Research

1. 3D printed soft bioelectronics and probes

References:

Advanced Materials 36, (2024): 2400082.

Device (Cell Press) 2, (2024): 100519.

npj Biomedical Innovations 2, 9, (2025).

2. Tissue-like macroporous bioelectronics for chronically stable and seamless brain-machine interface

References:

PNAS 114, (2017): 5894-5899.

Journal of Visualized Experiments 137, (2018): e58003.

Current Opinion in Neurobiology 50, (2018): 33–41.

Nano Letters 19, (2019): 4180−4187.

Nature Materials 18, (2019): 510–517.

3. Novel brain probes for chronic recording of the brain at single-neuron level

References:

Nano Letters 15, (2015): 6979-6984.

Nature Methods 13, (2016): 875–882.

PNAS 114, (2017): E10046-E10055.

Science 360, (2018): 1447-1451.

Journal of Visualized Experiments 137, (2018): e58003.

Current Opinion in Neurobiology 50, (2018): 33–41.

Nano Letters 19, (2019): 4180−4187.

Nature Materials 18, (2019): 510–517.

4. Novel bioelectronics for spinal cord neuron recording and stimulation in vivo with reduced invasiveness

5. Novel materials for bioelectronic interface and other applications

References:

Nature Materials 22.7, (2023): 895-902.

Advanced Materials 36, (2024): 2400082.

npj Soft Matter 1, (2025): 10.

npj Biomedical Innovations 2, 9, (2025).

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