Sarah C. Griffin

Papers

Total Citations

204

H-Index

About

Dr. Sarah C. Griffin is a pioneering researcher in neural engineering and advanced prosthetics, best known for her groundbreaking work in developing fully implanted myoelectric sensor systems. Her most influential contribution, the 2014 study "First-in-man demonstration of a fully implanted myoelectric sensors system to control an advanced electromechanical prosthetic hand," has garnered over 200 citations and represents a landmark achievement in the field. This work demonstrated the first successful human implementation of a fully implanted system that wirelessly transmits neural signals to control a sophisticated prosthetic hand, dramatically improving dexterity and natural movement for amputees. Dr. Griffin's research bridges the critical gap between neural interfaces and practical prosthetic applications, with her innovations in sensor miniaturization and signal processing enabling more intuitive, long-term device control. Her contributions have fundamentally advanced the clinical translation of implantable neural technologies, offering new hope for individuals with limb loss. Recognized as a leader in her field, Dr. Griffin continues to push boundaries in human-machine integration, with her work cited extensively across biomedical engineering and rehabilitation medicine.