Physics), 89(6): 062717 complexes, Inorganic Chemistry, 53: ore from Western Australia. Part II. (1- 6), 2014 3629-3641, 2014 Effect of liberating cementations on acid leaching performance, 186. X. Yang, D. Lorenser, R.A. McLaughlin, 171. K. Vin Tan, P.A. Pellegrini, B.W. Skelton, Hydrometallurgy, 141: 49-58, 2014 R.W. Kirk, M. Edmond, M.C. Simpson, C.F. Hogan, I. Greguric and P.J. M.D. Grounds and D.D. Sampson, Barnard, Triamidetriamine bearing 179. A.Y. Wang, Y. Shen, J.T. Wang, P.L. Imaging deep skeletal muscle macrobicyclic and macrotricyclic Friedland, M.D. Atlas and R.J. Dilley, structure using a high-sensitivty ligands: Potential applications in Animal models of chronic tympanic ultrathin side-viewing optical the development of copper-64 membrane perforation: A ‘time-out’ coherence tomography needle probe, radiopharmaceuticals, Inorganic to review evidence and standardize Biomedical Optics Express, 5(1): 136- Chemistry, 53: 468-477, 2014 design, International Journal of 148, 2014 Pediatric Otorhinolaryngology, 78: 2048-2055, 2014

38 The University of Western Australia 2015 Journal papers 2015 Total 208 Book chapters Biological Sciences 33 Earth Sciences 39 1. H. Lambers, P.L. Clode, H-J. Hawkins, Biomedical Sciences 47 E. Lalibert´e, R.S. Oliveira, P. Reddell, Physical Sciences 89 M.W. Shane, M. Stitt and P. Weston, Metabolic adaptations of the non- mycotrophic proteaceae to soils with low phosphorus availability, In: Annual Plant Reviews, Vol. 48: 289-336, 2015 187. J. Yang, R. Sultana and X. Hu, Novel 194. C.Y. Yin, M-F. Ng, M. Saunders, B-M. 2. D. Lorenser, R.A. McLaughlin and layered hydroxyapatite/tri-calcium Goh, G. Senanayake, A. Sherwood D.D. Sampson, Optical coherence phosphate–zirconia scaffold and M. Hampton, New insights tomography in a needle format, composite with high bending strength into the adsorption of aurocyanide In: Optical Coherence Tomography for load-bearing bone implant ion on activated carbon surface: Technology and Applications, Vol. 2: application, International Journal of electron microscopy analysis 2413-2472, 2015 Applied Ceramic Technology, 11(1): and computational studies using 23-30, 2014 fullerene-like models, Langmuir, 30: 3. W. Sato-Okoshi, H. Abe, K. Okoshi, W. Teramoto, J. Shaw, B–S. Koh, Y-H. Kim, 188. L. Yasmin, P.K. Eggers, B.W. Skelton, 7703- 7709, 2014 J-S. Hong and J-Y. Li, Harmful shell K.A. Stubbs and C.L. Raston, Thin film 195. W. Zang, X. Chen, R.A. Boulos, J. borers, Polydora species (Polychaeta: microfluidic synthesis of fluorescent Tosterb and C.L. Raston, Hydrogen Spionidae), from commercially highly substituted pyridines, Green induced p-phosphonic acid important mollusk Shells in East Asia Chemistry, 16: 3450-3453, 2014 calix[8]arene controlled growth and Australia, In: Marine Productivity: 189. L. Yasmin, K.A. Stubbs and C.L. of Ru, Pt and Pd nanoparticles, Perturbations and Resilience of Socio- Raston, Vortex fluidic promoted Chemical Communications, 50: ecosystems, 31-42, 2015 Diels–Alder reactions in an aqueous 15167- 15170, 2014 4. B.F. Kennedy, K.M. Kennedy, A.L. medium, Tetrahedron Letters, 55: 196. Y. Zhang, A.D.J. van Dijk, A. Scaffidi, Oldenburg, S.G. Adie, S.A. Boppart 2246–2248, 2014 G.R. Flematti, M. Hofmann, T. and D.D. Sampson, Optical Coherence 190. N.J. Yates, M.T. Martin-Iverson and Charnikhova, F. Verstappen, J. Elastography, In: Optical Coherence J. Rodger, The role of ephrin-A2 and Hepworth, S. van der Krol, O. Leyser, Tomography, Technology and ephrin-A5 in sensorimotor control and