subject id: gait analysis reporting formeprints.qut.edu.au/15779/19/19gait_reports_amputee... ·...

Gait Analysis R

Date of amputation: 28 Cause of amputation: ❏❏❏❏

Other: Amputation Level: ❏❏❏❏ M

Other: Affected side : !!!! Right

Device category : !!!! Pro Device type: ❏❏❏❏ Clamshe Other: After viewing the socket as the flexible boot Describe device: Carbonextends above the ankle areinforcing foot plate. Pro

eporting Form

October 1996

PVD !!!! Trauma ❏❏❏❏ DM

TP ❏❏❏❏ TMT !!!! Lisfranc ❏❏❏❏

❏❏❏❏ Left

sthesis ❏❏❏❏ Orthosis

ll PTB !!!! Below ankle socket

kinematic data it was decided thaie didn't appear to limit ankle mo

fibre below ankle socket with flend closes with velcro posteriorly.sthesis covered in leather.

Subject ID: 0704-0403A

❏❏❏❏ Gangrene ❏❏❏❏ other

Chopart ❏❏❏❏ other

Skin Condition: !!!! Intact ❏❏❏❏ Lesions : Sensation : !!!! Intact ❏❏❏❏ Impaired : Footware: ❏❏❏❏ Boots ❏❏❏❏ Dress shoes !!!! Runners ❏❏❏❏ other

Other: Gait aids: !!!! None ❏❏❏❏ 1 x single point stick ❏❏❏❏ 2 x single point stick ❏❏❏❏ other

Other:

❏❏❏❏ AFO ❏❏❏❏ Toe filler ❏❏❏❏ other

t the device should be a below ankle tion.

xible acrylic resin bootie, which EVA toe filler without foot

Amputated limb: !!!! R Left

Degs.

131 Flexion (0

20 Extension

47 Abduction

17 Adduction

35 Internal r

40 External r

Comment

142 Flexion (0

Comment

3 Dorsiflexi

62 Plantarfle

30 Inversion

13 Eversion (

Comment

Gait Analysis RSubject ID : 0704-0403A

eporting Form

ight ❏❏❏❏ Left

Joint range of motion Right

Hip

Degs.

-120°°°°) 133

(0-30°°°°) 20

(0-45°°°°) 45

(0-30°°°°) 15

otation (0-45°°°°) 37

otation (0-45°°°°) 38

s:

Knee

-135°°°°) 143

s:

Ankle

on (0-20°°°°) 6

xion (0-50°°°°) 45

(0-35°°°°) 23

0-15°°°°) 3

s:

Amputated limb: !!!! Ri Left

5 Flexion

5 Extensio

5 Adductio

5 Abductio

5 Internal

5 External

5 Flexion

5 Extensio

5 Dorsiflex

5 Plantarfl

5 Internal

5 External


eporting Form

ght ❏❏❏❏ Left

Oxford Manual Muscle strength test Right

Hip

5

n 5

n 5

n 5

rotation 5

rotation 5

Knee

5

n 5

Ankle

ion 5

exion 5

rotation 5

rotation 5


0 20 400

50

100Biceps Fem

0 20 400

50

100Tibialis Ante

EMG amplitude (%MMT)

0 20 400

50

100Gastrocnemius m

Gait Cycle

eporting Form

Event Active period (% GC)

Mean (MMT%)

BF1 1-9 5.2364 BF2 81-100 5.9088

TA1 1-7 24.5582TA2 56-100 10.9556

GM1 16-45 7.3086

60 80 100

oris (-)

Active

60 80 100

rior (-)

60 80 100

edial head (-)

[%]


0 20 400

50

100Vastus Late

0 20 400

50

100Gastrocnemius La


0 20 400

50

100Soleus

Gait Cycle

Threshold = 3%MMT

eporting Form


Mean (MMT%)

VL1 1-13 5.7882 VL2 85-100 3.5285

GL1 13-44 9.9113

SOL1 1-49 10.8235 SOL2 91-100 5.4591

60 80 100

ralis (-)

Active

60 80 100

teral Head (-)

60 80 100

(-)

[%]

n = ❏❏❏❏ 4 ❏❏❏❏ 5 ❏❏❏❏ 6 !!!!7

Soleus Gastrocnemius Lateral HGastrocnemius Medial HTibialis Anterior Biceps Femoris Long HVastus Lateralis


0 20 40 600

5

10

15

20Gastrocnemius Medial h

Gait Cycle [%]

0 20 40 600

20

40

60

80Tibialis Anterior (-

EMG - Normalised to 100% MMT

0 20 40 600

5

10

15Biceps Femoris (-

eporting Form

❏❏❏❏ Other(n = _ )

Variability CV(%) CMC 54.7759 0.7223

ead 56.6227 0.7234 ead 63.7231 0.6454

63.7705 0.6867 ead 47.3650 0.7261

71.6632 0.6104

0 20 40 60 80 1000

10

20

30

40

50Soleus (-)

Gait Cycle [%]

0 20 40 60 80 1000

10

20

30

40Gastrocnemius lateral head (-)


80 100

ead (-)

80 100

)80 100

)

0 20 40 60 80 1000

5

10

15

20

25Vastus Lateralis (-)

EMG

n = ❏❏❏❏ 4 ❏❏❏❏ 5 ❏❏❏❏ 6 !!!! Note: The thresholthat reasonable mufrom visual inspect


0 20 400

20

40

60

80

100Gastrocnemius m

Gait Cycl

0 20 400

20

40

60

80

100Tibialis Ant


0 20 400

20

40

60

80

100Biceps Fem

eporting Form

7 ❏❏❏❏ Other(n = _ )

ds for Vastus Lateralis was reduced from 5% MMT to 3%MMT so scle on/off times could be determined in line with those expected ion of multiple MMT data presented.

0 20 40 60 80 1000

20

40

60

80

100Soleus (-)

Gait Cycle [%]

0 20 40 60 80 1000

20

40

60

80



60 80 100

edial head (-)

e [%]

60 80 100

erior (-)60 80 100

oris (-)

0 20 40 60 80 1000

20

40

60

80


ActiveThreshold = 3%MMT


0 20 40

-20

0

20

40

Hip An

(Deg.) Flex. >

0 20 40-20

0

20

40

60

80Knee A

(Deg.) Flex. >

0 20 40-40

-20

0

20

Ankle A

Gait Cy

(Deg.) Flex. >

eporting Form

Event Time (% GC)

Angle (Deg.)

HA1 1 26.2878 HA2 53 -8.1704 HA3 63 -0.3760 HA4 87 32.9863 HA5 100 25.5468

KA1 1 -0.1160 KA2 17 15.7838 KA3 63 42.7409 KA4 74 65.5378 KA5 100 1.2287

AA1 1 1.4199 AA2 10 -7.4270 AA3 47 11.5869 AA4 63 -16.5546AA5 67 -20.9538AA6 100 1.0851

60 80 100

gle (-)

60 80 100

ngle (-)

60 80 100

ngle (-)

cle [%]


0 20 40-1

0

1

2

Hip

(Nm/kg) Ext. >

0 20 40

-1

0

1

Knee

(Nm/kg) Ext. >

0 20 40

0

1

2

Ankl

Gai

(Nm/kg) Ext. >

eporting Form

Event Time (% GC)

Moment(Nm/kg)

HM1 - - HM2 49 -0.6902HM3 93 0.4837

KM1 - - KM2 15 0.6808KM3 43 -0.3122KM4 59 0.1459KM5 93 -0.3254

AM1 8 -0.1880AM2 49 1.8042

60 80 100

Moment (-)

60 80 100

Moment (-)

60 80 100

e Moment ()

t Cycle [%]


0 20 40-1

0

1

2

Hip

(W/kg) Gen. >

0 20 40

-2

-1

0

1

2Kne

(W/kg) Gen. >

0 20 40-2

0

2

4

6Ank

(W/kg) Gen. >

Gai

eporting Form

Event Time (% GC)

Power (W/kg)

HP1 13 0.2006 HP2 46 -0.4660 HP3 66 1.1154 HP4 93 0.5491

KP1 11 -0.8581 KP2 21 0.3884 KP3 60 -0.7011 KP4 91 -1.8166

AP1 41 -1.1459 AP2 55 3.6517

60 80 100

Power (-)

60 80 100

e Power (-)

60 80 100

le Power ()

t Cycle [%]


0 20 40

-2

0

2

Fx

(N/kg)

0 20 400

5

10

Fz

(N/kg)

0 20 400

50

100

Ax

(%IFL)

Gait Cy

eporting Form

Event Time (% GC)

Force (N/kg)

CoP (%SL)

FX1 12 -2.0680 FX2 53 1.6755

FZ1 15 12.2670 FZ2 30 7.2487 FZ3 48 11.6235

AX1 1 0 AX2 61 100.5374

60 80 100

(-)

60 80 100

(-)

60 80 100

(-)

cle [%]


Stature (m) : 1.837 Inverse dynamic model:

Volume

(ltrs.)

Mas

(kg.

Foot 0.9305 0.968

Leg 3.1427 3.423

Thigh 8.4498 9.000

PS - 0.618

FPS - 1.586

LFPS 0 0

PS : Prosthesis or orthosisFPS : combined foot, proLFPS : combined leg, foo

eporting Form

Anthropometric data

Weight (kg): 81.45 Age (years): 22

❏ Chopart ! Normal / Orthotic

Centre of Mass Mass moment of Interia s

) X

(m)

Y

(m)

Z

(m)

X

(kg.m2)

Y

(kg.m2)

Z

(kg.m2)

7 0.0625 0 -0.0371 0.0009 0.0053 0.0057

2 0 0 -0.1708 0.0455 0.0463 0.0047

1 0 0 -0.1971 0.1392 0.1442 0.0263

0 0.0700 0 -0.0580 - 0.0058 -

7 0.0654 0 -0.0453 - 0.0113 -

0 0 0 0 0 0

and shoe sthesis/orthosis and shoe as a lumped segment

t, prosthesis/orthosis and shoe as a lumped segment

Gait Analysis Subject ID : 0704-0403A

0 500

50

100

Ax (-)

Gait Cycle [%]

(%IFL)

Reporting Form

Variability

CV(%) CMC

Fx 355.9293 0.9647 Fy 60.7358 0.8900 Fz 9.5034 0.9890

CV(%) CMC Ax 18.0579 0.9688

100 0 50 100-0.2

0

0.2

0.4

0.6

Ax (.)

Gait Cycle [%]

(M)


CV

Ankle 15

Knee 9.

Hip 12

eporting Form

Variability

Angle Moment Power

(%) CMC CV(%) CMC CV(%) CMC

4.7951

0.9740 17.9618 0.9851 145.3449 0.9539

9154 0.9886 1035.9 0.9239 76.2155 0.9167

.1032 0.9879 236.9037 0.9148 74.6960 0.9085

Gait cycle (s)

Stance time (s)

Swing time (s)

Stance time (%GC)

Swing time (%GC)

Contralateral HC (%

Stride length (m)

Stride length / statur

Walking velocity (m

Walking velocity/sta

Cadence (steps/minu

CoP excursion (m)

CoP excursion (%SL

Single support (s)

Single support (%GC

Double support (s)

Double support (%G


eporting Form

Mean SD Range Min Max

1.1143 0.0162 0.0400 1.0900 1.1300

0.6971 0.0138 0.0400 0.6800 0.7200

0.4171 0.0095 0.0200 0.4100 0.4300

62.5629 0.7277 1.8986 61.8182 63.7168

37.4371 0.7277 1.8986 36.2832 38.1818

GC) 50.6684 0.4854 1.5337 50.0000 51.5337

1.4303 0.0141 0.0361 1.4159 1.4520

e 0.7786 0.0077 0.0196 0.7708 0.7904

/s) 1.2839 0.0274 0.0631 1.2530 1.3161

ture 0.6989 0.0149 0.0343 0.6821 0.7164

te) 107.7118 1.5698 3.8970 106.1947 110.0917

0.3215 0.0159 0.0491 0.2992 0.3483

) 105.3958 5.2043 16.0983 98.0984 114.1967

0.4427 0.0166 0.0458 0.4195 0.4653

) 38.3560 1.1459 3.1469 37.0228 40.1697

0.1436 0.0091 0.0232 0.1312 0.1544

C) 12.4403 0.7538 1.8197 11.3273 13.1470

Gait Analysis R

20 40 60 80

-20

0

20

40

Hip Angle (-)

(Deg.) Flex. >

20 40 60 80-20

0

20

40

60

80Knee Angle (-)

(Deg.) Flex. >

20 40 60 80-40

-20

0

20

Ankle Angle (-)

(Deg.) Flex. >

Gait Cycle [%]

eporting Form

100

100

100

20 40 60 80-1

0

1

2

Hip Moment (-)

