September 4, 2024Advanced Intelligent SystemsOpen Access

Multimodal Imaging, Drug Delivery, and On‐Board Triggered Degradation in Soft Capsule Rolling Microrobots

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Multifunctional soft capsule microrobots achieve simultaneous drug delivery, magnetic navigation, and triggered in situ biodegradation within biological environments.
Locomotion remains stable for over 10 h under optical closed-loop control, while ultrasound contrast agents preserve imaging contrast for more than 3 h.
Fabrication of soft capsule microrobots integrates enzyme-loaded polymersomes to trigger autonomous degradation, supporting minimally invasive targeted medicine.

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Engineering study demonstrates multifunctional soft capsule microrobots with navigation and on-board degradation in biological environments, highlighting opportunities for targeted medicine.

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Castellanos‐Robles et al. (2024) studied this question.

synapsesocial.com/papers/68e5955bb6db64358753064b https://doi.org/10.1002/aisy.202400230

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Implication

Engineering study demonstrates multifunctional soft capsule microrobots with navigation and on-board degradation in biological environments, highlighting opportunities for targeted medicine.

Multimodal Imaging, Drug Delivery, and On‐Board Triggered Degradation in Soft Capsule Rolling Microrobots

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Multimodal Imaging, Drug Delivery, and On‐Board Triggered Degradation in Soft Capsule Rolling Microrobots

Key Points

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Implication

Cite This Study

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