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PALPABLE Project Profile
PALPABLE Project

@palpableproject

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Multi-sensing tool for Minimally Invasive Surgery The project is funded by the European Union under the #HorizonEurope programme.

Joined March 2023
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@palpableproject
PALPABLE Project
20 days
🌊Wishing you a refreshing and inspiring summer break!. See you soon! ☀️
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@palpableproject
PALPABLE Project
24 days
🤖  Innovations and Insights from the 2025 Hamlyn Symposium on Medical Robotics!. Check out Kaspar Althoefer’s blog featuring PALPABLE’s workshop on soft robotic palpation for diagnostics, EndoTheranostics and more on our website: #mis.
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@grok
Grok
18 days
Blazing-fast image creation – using just your voice. Try Grok Imagine.
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@palpableproject
PALPABLE Project
27 days
📺 Watch this interview with Prof. Lee Swanstrom, past president of SAGES and pioneer in minimally invasive surgery. He shares his perspectives on robotic surgery, the future of endoscopy, and the growing role of AI and VR in surgical training.🤖. #mis.
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@palpableproject
PALPABLE Project
1 month
Following the EAES 2025 Congress, the PALPABLE consortium gathered in Belgrade to review recent progress and align on the next stages in developing the project’s soft tactile sensor for minimally invasive surgery. Check out the meeting highlights here:
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@palpableproject
PALPABLE Project
1 month
New @IEEE_SENSORS study presents a pneumatic probe for remote stiffness sensing in catheterisation. Unlike PALPABLE—which targets soft, high-res tactile sensing for internal tissue palpation in #MIS—this focuses on catheter-based access. 🔗
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ieeexplore.ieee.org
Palpation technologies in teleoperated catheterization are essential for remotely assessing tissue characteristics such as stiffness and elasticity, which are critical for identifying pathways in...
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@palpableproject
PALPABLE Project
1 month
This review in @ScienceRobotics , explores how AI can enhance needle-based interventions—automating image analysis, planning safe trajectories, and even controlling robotic instruments. 🔗 Read more: #MedicalInnovation #RoboticSurgery #MIS.
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science.org
AI guidance is enabling robots to perform medical needle-based procedures with greater safety and accuracy.
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@palpableproject
PALPABLE Project
1 month
As the NHS plans for 90% of keyhole surgeries to be robot-assisted by 2035, the need for tactile, intelligent tools is rising. PALPABLE is developing soft sensors for real-time internal palpation in MIS—enhancing safety and precision. 🔗 via @guardian:
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theguardian.com
Head of NHS England to say robot-assisted surgery will become ‘the default’ for 90% of keyhole operations by 2035
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@palpableproject
PALPABLE Project
2 months
How sensitive can a #sensor really be?. A new @Nature article highlights an ultralight, flexible six-axis sensor with fingertip-level force sensing. At #PALPABLE, we're developing soft, flexible tactile sensor to enhance precision in #mis. 🔗 Read more:
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nature.com
Nature Communications - Flexible force sensors are limited in perceptive dimension and performance. Here, the authors report a flexible six-axis force/torque sensor, enabling human and robots to...
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@palpableproject
PALPABLE Project
2 months
Researchers from MITIC Lab recently published “A Reproducible Framework for Synthetic Data Generation and Instance Segmentation in Robotic Suturing”. 📖 PALPABLE aims to integrate into Robotic Assisted Surgery systems, further increasing their potential.
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link.springer.com
International Journal of Computer Assisted Radiology and Surgery - Automating suturing in robotic-assisted surgery offers significant benefits including enhanced precision, reduced operative time,...
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@palpableproject
PALPABLE Project
2 months
A new article in @Nature @SciReports explores how knowledge, agency, and control shape human–robot collaboration in surgery. We're developing tactile technology to make surgical robotics more responsive.
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nature.com
Scientific Reports - Human–robot collaboration in surgery at the nexus of knowledge, agency, and ownership
