Last call for applications to join our team as a senior postdoc!
You will develop hydrogels for direct laser writing and apply them for some cool cell studies. The role also involves some teaching and mentoring. Applications close 12th Jan
https://t.co/lSxhhQw438
1 week to go- apply to our team as a senior postdoc developing new hydrogels for direct laser writing and applying them to study mechanobiology. Also an opportunity to grow your teaching and leadership skills. Closing 12/1/25 https://t.co/2p0rSdhCNF...
Applications are still open to join our team as a senior postdoc to develop new hydrogels for direct laser writing and apply them to study cell mechanics. Also an opportunity for mentoring in teaching and leadership. Applications due 12/1/25 https://t.co/2p0rSdiaDd...
Join our team! We are looking for a senior postdoc to develop new hydrogels for direct laser writing and apply them to study cell mechanics. Also an opportunity for mentoring in teaching and leadership. Applications due 12/1/25 https://t.co/2p0rSdiaDd...
Congratulations to Helmut Thissen- recipient of the 2024 ASBTE Award for Research Excellence. This award recognizes a member of ASBTE who has made a significant contribution to the discipline of biomaterials and tissue engineering.
@Khoonono
Introducing our new FBSE Fellows - well deserved recognition of their contributions to the field @mca178 @AndreaJOConnor@docswise and Helmut Thissen. @2024Wbc
ASBTE’ers- as the @2024Wbc kicks off, tag @ASBTE1 and let know all about your presentations/posters, conference selfies etc. We would love to see them!
EVENT | 27 June | 2pm to 3pm AEST| @MonashMIME and @GCI_Research welcome Dr Patrick Stayton from @UW. Dr Stayton is a world leader in biomaterials engineering, with clinically impactful work in diagnostics, therapeutics and regenerative medicine.
More: https://t.co/MSmbmcB6UX
@SurakshyaShres3’s paper is out! She discovered how miRNAs regulate fatty acid signalling to promote osteogenesis and designed a clever system for miRNA delivery where both the miRNAs and transfection agent boost bone formation.
https://t.co/G1TzQamI4K
@MonashMSE@ASBTE1