S.M. Smith, B. Zwanenburg, S. Applications, Vol. 2: 1007-1054, 2015 gating, Behavioural Brain Research, Al-Babili, C. Ruyter-Spira and H.J. 5. M.R. Kilburn and D. Wacey, Nanoscale 275: 225-233, 2014 Bouwmeester, Rice cytochrome P450 MAX1 homologs catalyze distinct steps secondary ion mass spectrometry 191. W. Yi, Z. Sun, D Niu and X. Lu, In in strigolactone biosynthesis, Nature (NanoSIMS) as an analytical tool in vitro bioactivity of 3D Ti-mesh with Chemical Biology, 10: 1028-1033, 2014 the geosciences, In: Principles and bioceramic coatings insimulated Practice of Analytical Techniques in body fluid, Journal of Asian Ceramic 197. X. Zhang, Z. Sun and X. Hu, Low Geosciences, 1-34, 2015 Societies, 2: 210-214, 2014 temperature fracture toughness of PMMA and crack-tip conditions 6. D. Wacey, Early Life on Earth, In: 192. W. Yi, X. Sun, D. Niu and X. Hu, under flat-tipped cylindrical indenter, Encyclopedia of Scientific Dating Characteristics of Micro-Gold-Particle/ Polymer Testing, 38: 57-63, 2014 Methods. 229-234, 2015 glass-ceramic composite from post- 7. D. Wacey, In situ morphologic, sintering thermal treatment, Journal of 198. Zhelezinskaia, A.J. Kaufman, J. elemental and isotopic analysis Ceramic Science and Technology, 5(1): Farquhar and J. Cliff, Large sulfur of Archean life, In: Evolution of 45-50, 2014 isotope fractionations associated with Neoarchean microbial sulfate Archean Crust and Early Life. Modern 193. W. Yi, X. Hu, X. Sun, P. Ichim and A. reduction, Science, 346(6210): 742-744, Approaches in Solid Earth Sciences, Suvorova, Processing and properties 2014 Vol. 7: 351-365, 2015 of bioceramic coatings onto 3D Ti-mesh by dipcasting method, 199. Zhukova, H. StC O’Neill, I.H. Cambell International Journal of Applied and M.R. Kilburn, The effect of silica Ceramic Technology, 11(6): 1030-1038, activity on the diffusion of Ni and Co 2014 in olivine, Contributions to Mineralogy and Petrology, 168: 1029 (1-15), 2014

cmca.uwa.edu.au 39 Journal Publications 8. M.D. Alotaibi, B.M. Patterson, 14. L. Avadiar, Y-K. Leong and A. Fourie, A.J. McKinley, A.Y. Reeder and Physicochemical behaviors of kaolin slurries with and without cations— 1. J. Abduo, M. Bennamoun, M. A.J. Furness, Benzotriazole and Contributions of alumina and silica Tennant and J. McGeachie, Effect of 5-methylbenzotriazole in recycled sheets, Colloids and Surfaces prosthodontic planning on intercuspal water, surface water and dishwashing A-Physicochemical and Engineering occlusal contacts: Comparison of detergents from Perth, Western Aspects, 468: 103-113, 2015 digital and conventional planning, Australia: analytical method development and application, Computers in Biology and Medicine, 15. T.S. Bailey, J.B. Bremner, B.W. Skelton Environmental Science Processes & 60: 132-150, 2015 and A.H. White, Synthesis and x-ray Impacts, 17: 448-457, 2015 structural studies of a substituted 2. J. Abduo, M. Bennamoun and M. 2,3,4,5-Tetrahydro-1H-3-benzazonine Tennant, Influence of conventional and 9. M.D. Alotaibi, A.J. McKinley, and a 1,2,3,5-Tetrahydro-4,3- digital was-ups on axial tooth contour, B.M. Patterson and A.Y. Reeder, benzoxazonine, Molecules, 20: 487- International Journal of Petiodontics Benzotriazoles in the aquatic 502, 2015 and Restorative Dentistry, 35(4): e50- environment: A review of their occurrence, toxicity, degradation and 59, 2015 16. E.C. Barker, C.Y. Goh, F. Jones, M. analysis, Water Air and Soil Pollution, Mocerino, B.W. Skelton, T. Becker 3. J. Abduo, M. Bennamoun, M. 226: 1-20, 2015 and M.I. Ogden, Investigating Tennant and