Biohybrid robots, made with lab-grown skeletal muscle tissue, may need exercise routines like human workouts to move more naturally, according to a new study.

Researchers at the Chinese Academy of Sciences found that electrically and mechanically training artificial muscles during growth nearly doubled their contraction strength. This helped a biohybrid caterpillar-bot crawl faster than previous versions.

Like human muscles, these artificial muscles responded well to combined electrical and mechanical stimulation. Scientists designed a system to apply both during muscle growth to enhance performance.

Biohybrid robots blend living and synthetic materials, mimicking limbs, organs, or even entire organisms. Experts suggest that insights from biohybrid robotics could one day help create complex living beings from scratch.

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