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The discussions express strong enthusiasm for the multifunctional nature of the origami-based patch, describing it as a 'game changer' and highlighting its ability to attach quickly to wet tissues, repel fluids, and prevent infections. The tone and choice of words indicate a high level of interest and perceived importance, especially with examples referencing collaboration, innovative design, and potential clinical impact.
Most discussions praise the innovative design and potential of the bioadhesive patch, expressing strong approval.
Posts show high interest, highlighting the origami inspiration and applications in minimally invasive surgery.
The discussions involve technical details and citations of collaborators, reflecting moderate to high engagement.
Many posts emphasize the significant clinical and technological impact, suggesting it could revolutionize tissue sealing.
Thank you @AdvSciNews @MITMechE @SarahWu76954477 @HyunwooYuk @jingjingwu2525 @CGSNabzdykMD Full paper: https://t.co/bjkoR3xQUz A video: https://t.co/tXVTdpXqX7 MIT News: https://t.co/dFSbsJovOs https://t.co/nw4BrT6mCO
Congratulations to @SarahWu76954477 @HyunwooYuk @jingjingwu2525 @CGSNabzdykMD on this collaboration between @MIT @MITMechE and @MayoClinic ! We design minimally invasive/robotic tissue sealing patches to replace sutures & staples. https://t.co/ZwirBFpHLJ https://t.co/xDZF61NYie https://t.co/JKTPeMWPaK
An origami based approach to the design of this bioadhesive patch, allows for minimally invasive tissue sealing @CGSNabzdykMD @MITMechE @HyunwooYuk @ProfZhaoMIT Read the article: https://t.co/7dcYSXtqjM https://t.co/xiHKhwQzTQ
Everyone's fav sea creature, the barnacle, inspired @CGSNabzdykMD & @MITMechE to create a new surgical patch. Read more at Discovery’s Edge, https://t.co/5aICAXVev4, or read the paper in Advanced Materials: https://t.co/nE1kOQQLQD.
Congratulations again to the famous trio of docs: @HyunwooYuk @ProfZhaoMIT @CGSNabzdykMD and first author and grad student Sarah Wu for another high impact publication @MIT @MITMechE @MayoAnesthesia https://t.co/XMItClyZTB
A Multifunctional Origami Patch for Minimally Invasive Tissue Sealing Collaboration between #MayoAnesResearch and @MITMechE with Drs. @HyunwooYuk @ProfZhaoMIT and Sarah Wu https://t.co/aoqnCmEP0W
This video introduces a multilayer bioadhesive patch designed for minimally invasive tissue sealing, capable of attaching to wet tissues, repelling fluids, and resisting bacteria. Origami-inspired fabrication enhances…
Researchers developed a bioadhesive origami-designed patch for tissue sealing. It quickly attaches to wet tissues, repels fluids, resists bacteria and inflammation, and integrates with surgical tools, advancing…
RT @ProfZhaoMIT: Thank you @AdvSciNews @MITMechE @SarahWu76954477 @HyunwooYuk @jingjingwu2525 @CGSNabzdykMD Full paper: https://t.co/bjko…
RT @ProfZhaoMIT: Thank you @AdvSciNews @MITMechE @SarahWu76954477 @HyunwooYuk @jingjingwu2525 @CGSNabzdykMD Full paper: https://t.co/bjko…
RT @ProfZhaoMIT: Thank you @AdvSciNews @MITMechE @SarahWu76954477 @HyunwooYuk @jingjingwu2525 @CGSNabzdykMD Full paper: https://t.co/bjko…
RT @ProfZhaoMIT: Thank you @AdvSciNews @MITMechE @SarahWu76954477 @HyunwooYuk @jingjingwu2525 @CGSNabzdykMD Full paper: https://t.co/bjko…
