simon moulton (@simonmoulton2) 's Twitter Profile
simon moulton

@simonmoulton2

Biomaterials researcher at Swinburne University of Technology. Specific focus in nerve and muscle repair incorporating advanced drug delivery systems.

ID: 3319825406

calendar_today19-08-2015 08:57:48

32 Tweet

159 Followers

77 Following

Gordon Wallace (@gordongwallace) 's Twitter Profile Photo

Pls retweet. We are bringing together scientists - engineers- clinicians -ethicists -regulators to forge the most efficient and effective way forward in using #3Dbiofabrication to tackle medical challenges. You really do not want to miss this ! Get those abstracts in !

Tim Peake (@astro_timpeake) 's Twitter Profile Photo

I'd like to apologise to the lady I just called by mistake saying 'Hello, is this planet Earth?' - not a prank call...just a wrong number!

simon moulton (@simonmoulton2) 's Twitter Profile Photo

Another example of the expertise provided by Sinclair+May Law​ - Melbourne Online entrepreneur set to lock horns with copycat smh.com.au/small-business… via The Sydney Morning Herald

Gordon Wallace (@gordongwallace) 's Twitter Profile Photo

Great to welcome colleagues from the #medical profession around Australia TO ACES clinical connections workshop A special thank you to the delegation from #ASAN medical in Seoul Korea #3dbioprinting #research #innovation

Great to welcome colleagues from the #medical profession around Australia TO <a href="/ARC_ACES/">ACES</a> clinical connections workshop A special thank you to the delegation from #ASAN medical in Seoul Korea #3dbioprinting #research #innovation
Vicky Wallace (@vickyvwallace) 's Twitter Profile Photo

In Sydney on the 21st Feb? The NSW #Science and #Research Breakfast series is hosting a talk from our #onlinecourse #FLbioprint educator Prof. Gordon Wallace '3D Printing, Bioprinters and Clinical Application' at Parliament House, Sydney. To register visit chiefscientist.nsw.gov.au/science-and-re…

The Social Science (@thesocialsci) 's Twitter Profile Photo

Polymers are cool too! 3D printing can produce plastic prosthetics that are cost-effective, particularly for growing children who need prosthetics that need to be retooled constantly.