Associate Professor @ University of Sydney; co-founder of Sydney Neuroimaging Analysis Centre. Neuroscience, Neuroimaging, AI
Sydney
Joined September 2010
- Tweets29
- Following69
- Followers71
- Likes108
Chenyu Wang (Tim) retweeted
What a great event! @Sydney_Ideas
@teegstar talks to @BowenLabTweets @tim_wcy Vic Cogger
Importance of Uni spinouts in medical research and the Valley of Death @Kinoxis_Tx @SNAC_AUS
Recording ➡️ bit.ly/SIMedicalMoonshots
#LeadershipforGood
@Sydney_Science @Sydney_Uni
Chenyu Wang (Tim) retweeted
Sydney researchers who have developed a new brain scan are a step closer to taking their invention to patients.
Thanks to Artificial Intelligence, they can track the progression of neurological diseases like dementia and multiple sclerosis. #9News
Chenyu Wang (Tim) retweeted
🎙️ In this first of two episodes, The Raw Nerve host Phil O’Neil speaks to his neurologist, Dr Heidi Beadnall from @Sydney_Uni, about her work, how to prepare for your first visit(s), what to expect, questions to ask and other tips.
Listen now 👉 bit.ly/4cyZv9P
The transformation of modern medicine is happening ! #NvidiaGTC2024 – at San Jose, CA
Chenyu Wang (Tim) retweeted
Congratulations to Dr @tim_wcy and Professor @ml_barnett from @Sydney_Uni, who are collaborating to develop advanced AI tools for analysing MRI scans to detect MS progression before symptoms appear.
#MEDIARELEASE: Australian research to uncover the genes that could repair the damage inflicted by #MS will soon be underway; one of 17 cutting-edge projects to receive funding from @MS_Australia's latest $4.5m grant round.
View the full release 👉 bit.ly/42TWwEi
Chenyu Wang (Tim) retweeted
MS Australia President, @desgraham_msa, thanked the state and territory MS Member Organisations and the MS community for supporting #MSresearch.
Chenyu Wang (Tim) retweeted
This article offers a comprehensive clinical validation of an AI-based neuroimaging tool for real-world monitoring of #MultipleSclerosis. Offering a realistic path towards #PrecisionMedicine for people with MS, quantifying conventional radiology reports.
nature.com/articles/s41746-0…
Chenyu Wang (Tim) retweeted
Session 3: Health Data, AI and Equity Discussion
It’s a conversation more relevant now than ever.
The benefits of AI
@tim_wcy @frankiorfino @telstrahealth @SydneyNano
Chenyu Wang (Tim) retweeted
The visual pathway is an excellent structure-function platform for testing the efficacy of novel remyelinating therapies for #MS. Please see our latest collaborative research with @BrainMind_Usyd.
@JNNP_BMJ @tim_wcy
jnnp.bmj.com/content/early/2…
Chenyu Wang (Tim) retweeted
Sydney researchers have created a new global imaging platform making it easier for doctors to detect and possibly predict the symptoms of Multiple Sclerosis. It's paving the way for better treatment options. youtu.be/cyifd-1kahw #MultipleSclerosis #7NEWS
Chenyu Wang (Tim) retweeted
SNAC is thrilled to have partnered with the @BrainMind_Usyd and @MSBase_Registry to create the world’s first multi-national multiple sclerosis image sharing and analysis platform is launched.
Prof. Michael Barnett will introduce MSBIR in detail on @7NewsSydney at 7PM tonight!
Chenyu Wang (Tim) retweeted
We are excited to launch SNAC’s official twitter account and look forward to sharing our company’s vision and journey with you here!
Stay tuned for more news and updates!
#AI #Brain #MRI #Neuroimaging #ImagingAI #Clinicaltrials #Multiplesclerosis
Chenyu Wang (Tim) retweeted
Comparison between deep brain stimulation and magnetic resonance-guided focused ultrasound in the treatment of essential tremor: a systematic review and pooled analysis of functional outcomes ow.ly/LQqK102piX3
Chenyu Wang (Tim) retweeted
Fantastic blog from @nvidia about @tim_wcy and Sydney Neuroimaging Analysis Centre #USydBMC blogs.nvidia.com/blog/2019/0…
Chenyu Wang (Tim) retweeted
Exciting opportunity for 2 outstanding PhD scholars to join our Computational Neuroimaging group at #USydBMC. Work at the nexus of industry and research in #AI and #Neuroimaging. Includes tuition fees and stipend bit.ly/2Ko8dxJ
