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Discussions revolve around the innovative use of enzyme-powered nanomotors to monitor and enhance fluid dynamics within the bladder. Posts like 'visualized by a combination of medical scanning technologies' and mentions of 'swarming behavior' reflect interest in both the scientific novelty and practical implications. The tone varies from technical appreciation to excitement about future applications, demonstrating a balanced view that acknowledges the potential impact of the research.
Most discussions acknowledge the significance of the research, with some expressing enthusiasm, but overall the tone suggests cautious optimism rather than strong disagreement or full endorsement.
The discussions display high curiosity, especially with mentions of upcoming talks, visualizations inside living mice, and the innovative nature of nanomotor behavior, indicating a keen interest in the topic.
Several posts reference specific aspects of the research, such as swarming behavior and in vivo monitoring, and some share enthusiasm through words like 'fantasia' and mentions of 'excited' contributors, reflecting meaningful engagement.
While multiple posts highlight the potential applications of the nanomotors in medical diagnostics and treatment, the overall perception suggests the impact is recognized as promising but not yet fully realized or transformative.
Mini talk #8 (part 1): at 1 GMT on Aug. 5, Tania Patiño @tania_patino_ from @SamuelNanobots lab will talk about Swarming behavior and in vivo monitoring of enzymatic nanomotors within the bladder, https://t.co/dt2pyJOdiV Zoom id 878 9058 6758, password: nanomotor
Proud of our researcher @lukarejc to contribute to such a fantastic project on swarming behavior and in vivo monitoring of enzymatic nanomotors within the bladder https://t.co/N3rcueozZl
Swarming behavior and in vivo monitoring of enzymatic nanomotors within the bladder https://t.co/x9HTf2shgL
These enzyme-powered nanomotors distribute efficiently inside mouse bodies, visualized by a combination of medical scanning technologies. Read the study from 2021: https://t.co/hJyXC3fDFa @_BIST https://t.co/OsBloj5Q7i
Avui s’ha publicat això i em sembla una ✨fantasia✨ Swarming behavior and in vivo monitoring of enzymatic nanomotors within the bladder https://t.co/ovfhyjch6h
RT @SamuelNanobots: So happy to announce that after years of work, our paper co-led by @tania_patino_ + Jordi Llop"Swarming behavior and in…
Researchers captured images of millions of nanorobots moving within live mice using positron emission tomography. These urease-powered nanomachines can enhance fluid mixing and distribution, showing promise for future…
This video discusses the swarming behavior and in vivo monitoring of enzymatic nanomotors made from mesoporous silica, gold nanoparticles, and urease enzymes, which can move collectively and enhance fluid mixing inside…
RT @SciRobotics: These enzyme-powered nanomotors distribute efficiently inside mouse bodies, visualized by a combination of medical scannin…
These enzyme-powered nanomotors distribute efficiently inside mouse bodies, visualized by a combination of medical scanning technologies. Read the study from 2021: https://t.co/hJyXC3fDFa @_BIST https://t.co/OsBloj5Q7i
RT @nanomotorupdate: Mini talk #8 (part 1): at 1 GMT on Aug. 5, Tania Patiño @tania_patino_ from @SamuelNanobots lab will talk about Swar…
RT @nanomotorupdate: Mini talk #8 (part 1): at 1 GMT on Aug. 5, Tania Patiño @tania_patino_ from @SamuelNanobots lab will talk about Swar…
RT @nanomotorupdate: Mini talk #8 (part 1): at 1 GMT on Aug. 5, Tania Patiño @tania_patino_ from @SamuelNanobots lab will talk about Swar…
RT @nanomotorupdate: Mini talk #8 (part 1): at 1 GMT on Aug. 5, Tania Patiño @tania_patino_ from @SamuelNanobots lab will talk about Swar…
Mini talk #8 (part 1): at 1 GMT on Aug. 5, Tania Patiño @tania_patino_ from @SamuelNanobots lab will talk about Swarming behavior and in vivo monitoring of enzymatic nanomotors within the bladder, https://t.co/dt2pyJOdiV Zoom id 878 9058 6758, password: nanomotor
