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The social discussions show strong support and interest in the article, with comments referencing its breakthroughs in bioresorbable microrobots, their capabilities in navigation and imaging, and future medical applications. Words like 'innovative', 'stable', and 'targeted' convey excitement and recognition of the article's potential to influence minimally invasive procedures.
Most discussions praise the research, highlighting its innovative approach and potential benefits, indicating general agreement with its significance.
High interest is evident through words like 'development', 'high stability', and 'potential', showing enthusiasm and curiosity about the technology.
Posts cite specific features such as 'ultrasound imaging enhancement' and 'targeted drug delivery', reflecting moderate but active engagement.
The discussions emphasize the promising applications in medicine and ultrasound imaging, suggesting high perceived impact.
Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically through tissues for targeted drug delivery and enhanced ultrasound imaging contrast. https://t.co/BGOk1rCeKU @SciRobotics https://t.co/Fu3vSzh4bb
Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically through tissues for targeted drug delivery and enhanced ultrasound imaging contrast. https://t.co/BGOk1rCeKU @SciRobotics https://t.co/u7oLK9scBG
｢超音波で動き、薬を運び、吸収される小型ロボット！｣ Science Robotics ･ 画像誘導型の生体吸収性音響マイクロロボット ･ 尿、血液、消化管液などの多様な生体液中で効率的に推進 ･ 複雑な生体環境での長期的な操作が可能 ･ 生分解性により、安全に体外排出！！！ https://t.co/hdtXLkD7KT https://t.co/HJnK8BaAYi
“We introduce a hydrogel-based, imaging-guided, bioresorbable acoustic microrobot designed 4 navigation w/ high stability, precision, & control within the human body.” Imaging-guided bioresorbable acoustic hydrogel microrobots https://t.co/FxKBBSeVQi https://t.co/neIGPffzJm
A new Science #Robotics study highlights bioresorbable #acoustic #microrobots (BAMs), featuring bubble-trapping cavities that enable stable acoustic propulsion and retention in biofluids and tissues of interest. https://t.co/pFMv0oE8Xi https://t.co/6pfYJiXL4a
Han2024: Imaging-guided bioresorbable acoustic hydrogel microrobots https://t.co/XeDgoSY4AU
Explore the potential of bioabsorbable acoustic microrobots BAMs, designed for precise navigation, drug delivery, and real-time imaging in the human body. These innovative microdevices improve stability, control, and…
Discover BAMs, biodegradable microrobots propelled by ultrasound that navigate the human body to deliver medication directly to tumors and safely disintegrate after use, advancing minimally invasive therapies.
Revolutionary microrobots shrink tumors in groundbreaking study. They utilize hydrogel-based, bioresorbable acoustic microrobots enhanced with magnetic nanoparticles for controlled propulsion and real-time ultrasound…
Imaging-guided bioresorbable acoustic hydrogel microrobots | Science Robotics https://t.co/LHsK4362AP
