Tuesday, 2nd February 24th Australian Conference on Microscopy and Microanalysis 2016

• Mitochondrial ATP synthases and cristae structure - Karen Davies
• Three dimensional scanning probe single-molecule imaging of cells - Jing Fu
• Utilising superresolution and advanced electron microscopy techniques to study cell wall biosynthesis and architecture - Allison M.L. van de Meene
• Do nanopillars kill bacteria by piercing the bacterial membrane? - Chaturanga D. Bandara

• High spatial resolution imaging and X-ray microanalysis in field emission scanning electron microscopes in STEM mode - Raynald Gauvin
• Fast and high spatial resolution x-ray microanalysis imaging and quantification in a field emission scanning electron microscope with an annular silicon drift detector - Hendrix Demers
• Low voltage imaging, X-ray analysis and X-ray mapping in the SEM - Richard Wuhrer
• Depth chemical state analysis from a few nm to several hundred nm using soft X-ray emission spectroscopy - Hideyuki Takahashi

• Two- and three-dimensional angle- and polarization-resolved cathodoluminescence imaging spectroscopy - Albert Polman
• Higher order plasmonic modes excited in silver triangular nanoplates by an electron beam - Vicki J. Keast
• Localized surface plasmon resonance mapping on aluminium voids with three-dimensional nanostructures - Ye Zhu
• SPARC: A cathodoluminescence platform for nanoscale optical spectroscopy in a scanning electron microscope - Toon Coenen

• Nanoscale magnetometry and imaging using the nitrogen-vacancy centre in diamond   - Lloyd C.L. Hollenberg
• A practical and low-cost whole-organism motility assay for drug discovery - Robin Gasser
• Using FLIM to shed light on the neuroprotective mechanism of action of the bis(thiosemicarbazonato) Cu^II(atsm) - Janine L. James
• Mechano-microscopy of cells using laser Doppler vibrometry - Rudra Pratap
• Using 3-dimensional optical projection tomography to study β-cell mass in diabetes - Jingjing Ge

• Exploring microstructure-property-relationships of crystalline materials by application of diffraction techniques (electron backscatter diffraction, EBSD, and electron channelling, ECCI) in the SEM  - Stefan Zaefferer
• Transmission Kikuchi diffraction versus thin-section electron back-scattering diffraction: Advantages and limitations - Azdiar A. Gazder
• Five-parameter characterization of austenite-ferrite interfaces - Nima Haghdadi
• How acquisition parameters affect the spatial resolution of transmission Kikuchi diffraction - Glenn Sneddon
• In-situ synchrotron real-time imaging of soldering: Experiment methods and post experiment analysis - M. A. A. Mohd Salleh

• Vibrational spectroscopy in the electron microscope - Philip E. Batson
• The role of phonon excitation in imaging based on the inelastic scattering of fast electrons - Leslie J. Allen
• Mapping the angular and spatial dependence of phonon scattering using LACBED - Joanne Etheridge
• High-precision but low-accuracy structure factor measurements – A new approach to measuring the thermal vibration of atoms - Philip N.H. Nakashima

Presentation in this session:

Multidimensional & in-situ S/TEM imaging and analysis, challenges and solutions - Dominique Delille

Please note: The symposium is free for full registrants and day registrants on Tuesday 2nd January. However, a pre-registration for the symposium is required. If you wish to book a place, please return to the conference dashboard and reserve this service from the section "Add-ons".

• Clathrin mediated endocytosis in plant cells; Components, cargo and modelling - Staffan Persson
• Multichannel confocal microscopy of breast cancer cells reveals novel steroid receptor interactions - Gerard A. Tarulli
• Impact of respiratory syncytial virus infection on host cell mitochondrial morphology and function  - MengJie Hu
• Differences in cell wall structure may contribute to the physical properties of apple skin and influence fruit quality - Paul W. Sutherland
• Membrane vesicles released from uropathogenic Escherichia coli deliver RNA cargo to human bladder cells - Denis Simonov

• Analytical sensitivity during microanalysis in the next generation S/TEM/AEM - Nestor J. Zaluzec
• Development of ultra-high sensitivity dual SDD system for X-ray analysis with Cs corrected electron microscope - Eiji Okunishi
• Advances in nanoscale analysis by EDS in STEM and SEM - Meiken Falke
• Introducing a new EDS detector design capable of sub 10 nm analytical spatial resolution and high EDS surface sensitivity in a FEG-SEM  - Julie Sheffield-Parker
• A standardless method for actinides quantification by WDS electron probe microanalysis - Aurélien Moy

• Minimum electron budget for maximum structural information of beam-sensitive nanoparticles using quantitative scanning transmission electron microscopy - Sandra Van Aert
• Light alloy structure and dynamics; unlocking solid state phase transformations by aberration corrected stem, image simulation and ab initio calculation - Matthew Weyland
• Towards quantitative mapping of electric fields in ferroelectrics - Daniel J Taplin
• From multiple imaging modes to phase reconstruction by using 4D-STEM datasets - Zhen Chen
• Controlling the spatial origin of STEM signals  - Dan T. Nguyen

Leonda by the Yarra
2 Wallen Rd
Hawthorn VIC 3122

Dinner function starts at 7:00pm

Transfers have been organised from the Melbourne Convention & Exhibition Centre (MCEC) to the Leonda by Yarra, as follows:

Ferry transfer from MCEC to Leonda
Departure time: 5:45pm
Departure point: dock directly outside the Melbourne Convention Centre
Duration: approx 1 hour 15 min
Cost: AUD$15

Bus transfer from Leonda to MCEC 
Departure time: between 10:30pm and 11:00 pm
Duration: approx 20 min
Cost: AUD$10

Please note: A pre-reservation of the transfer(s) is required. If you wish to book a seat on the ferry and/or bus, please return to the conference dashboard and reserve this service from the section "Add-ons".