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Multiple discussions highlighted the potential of using bacteria-based microrobots for targeted drug delivery, with one participant mentioning how they could 'one day battle cancer' and another emphasizing their future use in administering chemotherapy directly to tumors. The optimistic tone and technical vocabulary, such as 'magnetically steerable' and 'stimuli-responsive,' contribute to a shared excitement about the research's transformative possibilities.
The majority of discussions express strong support for the potential applications of this research in cancer treatment.
There's an evident high level of interest surrounding the implications of using biohybrid microrobots for medical purposes.
Many participants offered in-depth comments about the technology, suggesting specific real-world applications and future research directions.
Users viewed this research as groundbreaking, believing it could significantly enhance treatments for conditions like cancer.
Excited to share our latest paper on magnetically steered bacterial microswimmers for targeted and on-demand therapeutic delivery @ScienceAdvances! https://t.co/TDNzbq3UOW https://t.co/GO5BrEcDqF
Check out our latest article on "Magnetically Steerable Bacterial Microrobots Moving in 3D Biological Matrices for Stimuli-Responsive Cargo Delivery" - now published in @ScienceAdvances
#Bacteria-based biohybrid microrobots on a mission to one day battle cancer @ScienceAdvances @nature https://t.co/UMppHYp9iT https://t.co/zPc49pn73k
Ученые Института Макса Планка (Германия) разработали биогибридных нанороботов на основе бактерий. Они способны доставлять лекарства в нужную точку организма. Управляются с помощью магнитного поля https://t.co/wjPDMMFJa7
Turning E.Coli bacteria into living microbots that are dotted with magnetic nanoparticles and drug-carrying capsules that melt under infrared light. They can be pulled towards specific regions of the body (tumors) and then precisely deliver their payload https://t.co/u3RnmeDvn3 https://t.co/8J0yQwX2eV
Magnetically steerable bacterial microrobots moving in 3D biological matrices for stimuli-responsive cargo delivery https://t.co/cfleXhgtmz
Tiny bacterial microrobots can kill cancer without pain. Developed by scientists from the Max Planck Institute, these biohybrids navigate 3D biological environments for targeted drug delivery, ensuring accurate release…
Researchers developed magnetically steerable bacterial microrobots that can navigate 3D biological environments for targeted drug delivery. This technology allows for controlled release of therapeutic agents in response…
RT @ToughSf: Turning E.Coli bacteria into living microbots that are dotted with magnetic nanoparticles and drug-carrying capsules that melt…
Bacteria-based biohybrid microrobots on a mission to one day battle cancer https://t.co/3VaJ0lCJJT https://t.co/6mWgtK5Um5 https://t.co/t94euMkTMp
RT @ToughSf: Turning E.Coli bacteria into living microbots that are dotted with magnetic nanoparticles and drug-carrying capsules that melt…
RT @ToughSf: Turning E.Coli bacteria into living microbots that are dotted with magnetic nanoparticles and drug-carrying capsules that melt…
RT @ToughSf: Turning E.Coli bacteria into living microbots that are dotted with magnetic nanoparticles and drug-carrying capsules that melt…
RT @ToughSf: Turning E.Coli bacteria into living microbots that are dotted with magnetic nanoparticles and drug-carrying capsules that melt…
Turning E.Coli bacteria into living microbots that are dotted with magnetic nanoparticles and drug-carrying capsules that melt under infrared light. They can be pulled towards specific regions of the body (tumors) and then precisely deliver their payload https://t.co/u3RnmeDvn3 https://t.co/8J0yQwX2eV
RT @biomedicalhacks: 薬剤を搭載した細菌ベースのロボットが開発されました。大腸菌に複数のパーツを搭載することでこのマイクロロボットを構築しています。ロボット工学と生物学の融合によるこの方向性はがん組織選択的なdelivery方法の1つに将来的になっていくのか…
薬剤を搭載した細菌ベースのロボットが開発されました。大腸菌に複数のパーツを搭載することでこのマイクロロボットを構築しています。ロボット工学と生物学の融合によるこの方向性はがん組織選択的なdelivery方法の1つに将来的になっていくのかもしれません。 https://t.co/GrW2gqrg35
In the future, could microrobotics be used to directly administer chemotherapy treat cancer tumors According to a recent paper here https://t.co/bu15TgU6Tz That is exactly something that is on the horizon. https://t.co/FsEHBVEWTJ
Así son los robots en miniatura que podrán usarse para aplicar tratamientos indoloros contra el cáncer https://t.co/1Ms0w6mBSD a través de @20m Artículo fuente: https://t.co/Btuf0i1pC8 #Dolor #cáncer #dolorOncológico
RT @naukaiprogress: Ученые Института Макса Планка (Германия) разработали биогибридных нанороботов на основе бактерий. Они способны доставля…
