A randomized pilot trial comparing videoconference versus face-to-face delivery of behavior therapy for childhood tic disorders

Comprehensive Behavioral Intervention for Tics (CBIT) has been shown to be effective for reducing tics in children with chronic tic disorder. Unfortunately, there remain significant barriers to dissemination. The aim of the current study was to examine the effectiveness of CBIT delivered over videoconference. Twenty children were randomly assigned to receive CBIT over videoconference or via traditional face-to-face delivery. Results show that both treatment delivery modalities resulted in significant tic reduction with no between group differences. Furthermore, acceptability and therapist-client alliance ratings were strong for both groups. Together, these results suggest that videoconference is a viable option for disseminating CBIT.     

It’s All About Timing: An Imagery Intervention Examining Multiple Image Speed Combinations

The current quasi-experiment examined changes in youth baseball players’ (N = 9) swing performance following an imagery intervention. Athletes participated in one of three conditions, each of which employed a different combination of slow-motion (SM), real-time (RT), or fast-motion (FM) image speeds: SM?+?RT, RT?+?FM, or SM?+?RT?+?FM. A single-subject multiple-baseline design was employed. The intervention approximated the real-world environment in which baseball players practice, thus, increasing representative design. Results generally indicated positive changes across all three conditions, however, the SM?+?RT?+?FM condition exhibited the most improvement. The employment of a multiple-speed imagery intervention appears to be a viable option for young athletes.

Lay Summary: Can using a combination of slow-motion, real-time, and fast-motion imagery improve baseball batting performance? Our results suggest so! Learn more in “It’s all about timing: An imagery intervention examining multiple image speed combinations’ by @jennyo_csueb @Frank_O_Ely & @samagalas #JASP