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Human flexor reflex modulation during cycling
D. A. Brown
, C. G. Kukulka
Research output
:
Contribution to journal
›
Article
›
peer-review
50
Scopus citations
Overview
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Keyphrases
Activity Condition
20%
Activity Intensity
20%
All-position
20%
Ankle
40%
Assure
40%
Background Level
20%
Control Criterion
20%
Cycling Activity
20%
Electrical Stimulation
20%
Electromyography
80%
Ergometer
20%
Ergometer Cycling
20%
Flexor Hallucis Brevis
20%
Flexor Reflex
100%
Freeform
20%
Isolated muscle
20%
Latency
60%
Limb Position
80%
Locomotive
20%
Lower Extremity
20%
Lower Limb
20%
Lower Limb muscle Activity
20%
M-wave
40%
Maximal Voluntary Contraction
20%
Motoneuron Excitability
20%
Motoneuron Pool
20%
Muscle Activity
40%
Muscle Response
20%
Neurologically Intact
20%
Onset Latency
80%
Phase Behavior
20%
Phase Shift Modulation
20%
Prestimulus
20%
Pulse Train
20%
Recovery Phase
20%
Reflex Modulation
100%
Reflex Pathway
20%
Reflex Response
40%
Response Amplitude
60%
Response Waveform
20%
Sensory Stimulation
20%
Soleus
80%
Soleus muscle
20%
Stimulus Intensity
40%
Tibial Nerve
20%
Tibialis Anterior
100%
Tibialis Anterior muscle
20%
Wave Amplitude
20%
Waveform Pattern
60%
Medicine and Dentistry
Electrotherapy
25%
Excitability
25%
Flexor Reflex
100%
Limb
100%
Lower Limb
50%
Motoneuron
50%
Muscle Contraction
75%
Pulse Rate
25%
Reflex
50%
Sensory Stimulation
25%
Soleus Muscle
25%
Tibial Nerve
25%
Tibialis Anterior Muscle
25%
Neuroscience
Electrotherapy
33%
Excitability
33%
Flexor Reflex
100%
Reflex
66%
Tibial Nerve
33%