Shay, an 11-year-old girl who struggled with ADHD and LD. Despite being promoted to the next grade level, Shay was failing many classes and felt embarrassed and withdrawn from activities with kids at school.
Shay’s mom heard about Interactive Metronome (IM) and sought the program out to help her daughter. IM Training helped Shay enhance her focus and attention span, which were major challenges for her.
After just fifteen sessions with the program, Shay retook the Bruininks-Oseretsky Test of Motor Proficiency and the IM Long Form Assessment, and showed drastic improvement in her fine motor precision, bilateral coordination, and visual motor integration skills. Her handwriting ability improved significantly and she started to complete assignments much more quickly in the classroom.
The impact of IM on Shay's life was enormous. Her grades improved, and for the first time ever, she passed classes. She even joined the track team and started having sleepovers with friends. Her self-esteem skyrocketed and her conversations became light and funny. It was clear, IM had a big impact on Shay!
We wanted to share two inspiring case studies with you about how Interactive Metronome (IM) has helped children improve their school performance. An 8-year-old boy named Matthew struggled with reading due to poor fluency and comprehension skills. After just two months of IM, his teacher noticed he began focusing better and wasn't asking as many questions. Halfway through 3rd grade, Matthew's reading comprehension level registered on the scale, and his handwriting skills improved too!
Similarly, a 13-year-old girl named Elyssa was diagnosed with Mild Intellectual Impairment and had trouble in school with understanding directions and focusing. After 6 weeks of IM training, her teacher reported that she was reading more fluently and confidently participating in classroom discussions. Elyssa was even able to test out of 2 of her Special Education classes!
Ash refused to let Autism Spectrum Disorder rule his life, learn how his grades and behavioral patterns greatly improved after training with Interactive Metronome.
Ash, a 10-year-old boy diagnosed with Autism Spectrum Disorder, didn’t typically struggle with his academics but had the tendency to speak out of turn, chew on his clothing or other items he found around him, and had trouble keeping his hands to himself which was often reflected in on his daily report card. After trying other modalities with no improvement, IM was introduced. Ash struggled getting used to the headphones and the rhythm but was excited to try this “new computer game with clapping”. Being a perfectionist, Ash refused to give up and wanted to do better. After months of IM training, he was able to meet his IM goal and it showed not only on his report card but with his abilities to stay on task in class and even lead his gym class in their warm-up exercises.
National Time Management Month is celebrated during February each year. February is the perfect month to focus on time management skills with your clients. Time management is not as complex or difficult as it seems. When children learn time management early in life, they tend to do so for the rest of their lives. Time management in students helps them achieve their academic and recreational goals. It also teaches them to be independent and productive.
Children diagnosed with Attention-deficit/hyperactivity disorder (ADHD) often have difficulty staying on task and staying organized, all of which can make time management challenging. This is because of the way the brain tends to process things when a person is living with ADHD.
Dr. Susan Zapf is an Occupational Therapist and Assistive Technology Professional with over 27 years of experience working with the pediatric population in both private practice and the school-based settings. She is an entrepreneur and is the Owner and Clinical of The Children’s Therapy Center, Inc., a prominent pediatric sensory integration clinic in Houston, Texas. Dr. Zapf is also the Owner and President of Children’s Journey to Shine, Inc, an educational training company that educates healthcare professionals on assistive technology assessment and service delivery and provides therapy services that utilize animals and nature as tools in therapy. Dr. Zapf is the President of Reining Potential of Texas, a non-profit organization that uses the horse in occupational therapy services. Dr. Zapf is adjunct faculty for the Ph.D. Pediatric Science track at Rocky Mountain University of Health Professions in Provo, Utah, and teaches a course on assistive technology. As an occupational therapist, she is passionate about helping children and their families develop skills to reach their full potential and she believes that occupational therapy, assistive technology, and animals can be powerful interventions to assist in this process.
The benefits of music are wide-ranging and well documented. From teaching empathy and improving memory and concentration, to helping track time and easing emotions, music can change the life of a child with ADHD. Here, learn how lyrics, rhythm, melody, and tempo work their magic.
In this first study of its kind, Bonacina et al. provide evidence for how rhythmic skills interconnect and develop in school-age children. Of particular interest is the finding that children who clapped to a beat during the Interactive Metronome (IM) condition, while receiving feedback for millisecond timing, demonstrated the least variability in their synchronization and performed better on all of the other rhythm activities evaluated. Rhythm is complicated, there are several rhythm intelligences, and IM alone impacts all of the vital rhythms that are so important to the development of language and literacy.
We perceive sound via the audio-vocal loop. Then, we analyze it, assimilate it, and continuously adjust in response to it. This process relies upon auditory discrimination, phonological awareness, and rhythm. Forbrain®, an altered auditory feedback (AAF) device, takes advantage of this audio-vocal loop & heightens a user’s perception of his own voice & speech through bone conduction headphones that are equipped with a high sensitivity microphone. As the user talks into the microphone, a patented electronic dynamic filter blocks out environmental noise & amplifies the user’s voice, enhancing long vowels and other sounds that are the building blocks of language.
Prior research utilizing kinematic analysis & functional MRI have shown that Interactive Metronome (IM) training facilitates measurable and statistically significant improvements in golf shot accuracy (distance to the pin) and substantial improvement in performance consistency (Sommer & Rönnqvist, 2009; Sommer et al., 2014). In the present study, 20 professional female golfers from the KLPGA participated in a randomized, controlled study comparing the effect of IM training (35-40 min, twice weekly for 6 weeks) to spending more time playing the game of golf (increasing golf playing time by an additional 35-40 min twice weekly for 6 weeks).
The purpose of the study was to determine the impact of IM on swing speed during putting, which was specifically executed at a distance of 2-5m, which has been previously determined to set apart elite golfers who achieve a par or birdie compared to those that demonstrate only about a 10% success rate (Pelz, 2000). Golf putting movements and brain activity were analyzed using Kinovea Software and resting-state functional MRI (fMRI). Performance variability (or consistency) was measured as the standard deviation of mean swing speed (SSD) during 3 sections of the swing: backswing, backswing-impact, and impact-finish.
Prior research utilizing kinematic analysis & functional MRI have shown that Interactive Metronome (IM) training facilitates measurable and statistically significant improvements in golf shot accuracy (distance to the pin) and substantial improvement in performance consistency (Sommer & Rönnqvist, 2009; Sommer et al., 2014). In the present study, 20 professional female golfers from the KLPGA participated in a randomized, controlled study comparing the effect of IM training (35-40 min, twice weekly for 6 weeks) to spending more time playing the game of golf (increasing golf playing time by an additional 35-40 min twice weekly for 6 weeks).
The purpose of the study was to determine the impact of IM on swing speed during putting, which was specifically executed at a distance of 2-5m, which has been previously determined to set apart elite golfers who achieve a par or birdie compared to those that demonstrate only about a 10% success rate (Pelz, 2000). Golf putting movements and brain activity were analyzed using Kinovea Software and resting-state functional MRI (fMRI). Performance variability (or consistency) was measured as the standard deviation of mean swing speed (SSD) during 3 sections of the swing: backswing, backswing-impact, and impact-finish.
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