Natalia Merkulyeva

Papers

Total Citations

150

H-Index

About

Natalia Merkulyeva is a leading figure in the development of soft bioelectronic interfaces for neural repair and neuromuscular rehabilitation. Her research centers on the intersection of materials science, microfabrication, and neuroprosthetics, with a particular focus on creating flexible, biocompatible implants that seamlessly integrate with living tissue. Her most-cited work, "Rapid prototyping of soft bioelectronic implants for use as neuromuscular interfaces" (2020, 150 citations), represents a pivotal contribution: it established a streamlined, accessible method for fabricating soft, stretchable electrodes that can record and stimulate peripheral nerves without causing mechanical damage. This breakthrough has accelerated the translation of bioelectronic devices from lab prototypes to viable clinical tools for conditions like paralysis and muscle atrophy. Beyond this landmark paper, Merkulyeva’s broader portfolio explores chronic neural recording and closed-loop stimulation systems, demonstrating sustained impact in the field. Her work is widely recognized for bridging the gap between rigid traditional electronics and the dynamic, soft environment of the body, earning her citations from both engineering and neuroscience communities. For students and researchers, Merkulyeva exemplifies how innovative fabrication techniques can unlock new frontiers in neural interface design.