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

@cell_cubed

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calendar_today24-03-2023 06:42:14

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

Our science tea party is growing with @HuddaShruti joining us to help not only with BBB organoid fabrication but also with TEER measurement of these organoids @mics_research.

Our science tea party is growing with @HuddaShruti joining us to help not only with BBB organoid fabrication but also with TEER measurement of these organoids @mics_research.
Kimia Witte (@kimiawitte) 's Twitter Profile Photo

As a new PI, It was fun showing the Friends of Tenovus Tenovus Scotland the progress of the lab I’m building from scratch in Biomed Engineering, partly funded by my first external grant from them. 🌱

As a new PI, It was fun showing the Friends of Tenovus <a href="/TenovusScotland/">Tenovus Scotland</a> the progress of the lab I’m building from scratch in <a href="/StrathBiomedEng/">Biomed Engineering</a>, partly funded by my first external grant from them. 🌱
Glasgow Microelectronics 🏴󠁧󠁢󠁳󠁣󠁴󠁿🇪🇺🇬🇧 (@melabg) 's Twitter Profile Photo

We had a fantastic time hosting Dr Kimia Witte from the University of Department of Biomedical Engineering, University of Strathclyde in our labs, discussing future collaboration on brain research 🧠. Looking forward to some groundbreaking work together!

We had a fantastic time hosting Dr <a href="/KimiaWitte/">Kimia Witte</a> from the University of Department of Biomedical Engineering, <a href="/UniStrathclyde/">University of Strathclyde</a> in our labs, discussing future collaboration on brain research 🧠. Looking forward to some groundbreaking work together!
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.

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

With a master project in ‘Active Nematics in Biological Systems’ now evolving into a PhD exploring computation with bioactive matter, we are excited for years of countless cups of tea and coffee with Lorna @LornaMerrett while making sense of the biophysics of living beings!

With a master project in ‘Active Nematics in Biological Systems’ now evolving into a PhD exploring computation with bioactive matter, we are excited for years of countless cups of tea and coffee with Lorna @LornaMerrett while making sense of the biophysics of living beings!
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.
Cell^3 (@cell_cubed) 's Twitter Profile Photo

New mug, new brain! Connie Connie 🌿 has just started her PhD journey with us, helping bring the Living Paint of the Vertical Forest to the walls of urban spaces, while studying the impact of acoustics on microbial communities along the way. 🌱

New mug, new brain! Connie <a href="/Con_JMcFadden/">Connie 🌿</a> has just started her PhD journey with us, helping bring the Living Paint of the Vertical Forest to the walls of urban spaces, while studying the impact of acoustics on microbial communities along the way. 🌱
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.