(Nm/kg) Ext. >

20 40 60 80

-1

0

1

Knee Moment (-)

(Nm/kg) Ext. >

20 40 60 80

0

1

2

Ankle Moment (-)

(Nm/kg) Ext. >

Gait Cycle [%]


Gait cycle (sec) : 1.1143 Side analysed : ❏❏❏❏ Right !!!! Left Stance time (sec) : 0.6971 Stance time (%GC) : 62.5629 Swing Time (sec) : 0.4171 Swing time (%GC) : 37.4371 Single support (sec) : 0.4427 Single support (%GC) : 38.3560 Double support - HC (sec) : 0.1436 Double support - HC (%GC) : 12.4403 Cadence (Steps/min) : 107.7118 Contralateral HC (%GC) : 50.6684 Stride length (m) : 1.4303 Stride length / Stature : 0.7786 Walking velocity (m/s) : 1.2839 Walking velocity/ Stature: 0.6989 CoP excursion (m): 0.3215 CoP (%SL): 105.3958 !!!! Ensembled average n = ❏❏❏❏ 4 ❏❏❏❏ 5 ❏❏❏❏ 6 !!!!7 ❏❏❏❏ Other (n = )

100

100

100

20 40 60 80 100-1

0

1

2

Hip Power (-)

(W/kg) Gen. >

20 40 60 80 100

-2

-1

0

1

2Knee Power (-)

(W/kg) Gen. >

20 40 60 80 100-2

0

2

4

6Ankle Power (-)

Gait cycle [%]

(W/kg) Gen. >

Gait Analysis R




Device category : !!!! Pro Device type: ❏❏❏❏ Clamshe Other: After viewing the socket as the flexible boot Describe device: Carbonextends above the ankle areinforcing foot plate. Pro

eporting Form

October 1996



❏❏❏❏ Left

sthesis ❏❏❏❏ Orthosis

ll PTB !!!! Below ankle socket

kinematic data it was decided thaie didn't appear to limit ankle mo

fibre below ankle socket with flend closes with velcro posteriorly.sthesis covered in leather.






Other:


t the device should be a below ankle tion.

xible acrylic resin bootie, which EVA toe filler without foot


Degs.

131 Flexion (0

20 Extension

47 Abduction

17 Adduction

35 Internal r

40 External r

Comment

142 Flexion (0

Comment

3 Dorsiflexi

62 Plantarfle

30 Inversion

13 Eversion (

Comment


eporting Form



Hip

Degs.

-120°°°°) 133

(0-30°°°°) 20

(0-45°°°°) 45

(0-30°°°°) 15

otation (0-45°°°°) 37

otation (0-45°°°°) 38

s:

Knee

-135°°°°) 143

s:

Ankle

on (0-20°°°°) 6

xion (0-50°°°°) 45

(0-35°°°°) 23

0-15°°°°) 3

s:


5 Flexion

5 Extensio

5 Adductio

5 Abductio

5 Internal

5 External

5 Flexion

5 Extensio

5 Dorsiflex

5 Plantarfl

5 Internal

5 External


eporting Form



Hip

5

n 5

n 5

n 5

rotation 5

rotation 5

Knee

5

n 5

Ankle

ion 5

exion 5

rotation 5

rotation 5


0 20 400

50

100Biceps Fem

0 20 400

50

100Tibialis Ante


0 20 400

50

100Gastrocnemius m

Gait Cycle

Threshold = 2.5%MMT

eporting Form


Mean (MMT%)

BF1 1-5 8.8024 BF2 79-100 10.1604

TA1 1-8 19.2661TA2 55-100 9.0108

GM1 11-29 3.7653 GM2 37-56 5.7927

60 80 100

oris (-)

Active

60 80 100

rior (-)

60 80 100

edial head (-)

[%]


0 20 400

50

100Vastus Late

0 20 400

50

100Gastrocnemius La


0 20 400

50

100Soleus

Gait Cycle

Threshold = 2.5%MMT

Threshold = 6%MMT

eporting Form


Mean (MMT%)

VL1 1-16 3.5926 VL2 89-100 2.7726

GL1 29-53 14.9461

SOL1 32-49 13.4319

60 80 100

ralis (-)

Active

60 80 100

teral Head (-)

60 80 100

(-)

[%]

n = ❏❏❏❏ 4 ❏❏❏❏ 5 !!!!6 ❏❏❏❏ 7



0 20 40 600

5

10

15

20


Gait Cycle [%]

0 20 40 600

10

20

30

40



0 20 40 600

10

20

30Biceps Femoris (-

eporting Form

❏❏❏❏ Other(n = _ )


ead 60.4267 0.7944 ead 76.9830 0.5589

58.2737 0.7142 ead 65.9468 0.6442

55.4395 0.4591

0 20 40 60 80 1000

10

20

30

40

50Soleus (-)

Gait Cycle [%]

0 20 40 60 80 1000

10

20

30

40



80 100

ead (-)

80 100

)80 100

)

0 20 40 60 80 1000

5

10


EMG

n = ❏❏❏❏ 4 ❏❏❏❏ 5 !!!!6 Note: The thresholfrom 5% MMT to 25%MMT to 6%MMline with those expe


0 20 400

20

40

60

80

100Gastrocnemius m

Gait Cycl

0 20 400

20

40

60

80

100Tibialis Ant


0 20 400

20

40

60

80

100Biceps Fem

Threshold = 2.5%MMT

eporting Form

❏❏❏❏ 7 ❏❏❏❏ Other(n = _ )

ds for Gastrocnemius Lateral Head, Vastus Lateralis were reduced .5%MMT and the threshold for soleus was increased from T so that reasonable muscle on/off times could be determined in cted from visual inspection of multiple MMT data presented.

0 20 40 60 80 1000

20

40

60

80

100Soleus (-)

Gait Cycle [%]

0 20 40 60 80 1000

20

40

60

80



60 80 100

edial head (-)

e [%]

60 80 100

erior (-)60 80 100

oris (-)

0 20 40 60 80 1000

20

40

60

80


ActiveThreshold = 2.5%MMT

Threshold = 6%MMT


0 20 40

-20

0

20

40

Hip An

(Deg.) Flex. >

0 20 40-20

0

20

40

60

80Knee A

(Deg.) Flex. >

0 20 40-40

-20

0

20

Ankle A

Gait Cy

(Deg.) Flex. >

eporting Form

Event Time (% GC)

Angle (Deg.)

HA1 1 25.5765 HA2 49 -9.8182 HA3 61 1.6646 HA4 86 33.3317 HA5 100 25.5974

KA1 1 -1.6054 KA2 18 14.6716 KA3 61 38.5536 KA4 73 64.3107 KA5 100 -2.5947

AA1 1 2.8509 AA2 10 -8.9850 AA3 52 12.9409 AA4 61 -2.7866 AA5 68 -14.3449AA6 100 0.1847

60 80 100

gle (-)

60 80 100

ngle (-)

60 80 100

ngle (-)

cle [%]


0 20 40-1

0

1

2

Hip

(Nm/kg) Ext. >

0 20 40

-1

0

1

Knee

(Nm/kg) Ext. >

0 20 40

0

1

2

Ankl

Gai

(Nm/kg) Ext. >

eporting Form

Event Time (% GC)

Moment(Nm/kg)

HM1 - - HM2 49 -0.5109HM3 93 0.3168

KM1 - - KM2 17 0.7793KM3 43 -0.0444KM4 59 0.1235KM5 94 -0.2878

AM1 8 -0.2172AM2 50 1.0964

60 80 100

Moment (-)

60 80 100

Moment (-)

60 80 100

e Moment ()

t Cycle [%]


0 20 40-1

0

1

2

Hip

(W/kg) Gen. >

0 20 40

-2

-1

0

1

2Kne

(W/kg) Gen. >

0 20 40-2

0

2

4

6Ank

(W/kg) Gen. >

Gai

eporting Form

Event Time (% GC)

Power (W/kg)

HP1 6 0.4791 HP2 41 -0.3372 HP3 61 1.0342 HP4 93 0.3842

KP1 12 -0.9915 KP2 22 0.5596 KP3 58 -0.7442 KP4 91 -1.5719

AP1 46 -1.2147 AP2 56 1.2789

60 80 100

Power (-)

60 80 100

e Power (-)

60 80 100

le Power ()

t Cycle [%]


0 20 40

-2

0

2

Fx

(N/kg)

0 20 400

5

10

Fz

(N/kg)

0 20 400

50

100

Ax

(%IFL)

Gait Cy

eporting Form

Event Time (% GC)

Force (N/kg)

CoP (%SL)

FX1 13 -1.9323 FX2 51 1.6358

FZ1 15 11.3058 FZ2 31 7.6554 FZ3 45 10.7335

AX1 1 0 AX2 60 93.7901

60 80 100

(-)

60 80 100

(-)

60 80 100

(-)

cle [%]



Volume

(ltrs.)

Mas

(kg.

Foot 0.6703 0.716

Leg 2.8659 3.124

Thigh 8.8137 9.385

PS - 1.085

FPS - 1.801

LFPS 0 0


eporting Form

Anthropometric data




) X

(m)

Y

(m)

Z

(m)

X

(kg.m2)

Y

(kg.m2)

Z

(kg.m2)

9 0.0212 0 -0.0352 0.0006 0.0014 0.0017

5 0 0 -0.1711 0.0423 0.0430 0.0039

5 0 0 -0.1959 0.1459 0.1494 0.0283

0 0.0500 0 -0.0430 - 0.0078 -

9 0.0385 0 -0.0399 - 0.0096 -

0 0 0 0 0 0




0 50

-2

0

2

Fx (.)

Gait Cycle [%]

(N/kg)

0 500

50

100

Ax (-)

Gait Cycle [%]

(%IFL)

Reporting Form

Variability

CV(%) CMC

Fx 390.7459 0.9706 Fy 51.9039 0.8913 Fz 10.4138 0.9876

CV(%) CMC Ax 27.5148 0.9257

100 0 50 100

-1

0

1

Fy(.)

Gait Cycle [%]

(N/kg)

0 50 1000

5

10

Fz (.)

Gait Cycle [%]

(N/kg)

100 0 50 100-0.2

0

0.2

0.4

0.6

Ax (.)

Gait Cycle [%]

(M)


CV

Ankle 45

Knee 15

Hip 10

eporting Form

Variability

Angle Moment Power


4.772 0.9797 22.1451 0.9780 141.5434 0.9020

.4155 0.9800 80.2481 0.9247 84.3083 0.8868

.9441 0.9895 833.0409 0.9035 52.7804 0.9081

Gait cycle (s)

Stance time (s)

Swing time (s)

Stance time (%GC)

Swing time (%GC)

Contralateral HC (%

Stride length (m)


Walking velocity (m


Cadence (steps/minu

CoP excursion (m)

CoP excursion (%SL

Single support (s)

Single support (%GC

Double support (s)

Double support (%G


eporting Form


1.1467 0.0225 0.0500 1.1200 1.1700

0.7033 0.0151 0.0400 0.6800 0.7200

0.4433 0.0175 0.0500 0.4200 0.4700

61.3434 1.0854 2.7796 59.8291 62.6087

38.6566 1.0854 2.7796 37.3913 40.1709

GC) 48.8470 0.5526 1.2567 48.1481 49.4048

1.4532 0.0302 0.0821 1.3969 1.4790

e 0.7910 0.0164 0.0447 0.7604 0.8051

/s) 1.2679 0.0433 0.1058 1.2147 1.3205

ture 0.6902 0.0236 0.0577 0.6612 0.7189

te) 104.6849 2.0643 4.5788 102.5641 107.1429

0.3081 0.0078 0.0210 0.3029 0.3239

) 101.0219 2.5664 6.8852 99.3115 106.1967

0.4159 0.0107 0.0284 0.4064 0.4348

) 36.5225 0.8036 2.1153 35.7380 37.8533

0.1332 0.0072 0.0161 0.1238 0.1399

C) 11.6945 0.6485 1.6169 10.7914 12.4083

Gait Analysis R

20 40 60 80

-20

0

20

40

Hip Angle (-)

(Deg.) Flex. >

20 40 60 80-20

0

20

40

60

80Knee Angle (-)

(Deg.) Flex. >

20 40 60 80-40

-20

0

20

Ankle Angle (-)

(Deg.) Flex. >

Gait Cycle [%]

eporting Form

100

100

100

20 40 60 80-1

0

1

2

Hip Moment (-)

(Nm/kg) Ext. >

20 40 60 80

-1

0

1

Knee Moment (-)

(Nm/kg) Ext. >

20 40 60 80

0

1

2

Ankle Moment (-)

(Nm/kg) Ext. >

Gait Cycle [%]


