Sentence examples for muscles were computed from inspiring English sources
Cross-sectional areas (cm) of the sum of all of these muscles were computed and the mean value for two consecutive images was computed for each patient.
The paths between such dense areas of the muscle are computed using central line.
Muscle forces were computed from the measured joint moments by using an optimization approach.
Afterwards, associations between practice-related changes in motor performance and muscle activity were computed.
The slope of the EMG RMS/force (neuromuscular efficiency) and MF/force (muscle composition) relationships were computed during the ramp contractions while the slope of the EMG RMS/time and MF/time relationships (muscle fatigue) were computed during the sustained contraction.
Relationships between clinical characteristics and muscle BOLD parameters were computed as Spearman's rank-order or Pearson's moment correlation, as appropriate.
Correlation between the expression of these cytokines and skeletal muscle pathway indexes were computed using the Spearman correlation coefficient, which allows the identification of linear and non-linear monotone relationships [ 33].
Electromyographic parameters were computed to assess muscle weakness and muscle fiber composition.
Sequences were multi-aligned with Muscle [ 45] and trees were computed with PhyML [ 46] using the WAG amino acid substitution model of evolution [ 47] and four categories of substitution rates.
Optimal fascicle lengths (the fascicle length at which the muscle generates maximum force) and physiologic cross-sectional areas (the ratio of muscle volume to optimal fascicle length) were computed from these measurements.
Multiple sequence alignments based on transcriptomic data were computed with program MUSCLE [ 120] (version 3.52) using species-specific synthetic sequences constructed by the concatenation of the consensus sequences of the major toxin families shared by all snake venom gland transcriptomes, i.e. BPP, LAO, PLA2, SVMP, and SP, in this order.
