This trial will investigate the feasibility of implementing our novel assessment battery in a neurodiverse pediatric population. More specifically, we want to assess our processes and procedures with respect to 1) recruitment rate (i.e., efficiency of our recruitment methods), 2) tolerability (i.e., proportion of participants able to wear the hardware without difficulty), 3) compliance (i.e., proportion of participants able to complete each task as instructed), 4) efficiency (i.e., time to completion of the test battery), and 5) data fidelity (i.e., proportion of test acquisitions with data suitable for subsequent analyses).
The total estimated time requirement for this study is \~60 minutes (i.e., two \~30-minute sessions) and wearing a FitBit for 7 days. Per their normal and customary procedures, Drs. Amanda and Lona will send a cover letter home to the parent(s)/guardian(s) of their patients introducing the study along with the informed consent (IC) form. Parent(s)/guardian(s) will be asked to indicate their level of interest on the letter and return it (along with the IC, if applicable) to the school. Parents/guardians who indicate that they have additional queries will be contacted by a member of our research staff via the parent's/guardian's preferred method (i.e., phone, text, and/or email). A signed IC will be required prior to enrolling any student in the study. Up to 20 students (ages 5-17) will be tested over the course of 1 week. This study will be conducted in designated testing rooms at participating schools within the Chippewa Falls district (Wisconsin, USA). A researcher will sit down with each student and review the age-appropriate informed assent (IA) form. Even if their parent(s)/guardian(s) would like them to participate, students must acknowledge their willingness to participate verbally (e.g., "yes I would like to do the study") and/or physically (e.g., nod their head \& give a thumbs up) and sign the IA form to be enrolled in the study. The primary aims of this trial are to investigate the feasibility of implementing our novel assessment battery with a neurodiverse pediatric population. More specifically, we want to assess our processes and procedures with respect to 1) recruitment rate (i.e., number of subjects recruited within the 1 month recruitment window), 2) tolerability (i.e., proportion of participants able to wear the hardware without difficulty), 3) compliance (i.e., proportion of participants able to complete each task as instructed), 4) efficiency (i.e., time to completion of the test battery), and 5) data fidelity (i.e., proportion of test acquisitions with data suitable for subsequent analyses). This feasibility trial is intended inform a future cluster randomized controlled trial (RCT) assessing the effects of chiropractic care on a neurodiverse pediatric population.
Chippewa Falls Area Unified School District
Chippewa Falls, Wisconsin, United States
Recruitment rate
Total number of subjects enrolled
Time frame: Recruitment period (1 week)
Protocol tolerability
Proportion of participants able to tolerate wearing a given piece of acquisition hardware (i.e., EEG cap, ECG sensors, FitBit) for the duration of the study period
Time frame: Study period (2 school weeks)
Participant compliance
Proportion of participants able to comply with the instructions for a given task
Time frame: Study period (2 school weeks)
Protocol efficiency
Average time to completion for both of the 1-day assessment sessions
Time frame: 1 school week
Data fidelity
Proportion of acquisitions for a given task with data suitable for subsequent analysis
Time frame: Study period (2 school weeks)
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Study Type
OBSERVATIONAL
Enrollment
17