Gait cycle (sec) : 1.1467 Side analysed : !!!! Right ❏❏❏❏ Left Stance time (sec) : 0.7033 Stance time (%GC) : 61.3434 Swing Time (sec) : 0.4433 Swing time (%GC) : 38.6566 Single support (sec) : 0.4159 Single support (%GC) : 36.5225 Double support - HC (sec) : 0.1332 Double support - HC (%GC) : 11.6945 Cadence (Steps/min) : 104.6849 Contralateral HC (%GC) : 48.8470 Stride length (m) : 1.4532 Stride length / Stature : 0.7910 Walking velocity (m/s) : 1.2679 Walking velocity/ Stature : 0.6902 CoP excursion (m): 0.3081 CoP (%SL): 101.0219 !!!! Ensembled average n = ❏❏❏❏ 4 ❏❏❏❏ 5 !!!!6 ❏❏❏❏ 7 ❏❏❏❏ Other (n = )

100

100

100

20 40 60 80 100-1

0

1

2

Hip Power (-)

(W/kg) Gen. >

20 40 60 80 100

-2

-1

0

1

2Knee Power (-)

(W/kg) Gen. >

20 40 60 80 100-2

0

2

4

6Ankle Power (-)

Gait cycle [%]

(W/kg) Gen. >

Gait Analysis

Date of amputation: Ma Cause of amputation: ❏❏❏❏

Other: Gangrene Amputation Level: ❏❏❏❏ M

Other: with bilat Affected side : !!!! Righ

Device category : !!!! Pr Device type: !!!!Clamsh Other: Describe device: PTB soanterior surface of the sofoot length was made fro

Reporting Form

rch 1970


secondary to H2O burns

TP ❏❏❏❏ TMT ❏❏❏❏ Lisfranc !!!!

eral partial posterior resection o

t !!!! Left

osthesis ❏❏❏❏ Orthosis

ell PTB ❏❏❏❏ Below ankle socket

ckets with posterior window. Ancket, which extended the foot lenm EVA extending from the sole.


!!!! Gangrene ❏❏❏❏ other

Chopart !!!! other

f the calcaneus



Other:


extension was laminated onto the gth to the toe break. The remaining


Degs.

124 Flexion (0

18 Extension

42 Abductio

23 Adductio

35 Internal r

42 External

Comment

143 Flexion (0

Comment

7 Dorsiflexi

32 Plantarfle

2 Inversion

2 Eversion

Comment


Reporting Form

ight !!!! Left


Hip

Degs.

-120°°°°) 122

(0-30°°°°) 20

n (0-45°°°°) 40

n (0-30°°°°) 24

otation (0-45°°°°) 38

rotation (0-45°°°°) 41

s:

Knee

-135°°°°) 142

s:

Ankle

on (0-20°°°°) 9

xion (0-50°°°°) 28

(0-35°°°°) 2

(0-15°°°°) 2

s:


5 Flexion

5 Extensio

5 Adducti

5 Abducti

5 Internal

5 Externa

5 Flexion

5 Extensio

5 Dorsifle

5 Plantarf

5 Internal

5 Externa


Reporting Form

ight !!!! Left


Hip

5

n 5

on 5

on 5

rotation 5

l rotation 5

Knee

5

n 5

Ankle

xion 5

lexion 5

rotation 5

l rotation 5


0 20 400

50

100Biceps F

0 20 400

50

100Tibialis A


0 20 400

50

100Gastrocnemius

Gait Cy

Reporting Form


Mean (MMT%)

BF1 1-5 9.5902 BF2 14-45 7.1492 BF3 78-100 10.2642

60 80 100

emoris (-)

Active

60 80 100

nterior (-)

60 80 100

medial head (-)

cle [%]


0 20 400

50

100Vastus Lat

0 20 400

50

100Gastrocnemius L


0 20 400

50

100Soleus

Gait Cyc

Threshold = 2.5%MMT

Reporting Form


Mean (MMT%)

VL1 1-17 5.7337 VL2 86-100 4.2488

60 80 100

eralis (-)

Active

60 80 100

ateral Head (-)

60 80 100

(-)

le [%]

n = ❏❏❏❏ 4 ❏❏❏❏ 5 !!!!6 ❏❏❏❏ 7

Soleus Gastrocnemius Lateral Gastrocnemius Medial Tibialis Anterior Biceps Femoris Long HVastus Lateralis


0 20 40 60-1

-0.5

0

0.5

1Gastrocnemius Medial

Gait Cycle [%]

0 20 40 60-1

-0.5

0

0.5

1Tibialis Anterior (


0 20 40 600

10

20

30

40Biceps Femoris (

Reporting Form

❏❏❏❏ Other(n = _ )

Variability CV(%) CMC

- - Head - - Head - -

- - ead 56.3573 0.5939

66.6010 0.6727

0 20 40 60 80 100-1

-0.5

0

0.5

1Soleus (-)

Gait Cycle [%]

0 20 40 60 80 100-1

-0.5

0

0.5



80 100

head (-)

80 100

-)80 100

-)

0 20 40 60 80 1000

5

10

15

20


EMG

n = ❏❏❏❏ 4 ❏❏❏❏ 5 !!!!6 Note: The threshoso that reasonablefrom visual inspec EMG data was botas these were locafree from artifact gthe socekt.


0 20 400

20

40

60

80

100Gastrocnemius m

Gait Cyc

0 20 400

20

40

60

80

100Tibialis An


0 20 400

20

40

60

80

100Biceps Fem

Reporting Form

❏❏❏❏ 7 ❏❏❏❏ Other(n = _ )

lds for Vastus Lateralis was reduced from 5%MMT to 2.5% MMT muscle on/off times could be determined in line with those expected tion of multiple MMT data presented.

collected for Tibialis Anterior or any of the Triceps Surae muscles ted within the socket and the quality of the data was not sufficiently enerated by the surface of the electrode rubbing on the inside of

0 20 40 60 80 1000

20

40

60

80

100Soleus (-)

Gait Cycle [%]

0 20 40 60 80 1000

20

40

60

80



60 80 100

edial head (-)

le [%]

60 80 100

terior (-)60 80 100

oris (-)

0 20 40 60 80 1000

20

40

60

80




0 20 40

-20

0

20

40

Hip A

(Deg.) Flex. >

0 20 40-20

0

20

40

60

80Knee A

(Deg.) Flex. >

0 20 40-40

-20

0

20

Ankle A

Gait Cy

(Deg.) Flex. >

Reporting Form

Event Time (% GC)

Angle (Deg.)

HA1 1 24.8381 HA2 49 -7.8586 HA3 60 1.9082 HA4 90 26.7678 HA5 100 24.0804

KA1 1 -3.8447 KA2 18 6.2902 KA3 60 24.3876 KA4 72 50.9301 KA5 100 -3.7951

AA1 1 -0.1620 AA2 13 -6.0929 AA3 54 4.7822 AA4 60 0.9220 AA5 69 -5.1824 AA6 100 -1.2098

60 80 100

ngle (-)

60 80 100

ngle (-)

60 80 100

ngle (-)

cle [%]


0 20 40-1

0

1

2

Hip

(Nm/kg) Ext. >

0 20 40

-1

0

1

Kne

(Nm/kg) Ext. >

0 20 40

0

1

2

Ank

Ga

(Nm/kg) Ext. >

Reporting Form

Event Time (% GC)

Moment (Nm/kg)

HM1 3 0.9591 HM2 61 -0.2428HM3 94 0.3317

KM1 3 -0.5324KM2 18 0.0594 KM3 44 -0.7969KM4 - - KM5 94 -0.2394

AM1 - - AM2 - -

60 80 100

Moment (-)

60 80 100

e Moment (-)

60 80 100

le Moment ()

it Cycle [%]


0 20 40-1

0

1

2

Hi

(W/kg) Gen. >

0 20 40

-2

-1

0

1

2Kn

(W/kg) Gen. >

0 20 40-2

0

2

4

6An

(W/kg) Gen. >

Ga

Reporting Form

Event Time (% GC)

Power (W/kg)

HP1 16 0.7824 HP2 49 -0.0032 HP3 61 0.4365 HP4 97 0.1480

KP1 - - KP2 - - KP3 61 -0.2858 KP4 91 -0.8748

AP1 - - AP2 - -

60 80 100

p Power (-)

60 80 100

ee Power (-)

60 80 100

kle Power ()

it Cycle [%]

Gait Analysis Reporting Form

Subject ID : 0904-1924A

Event Time (% GC)

Force (N/kg)

CoP (%SL)

FX1 10 -0.7985 FX2 51 1.6161

FZ1 16 11.2051 FZ2 32 8.1777 FZ3 46 10.4758

AX1 1 0 AX2 58 86.9385

0 20 40 60 80 100

-2

0

2

Fx (-)

(N/kg)

0 20 40 60 80 1000

5

10

Fz (-)

(N/kg)

0 20 40 60 80 1000

50

100

Ax (-)

(%IFL)

Gait Cycle [%]

Note: Anthropometric cmathematical model buexperiments. Density wnecessary because theindividuals with both for



Volume

(ltrs.)

Ma

(kg

Foot 0.2046 0.21

Leg 2.3702 2.59

Thigh 8.3347 8.86

PS - 1.99

FPS - -

LFPS - 4.80

PS : Prosthesis or orthosiFPS : combined foot, prLFPS : combined leg, foo

Reporting Form

haracteristics for the partial footwear not obtained using the t rather through incremental immersion and torsional table as assumed to be 1.05 kg.m2 (Winter 1990). This was

model was not designed to predict characteristics of e and hind foot amputations.

Anthropometric data


! Chopart ❏ Normal / Orthotic

Centre of Mass Mass moment of Interia ss

.) X

(m)

Y

(m)

Z

(m)

X

(kg.m2)

Y

(kg.m2)

Z

(kg.m2)

48 0.0102 0 -0.0270 - 0.0020 -

46 0 0 -0.1821 0.0368 0.0375 0.0026

75 0 0 -0.1830 0.1280 0.1317 0.0261

50 0.0150 0 -0.3500 - 0.0598 -

- - - - - -

44 0.0067 0 -0.02630 - 0.1451 -

s and shoe osthesis/orthosis and shoe as a lumped segment t, prosthesis/orthosis and shoe as a lumped segment


0 50

-2

0

2

Fx (.)

Gait Cycle [%]

(N/kg)

0 500

50

100

Ax (-)

Gait Cycle [%]

(%IFL)

Reporting Form

Variability

CV(%) CMC

Fx 87.4950 0.9691 Fy 17.3137 0.9730 Fz 8.6166 0.9915

CV(%) CMC Ax 33.0565 0.9150

100 0 50 100

-1

0

1

Fy(.)

Gait Cycle [%]

(N/kg)

0 50 1000

5

10

Fz (.)

Gait Cycle [%]

(N/kg)

100 0 50 100-0.2

0

0.2

0.4

0.6

Ax (.)

Gait Cycle [%]

(M)


C

Ankle 71

Knee 15

Hip 10

Reporting Form

Variability

Angle Moment Power

V(%) CMC CV(%) CMC CV(%) CMC

.8665 0.9350 - - - -

.1881 0.9908 29.7795 0.9393 383.3183 0.9259

.8056 0.9889 38.2010 0.9369 40.5109 0.8421

Gait cycle (s)

Stance time (s)

Swing time (s)

Stance time (%GC)

Swing time (%GC)

Contralateral HC (%

Stride length (m)


Walking velocity (m

Walking velocity/st

Cadence (steps/min

CoP excursion (m)

CoP excursion (%S

Single support (s)

Single support (%G

Double support (s)

Double support (%G


Reporting Form


1.1800 0.0158 0.0400 1.1600 1.2000

0.7040 0.0219 0.0400 0.6800 0.7200

0.4760 0.0114 0.0300 0.4600 0.4900

59.6523 1.2371 2.8972 58.1197 61.0169

40.3477 1.2370 2.8972 38.9831 41.8803

GC) 49.8823 1.0317 2.0781 48.8095 50.8876

1.4072 0.0454 0.1078 1.3538 1.4616

e 0.8128 0.0262 0.0622 0.7820 0.8442

/s) 1.1930 0.0521 0.1210 1.1282 1.2492

ature 0.6891 0.0302 0.0700 0.6516 0.7216

ute) 101.7095 1.3631 3.4483 100.0000 103.4483

0.2929 0.0210 0.0510 0.2762 0.3272

L) 96.6667 6.9455 16.8317 91.1551 107.9868

0.4533 0.0222 0.0566 0.4236 0.4802

C) 39.8407 1.8231 4.2796 38.0952 42.3748

0.1306 0.0404 0.1050 0.1038 0.2088

C) 11.4606 3.4381 9.1062 9.0470 18.1532

Gait Analysis

Gait cycle (sec) : Stance time (sec)Swing Time (sec Single support (sDouble support - Cadence (Steps/m Stride length (mWalking velocityCoP excursion (m !!!! Ensembled a

