Yedavalli SNAP Lab
@yedavaSNAPlab
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Research lab focused on stroke, neurovascular and perfusion imaging (SNAP) @JohnsHopkins @hopkins_rad @hopkinsneurorad; PI: Vivek Yedavalli @vsyedavalli
Baltimore, MD
Joined March 2022
Prolonged venous transit predicts short-term functional outcomes at successfully reperfused patients’ discharge. Check our latest work👉 https://t.co/m6wS3vgBXr
@vsyedavalli @yedavaSNAPlab @Hopkins_Rad
link.springer.com
Clinical Neuroradiology - Venous outflow (VO) impairment predicts unfavorable outcomes in patients with acute ischemic stroke caused by large vessel occlusion (AIS-LVO). Prolonged venous transit...
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Congratulations to our PI, Dr. Vivek Yedavalli, for this honor! #neuro #stroke #LVO #MVO #DVMO #EVT @American_Stroke
Found out that I was selected as a Fellow of the American Heart Association! Thank you to all of my awesome mentors and mentees for their support and mentorship! @StrokeAHA_ASA @AHAScience @Hopkins_Rad @hopkinsneurorad @RapidAI @KambizNael @ArgyeH @JeremyHeitMDPHD @HanzhangLu
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Apply to be part of the next AJNR Junior editorial board! Applications due March 28, 2025. Details here https://t.co/iz4BGH0EWQ
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Cafe Roentgen REF International Sundays #824: Imaging of Collaterals in Acute Ischemic Stroke - @vsyedavalli, @yedavaSNAPlab When: 23rd March, 7-8 pm IST Link: https://t.co/yrEaGQljbH Webinar ID: 85666220065 Passcode: REFCAFE #radres #radtwitter @FOAMrad @RadioGyan @rsna
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"Hypoperfusion Intensity Ratio Less Than 0.4 Is Associated with Favorable Outcomes in Unsuccessfully Reperfused Acute Ischemic Stroke with Large-Vessel Occlusion" https://t.co/YHLJW6nGWD
#HIR #AIS #LVO
@vsyedavalli @YedavaSNAPlab @Hopkins_Rad @hopkinsneurorad @JeremyHeitMDPHD
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Very proud of @MDAndersonNews post doctoral fellow under the mentorship of @theAJNR_EIC and @yedavaSNAPlab member, @hamza_isleem, for his incredible work! @TheASNR @theASFNR
Honored to be selected as a recipient of the 2025 David M. Yousem Research Fellow Award by @TheASNR! 🎉 Grateful for this recognition and the invaluable support of my mentors and colleagues! @theAJNR_EIC @vsyedavalli
#Neuroradiology #ASNR25
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Thank you for leading us on this study Janet!
Our latest paper reveals that larger perfusion mismatch volume is linked to longer hospital stays in medium vessel occlusion stroke. 🧠🚑 Explore the findings and their clinical implications here: https://t.co/4XXVAJ3abf
@yedavaSNAPlab @Hopkins_Rad #StrokeResearch #NeuroRad
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Congratulations and thank you to @ManishaKoneru for leading us on this project!
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📢 Excited to share our latest research, "Prolonged venous transit is associated with worse neurological recovery in successfully reperfused large vessel strokes". Check it out! https://t.co/d7JxBAEttL
@Hopkins_Rad @vsyedavalli @yedavaSNAPlab #StrokeResearch #NeuroRad
onlinelibrary.wiley.com
Objective Venous outflow (VO) impairment predicts unfavorable outcomes in patients with acute ischemic stroke caused by large vessel occlusion (AIS-LVO). Prolonged venous transit (PVT), a visual...
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Diagnostic Radiology and Pathology are seeing a sizeable drop in applicant number this year while most other specialties are up. 🚨
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Check out our latest paper in #ESJ on #PCA #occlusion treatment by our MAD-MT consortium! @Hopkins_Rad @hopkinsneurorad
Is EVT better than MM for treating isolated PCA #strokes? 🤔Find out in our latest study published in the European Stroke Journal. Huge thanks to Dr. Benjamin Pulli, @vsyedavalli, @AdamDmytriw & @GuenegoAdrien for leading this important work! 🙌 https://t.co/JkTobjx0JZ
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What is the role of hypoperfusion intensity ratio (HIR) in perfusion imaging in large-core ischemic stroke prognostications? 🩻🧠 Find out in our most recent paper published at Clinical Neuroradiology Huge thanks to Dr. @vsyedavalli for leading this important work!!
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rCBV<42% lesion volume of ≥68 ml predicts poor functional outcomes at 90 days in patients with anterior circulation LVO large-core strokes DOI: 10.1161/STROKEAHA.124.047483 Led by @vsyedavalli & @hamza_isleem
@yedavaSNAPlab
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Check out our latest paper from the SNAP lab looking at parameters associated with poor collateral status in #AIS #LVO #stroke @vsyedavalli @hopkinsneurorad @Hopkins_Rad @hopkinsneurons @HopkinsNsurg @HopkinsNCCU @JohnsHopkins
Poor collateral status in stroke is associated with male sex, CKD, high NIHSS, and SBP <140 in anterior circulation LVO patients. #AHAJournals @hamza_isleem @vsyedavalli @yedavaSNAPlab
https://t.co/MKigyNJwAm
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Thank you to @jodytanabe and @CoolAsANeuroRad for the opportunity to contribute to the #ASFNR24 with this awesome group. Looking forward to @theASFNR 2025! @dhairyalakhani @VinceKumarMD @EMiddlebrooksMD @DrDreMDPhD
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Congratulations to SNAPlab member, @ManishaKoneru, for the great work on our recent publication in @svinsociety @SVINJournal @AHAScience! @hopkinsneurorad @Hopkins_Rad @vsyedavalli
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Congratulations to one of our prolific @Hopkins_Rad @hopkinsneurorad SNAPlab members, the extraordinary @hamza_isleem, for his latest publication in @JAHA_AHA below in #LVO #stroke! https://t.co/DCQVLhvZs2
@vsyedavalli @RapidAI @HopkinsMedicine
pubmed.ncbi.nlm.nih.gov
Higher stroke severity on admission with National Institutes of Health Stroke Scale score ≥12, systolic blood pressure <140, chronic kidney disease, and male sex are statistically significantly...
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Congratulations to one of our prolific @Hopkins_Rad @hopkinsneurorad SNAPlab members, the extraordinary @hamza_isleem, for his latest publication in @JAHA_AHA below in #LVO #stroke! https://t.co/DCQVLhvZs2
@vsyedavalli @RapidAI @HopkinsMedicine
pubmed.ncbi.nlm.nih.gov
Higher stroke severity on admission with National Institutes of Health Stroke Scale score ≥12, systolic blood pressure <140, chronic kidney disease, and male sex are statistically significantly...
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Amazing job by @yedavaSNAPlab member extraordinaire, Hamza Salim, on our most recent paper together! Check it out! @Hopkins_Rad @hopkinsneurorad
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The 5-point Los Angeles Motor Scale (LAMS) may help identify patients with good collateral status in the field for better triage to comprehensive stroke centers with MT capabilities. @yedavaSNAPlab Full text: https://t.co/UEU1vnUkaD
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