RT @ProfZhaoMIT: Thank you @AdvSciNews @MITMechE @SarahWu76954477 @HyunwooYuk @jingjingwu2525 @CGSNabzdykMD Full paper: https://t.co/bjko…
RT @ProfZhaoMIT: Thank you @AdvSciNews @MITMechE @SarahWu76954477 @HyunwooYuk @jingjingwu2525 @CGSNabzdykMD Full paper: https://t.co/bjko…
Thank you @AdvSciNews @MITMechE @SarahWu76954477 @HyunwooYuk @jingjingwu2525 @CGSNabzdykMD Full paper: https://t.co/bjkoR3xQUz A video: https://t.co/tXVTdpXqX7 MIT News: https://t.co/dFSbsJovOs https://t.co/nw4BrT6mCO
RT @MayoAnesthesia: A Multifunctional Origami Patch for Minimally Invasive Tissue Sealing Collaboration between #MayoAnesResearch and @MIT…
A Multifunctional Origami Patch for Minimally Invasive Tissue Sealing Collaboration between #MayoAnesResearch and @MITMechE with Drs. @HyunwooYuk @ProfZhaoMIT and Sarah Wu https://t.co/aoqnCmEP0W
RT @AdvSciNews: An origami based approach to the design of this bioadhesive patch, allows for minimally invasive tissue sealing @CGSNabzd…
RT @AdvSciNews: An origami based approach to the design of this bioadhesive patch, allows for minimally invasive tissue sealing @CGSNabzd…
RT @AdvSciNews: An origami based approach to the design of this bioadhesive patch, allows for minimally invasive tissue sealing @CGSNabzd…
RT @AdvSciNews: An origami based approach to the design of this bioadhesive patch, allows for minimally invasive tissue sealing @CGSNabzd…
An origami based approach to the design of this bioadhesive patch, allows for minimally invasive tissue sealing @CGSNabzdykMD @MITMechE @HyunwooYuk @ProfZhaoMIT Read the article: https://t.co/7dcYSXtqjM https://t.co/xiHKhwQzTQ
An origami-inspired medical patch for sealing internal injuries. https://t.co/l7xkO6sZQ0. Paper: https://t.co/WOLGZGjj75 https://t.co/nPnNIoqdTj
RT @ProfZhaoMIT: Congratulations to @SarahWu76954477 @HyunwooYuk @jingjingwu2525 @CGSNabzdykMD on this collaboration between @MIT @MITMechE…
RT @ProfZhaoMIT: Congratulations to @SarahWu76954477 @HyunwooYuk @jingjingwu2525 @CGSNabzdykMD on this collaboration between @MIT @MITMechE…
RT @SaraTiner: Everyone's fav sea creature, the barnacle, inspired @CGSNabzdykMD & @MITMechE to create a new surgical patch. Read more at D…
Congratulations to @SarahWu76954477 @HyunwooYuk @jingjingwu2525 @CGSNabzdykMD on this collaboration between @MIT @MITMechE and @MayoClinic ! We design minimally invasive/robotic tissue sealing patches to replace sutures & staples. https://t.co/ZwirBFpHLJ https://t.co/xDZF61NYie https://t.co/JKTPeMWPaK
RT @SaraTiner: Everyone's fav sea creature, the barnacle, inspired @CGSNabzdykMD & @MITMechE to create a new surgical patch. Read more at D…
Congratulations again to the famous trio of docs: @HyunwooYuk @ProfZhaoMIT @CGSNabzdykMD and first author and grad student Sarah Wu for another high impact publication @MIT @MITMechE @MayoAnesthesia https://t.co/XMItClyZTB
RT @SaraTiner: Everyone's fav sea creature, the barnacle, inspired @CGSNabzdykMD & @MITMechE to create a new surgical patch. Read more at D…
Everyone's fav sea creature, the barnacle, inspired @CGSNabzdykMD & @MITMechE to create a new surgical patch. Read more at Discovery’s Edge, https://t.co/5aICAXVev4, or read the paper in Advanced Materials: https://t.co/nE1kOQQLQD.
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