RT @naukaiprogress: Ученые Института Макса Планка (Германия) разработали биогибридных нанороботов на основе бактерий. Они способны доставля…
RT @naukaiprogress: Ученые Института Макса Планка (Германия) разработали биогибридных нанороботов на основе бактерий. Они способны доставля…
RT @naukaiprogress: Ученые Института Макса Планка (Германия) разработали биогибридных нанороботов на основе бактерий. Они способны доставля…
RT @naukaiprogress: Ученые Института Макса Планка (Германия) разработали биогибридных нанороботов на основе бактерий. Они способны доставля…
Ученые Института Макса Планка (Германия) разработали биогибридных нанороботов на основе бактерий. Они способны доставлять лекарства в нужную точку организма. Управляются с помощью магнитного поля https://t.co/wjPDMMFJa7
RT @shigekomura: Magnetically steerable bacterial microrobots moving in 3D biological matrices for stimuli-responsive cargo delivery https:…
So....can this tech deliver biologics to dampen immune response in the islets/panc lymph nodes in #T1D prodrome? Magnetically steerable bacterial #microrobots deliver cargo @PhelpsLab_UF @sonomabio @Tang_Lab_UCSF @MP_Innovation https://t.co/D2wmYYBVy9
Magnetically steerable bacterial microrobots moving in 3D biological matrices for stimuli-responsive cargo delivery https://t.co/kWIphaG0pt
RT @yunusalapan: Excited to share our latest paper on magnetically steered bacterial microswimmers for targeted and on-demand therapeutic d…
Bacteria-based biohybrid microrobots for delivery of therapeutics? https://t.co/v64cm4qqKH
Magnetically steerable bacterial microrobots moving in 3D biological matrices for stimuli-responsive cargo delivery https://t.co/GdN7qFMmCH
RT @Spektrum_BIO: Mit biohybriden Bakterien-basierten Mikrorobotern zukünftig Krebs bekämpfen? Die spannende Studie eines Teams vom @MPI_IS…
Mit biohybriden Bakterien-basierten Mikrorobotern zukünftig Krebs bekämpfen? Die spannende Studie eines Teams vom @MPI_IS mit Mukrime Birgul Akolpoglu @akolpoglu als Erstautorin gibt es hier zum Nachlesen: https://t.co/81EsSDrA77 © Akolpoglu et al., 2022 https://t.co/6GRf6t3rv0
RT @NihalOlcay: Check out our latest article on "Magnetically Steerable Bacterial Microrobots Moving in 3D Biological Matrices for Stimuli-…
Excellent concept from @metin_sitti and co-workers on biohybrid microrobots. The work pushes boundaries of bacteria-mediated tumor treatment and opens futuristic pathways for cancer immunotherapy Well done folks! https://t.co/FHEcwTciTb
RT @mustafaoguler: Magnetically steerable bacterial microrobots moving in 3D biological matrices for stimuli-responsive cargo delivery http…
RT @yunusalapan: Excited to share our latest paper on magnetically steered bacterial microswimmers for targeted and on-demand therapeutic d…
RT @yunusalapan: Excited to share our latest paper on magnetically steered bacterial microswimmers for targeted and on-demand therapeutic d…
大腸菌に人工的な部品を装着したバイオハイブリッド型マイクロロボットが報告されました。このマイクロロボットを腫瘍の近くに注入してがんを治療することを目指します。 7/15 Science Advances誌です。 https://t.co/2rAMT78Vqt
RT @yunusalapan: Excited to share our latest paper on magnetically steered bacterial microswimmers for targeted and on-demand therapeutic d…
Magnetically steerable bacterial microrobots moving in 3D biological matrices for stimuli-responsive cargo delivery https://t.co/cfleXhgtmz
Magnetically steerable bacterial microrobots moving in 3D biological matrices for stimuli-responsive cargo delivery https://t.co/f3D1X8ySCd #science #cancer #microrobots #matrices #cargo #delivery
RT @NihalOlcay: Check out our latest article on "Magnetically Steerable Bacterial Microrobots Moving in 3D Biological Matrices for Stimuli-…
RT @NihalOlcay: Check out our latest article on "Magnetically Steerable Bacterial Microrobots Moving in 3D Biological Matrices for Stimuli-…
Check out our latest article on "Magnetically Steerable Bacterial Microrobots Moving in 3D Biological Matrices for Stimuli-Responsive Cargo Delivery" - now published in @ScienceAdvances
細菌は、低酸素濃度や高酸度といった腫瘍特有の化学的勾配に引き寄せられることから、マイクロロボットが目的の腫瘍に集積されると、近赤外線レーザーがリポソームの溶融プロセスを引き起こし、封入された抗がん薬剤を放出します。Science Advances誌https://t.co/1yyFklk9LL
RT @yunusalapan: Excited to share our latest paper on magnetically steered bacterial microswimmers for targeted and on-demand therapeutic d…
RT @yunusalapan: Excited to share our latest paper on magnetically steered bacterial microswimmers for targeted and on-demand therapeutic d…
Magnetically steerable bacterial microrobots moving in 3D biological matrices for stimuli-responsive cargo delivery (Rated: Objective) https://t.co/0ETXjjh7If
RT @yunusalapan: Excited to share our latest paper on magnetically steered bacterial microswimmers for targeted and on-demand therapeutic d…
