10.1371/journal.pone.0128400.g005
Ramona Ritzmann
Ramona
Ritzmann
Kathrin Freyler
Kathrin
Freyler
Elmar Weltin
Elmar
Weltin
Anne Krause
Anne
Krause
Albert Gollhofer
Albert
Gollhofer
Grand mean of the parameters associated with neuromuscular changes in under and over loading collected in four gravity levels (lunar (LG, grey background), Martian (MG, grey), normal gravity (NG, white) and hypergravity (HG, grey)) as well as during simulated normal gravity (S_NG, white): Co-contraction index (CCI) for the antagonistic muscle groups SOL_TA, BF_VL and RF_GL, H<sub>max</sub>/M<sub>max</sub>-ratios and the iEMG 100ms prior to the H-reflex stimulation for SOL.
Public Library of Science
2015
reflex activation
COP HF domain
ol
hz
mf
COP LF
nl
Reduced postural control
excursion
torque
COP frequency distribution
ul
Load Conditions IntroductionLoad variation
2015-06-08 02:45:25
Figure
https://plos.figshare.com/articles/figure/_Grand_mean_of_the_parameters_associated_with_neuromuscular_changes_in_under_and_over_loading_collected_in_four_gravity_levels_lunar_LG_grey_background_Martian_MG_grey_normal_gravity_NG_white_and_hypergravity_HG_grey_as_well_as_during_simulated_normal_gra/1439841
<p>Data are normalized to the respective NG value. For NG, both the absolute values and the relative values are displayed. Load variation has a statistically significant influence on all parameters (P<0.05, * symbol denotes a statistically significant difference compared to the 1g condition) despite the pre-activation of SOL. Statistical equivalence ≈ between NG and S_NG conditions values could be observed for all parameters despite for CCI BF_VL.</p>