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      남녀 노인의 손 형태학적 변인과 악력 및 파지력 표준화 연구 = Clinical Article : The Standard Value of Anthropometric Factors, Grip and Key Pinch Strength in the Elderly

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      https://www.riss.kr/link?id=A76545405

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      다국어 초록 (Multilingual Abstract)

      The purpose of this study was to estimate the anthropometric factors to grip and key pinch strength in the elderly. The subjects of this study were 310 elderly (M: n=159, F: n=151). Each anthropometric factor were divided by length (7), breadth (3), and circumference (4). Strength factors were divided by grip and pinch and E-link Evaluation System V900S (Jarmar dynometer) was used to measure grip strength of each segment level and key pinch. Hand length, breadth, and circumference of male older adults were lager than women. Also, grip and key pinch strength were lager than female older adults. Grip strength were the highest in Level 2 segment of the elderly men and women on 27.90±7.30 kg, 17.84±4.34 kg, Key pinch strength of the elderly men and women were 5.94±2.48 kg in man, 4.09±1.59 kg in women. Activity of daily living to maintain the physical ability and independence life in the elderly were related to estimate hand shape, muscle strength and function, it is necessary to provide criteria to identify. Therefore, to measure of hand anthropometric factor, grip and key pinch strength old were to identify in the product development of household.
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      The purpose of this study was to estimate the anthropometric factors to grip and key pinch strength in the elderly. The subjects of this study were 310 elderly (M: n=159, F: n=151). Each anthropometric factor were divided by length (7), breadth (3), a...

      The purpose of this study was to estimate the anthropometric factors to grip and key pinch strength in the elderly. The subjects of this study were 310 elderly (M: n=159, F: n=151). Each anthropometric factor were divided by length (7), breadth (3), and circumference (4). Strength factors were divided by grip and pinch and E-link Evaluation System V900S (Jarmar dynometer) was used to measure grip strength of each segment level and key pinch. Hand length, breadth, and circumference of male older adults were lager than women. Also, grip and key pinch strength were lager than female older adults. Grip strength were the highest in Level 2 segment of the elderly men and women on 27.90±7.30 kg, 17.84±4.34 kg, Key pinch strength of the elderly men and women were 5.94±2.48 kg in man, 4.09±1.59 kg in women. Activity of daily living to maintain the physical ability and independence life in the elderly were related to estimate hand shape, muscle strength and function, it is necessary to provide criteria to identify. Therefore, to measure of hand anthropometric factor, grip and key pinch strength old were to identify in the product development of household.

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      참고문헌 (Reference)

      1 김창국, "손가락의 근력발휘와 조정능력 발달:연령에 따른 변화" 한국사회체육학회 31 (31): 961-973, 2007

      2 권명숙, "손 형태의 특징 및 장갑의 치수 설정에 관한 연구" 한국복식학회 55 (55): 24-37, 2005

      3 No YJ, "The study to investigate levels of physical fitness, self efficacy(SE), instrumental activities of daily living (IADL), and quality of life (QL), and their relationships among the elderly" 25 (25): 259-278, 1995

      4 Oh HW, "The standard value of hand grip and pinch strength in preschool and school age children" Graduate school of health science and management, Yonsei University 2000

      5 Lim JH, "The relationship between body composition change and muscle strength and endurance depending on aging at the senescence" 21 (21): 15-24, 2001

      6 Kim JI, "The effects of hand and finger exercise on grip strength and pinch pressure in elderly women" 9 (9): 18-27, 2002

      7 Lee KS, "The clinical study of grip and pinch strength in normal korea adult" 30 (30): 1589-1597, 1995

      8 Bheem P, "The Effects of upper extremity posture on maximum grip strength" 18 : 423-429, 1996

      9 Song MS, "Nursing of Older Adults" Seoul University Publish 1997

      10 Bassey EJ, "Longitudinal change in selected physical capabilities muscle strength, flexibility and body size" 27 (27): 12-16, 1988

      1 김창국, "손가락의 근력발휘와 조정능력 발달:연령에 따른 변화" 한국사회체육학회 31 (31): 961-973, 2007

      2 권명숙, "손 형태의 특징 및 장갑의 치수 설정에 관한 연구" 한국복식학회 55 (55): 24-37, 2005

      3 No YJ, "The study to investigate levels of physical fitness, self efficacy(SE), instrumental activities of daily living (IADL), and quality of life (QL), and their relationships among the elderly" 25 (25): 259-278, 1995

      4 Oh HW, "The standard value of hand grip and pinch strength in preschool and school age children" Graduate school of health science and management, Yonsei University 2000

      5 Lim JH, "The relationship between body composition change and muscle strength and endurance depending on aging at the senescence" 21 (21): 15-24, 2001

      6 Kim JI, "The effects of hand and finger exercise on grip strength and pinch pressure in elderly women" 9 (9): 18-27, 2002

      7 Lee KS, "The clinical study of grip and pinch strength in normal korea adult" 30 (30): 1589-1597, 1995

      8 Bheem P, "The Effects of upper extremity posture on maximum grip strength" 18 : 423-429, 1996

      9 Song MS, "Nursing of Older Adults" Seoul University Publish 1997

      10 Bassey EJ, "Longitudinal change in selected physical capabilities muscle strength, flexibility and body size" 27 (27): 12-16, 1988

      11 Korea National Statistical Office, "Korean National Survey" 2008

      12 Bechtol CD, "Grip test. The use of a dynamometer with adj-u stable handle specings" 36A : 820-832, 1954

      13 Balogun JA, "Grip strength; effects of resting posture and elbow position" 72 : 280-283, 1991

      14 Marley RJ, "Grip strength as a function of forearm rotation and elbow posture" 791-795, 1992

      15 Jin YS, "Exercise Physiologic index measurement and practice" 7 (7): 198-204, 2000

      16 Fellow GL, "Ergonomics evaluation of a foam rubber grip for tool handles" 22 (22): 225-230, 1987

      17 Shinohara M, "Effects of age and gender on finger coordination in MVC and submaximal force-matching tasks" 94 : 259-270, 2003

      18 Bortz W, "Effect of exercise on aging" 28 : 49-51, 1980

      19 Ministry of Commerce, Industry and Energy, "An investigation on korea body"

      20 Yang SH, "An approach to ergonomics evaluation of grip strength" 12 (12): 209-213, 1997

      21 Lee DC, "An analysis of grip strength under sitting and standing posture" 33 : 565-572, 1996

      22 Lee DC, "An analysis of grip strength for korean adults" 16 (16): 565-572, 1997

      23 Park SC, "A study on physical growth of hand and lib of korea adults" 114-119, 1997

      24 Kwon MS, "A study on classification of hand shape" 55 (55): 11-19, 2005

      25 Weiss MW, "A pilot study of 198 normal children: pinch strength and hand size in the growing hand" 25 : 10-12, 1971

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      학술지 인용정보

      학술지 인용정보
      기준연도 WOS-KCI 통합IF(2년) KCIF(2년) KCIF(3년)
      2016 0.32 0.32 0.29
      KCIF(4년) KCIF(5년) 중심성지수(3년) 즉시성지수
      0.24 0.23 0.525 0
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