Tag Archives: OtherPubl

CNBP researchers edit new book

30 October 2017:

A new book edited by A/Prof Anwar Sunna (CNBP Associate Investigator), Dr Andrew Care (CNBP Research Fellow) and Peter Bergquist (Macquarie University) as been published by Springer.

The book, “Peptides and Peptide-based Biomaterials and their Biomedical Applications”, highlights new developments in the applications of peptide and peptide-based biomaterials in biomedicine.

“This is a fast-moving and rapidly expanding research area, which promises to be one of the most significant fields of research in applied biomedicine”, says A/Prof Sunna.

“The work introduces readers to direct applications and translational research at the interface between materials science, protein chemistry and biomedicine.”

Immobilization of enzymes onto solid supports

4 August 2017:

The study on “Solid-binding peptides for immobilization of thermostable enzymes to hydrolyze biomass polysaccharides” by CNBP Researcher Dr Andrew  Care and led by CNBP Associate Investigator  A/Prof Anwar Sunna has been featured on Renewable Energy Global Innovations as a key scientific paper.

The work was originally published in the scientific journal Biotechnology for Biofuels (February, 2017).

 

Want a better camera? Just copy bees!

4 July 2017:

Check out the latest buzz about bees and their extra light-sensing eyes! CNBP CI Prof Andy Greentree is coauthor on a new paper in PNAS, which identifies how the eyes and brains of honeybees work together, to process colour information.

“If we can design technology to mimic the way bees do this, we’ll be able to create better cameras and image-processing systems for drones and robots,” say the researchers in an article on the science news channel ‘The Conversation‘.

 

Social media for research engagement

21 April 2017:

CNBP’s Dr Hannah Brown (pictured), together with Prof Ben Mol, the University of Adelaide and Melinda Cruz, CEO and Founder of Miracle Babies Foundation, believe that social media interaction and scientific activity should go hand-in-hand.

They argue that increased social engagement by scientists with collaborators, the media, governing and funding bodies, government and consumers underlies research success.

Check out their latest written piece, ‘Social media is essential for research engagement‘ in BJOG, an International Journal of Obstetrics and Gynaecology.

CNBP contributes to OSA white paper

Ewa Goldys Low Res Edit 015920 June 2016:

CNBP Deputy Director Prof Ewa Goldys, has taken part in the development of an OSA white paper on the subject of label-free techniques for biomedical diagnostics and imaging.

The white paper, just released, was based on the many contributions to an OSA Incubator event held on 16-18 September 2015 at OSA Headquarters, Washington, DC, USA.

The goal of this event was to evaluate the main bottlenecks for clinical translation of label-free optical techniques including technological and regulatory challenges, to identify potential solutions and to develop a prioritized list of recommendations.

Titled, “Label-free Optical Techniques for Biomedical Diagnostics & Imaging: Challenges and Opportunities for Clinical Translation”, the white paper is accessible online.

New technique for fabricating micro-optical sensors

Stephen Warren-Smith9 February 2016:

Associate Investigator Dr Stephen Warren-Smith at the Institute of Photonic Technology (Jena, Germany) has just published work on a new fabrication technique for creating micro-optical sensors in CNBP optical fibres.

Citation: S. C. Warren-Smith, R. M. André, C. Perrella, J. Dellith, H. Bartelt, “Direct core structuring of microstructured optical fibers using focused ion beam milling,” Optics Express 24 (1), 378-387 (2016).

Website: https://www.osapublishing.org/oe/abstract.cfm?uri=oe-24-1-378

Abstract:

We demonstrate the use of focused ion beam milling to machine optical structures directly into the core of microstructured optical fibers. The particular fiber used was exposed-core microstructured optical fiber, which allowed direct access to the optically guiding core. Two different designs of Fabry-Perot cavity were fabricated and optically characterized. The first cavity was formed by completely removing a section of the fiber core, while the second cavity consisted of a shallow slot milled into the core, leaving the majority of the core intact. This work highlights the possibility of machining complex optical devices directly onto the core of microstructured optical fibers using focused ion beam milling for applications including environmental, chemical, and biological sensing.