髪の毛の幅より小さな「超小型ロボット」が米で開発、精密手術や薬物送達に期待 治療後は体内に吸収｜Reuters (2025.02.17) https://t.co/C9SldqRdnB 磁気誘導DDS。 論文は Imaging-guided bioresorbable acoustic hydrogel microrobots https://t.co/ZfXD86cHDC 動画(Youtube)
【論文】Imaging-guided bioresorbable acoustic hydrogel microrobots https://t.co/itIcz7Hx9i 外層を親水性に、内層を疎水性にできたのが眼目なのかな？超音波でも時期でも推進しコントロールすることができ、加水分解で生分解するので薬剤運搬後、体内で溶解するという
RT @CeoImed: ｢超音波で動き、薬を運び、吸収される小型ロボット！｣ Science Robotics ･ 画像誘導型の生体吸収性音響マイクロロボット ･ 尿、血液、消化管液などの多様な生体液中で効率的に推進 ･ 複雑な生体環境での長期的な操作が可能 ･ 生分解性…
ちょっと元の論文確認してみますかね https://t.co/q6tir2xezQ https://t.co/gdXmcUVou9
論文これかな https://t.co/7qtTWHW9cM https://t.co/ybAs1pXLUp
Bioabsorbable Acoustic Microrobots: The Medicine of the Future https://t.co/zSRPhDxXL1 via @YouTube
RT @Anti5GWarrior: @thecryptdotinfo @sal069010022845 @DisclosureUAP @SalmanTorsum @Ryansikorski10 @realColinWyse @PetalsPea @ET_sharing @cr…
@thecryptdotinfo @sal069010022845 @DisclosureUAP @SalmanTorsum @Ryansikorski10 @realColinWyse @PetalsPea @ET_sharing @crystal51999028 @DawnC1235 @Eleventhstar1 @paenopticon @drloveariyana @crislerwyo @LisaMcGee0802 @NicolasPichot6 @BarbarasBack @EllaMeaux @SoignantsMLU @CelestialReport @ToBornin @jorgeluis_svh @Doctor_I_am_The @fear2022 @MrPatriot76 @Stuckelberger @DrAnaMihalcea @carrie_madej @MelissaMcAtee92 @djindji5 @DrLuisServinde1 @super1990 @lilianazeladaru @Excavationpro @DavebNixon @StatChrisCotton @vcartel88 @jjcouey @Minxy112 @ADeepSleeper @Wordofbeak @Mightymadmaxx @TabTank010 @quitin30days @DiblasiLorena @martinmont77 @simpletruthND @solari_the @georgegalloway @Peace4allpak Research paper - Imaging-guided bioresorbable acoustic hydrogel microrobots https://t.co/SRjPrKicFL
Imaging-guided bioresorbable acoustic hydrogel microrobots https://t.co/rCSuCyInP0
RT @CeoImed: ｢超音波で動き、薬を運び、吸収される小型ロボット！｣ Science Robotics ･ 画像誘導型の生体吸収性音響マイクロロボット ･ 尿、血液、消化管液などの多様な生体液中で効率的に推進 ･ 複雑な生体環境での長期的な操作が可能 ･ 生分解性…
RT @CeoImed: ｢超音波で動き、薬を運び、吸収される小型ロボット！｣ Science Robotics ･ 画像誘導型の生体吸収性音響マイクロロボット ･ 尿、血液、消化管液などの多様な生体液中で効率的に推進 ･ 複雑な生体環境での長期的な操作が可能 ･ 生分解性…
Microrrobots intracorporales hechos de hidrogel y bioabsorbibles https://t.co/kgRukoiyJq Más información: Imaging-guided bioresorbable acoustic hydrogel microrobots https://t.co/hsRKJredMx
超音波で薬を運び体内で分解されるロボット Han et al., 2024 Science Robotics ・尿、血液、消化管液中で効率的に推進 ・抗癌剤などの治療薬を正確に送達 ・最大3日/最大2倍の推進速度 ・内部空間18μm/直径30μm設計 ・腫瘍縮小効果を確認 ・生分解性で治療後は安全に体外排出 https://t.co/gegcOfrukc
RT @CeoImed: ｢超音波で動き、薬を運び、吸収される小型ロボット！｣ Science Robotics ･ 画像誘導型の生体吸収性音響マイクロロボット ･ 尿、血液、消化管液などの多様な生体液中で効率的に推進 ･ 複雑な生体環境での長期的な操作が可能 ･ 生分解性…
RT @CeoImed: ｢超音波で動き、薬を運び、吸収される小型ロボット！｣ Science Robotics ･ 画像誘導型の生体吸収性音響マイクロロボット ･ 尿、血液、消化管液などの多様な生体液中で効率的に推進 ･ 複雑な生体環境での長期的な操作が可能 ･ 生分解性…
RT @CeoImed: ｢超音波で動き、薬を運び、吸収される小型ロボット！｣ Science Robotics ･ 画像誘導型の生体吸収性音響マイクロロボット ･ 尿、血液、消化管液などの多様な生体液中で効率的に推進 ･ 複雑な生体環境での長期的な操作が可能 ･ 生分解性…
RT @CeoImed: ｢超音波で動き、薬を運び、吸収される小型ロボット！｣ Science Robotics ･ 画像誘導型の生体吸収性音響マイクロロボット ･ 尿、血液、消化管液などの多様な生体液中で効率的に推進 ･ 複雑な生体環境での長期的な操作が可能 ･ 生分解性…
RT @CeoImed: ｢超音波で動き、薬を運び、吸収される小型ロボット！｣ Science Robotics ･ 画像誘導型の生体吸収性音響マイクロロボット ･ 尿、血液、消化管液などの多様な生体液中で効率的に推進 ･ 複雑な生体環境での長期的な操作が可能 ･ 生分解性…
RT @CeoImed: ｢超音波で動き、薬を運び、吸収される小型ロボット！｣ Science Robotics ･ 画像誘導型の生体吸収性音響マイクロロボット ･ 尿、血液、消化管液などの多様な生体液中で効率的に推進 ･ 複雑な生体環境での長期的な操作が可能 ･ 生分解性…
