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Variations in muscle burst patterns across these behaviors appear to be due to differences in limb loading.
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Findings revealed that despite considerable variations in the ensemble of active muscles during RLMs, burst patterns adhered to a common template.
To gain a better understanding of the effects of chronic stimulation on mammalian muscles we needed to generate patterns of greater variety and complexity than simple constant-frequency or burst patterns.
It is consistent with easy discovery, since carrier bursts are energetic and straightforward modifications to post-detection pattern recognition can identify burst patterns.
Additional similarity is in the intra burst patterns and in the burst statistics.
Neither SM or AT phasic muscle burst duration differed between groups (Table 2).
Relationships between clinical variables and phasic, tonic, RAI, and phasic muscle burst durations were analyzed using multivariate regression models.
Normalized RMS values were computed, with an active head extension (from full-flexion) muscle burst as reference.
Phasic muscle burst durations lasting from 0.1 to 14.9 sec and exceeding four times background electromyogram (EMG) were also calculated for SM and AT muscles.
Sequences of repetitive muscle bursting that were accompanied by leg movement were selected for analyses.
A burst suppression pattern consisted of a burst pattern followed by a suppression pattern.
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CEO of Professional Science Editing for Scientists @ prosciediting.com