<ul><li>Researchers at UC Irvine and Columbia University have developed a soft sensor implant for monitoring neurological functions during brain development.</li><li>The device is made of a flexible polymer material and embedded with transistors that operate on an ionic basis for compatibility with the body.</li><li>The implant can adapt to changing contours and growth of biological tissues, making it suitable for pediatric medicine and other biomedical applications.</li><li>The technology offers a solution to the incompatibility between existing bioelectronic devices and human tissues.</li></ul>

Breakthrough in Bioelectronics: UC Irvine and Columbia University Develop Innovative Soft Sensor Implant

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