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      편평발과 정상발의 무게중심한계 비교 = Comparison of the Limitation of Stability between Flatfeet and Neutral Feet

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      https://www.riss.kr/link?id=A104771988

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      다국어 초록 (Multilingual Abstract)

      Purpose: Flatfeet are one of the risk factors of foot dysfunction and postural imbalance. The purpose of this study was to compare the limitation of stability (LOS) for the center of gravity (COG) between flatfeet and neutral feet on stable and unstable support surfaces.
      Methods: The study included 26 healthy, adult male participants: 14 with normal feet and 12 with flatfeet. The subjects were asked to incline the trunk maximumly to the left, right, anterior, and posterior directions and were asked to keep their feet on the floor with the knee extension. The subjects had 30 seconds of rest time between the tasks. The LOS (anterior, posterior, left, right) of COG was measured by Balance Trainer (BT4, Hur-labs, Tampere, Finland). An independent t- test was used to compare the LOS of COG between flatfeet and normal feet on stable and unstable support surfaces, respectively.
      Results: The LOS of the flatfeet group was generally decreased on stable support surfaces as compared to that of neutral feet, but it was not significantly different (p>0.05), while the LOS of the flatfeet group was significantly decreased compared to that of neutral feet on unstable support surfaces (p<0.05).
      Conclusion: This study suggested that the LOS of individuals with flatfeet may be decreased on unstable support surfaces and the postural balance of the flatfeet group may easily be disturbed on an unstable support surface.
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      Purpose: Flatfeet are one of the risk factors of foot dysfunction and postural imbalance. The purpose of this study was to compare the limitation of stability (LOS) for the center of gravity (COG) between flatfeet and neutral feet on stable and unstab...

      Purpose: Flatfeet are one of the risk factors of foot dysfunction and postural imbalance. The purpose of this study was to compare the limitation of stability (LOS) for the center of gravity (COG) between flatfeet and neutral feet on stable and unstable support surfaces.
      Methods: The study included 26 healthy, adult male participants: 14 with normal feet and 12 with flatfeet. The subjects were asked to incline the trunk maximumly to the left, right, anterior, and posterior directions and were asked to keep their feet on the floor with the knee extension. The subjects had 30 seconds of rest time between the tasks. The LOS (anterior, posterior, left, right) of COG was measured by Balance Trainer (BT4, Hur-labs, Tampere, Finland). An independent t- test was used to compare the LOS of COG between flatfeet and normal feet on stable and unstable support surfaces, respectively.
      Results: The LOS of the flatfeet group was generally decreased on stable support surfaces as compared to that of neutral feet, but it was not significantly different (p>0.05), while the LOS of the flatfeet group was significantly decreased compared to that of neutral feet on unstable support surfaces (p<0.05).
      Conclusion: This study suggested that the LOS of individuals with flatfeet may be decreased on unstable support surfaces and the postural balance of the flatfeet group may easily be disturbed on an unstable support surface.

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      참고문헌 (Reference)

      1 서태수, "청년층의 편평족 실태조사" 대한물리치료학회 9 (9): 97-101, 1997

      2 정동훈, "자세조절에 영향을 주는 연령대별 균형 안정성 한계에 관한 비교" 대한물리치료학회 11 (11): 139-147, 1999

      3 이우진, "불안정한 표면 운동이 척추측만증 환자의 체간자세와 균형에 미치는 영향" 대한물리치료학회 25 (25): 232-238, 2013

      4 Mall NA, "The reliability and reproducibility of foot type measurements using a mirrored foot photo box and digital photography compared to caliper measurements" 40 (40): 1171-1176, 2007

      5 Kanatli UU, "The relationship between the hindfoot angle and the medial longitudinal arch of the foot" 27 (27): 623-627, 2006

      6 윤기석, "The effects of ankle mobilization and active stretching on the difference of weight-bearing distribution, low back pain and flexibility in pronated-foots subjects" 한국운동재활학회 9 (9): 292-297, 2013

      7 Cobb SC, "The effect of forefoot varus on postural stability" 34 (34): 79-85, 2004

      8 Ledoux WR, "The distributed plantar vertical force of neutrally aligned and pes planus feet" 15 (15): 1-9, 2002

      9 Hasan SS, "Simultaneous measurement of body center of pressure and center of gravity during upright stance. ParkⅠ: methods" 4 (4): 1-10, 1996

      10 Lakstein D, "Prevalence of anterior knee pain and pes planus in Israel defence recruits" 175 (175): 855-857, 2010

      1 서태수, "청년층의 편평족 실태조사" 대한물리치료학회 9 (9): 97-101, 1997

      2 정동훈, "자세조절에 영향을 주는 연령대별 균형 안정성 한계에 관한 비교" 대한물리치료학회 11 (11): 139-147, 1999

      3 이우진, "불안정한 표면 운동이 척추측만증 환자의 체간자세와 균형에 미치는 영향" 대한물리치료학회 25 (25): 232-238, 2013

      4 Mall NA, "The reliability and reproducibility of foot type measurements using a mirrored foot photo box and digital photography compared to caliper measurements" 40 (40): 1171-1176, 2007

      5 Kanatli UU, "The relationship between the hindfoot angle and the medial longitudinal arch of the foot" 27 (27): 623-627, 2006

      6 윤기석, "The effects of ankle mobilization and active stretching on the difference of weight-bearing distribution, low back pain and flexibility in pronated-foots subjects" 한국운동재활학회 9 (9): 292-297, 2013

      7 Cobb SC, "The effect of forefoot varus on postural stability" 34 (34): 79-85, 2004

      8 Ledoux WR, "The distributed plantar vertical force of neutrally aligned and pes planus feet" 15 (15): 1-9, 2002

      9 Hasan SS, "Simultaneous measurement of body center of pressure and center of gravity during upright stance. ParkⅠ: methods" 4 (4): 1-10, 1996

      10 Lakstein D, "Prevalence of anterior knee pain and pes planus in Israel defence recruits" 175 (175): 855-857, 2010

      11 Horak FB, "Postural orientation and equilibrium: what do we need to know about neural control of balance to prevent fall?" 35 (35): 7-11, 2006

      12 Diener HC, "On the role of vestibular, visual and somatosensory information for dynamic postural control in human" 76 (76): 253-262, 1988

      13 Shumway-Cook A, "Motor control: translating research into clinical practice" Lippincott Williams & Wilkins 2007

      14 Ivanenko YP, "Human equilibrium on unstable support : the importance of feet-support interaction" 235 (235): 109-112, 1997

      15 Shiang TY, "Evaluating different footprint parameters as a predictor of arch height" 17 (17): 62-66, 1998

      16 Cote KP, "Effects of pronated and supinated foot postures on static and dynamic postural stability" 40 (40): 41-46, 2005

      17 Chen YC, "Effects of foot orthoses on gait patterns of flat feet patients" 25 (25): 256-270, 2010

      18 Qeen R, "Differences in plantar loading between flat and normal feet during different athletic tasks" 29 (29): 582-586, 2009

      19 Kim JA, "Difference in static and dynamic stability between flexible flatfeet and neutral feet" 41 (41): 546-550, 2015

      20 Tome J, "Comparison of foot kinematics between subjects with posterior tibilalis tendon dysfunction and healthy controls" 36 (36): 635-644, 2006

      21 Tsai LC, "Comparison of different structural foot types for measures of standing postural control" 36 (36): 942-953, 2006

      22 Payehdar S, "Comparing the immediate effects of UCBL and modified foot orthoses on postural sway in people with flexible flatfoot" 40 (40): 117-122, 2016

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