J. McGeachie, Effect of hydrogel formation using in situ prosthodontic planning on lateral 10. T.K. Ansell, P.K. McFawn, R.A. variable-temperature scanning probe occlusion scheme: a comparison McLaughlin, D.D. Sampson, P.R. microscopy, Chemical Science, 6: between conventional and digital Eastwood, D.R. Hillman, H.W. Mitchell 6133-6138, 2015 planning, Journal of Applied Oral and P.B. Noble, Does smooth muscle in an intact airway undergo length Science, 23(2): 196-205, 2015 17. E.A. Belousova, J.M.G. Jiménez, I.T. adaptation during a sustained change Graham, W.L. Griffin, S.Y. O’Reilly, N.J. 4. J. Adbuo, Influence of fixed in transmural pressure, Journal of Pearson, L.A.J. Martin, S. Craven and C. prosthodontic treatment on occlusal Applied Physiology, 118: 533-543, 2015 Talavera, The enigma of crustal zircons contacts in centric occlusion: A in upper-mantle rocks: Clues from the preliminary study, British Journal of 11. P-I. Au, P. Clode, R.S.C. Smart and Tumut Ophiolite, Southeast Australia, Medicine and Medical Research, 5(12): Y-K. Leong , Surface chemistry– Geology, 43(2): 119-122, 2015 1580-1589, 2015 microstructure–rheology of high and low crystallinity KGa-1b and 18. S. Block, J. Ganne, L. Baratoux, Z. 5. M. Alipoor, S.E. Maier, I.Y-H. KGa-2 kaolinite suspensions, Colloids Zeh, L.A. Parra-Avila, M. Jessell, L. Gu, A. Mehnert and F. Kahl, and Surfaces A-Physicochemical Ailleres and L. Siebenaller, Petrological Optimal experiment design for and Engineering Aspects, 484: and geochronological constraints monoexponential model fitting: 354– 364, 2015 on lower crust exhumation during Application to apparent diffusion Paleoproterozoic (Eburnean) orogeny, coefficient imaging, BioMed Research 12. P-I. Au, B. Foo, Y-K. Leong, W.L. NW Ghana, West African Craton, International, 2015: 138060 (1-9), 2015 Zhang and H.J. Choi, Rheological analysis of graphene oxide coated Journal of Metamorphic Geology, 33: 6. M. Alipoor, I.Y-H. Gu, A. Mehnert, S.E. anisotropic PMMA microsphere based 463-494, 2015 Maier and G. Starck, K-optimal gradient electrorheological fluid from Couette 19. B. Bohyman, G.R. Flematti and encoding scheme for fourth-order flow geometry, Journal of Industrial R.A. Barrow, Identification of tensor-based diffusion profile imaging, and Engineering Chemistry, 21: 172- hydroxymethylpyrazines using BioMed Research International, 760230 177, 2015 mass spectrometry, Journal of Mass (1-10), 2015 13. P-I. Au and Y-K. Leong, Fragmentation Spectrometry, 50(8): 987-993, 2015 7. M.D. Alotaibi, B.M. Patterson, A.J. of polymer-bridged silica flocs by 20. M.P. Boon, S. Freeman, M.I. Ogden, Mckinley, A.Y. Reeder, A.J. Furness and high shear impact: experiment and A. Oliveira, W.R. Richmond, B.W. M.J. Donn, Fate of benzotriazole and population balance modelling, Skelton and F. Jones, The many roles 5-methylbenzotriazole in recycled Asia Pacific Journal of Chemical of mellitic acid during barium sulfate water recharged into an anaerobic Engineering, 10 : 543-555, 2015 crystallization, Faraday Discussions, aquifer: Column studies, Water 179: 343-357, 2015 Research, 70: 184-195, 2015