20 40 60 80

-20

0

20

40

Hip Angle (-)

(Deg.) Flex. >

20 40 60 80-20

0

20

40

60

80Knee Angle (-)

(Deg.) Flex. >

20 40 60 80-40

-20

0

20

Ankle Angle (-)

(Deg.) Flex. >

Gait Cycle [%]

Reporting Form

1.1800 Side analy

: 0.7040 Stance tim) : 0.4760 Swing tim

ec) : 0.4533 Single sup HC (sec) : 0.1306 Double su

in) : 101.7095 Contralat

) : 1.4072 Stride leng (m/s) : 1.1930 Walking v): 0.2929 CoP (%SL

verage n = ❏❏❏❏ 4 ❏❏❏❏ 5 !!!!6

100

100

100

20 40 60-1

0

1

2

Hip Moment (-)

(Nm/kg) Ext. >

20 40 60

-1

0

1

Knee Moment (-)

(Nm/kg) Ext. >

20 40 60

0

1

2

Ankle Moment (-)

(Nm/kg) Ext. >

Gait Cycle [%]


sed : ❏❏❏❏ Right !!!! Left

e (%GC) : 59.6523 e (%GC) : 40.3477

port (%GC) : 39.8407 pport - HC (%GC) : 11.4606

eral HC (%GC) : 49.8823

th / Stature : 0.8128 elocity/ Stature : 0.6891 ): 96.6667

❏❏❏❏ 7 ❏❏❏❏ Other (n = )

80 100

80 100

80 100

20 40 60 80 100-1

0

1

2

Hip Power (-)

(W/kg) Gen. >

20 40 60 80 100

-2

-1

0

1

2Knee Power (-)

(W/kg) Gen. >

20 40 60 80 100-2

0

2

4

6Ankle Power (-)

Gait cycle [%]

(W/kg) Gen. >

Gait Analysis

Date of amputation: Ma Cause of amputation: ❏❏❏❏

Other: Gangrene Amputation Level: ❏❏❏❏ M

Other: with bilat Affected side : !!!! Righ

Device category : !!!! Pr Device type: !!!!Clamsh Other: Describe device: PTB soanterior surface of the sofoot length was made fro

Reporting Form

rch 1970


secondary to H2O burns

TP ❏❏❏❏ TMT ❏❏❏❏ Lisfranc !!!!

eral partial posterior resection o

t !!!! Left

osthesis ❏❏❏❏ Orthosis

ell PTB ❏❏❏❏ Below ankle socket

ckets with posterior window. Ancket, which extended the foot lenm EVA extending from the sole.



Chopart !!!! other

f the calcaneus



Other:


extension was laminated onto the gth to the toe break. The remaining


Degs.

124 Flexion (0

18 Extension

42 Abductio

23 Adductio

35 Internal r

42 External

Comment

143 Flexion (0

Comment

7 Dorsiflexi

32 Plantarfle

2 Inversion

2 Eversion

Comment


Reporting Form

ight !!!! Left


Hip

Degs.

-120°°°°) 122

(0-30°°°°) 20

n (0-45°°°°) 40

n (0-30°°°°) 24

otation (0-45°°°°) 38

rotation (0-45°°°°) 41

s:

Knee

-135°°°°) 142

s:

Ankle

on (0-20°°°°) 9

xion (0-50°°°°) 28

(0-35°°°°) 2

(0-15°°°°) 2

s:

Amputated limb: !!!! Right !!!! Left Left Oxford Manual Muscle strength test Right

Hip

5 Flexion 5

5 Extension 5

5 Adduction 5

5 Abduction 5

5 Internal rotation 5

5 External rotation 5

Knee

5 Flexion 5

5 Extension 5

Ankle

5 Dorsiflexion 5

5 Plantarflexion 5

5 Internal rotation 5

5 External rotation 5




0 20 400

50

100Biceps F

0 20 400

50

100Tibialis A


0 20 400

50

100Gastrocnemius

Gait Cy

Reporting Form


Mean (MMT%)

BF1 1-26 11.6378BF2 76-100 11.5401

60 80 100

emoris (-)

Active

60 80 100

nterior (-)

60 80 100

medial head (-)

cle [%]


0 20 400

50

100Vastus Lat

0 20 400

50

100Gastrocnemius L


0 20 400

50

100Soleus

Gait Cyc

Threshold = 2%MMT

Reporting Form


Mean (MMT%)

VL1 1-15 4.0822 VL2 82-100 3.2971

60 80 100

eralis (-)

Active

60 80 100

ateral Head (-)

60 80 100

(-)

le [%]

n = ❏❏❏❏ 4 ❏❏❏❏ 5 !!!!6 ❏❏❏❏ 7



0 20 40 60-1

-0.5

0

0.5


Gait Cycle [%]

0 20 40 60-1

-0.5

0

0.5



0 20 40 600

10

20

30

40

50Biceps Femoris (

Reporting Form

❏❏❏❏ Other(n = _ )


- - Head - - Head - -

- - ead 63.0245 0.5914

58.6160 0.6939

0 20 40 60 80 100-1

-0.5

0

0.5

1Soleus (-)

Gait Cycle [%]

0 20 40 60 80 100-1

-0.5

0

0.5



80 100

head (-)

80 100

-)80 100

-)

0 20 40 60 80 1000

5

10


EMG

n = ❏❏❏❏ 4 ❏❏❏❏ 5 !!!!6 Note: The threshothat reasonable mufrom visual inspec EMG data was botas these were locafree from artifact gthe socekt.


0 20 400

20

40

60

80

100Gastrocnemius m

Gait Cyc

0 20 400

20

40

60

80

100Tibialis An


0 20 400

20

40

60

80

100Biceps Fem

Reporting Form

❏❏❏❏ 7 ❏❏❏❏ Other(n = _ )

lds for Vastus Lateralis was reduced from 5%MMT to 2% MMT so scle on/off times could be determined in line with those expected

tion of multiple MMT data presented.

collected for Tibialis Anterior or any of the Triceps Surae muscles ted within the socket and the quality of the data was not sufficiently enerated by the surface of the electrode rubbing on the inside of

0 20 40 60 80 1000

20

40

60

80

100Soleus (-)

Gait Cycle [%]

0 20 40 60 80 1000

20

40

60

80



60 80 100

edial head (-)

le [%]

60 80 100

terior (-)60 80 100

oris (-)

0 20 40 60 80 1000

20

40

60

80




0 20 40

-20

0

20

40

Hip A

(Deg.) Flex. >

0 20 40-20

0

20

40

60

80Knee A

(Deg.) Flex. >

0 20 40-40

-20

0

20

Ankle A

Gait Cy

(Deg.) Flex. >

Reporting Form

Event Time (% GC)

Angle (Deg.)

HA1 1 22.4634 HA2 48 -11.3811HA3 60 -0.9830 HA4 90 26.8224 HA5 100 23.9525

KA1 1 -5.1684 KA2 20 9.7099 KA3 60 27.1057 KA4 72 56.1691 KA5 100 -5.1674

AA1 1 1.1229 AA2 11 -4.0368 AA3 54 5.5799 AA4 60 2.5893 AA5 68 -2.8277 AA6 100 -0.4588

60 80 100

ngle (-)

60 80 100

ngle (-)

60 80 100

ngle (-)

cle [%]


0 20 40-1

0

1

2

Hip

(Nm/kg) Ext. >

0 20 40

-1

0

1

Kne

(Nm/kg) Ext. >

0 20 40

0

1

2

Ank

Ga

(Nm/kg) Ext. >

Reporting Form

Event Time (% GC)

Moment (Nm/kg)

HM1 3 0.8891 HM2 50 -0.4279HM3 95 0.3801

KM1 3 -0.4396KM2 18 0.2688 KM3 45 -0.4615KM4 - - KM5 95 -0.2619

AM1 - - AM2 - -

60 80 100

Moment (-)

60 80 100

e Moment (-)

60 80 100

le Moment ()

it Cycle [%]


0 20 40-1

0

1

2

Hi

(W/kg) Gen. >

0 20 40

-2

-1

0

1

2Kn

(W/kg) Gen. >

0 20 40-2

0

2

4

6An

(W/kg) Gen. >

Ga

Reporting Form

Event Time (% GC)

Power (W/kg)

HP1 16 0.5976 HP2 42 -0.3128 HP3 60 0.5930 HP4 98 0.2067

KP1 14 -0.2718 KP2 22 0.0728 KP3 61 -0.4190 KP4 91 -1.1077

AP1 - - AP2 - -

60 80 100

p Power (-)

60 80 100

ee Power (-)

60 80 100

kle Power ()

it Cycle [%]



Event Time (% GC)

Force (N/kg)

CoP (%SL)

FX1 - - FX2 50 1.8831

FZ1 17 11.3106 FZ2 34 7.8971 FZ3 47 10.8168

AX1 1 0 AX2 58 88.9114

0 20 40 60 80 100

-2

0

2

Fx (-)

(N/kg)

0 20 40 60 80 1000

5

10

Fz (-)

(N/kg)

0 20 40 60 80 1000

50

100

Ax (-)

(%IFL)

Gait Cycle [%]

Note: Anthropometric cmathematical model buexperiments. Density wnecessary because theindividuals with both for



Volume

(ltrs.)

Ma

(kg

Foot 0.1831 0.19

Leg 2.3277 2.54

Thigh 8.6525 9.20

PS - 1.97

FPS - -

LFPS - 4.70


Reporting Form

haracteristics for the partial footwear not obtained using the t rather through incremental immersion and torsional table as assumed to be 1.05 kg.m2 (Winter 1990). This was

model was not designed to predict characteristics of e and hind foot amputations.

Anthropometric data




.) X

(m)

Y

(m)

Z

(m)

X

(kg.m2)

Y

(kg.m2)

Z

(kg.m2)

23 0.0200 0 -0.0240 - 0.0017 -

57 0 0 -0.1793 0.0351 0.0358 0.0025

26 0 0 -0.1829 0.1315 0.1358 0.0285

00 0.0150 0 -0.3500 - 0.0608 -

- - - - - -

80 0.0071 0 -0.2608 - 0.1429 -



0 50

-2

0

2

Fx (.)

Gait Cycle [%]

(N/kg)

0 500

50

100

Ax (-)

Gait Cycle [%]

(%IFL)

Reporting Form

Variability

CV(%) CMC

Fx 224.7859 0.9340 Fy 16.5816 0.9769 Fz 10.6655 0.9869

CV(%) CMC Ax 33.0536 0.8983

100 0 50 100

-1

0

1

Fy(.)

Gait Cycle [%]

(N/kg)

0 50 1000

5

10

Fz (.)

Gait Cycle [%]

(N/kg)

100 0 50 100-0.2

0

0.2

0.4

0.6

Ax (.)

