EUS FNA: Fast needle passes >> slow passes RCT
Monitored needle acceleration in endoscopic ultrasound-guided fine-needle aspiration of solid pancreatic masses improves sample quality and diagnostic accuracy: a randomized trial.
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May 2021 – Sep 2023Where it's discussed
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X / Twitter29 posts
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Facebook2 posts
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YouTube1 videos
AI synopsis
What people are saying
Several discussions emphasize the significance of increasing needle acceleration, with phrases like 'fast passes outperform slow passes' and remarks about how this approach can improve sample quality. The tone varies from technical appreciation to optimism about improving clinical outcomes, utilizing words like 'enhance,' 'improve,' and 'significant,' which underscore the perceived high impact of the publication.
Many discussions express strong support for the study’s findings, highlighting how increased needle acceleration improves diagnostic outcomes.
Posts demonstrate high curiosity, with participants engaging deeply with the technique and technological aspects, such as connecting needles to smartphones.
Posts contain detailed references to the study’s methodology and implications, indicating deep involvement and analytical thinking.
Participants perceive the research as highly impactful, often describing it as a potential 'game changer' for endoscopic practices and diagnostic accuracy.
Abstract in brief
- A randomized trial found that using a higher needle acceleration during endoscopic ultrasound-guided fine needle aspiration (EUSFNA) of pancreatic masses improves the accuracy and quality of the samples collected.
- The study measured needle acceleration with a Bluetooth-connected accelerometer during "fast" (higher than 1.98 m/s²) and "slow" passes, showing that the fast passes resulted in significantly better diagnostic outcomes.
- The results suggest that increasing needle movement acceleration during the procedure could enhance the effectiveness of diagnosing solid pancreatic tumors.
Top posts
Most liked on X and BlueskyMonitored needle acceleration in EUS-guided fine-needle aspiration of solid pancreaticmasses improves sample quality and diagnostic accuracy: a randomized trial by Mihai Ciocîrlan, Anca Gheorghiu, Dana Bilous et al. Read more here: https://t.co/SGrFNnrqWl https://t.co/ziTfRKbdZl
#authorcommentary Mihai Ciocîrlan on "Monitored needle acceleration in EUS-guided FNA of solid pancreatic masses improves sample quality and diagnostic accuracy" Authors: M Ciocîrlan et al. Read more: https://t.co/SGrFNnJ1NT Watch the video here: https://t.co/zGPzbQ7nAm
Connect your needle to a smartphone to increase EUS FNA sample quality and diagnostic accuracy of solid pancreatic mases: a randomised trial https://t.co/wp9ZA0agAY
Monitored needle acceleration in EUS-guided FNA of solid pancreatic mass... https://t.co/dvB6YZk3KB by @YouTube https://t.co/wp9ZA0agAY
RT @MSawhneyMD: EUS FNA: Fast needle passes >> slow passes RCT
All mentions
Enhancing Diagnostic Accuracy in EUS-guided FNA with Monitored Needle Acceleration
Mihai Ciocrlan discusses how monitored needle acceleration during EUS-guided fine-needle aspiration improves sample quality and diagnostic accuracy in pancreatic mass biopsies. A randomized trial demonstrated that…
RT @MSawhneyMD: EUS FNA: Fast needle passes >> slow passes RCT
RT @endoscopyjrnl: #authorcommentary Mihai Ciocîrlan on "Monitored needle acceleration in EUS-guided FNA of solid pancreatic masses improve…
RT @endoscopyjrnl: Monitored needle acceleration in EUS-guided fine-needle aspiration of solid pancreaticmasses improves sample quality and…
@endoscopyjrnl Paywalls are frustrating! Access the article from your library: https://t.co/d6xDrXZXwU Promote scholarly access when tweeting articles by simply adding https://t.co/SXSePSX5De to the DOI URL
RT @endoscopyjrnl: Monitored needle acceleration in EUS-guided fine-needle aspiration of solid pancreaticmasses improves sample quality and…
Monitored needle acceleration in EUS-guided fine-needle aspiration of solid pancreaticmasses improves sample quality and diagnostic accuracy: a randomized trial by Mihai Ciocîrlan, Anca Gheorghiu, Dana Bilous et al. Read more here: https://t.co/SGrFNnrqWl https://t.co/ziTfRKbdZl
#authorcommentary Mihai Ciocîrlan on "Monitored needle acceleration in EUS-guided FNA of solid pancreatic masses improves sample quality and diagnostic accuracy" Authors: M Ciocîrlan et al. Read more: https://t.co/SGrFNnJ1NT Watch the video here: https://t.co/zGPzbQ7nAm
RT @MSawhneyMD: EUS FNA: Fast needle passes >> slow passes RCT
RT @MSawhneyMD: EUS FNA: Fast needle passes >> slow passes RCT
RT @MSawhneyMD: EUS FNA: Fast needle passes >> slow passes RCT
RT @MSawhneyMD: EUS FNA: Fast needle passes >> slow passes RCT
RT @MSawhneyMD: EUS FNA: Fast needle passes >> slow passes RCT
RT @MSawhneyMD: EUS FNA: Fast needle passes >> slow passes RCT
RT @MSawhneyMD: EUS FNA: Fast needle passes >> slow passes RCT
RT @MSawhneyMD: EUS FNA: Fast needle passes >> slow passes RCT
RT @MSawhneyMD: EUS FNA: Fast needle passes >> slow passes RCT
RT @MSawhneyMD: EUS FNA: Fast needle passes >> slow passes RCT
RT @MSawhneyMD: EUS FNA: Fast needle passes >> slow passes RCT
RT @MSawhneyMD: EUS FNA: Fast needle passes >> slow passes RCT
RT @MSawhneyMD: EUS FNA: Fast needle passes >> slow passes RCT
RT @MSawhneyMD: EUS FNA: Fast needle passes >> slow passes RCT
RT @MSawhneyMD: EUS FNA: Fast needle passes >> slow passes RCT
RT @MSawhneyMD: EUS FNA: Fast needle passes >> slow passes RCT
RT @MSawhneyMD: EUS FNA: Fast needle passes >> slow passes RCT
RT @MSawhneyMD: EUS FNA: Fast needle passes >> slow passes RCT
RT @MSawhneyMD: EUS FNA: Fast needle passes >> slow passes RCT
EUS FNA: Fast needle passes >> slow passes RCT
Monitored needle acceleration in EUS-guided FNA of solid pancreatic mass... https://t.co/dvB6YZk3KB by @YouTube https://t.co/wp9ZA0agAY
Connect your needle to a smartphone to increase EUS FNA sample quality and diagnostic accuracy of solid pancreatic mases: a randomised trial https://t.co/wp9ZA0agAY
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