Neural Stem Cell Research Lab retweeted
Upcoming ⦠@devbio_sg virtual ā©seminar by Associate Professor Quenten Schwarz on interneuron development, happening on 27 October! ⦠@phil1pingham @MonteiroLab @onsunlau_nus @NSCRLab @HongyanWang9 @Yusuke_Toyama @ReversadeLab @unisaresearch
Neural Stem Cell Research Lab retweeted
Upcoming exciting ā¦@devbio_sgā© seminar by Anna Akhmanova on #microtubules! ā¦@phil1pinghamā© ā¦@MonteiroLabā© ā¦@onsunlau_nusā© ā¦@NSCRLabā© @HongyanWang9ā© ā¦@Yusuke_Toyamaā© ā¦@ReversadeLabā©
Neural Stem Cell Research Lab retweeted
SCSS Symposium 2022: Registration is open - mailchi.mp/d04991d7e09c/scssā¦
Neural Stem Cell Research Lab retweeted
An experimental therapy for Alzheimerās disease can break a molecular loop and protect neurons in mouse models of Parkinsonās disease, hinting similar approaches could prove beneficial for this incurable neurodegenerative condition. @NSCRLab #Neuroscience fcld.ly/2ro163e
Neural Stem Cell Research Lab retweeted
Annovis Bio @AnnovisBio has announced that the 1st patient in the Phase 3 clinical trial evaluating buntanetap (aka ANVS401, Posiphen) in early stage #Parkinsons has been dosed; The trial will enroll a total of 450 participants, treatment for 6 months
irpages2.eqs.com/websites/anā¦
Neural Stem Cell Research Lab retweeted
An experimental treatment for Alzheimerās disease can break a molecular loop and protect neurons in mouse models of #ParkinsonsDisease, suggesting similar approaches could prove beneficial for this incurable neurodegenerative condition. fcld.ly/j7bul55 @SciSignal
Neural Stem Cell Research Lab retweeted
A positive feedback loop between AICD and #LRRK2 drives #neurodegeneration and mitochondrial dysfunction in #ParkinsonsDisease but can be targeted with the experimental drug itanapraced, show experiments in mice from the Tan and Zeng labs. @mysgh @NSCRLab fcld.ly/ccrcssg
Neural Stem Cell Research Lab retweeted
New paper from the @NSCRLab! They found that in cultured neurons & brain tissue from mouse models of #ParkinsonsDisease, LRRK2-mediated phosphorylation of APP increased the abundance and activity of the APP intracellular domain. š§
@scisignal
https://xitter.cf/t.co/uZwqFKFCNG
Neural Stem Cell Research Lab retweeted
A self-sustaining molecular loop that drives Parkinsonās disease can be targeted in mice, new research answers a longstanding question about Wnt signaling, and more in this weekās new issue of Science Signaling. fcld.ly/q53lnia