Gait Cycle [%]

(M)


C

Ankle 12

Knee 1

Hip 1

Reporting Form

Variability

Angle Moment Power


5.2112 0.8480 - - - -

9.0797 0.9810 69.9873 0.8895 98.0620 0.8626

4.5626 0.9886 87.2901 0.9625 51.6734 0.9340

Gait cycle (s)

Stance time (s)

Swing time (s)

Stance time (%GC)

Swing time (%GC)

Contralateral HC (%

Stride length (m)


Walking velocity (m

Walking velocity/st

Cadence (steps/min

CoP excursion (m)

CoP excursion (%S

Single support (s)

Single support (%G

Double support (s)

Double support (%G


Reporting Form


1.1350 0.0308 0.0800 1.0800 1.1600

0.6833 0.0234 0.0600 0.6600 0.7200

0.4517 0.0240 0.0600 0.4200 0.4800

60.2132 1.6027 4.1743 57.8947 62.0690

39.7868 1.6027 4.1743 37.9310 42.1053

GC) 48.6166 3.3246 8.6657 41.9753 50.6410

1.4797 0.0418 0.1119 1.4064 1.5183

e 0.8547 0.0242 0.0647 0.8123 0.8770

/s) 1.3044 0.0501 0.1349 1.2557 1.3906

ature 0.7534 0.0289 0.0779 0.7253 0.8032

ute) 105.7936 25.9485 7.6628 103.4483 111.1111

0.2940 0.0126 0.0323 0.2782 0.3105

L) 97.0297 4.1457 10.6600 91.8152 102.4752

0.4746 0.0121 0.0312 0.4557 0.4869

C) 40.0016 1.4737 3.6704 38.3041 41.9745

0.1161 0.0139 0.0374 0.0986 0.1360

C) 9.7701 1.0568 2.8629 8.3802 11.2431

Gait Analysis

Gait cycle (sec) : Stance time (sec)Swing Time (sec Single support (sDouble support - Cadence (Steps/m Stride length (mWalking velocityCoP excursion (m !!!! Ensembled a

20 40 60 80

-20

0

20

40

Hip Angle (-)

(Deg.) Flex. >

20 40 60 80-20

0

20

40

60

80Knee Angle (-)

(Deg.) Flex. >

20 40 60 80-40

-20

0

20

Ankle Angle (-)

(Deg.) Flex. >

Gait Cycle [%]

Reporting Form

1.1350 Side analy

: 0.6833 Stance tim) : 0.4517 Swing tim

ec) : 0.4746 Single sup HC (sec) : 0.1161 Double su

in) : 105.7936 Contralat

) : 1.4797 Stride leng (m/s) : 1.3044 Walking v): 0.2940 CoP (%SL

verage n = ❏❏❏❏ 4 ❏❏❏❏ 5 !!!!6

100

100

100

20 40 60-1

0

1

2

Hip Moment (-)

(Nm/kg) Ext. >

20 40 60

-1

0

1

Knee Moment (-)

(Nm/kg) Ext. >

20 40 60

0

1

2

Ankle Moment (-)

(Nm/kg) Ext. >

Gait Cycle [%]


sed : !!!! Right ❏❏❏❏ Left

e (%GC) : 60.2132 e (%GC) : 39.7868

port (%GC) : 40.0016 pport - HC (%GC) : 9.7701

eral HC (%GC): 48.6166

th / Stature : 0.8547 elocity/ Stature : 0.7534 ): 97.0297

❏❏❏❏ 7 ❏❏❏❏ Other (n = )

80 100

80 100

80 100

20 40 60 80 100-1

0

1

2

Hip Power (-)

(W/kg) Gen. >

20 40 60 80 100

-2

-1

0

1

2Knee Power (-)

(W/kg) Gen. >

20 40 60 80 100-2

0

2

4

6Ankle Power (-)

Gait cycle [%]

(W/kg) Gen. >

Gait Analysis R

Date of amputation: 4 December 1987 Cause of amputation: ❏❏❏❏ PVD ❏❏❏❏ Trauma ❏❏❏❏ DM

Other: Gangrene secondary to Frostbite Amputation Level: !!!! MTP ❏❏❏❏ TMT ❏❏❏❏ Lisfranc

Other: Affected side : !!!! Right !!!! Left

Device category : ❏❏❏❏ Prosthesis !!!! Orthosis Device type: ❏❏❏❏ Clamshell PTB ❏❏❏❏ Below ankle socket

Other: Bilateral shoe inserts Describe device: Full length shoe insert with polypropylensilicone pad under the Metatarsal ends. Orthosis covered i


eporting Form

!!!! Gangrene !!!! other

❏❏❏❏ Chopart ❏❏❏❏ other



Other:

❏❏❏❏ AFO ❏❏❏❏ Toe filler !!!! other

e sole, EVA upper and toe block, n leather.


Degs.

136 Flexion (0

20 Extension

39 Abduction

22 Adduction

37 Internal r

33 External r

Comment

147 Flexion (0

Comment

20 Dorsiflexi

45 Plantarfle

20 Inversion

8 Eversion (

Comment


eporting Form

ight !!!! Left


Hip

Degs.

-120°°°°) 135

(0-30°°°°) 20

(0-45°°°°) 42

(0-30°°°°) 21

otation (0-45°°°°) 39

otation (0-45°°°°) 30

s:

Knee

-135°°°°) 146

s:

Ankle

on (0-20°°°°) 22

xion (0-50°°°°) 50

(0-35°°°°) 22

0-15°°°°) 5

s:


5 Flexion

5 Extensio

5 Adductio

5 Abductio

5 Internal

5 External

5 Flexion

5 Extensio

5 Dorsiflex

5 Plantarfl

5 Internal

5 External


eporting Form

ght !!!! Left


Hip

5

n 5

n 5

n 5

rotation 5

rotation 5

Knee

5

n 5

Ankle

ion 5

exion 5

rotation 5

rotation 5


0 20 400

50

100Biceps Fem

0 20 400

50

100Tibialis Ante


0 20 400

50

100Gastrocnemius m

Gait Cycle

Threshold = 2.5%MMT

Threshold = 2.5%MMT

eporting Form


Mean (MMT%)

BF1 1-5 5.7791 BF2 78-100 7.0493

TA1 1-6 12.9584TA2 56-79 4.7813 TA3 88-100 10.7459

GM1 20-45 15.2594

60 80 100

oris (-)

Active

60 80 100

rior (-)

60 80 100

edial head (-)

[%]


0 20 400

50

100Vastus La

0 20 400

50

100Gastrocnemius


0 20 400

50

100Soleu

Gait Cy

eporting Form


Mean (MMT%)

VL1 1-14 10.2401 VL2 90-100 9.5480

GL1 24-46 11.4716 GL2 90-100 4.8562

SOL1 1-46 9.3923 SOL2 95-100 7.7363

60 80 100

teralis (-)

Active

60 80 100

Lateral Head (-)

60 80 100

s (-)

cle [%]

n = ❏❏❏❏ 4 ❏❏❏❏ 5 !!!!6 ❏❏❏❏ 7



0 20 40 600

20

40


Gait Cycle [%]

0 20 40 600

10

20

30



0 20 40 600

5

10

15

20

25Biceps Femoris (-

eporting Form

❏❏❏❏ Other(n = _ )


ead 82.9666 0.5927 ead 75.0217 0.7645

64.6902 0.7174 ead 77.2593 0.7189

73.8389 0.7009

0 20 40 60 80 1000

10

20

30

40

50Soleus (-)

Gait Cycle [%]

0 20 40 60 80 1000

10

20

30

40



80 100

ead (-)

80 100

)80 100

)

0 20 40 60 80 1000

10

20

30


EMG

n = ❏❏❏❏ 4 ❏❏❏❏ 5 !!!!6 Side analysed : ❏❏❏❏ Note: The thresholreduced from 5% Mdetermined in line presented.


0 20 400

20

40

60

80

100Gastrocnemius m

Gait Cycl

0 20 400

20

40

60

80

100Tibialis Ant


0 20 400

20

40

60

80

100Biceps Fem

Threshold = 2.5%MMT

Threshold = 2.5%MMT

eporting Form

❏❏❏❏ 7 ❏❏❏❏ Other(n = _ )

Right !!!! Left

d for Biceps Femoris Long Head and Tibialis Anterior were MT to 2.5% MMT so that reasonable muscle on/off times could be

with those expected from visual inspection of multiple MMT data

0 20 40 60 80 1000

20

40

60

80

100Soleus (-)

Gait Cycle [%]

0 20 40 60 80 1000

20

40

60

80



60 80 100

edial head (-)

e [%]

60 80 100

erior (-)60 80 100

oris (-)

0 20 40 60 80 1000

20

40

60

80


Active


0 20 40

-20

0

20

40

Hip An

(Deg.) Flex. >

0 20 40-20

0

20

40

60

80Knee A

(Deg.) Flex. >

0 20 40-40

-20

0

20

Ankle A

Gait Cy

(Deg.) Flex. >

eporting Form

Event Time (% GC)

Angle (Deg.)

HA1 1 29.1522 HA2 52 -16.9413HA3 60 -9.0434 HA4 88 29.8551 HA5 100 29.2131

KA1 1 7.6548 KA2 14 25.0611 KA3 60 38.7125 KA4 72 66.2778 KA5 100 6.8935

AA1 1 4.6722 AA2 8 -5.5039 AA3 48 14.5531 AA4 60 -3.7889 AA5 65 -10.9731AA6 100 3.5277

60 80 100

gle (-)

60 80 100

ngle (-)

60 80 100

ngle (-)

cle [%]


0 20 40-1

0

1

2

Hip

(Nm/kg) Ext. >

0 20 40

-1

0

1

Knee

(Nm/kg) Ext. >

0 20 40

0

1

2

Ankl

Gai

(Nm/kg) Ext. >

eporting Form

Event Time (% GC)

Moment (Nm/kg)

HM1 3 1.1345 HM2 50 -0.5050 HM3 93 0.2786

KM1 2 -0.5330 KM2 13 0.8806 KM3 45 -0.5023 KM4 59 0.0535 KM5 93 -0.2547

AM1 6 -0.1699 AM2 49 1.5198

60 80 100

Moment (-)

60 80 100

Moment (-)

60 80 100

e Moment ()

t Cycle [%]


0 20 40-1

0

1

2

Hip

(W/kg) Gen. >

0 20 40

-2

-1

0

1

2Kne

(W/kg) Gen. >

0 20 40-2

0

2

4

6Ank

(W/kg) Gen. >

Gai

eporting Form

Event Time (% GC)

Power (W/kg)

HP1 15 0.2380 HP2 47 -0.4099 HP3 62 0.7440 HP4 93 0.0645

KP1 10 -1.3152 KP2 18 0.7839 KP3 59 -0.3139 KP4 90 -1.2004

AP1 43 -1.0329 AP2 54 2.5126

60 80 100

Power (-)

60 80 100

e Power (-)

60 80 100

le Power ()

t Cycle [%]


0 20 40

-2

0

2

Fx

(N/kg)

0 20 400

5

10

Fz

(N/kg)

0 20 400

50

100

Ax

(%IFL)

Gait Cy

eporting Form

Event Time (% GC)

Force (N/kg)

CoP (%SL)

FX1 12 -2.4817 FX2 52 2.1960

FZ1 14 11.8505 FZ2 27 6.9045 FZ3 47 11.2067

AX1 1 0 AX2 59 95.0068

60 80 100

(-)

60 80 100

(-)

60 80 100

(-)

cle [%]



Volume

(ltrs.)

Mas

(kg.

Foot 0.7036 0.765

Leg 2.7722 3.020

Thigh 7.1794 7.675

PS - 0.564

FPS - 1.329

LFPS 0 0


eporting Form

Anthropometric data




) X

(m)

Y

(m)

Z

(m)

X

(kg.m2)

Y

(kg.m2)

Z

(kg.m2)

3 0.0411 0 -0.0363 0.0007 0.0025 0.0057

8 0 0 -0.1683 0.0377 0.0383 0.0038

4 0 0 -0.1917 0.1115 0.1144 0.0201

0 0.0720 0 -0.0600 - 0.0050 -

3 0.0542 0 -0.0463 - 0.0080 -

0 0 0 0 0 0




0 50

-2

0

2

Fx (.)

Gait Cycle [%]

(N/kg)

0 500

50

100

Ax (-)

Gait Cycle [%]

(%IFL)

Reporting Form

Variability

CV(%) CMC

Fx 1481.2 0.9866 Fy 60.1833 0.9283 Fz 9.1150 0.9903

CV(%) CMC Ax 18.5937 0.9687

100 0 50 100

-1

0

1

Fy(.)

Gait Cycle [%]

(N/kg)

0 50 1000

5

10

Fz (.)

Gait Cycle [%]

(N/kg)

100 0 50 100-0.2

0

0.2

0.4

0.6

Ax (.)

Gait Cycle [%]

(M)


CV

Ankle 34

Knee 6.