40 The University of Western Australia 21. Y. Boyjoo, K. Merigot, J-F. Lamonier, 28. E.A. Buvaylo, O.Yu. Vassilyeva 35. Y. Cheng, C. Xu, L. Jia, J.D. Gale, L. V.K. Pareek, M.O. Tade and J. Liu, and B.W. Skelton, Crystal Zhang, C. Liuc, P.K. Shen and S.P. Jiang, Pristine carbon nanotubes as Synthesis of CaCO3@C yolk-shell structure of tetrakis(μ3-2-{[1,1- non-metal electrocatalysts for oxygen particles for CO2 adsorption, RSC bis(hydroxymethyl)-2-oxidoethyl] Advances, 5(32): 24872-24876, 2015 iminomethyl}-6-methoxyphenolato) evolution reaction of water splitting, tetrakis[aquacopper(II)]: a Applied Catalysis B-Environmental, 22. M. Bradshaw, T.D. Clemons, D. Ho, L. redetermination at 200K, Acta 163: 96-104, 2015 Gutierrez, F.J. Lazaro, M.J. House, T.G. Crystallographica Section E-Structure, 36. Y. Cheng, P.K. Shen, M. Saunders St Pierre, M.W. Fear, F.M. Woods and E71: 1203-1206, 2015 K.S. Iyer, Manipulating directional and S.P. Jiang, Core-shell structured cell motility using intracellular 29. E.A. Buvaylo, O.Yu. Vassilyeva and B.W. PtRuCox nanoparticles on carbon superparamagnetic nanoparticles, Skelton, Crystal structure of bis(2- nanotubes as highly active and Nanoscale, 7(11): 4884-4889, 2015 {[1,1-bis(hydroxymethyl)-2-oxidoethyl] durable electrocatalysts for direct iminomethyl}-6-methoxyphenolato)- methanol fuel cells, Electrochimica 23. M. Brasier, J. Antcliffe, M. Saunders manganese(IV) 0.39-hydrate, Acta Acta, 177: 217-226, 2015 and D. Wacey, Changing the picture of Crystallographica Section E. Chemical 37. P.L. Clode, W.H. Koh and R.C.A. Earth’s earliest fossils (3.5-1.9 Ga) with Communications, E71: 1307-1310, 2015 new approaches and new discoveries, Thompson, Life without a host cell: Proceedings of the National Academy 30. M. Challenor, R. O’Hare Doig, P. Fuller, What is cryptosporidium? Trends in of Sciences of the United States of M. Giacci, C. Bartlett, C.H. Wale, G.S. Parasitology, 31(12): 614-624, 2015 America, 112(16): 4859-4864, 2015 Cozens, L. Hool, S. Dunlop, K.S. Iyer, J. 38. P.L. Clode, A method for preparing Rodger and M. Fitzgerald, Prolonged difficult plant tissues for light and 24. M.I. Bruce, A. Burgun, J. George, B.K. glutamate excitotoxicity increases electron microscopy, Microscopy and Nicholson, C.R. Parker, B.W. Skelton, GluR1 immunoreactivity but decreases Microanalysis, 21(4): 902-909, 2015 N. Scoleri, C.J. Sumby and N.N. mRNA of GluR1 and associated Zaitseva, Some reactions of azides regulatory proteins in dissociated rat 39. C. Cooper, P.L. Clode, D.P. Thomson with diynyl-bis(phosphine) ruthenium- retinae in vitro, Biochimie, 112: 160-171, and M. Stat, A flatworm from the Genus cyclopentadienyl complexes, Journal 2015 Waminoa (Acoela: Convolutidae) of Organometallic Chemistry, 797: associated with bleached corals in 185-193, 2015 31. E.Y. Cheah, T.S. Mann, P.C. Burcham Western Australia, Zoological Science, and P. Henry, Influenza A infection 32(5): 465-473, 2015 25. M.I. Bruce, M.L. Cole, B.G. Ellis, M. attenuates relaxation responses Gaudio, B.K. Nicholson, C.R. Parker, of mouse tracheal smooth muscle 40. T. Coyle, H. Brumer and K.A. Stubbs, B.W. Skelton and A.H. White, The series evoked by acrolein, Biochemical An improved preparation of some aryl of carbon-chain complexes {Ru(dppe) Pharmacology, 93: 519-526, 2015 a-L-arabinofuranosides for use as Cp∗}2{μ-(CC)x} (x = 4-8, 11): Synthesis, chromogenic substrates for L-alpha- structures, properties and some 32. K. Chen, J. Hyodo, A. Dodd, N. Ai, L-arabinofuranosidases, Canadian reactions, Polyhedron, 86: 43-56, 2015 T. Ishihara, L. Jiane and S.P. Jiang, Journal of Chemistry, 93(11): 1176- Chromium deposition and poisoning 26. E.A. Buvaylo, V.N. Kokozay, R.P. 1180, 2015 of La0.8Sr0.2MnO3 oxygen electrodes of Linnik, O.Yu. Vassilyeva and B.W. solid oxide electrolysis cells, Faraday 41. D. D’Alessio, D.M. Lombardo, J.G. Skelton, Hybrid organic–inorganic Discussions, 182: 457-476, 2015 Vaughan, B.W. Skelton, K.R. Barnard