Imaging-guided deep tissue in vivo sound printing.

Elham Davoodi, Jiahong Li, Xiaotian Ma, Alireza Hasani Najafabadi, Jounghyun Yoo, Gengxi Lu, Ehsan Shirzaei Sani, Sunho Lee, Hossein Montazerian, Gwangmook Kim, Jason Williams, Jee Won Yang, Yushun Zeng, Lei S Li, Zhiyang Jin

May 2025 Science

Synopsis of Social media discussions

Multiple discussions praise the novel application of ultrasound for in vivo 3D printing, with phrases like 'breakthrough' and 'game-changing,' indicating strong agreement and high interest. Comments referencing specific details such as 'spatiotemporal control,' 'biomaterials,' and 'non-invasive' procedures reflect deep engagement and highlight the technology's potential to alter surgical practices and treatment delivery, underscoring its high impact.

A
Agreement
 Moderate agreement

Most discussions support the significance of the imaging-guided sound printing technology, highlighting its innovative potential.

I
Interest
 High level of interest

Posts consistently show high curiosity, emphasizing how this tech may revolutionize medical procedures and tissue repair.

E
Engagement
 High engagement

Numerous comments delve into technical details, potential applications, and future implications, demonstrating deep engagement.

I
Impact
 High level of impact

The technical advancements and potential medical breakthroughs discussed suggest this technology could have a transformative impact on healthcare.

Social Mentions

YouTube

4 Videos

Bluesky

6 Posts

Facebook

2 Posts

Twitter

164 Posts

Blogs

9 Articles

News

60 Articles

Reddit

3 Posts

Metrics

Video Views

2,267,171

Total Likes

96,496

Extended Reach

11,742,592

Social Features

248

Timeline: Posts about article

Top Social Media Posts

Posts referencing the article

Innovative Ultrasound-Guided 3D Printing for Medical Applications

Innovative Ultrasound-Guided 3D Printing for Medical Applications

Scientists have developed a method to 3D print materials inside the body using ultrasound, enabling targeted drug delivery and tissue repair. The imaging-guided DISP platform offers precise, real-time monitoring in live animal models, advancing personalized medical treatments.

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June 6, 2025

2,079,512 views

Imaging-Guided Deep Tissue Sound Printing for Precise Medical Applications

Imaging-Guided Deep Tissue Sound Printing for Precise Medical Applications

The imaging-guided deep tissue in vivo sound printing platform uses ultrasound for precise, quick cross-linking of biomaterials, enabling real-time monitoring. Validated in live animal models, it offers promising applications in localized drug delivery and tissue replacement.

PanSci 泛科學

May 16, 2025

163,866 views

3D Printing Inside Living Organisms and Deep Seafloor Exploration

3D Printing Inside Living Organisms and Deep Seafloor Exploration

In episode 249 of 'Reading Nature', I discuss 3D printing controlled by ultrasound inside living organisms, and the visual coverage of the deep seafloor. This analysis includes significant advancements in technology and insights into marine biology.

Copernicus

May 19, 2025

23,727 views

Advances in Imaging-Guided Deep Tissue Sound Printing for Medical Applications

Advances in Imaging-Guided Deep Tissue Sound Printing for Medical Applications

Episode number 234 discusses weather, space germs, in-body 3D printing, and scams. It highlights the potential of imaging-guided deep tissue sound printing using ultrasound for precise, real-time biomaterial cross-linking, with promising applications in drug delivery and tissue replacement in live models.

browardcountylibrary

May 23, 2025

66 views

  • nukk
    @nuuuukkkkk (Twitter)

    https://t.co/uNqtItXDQC 이 논문 재밌네. 재밌어.
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    July 9, 2025

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  • Larry Holman
    @LarryHolman2 (Twitter)

    Scientists Create 3D Printer for Inside Your Body... https://t.co/wRk5ubLmDD via @YouTube
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    July 5, 2025

  • ✨
    @LloydABirtles (Twitter)

    Scientists Create 3D Printer for Inside Your Body... https://t.co/ZXwq1Q8c3A via @YouTube
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    July 4, 2025

  • Xanatos157
    @AaronManos (Twitter)

    https://t.co/OZBvQWRySH
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    June 21, 2025

