Alejandro Carnicer‐Lombarte

This paper introduces a bioelectronic implant for recording neural activity in the distal colon of freely-moving rats, demonstrating its ability to capture electrophysiological responses and colonic activity related to food intake and stress.

This paper introduces two novel signal analysis techniques for peripheral nerve recordings and demonstrates their ability to detect low signal-to-noise ratio signals and extract velocity information.

This paper develops ultraconformable cuff implants for long-term bidirectional nerve interfacing in rats, achieving high-resolution recording and modulation of nerve activity.

This study investigates how mechanical properties of neural tissue change after injury, finding that PNS tissue stiffens while CNS tissue softens, potentially influencing regeneration.