Bridging Bio-Nano Science and Cancer Nanomedicine

How diseases can be targeted using nanotechnology – and why it’s difficult

Monash University signs licensing deal for novel drug delivery technology

2017 Australian Museum Eureka Prize recipient: CBNS CI, Professor Justin Gooding. Copyright: 2017 Getty Images

Science students benefit greatly from mentorship regime……… The Australian 23 August 2017

‘MIPS and CBNS scientists collaborate on study that seeks improved cure for flu’

CBNS CI, Associate Professor Kris Thurecht part of new ARC training centre

MIPS and Starpharma awarded STEM+ Business fellowships to further targeted delivery technologies for cancer

Neuroblastoma tumour blood supply stopped in its tracks!

Our Research
The research focus of the CBNS is to understand the bio-nano interface to better predict, control and visualise the myriad interactions that occur between nanomaterials and the biological environment.

People

333

View Profiles

Publications

437

Explore

Projects

32

Discover

Collaborations

34+

Collaborate

CBNS @ARCCoEBionano

1 week ago
How diseases can be targeted using nanotechnology – and why it’s difficult
Publication, September 8, 2017 @ConversationEDU https://t.co/wSlsYKPGZs

View on Twitter

Search our site & publications

Latest News

Publications

Bridging Bio-Nano Science and Cancer Nanomedicine

September 19, 2017

Publications

How diseases can be targeted using nanotechnology – and why it’s difficult

September 8, 2017

Press Release

Monash University signs licensing deal for novel drug delivery technology

August 30, 2017

Upcoming Events

23
September

Conference

2017 International Conference on BioNano Innovation – Registrations now closed

University of Queensland
9:00 am

25
September

Conference

9th International Global Virus Network Meeting – Doherty Institute November 25th – 27th – Registrations now closed

Doherty Institute
9:00 am

28
September

Workshop

Animal imaging workshop 2017

Centre for Advanced Imaging, University of Queensland, Building 57, University Dr, St Lucia, QLD 4072
10:00 am

29
September

Workshop

Biomedical applications of engineered antibodies and protein workshop

University of Queensland, Advanced Engineering, Building 49 Room 301
9:00 am

6
October

Seminar

CBNS Node meeting

Cossar Hall, Monash Institute Pharmaceutical Science
12:00 pm

10
October

Workshop

ARC Joint workshop for ECRs: ARC Centre of Excellence for Electromaterials (ACES) and ARC Centre of Excellence in Convergent Bio-Nano Science and Technology (CBNS)

St. Vincent’s Hospital, 41 Victoria Parade, Fitzroy VIC 3065
9:00 am

24
October

Workshop

CBNS Outreach training workshop

The University of Queensland, Law Department (Forgan Smith Building)
10:00 am

17
November

Workshop

Cell imaging workshop for nanomedicine

Biomedical Imaging Facility, Lowy Cancer Research Centre UNSW Australia
9:30 am

Bridging Bio-Nano Science and Cancer Nanomedicine

How diseases can be targeted using nanotechnology – and why it’s difficult

Monash University signs licensing deal for novel drug delivery technology

2017 Australian Museum Eureka Prize recipient: CBNS CI, Professor Justin Gooding. Copyright: 2017 Getty Images

Science students benefit greatly from mentorship regime……… The Australian 23 August 2017

‘MIPS and CBNS scientists collaborate on study that seeks improved cure for flu’

CBNS CI, Associate Professor Kris Thurecht part of new ARC training centre

MIPS and Starpharma awarded STEM+ Business fellowships to further targeted delivery technologies for cancer

Neuroblastoma tumour blood supply stopped in its tracks!

Our Research The research focus of the CBNS is to understand the bio-nano interface to better predict, control and visualise the myriad interactions that occur between nanomaterials and the biological environment.

People

333

Publications

437

Projects

32

Collaborations

34+

Search our site & publications

Latest News

Upcoming Events

Collaborating Universities

Our Research
The research focus of the CBNS is to understand the bio-nano interface to better predict, control and visualise the myriad interactions that occur between nanomaterials and the biological environment.