I am pleased to share our latest work, which has added a new bioink to our portfolio. Bioink utilizes catechol and metal coordination chemistry, exhibits excellent printability.@hatai_jon @minna_kellomaki @Tomi_Kalpio@Kellomaki_Group https://t.co/Fh7r94rcIk
We showcased our catechol chemistry at BIOMAT France, which we have explored for the advancement of injectable, self-healing, and printable bioinks. Thanks to Hatai Jongprasitkul, Sanna Turunen and Prof. Minna Kellomäki. @hatai_jon @minna_kellomaki @coeboc @Kellomaki_Group
Job Alert again https://t.co/FnhDuaadcH 📢 PhD student position in #photochemistry#polymers#nanotechnology is available in our group @ENS_TampereUni. We will be making and/or breaking nanomaterials with light. A lot of collaborations is guaranteed. DL is 30.11.23. Please RT 🙏
Thanks a lot, #SUSBIO @TampereUni for the support of our collaborative journey @ENS_TampereUni @TampereUniMET. I believe it will ignite the spark to lead to something big.
Yesterday my first co-supervised student, Hatai Jongprasitkul defended his PhD thesis work. Excellent presentation and nice story of two step crosslinking approaches for bioink development. Congratulations and good luck for future research. @hatai_jon@Kellomaki_Group @coeboc
Thrilled to share our recent findings: Catechol-based Bioinks that can be tailored with physiological cues, revolutionizing 4D bioprinting possibilities! @hatai_jon @minna_kellomaki @Kellomaki_Group @coeboc @Sanna_M_Turunen@Tomi_Kalpio@WeAreBrinter
https://t.co/IXgHHjIecX
Mussel-mimetic GelMA-based bioink printable at physiological temperature has been developed which will pave a path for 3D tissue engineering. Thanks to all authors @hatai_jon @minna_kellomaki @Kellomaki_Group @coeboc @Tomi_Kalpio@WeAreBrinter
https://t.co/ihdgdJ78j0
Brinter's Product manager, Sanna Turunen, has contributed to a scientific research article about developing a photocrosslinkable gellan gum-based bioink. https://t.co/C18q2a6ob8 #bioprinting#bioink#research#uvcuring#science
We have developed Gellan gum-based biomaterial inks suitable for 3D tissue engineering with promising application in the biomedical field. Special thanks to the CoEBoC consortium and Brinter Ltd. for the support. @Kellomaki_Group @coeboc @WeAreBrinter
https://t.co/32AbI5s5hb
PN Update: Brinter develops Granulate Printing (GP) Process for 3D Printing of pharmaceutical materials https://t.co/WYJqLZNKfY #Brinter#3DPrinting#3DTech
Happy to be topic editor in journal, Frontiers in Chemistry for very interesting topic "Bio-Inspired Functional Materials and Biomaterials: Towards Sustainable and Efficient Catalyst Design" and the issue is now open for submissions.
https://t.co/rTc0q6fxTE