Learning Breakthrough

Preliminary findings from a study of children with attention deficit hyperactivity disorder (ADHD) show that sensory intervention -- for example, deep pressure and strenuous exercise -- can significantly improve problem behaviors such as restlessness, impulsivity and hyperactivity. Of the children receiving occupational therapy, 95 percent improved. This is the first study of this size on sensory intervention for ADHD.

The Temple University researchers, Kristie Koenig, PhD, OTR/L, and Moya Kinnealey, PhD, OTR/L, wanted to determine whether ADHD problem behaviors would decrease if underlying sensory and neurological issues were addressed with occupational therapy. Their study, "Comparative Outcomes of Children with ADHD: Treatment Versus Delayed Treatment Control Condition," was presented Friday, May 13, at the American Occupational Therapy Association meeting in Long Beach, Calif.

Children with ADHD have difficulty paying attention and controlling their behavior. Experts are uncertain about the exact cause of ADHD, but believe there are both genetic and biological components. Treatment typically consists of medication, behavior therapy or a combination of the two.

via TherapyTimes.com: Occupational therapy improves ADHD.

LBP's focused sensory processing program for ADHD is a perfect fit for those looking to introduce a complete and complementary set of sensory exercises to their daily routine.

So much of my reading lately and connections to new users have to do with the misdiagnosis of ADHD. There seems to be no other "disability" that generates more difficulty in accurate diagnosis and more ways to address the symptoms than ADHD. For a rather good look at the topic, a doctor friend sent me the link attached here. The language may be a little loose but the point is that there are many paths to a misdiagnosis and it is something for all of us, therapists, teachers and parents to be aware of that I thought it would be a good share.

Learning Breakthrough was developed to address foundational brain processing and strengthen the weak cognitive skills of students who are not meeting the demands of classroom work or adults that have struggled with learning challenges (or are involved in TBI or stroke rehabilitation) as well as those working to reduce the natural cognitive declines experienced as they age. The recommended starting age for the program is six (6) years old and challenges such as Dyslexia and ADD/ADHD (attention deficit), Dyspraxia and Auditory Processing Disorder are among the range of classic diagnoses that therapists and physicians have used Learning Breakthrough to address for three decades.

Learning Breakthrough activities are physical, balance and sensory integration exercises that improve cognitive and literacy ability as well as motor skills and dexterity. This integrated approach is used to strengthen underlying brain processing skills necessary for simple, efficient resolution of the following problems:

Reading difficulties
Poor or sloppy handwriting
Below average academic achievement
Inadequate verbal fluency
Inability to pay attention and stay focused
Poor memory and comprehension
Poor athletic performance
Difficulty following instructions
Low self esteem

Learning Breakthrough sessions are performed at home and become part of each client's daily routine. Daily program use along with the precision of the equipment and movement exercises is what delivers benefits to each user.

Program attributes include:

Vestibular challenge and development - precise and individual adjustability enable calibration by all of the body's sensory processing centers.
Sensory motor work - bean bags, eye-tracking exercises, pendulum ball routines, super ball tossback skills, fina and gross motor skills development and refinement and thorough sensory integration work sessions.
Grapho-motor - handwriting, drawing, writing, and fine motor "eye-hand" skills
Auditory training - analysis, segment work, blending with decoding and spelling issues, auditory reception difficulties, auditory expressive issues and lingual motor control integration.
Visual Processing skills - training and development through each activity segment.
Attention, focus, and concentration training—focus is on divided attention, sustained attention, and increasing frustration tolerance.
Memory training—call, recall, assessment, evaluation, validation and finally: calibration.
Neurofeedback and proprioceptive feedback - self-regulated motor control processes are refined through iterative work with specialized equipment referencing the common sensory input of gravity.
Logic and reasoning—skills improvement in seeing patterns and sequential processing challenges are developed in a critical sensory mapping model of the physical space in which our senses operate.

View the program's neuroplasticity-enabling equipment along with a detailed description of each component's design and attributes.