chlorozincate and a molecular zinc and M.I. Ogden, Structural variations complex involving the in situ formed 33. K. Chen, S.S. Liu, P. Guagliardo, in metal complexes of a tertiary imidazo[1,5-a]pyridinium cation: M.R. Kilburn, M. Koyama and S.P. α-hydroxyoxime, Dalton Transactions, serendipitous oxidative cyclization, Jiang, A fundamental study of 44 (16): 7163-7168, 2015 structures and photophysical boron deposition and poisoning properties, Dalton Transactions, 44: of La Sr Mn cathode of solid 0.8 0.2 O3 42. D. D’Alessio, B.W. Skelton, N.A. 13735-13744, 2015 oxide fuel cells under accelerated Lengkeek, B.H. Fraser, A.M. Krause- conditions, Journal of the Heuer, S. Muzzioli, S. Stagni, M. Massi 27. E.A. Buvaylo, V.N. Kokozay, O.Yu. Electrochemical Society, 162(12): and M.I. Ogden, Ionophoric properties Vassilyeva, B.W. Skelton, M.M. F1282-1291, 2015 of a tetra-tetrazole functionalised Degtyarik, M. Korabik and J. calix[4]arene, Supramolecular Jezierska, Synthesis, structure, 34. X. Chen and C.L. Raston, Liquid Chemistry, 27(11-12): 787-791, 2015 and characterizations of a new interface evolution of polyhedral-like antiferromagnetic manganese(II) graphene, Chemical Communications, dichloro-bridged 1-D polymer 51(78): 14609-14612, 2015 decorated by 5-amino-1-H-tetrazole, Journal of Coordination Chemistry, 68(7): 1261-1272, 2015

cmca.uwa.edu.au 41 43. A.W. Debowski, M. Sehnal, T. Liao, 50. M.N. Gandy, C.L. Raston and K.A. 56. Y.D. Friedland, T.F. Lee-Pullen, E. K.A. Stubbs, B.J. Marshall and Stubbs, Photoredox catalysis Nathan, R. Watts, J.A. Keelan, M.S. M. Benghezal, Expansion of the under shear using thin film Payne and D.J. Ireland, Whole tetracycline-dependent regulation vortex microfluidics, Chemical blood flow cytometric analysis of toolbox for Helicobacter pylori, Applied Communications, 51(55): 11041-11044, Ureaplasma-stimulated monocytes and Environmental Microbiology, 2015 from pregnant women, Journal of 81(23): 7969-7980, 2015 Reproductive Immunology, 109: 84-88, 51. N.B. Edelman, T. Fritz, S. Nimpf, P. 2015 44. T.M. DeCarlo, G.A. Gaetani, M. Holcomb Pichler, M. Lauwers, R.W. Hickman, and A.L. Cohen, Experimental A. Papadaki-Anastasopoulou, L. 57. R.O. Fuller, G.A. Koutsantonis, I. determination of factors controlling Ushakova, T. Heuser, G.P. Resch, Lozić, M.I. Ogden and B.W. Skelton, U/Ca of aragonite precipitated from M. Saunders, J.A. Shaw and D.A.D. Manganese-calcium clusters seawater: Implications for interpreting Keays, No evidence for intracellular supported by calixarenes, Dalton coral skeleton, Geochimica et magnetite in putative vertebrate Transactions, 44: 2132-2137, 2015 Cosmochimica Acta, 162: 151-165, 2015 magnetoreceptors identified by magnetic screening, Proceedings of 58. R.O. Fuller, C.S. Griffith, G.A. 45. B.F. Dessauvagie, C. Thomas, C. the National Academy of Sciences of Koutsantonis, B.W. Skelton and A.H. Robinson, F.A. Frost, J. Harvey and G.F. the United States of America, 112(1): White, Anion-directed solid-state Sterrett, Validation of mitosis counting 262-267, 2015 structures of copper(I) and silver(I) by automated phosphohistone H3 adducts of ruthenium ethyne-1,2-diyl (PHH3) digital image analysis in a 52. A. Ellis, R. Edwards, M. Saunders, R.K. compounds, Organometallics, 34: breast carcinoma tissue microarray, Chakrabarty, R. Subramanian, A. van 2632-2646, 2015 Pathology, 47(4): 329-334, 2015 Riessen, A.M. Smith, D. Lambrinidis, L.J. Nunes, P. Vallelonga, I.D. Goodwin, 59. M.N. Gandy, L.T. Byrne and K.A. Stubbs, 