Fernández-Castañeda et al. showed oligodendrocyte precursor cells contribute to neuroinflammation in mouse models of multiple sclerosis (work by @GaultierAlban group) 9/13 https://t.co/aEMvmQIZlW
Team discovers surprise contributor to multiple sclerosis https://t.co/qjXKYAOgRb The active contribution of OPCs to neuroinflammation is mediated by LRP1 https://t.co/AHHcs47Qkp
The authors of "The active contribution of OPCs to neuroinflammati…" (https://t.co/cNVSPYbAFI) included RRIDs in their paper! We appreciate the author's support of reproducibility. #accelerateopenscience #reproducibility
The active contribution of OPCs to neuroinflammation is mediated by LRP1. https://t.co/fVrcAzfQG1 https://t.co/AowNKRcbZA
RT @NovoronBio: Important #MultipleSclerosis-relevant research. Congratulations @GualtierAlban and team!!! https://t.co/i10G9E06N3
Important #MultipleSclerosis-relevant research. Congratulations @GualtierAlban and team!!!
RT @GaultierAlban: #OPC can do more than #myelination-Congrats to @ThisIsAnthonyFC and my amazing team! https://t.co/HrocioK9sa
RT @UvaScience_Pubs: The active contribution of OPCs to neuroinflammation is mediated by LRP1. https://t.co/YJq6eaMvGz
RT @schirmerlab: The active contribution of OPCs to neuroinflammation is mediated by LRP1 | SpringerLink https://t.co/lIqcV2t68I
The active contribution of OPCs to neuroinflammation is mediated by LRP1 | SpringerLink https://t.co/lIqcV2t68I
RT @ingentium_ms: The active contribution of OPCs to #neuroinflammation is mediated by LRP1. https://t.co/ovk3tuitwX
The active contribution of OPCs to #neuroinflammation is mediated by LRP1. https://t.co/ovk3tuitwX
The active contribution of OPCs to neuroinflammation is mediated by LRP1. https://t.co/YJq6eaMvGz
RT @GaultierAlban: #OPC can do more than #myelination-Congrats to @ThisIsAnthonyFC and my amazing team! https://t.co/HrocioK9sa
RT @GaultierAlban: #OPC can do more than #myelination-Congrats to @ThisIsAnthonyFC and my amazing team! https://t.co/HrocioK9sa
RT @GaultierAlban: #OPC can do more than #myelination-Congrats to @ThisIsAnthonyFC and my amazing team! https://t.co/HrocioK9sa
RT @GaultierAlban: #OPC can do more than #myelination-Congrats to @ThisIsAnthonyFC and my amazing team! https://t.co/HrocioK9sa
Congrats to @ThisIsAnthonyFC for his work on #OPC non canonical functions -Go #UVANGP! https://t.co/Mof9pyNn5d
OPCs regulate neuroinflammation - demonstrated using 2 distinct demyelinating models
RT @GaultierAlban: #OPC can do more than #myelination-Congrats to @ThisIsAnthonyFC and my amazing team! https://t.co/HrocioK9sa
RT @GaultierAlban: #OPC can do more than #myelination-Congrats to @ThisIsAnthonyFC and my amazing team! https://t.co/HrocioK9sa
Exciting new study from our amazing colleagues @GaultierAlban looking at OPCs and neuroinflammation! 👇🏻
RT @GaultierAlban: #OPC can do more than #myelination-Congrats to @ThisIsAnthonyFC and my amazing team! https://t.co/HrocioK9sa
# OPC. Congrats to Gaultier lab. Exciting paper on role of OPC in neuroinflammation.
RT @GaultierAlban: #OPC can do more than #myelination-Congrats to @ThisIsAnthonyFC and my amazing team! https://t.co/HrocioK9sa
RT @GaultierAlban: #OPC can do more than #myelination-Congrats to @ThisIsAnthonyFC and my amazing team! https://t.co/HrocioK9sa
RT @GaultierAlban: #OPC can do more than #myelination-Congrats to @ThisIsAnthonyFC and my amazing team! https://t.co/HrocioK9sa
RT @GaultierAlban: #OPC can do more than #myelination-Congrats to @ThisIsAnthonyFC and my amazing team! https://t.co/HrocioK9sa
Congrats!
#OPC can do more than #myelination-Congrats to @ThisIsAnthonyFC and my amazing team! https://t.co/HrocioK9sa