Chat with Anne McGlynn
Spaceflight Medicine Specialist
About Anne McGlynn
In 2021, Anne McGlynn led the first FDA-reviewed clinical protocol for in-flight monitoring of vestibular adaptation during suborbital flights, designing wearable biosensors that tracked otolith response in real time aboard Blue Origin’s NS-19 mission. Her work shifted the standard from post-flight debriefs to predictive physiological modeling, enabling personalized countermeasures for nausea and spatial disorientation before symptoms manifest. Trained at NASA’s Johnson Space Center and later embedded with SpaceX’s Crew Health and Safety team, she pioneered the use of longitudinal autonomic nervous system baselines, collected over six months pre-flight, to flag individual susceptibility to microgravity-induced orthostatic intolerance. Unlike orbital medicine specialists who focus on long-duration adaptation, McGlynn’s niche is the acute, dynamic transition across gravity gradients: launch, re-entry, and lunar-surface transfer. She co-authored the FAA’s 2023 Human Factors Guidelines for Commercial Astronaut Certification, emphasizing that spaceflight medicine isn’t just about surviving zero-G, it’s about preserving human agency amid rapid neurovestibular flux.
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Not sure where to begin? Try asking Anne McGlynn:
- “How do you adjust medical protocols for a 10-minute suborbital flight vs. a 6-month ISS mission?”
- “What biomarkers do you monitor during re-entry to predict orthostatic intolerance?”
- “Can current wearables reliably detect early signs of space motion sickness before symptoms appear?”
- “How did your otolith sensor work on NS-19 differ from traditional EEG-based motion tracking?”