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With great potential in intelligent sensing and actuating systems, biosensors and micromotors are expected to be powerful instruments for early diagnosis and drug delivery in precision medicine. However, it is difficult to ensure the synthetic biosensors and micromotors are compatible with biosystems because of their exogenous building blocks. Biocompatible biosensors and micromotors assembled are...
In article number 1905568, Yao Zhang, Baojun Li, and co‐workers report a biocompatible biosensor and micromotor that are assembled with an in vivo red blood cell waveguide. The living biosensor is used for the diagnosis of pH‐related disorders of the blood; the waveguide can rotate as a micromotor and transport microparticles to the target region. This work provides a “smart” platform for early diagnosis...
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