Averaged values of all participants for the mean ankle, knee and hip angles (top) as well as the corresponding joint excursions (bottom) for the gravity conditions below (Lunar (LG) and Martian (MG)) and above (hypergravity (HG)) normal gravity (NG).
Ramona Ritzmann
Kathrin Freyler
Elmar Weltin
Anne Krause
Albert Gollhofer
10.1371/journal.pone.0128400.t002
https://plos.figshare.com/articles/dataset/_Averaged_values_of_all_participants_for_the_mean_ankle_knee_and_hip_angles_top_as_well_as_the_corresponding_joint_excursions_bottom_for_the_gravity_conditions_below_Lunar_LG_and_Martian_MG_and_above_hypergravity_HG_normal_gravity_NG_/1439844
<p>* indicates significant differences (p<0.05) compared to NG.</p><p>≈ indicates statistical equivalence for simulated normal gravity (S_NG) compared to NG.</p><p>P and Χ<sup>2</sup> values in the right columns display Friedman ANOVA results.</p><p>Averaged values of all participants for the mean ankle, knee and hip angles (top) as well as the corresponding joint excursions (bottom) for the gravity conditions below (Lunar (LG) and Martian (MG)) and above (hypergravity (HG)) normal gravity (NG).</p>
2015-06-08 02:45:25
reflex activation
COP HF domain
ol
hz
mf
COP LF
nl
Reduced postural control
excursion
torque
COP frequency distribution
ul
Load Conditions IntroductionLoad variation