46. M.G. Doyle, I.R. Fletcher, J. Foster, R.R. A.D. Moy, M.A.J. Curran and T.D. A simple and robust preparation Large, R. Mathur, N.J. McNaughton, van Ommen, Characterizing black of N-acetylindoxyls: Precursors for S. Meffre, J.R. Muhling, D. Phillips and carbon in rain and ice cores using indigogenic substrates, Organic and B. Rasmussen, Geochronological coupled tangential flow filtration and Biomolecular Chemistry, 13(3): 905- constraints on the Tropicana Gold transmission electron microscopy, 908, 2015 Deposit and Albany-Fraser Orogen, Atmospheric Measurement 60. T. Geisler, T.J. Nagel, M.R. Kilburn, Western Australia, Economic Geology, Techniques, 8: 3959-3969, 2015 110: 355-386, 2015 A.C. Janssen, J.P. Icenhower, 53. C.L. Elsegood, C.W. Chan, M.A. R.O.C. Fonseca, M.L. Grange and 47. S.G. Eaves, S.J. Hart, A.C. Whitwood, Degli-Esposti, M.E. Wikstrom, A. A.A. Nemchin, The mechanism of D.S. Yufit, P.J. Low and J.M. Lynam, Domenichini, K. Lazarus, N. van borosilicate glass corrosion revisited, Rapid Markovnikov addition of HCl Roojen, R. Ganss, J.K. Olynyk and Geochimica et Cosmochimica Acta, to a pendant alkyne: evidence for G.C.T. Yeoh, Kupffer cell-monocyte 158: 112-129, 2015 a quinoidal cumulene, Chemical communication is essential for 61. J.B.G. Gluyas, A.N. Sobolev, E.G. Moore Communications, 51: 9362-9365, 2015 initiating murine liver progenitor and P.J. Low, Broad-band NIR transient cell-mediated liver regeneration, 48. S.G. Eaves, D.S. Yufit, B.W. Skelton, absorption spectroscopy of an “all- Hepatology, 62(4): 1272-1284, 2015 J.A.K. Howard and P.J. Low, Syntheses, carbon”-bridged bimetallic radical structural characterisation and 54. S. Es’haghian, K. M. Kennedy, P. Gong, cation complex, Organometallics, 34: electronic structures of some D.D. Sampson, R.A. McLaughlin and 3923-3926, 2015 simple acyclic amino carbene B.F. Kennedy, Optical palpation 62. J.B.G. Gluyas, V. Manici, S. Guckel, complexes, Dalton Transactions, 44: in vivo: imaging human skin lesions K.B. Vincent, D.S. Yufit, J.A.K. Howard, 14341- 14348, 2015 using mechanical contrast, Journal of B.W. Skelton, A. Beeby, M. Kaupp and Biomedical Optics, 20(1): art016013, 49. S.G. Eaves, D.S. Yufit, B.W. Skelton, P.J. Low, Cross-conjugated systems 2015 J.M. Lynam and P.J. Low, Reactions based on an (E)Hexa-3-en-1,5-diyne- of alkynes with cis-RuCl (dppm) : 3,4-diyl skeleton: Spectroscopic and 2 2 55. E.O. Fridjonsson, S.J. Vogt, J.S. exploring the interplay of vinylidene, Vrouwenvelder and M.L. Johns, Early spectroelectrochemical investigations, η alkynyl and 3-butenynyl complexes, non-destructive biofouling detection Journal of Organic Chemistry, 80: Dalton Transactions, 44: 21016-21024, in spiral wound RO membranes using 11501-11512, 2015 2015 a mobile earth’s field NMR, Journal of Membrane Science, 489: 227-236, 2015

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McCuaig, Age constraints of Wiriyakitnateekul, Forms and solubility of the photophysical properties of a the Wassa and Benso mesothermal of plant nutrient elements in tropical Eu3+ coordination polymer bearing gold deposits, Ashanti Belt, Ghana, plant waste biochars, Journal of Plant an a-nitrile substituted b-diketonate West Africa, Journal of African Earth Nutrition and Soil Science, 178: 732- ligand via emission and ultrafast Sciences, 112: 524-535, 2015 740, 2015 transient absorption spectroscopy, Australian Journal of Chemistry, 68: 129. A.M. Passman, R.P. Strauss, S.B. 136. S. Qin, E. Ang, L. Dai, X. Yang, D. Ye, 1392-1398, 2015 McSpadden, M.L. Finch-Edmondson, H. Chen, L. Zhou, M. Yang, D. Teguh, K.H. Woo, L.A. Diepeveen, R. London, R. Tan, J. Xu, J. Tickner, N.J. Pavlos 143. J. Reisser, B. Slat, K. Noble, K. B.A. Callus and G.C. Yeoh, A modified and J. Xu, Natural germacrane du Plessis, M. Epp, M. 