Science February 2022 PMID 35143298

An autonomously swimming biohybrid fish designed with human cardiac biophysics.

Keel Yong Lee, Sung-Jin Park, David G Matthews, Sean L Kim, Carlos Antonio Marquez, John F Zimmerman, Herdeline Ann M Ardoña, Andre G Kleber, George V Lauder, Kevin Kit Parker

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AI synopsis

What people are saying

The discussions display a supportive and enthusiastic tone, with mentions of videos being 'very impressive' and words like 'redefining bioengineering' illustrating high interest. Examples such as references to feedback mechanisms in muscular pumps highlight engagement with technical details, indicating recognition of the work’s potential influence in developing artificial hearts and advancing biohybrid systems.

AgreementModerate agreement

Most discussions express admiration and support for the research, emphasizing its innovation and potential, showing overall agreement with its significance.

InterestHigh interest

Social discussions are highly enthusiastic, with many examples highlighting fascination and calling the work 'impressive,' indicating strong interest.

EngagementModerate engagement

Comments include detailed references to the methods and implications, such as feedback mechanisms and bioengineering, reflecting a moderate level of engagement.

ImpactHigh impact

The tone suggests that many see this work as groundbreaking, capable of informing future artificial organs or medical devices, hence a high impact score.

Abstract in brief

Biohybrid systems aim to uncover design principles of biological systems, focusing on transferring heart features like mechanoelectrical signaling to synthetic systems, specifically a swimming fish.
Researchers recreated automatic contraction and relaxation in a muscular construct by utilizing cardiac signaling, allowing muscle pairs to respond to each other's stretching.
An electrically autonomous pacing node was developed to enhance the fish's swimming capabilities, demonstrating the importance of feedback mechanisms in both natural and engineered muscular systems.

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All mentions

Optogenetic Activation of Human Double-Sided Muscle Tissues at Various Frequencies

Blue and red light independently activate ChR2 and ChrimsonR expressed muscle layers at different frequencies with phase shifts, demonstrating controlled contraction in human muscle tissues formed from hSCCMs.

Disease Biophysics Group · Feb 11, 2022 2,583 views

PIV Analysis of Optogenetically Paced Swimming Biohybrid Fish

Upon alternating blue and red light stimulation, the biohybrid fish swims forward by moving off a vortex pair to the side away at a maximum lateral excursion. Made of human cardiac tissue, it demonstrates biohybrid…

Disease Biophysics Group · Feb 11, 2022 2,445 views

PIV Analysis of Larval Zebrafish Fin Swimming Dynamics

Figure Supplemental Video 4 shows biohybrid larval zebrafish shedding vortices during swimming, demonstrating complex flow patterns. The video is played at 5x slower than real time, with a scale bar of 1 cm.

Disease Biophysics Group · Feb 11, 2022 2,171 views

Biohybrid Fish with Single-Layered Muscle Shows Reduced Contractility

The biohybrid fish made of single-layered muscle shows decreased contractile amplitude after 28 days. This study highlights the importance of muscle layering and feedback mechanisms for sustained swimming capabilities…

Disease Biophysics Group · Feb 11, 2022 935 views

Effects of Gd3+ on Biohybrid Fish Muscle Contraction Dynamics

Gd3+ treatment disrupted the synchronized contraction of muscular bilayer tissues in the biohybrid fish, caused by human cardiac biophysics-inspired design. The video shows how Gd3+ affects muscle coordination in…

Disease Biophysics Group · Feb 11, 2022 290 views

Muscle Activation Dynamics in Biohybrid Fish Using G-Node Control

Gnodes are located on both sides of the tissues, with one becoming dominant to initiate muscle contraction, typically from the left side, indicating left Gnode dominance. The biohybrid fish is made of human stem…

Disease Biophysics Group · Feb 11, 2022 150 views

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Igor and Frankenstein · Feb 12, 2022 14 views

JX Chen

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RT @Mito_Therapy: Check the video....it's very impressive https://t.co/LSGzK7hMN1

Apr 9, 2024 · 1 share · 95 followers View post →

Mpho Mathabathe-Mala

@mphomala · X

Are we moving far from reality? Science Article: an autonomously swimming biohybrid fish designed with human cardiac biophysics. https://t.co/mRhfPbJZHA https://t.co/5BIQfND8BS

Mar 10, 2024 · 425 followers View post →

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Mustafa O. Guler

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An autonomously swimming biohybrid fish designed with human cardiac biophysics https://t.co/mHcri2jq2Z

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Sanjeev Ranade

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RT @AdditionalVent: #ICYMI Innovative work in @ScienceMagazine by Kit Parker @hseas, @numhana & @KeelYong1 engineering biohybrid fish capab…

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Additional Ventures

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#ICYMI Innovative work in @ScienceMagazine by Kit Parker @hseas, @numhana & @KeelYong1 engineering biohybrid fish capable of self-controlled/ self-paced movement due to #iPSC -derived CMs, paving the way for development of artificial mechanical pumps

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大隅典子＠東北大学（『小説みたいに楽しく読める脳科学講義』羊土社より刊行）

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本日のJCで紹介されている論文。こういう時代になった……。＞＞＞An autonomously swimming biohybrid fish designed with human cardiac biophysics https://t.co/eTdLsi80R8

Mar 15, 2022 · 1 like · 16,014 followers View post →

Ulises Ricoy

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Cyclic-Triangle

@cyclic_triangle · X

An autonomously swimming biohybrid fish has revealed the importance of feedback mechanisms in muscular pumps, such as the heart. The findings could one day help inform the development of an artificial heart made from muscle cells. https://t.co/bEaTLZmwvK Cred :Science @QuestSa1

