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Posture
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R
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C + D
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Posture -Head-Lateral deviation
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P-HL
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Position of the top of the head in relation to the line of gravity in the frontal plane
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Position of head marker in relation to midpoint between foot markers on Z-axis
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Cm
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R
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C + D
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Posture -Head-Frontal deviation
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P-HF
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Position of the top of the head in relation to the line of gravity in the sagittal plane
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Position of head marker in relation to midpoint between shoulder (?) markers on X-axis
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Cm
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R
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D
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Posture - Neck angle forward
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P-NA
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The Cervicothoracic Angle forward, is the angle between the spine line and the neck line. The spine line is from the mid-hip to the mid-shoulder and the neck line is from the mid-shoulder to the top of the head. A positive number indicate that the neck is positioned forward (anterior) in relation to the spine and a negative number indicate that the neck is positioned backwards (posterior) in relation to the spine
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Not calculated
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Deg
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R
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C + D
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Posture - Pelvic position
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P-PP
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Position of the mid-pelvic in relation to the line of gravity in the frontal plane
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Position of midpoint of the markers on the trochanter marker in relation to midpoint between the foot markers on Z-axis
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Cm
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R
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D
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Posture - Height loss
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P-HS
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Estimated loss of body height minus measured body height:
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Not calculated
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Cm
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R
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C + D
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Posture - Weight distribution
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P-WB
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Mean position of the Centre of mass in relation to the midpoint between ankle joints
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Mean position of the CoP in relation to the midpoint between foot markers
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%LEFT LEG
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BALANCE- double stance (DS)
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R
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C + D
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Posture - Sway area
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DS-SA
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Sway area was calculated with Convex Hull-equation
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Sway area was calculated with Convex Hull-equation
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cm2
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R
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C + D
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Posture - Maximal Sway Velocity in anterior-posterior (AP) direction
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DS-SVAP
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Velocity of the sway in AP-direction was calculated by (\( v=\frac{\Delta s}{\Delta t} \))
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Velocity of the sway in AP-direction was calculated by (\( v=\frac{\Delta s}{\Delta t} \)) and the 95:th percentile was used as a maximum value
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cm/s
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R
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C + D
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Posture - Maximal Sway Velocity in medio-lateral (ML) direction
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DS-SVL
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Velocity of the sway in ML-direction was calculated by (\( v=\frac{\Delta s}{\Delta t} \))
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Velocity of the sway in AP-direction was calculated by (\( v=\frac{\Delta s}{\Delta t} \)) and the 95:th percentile was used as a maximum value
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cm/s
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BALANCE- Single stance LEFT (SSL)
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R
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C + D
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Balance -Sway area
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SSL-SA
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Sway area was calculated with Convex Hull-equation
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Sway area was calculated with Convex Hull-equation
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cm2
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R
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C + D
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Balance - Maximal Sway Velocity in anterior-posterior (AP) direction
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SSL-SVAP
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Velocity of the sway in AP-direction was calculated by (\( v=\frac{\Delta s}{\Delta t} \))
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Velocity of the sway in AP-direction was calculated by (\( v=\frac{\Delta s}{\Delta t} \)) and the 95:th percentile was used as a maximum value
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cm/s
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R
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C + D
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Balance - Maximal Sway Velocity in medio-lateral (ML) direction
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SSL-SVML
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Velocity of the sway in ML-direction was calculated by (\( v=\frac{\Delta s}{\Delta t} \))
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Velocity of the sway in AP-direction was calculated by (\( v=\frac{\Delta s}{\Delta t} \)) and the 95:th percentile was used as a maximum value
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cm/s
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Balance- Single stance RIGHT (SSR)
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R
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C + D
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Balance -Sway area
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SSR-SA
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Sway area was calculated with Convex Hull-equation
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Sway area was calculated with Convex Hull-equation
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cm2
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R
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C + D
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Balance - Maximal Sway Velocity in anterior-posterior (AP) direction
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SSR-SVAP
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Velocity of the sway in AP-direction was calculated by (\( v=\frac{\Delta s}{\Delta t} \))
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Velocity of the sway in AP-direction was calculated by (\( v=\frac{\Delta s}{\Delta t} \)) and the 95:th percentile was used as a maximum value
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cm/s
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R
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C + D
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Balance - Maximal Sway Velocity in medio-lateral (ML) direction
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SSR-SVML
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Velocity of the sway in ML-direction was calculated by (\( v=\frac{\Delta s}{\Delta t} \))
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Velocity of the sway in AP-direction was calculated by (\( v=\frac{\Delta s}{\Delta t} \)) and the 95:th percentile was used as a maximum value
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cm/s
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Side-bending
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R
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C + D
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Fingertips Left - distance to floor/body height
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SB-LF
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Minimal distance of the left fingertip to floor divided by estimated height
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Minimal distance to floor of marker on the left fingertip divided by self-reported height
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%Body height
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R
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C + D
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Fingertips Right - distance to floor/body height
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SB-RF
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Minimal distance of the right fingertip to floor divided by estimated height
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Minimal distance to floor of marker on the right fingertip divided by self-reported height
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%Body height
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R
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Weight distribution Left
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SB-%BW
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Maximal position of the CoM to the left in relation to the midpoint between ankle joints
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Maximal position of the CoP to the left in relation to the midpoint between foot markers
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%
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