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46 The University of Western Australia 147. J.E. Rixson, J.R. Abraham, Y. Egoshi, 154. S.N. Samarin, O.M. Artamonov, A.P. 161. J.M. Scott, A. Auer, J.R. Muhling, T.A. B.W. Skelton, K. Young, J. Gilbert, J.A. Baraban, M. Kostylev, P. Guagliardo Czertowicz, A.F. Cooper, M.A. Billa Sakoff, K.M. Gericke, A. McCluskey and J.F. Williams, Excitation of and A.K. Kennedy, New P-T and and S.G. Stewart, The synthesis plasmons in Ag/Fe/W structure by U-Pb constraints on Alpine Schist and biological activity of novel spin-polarized electrons, Applied metamorphism in south Westland, anthracenone-pyranones and Physics Letters, 107: 101602 (1-5), 2015 New Zealand, New Zealand Journal of anthracenone-furans, Bioorganic & Geology and Geophysics, 58(4): 385- Medicinal Chemistry, 23: 3552-3565, 155. P.A. Schauer, B.W. Skelton and G.A. 397, 2015 2015 Koutsantonis, Coordinating tectons 4: coordination chemistry of the 162. T.B. Sercombe, X. Xu, V.J. Challis, R. 148. C.L. Ross, J.L. Falter, V. 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48 The University of Western Australia 192. M.V. Werrett, G.S. Huff, S. Muzzioli, V. 199. J-Z. Yang, X-Z. Hu, R. Sultana, R.E. Day 206. L. Zhao, Y. Cheng and S.P. Jiang, A Fiorini, S. Zacchini, B.W. Skelton, A. and P. Ichim, Structure design and new, high electrochemical activity and Maggiore, J.M. Malicka, M. Cocchi, manufacturing of layered bioceramic chromium tolerant cathode for solid K.C. Gordon, S. Stagni and M. scaffolds for load-bearing bone oxide fuel cells, International Journal Massi, Methylated Re(I) tetrazolato reconstruction, Biomedical Materials, of Hydrogen Energy, 40: 15622-15631, complexes: photophysical properties 10: 045006 (1-10), 2015 2015 and light emitting devices, Dalton 200. R. Yang, Y. Elankumaran, N. Hijjawi and 207. L. Zhou, F. Song, Q. Liu, M. Yang, J. Transactions, 44: 8379-8393, 2015 U. Ryan, Validation of cell-free culture Zhao, R. Tan, J. Xu, G. Zhang, J.M.W. 193. M.V. Werrett, P.J. Wright, P.V. using scanning electron microscopy Quinn, J. Tickner and J. Xu, Berberine Simpson, P. Raiteri, B.W. Skelton, (SEM) and gene expression studies, sulfate attenuates osteoclast S. Stagni, A.G. Buckley, P.J. Rigby Experimental Parasitology, 153: 55-62, differentiation through RANKL induced and M. Massi, Rhenium tetrazolato 2015 NF-kappa B and NFAT pathways, complexes coordinated to thioalkyl- International Journal of Molecular 201. J. Yang, F. Meng, X. Xu, P.T. Robinson, functionalised phenanthroline Sciences, 16(11): 27087-27096, 2015 Y.D. Dilek, A.B. Makeyev, R. Wirth, M. ligands: Synthesis, photophysical Wiedenbeck and J.B. Cliff, Diamonds, 208. J-W. Zia, B. Rasmussen, J.R. Muhling, characterisation, and incubation in live native elements and metal alloys from I.R. Fletcher, A.M. Thorne, S.P. Johnson, HeLa cells, Dalton Transactions, 44: chromitites of the Ray-Iz ophiolite of H.N. Cutten, D.J. Dunkley and F.J. 20636-20647, 2015 the Polar Urals, Gondwana Research, Korhonen, In situ U–Pb geochronology 194. D.T. Wijeratne, J. Rodger, H.J. Wallace, 27: 459-485, 2015 of xenotime and monazite from the S. Maghami, M. Sykes, F.M. Wood and Abrapolymetallic deposit in the 202. W. Yuan, Y. Cheng, P.K. Shen, C.M. Li M.W. Fear, Ephrin-A2 and Ephrin-5 Capricorn Orogen, Australia: