Posture-related modulations of human soleus and FCR H-reflex
スポンサーリンク
概要
著者
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Funase Kozo
Laboratory Of Human Motor Control School Of Health Sciences Nagasaki University
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Higashi Toshio
Laboratory Of Human Motor Control School Of Health Sciences Nagasaki University
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Higashi Toshio
School Of Allied Medical Sciences Nagasaki University
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Funase Kozo
School Of Allied Medical Sciences Nagasaki University
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SAKAKIBARA Atsushi
Department of Rehabilitation, Hospital Attached to School of Medicine, Nagasaki University
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Sakakibara Atsushi
Department Of Rehabilitation Hospital Attached To School Of Medicine Nagasaki University
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SAKAKIBARA Atsushi
School of Allied Medical Sciences, Nagasaki University
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Higashi Toshio
Division Of Physical Therapy And Occupational Therapy Science Graduate School Health Science Nagasak
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Higashi Toshio
Division Of Physical Therapy And Occupational Therapy Science Graduate School Health Science Nagasaki University
関連論文
- S-11 Observation-execution matching system for human movement(The Proceedings of the 13th Annual Meetings of Japan Society of Exercise and Sports Physiology July 30-31, (Tokyo))
- P300 Before and Affer Transient Hard Exercise
- The Effect of Cold Water Stimulation on Pain-related Somatosensory Evoked Potential in Humans
- Inter-individual Differences of Motoneuron Pool Excitability Assessed by H-reflex are Associated with the Presynaptic Inhibition of la Afferents
- Soleus Motoneuron Pool Excitability in the Resting State Affects the Amount of Reciprocal Inhibition During Dorsiflexion
- Effects of Corticosteroid on Muscle Fibers and Intramuscular Connective Tissues in Mice
- Difference of Posture-related Modulaton of H-reflex Between Forearm and Leg muscle
- Posture-related modulations of human soleus and FCR H-reflex
- Neural Mechanism Underlying the H-reflex Inhibition During Static Muscle Stretching
- Excitability Changes in the Human Primary Motor Cortex During Observation with Motor Imagery of Chopstick Use
- 1E2:Neural mechanisms of decreased H-reflex during static muscle stretching
- 118 Patterns of muscle activation in human hopping