Neuronal Membrane-Functionalized Biohybrid Microrobots for Active Decontamination of Neurotoxins in Aqueous Environments

The emergence of biohybrid microrobots offers a promising platform for environmental remediation; however, their potential for neurotoxin decontamination remains largely unexplored. Neurotoxins, such as tetrodotoxin (TTX), pose acute threats to aquatic biodiversity with far-reaching consequences for...

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Autor principal:	Zhengxing Li (11171535) (author)
Altres autors:	Hao Luan (11981924) (author), Zheng Fang (727034) (author), Wei-Ting Shen (9720068) (author), Yiyan Yu (11079387) (author), Junyi Ji (1545100) (author), Robert Kobrin (22263476) (author), Jiayuan Alex Zhang (18792408) (author), Sven Neuschul (22263479) (author), Wesley Tse (22263482) (author), Shichao Ding (7520015) (author), Dan Wang (34472) (author), Ronnie H. Fang (1658575) (author), Weiwei Gao (51947) (author), Liangfang Zhang (224859) (author), Joseph Wang (363503) (author)
Publicat:	2025
Matèries:	Biochemistry Microbiology Cell Biology Neuroscience Biotechnology Evolutionary Biology Ecology Inorganic Chemistry Environmental Sciences not elsewhere classified motile neuron decoy leveraging biohybrid intelligence fly ” interactions enables dynamic “ dissolved oxygen levels confined complex three biohybrid microrobots offers biohybrid microrobots allow versatile neurotoxin remediation functionalized biohybrid microrobots demonstrates exceptional adaptability active penetration abilities various aquatic environments dynamic aquatic environments aquatic environments presents effective toxin removal based microrobot platform microrobot platform aquatic biodiversity seawater environments aqueous environments functionalized algae environmental remediation environmental adaptability based methods active decontamination promising platform work establishes selective detoxification reaching consequences public health often ineffective neuronal membranes neuronal membrane necessitating innovative natural river natural long microporous networks lasting motility innovative strategy critical challenge binding receptors adaptive strategies
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Neuronal Membrane-Functionalized Biohybrid Microrobots for Active Decontamination of Neurotoxins in Aqueous Environments

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