Research & Development Topics Conference Prize Winners 2017

There was a very high calibre of presentations given at this years R&D Topics Conference, and the judges all expressed how impressed they were with the standard of work and presentations. We would like to thank and congratulate all the participants for their efforts this year. 

We are also happy to announce the Research & Development Topics Conference prize winners below.

2017 PRIZE WINNERS

Congratulations to all our Oral and Poster Prize winners as well as everyone who presented at this year's R&D Topics Conference.

ORAL PRESENTATION AWARDEES

SHIMADZU PRESENTATION PRIZE

Adam T. Sutton

University of South Australia

"How Good is Capillary Electrophoresis for Studying Interactions?"

 

ORAL PRESENTATION - 1ST PLACE

Shiwangni Rao

Charles Sturt University

"The Effect of Enivronment on Grain Composition and Functionality"

 

ORAL PRESENTATION - 2nd PLACE

Charles Croft

University of Melbourne

"Separation of Lanthanum, Gadolinium and Ytterbium from Sulfuric Acid Solutions using a Polymer Inclusion Membrane"

 
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ORAL PRESENTATION - 3rd PLACE

Muhammad A. Zenaidee

University of New South Wales

"Peptide Ion "Supercharging" in Liquid Chromatography Mass Spectrometry for Improving High-throughput Shotgun Proteomics"

POSTER PRESENTATION AWARDEES

POSTER PRESENTATION - 1st PLACE

Chester M. Vera

Western Sydney University

"Comparing the Selectivity of Chiral Separation of D- and L-FMOC Amino Acids in HPLC and SFC; Evaluating throughput Economic and Environmental Impact"

 

POSTER PRESENTATION - 2nd PLACE

Mar-dean Du Plessis

Western Sydney University

"Characterising Proteins using Free Solution Capillary Electrophoresis"

 

POSTER PRESENTATION - 2nd PLACE

Laura Jeffress

University of New South Wales

"Using Matrix-assisted Laser-desorption Ionisation Mass Spectroscopy Imaging for Lipidomics of Single MCF-7 Cells"

HIGHLY COMMENDED POSTER PRESENTATIONS

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Mónica Alves

University of Tasmania

"Separations and surface characterization of iron oxide nanoparticles by capillary zone electrophoresis"