RT @CeoImed: ｢超音波で動き、薬を運び、吸収される小型ロボット！｣ Science Robotics ･ 画像誘導型の生体吸収性音響マイクロロボット ･ 尿、血液、消化管液などの多様な生体液中で効率的に推進 ･ 複雑な生体環境での長期的な操作が可能 ･ 生分解性…
RT @CeoImed: ｢超音波で動き、薬を運び、吸収される小型ロボット！｣ Science Robotics ･ 画像誘導型の生体吸収性音響マイクロロボット ･ 尿、血液、消化管液などの多様な生体液中で効率的に推進 ･ 複雑な生体環境での長期的な操作が可能 ･ 生分解性…
RT @CeoImed: ｢超音波で動き、薬を運び、吸収される小型ロボット！｣ Science Robotics ･ 画像誘導型の生体吸収性音響マイクロロボット ･ 尿、血液、消化管液などの多様な生体液中で効率的に推進 ･ 複雑な生体環境での長期的な操作が可能 ･ 生分解性…
RT @CeoImed: ｢超音波で動き、薬を運び、吸収される小型ロボット！｣ Science Robotics ･ 画像誘導型の生体吸収性音響マイクロロボット ･ 尿、血液、消化管液などの多様な生体液中で効率的に推進 ･ 複雑な生体環境での長期的な操作が可能 ･ 生分解性…
RT @CeoImed: ｢超音波で動き、薬を運び、吸収される小型ロボット！｣ Science Robotics ･ 画像誘導型の生体吸収性音響マイクロロボット ･ 尿、血液、消化管液などの多様な生体液中で効率的に推進 ･ 複雑な生体環境での長期的な操作が可能 ･ 生分解性…
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
RT @CeoImed: ｢超音波で動き、薬を運び、吸収される小型ロボット！｣ Science Robotics ･ 画像誘導型の生体吸収性音響マイクロロボット ･ 尿、血液、消化管液などの多様な生体液中で効率的に推進 ･ 複雑な生体環境での長期的な操作が可能 ･ 生分解性…
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
RT @CeoImed: ｢超音波で動き、薬を運び、吸収される小型ロボット！｣ Science Robotics ･ 画像誘導型の生体吸収性音響マイクロロボット ･ 尿、血液、消化管液などの多様な生体液中で効率的に推進 ･ 複雑な生体環境での長期的な操作が可能 ･ 生分解性…
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
RT @CeoImed: ｢超音波で動き、薬を運び、吸収される小型ロボット！｣ Science Robotics ･ 画像誘導型の生体吸収性音響マイクロロボット ･ 尿、血液、消化管液などの多様な生体液中で効率的に推進 ･ 複雑な生体環境での長期的な操作が可能 ･ 生分解性…
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
RT @CeoImed: ｢超音波で動き、薬を運び、吸収される小型ロボット！｣ Science Robotics ･ 画像誘導型の生体吸収性音響マイクロロボット ･ 尿、血液、消化管液などの多様な生体液中で効率的に推進 ･ 複雑な生体環境での長期的な操作が可能 ･ 生分解性…
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
RT @CeoImed: ｢超音波で動き、薬を運び、吸収される小型ロボット！｣ Science Robotics ･ 画像誘導型の生体吸収性音響マイクロロボット ･ 尿、血液、消化管液などの多様な生体液中で効率的に推進 ･ 複雑な生体環境での長期的な操作が可能 ･ 生分解性…
RT @CeoImed: ｢超音波で動き、薬を運び、吸収される小型ロボット！｣ Science Robotics ･ 画像誘導型の生体吸収性音響マイクロロボット ･ 尿、血液、消化管液などの多様な生体液中で効率的に推進 ･ 複雑な生体環境での長期的な操作が可能 ･ 生分解性…
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
RT @CeoImed: ｢超音波で動き、薬を運び、吸収される小型ロボット！｣ Science Robotics ･ 画像誘導型の生体吸収性音響マイクロロボット ･ 尿、血液、消化管液などの多様な生体液中で効率的に推進 ･ 複雑な生体環境での長期的な操作が可能 ･ 生分解性…
RT @CeoImed: ｢超音波で動き、薬を運び、吸収される小型ロボット！｣ Science Robotics ･ 画像誘導型の生体吸収性音響マイクロロボット ･ 尿、血液、消化管液などの多様な生体液中で効率的に推進 ･ 複雑な生体環境での長期的な操作が可能 ･ 生分解性…
RT @CeoImed: ｢超音波で動き、薬を運び、吸収される小型ロボット！｣ Science Robotics ･ 画像誘導型の生体吸収性音響マイクロロボット ･ 尿、血液、消化管液などの多様な生体液中で効率的に推進 ･ 複雑な生体環境での長期的な操作が可能 ･ 生分解性…
RT @CeoImed: ｢超音波で動き、薬を運び、吸収される小型ロボット！｣ Science Robotics ･ 画像誘導型の生体吸収性音響マイクロロボット ･ 尿、血液、消化管液などの多様な生体液中で効率的に推進 ･ 複雑な生体環境での長期的な操作が可能 ･ 生分解性…
RT @CeoImed: ｢超音波で動き、薬を運び、吸収される小型ロボット！｣ Science Robotics ･ 画像誘導型の生体吸収性音響マイクロロボット ･ 尿、血液、消化管液などの多様な生体液中で効率的に推進 ･ 複雑な生体環境での長期的な操作が可能 ･ 生分解性…
｢超音波で動き、薬を運び、吸収される小型ロボット！｣ Science Robotics ･ 画像誘導型の生体吸収性音響マイクロロボット ･ 尿、血液、消化管液などの多様な生体液中で効率的に推進 ･ 複雑な生体環境での長期的な操作が可能 ･ 生分解性により、安全に体外排出！！！ https://t.co/hdtXLkD7KT https://t.co/HJnK8BaAYi
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
Imaging-guided bioresorbable acoustic hydrogel microrobots | Science Robotics https://t.co/SD7u13BQY2
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically through tissues for targeted drug delivery and enhanced ultrasound imaging contrast. https://t.co/BGOk1rCeKU @SciRobotics https://t.co/Fu3vSzh4bb
