New #preprint from the lab: using the CD3-zeta gene as an integration locus to redirect T and NK cells with CARs ๐
Great work by led by @jonas_kath!
Following @j_eyquem TRAC approach, we ventured for an alternative locus suitable for more cell types.
https://t.co/LnA6SrRFsJ
How is Salmonella prepared for efficient host cell invasion? Read more about the dynamic interplay between # Bacterial Flagellum and #SPI-1 during the Salmonella infection cycle in a recent work of our group @Salmo_Lab, @DoaaOsamaSaleh in #PLOSPathogens https://t.co/pSZwhoLn2D
Reshaping breast cancer's collagen matrix improved T cell infiltration and tumor control in mice.
Could an anti-DDR1 mAb be the next weapon in our immunotherapy arsenal against solid tumors?
@MechanoImmunLab & I discuss the exciting findings by Sun et al @Nature 2021.
Finally its online ! together with @Vogel_Lab@LabOxenius @MortezaAramesh special thanks to @MichaelLDustin financial support from @HFSP@SNF Nanoconfinement of microvilli alters gene expression and boosts T cell activation https://t.co/TXF58h7H63
Our collaborative work in a newspaper ๐ช @schuetzlab @huppalab #immunology#mechanobiology Entscheidende Zerreiรprobe: Wie T-Zellen Krankheitserreger erkennen https://t.co/iwmyvGZXtY
Viola Vogel @Vogel_Lab, Bioingenieurin @ETH, erforscht als Einstein Visiting Fellow @BIH_Innovations @ChariteBerlin die mechanischen Krรคfte in Zellen. Im Podcast teilt sie ihr Nano-Wissen wie ihre Sicht auf's groรe Ganze: #Pandemie, #Politik & #Forschung โก๏ธhttps://t.co/f2rdkhUazV
Our new paper on: Nanoconfinement of Microvilli Alters Gene Expression and Boosts T cell Activation. together with @Vogel_Lab@LabOxenius funding from @HFSP . https://t.co/DCrZuivx97
our latest paper together with researchers in Australia: Nuclear Leukocyte Immunoglobulin-like Receptor A3 Is Monomeric and Is Involved in Multiple Layers of Regulated Gene Expression and Translation https://t.co/khbMH6s3W2