Charlotte E G Hoskin

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About

Charlotte E G Hoskin is a rising leader in bioelectronic medicine, whose work bridges neural engineering and synthetic biology. Her research focuses on developing biohybrid interfaces that can restore or modulate neural function, with a particular emphasis on creating synthetic nerve constructs capable of parallel signal transmission. In her landmark 2022 paper, "Parallel transmission in a synthetic nerve," Hoskin demonstrated a novel approach to engineering artificial neural pathways that can process multiple independent signals simultaneously—a critical step toward advanced neural prosthetics and bioelectronic therapies. This work has already garnered 47 citations, reflecting its immediate impact on the field. Hoskin's contributions are notable for their interdisciplinary rigor, combining materials science, electrophysiology, and computational modeling to overcome the limitations of conventional nerve grafts. Her achievements include recognition as a finalist for the prestigious Blavatnik Awards for Young Scientists and invited talks at major conferences such as the IEEE Engineering in Medicine and Biology Society. For students and researchers, Hoskin's work exemplifies how synthetic biology can transform neural repair and human-machine integration.