TeamWood ASAP CRN
@PD_BrainMap
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Integrating super resolution oligomer imaging with single cell multiomics to understand the early molecular events in the Parkinson's Disease brain.
London and Cambridge
Joined May 2022
Great to connect with fellow ASAP CRN members, PINK1 pathway to Parkinson's disease: 20 years on! @biochemsoc @asapresearch.bsky.social
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A big thank you from all to Profs Nick Wood, Helene Plun-Favreau and Miratul Muqit for organising a fantastic conference with @biochemsoc; PINK1 pathway to Parkinson's disease: 20 years on…and still smiling!💖 The hard work continues, 'til we meet again😉
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Finally in print! I really think there is more to this "pseudo"gene. This has been such a nice collaborative effort and am really grateful to all that has been part of this story @ASAP_Research @PD_BrainMap @PD_Progression @ATransposons #GBA1 #GBAP1 #PD
science.org
Long-read RNA sequencing uncovers unexpected protein-coding roles for GBA1 and GBAP1, exhibiting tissue and cell type selectivity.
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Fantastic day of science (and hiking!) in sunny Dundee with our @ASAP_Research collaborator Mina Ryten @PD_BrainMap @PD_Progression. #TeamScience
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🔦Lead by ASAP @PD_BrainMap and UCL DRI, we hosted a incredible 1.5 day workshop for ECRs across both UK ASAP and @UKDRI Network last week. 👏Thank you to all the ECRs who attended and presented. ⭐️Special thanks to Ruby Wallis from the UCL UKDRI team!
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Earlier this month the ASAP Collaborative Research Network met in Rome to discuss key contributions and collaborations for accelerating #Parkinsons research Can you spot #TeamWood ? 👀
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📢 Recent preprint from @ASAP_Research Team Wood, led by @SteveTheChemist @LabGandhi @LucienWeissLab showcasing ASA-PD... Advanced Sensing of Aggregates in #Parkinsons 🧠 Congratulations to all involved 🎉🎉 #microscopy #synuclein #OpenScience
https://t.co/4AMU8PP4ts
biorxiv.org
Parkinson’s disease (PD) is a common neurodegenerative condition characterised by the presence in the brain of large intraneuronal aggregates, known as Lewy bodies and Lewy neurites, containing...
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📢 Latest paper from @VendruscoloLab @ASAP_Research Team Wood 🎉 Modulation of α-synuclein in vitro aggregation kinetics by its alternative splice isoforms | PNAS https://t.co/MozBVLuCJt
#Parkinsons #biophysics #OpenScience
pnas.org
The misfolding and aggregation of α-synuclein is linked to a family of neurodegenerative disorders known as synucleinopathies, the most prominent o...
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📢 Latest preprint from @ASAP_Research Team Wood 🔬🧠 RASP: Optimal single fluorescent puncta detection in complex cellular backgrounds https://t.co/EEUDEDqrCQ Congratulations @BFU341 @JSCBeckwith @SteveTheChemist & team 🎉 #microscopy #Parkinsons #OpenScience
biorxiv.org
Super-resolution and single-molecule microscopy are increasingly applied to complex biological systems. A major challenge of this approach is that fluorescent puncta must be detected in the low...
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The UK ASAP Teams came together on the 6th of December to discuss science, exciting new work, and collaboration. Presentations from @LabGandhi @SteveTheChemist @VendruscoloLab @PD_Progression @SchapiraTeam @WadeMartinsLab @PDandHDLab @miratul_neuro
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@LabGandhi is recruiting a postdoctoral scientist interested in spatial transcriptomics to understand mechanisms of Parkinson’s and dementia in human brain tissue and organoids. Apply to join Team Wood ASAP collaboration @TheCrick @PD_BrainMap @UCLIoN
https://t.co/JXTwI5PAGW
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Very excited to share our latest work published in @NatMachIntell. We used ipsc-derived neurons, high-throughout imaging, and machine learning approaches to predict Parkinson’s disease subtypes. https://t.co/g4R6L6adgo
nature.com
Nature Machine Intelligence - Deep learning applied to live-cell images of patient-derived neurons aids predicting underlying mechanisms and gains insights into neurodegenerative diseases,...
The @LabGandhi team took part in an intensive coding course when the pandemic disrupted their research – and now they’ve published work with @faculty_ai showing that computer models can classify types of Parkinson’s from images of stem cells 🧠 @UCLIoN
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Thanks to @MichaelJFoxOrg and @ASAP_Research for making sure that we have all the necessary information and support to communicate our work quickly, easily and without boundaries
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@ASAP_Research 1/1 Our message is to be compliant with open access policies and make sure our science in all forms reaches out to other scientists and the society for betterment of people living with #Parkinsons
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In Team Wood @ASAP_Research, we strongly believe in making science open access by following the FAIR principles. Under the leadership of 5 brilliant PIs, our trainees feel confident about their work and making it accessible.
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Last week James Tomkins @JETomkins @VendruscoloLab participated in the Systems Biology @EBItraining course at EMBL-EBI. Great opportunity to discuss our @ASAP_Research project and explore methods for integrating different data modalities #OpenScience #bioinformatics #Parkinsons
Thank you to everyone who helped us run this week's #systemsbiology course; and to the amazing participants who made it such an engaging week! Want to join the 2024 edition of the course? Sign up for alerts and be the first to hear as it develops: https://t.co/Ax8Y9lWHOf
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Tune into this month's Protocol Particulars to hear from @PD_BrainMap's @JCBreiter about his protocol, Free-floating Mouse Brain Immunohistochemisty. Join us and check out the fifth episode of #ASAP's Protocol Particulars! #PDresearch #OpenScience
https://t.co/YzXfrekcXy
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📢🚨 Research Fellow job role now available with Nick Woods Lab. Apply directly with via the UCL Jobs page: https://t.co/m7GOtt1Zc5
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📢📢Vacancy alert, new post doc Research Fellow post now open within the @LabGandhi. Check out the advert on https://t.co/UqQYoKsZOM
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