RT @SamuelNanobots: So happy to announce that after years of work, our paper co-led by @tania_patino_ + Jordi Llop"Swarming behavior and in…
Swarming behavior and in vivo monitoring of enzymatic nanomotors within the bladder https://t.co/x9HTf2shgL
Observan el movimiento colectivo de nanorrobots dentro de un ser vivo https://t.co/Zg5GzZc9EN Más información: Swarming behavior and in vivo monitoring of enzymatic nanomotors within the bladder https://t.co/mCcg3tRC3R
RT @SamuelNanobots: So happy to announce that after years of work, our paper co-led by @tania_patino_ + Jordi Llop"Swarming behavior and in…
@CICbiomaGUNE El trabajo publicado: Swarming behavior and in vivo monitoring of enzymatic nanomotors within the bladder https://t.co/K1Ak5Bm7uQ
RT @SamuelNanobots: So happy to announce that after years of work, our paper co-led by @tania_patino_ + Jordi Llop"Swarming behavior and in…
RT @SamuelNanobots: So happy to announce that after years of work, our paper co-led by @tania_patino_ + Jordi Llop"Swarming behavior and in…
Swarming behavior and in vivo monitoring of enzymatic nanomotors within the bladder https://t.co/vQorBODZK0
RT @SamuelNanobots: So happy to announce that after years of work, our paper co-led by @tania_patino_ + Jordi Llop"Swarming behavior and in…
RT @KosmrljGroup: Proud of our researcher @lukarejc to contribute to such a fantastic project on swarming behavior and in vivo monitoring o…
Proud of our researcher @lukarejc to contribute to such a fantastic project on swarming behavior and in vivo monitoring of enzymatic nanomotors within the bladder https://t.co/N3rcueozZl
RT @SamuelNanobots: So happy to announce that after years of work, our paper co-led by @tania_patino_ + Jordi Llop"Swarming behavior and in…
RT @SamuelNanobots: So happy to announce that after years of work, our paper co-led by @tania_patino_ + Jordi Llop"Swarming behavior and in…
RT @SamuelNanobots: So happy to announce that after years of work, our paper co-led by @tania_patino_ + Jordi Llop"Swarming behavior and in…
Swarming behavior and in vivo monitoring of enzymatic nanomotors within the bladder – https://t.co/kun3qYBJ1Z https://t.co/2OVLt8tblp
RT @SamuelNanobots: So happy to announce that after years of work, our paper co-led by @tania_patino_ + Jordi Llop"Swarming behavior and in…
RT @SamuelNanobots: So happy to announce that after years of work, our paper co-led by @tania_patino_ + Jordi Llop"Swarming behavior and in…
RT @SamuelNanobots: So happy to announce that after years of work, our paper co-led by @tania_patino_ + Jordi Llop"Swarming behavior and in…
RT @SamuelNanobots: So happy to announce that after years of work, our paper co-led by @tania_patino_ + Jordi Llop"Swarming behavior and in…
RT @SamuelNanobots: So happy to announce that after years of work, our paper co-led by @tania_patino_ + Jordi Llop"Swarming behavior and in…
Avui s’ha publicat això i em sembla una ✨fantasia✨ Swarming behavior and in vivo monitoring of enzymatic nanomotors within the bladder https://t.co/ovfhyjch6h
RT @SamuelNanobots: So happy to announce that after years of work, our paper co-led by @tania_patino_ + Jordi Llop"Swarming behavior and in…
RT @SamuelNanobots: So happy to announce that after years of work, our paper co-led by @tania_patino_ + Jordi Llop"Swarming behavior and in…
RT @SamuelNanobots: So happy to announce that after years of work, our paper co-led by @tania_patino_ + Jordi Llop"Swarming behavior and in…
RT @SamuelNanobots: So happy to announce that after years of work, our paper co-led by @tania_patino_ + Jordi Llop"Swarming behavior and in…
RT @SamuelNanobots: So happy to announce that after years of work, our paper co-led by @tania_patino_ + Jordi Llop"Swarming behavior and in…
RT @SamuelNanobots: So happy to announce that after years of work, our paper co-led by @tania_patino_ + Jordi Llop"Swarming behavior and in…
RT @SamuelNanobots: So happy to announce that after years of work, our paper co-led by @tania_patino_ + Jordi Llop"Swarming behavior and in…
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