Relationship Between Modality-specific Dual-task Performance and Immersive Exergaming Outcomes in Healthy Athletes

Trial statusRecruiting
Trial phaseNot applicable
Trial typeInterventional
Biological sexAll
Age18-34
SponsorZurich University of Applied Sciences

About this trial

The goal of this clinical trial is to provide a more specific understanding of which dual task conditions elicit changes in either motor or cognitive performance. A dual-task is a simultaneously performed motor and cognitive task. Exergaming describes physically active gaming. The main questions the study aims to answer are:

* Can performance in visual and auditory dual-task paradigms explain performance in an immersive exergaming task in healthy athletes? * How are exergaming scores associated with athletic performance tests? * What biomechanical movement patterns are shown during dual-tasks? Researchers will also compare performance of those experienced with jumping and those inexperienced with jumping.

Participants will:

* Complete two sessions performing athletic performance tests, cognitive tasks, and different dual-tasks while their movement pattern is recorded * Complete questionnaires on load, stress, and sleep during the sessions

Eligibility criteria

This trial accepts healthy volunteers

Qualifiers

age between 18 and 34 years

self-reported recreationally or competitively active (more than 2 hours per week)

self-reported ability to complete change of direction, balancing, and jumping tasks

capacity to sign informed consent

Disqualifiers

acute injury in the last 6 months resulting in missing more than 3 training sessions

severe comorbidity or condition which would prohibit performance of the lsted testing tasks

self-reported pregnancy

Trial design

Design model

Single group

Treatments tested in this trial

  • different dual-task paradigms

    Other intervention

    Participants will perform combined motor-cognitive tasks. During the first session balancing and bilateral jumping will be combined with an additional auditory or visual cognitive task. During the second session participants will do a combined motor-cognitive task in exergaming.

Treatment groups

60 Participants
are divided into 1 treatment group
Group A: Dual-Task paradigmsExperimental treatment 1 intervention

Trial outcomes

Primary outcomes

1

Cognitive dual-task cost

Dual-task cost with the different modalities are operationalized by reaction time.

Time frame
Measurement session 1 (day 0) and session 2 (days 6-90)
2

Exergaming performance

Operationalized as task success rate

Time frame
Session 2 (days 6-90)

Secondary outcomes

1

Motor dual-task cost

The motor dual-task costs are operationalized by the peak knee abduction angle.

Time frame
Session 1 (day 0)
2

Countermovement Jump

Height of a countermovement jump

Time frame
Session 1 (day 0) and session 2 (day 6-90)
3

ProAgility Test

Measured using the total elapsed time in the ProAgility Test.

Time frame
Session 1 (day 0) and session 2 (day 6-90)
4

Y-Balance Test

Measured using the composite reach distance in all directions of the Y-Balance Test.

Time frame
Session 1 (day 0) and session 2 (days 6-90)

Other outcomes

Sponsors and contacts

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