Shoji Takeuchi

This paper engineers α-hemolysin to enable selective recognition, covalent linkage, and chemical exchange between artificial cells through a single protein system.

This study engineers high-fat cultivated tissues with authentic sensory properties by optimizing scaffolds, fatty acid delivery, and culture conditions to mimic Wagyu fat.

This paper develops a cell-based multisensor array to detect cancer biomarkers in human urine by using encapsulated insect olfactory receptor-expressing cells.

This study reconstitutes a nucleus in giant unilamellar vesicles using Xenopus egg extract, demonstrating functional nuclear import and pore complexes.

This paper develops a proprioceptive bio-hybrid robot by integrating a soft mechanical sensor with skeletal muscle tissue to enable self-sensing control.

This paper develops perforation-type anchors inspired by skin ligaments to attach skin equivalents to robotic surfaces, demonstrating their effectiveness in 3D coverage and actuation.