https://keysym.us/KSStromal26
At #KSStromal26, she will share her insights on CAF-driven immunosuppression in breast cancer.
keysym.us/KSStromal26
At #KSStromal26, she will share her insights on CAF-driven immunosuppression in breast cancer.
keysym.us/KSStromal26
Register by 22nd October. keysym.us/KSStromal26 #KSStromal26
Register by 22nd October. keysym.us/KSStromal26 #KSStromal26
Her team studies how tumours reprogram the local microenvironment to enable systematic malignancies. One of the way tumours predominantly do this is by interacting with #fibroblast.
Register now to hear more! keysym.us/KSStromal26
Her team studies how tumours reprogram the local microenvironment to enable systematic malignancies. One of the way tumours predominantly do this is by interacting with #fibroblast.
Register now to hear more! keysym.us/KSStromal26
We look forward to hearing her speak on how mTORC1 signalling influences lymphatic vessels at #KSStromal26.
Don't miss out - register now!
We look forward to hearing her speak on how mTORC1 signalling influences lymphatic vessels at #KSStromal26.
Don't miss out - register now!
We are delighted to have her present at #KSStromal26.
Register now to not miss out!
We are delighted to have her present at #KSStromal26.
Register now to not miss out!
Prof. Dr. Natalia Pikor's (ETH Zurich) research focuses in understanding how fibroblastic stromal cells influences these key processes.
Register now to find out more!
Prof. Dr. Natalia Pikor's (ETH Zurich) research focuses in understanding how fibroblastic stromal cells influences these key processes.
Register now to find out more!
His research focuses on stromal-immune niches across a range of tissue, spanning from the brain to the intestine.
Register now to find out more! Link in bio. #KSStromal26
His research focuses on stromal-immune niches across a range of tissue, spanning from the brain to the intestine.
Register now to find out more! Link in bio. #KSStromal26
is a Cancer Research UK Senior Fellow with an interest in lymphoid tissue biology.
At #KSStromal26, she'll be sharing her insights on podoplanin - a molecule that controls DC motility within the lymph node.
Register now! Link in bio.
is a Cancer Research UK Senior Fellow with an interest in lymphoid tissue biology.
At #KSStromal26, she'll be sharing her insights on podoplanin - a molecule that controls DC motility within the lymph node.
Register now! Link in bio.
In #KSStromal26, he will be sharing his insights behind fibroblast specialisation.
Wanna hear more? Register now: keysym.us/KSStromal26
In #KSStromal26, he will be sharing his insights behind fibroblast specialisation.
Wanna hear more? Register now: keysym.us/KSStromal26
Register now!
keysym.us/KSStromal26
Register now!
keysym.us/KSStromal26
Dr Sheila Stewert (University of Washington), whose research focuses on how age-related #stromal changes drive cancer development, might have the answer.
Register now to hear her insights at #KSStromal26!
Dr Sheila Stewert (University of Washington), whose research focuses on how age-related #stromal changes drive cancer development, might have the answer.
Register now to hear her insights at #KSStromal26!
Join us at #KSStromal26 to hear his take on how the mechanical environment shapes stromal activation. 🧫
#immunology #myofibroblast
Join us at #KSStromal26 to hear his take on how the mechanical environment shapes stromal activation. 🧫
#immunology #myofibroblast
Register now to hear him share his insights on anti-fibrotic therapeutics #KSStromal26 #stromalimmunology✨
Register now to hear him share his insights on anti-fibrotic therapeutics #KSStromal26 #stromalimmunology✨