RT @Ryansikorski10: “We introduce a hydrogel-based, imaging-guided, bioresorbable acoustic microrobot designed 4 navigation w/ high stabili…
RT @Ryansikorski10: “We introduce a hydrogel-based, imaging-guided, bioresorbable acoustic microrobot designed 4 navigation w/ high stabili…
RT @Ryansikorski10: “We introduce a hydrogel-based, imaging-guided, bioresorbable acoustic microrobot designed 4 navigation w/ high stabili…
RT @Ryansikorski10: “We introduce a hydrogel-based, imaging-guided, bioresorbable acoustic microrobot designed 4 navigation w/ high stabili…
A new Science #Robotics study highlights bioresorbable #acoustic #microrobots (BAMs), featuring bubble-trapping cavities that enable stable acoustic propulsion and retention in biofluids and tissues of interest. https://t.co/pFMv0oE8Xi https://t.co/6pfYJiXL4a
In the recent issue of Science Robotics, a paper authored by @verasonics SAB members, Mikhail Shapiro, Ph.D. and Qifa Zhou, Ph.D., among other researchers, was published, the study utilized a Verasonics System. Learn more: https://t.co/XFR6H2UFdY #researchultrasound https://t.co/J4p8Em0CFT
RT @Ryansikorski10: “We introduce a hydrogel-based, imaging-guided, bioresorbable acoustic microrobot designed 4 navigation w/ high stabili…
RT @Ryansikorski10: “We introduce a hydrogel-based, imaging-guided, bioresorbable acoustic microrobot designed 4 navigation w/ high stabili…
RT @Ryansikorski10: “We introduce a hydrogel-based, imaging-guided, bioresorbable acoustic microrobot designed 4 navigation w/ high stabili…
RT @Ryansikorski10: “We introduce a hydrogel-based, imaging-guided, bioresorbable acoustic microrobot designed 4 navigation w/ high stabili…
“We introduce a hydrogel-based, imaging-guided, bioresorbable acoustic microrobot designed 4 navigation w/ high stability, precision, & control within the human body.” Imaging-guided bioresorbable acoustic hydrogel microrobots https://t.co/FxKBBSeVQi https://t.co/neIGPffzJm
RT @fabienprevots: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically t…
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically through tissues for targeted drug delivery and enhanced ultrasound imaging contrast. #nanobots https://t.co/fFwubPcLGS @SciRobotics https://t.co/8eIzWBWbd3
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
RT @ScienceMagazine: Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically…
Scientists have developed imaging-guided, biodegradable microrobots that can be propelled acoustically or magnetically through tissues for targeted drug delivery and enhanced ultrasound imaging contrast. https://t.co/BGOk1rCeKU @SciRobotics https://t.co/u7oLK9scBG
Han2024: Imaging-guided bioresorbable acoustic hydrogel microrobots https://t.co/XeDgoSY4AU
RT @WeiGaoLab: New in @SciRobotics, we report a hydrogel-based, imaging-guided, bioresorbable acoustic microrobot, that can operate in vi…
Imaging-guided bioresorbable acoustic hydrogel microrobots https://t.co/wTpspnyZr3 https://t.co/EZXansvjJr