In a recent study, we demonstrated that a new surgical approach, in combination with our neuromusculoskeletal interface, allowed an individual with above-elbow amputation to control all five fingers of a prosthetic hand intuitively https://t.co/YuXNtnEBSc https://t.co/s63bmhKjAk
Improved control of a prosthetic limb by surgically creating electro-neuromuscular constructs with implanted electrodes.
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Jul 2023 – Jun 2024Where it's discussed
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News321 articles
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X / Twitter30 posts
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YouTube4 videos
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What people are saying
Several discussions highlight the significance of the article, with phrases like 'exciting news', 'promising results', and 'game-changing' usage, reflecting strong support and high interest. The tone and context, emphasizing new surgical approaches and implications for amputees, contribute to a perception of substantial impact and engaged analysis of the research.
Most discussions emphasize the promising results and positive advancements described in the publication, indicating general support.
The discussions reveal high curiosity and enthusiasm for the new surgical and neural interface techniques that could transform prosthetic control.
Posts reference specific methods like electro-neuromuscular constructs and share reactions, indicating deep involvement and analysis of the research.
The mentions of improved functionality, potential for veterans, and breakthroughs in control suggest users see this as a highly impactful development for prosthetic technology.
Abstract in brief
- Remnant muscles in residual limbs are important for generating myoelectric signals for prosthetic hands, but higher amputations often lack sufficient muscle for control.
- Researchers discovered that severed nerves can be repurposed to innervate native muscles and muscle grafts, enhancing prosthetic control.
- This approach showed promising results, allowing a transhumeral amputee to flex and extend all fingers of a prosthetic hand, suggesting improved function in everyday tasks.
Top posts
Most liked on X and Bluesky5本の指をそれぞれ動かせる(上腕に残ってる筋肉だけで指を全部を制御できないはずだから訓練でなんとかしてるみたいだ) https://t.co/N2q4fiK04c
This is great advancement. Hopefully will be used for some of our veterans that need prosthetics after serving our country. https://t.co/NGJkjxMkb1
@rbranemark @ValueGARP this is pretty cool. https://t.co/Q2hxofaV1d
Exciting news in the world of #amputee #bionics! New collaborative work from LRP's @EricJEarley + the @CBPRse led to a person with an arm amputation manipulating each finger of a bionic hand as if it was his own. Full article in the @ScienceMagazine https://t.co/7lwkOGGqX8 https://t.co/xkyTfrSaBV
RT @Kyukimasa: 5本の指をそれぞれ動かせる(上腕に残ってる筋肉だけで指を全部を制御できないはずだから訓練でなんとかしてるみたいだ) https://t.co/N2q4fiK04c
All mentions
Advancements in Robotic and Prosthetic Limb Control Technologies
This video explores recent innovations in robotic and prosthetic control, including the use of surgically created electro-neuromuscular constructs with implanted electrodes for enhanced limb functionality. Discover how…
Advancements in Robotic and Prosthetic Technologies for Enhanced Control
EPFL roboticists have developed a snake robot after extensive testing, and new AI robots like Unitree's dog demonstrate impressive capabilities. Additionally, innovative prosthetic control methods using nerve…
Advanced Bionic Hand Control Enables Precise Finger Movement
The Nova biotic hand allows users to control each finger with unprecedented accuracy. Researchers improved prosthetic limb control by surgically creating electro-neuromuscular constructs with implanted electrodes…
Advancements in Human Bionics for Enhanced Motor Control in Prosthetics
This video discusses recent progress in human bionics, focusing on creating electro-neuromuscular constructs to improve prosthetic limb control, enabling amputees to perform everyday tasks with greater ease.
Maybe this could work could lgbt #lgbt https://t.co/filNiCfDap.
المصدر: https://t.co/ms2UXiUohT
@LMPositif https://t.co/lTQwLyShMV Le truc en question. C'est bien plus nuancé. Beaucoup de « but » et de « however ».
