Top Tweets for #ASAPGrantees
Team Wichmann will identify which specific cells or connections in the cortex to spinal cord are involved in #Parkinsons and develop new treatments that target the affected circuits. #ASAPGrantees @ChuHongyuan @SmithYoland
Learn more: https://t.co/kU6JvhTAL1
Highly melanized brain circuits are primarily affected in #Parkinsons. Team Vila will determine whether activity in these circuits is a dominant factor in #PD progression and identify ways to restore brain activity. #ASAPGrantees @_MaPr_
Learn more: https://t.co/kU6JvhTAL1
Team Surmeier will examine the relationship between progressive dopamine depletion and their impact on motor and sleep circuitry. This work could provide clues on how to diagnose #PD earlier. @ruimcosta #ASAPGrantees
Learn more: https://t.co/kU6JvibbCz
Slowness of movement is a symptom of #Parkinsons. Sometimes, individuals with PD have paradoxical kinesia– moving in ways they previously couldn’t. Team Strick will investigate the circuitry underlying this phenomena @wrstauffer #ASAPGrantees
Learn more: https://t.co/kU6JvhTAL1
Team Schlossmacher is investigating how #PD starts. The team will study the correlation between an early symptom—odor processing— alpha synuclein aggregation, and PD clinical progression. #ASAPGrantees @maximewc
Learn more: https://t.co/kU6JvhTAL1
By investigating a novel circuit, Team Liddle will establish how specialized sensory cells in the gut are involved in the earliest stages of #PD and test potential therapeutic approaches to treat PD. #ASAPGrantees @MaluTansey @DukeWestLab
Learn more: https://t.co/kU6JvhTAL1
Developing better diagnostic and treatment tools for #Parkinsons is critical. Team Kaplitt will examine how #PD pathology spreads from the gut to the brain and provide early intervention points. #ASAPGrantees @r_marongiu
Learn more: https://t.co/kU6JvhTAL1
Team Gradinaru will characterize circuit mechanisms underlying gut-to-brain disease spread and progression in the earliest appearance of #Parkinsons symptoms. #ASAPGrantees @VivianGradinaru @foxdotdrew @davidvanvalen
Learn more: https://t.co/kU6JvhTAL1
Team Fu will explore how #astrocytes can be reprogrammed into neurons and integrated into existing neural #PD networks to delay disease progression. #ASAPGrantees
Learn more: https://t.co/kU6JvibbCz
Team Edwards will assess how changes in brain activity influence the neurodegeneration that causes #PD and investigate the impact of synuclein. #ASAPGrantees @KhaliqLab @KiraPoskanzer
Learn more: https://t.co/kU6JvhTAL1
#Dopamine neurons from Striatum have intricate #axons that branch across the brain. @StephCragg leads a team to understand the complexities of how this circuitry is regulated with an eye towards new treatments for #Parkinsons #ASAPGrantees @MarkHowe72 @MRCBNDU @meletislab
By studying how surrounding neuronal environment and circuit properties contribute to #PD, @NicoleCalakos and team will identify factors that promote resistance to cell death and create opportunities for intervention. #ASAPGrantees @c_eroglu @PascaStanford @miketadross
By modeling how aggregation of alpha-synuclein in vulnerable cells impairs neuronal cortical network function, the @BiedererLab team will gain insight into targeted therapeutic treatments of #PD. #ASAPGrantees @MXHend @DaniSBassett @mjhigley
Dopamine neuron loss in the substantia nigra is key in #PD. Team @AwatramaniRaj will create input-output maps of the dopamine neuron subtypes to ID subpopulations in the substantia nigra impacting motor circuitry in PD. #ASAPGrantees @lab_bevan @DanielDombeck @parisiadoulab1
Amazing initiative! We're thrilled to be #ASAPGrantees working with Team Edwards (Rob Edwards, @KiraPoskanzer, @NelsonLabUCSF, Ken Nakamura, Chris Ford, Glenda Halliday) to study the Role of Neural Activity in the onset and early progression of #Parkinsons. Fantastic opportunity!
Excited to announce that 14 new teams will be joining the ASAP Collab Research Network (#ASAP_CRN) with a focus on #circuitry and brain-body interactions connected to #Parkinson's.
Meet the #ASAPGrantees! https://t.co/kU6JvhTAL1
Excited to announce that 14 new teams will be joining the ASAP Collab Research Network (#ASAP_CRN) with a focus on #circuitry and brain-body interactions connected to #Parkinson's.
Meet the #ASAPGrantees! https://t.co/kU6JvhTAL1
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