Hip 10

eporting Form

Variability

Angle Moment Power


.6081 0.9546 18.0040 0.9861 476.8895 0.9406

7996 0.9925 816.6160 0.9686 213.3956 0.9336

.8250 0.9948 327.2473 0.9496 114.4886 0.9166

Gait cycle (s)

Stance time (s)

Swing time (s)

Stance time (%GC)

Swing time (%GC)

Contralateral HC (%

Stride length (m)


Walking velocity (m


Cadence (steps/minu

CoP excursion (m)

CoP excursion (%SL

Single support (s)

Single support (%GC

Double support (s)

Double support (%G


eporting Form


1.1517 0.0075 0.0200 1.1400 1.1600

0.6933 0.0103 0.0200 0.6800 0.7000

0.4583 0.0075 0.0200 0.4500 0.4700

60.2014 0.6908 1.7392 59.1304 60.8696

39.7986 0.6908 1.7392 39.1304 40.8696

GC) 49.9014 0.4137 1.2122 49.3976 50.6098

1.5591 0.0106 0.0252 1.5446 1.5698

e 0.8939 0.0060 0.0144 0.8857 0.9001

/s) 1.3538 0.0089 0.0243 1.3431 1.3674

ture 0.7762 0.0051 0.0139 0.7701 0.7840

te) 104.2005 0.6821 1.8149 103.4483 105.2632

0.3021 0.0024 0.0065 0.2993 0.3058

) 102.0608 0.8153 2.1959 101.1149 103.3108

0.4762 0.0118 0.0296 0.4601 0.4897

) 40.9823 0.8212 1.9555 39.6619 41.6174

0.1099 0.0095 0.0247 0.1021 0.1268

C) 9.4651 0.8510 2.2548 8.6785 10.9333

Gait Analysis R

20 40 60 80

-20

0

20

40

Hip Angle (-)

(Deg.) Flex. >

20 40 60 80-20

0

20

40

60

80Knee Angle (-)

(Deg.) Flex. >

20 40 60 80-40

-20

0

20

Ankle Angle (-)

(Deg.) Flex. >

Gait Cycle [%]

eporting Form

100

100

100

20 40 60 80-1

0

1

2

Hip Moment (-)

(Nm/kg) Ext. >

20 40 60 80

-1

0

1

Knee Moment (-)

(Nm/kg) Ext. >

20 40 60 80

0

1

2

Ankle Moment (-)

(Nm/kg) Ext. >

Gait Cycle [%]


Gait cycle (sec) : 1.1517 Side analysed : ❏❏❏❏ Right !!!! Left Stance time (sec) : 0.6933 Stance time (%GC) : 60.2014 Swing Time (sec) : 0.4583 Swing time (%GC) : 39.7986 Single support (sec) : 0.4762 Single support (%GC) : 40.9823 Double support - HC (sec) : 0.1099 Double support - HC (%GC) : 9.4651 Cadence (Steps/min) : 104.2005 Contralateral HC (%GC) : 49.9014 Stride length (m) : 1.5591 Stride length / Stature : 0.8939 Walking velocity (m/s) : 1.3538 Walking velocity/ Stature: 0.7762 CoP excursion (m): 0.3021 CoP (%SL): 102.0608 !!!! Ensembled average n = ❏❏❏❏ 4 ❏❏❏❏ 5 !!!!6 ❏❏❏❏ 7 ❏❏❏❏ Other (n = _ )

100

100

100

20 40 60 80 100-1

0

1

2

Hip Power (-)

(W/kg) Gen. >

20 40 60 80 100

-2

-1

0

1

2Knee Power (-)

(W/kg) Gen. >

20 40 60 80 100-2

0

2

4

6Ankle Power (-)

Gait cycle [%]

(W/kg) Gen. >

Gait Analysis R

Date of amputation: 4 December 1987 Cause of amputation: ❏❏❏❏ PVD ❏❏❏❏ Trauma ❏❏❏❏ DM

Other: Gangrene secondary to Frostbite Amputation Level: !!!! MTP ❏❏❏❏ TMT ❏❏❏❏ Lisfranc

Other: Affected side : !!!! Right !!!! Left


Other: Bilateral shoe inserts Describe device: Full length shoe insert with polypropylensilicone pad under the Metatarsal ends. Orthosis covered i


eporting Form

!!!! Gangrene !!!! other




Other:

❏❏❏❏ AFO ❏❏❏❏ Toe filler !!!! other

e sole, EVA upper and toe block, n leather.


Degs.

136 Flexion (0

20 Extension

39 Abduction

22 Adduction

37 Internal r

33 External r

Comment

147 Flexion (0

Comment

20 Dorsiflexi

45 Plantarfle

20 Inversion

8 Eversion (

Comment


eporting Form

ight !!!! Left


Hip

Degs.

-120°°°°) 135

(0-30°°°°) 20

(0-45°°°°) 42

(0-30°°°°) 21

otation (0-45°°°°) 39

otation (0-45°°°°) 30

s:

Knee

-135°°°°) 146

s:

Ankle

on (0-20°°°°) 22

xion (0-50°°°°) 50

(0-35°°°°) 22

0-15°°°°) 5

s:


5 Flexion

5 Extensio

5 Adductio

5 Abductio

5 Internal

5 External

5 Flexion

5 Extensio

5 Dorsiflex

5 Plantarfl

5 Internal

5 External


eporting Form

ght !!!! Left


Hip

5

n 5

n 5

n 5

rotation 5

rotation 5

Knee

5

n 5

Ankle

ion 5

exion 5

rotation 5

rotation 5


0 20 400

50

100Biceps Fe

0 20 400

50

100Tibialis An


0 20 400

50

100Gastrocnemius

Gait Cy

Threshold = 2%MMT

Threshold = 2%MMT

eporting Form


Mean (MMT%)

BF1 1-4 2.6306 BF2 37-42 2.8124 BF3 78-100 2.9049

TA1 1-5 8.2490 TA2 11-26 2.3698 TA3 55-77 2.8150 TA4 83-100 5.5781

GM1 22-45 12.3183

60 80 100

moris (-)

Active

60 80 100

terior (-)

60 80 100

medial head (-)

cle [%]


0 20 400

50

100Vastus Late

0 20 400

50

100Gastrocnemius La


0 20 400

50

100Soleus

Gait Cycle

Threshold = 2.5%MMT

eporting Form


Mean (MMT%)

VL1 1-19 4.7144 VL2 92-100 4.1696

GL1 25-45 11.3008

SOL1 1-14 6.9322 SOL2 21-49 14.4794 SOL3 93-100 7.2515

60 80 100

ralis (-)

Active

60 80 100

teral Head (-)

60 80 100

(-)

[%]

n = ❏❏❏❏ 4 ❏❏❏❏ 5 !!!!6 ❏❏❏❏ 7



0 20 40 600

10

20

30

40


Gait Cycle [%]

0 20 40 600

5

10

15

20



0 20 40 600

5

10

15Biceps Femoris (-

eporting Form

❏❏❏❏ Other(n = _ )


ead 72.2263 0.6137 ead 69.4326 0.7194

69.8299 0.6281 ead 68.6012 0.5967

57.5695 0.7418

0 20 40 60 80 1000

10

20

30

40

50Soleus (-)

Gait Cycle [%]

0 20 40 60 80 1000

10

20

30



80 100

ead (-)

80 100

)80 100

)

0 20 40 60 80 1000

5

10

15

20


EMG

n = ❏❏❏❏ 4 ❏❏❏❏ 5 !!!!6 Side analysed : !!!! Note: The thresholLateralis were redreasonable muscle visual inspection of


0 20 400

20

40

60

80

100Gastrocnemius m

Gait Cycl

0 20 400

20

40

60

80

100Tibialis Ant


0 20 400

20

40

60

80

100Biceps Fem

Threshold = 2%MMT

Threshold = 2%MMT

eporting Form

❏❏❏❏ 7 ❏❏❏❏ Other(n = _ )

Right ❏❏❏❏ Left

d for Biceps Femoris Long Head, Tibialis Anterior and Vastus uced from 5% MMT to 2%,2% and 2.5% MMT respectively so that on/off times could be determined in line with those expected from multiple MMT data presented.

0 20 40 60 80 1000

20

40

60

80

100Soleus (-)

Gait Cycle [%]

0 20 40 60 80 1000

20

40

60

80



60 80 100

edial head (-)

e [%]

60 80 100

erior (-)60 80 100

oris (-)

0 20 40 60 80 1000

20

40

60

80




0 20 40

-20

0

20

40

Hip An

(Deg.) Flex. >

0 20 40-20

0

20

40

60

80Knee A

(Deg.) Flex. >

0 20 40-40

-20

0

20

Ankle A

Gait Cy

(Deg.) Flex. >

eporting Form

Event Time (% GC)

Angle (Deg.)

HA1 1 31.8922 HA2 53 -15.3572HA3 59 -8.7657 HA4 - - HA5 100 30.6575

KA1 1 10.8909 KA2 14 27.6732 KA3 59 40.3756 KA4 71 68.0179 KA5 100 9.0895

AA1 1 6.0975 AA2 7 -1.0523 AA3 47 18.9939 AA4 59 -0.7662 AA5 64 -8.3192 AA6 100 5.2673

60 80 100

gle (-)

60 80 100

ngle (-)

60 80 100

ngle (-)

cle [%]


0 20 40-1

0

1

2

H

(Nm/kg) Ext. >

0 20 40

-1

0

1

Kn

(Nm/kg) Ext. >

0 20 40

0

1

2

An

G

(Nm/kg) Ext. >

eporting Form

Event Time (% GC)

Moment(Nm/kg)

HM1 3 0.9056HM2 49 -0.6069HM3 93 0.2519

KM1 - - KM2 13 1.0277KM3 42 -0.3866KM4 57 0.0828KM5 93 -0.2510

AM1 6 -0.2323AM2 47 1.5576

60 80 100

ip Moment (-)

60 80 100

ee Moment (-)

60 80 100

kle Moment ()

ait Cycle [%]


0 20 40-1

0

1

2

Hip

(W/kg) Gen. >

0 20 40

-2

-1

0

1

2Kne

(W/kg) Gen. >

0 20 40-2

0

2

4

6Ank

(W/kg) Gen. >

Gai

eporting Form

Event Time (% GC)

Power (W/kg)

HP1 15 0.3795 HP2 47 -0.4206 HP3 60 0.9423 HP4 91 0.0055

KP1 9 -1.6061 KP2 18 0.9373 KP3 58 -0.4993 KP4 90 -1.0604

AP1 42 -1.2138 AP2 53 2.7236

60 80 100

Power (-)

60 80 100

e Power (-)

60 80 100

le Power ()

t Cycle [%]


0 20 40

-2

0

2

Fx

(N/kg)

0 20 400

5

10

Fz

(N/kg)

0 20 400

50

100

Ax

(%IFL)

Gait Cy

eporting Form

Event Time (% GC)

Force (N/kg)

CoP (%SL)

FX1 11 -2.2989 FX2 51 2.2363

FZ1 14 11.6691 FZ2 27 6.6837 FZ3 46 11.5129

AX1 1 0 AX2 58 89.8075

60 80 100

(-)

60 80 100

(-)

60 80 100

(-)

cle [%]



Volume

(ltrs.)

Mas

(kg.

Foot 0.6875 0.745

Leg 2.7452 2.990

Thigh 6.9934 7.484

PS - 0.544

FPS - 1.289

LFPS - -


eporting Form

Anthropometric data




) X

(m)

Y

(m)

Z

(m)

X

(kg.m2)

Y

(kg.m2)

Z

(kg.m2)

6 0.0414 0 -0.0361 0.0006 0.0024 0.0026

6 0 0 -0.1672 0.0372 0.0378 0.0037

2 0 0 -0.1904 0.1105 0.1118 0.0189

0 0.0750 0 -0.0600 - 0.0049 -

6 0.0556 0 -0.0462 - 0.0078 -

- - - - - -




0 50

-2

0

2

Fx (.)

Gait Cycle [%]

(N/kg)

0 500

50

100

Ax (-)

Gait Cycle [%]

(%IFL)

Reporting Form

Variability

CV(%) CMC

Fx 235.1771 0.9784 Fy 73.7139 0.8575 Fz 10.6518 0.9874

CV(%) CMC Ax 23.7396 0.9466

100 0 50 100

-1

0

1

Fy(.)

Gait Cycle [%]

(N/kg)

0 50 1000

5

10

Fz (.)

Gait Cycle [%]

(N/kg)

100 0 50 100-0.2

0

0.2

0.4

0.6

Ax (.)

Gait Cycle [%]

(M)


CV

Ankle 27

Knee 8.

