In Vivo Dual RNA-Seq Analysis Reveals the Basis for Differential Tissue Tropism of Clinical Isolates of Streptococcus pneumoniae published as: https://t.co/W6c3dcpEhO #Communications_Biology #biorxiv
RT @CommsBio: Minhas, Aprianto et al. apply dual RNA seq to a set of related Streptococcus pneumoniae strains to find that differential neu…
RT @CommsBio: Minhas, Aprianto et al. apply dual RNA seq to a set of related Streptococcus pneumoniae strains to find that differential neu…
RT @CommsBio: Minhas, Aprianto et al. apply dual RNA seq to a set of related Streptococcus pneumoniae strains to find that differential neu…
Minhas, Aprianto et al. apply dual RNA seq to a set of related Streptococcus pneumoniae strains to find that differential neutrophil recruitment explains different tissue tropism of these strains https://t.co/LhaXi0Y0Ah
RT @CompBiolPapers: In vivo dual RNA-seq reveals that neutrophil recruitment underlies differential tissue tropism of Streptococcus pneumon…
https://t.co/SAEbjL8EJr In Vivo Dual RNA-seq Reveals That Neutrophil Recruitment Underlies Differential Tissue Tropism of Streptococcus Pneumoniae - PubMed https://t.co/esJduB3jSK Streptococcus pneumoniae is a genetically diverse human-adapted pathogen c
In vivo dual RNA-seq reveals that neutrophil recruitment underlies differential tissue tropism of Streptococcus pneumoniae. https://t.co/kTecS5VsZo
RT @JWVeening: Cool work by @vikrant_minhas & @RiezaApr in a collaboration with the Paton/Trappetti lab now published @CommsBio! We did dua…
RT @RiezaApr: I started my PhD with pneumococcal dual RNA-seq on lung cell culture (2016). Here we use dual RNA-seq on mouse lung tissue (2…
RT @JWVeening: Cool work by @vikrant_minhas & @RiezaApr in a collaboration with the Paton/Trappetti lab now published @CommsBio! We did dua…
I started my PhD with pneumococcal dual RNA-seq on lung cell culture (2016). Here we use dual RNA-seq on mouse lung tissue (2020). Next step is to see systemic effect of pneumococcal infection on whole organism! (??).
RT @JWVeening: Cool work by @vikrant_minhas & @RiezaApr in a collaboration with the Paton/Trappetti lab now published @CommsBio! We did dua…
RT @JWVeening: Cool work by @vikrant_minhas & @RiezaApr in a collaboration with the Paton/Trappetti lab now published @CommsBio! We did dua…
Congrats Vik and team!
RT @JWVeening: Cool work by @vikrant_minhas & @RiezaApr in a collaboration with the Paton/Trappetti lab now published @CommsBio! We did dua…
RT @JWVeening: Cool work by @vikrant_minhas & @RiezaApr in a collaboration with the Paton/Trappetti lab now published @CommsBio! We did dua…
RT @JWVeening: Cool work by @vikrant_minhas & @RiezaApr in a collaboration with the Paton/Trappetti lab now published @CommsBio! We did dua…
RT @JWVeening: Cool work by @vikrant_minhas & @RiezaApr in a collaboration with the Paton/Trappetti lab now published @CommsBio! We did dua…
RT @JWVeening: Cool work by @vikrant_minhas & @RiezaApr in a collaboration with the Paton/Trappetti lab now published @CommsBio! We did dua…
Well done @vikrant_minhas! 🎉
Cool work by @vikrant_minhas & @RiezaApr in a collaboration with the Paton/Trappetti lab now published @CommsBio! We did dual RNA-seq on lungs of mice infected with pneumococci providing insights why a single SNP in a regulator causes different disease