Feb 26, 2022 · 105 followers View post →

Mustafa O. Guler

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An autonomously swimming biohybrid fish designed with human cardiac biophysics https://t.co/5SayHxg4KO

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RT @kbts_sci: 生物と機械を融合させたバイオハイブリッド装置。日進月歩で研究が進んでいる分野ですが、今回はヒト幹細胞から作った心筋細胞を使ってゼブラフィッシュの動きを再現できたそうです。ハーバード大のチームがサイエンス誌に発表。

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Christine Lewis PhD

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Luiza Caires - jornalista de ciências

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Artigo científico aqui: https://t.co/QCumHnyn7A

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Luiza Caires - Jornalista de Ciências

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Artigo científico aqui: https://www.science.org/doi/10.1126/science.abh0474

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Yuki Tsukada 塚田　祐基

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サイエンスのロボット論文。こういう研究が一番好きかも。 https://t.co/1dz9vGrYtW

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An autonomously swimming biohybrid fish designed with human cardiac biophysics https://t.co/QFIyOhrTAH

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Carlos Garzon Coral

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This is ridiculously fun. Bioengineering ingenuity at its best. Go and watch the videos. https://t.co/EdgcIqR8kw @AJTM_M Fig 2&4 reminded me of you for whatever reason!

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Mitochondrial Medicine

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Check the video....it's very impressive https://t.co/LSGzK7hMN1

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RT @georgelauder: The paper (https://t.co/3xEPNVsnkd) presents the design, manufacture, and testing of a ~1.5 cm fish robot that uses human…

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Un pez biohíbrido que nada de forma autónoma, diseñado con la atención centrada en dos características reguladoras clave del corazón humano, ha revelado la importancia de los mecanismos de retroalimentación en las bombas musculares. @ScienceMagazine https://t.co/PTJOAhnUUj https://t.co/EauWZvBdRp

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La Science, CQFD

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[L’étude à découvrir] 10/02 > Un poisson biohybride nageant de manière autonome conçu avec la biophysique cardiaque humaine https://t.co/mHS1KmAKyE via @ScienceMagazine #LaMethSci

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Kit Parker's group continues to redefine bioengineering https://t.co/Z9irOOBIBI

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silex知の文献サービス (Silex Press LLC.)

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Hugo Rubalcava

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Kee Yong Lee, Sung-Jin Park. An autonomously swimming biohybrid fish designed with human cardiac biophysics. Science. 375; 6581: 639-647. https://t.co/aK10GqQneG

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Yasuhito SHIMADA (島田康人)

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楽しそうな研究だ！！ An autonomously swimming biohybrid fish designed with human cardiac biophysics https://t.co/YxVW8TQ2Jl

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しげ*

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原　拓史

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Top Science

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Just Published @ScienceMagazine An autonomously swimming #biohybrid #fish designed with human #cardiac #biophysics. @isciverse #science https://t.co/OkkGWHsEBd

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RT @KeelYong1: I deeply appreciate every member of our team DBG! An autonomously swimming biohybrid fish designed with human cardiac bioph…

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Ahuja Lab

@ahuja_77 · X

An autonomously swimming biohybrid fish designed with human cardiac biophysics https://t.co/LZerQUo8Tw - via Researcher (@ResearcherApp)

Feb 11, 2022 · 1 like · 678 followers View post →

emilio lindosa lucas

@411emilio · X

RT @emulenews: #ScienceMag An autonomously swimming biohybrid fish designed with human cardiac biophysics https://t.co/RpTjUhEdGC a swimmin…

Feb 10, 2022 · 1 share · 4,853 followers View post →

Keel Yong Lee

@KeelYong1 · X

I deeply appreciate every member of our team DBG! An autonomously swimming biohybrid fish designed with human cardiac biophysics, Science, 10 Feb 2022, Vol 375, Issue 6581, pp. 639-647 https://t.co/SSuSbfGWCc

Feb 10, 2022 · 2 likes · 1 share · 12 followers View post →

Satellite Cell Bot

@MuscleStemCell · X

An autonomously swimming biohybrid fish designed with human cardiac biophysics https://t.co/P904oGEJMl

Feb 10, 2022 · 923 followers View post →

NobuoMaita

@nob_mai · X

An autonomously swimming biohybrid fish designed with human cardiac biophysics https://t.co/UxXMiJjxF9

Feb 10, 2022 · 1,077 followers View post →

ken crichlow

@ken_crichlow · X

An autonomously swimming biohybrid fish designed with human cardiac biophysics https://t.co/cLFUswKDM3

Feb 10, 2022 · 3,930 followers View post →

Francis Villatoro

@emulenews · X

#ScienceMag An autonomously swimming biohybrid fish designed with human cardiac biophysics https://t.co/RpTjUhEdGC a swimming fish analog using a bilayer construct made of cardiac cells. These cells generate autonomous, rhythmic, antagonistic muscle movements. https://t.co/AGTxAdgJUJ

Feb 10, 2022 · 3 likes · 1 share · 45,109 followers View post →

Keel Yong Lee

@KeelYong1 · X

An autonomously swimming biohybrid fish designed with human cardiac biophysics https://t.co/NrdGavIRqv

Feb 10, 2022 · 3 likes · 12 followers View post →

An autonomously swimming biohybrid fish designed with human cardiac biophysics.

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Optogenetic Activation of Human Double-Sided Muscle Tissues at Various Frequencies

PIV Analysis of Optogenetically Paced Swimming Biohybrid Fish

PIV Analysis of Larval Zebrafish Fin Swimming Dynamics

Biohybrid Fish with Single-Layered Muscle Shows Reduced Contractility

Effects of Gd3+ on Biohybrid Fish Muscle Contraction Dynamics

Muscle Activation Dynamics in Biohybrid Fish Using G-Node Control

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