Opponensplasty by the Camitz's method.

Tomonaga, Hisao; Hirano, Eiji; Suga, Takayoshi

doi:10.5035/nishiseisai.34.1474

Cited by 2 publications

(1 citation statement)

References 2 publications

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“…Health subject's pinch force was about 6.7 kg [43]. The necessary pinch force was 3 kg on the buttoning and unbuttoning [44], and 3.8 kg on cap screw-engaged to an opening part of the PET bottle [45]. Therefore, we were in need of about 44-56% MVC pinch force for smoothly doing ADL.…”

Section: Motor Imagery Effect For the Other Side 71 Motor Imagery Efmentioning

confidence: 99%

Effective Motor Imagery Application: Examining Spinal Cord Excitability from the F-Wave and Autonomic Nervous Activity from LF/HF

Fukumoto¹

2020

Somatosensory and Motor Research

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Motor imagery can be helpful for the therapeutic approach for the patients who have difficulty in the actual motion. This chapter explains the following important six points for getting high-effective motor imagery based on the neuroscience. First, excitability of spinal motor neuron was increased by motor imagery. However, adding effect on breathing state, both expiration and inspiration phase on the relax respiration, does not influence the excitability of spinal motor neuron. Also, motor imagery increased the excitability of spinal motor neuron and cardiac sympathetic nerve activity. However, vividness of motor imagery was to converge a degree. Motor practice before motor imagery was important. Motor practice was appropriate for 30 s using intermittent visual feedback, and for doing motor imagery, time enough was 1 min. Adding motor imagery method was a recommended composite for kinesthetic and visual motor imagery. Unfortunately, motor imagery has few effects for the other hand. Therefore, motor imagery should be done on the ipsilateral side from the previous motor practice.

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Section: Motor Imagery Effect For the Other Side 71 Motor Imagery Efmentioning

confidence: 99%

Effective Motor Imagery Application: Examining Spinal Cord Excitability from the F-Wave and Autonomic Nervous Activity from LF/HF

Fukumoto¹

2020

Somatosensory and Motor Research

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数字情報に着目した運動イメージ戦略の継続はもとよりイメージしている内容によって脊髄運動神経機能と運動技能を変化させる

MIZOGUCHI,

YAMAJI,

KONDO

et al. 2023

Rigakuryoho kagaku

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The effects of continued motor imagery as a voluntary practice on the excitability of spinal motor nerve function and motor accuracy were examined. [Participants and Methods] Nine healthy subjects practiced motor imagery focused on numerical information for four weeks. F-waves were derived from the left thumb ball during resting trials and motor imagery trials in the first and fourth weeks. After each trial, a pinch force adjustment task was given to assess motor accuracy. [Results] No difference in the F/M amplitudes' ratio was observed between the trials in the first and fourth weeks, and no change in motor accuracy was observed before and after the motor imagery trials. However, two subjects with large absolute errors in pinch force values in the first week improved their motor skills before the motor imagery trial in the fourth week. [Conclusion] The results of this four-week continuous numerical imagery intervention suggest that motor skills can be improved if there is room for improvement in motor skills.

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Opponensplasty by the Camitz's method.

Cited by 2 publications

References 2 publications

Effective Motor Imagery Application: Examining Spinal Cord Excitability from the F-Wave and Autonomic Nervous Activity from LF/HF

Effective Motor Imagery Application: Examining Spinal Cord Excitability from the F-Wave and Autonomic Nervous Activity from LF/HF

数字情報に着目した運動イメージ戦略の継続はもとよりイメージしている内容によって脊髄運動神経機能と運動技能を変化させる

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