  • Welcome to Future
    @WelcomeFuture_0 (Twitter)

    Researchers 3D printed materials directly inside the body for first time. Technique called deep tissue in vivo sound printing (or DISP) which could change how doctors deliver treatments and repair tissue. More: https://t.co/mIRVYVllpF #BREAKING #medical #research #no_surgery https://t.co/UEIY4hVHU4
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    June 14, 2025

  • Man_of_caliber
    @Manofcaliber4 (Twitter)

    RT @NatureBiotech: Focused ultrasound cross-links functional biomaterials within deep tissues to enable on-demand in vivo printing of impla…
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    June 14, 2025

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  • Rob Smith
    @jdjskskskskmdna (Twitter)

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    June 12, 2025

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    June 9, 2025

  • Neal Asher
    @nealasher (Twitter)

    Imaging-guided deep tissue in vivo sound printing | Science https://t.co/Sq51Fvq51I
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    June 7, 2025

  • Michael
    @Michael29415463 (Twitter)

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    June 7, 2025

  • Goldislops
    @goldislops (Twitter)

    Scientists Create 3D Printer for Inside Your Body... https://t.co/lotWuBaBLF via @YouTube
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    June 7, 2025

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  • Warren Oliver Harris
    @WarrenHarr12310 (Twitter)

    Scientists Create 3D Printer for Inside Your Body... https://t.co/UmXVK2ayW1 via @YouTube
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    June 6, 2025

  • Most Revealing Secrets
    @schizopathwrath (Twitter)

    Liked on YouTube: Scientists Create 3D Printer for Inside Your Body... https://t.co/dLfh9nhOYp
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    June 6, 2025

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    @AnderBRO2 (Twitter)

    @elonmusk https://t.co/e82L3jfyjq
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    June 6, 2025

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    @goufpeera2 (Twitter)

    Scientists Create 3D Printer for Inside Your Body... https://t.co/urrk3L0CyQ via @YouTube
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    June 6, 2025

  • Markovian Pureblood
    @BigDaddy_YY (Twitter)

    #3dprinting #whoa https://t.co/dI6a68TyNA
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    June 6, 2025

  • Mikael Koivukangas
    @KuviacM (Twitter)

    imo opinion a hypey dumb video but prove me wrong I guess https://t.co/lIZp4DgD84
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    June 6, 2025

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    @ORIAM_VOID (Twitter)

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    @struja_m_cicic (Twitter)

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    June 6, 2025

  • 3DHEALS
    @3dheals (Twitter)


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    June 5, 2025

  • Vaishali Sharma
    @v_nezza (Twitter)

    Bioprinting: DISP – Deep tissue In vivo Sound Printing. This tech allows for non-invasive, real-time ultrasound-guided 3D printing inside live tissues. #Biofabrication #3DPrinting #SciComm https://t.co/vFF7VbVvMZ https://t.co/zPxVy1kqlt
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    June 1, 2025

  • Kylie
    @Addi_Kylie (Twitter)

    RT @NatureBiotech: Focused ultrasound cross-links functional biomaterials within deep tissues to enable on-demand in vivo printing of impla…
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    May 30, 2025

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  • Nathalia Le Hen
    @NathaliaLeHen (Twitter)

    RT @LifeboatHQ: Imaging-guided deep tissue in vivo sound printing https://t.co/qMx5BoYcIB
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    May 29, 2025

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  • Lifeboat Foundation
    @LifeboatHQ (Twitter)

    Imaging-guided deep tissue in vivo sound printing https://t.co/qMx5BoYcIB
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    May 29, 2025

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  • A - V / erger
    @ajvergerc (Twitter)

    Imaging-guided deep tissue in vivo sound printing | Science https://t.co/2C5gvPeURJ
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    May 28, 2025

  • Elham (Emma) Davoodi
    @DavoodiElham (Twitter)

    RT @NatureBiotech: Focused ultrasound cross-links functional biomaterials within deep tissues to enable on-demand in vivo printing of impla…
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    May 26, 2025

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  • Elham (Emma) Davoodi
    @DavoodiElham (Twitter)

    RT @LaskerFDN: A study by @DavoodiElham presents a novel imaging-guided in-vivo 3D printing platform that enables noninvasive deposition of…
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    May 26, 2025