RT @yunusalapan: Excited to share our latest paper on magnetically steered bacterial microswimmers for targeted and on-demand therapeutic d…
RT @ScienceAdvances: Bacterial microrobots, steered by magnetic fields, provide stimuli-responsive drug release. These “Bacetriabots” and…
Bacterial biohybrids, composed of self-propelling bacteria carrying micro/nanoscale materials, can deliver their payload to specific regions under magnetic control, enabling additional frontiers in minimally invasive medicine. https://t.co/hYxIY4FLwa
RT @yunusalapan: Excited to share our latest paper on magnetically steered bacterial microswimmers for targeted and on-demand therapeutic d…
RT @yunusalapan: Excited to share our latest paper on magnetically steered bacterial microswimmers for targeted and on-demand therapeutic d…
Excited to share our latest paper on magnetically steered bacterial microswimmers for targeted and on-demand therapeutic delivery @ScienceAdvances! https://t.co/TDNzbq3UOW https://t.co/GO5BrEcDqF
Bacterial microrobots, steered by magnetic fields, provide stimuli-responsive drug release. These “Bacetriabots” and their light-activated drug delivery could provide a boost in the fight against cancer. https://t.co/EfuaCztI11 #Biomedical #Bioengineering https://t.co/eDkWAsn1El
"Magnetically steerable bacterial microrobots moving in 3D biological matrices for stimuli-responsive cargo delivery"
Magnetically steerable bacterial microrobots moving in 3D biological matrices for stimuli-responsive cargo delivery https://t.co/eIDRtLlxmx
#NBIC: L’imagination infinie de l’être humain a combiné robotique et biologie en équipant E. bactéries coli avec des composants artificiels pour construire des microrobots biohybrides. https://t.co/oLM99J72uc https://t.co/7D3DavnLAn
Amazing. This is the kind of research I wish I did. Magnetically steerable bacterial microrobots moving in 3D biological matrices for stimuli-responsive cargo delivery, Science Advances (2022). DOI: 10.1126/sciadv.abo6163. https://t.co/0KjzdKhaRX #biomedicine #nanobot https://t.co/khobCUJ139
Magnetically steerable bacterial microrobots moving in 3D biological matrices for stimuli-responsive cargo delivery Check out this one. Science scores a big one for micro drug delivery. I see Alzheimers on the run alone with cancer and so much more https://t.co/gEtluDCQVC
RT @physorg_com: #Bacteria-based biohybrid microrobots on a mission to one day battle cancer @ScienceAdvances @nature https://t.co/UMppHYp9…
Magnetically steerable bacterial microrobots moving in 3D biological matrices for stimuli-responsive cargo delivery https://t.co/GdN7qFMmCH
RT @physorg_com: #Bacteria-based biohybrid microrobots on a mission to one day battle cancer @ScienceAdvances @nature https://t.co/UMppHYp9…
Magnetically steerable bacterial microrobots moving in 3D biological matrices for stimuli-responsive cargo delivery https://t.co/Id6td1xjTP
#Bacteria-based biohybrid microrobots on a mission to one day battle cancer @ScienceAdvances @nature https://t.co/3nO6J7CP6W @physorg_com https://t.co/pWauwSe6k0
RT @physorg_com: #Bacteria-based biohybrid microrobots on a mission to one day battle cancer @ScienceAdvances @nature https://t.co/UMppHYp9…
RT @physorg_com: #Bacteria-based biohybrid microrobots on a mission to one day battle cancer @ScienceAdvances @nature https://t.co/UMppHYp9…
RT @physorg_com: #Bacteria-based biohybrid microrobots on a mission to one day battle cancer @ScienceAdvances @nature https://t.co/UMppHYp9…
RT @physorg_com: #Bacteria-based biohybrid microrobots on a mission to one day battle cancer @ScienceAdvances @nature https://t.co/UMppHYp9…
RT @physorg_com: #Bacteria-based biohybrid microrobots on a mission to one day battle cancer @ScienceAdvances @nature https://t.co/UMppHYp9…
RT @physorg_com: #Bacteria-based biohybrid microrobots on a mission to one day battle cancer @ScienceAdvances @nature https://t.co/UMppHYp9…
RT @physorg_com: #Bacteria-based biohybrid microrobots on a mission to one day battle cancer @ScienceAdvances @nature https://t.co/UMppHYp9…
RT @physorg_com: #Bacteria-based biohybrid microrobots on a mission to one day battle cancer @ScienceAdvances @nature https://t.co/UMppHYp9…
#Bacteria-based biohybrid microrobots on a mission to one day battle cancer @ScienceAdvances @nature https://t.co/UMppHYp9iT https://t.co/zPc49pn73k
RT @physorg_com: #Bacteria-based biohybrid microrobots on a mission to one day battle cancer @ScienceAdvances @nature https://t.co/UMppHYp9…
RT @physorg_com: #Bacteria-based biohybrid microrobots on a mission to one day battle cancer @ScienceAdvances @nature https://t.co/UMppHYp9…