Rossjohn lab (@rossjohnlab) 's Twitter Profile
Rossjohn lab

@rossjohnlab

Led by Prof @Jamie_Rossjohn FRS we are focused on understanding molecular bases underpinning protective and aberrant immunity

ID: 2682157160

linkhttps://rossjohnlab.com calendar_today26-07-2014 11:43:04

4,4K Tweet

1,1K Followers

683 Following

Australian Athletics (@australianaths) 's Twitter Profile Photo

Tokyo qualified! 💥 Isobel Batt-Doyle storms home in 2:22:59 at the Valencia Marathon, finishing 8th overall in the women's field. Izzi also met the qualifying standard for the Tokyo World Athletics Championships next September after skyrocketing to third on the Australian

Tokyo qualified! 💥

Isobel Batt-Doyle storms home in 2:22:59 at the Valencia Marathon, finishing 8th overall in the women's field. Izzi also met the qualifying standard for the Tokyo World Athletics Championships next September after skyrocketing to third on the Australian
Immutep (@immutep) 's Twitter Profile Photo

Immutep in collab with Rossjohn lab first to publish structure of LAG-3/HLA-II complex & resolve how human LAG-3 binds to its main ligand, providing better foundation for development of blocking #LAG3 therapeutics incl its own small molecule program. bit.ly/3DkXnp2

<a href="/Immutep/">Immutep</a> in collab with <a href="/RossjohnLab/">Rossjohn lab</a> first to publish structure of LAG-3/HLA-II complex &amp; resolve how human LAG-3 binds to its main ligand, providing better foundation for development of blocking #LAG3 therapeutics incl its own small molecule program.

bit.ly/3DkXnp2
Biology+AI Daily (@biologyaidaily) 's Twitter Profile Photo

Fast and accurate modeling of TCR-peptide-MHC complexes using tFold-TCR 1. tFold-TCR introduces a high-throughput, end-to-end method for predicting TCR-peptide-MHC (TCR-pMHC) complex structures, overcoming challenges in TCR-pMHC interactions and enabling rapid and precise 3D

Fast and accurate modeling of TCR-peptide-MHC complexes using tFold-TCR

1. tFold-TCR introduces a high-throughput, end-to-end method for predicting TCR-peptide-MHC (TCR-pMHC) complex structures, overcoming challenges in TCR-pMHC interactions and enabling rapid and precise 3D
Rossjohn lab (@rossjohnlab) 's Twitter Profile Photo

Latest paper from lab, where Awad et al describe how cigarette smoke impacts that MAIT-MR1 axis and implications for lung diseases. In collaboration with Fairlie, Hansbro and Corbett labs doi.org/10.1084/jem.20… Monash Biomedicine Discovery Institute NHMRC Wael Awad Monash University Prof. Jamie Rossjohn Journal of Experimental Medicine

Ricky Johnstone (@johnstonericky) 's Twitter Profile Photo

science.org/doi/10.1126/sc… First paper from the The Johnstone Lab for the year and a brilliant collaboration with Doherty Institute colleagues Dan Utzschneider and Alex Kallies. Thanks to all Peter Mac Research Peter Mac Cancer Centre for help and support and great job Dane Newman and Leonie Cluse!

Kedzierska Lab (@kedzierskalab) 's Twitter Profile Photo

Our latest study Science Immunology identifies the molecular determinants of cross-reactive B35/NP418-restricted CD8+ T cells across IAVs from 1918 H1N1 to 2024 H5N1, and assesses their functionality. Katherine Kedzierska Rossjohn lab science.org/doi/10.1126/sc…

Science Immunology (@sciimmunology) 's Twitter Profile Photo

Researchers in Science #Immunology have identified CD8+ T cells from human donors that can recognize naturally occurring influenza variants spanning more than 100 years, including the 1918 influenza A and 2024 #H5N1. Prof. Jamie Rossjohn Kedzierska Lab scim.ag/4hpSzh1

Researchers in Science #Immunology have identified CD8+ T cells from human donors that can recognize naturally occurring influenza variants spanning more than 100 years, including the 1918 influenza A and 2024 #H5N1. <a href="/Jamie_Rossjohn/">Prof. Jamie Rossjohn</a> <a href="/kedzierskalab/">Kedzierska Lab</a> 

scim.ag/4hpSzh1
Bruno Silva-Santos (@bsilva_santos) 's Twitter Profile Photo

Our latest paper demonstrating the potential of “our” DOT cells against colorectal cancer has just been published in Nature Cancer: rdcu.be/ehYwG Many congrats to the whole team, especially Rafa Blanco Domínguez! :)

Our latest paper demonstrating the potential of “our” DOT cells against colorectal cancer has just been published in <a href="/NatureCancer/">Nature Cancer</a>:
rdcu.be/ehYwG
Many congrats to the whole team, especially <a href="/RafaelBlancoDom/">Rafa Blanco Domínguez</a>! :)
Kedzierska Lab (@kedzierskalab) 's Twitter Profile Photo

Your immune system gradually loses it top team players when we get older 👱➡️👵 Our study in eBioMedicine – The Lancet Discovery Science investigates how long our good immune cells stay around – a 🧵⬇️ go.unimelb.edu.au/4sep Carolien van de Sandt Katherine Kedzierska Doherty Institute #Influenza #AgingResearch

Your immune system gradually loses it top team players when we get older 👱➡️👵
Our study in <a href="/eBioMedicine/">eBioMedicine – The Lancet Discovery Science</a> investigates how long our good immune cells stay around – a 🧵⬇️ go.unimelb.edu.au/4sep
<a href="/CvandeSandt/">Carolien van de Sandt</a> <a href="/KatherineKedz/">Katherine Kedzierska</a> <a href="/TheDohertyInst/">Doherty Institute</a> #Influenza #AgingResearch
Prof. Jamie Rossjohn (@jamie_rossjohn) 's Twitter Profile Photo

In collaboration with Moody lab, latest paper from Rossjohn lab describing the structure of a lipopeptide bound to a MHC-I like molecule found in chickens - hopefully this study will not ruffle too many feathers.