Hip 11

eporting Form

Variability

Angle Moment Power


.6897 0.9318 28.7038 0.9677 377.6121 0.9135

6901 0.9869 82.0642 0.9801 117.3055 0.9434

.9686 0.9921 4405.7 0.9505 99.9392 0.8734

Gait cycle (s)

Stance time (s)

Swing time (s)

Stance time (%GC)

Swing time (%GC)

Contralateral HC (%

Stride length (m)


Walking velocity (m


Cadence (steps/minu

CoP excursion (m)

CoP excursion (%SL

Single support (s)

Single support (%GC

Double support (s)

Double support (%G


eporting Form


1.1583 0.0098 0.0300 1.1400 1.1700

0.6833 0.0082 0.0200 0.6800 0.7000

0.4750 0.0122 0.0300 0.4600 0.4900

58.9960 0.8290 2.2251 58.1197 60.3448

41.0040 0.8290 2.2251 39.6552 41.8803

GC) 49.4529 0.3467 0.8911 48.8095 49.7006

1.5812 0.0316 0.0900 1.5353 1.6253

e 0.9066 0.0181 0.0516 0.8803 0.9319

/s) 1.3652 0.0299 0.0776 1.3235 1.4011

ture 0.7828 0.0171 0.0445 0.7589 0.8034

te) 103.6034 0.8867 2.6991 102.5641 105.2632

0.2810 0.0034 0.0092 0.2768 0.2860

) 94.9381 1.1411 3.1081 93.5135 96.6216

0.4578 0.0099 0.0284 0.4459 0.4743

) 39.4581 1.1226 3.1154 38.2237 41.3391

0.1189 0.0123 0.0291 0.1028 0.1319

C) 10.2442 0.9767 2.3010 8.9639 11.2649

Gait Analysis R

20 40 60 80

-20

0

20

40

Hip Angle (-)

(Deg.) Flex. >

20 40 60 80-20

0

20

40

60

80Knee Angle (-)

(Deg.) Flex. >

20 40 60 80-40

-20

0

20

Ankle Angle (-)

(Deg.) Flex. >

Gait Cycle [%]

eporting Form

100

100

100

20 40 60 80-1

0

1

2

Hip Moment (-)

(Nm/kg) Ext. >

20 40 60 80

-1

0

1

Knee Moment (-)

(Nm/kg) Ext. >

20 40 60 80

0

1

2

Ankle Moment (-)

(Nm/kg) Ext. >

Gait Cycle [%]


Gait cycle (sec) : 1.1583 Side analysed : !!!! Right ❏❏❏❏ Left Stance time (sec) : 0.6833 Stance time (%GC) : 58.9960 Swing Time (sec) : 0.4750 Swing time (%GC) : 41.0040 Single support (sec) : 0.4578 Single support (%GC) : 39.4581 Double support - HC (sec) : 0.1189 Double support - HC (%GC) : 10.2442 Cadence (Steps/min) : 103.6034 Contralateral HC (%GC) : 49.4529 Stride length (m) : 1.5812 Stride length / Stature : 0.9066 Walking velocity (m/s) : 1.3652 Walking velocity/ Stature : 0.7828 CoP excursion (m): 0.2810 CoP (%SL): 94.9381 !!!! Ensembled average n = ❏❏❏❏ 4 ❏❏❏❏ 5 !!!!6 ❏❏❏❏ 7 ❏❏❏❏ Other (n = _ )

100

100

100

20 40 60 80 100-1

0

1

2

Hip Power (-)

(W/kg) Gen. >

20 40 60 80 100

-2

-1

0

1

2Knee Power (-)

(W/kg) Gen. >

20 40 60 80 100-2

0

2

4

6Ankle Power (-)

Gait cycle [%]

(W/kg) Gen. >

Gait Analysis R




Device category : ❏❏❏❏ Pro Device type: ❏❏❏❏ Clamshe Other: Describe device: Sock stu

eporting Form

September 1996



❏❏❏❏ Left

sthesis !!!! Orthosis

ll PTB ❏❏❏❏ Below ankle socket

ffed into end of shoe






Other:

❏❏❏❏ AFO !!!! Toe filler ❏❏❏❏ other


Degs.

120 Flexion (0

15 Extension

30 Abduction

17 Adduction

33 Internal r

40 External r

Comment

145 Flexion (0

Comment

18 Dorsiflexi

50 Plantarfle

25 Inversion

15 Eversion (

Comment


eporting Form



Hip

Degs.

-120°°°°) 122

(0-30°°°°) 17

(0-45°°°°) 27

(0-30°°°°) 22

otation (0-45°°°°) 30

otation (0-45°°°°) 40

s:

Knee

-135°°°°) 145

s:

Ankle

on (0-20°°°°) 15

xion (0-50°°°°) 35

(0-35°°°°) 20

0-15°°°°) 0

s:


5 Flexion

5 Extensio

4+ Adductio

5 Abductio

5 Internal

5 External

5 Flexion

5 Extensio

5 Dorsiflex

5 Plantarfl

5 Internal

5 External


eporting Form



Hip

5

n 5

n 4+

n 5

rotation 5

rotation 5

Knee

5

n 5

Ankle

ion 5

exion 5

rotation 5

rotation 5


0 20 400

50

100Biceps Fem

0 20 400

50

100Tibialis Ante


0 20 400

50

100Gastrocnemius m

Gait Cycle

Threshold = 3%MMT

eporting Form


Mean (MMT%)

BF1 1-21 4.6759 BF2 80-93 6.66955BF3 99-100 1.4901

TA1 1-7 21.0210TA2 54-100 11.2026

GM1 13-45 15.0722

60 80 100

oris (-)

Active

60 80 100

rior (-)

60 80 100

edial head (-)

[%]


0 20 400

50

100Vastus Late

0 20 400

50

100Gastrocnemius La


0 20 400

50

100Soleus

Gait Cycle

eporting Form


Mean (MMT%)

VL1 1-20 11.9388 VL2 82-100 11.5559

GL1 22-46 15.6081

SOL1 24-46 9.6101

60 80 100

ralis (-)

Active

60 80 100

teral Head (-)

60 80 100

(-)

[%]

n = !!!!4 ❏❏❏❏ 5 ❏❏❏❏ 6 ❏❏❏❏ 7



0 20 40 600

20

40


Gait Cycle [%]

0 20 40 600

10

20

30

40



0 20 40 600

5

10

15

20Biceps Femoris (-

eporting Form

❏❏❏❏ Other(n = _ )


ead 56.7267 0.7793 ead 71.3701 0.6992

54.0567 0.7575 ead 69.3713 0.5635

58.3920 0.7663

0 20 40 60 80 1000

5

10

15

20

25Soleus (-)

Gait Cycle [%]

0 20 40 60 80 1000

10

20

30

40



80 100

ead (-)

80 100

)80 100

)

0 20 40 60 80 1000

10

20


EMG

n = ❏❏❏❏ 4 !!!!5 ❏❏❏❏ 6 Note: The thresholthat reasonable mufrom visual inspect


0 20 400

20

40

60

80

100Gastrocnemius m

Gait Cycl

0 20 400

20

40

60

80

100Tibialis Ant


0 20 400

20

40

60

80

100Biceps Fem

Threshold = 3%MMT

eporting Form

❏❏❏❏ 7 ❏❏❏❏ Other(n = _ )

ds for Biceps Femoris was reduced from 5%MMT to 3% MMT so scle on/off times could be determined in line with those expected ion of multiple MMT data presented.

0 20 40 60 80 1000

20

40

60

80

100Soleus (-)

Gait Cycle [%]

0 20 40 60 80 1000

20

40

60

80



60 80 100

edial head (-)

e [%]

60 80 100

erior (-)60 80 100

oris (-)

0 20 40 60 80 1000

20

40

60

80


Active


0 20 40

-20

0

20

40

Hip An

(Deg.) Flex. >

0 20 40-20

0

20

40

60

80Knee A

(Deg.) Flex. >

0 20 40-40

-20

0

20

Ankle A

Gait Cy

(Deg.) Flex. >

eporting Form

Event Time (% GC)

Angle (Deg.)

HA1 1 29.6510 HA2 52 -10.0967HA3 62 -2.8769 HA4 89 31.9830 HA5 100 29.3754

KA1 1 2.7719 KA2 14 21.1303 KA3 62 37.2771 KA4 73 57.9194 KA5 100 2.9063

AA1 1 3.9152 AA2 10 -5.3567 AA3 45 10.8422 AA4 62 -17.8143AA5 66 -22.3622AA6 100 2.1920

60 80 100

gle (-)

60 80 100

ngle (-)

60 80 100

ngle (-)

cle [%]


0 20 40-1

0

1

2

Hip

(Nm/kg) Ext. >

0 20 40

-1

0

1

Knee

(Nm/kg) Ext. >

0 20 40

0

1

2

Ankl

Gai

(Nm/kg) Ext. >

eporting Form

Event Time (% GC)

Moment(Nm/kg)

HM1 - - HM2 50 -0.3311HM3 94 0.4025

KM1 - - KM2 13 0.5627KM3 45 -0.5279KM4 - - KM5 94 -0.2965

AM1 6 -0.1374AM2 49 1.6596

60 80 100

Moment (-)

60 80 100

Moment (-)

60 80 100

e Moment ()

t Cycle [%]


0 20 40-1

0

1

2

Hip

(W/kg) Gen. >

0 20 40

-2

-1

0

1

2Kne

(W/kg) Gen. >

0 20 40-2

0

2

4

6Ank

(W/kg) Gen. >

Gai

eporting Form

Event Time (% GC)

Power (W/kg)

HP1 13 1.1468 HP2 46 -0.2410 HP3 66 1.0306 HP4 93 0.1969

KP1 10 -0.8940 KP2 19 0.3507 KP3 65 -0.6407 KP4 91 -1.3404

AP1 39 -0.7064 AP2 55 4.2980

60 80 100

Power (-)

60 80 100

e Power (-)

60 80 100

le Power ()

t Cycle [%]


0 20 40

-2

0

2

Fx

(N/kg)

0 20 400

5

10

Fz

(N/kg)

0 20 400

50

100

Ax

(%IFL)

Gait Cy

eporting Form

Event Time (% GC)

Force (N/kg)

CoP (%SL)

FX1 10 -2.2095 FX2 53 1.8294

FZ1 12 13.3668 FZ2 27 6.8878 FZ3 46 10.5848

AX1 1 0 AX2 60 93.5201

60 80 100

(-)

60 80 100

(-)

60 80 100

(-)

cle [%]



Volume

(ltrs.)

Mas

(kg.

Foot 0.9902 1.036

Leg 3.0141 3.284

Thigh 7.1001 7.612

PS - 0.466

FPS - 1.502

LFPS 0 0


eporting Form

Anthropometric data




) X

(m)

Y

(m)

Z

(m)

X

(kg.m2)

Y

(kg.m2)

Z

(kg.m2)

5 0.0595 0 -0.0403 0.0010 0.0054 0.0057

6 0 0 -0.1742 0.0438 0.0443 0.0042

7 0 0 -0.1909 0.1189 0.1233 0.0192

0 0.0540 0 -0.0550 - 0.0045 -

5 0.0578 0 -0.0449 - 0.0100 -

0 0 0 0 0 0




0 50

-2

0

2

Fx (.)

Gait Cycle [%]

(N/kg)

0 500

50

100

Ax (-)

Gait Cycle [%]

(%IFL)

Reporting Form

Variability

CV(%) CMC

Fx 819.4551 0.9893 Fy 30.5226 0.9425 Fz 5.0554 0.9969

CV(%) CMC Ax 24.2167 0.9462

100 0 50 100

-1

0

1

Fy(.)

Gait Cycle [%]

(N/kg)

0 50 1000

5

10

Fz (.)

Gait Cycle [%]

(N/kg)

100 0 50 100-0.2

0

0.2

0.4

0.6

Ax (.)

Gait Cycle [%]

(M)


C

Ankle 10

Knee 4

Hip 6

eporting Form

Variability

Angle Moment Power


9.4448 0.9787 13.2578 0.9910 72.1513 0.9699

.9703 0.9964 96.0498 0.9594 145.6742 0.9332

.2611 0.9969 62.0538 0.9642 23.3422 0.9679

Gait cycle (s)

Stance time (s)

Swing time (s)

Stance time (%GC)

Swing time (%GC)

Contralateral HC (%

Stride length (m)


Walking velocity (m


Cadence (steps/minu

CoP excursion (m)

CoP excursion (%SL

Single support (s)

Single support (%GC

Double support (s)

Double support (%G


eporting Form


1.1025 0.0126 0.0300 1.0900 1.1200

0.6800 0.0163 0.0400 0.6600 0.7000

0.4225 0.0126 0.0300 0.4100 0.4400

61.6759 1.1563 2.5000 60.0000 62.5000

38.3241 1.1563 2.5000 37.5000 40.0000

GC) 51.2724 0.9913 2.2131 50.3185 52.5316

1.4720 0.0219 0.0475 1.4492 1.4967

e 0.8169 0.0122 0.0264 0.8042 0.8306

/s) 1.3354 0.0300 0.0585 1.3024 1.3609

ture 0.7410 0.0166 0.0324 0.7228 0.7552

te) 108.8541 1.2345 2.9488 107.1429 110.0917

0.2755 0.0072 0.0129 0.2691 0.2820

) 96.6579 2.5239 4.5263 94.4211 98.9474

0.4434 0.0082 0.0218 0.4323 0.4541

) 40.5441 1.0431 2.3660 39.3169 41.6829

0.1162 0.0112 0.0270 0.0998 0.1268

C) 10.6107 0.7916 2.0155 9.2849 11.3004

Gait Analysis R

Gait cycle (sec) : Stance time (sec) Swing Time (sec) Single support (seDouble support - Cadence (Steps/m Stride length (m)Walking velocityCoP excursion (m !!!! Ensembled av

20 40 60 80

-20

0

20

40

Hip Angle (-)

(Deg.) Flex. >

20 40 60 80-20

0

20

40

60

80Knee Angle (-)

(Deg.) Flex. >

20 40 60 80-40

-20

0

20

Ankle Angle (-)

(Deg.) Flex. >

Gait Cycle [%]

eporting Form

1.1052 Side analys

: 0.6800 Stance tim : 0.4225 Swing time

c) : 0.4434 Single supp HC (sec) : 0.1162 Double sup

in) : 108.8541 Contralate

: 1.4720 Stride lengt (m/s) : 1.3354 Walking ve): 0.2755 CoP (%SL)

erage n = !!!!4 ❏❏❏❏ 5 ❏❏❏❏ 6 ❏❏❏❏

100

100

100

20 40 60 80-1

0

1

2

Hip Moment (-)

(Nm/kg) Ext. >

20 40 60 80

-1

0

1

Knee Moment (-)

(Nm/kg) Ext. >

20 40 60 80

0

1

2

Ankle Moment (-)

(Nm/kg) Ext. >

Gait Cycle [%]


ed : ❏❏❏❏ Right !!!! Left

e (%GC) : 61.6759 (%GC) : 38.3241

ort (%GC) : 40.5441 port - HC (%GC) : 10.6107

ral HC (%GC) : 51.5724

h / Stature : 0.8169 locity/ Stature : 0.7410 : 96.6579

7 ❏❏❏❏ Other (n = )

100

100

100

20 40 60 80 100-1

0

1

2

Hip Power (-)

(W/kg) Gen. >

20 40 60 80 100

-2

-1

0

1

2Knee Power (-)

(W/kg) Gen. >

20 40 60 80 100-2

0

2

4

6Ankle Power (-)

Gait cycle [%]

(W/kg) Gen. >

Gait Analysis R





eporting Form

September 1996



❏❏❏❏ Left









Other:



Degs.

