NAS 1.55:34788
|
Inflight pharmacokinetic and pharmacodynamic responses to medications commonly used in spaceflight |
1 |
NAS 1.55:34802
|
Improving the accuracy of predicting maximal oxygen consumption (VO2pk) |
1 |
NAS 1.55:34808
|
Suited and unsuited Hybrid III impact testing and finite element model characterization |
1 |
NAS 1.55:34810
|
EVA health and human performance benchmarking study |
1 |
NAS 1.55:34834
|
Bluetooth heart rate monitors for spaceflight |
1 |
NAS 1.55:34838
|
Predictive measures of locomotor performance on an unstable walking surface |
1 |
NAS 1.55:34840
|
Development of a protocol to test proprioceptive utilization as a predictor for sensorimotor adaptability |
1 |
NAS 1.55:34852
|
Efficacy of stochastic vestibular stimulation to improve locomotor performance in a discordant sensory environment |
1 |
NAS 1.55:34860
|
Effect of 1% inspired CO2 during head-down tilt on ocular structures, cerebral blood flow, and visual acuity in healthy human subjects |
1 |
NAS 1.55:34865
|
Ocular vestibular evoked myogenic potentials using head striker stimulation |
1 |
NAS 1.55:34868
|
Pilot field test : use of a compression garment during a stand test after long-duration space flight |
1 |
NAS 1.55:34872
|
NASA's standard measures during bed rest : adaptations in the cardiovascular system |
1 |
NAS 1.55:34877
|
Ambulation during periods of supersaturation increase decompression stress in spacewalk simulations |
1 |
NAS 1.55:34888
|
Heart rate responses to unaided Orion side hatch egress in the Neutral Buoyancy Laboratory |
1 |
NAS 1.55:34930
|
Dynamic visual acuity and landing sickness in crewmembers returning from long-duration spaceflight |
1 |
NAS 1.55:34931
|
Pilot field test : results of tandem walk performance following long-duration spaceflight |
1 |
NAS 1.55:34932
|
Pilot field test : performance of a sit-to-stand test after long-duration space flight |
1 |
NAS 1.55:34934
|
Sensorimotor results from the Joint NASA and Russian Pilot Field Test |
1 |
NAS 1.55:34945
|
Pilot field test : the ability to ambulate following landing as assessed with seat egress, walk and obstacle testing |
1 |
NAS 1.55:34946
|
Forecasting sensorimotor adaptability from baseline inter-trial correlations |
1 |