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Table 5 Qualitative themes from the content analysis

From: Perspectives on ankle-foot technology for improving gait performance of children with Cerebral Palsy in daily-life: requirements, needs and wishes

Theme

Associated categories

Percent

\(G_P\)

\(G_U\)

Total

OE1: Daily-life activities that would benefit from an improved gait performance

ā€œBoth indoors and outdoors ambulationā€, ā€œPlaying with friendsā€, ā€œGoing to schoolā€, ā€œAdjusting to changing circumstances outsideā€, ā€œKeep friendsā€™ velocity during walkingā€, ā€œTo walk normally over all kind of terrainsā€, ā€œTo be independent for social activitiesā€

General mobility

Walking, stairs, running, jumping

70.7%

62.1%

68.5%

Leisure

Play, sports

45.1%

24.1%

39.6%

School

Mobility at school

35.4%

20.7%

31.5%

Equal social interaction

Keep up with able bodied peers

25.6%

6.9%

20.7%

Non-standard. terrains

Parks, playgrounds, nature

19.5%

17.2%

18.9%

Home

Mobility between and inside home rooms

18.3%

10.3%

16.2%

Other

ā€“

2.4%

0.0%

1.8%

OE2: Limitations of powered exoskeletons for daily-life use

ā€œThey are quite big and bulkyā€, ā€œThey should be easier of putting on/taking offā€, ā€œAdaptability and ajustabilityā€, ā€œAffordable cost and accessibilityā€, ā€œMore compactā€, ā€œMore functionality aimed for the wishes of the individualā€, ā€œBatteriesā€

Bulkiness

Weight, volume

45.0%

47.1%

45.5%

User friendliness

Ease of use

41.7%

29.4%

39.0%

Cost

Purchase and reparation costs

33.3%

17.6%

29.9%

Control

Control requirements and manipulation

31.7%

17.6%

28.6%

Adaptability

Patientā€™s needs, environment

23.3%

11.8%

20.8%

Availability

Getting access to its use

11.7%

11.8%

11.7%

Flexibility and ROM

Possibility of movements, compliance

6.7%

11.8%

7.8%

Acceptance

Approval by end-user

8.3%

0.0%

6.5%

Durability

Lifetime

6.7%

0.0%

5.2%

Other

ā€“

8.3%

11.8%

9.1%

OE3: Limitations of passive AFOs for daily-life use

ā€œAFOs impede activities like climbing stairs or jumpingā€, ā€œAdjustment to foot size and breathabilityā€, ā€œDonā€™t properly support push-offā€, ā€œDifferent support depending on the patientā€™s needsā€, ā€œCost and comfortā€, ā€œThey are too rigid and uncomfortableā€

Adaptability

Patientā€™s needs, Environment

55.7%

36.4%

51.1%

Flexibility and ROM

Possibility of movements, compliance

31.4%

22.7%

29.3%

Comfort

Avoid pressure, friction, abrasions

21.4%

50.0%

28.3%

Bulkiness

Wearability, weight, volume

12.9%

31.8%

17.4%

Energy cost

ā€“

20.0%

0.0%

15.2%

Metrics

Possibility of assessment while wearing

11.4%

4.5%

9.8%

User friendliness

Ease of use

10.0%

9.1%

9.8%

Cost

Purchase and reparation costs

7.1%

13.6%

8.7%

Durability

Lifetime

7.1%

4.5%

6.5%

Walking

Walking normal, functional

4.3%

9.1%

5.4%

Other

ā€“

10.0%

13.6%

10.9%

  1. Frequency of mentioning for G\(_P\), G\(_U\) and total normalized participation. Examples of literal responses are between quotation marks