Latest research from my group. An N-glycosylated protein, PTTG1IP, can be utilised to load extracellular vesicles with therapeutic cargo molecules. @IdrmOxford@OxPaediatrics@OxfordDPAG
https://t.co/lByRlMd07V
In fifth, Tom Roberts of the @RiboMedicine lab shared an important cautionary note on non-EV materials that may be present in growth media: "EV-mediated promotion of myogenic differentiation is dependent on dose, collection medium, and isolation method" https://t.co/wkML385JOO
What else is in our preparations of #ExtracellularVesicles? Might these co-isolates contribute to effects of an #EVPreparation? Join #EVClub with Tom Roberts this week to learn more about the importance of "dose, collection medium, and isolation method"
Wed 11 Oct 12 noon EDT/5 PM UK/18.00 CEST
Need the login? https://t.co/rlKrHe0rTg
See the paper: https://t.co/i7NuChCjjF
@IdrmOxford@RiboMedicine@IsevOrg @IsevComms @LabWitwer
For readers interested in the pipeline of therapeutics for Duchenne muscular dystrophy, here's a comprehensive review that has just been published https://t.co/fDM9pnfyfy
My recent review of the therapeutic landscape for Duchenne muscular dystrophy, focusing on dystrophin restoration therapies @IdrmOxford@OxPaediatrics#DMD#Duchenne#dystrophin https://t.co/U1xAVf3olq
Latest @biorxivpreprint preprint from @AndaloussiLab in collaboration with our group: Multimodal engineering of extracellular vesicles for efficient intracellular protein delivery https://t.co/EKihOpAX4k @IdrmOxford
Recent work from our our group led by Dr Yulia Lomonosova on the role of eEF2k/eEF2 in disuse atrophy https://t.co/beoSu5Px5x @IdrmOxford@CatherynLim88
Some local media coverage of our upcoming involvement in the MDUK 10k run - fundraising for muscular dystrophy research @MDUK_News@IdrmOxford https://t.co/rKlueUw1Aj
IDRM Researcher Tom Roberts @RiboMedicine is one of our many researchers joining the Oxford Town and Gown 10k event, on Sunday 14 May. @MDUK_News
To read more: https://t.co/vQQVNIobTB