Drs. @izu__u, L. Miguel Martins, and team suggest that enhancing nucleotide metabolism could improve DNA repair and serve as an adjunct therapy to delay #AlzheimersDisease progression. 🧠 @MRC_TU
https://t.co/VZaDCRbgVB
New research from @izu__u@m1gus & colleagues finds that enhancing nucleotide metabolism could improve DNA repair & serve as an adjunct therapy to delay #Alzheimers progression; MR reveals⬆️DGUOK expression is linked to a lower risk of developing AD
https://t.co/lokMyrB8ot
Can you pitch your research in 3 minutes? 🤓
That's the challenge that students were up against at @Cambridge_Eng's @FallingWallsLab competition this summer. Congratulations to the winner, Yizhou Yu from @MRC_TU! 🎉
Read more about the pitches 👉 https://t.co/dynRX7SYbP
This #WorldAlzheimersDay, learn more about the great work by PhD student @izu__u!
Take a look at his video abstract to find out more about this project on finding therapeutic targets for Alzheimer's disease: https://t.co/bMZCY0aNhD
@MRC_TU Thanks for the highlight on this work. Credits to @MRC_TU staff & researchers and my supervisor @m1gus@fedele_giorgio for all the help! Hope this research is useful :)
1/8 Exciting preprints from our lab. We discovered the 'when' of mitochondrial dysfunction matters more than the 'how much'. This revelation urges us to rethink #mitochondria's role in #aging and disease.
Abstract submission is open for the Neurobiology of Aging GRS (https://t.co/FMFMIv9BCc). We would love to see a diverse group of trainees represented in Spain next summer to discuss mechanisms of neurodegenerative disease!
A video summary of our latest work. We found that Tribbles pseudokinases are involved in the control of body weight, lifespan and sleep. Work @MRC_TU by @rebekkapopovic@izu__u, video by @researchsquare , research published in @DMM_Journal.