120 Flexion (0

15 Extension

30 Abduction

17 Adduction

33 Internal r

40 External r

Comment

145 Flexion (0

Comment

18 Dorsiflexi

50 Plantarfle

25 Inversion

15 Eversion (

Comment


eporting Form



Hip

Degs.

-120°°°°) 122

(0-30°°°°) 17

(0-45°°°°) 27

(0-30°°°°) 22

otation (0-45°°°°) 30

otation (0-45°°°°) 40

s:

Knee

-135°°°°) 145

s:

Ankle

on (0-20°°°°) 15

xion (0-50°°°°) 35

(0-35°°°°) 20

0-15°°°°) 0

s:


5 Flexion

5 Extensio

4+ Adductio

5 Abductio

5 Internal

5 External

5 Flexion

5 Extensio

5 Dorsiflex

5 Plantarfl

5 Internal

5 External


eporting Form



Hip

5

n 5

n 4+

n 5

rotation 5

rotation 5

Knee

5

n 5

Ankle

ion 5

exion 5

rotation 5

rotation 5


0 20 400

50

100Biceps Fem

0 20 400

50

100Tibialis Ante


0 20 400

50

100Gastrocnemius m

Gait Cycle

Threshold = 3%MMT

eporting Form


Mean (MMT%)

BF1 1-17 3.3352 BF2 80-100 6.6338

TA1 1-30 9.6329 TA2 49-100 7.5404

GM1 31-44 9.2009

60 80 100

oris (-)

Active

60 80 100

rior (-)

60 80 100

edial head (-)

[%]


0 20 400

50

100Vastus Late

0 20 400

50

100Gastrocnemius La


0 20 400

50

100Soleus

Gait Cycle

Threshold = 7%MMT

Threshold = 4%MMT

eporting Form


Mean (MMT%)

VL1 1-27 10.1777 VL2 85-100 9.5826

GL1 34-44 16.6554

SOL1 1-20 5.0680 SOL2 29-58 7.1705 SOL3 91-100 7.4949

60 80 100

ralis (-)

Active

60 80 100

teral Head (-)

60 80 100

(-)

[%]

n = ❏❏❏❏ 4 !!!!5 ❏❏❏❏ 6 ❏❏❏❏ 7



0 20 40 600

10

20

30


Gait Cycle [%]

0 20 40 600

10

20

30

40



0 20 40 600

5

10

15

20Biceps Femoris (-

eporting Form

❏❏❏❏ Other(n = _ )


ead 77.8445 0.5953 ead 84.4316 0.3448

68.7353 0.6065 ead 68.4361 0.6110

57.2124 0.6705

0 20 40 60 80 1000

10

20

30Soleus (-)

Gait Cycle [%]

0 20 40 60 80 1000

20

40



80 100

ead (-)

80 100

)80 100

)

0 20 40 60 80 1000

10

20

30


EMG

n = ❏❏❏❏ 4 !!!!5 ❏❏❏❏ 6 Note: The threshol5%MMT to 3% MMthresholds both Galevels were adjusteline with those expe


0 20 400

20

40

60

80

100Gastrocnemius m

Gait Cycl

0 20 400

20

40

60

80

100Tibialis Ant


0 20 400

20

40

60

80

100Biceps Fem

Threshold = 7%MMT

Threshold = 3%MMT

Threshold = 3%MMT

eporting Form

❏❏❏❏ 7 ❏❏❏❏ Other(n = _ )

ds for Biceps Femoris and Tibialis Anterior were reduced from T and the threshold for Soleus was reduced to 4%MMT. The

strocnemi were increased from 5%MMT to 7%MMT. All threshold d so that reasonable muscle on/off times could be determined in cted from visual inspection of multiple MMT data presented.

0 20 40 60 80 1000

20

40

60

80

100Soleus (-)

Gait Cycle [%]

0 20 40 60 80 1000

20

40

60

80



60 80 100

edial head (-)

e [%]

60 80 100

erior (-)60 80 100

oris (-)

0 20 40 60 80 1000

20

40

60

80


Active

Threshold = 7%MMT

Threshold = 4%MMT


0 20 40

-20

0

20

40

Hip An

(Deg.) Flex. >

0 20 40-20

0

20

40

60

80Knee A

(Deg.) Flex. >

0 20 40-40

-20

0

20

Ankle A

Gait Cy

(Deg.) Flex. >

eporting Form

Event Time (% GC)

Angle (Deg.)

HA1 1 25.9759 HA2 49 -10.0628HA3 59 -0.7862 HA4 88 27.8926 HA5 100 24.6526

KA1 1 0.4257 KA2 16 15.2849 KA3 59 34.4821 KA4 70 58.3296 KA5 100 0.2655

AA1 1 9.5317 AA2 10 -9.3452 AA3 49 11.7581 AA4 59 -3.2144 AA5 63 -7.8166 AA6 100 8.1694

60 80 100

gle (-)

60 80 100

ngle (-)

60 80 100

ngle (-)

cle [%]


0 20 40-1

0

1

2

H

(Nm/kg) Ext. >

0 20 40

-1

0

1

Kn

(Nm/kg) Ext. >

0 20 40

0

1

2

An

G

(Nm/kg) Ext. >

eporting Form

Event Time (% GC)

Moment(Nm/kg)

HM1 7 0.9690HM2 57 -0.5559HM3 92 0.3032

KM1 - - KM2 15 0.8726KM3 45 -0.0454KM4 57 0.1603KM5 93 -0.2531

AM1 7 -0.4489AM2 47 0.5248

60 80 100

ip Moment (-)

60 80 100

ee Moment (-)

60 80 100

kle Moment ()

ait Cycle [%]


0 20 40-1

0

1

2

Hip

(W/kg) Gen. >

0 20 40

-2

-1

0

1

2Kne

(W/kg) Gen. >

0 20 40-2

0

2

4

6Ank

(W/kg) Gen. >

Gai

eporting Form

Event Time (% GC)

Power (W/kg)

HP1 14 0.7607 HP2 47 -0.0875 HP3 58 1.3441 HP4 93 0.1385

KP1 10 -1.3118 KP2 21 0.6828 KP3 57 -1.0033 KP4 89 -1.1247

AP1 44 -0.4382 AP2 52 0.5003

60 80 100

Power (-)

60 80 100

e Power (-)

60 80 100

le Power ()

t Cycle [%]


0 20 40

-2

0

2

Fx

(N/kg)

0 20 400

5

10

Fz

(N/kg)

0 20 400

50

100

Ax

(%IFL)

Gait Cy

eporting Form

Event Time (% GC)

Force (N/kg)

CoP (%SL)

FX1 8 -2.0640 FX2 46 1.7265

FZ1 14 11.5075 FZ2 26 6.9715 FZ3 42 9.5072

AX1 1 0 AX2 58 88.2380

60 80 100

(-)

60 80 100

(-)

60 80 100

(-)

cle [%]



Volume

(ltrs.)

Mas

(kg.

Foot 0.7511 0.805

Leg 2.9756 3.245

Thigh 7.3094 7.829

PS - 0.524

FPS - 1.329

LFPS 0 0


eporting Form

Anthropometric data




) X

(m)

Y

(m)

Z

(m)

X

(kg.m2)

Y

(kg.m2)

Z

(kg.m2)

9 0.0114 0 -0.0376 0.0008 0.0016 0.0018

7 0 0 -0.1729 0.0442 0.0448 0.0042

8 0 0 -0.1908 0.1220 0.1258 0.0200

0 0.0510 0 -0.0430 - 0.0049 -

9 0.0270 0 -0.0387 - 0.0069 -

0 0 0 0 0 0




0 50

-2

0

2

Fx (.)

Gait Cycle [%]

(N/kg)

0 500

50

100

Ax (-)

Gait Cycle [%]

(%IFL)

Reporting Form

Variability

CV(%) CMC

Fx 214.3963 0.9827 Fy 44.9392 0.8739 Fz 7.0698 0.9949

CV(%) CMC Ax 27.0341 0.9365

100 0 50 100

-1

0

1

Fy(.)

Gait Cycle [%]

(N/kg)

0 50 1000

5

10

Fz (.)

Gait Cycle [%]

(N/kg)

100 0 50 100-0.2

0

0.2

0.4

0.6

Ax (.)

Gait Cycle [%]

(M)


CV

Ankle 52

Knee 14

Hip 15

eporting Form

Variability

Angle Moment Power


.7213 0.9418 121.2977 0.9688 146.7204 0.9064

.6380 0.9789 34.8802 0.9734 77.8674 0.9190

.3079 0.9688 99.0070 0.9333 46.4442 0.8338

Gait cycle (s)

Stance time (s)

Swing time (s)

Stance time (%GC)

Swing time (%GC)

Contralateral HC (%

Stride length (m)


Walking velocity (m


Cadence (steps/minu

CoP excursion (m)

CoP excursion (%SL

Single support (s)

Single support (%GC

Double support (s)

Double support (%G


eporting Form


1.0860 0.0305 0.0800 1.0500 1.1300

0.6440 0.0261 0.0600 0.6200 0.6800

0.4420 0.0084 0.0200 0.4300 0.4500

59.2856 0.8892 2.2331 57.9439 60.1770

40.7144 0.8892 2.2331 39.8230 42.0561

GC) 48.5307 0.3129 0.7542 48.0263 48.7805

1.4841 0.0511 0.1409 1.4045 1.5454

e 0.8236 0.0283 0.0782 0.7794 0.8576

/s) 1.3681 0.0770 0.1950 1.2768 1.4718

ture 0.7592 0.0427 0.1082 0.7086 0.8168

te) 110.5664 3.0792 8.0910 106.1947 114.2857

0.2696 0.0083 0.0166 0.2623 0.2789

) 94.5895 2.9046 5.8245 92.0351 97.8596

0.4186 0.0124 0.0299 0.4051 0.4350

) 37.8064 1.0865 2.5930 36.6356 39.2286

0.1134 0.0156 0.0354 0.0986 0.1340

C) 10.2359 1.3930 3.2180 8.8964 12.1144

Gait Analysis R


20 40 60 80

-20

0

20

40

Hip Angle (-)

(Deg.) Flex. >

20 40 60 80-20

0

20

40

60

80Knee Angle (-)

(Deg.) Flex. >

20 40 60 80-40

-20

0

20

Ankle Angle (-)

(Deg.) Flex. >

Gait Cycle [%]

eporting Form

1.0860 Side analys





erage n = ❏❏❏❏ 4 !!!!5 ❏❏❏❏ 6 ❏❏❏❏

100

100

100

20 40 60 80-1

0

1

2

Hip Moment (-)

(Nm/kg) Ext. >

20 40 60 80

-1

0

1

Knee Moment (-)

(Nm/kg) Ext. >

20 40 60 80

0

1

2

Ankle Moment (-)

(Nm/kg) Ext. >

Gait Cycle [%]


ed : !!!! Right ❏❏❏❏ Left

e (%GC) : 59.2856 (%GC) : 40.7144

ort (%GC) : 37.8064 port - HC (%GC) : 10.2359

ral HC (%GC) : 48.5307


7 ❏❏❏❏ Other (n = )

100

100

100

20 40 60 80 100-1

0

1

2

Hip Power (-)

(W/kg) Gen. >

20 40 60 80 100

-2

-1

0

1

2Knee Power (-)

(W/kg) Gen. >

20 40 60 80 100-2

0

2

4

6Ankle Power (-)

Gait cycle [%]

(W/kg) Gen. >