The Perk Lab retweeted
Honoured to receive the Vanier Scholarship! All credit to my mentors who altruistically support me in my academic endeavours. Special thank you to my family & friends for their love & support - research is riddled with highs & lows and I’m grateful for having them through both! – at Kingston, Ontario
Congratulations to CIHR Vanier Scholar Dilakshan Srikanthan! @QueensuDOM @QueensUHealth @queensgradstudy @DilakshanS29 vanier.gc.ca/en/scholar_sear…
The Perk Lab retweeted
Congratulations to CIHR Vanier Scholar Dilakshan Srikanthan! @QueensuDOM @QueensUHealth @queensgradstudy @DilakshanS29 vanier.gc.ca/en/scholar_sear…
Last night we said goodbye and celebrated our post-doctoral fellow Renzo and visiting PhD student Robert! Best of luck on your future endeavours!
Earlier this week, we had the pleasure of hosting @JohnsHopkins Prof. Peter Kazanzides at the lab! It was a fantastic visit, and we’re greatful for the opportunity to showcase some of our projects and learn from his expertise!
Congratulations to lab members Rebecca Hisey and Colton Barr, who were recognized in the 2023 Queen’s School of Computing Awards Ceremony! Rebecca was awarded the PhD Research Achievement Award, and Colton received the Distinguished Teaching Assistant Award.
@QueensComputing
The Perk Lab retweeted
Truly enlightening to hear insights from Dr. Yeates, Dr. Ameri, Dr. Mousavi, and Dr. Rudan on how we can more effectively use medical imaging to meet the needs of Canadians and some of the challenges and bottlenecks along the way
#ImNO2023
@queensu @MediLabQueens @CosmMedical
The Perk Lab retweeted
After working together virtually for more than a year and a half, it was awesome to see @NicoleKitner rock her presentation at #ImNO2023!
@QueensComputing @queensuResearch @MediLabQueens @PerkLabResearch
The Perk Lab retweeted
A small new feature in @3DSlicerApp for painting segmentations into 3D images at higher quality. Developed for #SlicerHeart but has many other applications. More info: discourse.slicer.org/t/new-f…
The Perk Lab retweeted
We have released a number of tools for cardiac valve modeling, quantification, simulation and we have many more in the pipeline. All free, freely usable, open-source software.
Replying to @JolleyLab
4/5) The multimodality-capable (3DE, CT, CMR) tricuspid valve modeling tools we created for this study are now available open-source @3DSlicerApp #SlicerHeart #SlicerSALT
Last week our PerkLab team had a wonderful opportunity to showcase our latest research findings in the field of medical imaging at #SPIE2023 in San Diego last week. @QueensComputing @MediLabQueens @SPIEtweets @queensuResearch
Replying to @DilakshanS29 @SPIEtweets @queensu @tmedQueens @MediLabQueens @queensuResearch @QueensMDPhD
Congratulations! Excellent presentation!
The Perk Lab retweeted
My second and final talk here at @SPIEtweets on one of the first papers of my PhD! Here, we employed an MIL model to discriminate GBM from normal brain from an ex-vivo dataset with aim of prospectively predicting these tissue types intraoperatively. @queensu – at San Diego, CA
The Perk Lab retweeted
A great first day at #SPIE2023! Had the opportunity to present a co-authored paper on self-supervised learning and uncertainty estimation for surgical margin detection! @tmedQueens @QueensMDPhD @queensuResearch – at San Diego, CA
Congrats to Prof. Parvin Mousavi on being named CIFAR Chair AI Chair. cs.queensu.ca/news/2022/12/0…
@PerkLabResearch members have had an incredible semester this year, here are a few highlights:
Exciting field trip to the School of Computing for the Leahurst students! Thanks to the Perklab and Med-i Lab teams for showing the students the latest in biomedical research and for sharing their passion for the field. Further information at cs.queensu.ca/news/2022/12/0….
The Perk Lab retweeted
This is a game changer. Segment 100+ structures in any whole-body CT image in 2 minutes using TotalSegmentator in @3dslicerapp
All free, open-source software. Runs on any computer, no GPU is required. See more information at discourse.slicer.org/t/26710

