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  • Serhii Nazarovets
    @serhiinazarovets.bsky.social (Bluesky)

    DISP (Deep-tissue In vivo Sound Printing) a breakthrough technique that enables in-body #3Dprinting of hydrogels loaded with drugs, cells, or nanoparticles. In the future, a surgeon may not need a scalpel - #AI will pinpoint the spot, and ultrasound will print the cure. doi.org/10.1126/scie...
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    May 26, 2025

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  • Logan Thrasher Collins
    @LoganTCollins (Twitter)

    Great paper by Davoodi et al. on a biocompatible ink (bioink) that can be simultaneously polymerized and imaged via ultrasound, allowing precise in vivo 'printing' of biomedically useful structures (bioelectronics, patterned therapeutics, bioadhesives). https://t.co/x7Riw8vGqo
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    May 23, 2025

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    @kiminonahanokit (Twitter)


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    @JacekGiele19613 (Twitter)

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  • Focused Ultrasound Foundation
    @FUSFoundation (Twitter)

    RT @LaskerFDN: A study by @DavoodiElham presents a novel imaging-guided in-vivo 3D printing platform that enables noninvasive deposition of…
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    May 19, 2025

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    @Enkalkin (Twitter)

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  • Awatar Wisznu rapujący Enka z Enkim
    @Enkalkin (Twitter)

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    @Twisterwitch (Twitter)

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    @ScienceMagazine (Twitter)

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    May 17, 2025

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    @_kiitani (Twitter)

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    May 17, 2025

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  • YN
    @74Ug (Twitter)

    RT @WeiGaoLab: New in @ScienceMagazine, we present DISP—an imaging guided deep-tissue in vivo sound printing platform that allows spatiotem…
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    May 17, 2025

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  • asas ramsay
    @asasramsay (Twitter)

    鍊金術成功？50年前的蘇聯衛星墜落！免開刀也能放入植入物？細菌也缺電？黑猩猩也會打節拍！【泛科學新聞】 https://t.co/PBmLwve3hD 來自 @YouTube
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    May 17, 2025

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    May 16, 2025

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  • Lasker Foundation
    @LaskerFDN (Twitter)

    A study by @DavoodiElham presents a novel imaging-guided in-vivo 3D printing platform that enables noninvasive deposition of biomaterials via focused ultrasound. This deep-tissue printing could have applications in drug delivery and tissue repair. https://t.co/3wqshWwjZq https://t.co/6dibmKASfe
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    May 16, 2025

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  • Mr 張
    @TonyChe69112106 (Twitter)

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    May 16, 2025

  • deepquest
    @deepquest (Twitter)

    In-vivo bioprinting of cardiac tissues using ultrasound technology eliminates the need for surgical intervention. ❤️
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    May 16, 2025

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  • I型生命
    @ab2157 (Twitter)

    鍊金術成功？50年前的蘇聯衛星墜落！免開刀也能放入植入物？細菌也缺電？黑猩猩也會打節拍！【泛科學新聞】 https://t.co/zlT93pZ5iz 來自 @YouTube
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    @MedicalAdv (Twitter)

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    May 15, 2025

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    @StudentN_ (Twitter)

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    @imedverse (Twitter)

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    May 15, 2025

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  • Mutant Mouse Resource & Research Centers
    @MMRRC (Twitter)

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    May 14, 2025

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    @Nhungln28831280 (Twitter)


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    @ojurma (Twitter)

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    @ederandres152 (Twitter)

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    @Biology1802 (Twitter)

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    @xxy07255392 (Twitter)

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    May 13, 2025

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    @UofT_TCAIREM (Twitter)

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    @emadelomar (Twitter)

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    @Praetorian27 (Twitter)

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    May 13, 2025

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    @Fiores12 (Twitter)

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Abstract Synopsis

  • Three-dimensional printing has potential for creating patient-specific implants but often requires invasive surgeries.
  • The imaging-guided deep tissue in vivo sound printing (DISP) platform uses ultrasound for precise, quick cross-linking of biomaterials, allowing real-time monitoring.
  • Validated in live animal models, DISP shows promise for applications like localized drug delivery and tissue replacement with a variety of functional biomaterials.