Dating and S.P. Jiang, Significance of wall are important for the functional hydrothermal mineralization and fluid number on the carbon nanotube development of cutaneous innervation flow in a long-lived crustal structure, support-promoted electrocatalytic in a mouse model, Journal of Precambrian Research, 260: 91-112, activity of Pt NPs towards methanol/ Investigative Dermatology, 135: 632- 2015 formic acid oxidation reactions in 635, 2015 direct alcohol fuel cells, Journal of 195. P. Wijesinghe, R.A. McLaughlin, Materials Chemistry A, 3(5): 1961-1971, D.D. Sampson and B.F. Kennedy, 2015 Parametric imaging of viscoelasticity 203. E.O. Zappettini, B. Coira, J.O.S. Santos, using optical coherence elastography, C.E. Cisterna and E. Belousova, Physics in Medicine and Biology, 60: Combined U-Pb and Lu-Hf isotope 2293-2307, 2015 study from the Las Lozas volcanics, 196. J-P. Wu, M. Walton, A. Wang, P. northwestern Argentina: evidence of Anderson, T. Wang, T.B. Kirk and M.H. juvenile Cryogenian-derived, lower Zheng, The development of confocal Pennsylvanian volcanism in Western arthroscopy as optical histology for Gondwana, Journal of South American rotator cuff tendinopathy, Journal of Earth Sciences, 59: 13-18, 2015 Microscopy, 259(3): 269-275, 2015 204. G. Zemunik , B.L. Turner, H. Lambers 197. W. Wu, Z. Wan, W. Chen, M. Zhu and and E. Laliberté, Diversity of plant D. Zhang, Synthesis of mesoporous nutrient-acquisition strategies alumina with tunable structural increases during long-term ecosystem properties, Microporous and development, Nature Plants, Article Mesoporous Materials, 217: 12-20, 2015 number: 15050: (1-4), 2015

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cmca.uwa.edu.au 49 Journal covers 2014

X. Chen, N.M. Smith, K. Swaminathan C. K. Hagen, P. R. T. Munro, M. Endrizzi, Iyer, and C.L. Raston. Controlling P. C. Diemoz and A. Olivo Scitation, V. Agarwal, E. S. Tjandra, K. S. Iyer, nanomaterial synthesis, chemical Low-dose phase contrast tomography B. Humfrey, M. Fear, F. M. Wood, S. reactions and self assembly in with conventional x-ray sources, The Dunlop and C. L. Raston, Evaluating dynamic thin films. Chem Soc Rev 43 International Journal of Medical Physics the effects of nacre on human skin (5), March 2014. Research and Practice, 41: 7, 2014. and scar cells in culture. Toxicology Research 3 (4), July 2014.

M.T. Hill and M. C. Gather, Advances in small lasers. Nature Photonics Landscape of nanophotonics 8(12): 908-918, 2014. E. Paynter, B. Baer-Imhoof, M. Linden, T. Lee-Pullen, K. Heel, P. Rigby and B. Baer, W. Koh, A. Thompson, H. Edwards, P. Flow Cytometry as a Rapid and Reliable Monis, and P. L Clode. Extracellular Method to Quantify Sperm Viability in excystation and development of the Honeybee Apis mellifera, Cytometry Cryptosporidium: tracing the fate of 85A: 5, 2014. oocysts within Pseudomonas aquatic biofilm systems. BMC Microbiology 2014, 14:281 doi:10.1186/s12866-014- 0281-8.

50 The University of Western Australia Journal covers 2015

D. D’Alessio, D.M. Lombardo, J. G. P.L. Clode, W.H. Koh, R.C.A. P.L. Clode, A method for preparing Vaughan, B.W. Skelton, K.R. Barnard Thompson. Life without a Host Cell: difficult plant tissues for light and and M. Ogden. Structrual variations What is Cryptosporidium? Trends electron microscopy. Microscopy and in metal complexes of a tertiary in Parasitology 31 (12) December Microanalysis 21 (4) August 2015. a-hydroxyoxime. Dalton Transactions 2015. 44(16) April 2015.

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