Proud to share collaborative work with LBR PhD student Victoria Ptasinski @AstraZeneca to induce aberrant epithelial cells recently discovered in single cell IPF data using human iPSC-derived lung alveolospheres. #drugdiscovery#diseasemodeling. @LuWcmm @Lund_Stem@Alsafadi_HN
Alveolar cells are injured in IPF. Ptasinski et al. have developed a model with alveolar organoids derived from human induced pluripotent stem cells (iPSC), in which they induced KRT17+ alveolar transitional cells by stimulation with a fibrosis cocktail. @DWagnerLab@AstraZeneca
https://t.co/bX5Ekf8ogr
@Schiaparelli Little did you know the world leaders for lung regeneration and new therapies for patients with lung disease are meeting this week and kicked off virtually today #vtstemcell2021. Thanks @bellahadid for bringing attention to the 3D beauty of the lungs.#lungcouture
@StemVt@EuroRespSoc has short-term fellowships to facilitate exchange of young scientists between labs which are perfect for methods - incoming to European countries from within or outside Europe and outgoing from European countries to another country. @EarlyCareerERS#vtstemcell2021
Relaxing weekend read written by RESPIRE3 Fellow @sinem_tas86 about her project to "3D print lungs: hope to chronic lung disease patients." For the scientists out there attending @StemVt, you can talk to Sinem on Wed. at Poster Session 2 about her work. https://t.co/wpvtun9yMn
@SonejiLab @Alsafadi_HN@JStegmayr@LBIC_Lund@Lund_Stem Not sure where this journey will lead us @SonejiLab, but it is super cool to get virtual hands on data like this. Dreaming about the day your VR world meets ours...
Pedal to the metal! Doing final data visualization and analysis for @Alsafadi_HN talk at #VTStemCell2021. @JStegmayr traveling through 3D renderings of murine lung lobes in VR from light sheet fluorescence microscopy with @LBIC_Lund at the control panel. #lunggeeks#weareLBR
Have you ever wanted to make your own lung or organ on a chip? Check out the LBRs new pre-print with first author @sinem_tas86 which describes a new way to make a breathable lung on a chip using 3D printers and a commercially available nanofibrous membrane @Cellevate3D
The benefit of the virtual conference is that the data from @Alsafadi_HN and @JStegmayr can be seen up close on your own screen. We are looking forward to showing you the lung in new ways. #lightsheet#bigdata#patience @M2Lasers
Congratulations! Outstanding Abstract Achievement Award winners #VTStemCell2021:
Hani Alsafadi, Ben Calvert, Renata Jurkowska, Aina Martin-Medina +3 to present virtually. Still time to register: https://t.co/1FiGgFOCpz
@RyanLabUSC @DWagnerLab@idisbaib@Alsafadi_HN@AinaMartin8
Thanks for covering our work in your public outreach module! And a little history lesson on 3D printing and organ transplantation too :) #DreamBig@WCMMLU_school@NikaGvazava3
New advances in bioengineering lung tissue open up opportunities for generating tissue in the laboratory for eventual transplantation and for modelling human lung development, disease and regeneration @martina_des @soichishibuya3 @paolodecoppi@DWagnerLab https://t.co/DCEnQL6yke
Proud of the public outreach efforts of the WCMM Research School #3 and LBR members @NikaGvazava3 and @RehnbergEmil for bringing attention to mini organs in the lab for studying disease and potential therapies.
Trainees of the 3rd WCMM Research School explain the use of miniature organs in biomedical research. @lunduniversity@medfak_LU @LuWcmm https://t.co/VuOFIGbaIE
@sniffy_mcads @blr12240@Sanders7800@thehill If I publish anywhere, then no one else can patent it (including me). You can read more about this here: https://t.co/5sNBGP1u4K (Novelty And Non-Obviousness, Conditions For Obtaining A Patent
@sniffy_mcads @blr12240@Sanders7800@thehill This is the really cool thing about the US finally joining the rest of the world in 'first to file instead of 'first to invent'.