@LabSarma

Sri Sarma Lab at @JohnsHopkins. Linear Systems, Precision Medicine, Computational Neuroscience. Members of @ICM_JHU and @JHUBME.

 Baltimore, MD
sarmalab.icm.jhu.edu/
Joined December 2018
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  • Following107
  • Followers407
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Replying to @JohnsHopkins
@JohnsHopkins Engineering @HopkinsEngineer is making a massive investment in AI. The plan is so ambitious and unique that it’s worth breaking down the announcement in detail. This will transform the landscape of engineering research and education. 🧵 hub.jhu.edu/2023/08/03/johns…

Johns Hopkins makes major investment in the power, promise of data science and artificial intelli...

A new institute will bring together experts from a wide range of disciplines to capitalize on the rapidly emerging potential of data to fuel discovery

hub.jhu.edu
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At Sarma Lab we are developing tools to diagnose and treat epilepsy and other neurological disorders. This drawing is by @neuro_amir, who is currently working on developing a full pipeline for automated seizure detection and analysis that can be implemented in clinics.
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Our talented students are getting ready for #SfN2023 conference in DC.
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Celebrating the start of the Fall semester. #BlueJays!
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Thank you to everyone who joined us at our Grad Welcome event yesterday!👏 Stay tuned for more exciting updates and events from ISAH in the coming fall! 🌐
ISAH for Graduate Students@ISAH_JHU_Grads20 Aug 2023
The grad welcome event is happening now! Come join us at the Glass Pavilion! 🤩
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Congratulations to Rachel June Smith of @UABNews @UABEngineering (mentored by @LabSarma), recipient of an AES Junior Investigator Award for her work, "Neural resonance as a biomarker of the epileptogenic network" #epilepsy #epilepsyresearch #neurotwitter #academictwitter
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📢 Exciting News! 🎉 Our talented undergrad lab mate, Daniel Wang 🧠🔬, wowed us with his presentation on "Creating a Decoding Tool to Identify Neural Correlates of Behavior: Decision Making Case Study" 🤯📊. Advised by Dr. Sarma and Dr. @DanielDorman 🤝. Way to go, Daniel! 🌟
Daniel Wang presenting his summer work on Creating a Decoding Tool to Identify Neural Correlates of Behavior: Decision Making Case Study.

ALT Daniel Wang presenting his summer work on Creating a Decoding Tool to Identify Neural Correlates of Behavior: Decision Making Case Study.

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Replying to @computingnature @marius10p
Great work!
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You can explore your data in the #Rastermap graphical user interface:
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We had the pleasure of having Dr. Carey Priebe presenting in NCSL lab meeting about dynamical systems from statistical points of view. As well as some good food coordinated by Tony ^_^!
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Our first-year PhD students traveled to Alexandria for their first retreat. The event consisted of ice breakers, community-building activities, faculty research talks, a panel and ethics discussion, and a live illustration by Professor Nitish Thakor.
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What can we learn from pre seizure dynamics in an epileptic 🧠. Does the 🧠 take a similar pattern in the latent dimensions to reach a seizure? Lets look at long-term (3 days) of processed EEG from JHMI to address these questions! #IEEE #NER I will present at IEEE NER. – at Baltimore, MD
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Daniel, Amir, and Sophia presented last week at #IEEENER 11th International IEEE EMBS Conference on Neural Engineering!
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Our work studying the connectome of an insect brain, that of a Drosophila larva, is out today in Science! science.org/doi/10.1126/scie… Some highlights below and in @WindingMichael’s thread. Work with @neuro_data, Carey Priebe, @albertcardona, @ZlaticLab, and many others.
Diagram of network connectivity of a maggot brain, with neuron skeletons drawn on the border

ALT Diagram of network connectivity of a maggot brain, with neuron skeletons drawn on the border

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Excited to present our latest paper on quantitative methods for guiding epilepsy surgery, featured in @Brain1878. Link: bit.ly/3Zud0Ry 1/7

Quantitative approaches to guide epilepsy surgery from intracranial EEG

Bernabei et al. provide an update on quantitative methods for guiding epilepsy surgery using intracranial EEG. They identify challenges which have prevente

academic.oup.com
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SarmaLab retweeted
Adam Li@adam239210 Jan 2023
First of all here's the paper link: academic.oup.com/brain/advan… Free version: academic.oup.com/brain/advan… 2/n

Quantitative approaches to guide epilepsy surgery from intracranial EEG

Bernabei et al. provide an update on quantitative methods for guiding epilepsy surgery using intracranial EEG. They identify challenges which have prevente

academic.oup.com
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SarmaLab retweeted
Adam Li@adam239210 Jan 2023
Excited to share a really cool @Brain1878 update article that highlights some of the key challenges clinicians and biomedical scientists face in localization of the epileptogenic zone in drug-resistant epilepsy. If you're interested in deeply understanding the problem space: 1/n
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How does activity in the brain lead to behavior? We talked to @LabSarma at @HopkinsKavli @JohnsHopkins. She studies risk-taking and decoding bias by recording brain activity as subjects gamble. #BrainAwarenessWeek #BrainAwarenessWeek2022
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5️⃣ And to wrap up our week, @LabSarma walks us through her study on risk-taking and how bias is encoded in the brain, and its surprising lateralization! xitter.cf/KavliFoundation/status…
The Kavli Foundation
@KavliFoundation18 Mar 2022
How does activity in the brain lead to behavior? We talked to @LabSarma at @HopkinsKavli @JohnsHopkins. She studies risk-taking and decoding bias by recording brain activity as subjects gamble. #BrainAwarenessWeek #BrainAwarenessWeek2022
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A team of #HopkinsEngineers—all Clark Scholars at @JohnsHopkins—has developed a wearable device that can relay a soldier's vitals to combat medics, making it easier to determine who needs medical attention most urgently. hub.jhu.edu/2021/08/20/weara…

Undergrads partner with NATO to reduce combat casualties

A team of Clark Scholars has developed a wearable device that can relay a soldier's vitals to combat medics, making it easier to determine who needs medical attention most urgently

hub.jhu.edu
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