Our open access opinion in @Brain1878 on the disappointing C9 ASO trials and next steps to deliver an effective treatment for C9ALS/FTD co-written with @AlexCammack @RubikaBalendra@UKDRI@UCLIoN https://t.co/A4kgL7j5bA
A study led by @isaacs_adrian (UK DRI at @UCLIoN) reveals a protective response in cells to early changes in ALS & FTD🧠
The research provides important insight that could lead to new therapeutic avenues to treat FTD & ALS👉https://t.co/hX5WoXQ2Bo
New knock-in #ALS/#FTD mice express less normal C9ORF72 along with repeat dipeptides. They feature a protective collagen response. @UCL https://t.co/L4PiKuyI4b
Delighted to see our study led by @milioto_carmelo revealing a neuroprotective ECM signature in C9FTD/ALS published! Thanks to @mndassoc@UKDRI and many others! https://t.co/WOMA0Q2KLd
Happy @WomenScienceDay!!🥳 🎉 🙌
Don't miss our new feature with UK DRI Emerging Leader Dr Emma Clayton. In the piece, Dr Clayton discusses her career path, the importance of representation and her passion for public engagement👏 👉https://t.co/XlHap2qoLs
#WomenInScience
After failure of ASO trials targeting C9orf72 sense repeats also targeting antisense repeats is now vital. Our new preprint shows a potential approach using CRISPR-CasRx @UKDRI@UCLIoN @AlexCammack https://t.co/Sosm0dO9Po
After failure of ASO trials targeting C9orf72 sense repeats also targeting antisense repeats is now vital. Our new preprint shows a potential approach using CRISPR-CasRx @UKDRI@UCLIoN @AlexCammack https://t.co/Sosm0dO9Po
Taken together this suggests that getting PUFAs to neurons is important for their beneficial effect. Interventions that can boost neuronal lipid desaturation could therefore provide benefit in FTD/ALS 9/9
Really excited about our latest preprint, where we uncovered a neuroprotective role for neuronal polyunsaturated fatty acids in FTD and ALS. Led by @AshlingGiblin and @AlexCammack https://t.co/NIm2FmGZV5 1/9
Feeding C9 flies PUFAs was beneficial but neuronally over-expressing fatty acid desaturase enzymes was much more effective, and the same fatty acid desaturase also reduced stressor-induced toxicity in C9 iPSC-neurons 8/9
.@isaacs_adrian shares his optimism for new dementia treatments.
He & his team of researchers @UKDRI are studying the underlying causes of dementia that will one day lead to new treatments for people with diseases like Alzheimer’s.
His vital work will help us change the ending.
We are pleased to announce that the Fourth UCL Queen Square Motor Neuron Disease Centre International Symposium (hybrid event) will take place on Friday 8th September 2023.
To register for this exciting meeting - https://t.co/0TCKxAFtYm
Excited to be presenting unpublished work at the Lipids in Brain Diseases Symposium @LipidsInBrain in September. Hoping to learn a lot and still time to register: https://t.co/0gP5yuHfrT