Mentions
Extended reach
Total likes
Video views
AI synopsis
These social discussions demonstrate strong support for the innovative use of nanobots in dentistry, with language highlighting their 'tremendous potential' and 'ability to reach depths not possible before,' which underscores both interest and perceived impact. The tone emphasizes technological advancement and clinical benefits, reflecting enthusiasm and recognition of the research’s importance.
Most discussions express support and excitement about the potential of nanobots to improve dental treatments, indicating general agreement with the research's significance.
The discussions reflect high interest, with many posts highlighting the novel approach and technological advancements involved.
Posts include references to specific details, such as the ability of nanobots to reach deep into dentinal tubules and their bactericidal capabilities, showing a moderate level of in-depth engagement.
The posts suggest that the research could significantly influence dental procedures and possibly reduce treatment failures, indicating a moderate to high potential impact.
Magnetically-driven nanobots can reach depths of dental tissue not possible with current clinical practices. They can be used to kill bacteria in these hard-to-access tissues, which may help to prevent failure of procedures like root canal.
@CeNSEatIISc, @iiscbangalore congratulates Prof. @Ambaris65519516 on being awarded the #IISc #Research #Awards 2023 for his research in the field of "Self-propelled nano-swimmers: From Physics to Therapeutics". Research articles: https://t.co/q3pv5CNmoq https://t.co/VDwIxMuKP6 https://t.co/DmMdALKbeG
Mobile nanobots for prevention of root canal treatment failure @Ambaris65519516 https://t.co/h4DEhHaNAu
A recent study in #nanomedicine has brought relief to #Endodontists around the globe. #Nanobots provide solid evidence for a novel method of treating the dentine tissue of human teeth during root canal therapy to prevent endodontic reinfection. Read -https://t.co/aygUaY94zw https://t.co/sw3MRrjZ4u
@malpani I learnt about #Theronautilus was completely unaware of this domain, asked @debayan_ what it means n here it is nanorobots to treat problems in teeth...especially root canal failure. You can read more about it here: https://t.co/TbecJ5cgPy and here: https://t.co/JlNcRoCk1k
Scientists from the Indian Institute of Science developed nanosized robots that clean hard-to-reach areas of the teeth and kill bacteria with heat. These nanobots, controlled by magnetic fields, penetrate deep into…
Explore how nanotechnology manipulates matter at an atomic scale to unlock extraordinary material properties, driving innovations in medicine, electronics, energy, and environment for a sustainable future.
New Artificial Intelligence Robots make life better with recent AI innovations. This video explores how neural networks enable robots to perform tasks traditionally done by humans, particularly in repetitive jobs, and…
Robot Dentist: Nanotechnology Dentistry | Future Technology & Science Ne... https://t.co/NFYFDwhqb1
RT @CeNSEatIISc: @CeNSEatIISc, @iiscbangalore congratulates Prof. @Ambaris65519516 on being awarded the #IISc #Research #Awards 2023 for hi…
RT @CeNSEatIISc: @CeNSEatIISc, @iiscbangalore congratulates Prof. @Ambaris65519516 on being awarded the #IISc #Research #Awards 2023 for hi…
@CeNSEatIISc, @iiscbangalore congratulates Prof. @Ambaris65519516 on being awarded the #IISc #Research #Awards 2023 for his research in the field of "Self-propelled nano-swimmers: From Physics to Therapeutics". Research articles: https://t.co/q3pv5CNmoq https://t.co/VDwIxMuKP6 https://t.co/DmMdALKbeG
@malpani I learnt about #Theronautilus was completely unaware of this domain, asked @debayan_ what it means n here it is nanorobots to treat problems in teeth...especially root canal failure. You can read more about it here: https://t.co/TbecJ5cgPy and here: https://t.co/JlNcRoCk1k
RT @GroupGhosh: Congratulations to @debayan_ ,@PeddiShanmukh,#DeepakSaini and @Ambaris65519516 for this exciting work. https://t.co/V18SYO…
A recent study in #nanomedicine has brought relief to #Endodontists around the globe. #Nanobots provide solid evidence for a novel method of treating the dentine tissue of human teeth during root canal therapy to prevent endodontic reinfection. Read -https://t.co/aygUaY94zw https://t.co/sw3MRrjZ4u
4/ Magnetically driven nanobots can reach the depths of tubules not possible with current clinical practices. Integration of bactericidal therapeutic modality with the nanobots is demonstrated, validating the tremendous potential of nanobots in dentistry. https://t.co/kcViwqMTEI
3/ New study published in Advanced Healthcare Materials, 28 April 2022. Here, the potential of actively maneuvered nanobots is investigated to disinfect dentinal tubules, which can be incorporated during a standard root canal procedure. https://t.co/kcViwqMTEI
RT @GroupGhosh: Congratulations to @debayan_ ,@PeddiShanmukh,#DeepakSaini and @Ambaris65519516 for this exciting work. https://t.co/V18SYO…
Tiny dental nanobots generate heat to deep clean the teeth https://t.co/fHE5Vde9jk
RT @FrederickWeber8: #Zahninfektionen: Forscher entwickeln Nanobots zur #Zahnreinigung bei #Wurzelbehandlungen ... (Quellen: Indian Institu…
#Zahninfektionen: Forscher entwickeln Nanobots zur #Zahnreinigung bei #Wurzelbehandlungen ... (Quellen: Indian Institute of Science / Debayan Dasgupta et al, Mobile Nanobots for Prevention of Root Canal Treatment Failure / MedizinDoc) https://t.co/tfEni0Ih5p
RT @GroupGhosh: Congratulations to @debayan_ ,@PeddiShanmukh,#DeepakSaini and @Ambaris65519516 for this exciting work. https://t.co/V18SYO…
Scientists use nanorobots to target root canal treatment failure https://t.co/q6287Ezo4G #science #medicine #scientists #nanorobots #treatment #failure
RT @GroupGhosh: Congratulations to @debayan_ ,@PeddiShanmukh,#DeepakSaini and @Ambaris65519516 for this exciting work. https://t.co/V18SYO…
@AdvSciNews Magnetically-driven #nanobots can reach depths of dental tissue not possible with current clinical practices. They can be used to kill bacteria in these hard-to-access tissues, which may help to prevent failure of proce…https://t.co/Orvk8y4M87 https://t.co/fxH4rr7Tvg
RT @AdvSciNews: Magnetically-driven nanobots can reach depths of dental tissue not possible with current clinical practices. They can be u…
RT @AdvSciNews: Magnetically-driven nanobots can reach depths of dental tissue not possible with current clinical practices. They can be u…
RT @AdvSciNews: Magnetically-driven nanobots can reach depths of dental tissue not possible with current clinical practices. They can be u…
Magnetically-driven nanobots can reach depths of dental tissue not possible with current clinical practices. They can be used to kill bacteria in these hard-to-access tissues, which may help to prevent failure of procedures like root canal.
RT @nanomotorupdate: Mobile nanobots for prevention of root canal treatment failure @Ambaris65519516 https://t.co/h4DEhHaNAu
Mobile nanobots for prevention of root canal treatment failure @Ambaris65519516 https://t.co/h4DEhHaNAu