This is great advancement. Hopefully will be used for some of our veterans that need prosthetics after serving our country. https://t.co/NGJkjxMkb1
Usando IA para evolução da robótica humanóide da infância pra idade adul... https://t.co/YWSBJf8LQg via @YouTube
RT @CBPRse: In a recent study, we demonstrated that a new surgical approach, in combination with our neuromusculoskeletal interface, allowe…
RT @CBPRse: In a recent study, we demonstrated that a new surgical approach, in combination with our neuromusculoskeletal interface, allowe…
RT @CBPRse: In a recent study, we demonstrated that a new surgical approach, in combination with our neuromusculoskeletal interface, allowe…
RT @Kyukimasa: 5本の指をそれぞれ動かせる(上腕に残ってる筋肉だけで指を全部を制御できないはずだから訓練でなんとかしてるみたいだ) https://t.co/N2q4fiK04c
RT @CBPRse: In a recent study, we demonstrated that a new surgical approach, in combination with our neuromusculoskeletal interface, allowe…
RT @CBPRse: In a recent study, we demonstrated that a new surgical approach, in combination with our neuromusculoskeletal interface, allowe…
RT @Kyukimasa: 5本の指をそれぞれ動かせる(上腕に残ってる筋肉だけで指を全部を制御できないはずだから訓練でなんとかしてるみたいだ) https://t.co/N2q4fiK04c
RT @Kyukimasa: 5本の指をそれぞれ動かせる(上腕に残ってる筋肉だけで指を全部を制御できないはずだから訓練でなんとかしてるみたいだ) https://t.co/N2q4fiK04c
RT @Kyukimasa: 5本の指をそれぞれ動かせる(上腕に残ってる筋肉だけで指を全部を制御できないはずだから訓練でなんとかしてるみたいだ) https://t.co/N2q4fiK04c
RT @Kyukimasa: 5本の指をそれぞれ動かせる(上腕に残ってる筋肉だけで指を全部を制御できないはずだから訓練でなんとかしてるみたいだ) https://t.co/N2q4fiK04c
RT @Kyukimasa: 5本の指をそれぞれ動かせる(上腕に残ってる筋肉だけで指を全部を制御できないはずだから訓練でなんとかしてるみたいだ) https://t.co/N2q4fiK04c
RT @Kyukimasa: 5本の指をそれぞれ動かせる(上腕に残ってる筋肉だけで指を全部を制御できないはずだから訓練でなんとかしてるみたいだ) https://t.co/N2q4fiK04c
RT @Kyukimasa: 5本の指をそれぞれ動かせる(上腕に残ってる筋肉だけで指を全部を制御できないはずだから訓練でなんとかしてるみたいだ) https://t.co/N2q4fiK04c
RT @Kyukimasa: 5本の指をそれぞれ動かせる(上腕に残ってる筋肉だけで指を全部を制御できないはずだから訓練でなんとかしてるみたいだ) https://t.co/N2q4fiK04c
RT @Kyukimasa: 5本の指をそれぞれ動かせる(上腕に残ってる筋肉だけで指を全部を制御できないはずだから訓練でなんとかしてるみたいだ) https://t.co/N2q4fiK04c
5本の指をそれぞれ動かせる(上腕に残ってる筋肉だけで指を全部を制御できないはずだから訓練でなんとかしてるみたいだ) https://t.co/N2q4fiK04c
You can read the full article and watch a video abstract of this work here
RT @CBPRse: In a recent study, we demonstrated that a new surgical approach, in combination with our neuromusculoskeletal interface, allowe…
@rbranemark @ValueGARP this is pretty cool. https://t.co/Q2hxofaV1d
RT @CBPRse: In a recent study, we demonstrated that a new surgical approach, in combination with our neuromusculoskeletal interface, allowe…
RT @CBPRse: In a recent study, we demonstrated that a new surgical approach, in combination with our neuromusculoskeletal interface, allowe…
RT @CBPRse: In a recent study, we demonstrated that a new surgical approach, in combination with our neuromusculoskeletal interface, allowe…
In a recent study, we demonstrated that a new surgical approach, in combination with our neuromusculoskeletal interface, allowed an individual with above-elbow amputation to control all five fingers of a prosthetic hand intuitively https://t.co/YuXNtnEBSc https://t.co/s63bmhKjAk
Improved control of a prosthetic limb by surgically creating electro-neuromuscular constructs with implanted electrodes https://t.co/x4DXvKlF2Y Prosthetics first, then Exoskeletons.
Exciting news in the world of #amputee #bionics! New collaborative work from LRP's @EricJEarley + the @CBPRse led to a person with an arm amputation manipulating each finger of a bionic hand as if it was his own. Full article in the @ScienceMagazine https://t.co/7lwkOGGqX8 https://t.co/xkyTfrSaBV