New paper published recently 🎉
Imaging Cerebral Arteries Tortuosity and Velocities by Transcranial Doppler Ultrasound Is a Reliable Assessment of Brain Aneurysm in Mouse Models https://t.co/sse7LfNhi1
@Team6LVTSINSERM
Very excited to share a new story from @kipnislab led by @Drieu_Antoine in collaboration with many others from within&outside our lab on parenchymal border macrophages (PBMs) in regulation of CSF flow with implications to aging and Alzheimer's disease || https://t.co/CbBWljpT2D
Out today and freely available, a tool many in the image analysis community have been waiting for!
PyImageJ: A library for integrating ImageJ and Python
@EliceiriK@UWMadisonLOCI@ctrueden@CiminiLab@DrAnneCarpenter
https://t.co/2sjWSfJJ8n
In a new paper in Nature, scientists looked at candidates for reversing dysregulated gene expression in Alzheimer's disease and guess what outperformed all tested drugs? Exercise.
Why isn't this front page news?
PN-1 is a glycoprotein that inhibits thrombin and other proteases in the plasminergic system, but how can we measure it?
@Team6LVTSINSERM and colleagues developed a NOVEL lab assay to do just that! #RPTHMethods https://t.co/wPqOcimaM9
Thrilled to share our latest work in @ScienceAdvances. We have developped #ImmunoMRI method using #biodegradable & ultrasensitive microprobes #M3P, which allows immune diseases follow-up #IBD, #stroke, #MS...Thanks 🫶🏻 to funders & collaborators ⚫️🩻🧠https://t.co/9nvIY7ZSUE
Great pleasure to announce that our work "PAI-1 production by reactive astrocytes drives tissue dysfibrinolysis in multiple sclerosis models" is now available!
Many thanks to all co-authors https://t.co/QndjO3gllt
@ViviensLab1@BbCaen@fabian_docagne@BoulayAC@CohenSalmonMar2
Congrats Estelle Louet, Ph.D, Martina Glavan for your work. Thank you Cyrille Orset for the supervision and Denis Vivien for the collaboration on this project !
bb@c, Blood and Brain Caen normandie; Inserm
#collaboration#preclinicalresearch https://t.co/9jYvZmczKm
Very excited to share our new story on the "missing link" for brain's immunity || Skull and vertebral bone marrow are myeloid cell reservoirs for the meninges and CNS parenchyma https://t.co/NsdFLOBNGD
Happy to share our new paper led by @st_heindl in @JExpMed: Why is Natalizumab not effective in the chronic phase after stroke? Because T cells proliferate chronically in the brain and evade the targeting by peripheral drugs! https://t.co/h3Dm4iKIcY