Roberto Villaseñor (@robvillasr) 's Twitter Profile
Roberto Villaseñor

@robvillasr

Scientist harnessing Cell Biology to help develop new medicines. Views are my own.

ID: 732312029780922370

calendar_today16-05-2016 20:49:28

209 Tweet

202 Takipçi

397 Takip Edilen

Claudia Gonzaga-Jauregui (@cgonzagaj) 's Twitter Profile Photo

Please read this beautiful piece by my colleague Daniela Robles @daniela-oaks.bsky.social just pub Nature Genetics on coming back home to Mexico 🇲🇽 to do research, the challenges & the opportunities. I echo her sentiment & perspectives starting my new lab LIIGH UNAM LCG UNAM nature.com/articles/s4158…

Salah Elias (@theeliaslab) 's Twitter Profile Photo

It is interesting how adult stem cell-derived organoids are overlooked in recent reviews. In a few years, people will think organoids are all derived from ESC & IPSC. The first organoids were made by Mina Bissell more than 30y ago using mammary epithelial cells #justsaying

Roberto Villaseñor (@robvillasr) 's Twitter Profile Photo

A pleasure to work with you! The Gri3D array platform is key to upscale this type of assays for applications in drug discovery

Hao Yin (@haoyin20) 's Twitter Profile Photo

#BloodBrainBarrier #Organoid Array Human brain #EndothelialCell (hCMEC/D3) + pericyte + astrocyte Microcavity (φ 600 μm; depth 720 μm) PEG hydrogel > 3000 BBB organoids on a 96-well plate🤠 Dr. Roberto Villaseñor lab Fluids Barriers CNS 2021 Roberto Villaseñor fluidsbarrierscns.biomedcentral.com/articles/10.11…

#BloodBrainBarrier #Organoid Array

Human brain #EndothelialCell (hCMEC/D3) + pericyte + astrocyte

Microcavity (φ 600 μm; depth 720 μm) PEG hydrogel > 3000 BBB organoids on a 96-well plate🤠

Dr. Roberto Villaseñor lab Fluids Barriers CNS 2021 <a href="/Robvillasr/">Roberto Villaseñor</a>
fluidsbarrierscns.biomedcentral.com/articles/10.11…
Endothelial Cell News (@endothelialnews) 's Twitter Profile Photo

Researchers applied a novel #bioengineering approach to generate human blood–brain barrier organoids by the self-assembly of astrocytes, pericytes and brain #endothelial cells with unprecedented throughput using micro patterned hydrogels. bit.ly/39zCBzz

Researchers applied a novel #bioengineering approach to generate human blood–brain barrier organoids by the self-assembly of astrocytes, pericytes and brain #endothelial cells with unprecedented throughput using micro patterned hydrogels. 

bit.ly/39zCBzz
Matthias Lutolf (@thelutolflab) 's Twitter Profile Photo

The Roche ITB has a brand new website: ritb.roche.com! Super excited to be able to shape the ITB together with an exceptional group of scientists & engineers. A unique institute at the industry-academia interface to unlock the potential of #organoids for drug development

The Roche ITB has a brand new website: ritb.roche.com! Super excited to be able to shape the ITB together with an exceptional group of scientists &amp; engineers. A unique institute at the industry-academia interface to unlock the potential of #organoids for drug development
Matthias Lutolf (@thelutolflab) 's Twitter Profile Photo

Are you interested in cancer organoids/tumoroids and their application in drug discovery and development as well as in personalized medicine? Check out this open postdoctoral position at the Roche Institute for Translational Bioengineering (ITB)! careers.roche.com/global/en/job/…

Are you interested in cancer organoids/tumoroids and their application in drug discovery and development as well as in personalized medicine? Check out this open postdoctoral position at the Roche Institute for Translational Bioengineering (ITB)!

careers.roche.com/global/en/job/…
Bio-protocol (@bioprotocolbyte) 's Twitter Profile Photo

NEW: High Throughput Blood-brain Barrier Organoid Generation and Assessment of Receptor-Mediated Antibody Transcytosis Check out this scalable, consistent, and high-yielding #neuroscience #protocol by Elena Kass Roberto Villaseñor et al. ✔️ bit.ly/3vx8fcR

NEW: High Throughput Blood-brain Barrier Organoid Generation and Assessment of Receptor-Mediated Antibody Transcytosis   

Check out this scalable, consistent, and high-yielding  #neuroscience #protocol by <a href="/ekass11/">Elena Kass</a> <a href="/Robvillasr/">Roberto Villaseñor</a> et al. ✔️

bit.ly/3vx8fcR
Carlos Garzon Coral (@coral_garzon) 's Twitter Profile Photo

UPDATE - 🚨 Job opportunity 🚨: good news! if you are a scientist that just** obtained your Diploma/Master's degree, you can also apply for this position. **Within the past 12 months and EU citizen.

Roberto Villaseñor (@robvillasr) 's Twitter Profile Photo

Please have a look at this exciting opportunity. Carlos and the team at the ITB are pushing the boumdaries of in vitro human models and their application to drug discovery!!!!

Roberto Villaseñor (@robvillasr) 's Twitter Profile Photo

It was a super experience to participate at the Brain Barriers meeting in Bari! Great science + great food! Cool findings on barrier regulation, brain delivery and ofc the amazing in vitro models of Martina Colette Bichsel and Lena Jutz.

It was a super experience to participate at the Brain Barriers meeting in Bari! Great science + great food! Cool findings on barrier regulation, brain delivery and ofc the amazing in vitro models of <a href="/Pigoni_Martina/">Martina</a> Colette Bichsel and Lena Jutz.
Will Macnair (@willmacnair) 's Twitter Profile Photo

Bumping this now that hopefully everyone is back from holidays. If you're doing a computational single cell PhD, and you'd like to see what it's like working in industry (I think it's great, personally), please consider applying! And drop me a line if you have any questions :)

Cell Biology J-Club (@cell_club) 's Twitter Profile Photo

Targeting neuronal lysosomal dysfunction caused by β-glucocerebrosidase deficiency with an enzyme-based brain shuttle construct nature.com/articles/s4146…