Parallel research in humans and animals involving spinal cord mechanisms
Spinal control mechanisms and balance in the elderly
Homosynaptic post-activation pepression
Presynaptic Inhibition
Recurrent inhibition
Hoffmann reflex
Methodological implications of H-reflex conditioning studies
Parallel research in humans and animals involving spinal cord mechanisms
Spinal control mechanisms and balance in the elderly
Homosynaptic post-activation pepression
Presynaptic Inhibition
Recurrent inhibition
Hoffmann reflex
Methodological implications of H-reflex conditioning studies
American College of Sports Medicine Health / Fitness Instructor
American Council on Exercise Personal Trainer
Hoffmann Reflex, Motor Control, Post-activation Depression, Spinal Cord Mechanisms
Hopefully, to establish a link between function and behavior utilizing research involving spinal cord mechanisms. Important for the aged population, because of postural stability decrements and the implications concerning postural control in the elderly.
Neurological logistics of the spinal cord mechanism homosynaptic post-activation depression of the soleus H-reflex. To be studied in parallel experiments between humans and animals.