Ann M. Rajnicek

Dr. Ann M. Rajnicek serves as Senior Lecturer at the University of Aberdeen's School of Medicine, Medical Sciences and Nutrition, where she investigates cellular response mechanisms to environmental cues. Her work bridges developmental biology and clinical applications in tissue engineering, with leadership roles including Media Editor of Bioelectricity journal and University Senate membership.

Her academic foundation includes:

• BSc in Biology from Marygrove College (1984)
• PhD in Developmental Biology from Purdue University (1990), thesis: Effects of electric fields on wound healing and directed neurite growth

Research centers on bioelectric guidance of cell migration during development and repair, examining how electric fields and nanoscale topography direct cellular behavior. Key mechanisms involve Rho GTPase-mediated cytoskeletal dynamics and cue hierarchy integration, with implications for nerve regeneration and wound healing therapies. Current work explores growth cone responses to nanogrooves and epithelial cell guidance via rho/cdc42 switches.

Recent publications (2024-2025) emphasize translational bioelectricity, featuring wireless nerve stimulation techniques and ion channel therapeutics for osteoarthritis. As Media Editor of Bioelectricity, she curates cutting-edge research in electrostimulation and regenerative applications.

Her recognition includes:

• Yasuda Award for Excellence in Biomedical Research (2000)
• Fellowship of the Royal Society of Biology

Funding achievements span £643,000 BBSRC grants for epithelial migration studies, European Commission projects for CNS repair devices, and spinal research studentships. She mentors through Biomedical Sciences program leadership and personal tutoring roles while advancing equality initiatives via the IDEALL Group.

Collaborations extend across Aberdeen's Institute of Medical Sciences and international networks including Gordon Research Conferences, with ongoing work on transcription factors (Pax-6) in neuronal guidance and clinical wound-healing applications.