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@palpableproject
PALPABLE Project
2 months
Antonios Doukakis & Katerina Smyrli from PALPABLE partner Tech Hive Labs were awarded the runner-up prize in the poster competition at our recent workshop at the Hamlyn Symposium! 🥈. 👏Congratulations for this fantastic achievement!.
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linkedin.com
🎉 A huge thank you to everyone who made our PALPABLE Project workshop on Advanced tissue examination for diagnostics in surgical soft robotics a success! Kaspar Althoefer, Yves Bayon, Katerina...
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@palpableproject
PALPABLE Project
2 months
📢 Innovative Surgical Trends — a new journal from @EAES & @SAGES — is now accepting submissions for its inaugural issue. IST covers new techniques, technologies, robotic surgery, video education & more. 🔗 Submit here: #Surgery #OpenAccess #MIS.
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link.springer.com
Innovative Surgical Trends is a peer-reviewed, fully Open Access journal that covers cutting-edge innovation in surgical techniques from leading institutions ...
@EAES_eu
EAES
2 months
🚨 New Journal Alert!. Innovative Surgical Trends (IST) — a peer-reviewed, open access journal by @EAES_EU & @SAGES_Updates. Focus:.-Surgical innovation.-Video education.-Robotics & tech.-Simulation & training. 📝 Submit now: #Surgery #MedEd #OpenAccess
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@palpableproject
PALPABLE Project
2 months
🩺What’s next for endovascular surgery? . MRI-compatible robots, smarter AI, and task-specific controls are improving precision and safety. Challenges remain, but the future is promising!.
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tandfonline.com
Endovascular interventions excel in treating cardiovascular diseases in a minimally invasive manner, showing improved outcomes over open techniques. However, challenges related to precise navigatio...
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@palpableproject
PALPABLE Project
2 months
🥳 PALPABLE prototype debuts at @EAES_eu 2025 Congress! . Experts @DawoodAbubakar @QMUL & Yves Bayon @Medtronic demonstrated award-winning haptic feedback technology designed to restore the sense of touch in #MIS & improve surgical outcomes. #MedicalDevices #SurgicalInnovation
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@palpableproject
PALPABLE Project
2 months
Researchers at @nyuniversity have developed e-Flesh, a tactile sensor to capture subtle deformations during physical interaction. Check out their open source data and guidance!.
@LerrelPinto
Lerrel Pinto
2 months
We have developed a new tactile sensor, called e-Flesh, with a simple working principle: measure deformations in 3D printable microstructures. Now all you need to make tactile sensors is a 3D printer, magnets, and magnetometers! 🧵
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@palpableproject
PALPABLE Project
2 months
🔬 PALPABLE Hamlyn Workshop is around the corner!.Join us for insights and developments from industry and academia. 24th June 2025 | ⏰ : 09:00 – 12:30 | 📍 Half-Day Workshop.Book your ticket here: See you there!.
linkedin.com
🔬 PALPABLE Hamlyn Workshop Programme Now Available! 🔬 The programme for our Advanced Tissue Examination for Diagnostics in Surgical Soft Robotics workshop at Hamlyn Symposium 2025 is now LIVE! 🗓...
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@palpableproject
PALPABLE Project
3 months
🚨 Robotic surgery breakthrough! @KingsCollegeLon & @Tongji_Uni released CholecInstanceSeg. Largest dataset for surgical tool tracking with 41,900+ frames from real surgeries. Could revolutionize surgical AI & robotics!#AIinHealthcare #SurgicalAI #MIS
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kcl.ac.uk
In a major leap for surgical AI, researchers from King’s College London and Tongji University have unveiled CholecInstanceSeg, the largest open-access dataset designed specifically for tool instance...
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@palpableproject
PALPABLE Project
3 months
🎉Just a few days to go!. Join us at the EAES Congress in Belgrade for workshop WS2: Enabling a Sense of Touch in MIS. Explore the future of surgery as we showcase the PALPABLE prototype. 🗓️ 18 June🕒 15:00–16:30📍 Room MR9.
linkedin.com
📅 Meet us at the EAES Congress in Belgrade! 🕒 18 June | 15:00–16:30 | Room MR9 🔧 WS2: Enabling a Sense of Touch in MIS – Showcasing the PALPABLE Prototype Experience PALPABLE's journey from...
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@palpableproject
PALPABLE Project
3 months
🚨 Laparoscopic Access Device Market Booming!. Set to grow from $1.9B (2024) to $3.1B (2034) at a 5.1% CAGR! 🌍.📈 Key drivers:. 🔹 Minimally invasive surgery demand. 🔹 Robotic & trocar tech. 🔹 Bariatric & urological surgeries.
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