Kimia Witte (@kimiawitte) 's Twitter Profile
Kimia Witte

@kimiawitte

Between the Lowland Glasgow and the Highland Strontian. They/Them

ID: 1118504137891692545

calendar_today17-04-2019 13:19:02

257 Tweet

478 Followers

354 Following

Kimia Witte (@kimiawitte) 's Twitter Profile Photo

The possibilities at Glasgow Microelectronics 🏴󠁧󠁢󠁳󠁣󠁴󠁿🇪🇺🇬🇧 are only limited by one’s imagination. Thank you, Prof Hadi Heidari, for hosting me during the visit, and I cannot wait to explore some of those possibilities across campuses.

Kathryn Berg (@kathrynberg_) 's Twitter Profile Photo

A big thank you to @JGjanegreen, Dr Sarah E. Bennett, SEDSConnective, Dr Catherine Crompton, Sinead Rhodes and Kimia Witte for all of their advice and support with this section of the #TranslatingResearchIntoChange report! Read here: books.ed.ac.uk/edinburgh-diam…

Cell^3 (@cell_cubed) 's Twitter Profile Photo

Ema Strakova, an artist and first-year biomedical engineering undergraduate student at Biomed Engineering, joined us for her summer placement to design, 3D print, and test her own microfluidic devices. 🤓

Ema Strakova, an artist and first-year biomedical engineering undergraduate student at <a href="/StrathBiomedEng/">Biomed Engineering</a>, joined us for her summer placement to design, 3D print, and test her own microfluidic devices. 🤓
Kimia Witte (@kimiawitte) 's Twitter Profile Photo

As a bioengineer, it was an insightful experience to be invited to PharmaTech Integrates 2024, in collaboration with National Manufacturing Institute Scotland and CPI, to join a panel discussion on the oligonucleotide and peptide revolution, and its impact on patients, the NHS, and the UK economy.

As a bioengineer, it was an insightful experience to be invited to PharmaTech Integrates 2024, in collaboration with <a href="/NMIS_group/">National Manufacturing Institute Scotland</a> and <a href="/ukCPI/">CPI</a>, to join a panel discussion on the oligonucleotide and peptide revolution, and its impact on patients, the NHS, and the UK economy.
Cell^3 (@cell_cubed) 's Twitter Profile Photo

The beautiful PhDs are inspiring the new cohort of Biomed Engineering MSc students with playful bioengineering, exploring the fundamental biophysics of living cells and its applied translation in the nervous system for regenerative medicine, disease modeling, and drug discovery.

The beautiful PhDs are inspiring the new cohort of <a href="/StrathBiomedEng/">Biomed Engineering</a> MSc students with playful bioengineering, exploring the fundamental biophysics of living cells and its applied translation in the nervous system for regenerative medicine, disease modeling, and drug discovery.
Kimia Witte (@kimiawitte) 's Twitter Profile Photo

Thank you to @morenorse, the only one I know who could beautifully sketch my fast-paced talk, ‘From Bone to Brain via Cartilage: Becoming More Cell-Agnostic’, at the CeMi seminar Centre for the Cellular Microenvironment.

Thank you to @morenorse, the only one I know who could beautifully sketch my fast-paced talk, ‘From Bone to Brain via Cartilage: Becoming More Cell-Agnostic’, at the CeMi seminar <a href="/theglasgowcemi/">Centre for the Cellular Microenvironment</a>.
Cell^3 (@cell_cubed) 's Twitter Profile Photo

To develop brain vascular organoid models, we need brains—and our new PhD student, Nerea Nerea Caro, with her beautiful brain, will help us create them using stem cells.

To develop brain vascular organoid models, we need brains—and our new PhD student, Nerea <a href="/nereacg2908/">Nerea Caro</a>, with her beautiful brain, will help us create them using stem cells.