Presentation on theme: "YAI 2013 May 9, 20131. 2 Matheny Medical & Educational Center Matheny’s main campus is located in Peapack, NJ. Matheny is home and school to 101 adults."— Presentation transcript:
YAI 2013 May 9, 20131
2 Matheny Medical & Educational Center Matheny’s main campus is located in Peapack, NJ. Matheny is home and school to 101 adults and children with developmental disabilities. In addition to their primary diagnoses many children and adults, have a long list of associated clinical conditions such as vision and hearing deficits, seizure disorders, cognitive impairments and dysphagia, with resulting aspiration problems.
YAI 2013 May 9, About Matheny Middle States accredited school JCAHO and CARF accredited School and Hospital Multidisciplinary team approach
Brynna 3 years of experience with the developmentally disabled population Speech Pathologist at Matheny Medical and Educational Center Certifications and Licensure New Jersey State Speech Language Pathologist New Jersey Board of Education Speech Language Specialist American Speech Language Hearing Association Certificate of Clinical Competence YAI 2013 May 9, 20134
5 Christine 11 years of experience with the developmentally disabled population Senior Speech Pathologist at Matheny Medical and Educational Center Certifications and Licensure New Jersey State Speech Language Pathologist New Jersey Board of Education Speech Language Specialist American Speech Language Hearing Association Certificate of Clinical Competence Rehab Engineering Society of North America certified Assistive Technology Professional Certified Pediatric Neuro-Developmental Treatment therapist PROMPT trained
Erin 10 years of experience with the developmentally disabled population Physical Therapist at Matheny Medical and Educational Center Certifications and Licensure New Jersey State Physical Therapist New Jersey Board of Education School Physical Therapist Certified Pediatric Neuro-Developmental Treatment therapist YAI 2013 May 9, 20136
7 The Rule for Today Every time you hear the word ‘movement’, stand all the way up, then sit down.
YAI 2013 May 9, Why is respiration important The process of Respiration: Diaphragm contracts & moves down Ribcage expands in 3 directions as lungs fill with air Diaphragm relaxes, the ribcage contracts, expelling air from the lungs The function of respiration: Getting oxygen to the tissues and organs of the body Removes carbon dioxide/waste
YAI 2013 May 9, How respiration is important in daily functioning Gives endurance Feeds brain cells Promotes better health Promotes improved attention Necessary for everything!
YAI 2013 May 9, The Basics-Anatomy of the ribcage Structure Cage like part of the body comprised of bones, muscles and cartilage Function Protect the internal organs such as lungs, heart, kidneys, liver Additionally, it supports the head, neck and upper extremities Brynna Cunningham, M.S., CCC-SLP Christine Mayercik, M.S., CCC-SLP, ATP, C/NDT Erin Meineke, PT, DPT, C/NDT
YAI 2013 May 9, Structure-Bones Bones – 12 pairs of ribs, with origin at the thoracic vertebrae and insertion at the sternum. – Ribs 1-7 are known as “True” Ribs, meaning they have individual origins and insertions – Ribs 8-10 are known as “False” Ribs, meaning they have unique origins on the vertebrae, but articulate with rib #7 at the sternum – Ribs 11 and 12 are known as “Floaters”…they have origins on the vertebrae, but do not connect to the sternum. – The sternum is comprised of three parts…the manubrium, the body and the xyphoid process. Ribs attach to the manubrium and the body, but not to the xyphoid process.
YAI 2013 May 9, Structure-Muscles and Cartilage Muscles and cartilage Intercostals…in the space between ribs. On inhalation, the intercostals contract, lifting the ribcage up and out. Sternocleidomastoid, Scalenes, Pectoralis…assist in respiration by lifting the ribcage. Diaphragm…forms the base of the rib cage. On inhalation it flattens and contracts, pulling the lungs down and allowing them to fill. Cartilage connects the true ribs to the sternum. It allows movement of the ribs during inhalation and exhalation.
YAI 2013 May 9, The Diaphragm The muscle that forms the floor of the ribcage. Maximizes inhalation Contributes to postural control Supports gastro- intestinal function Aids venous return
YAI 2013 May 9, Movement of the Ribcage Typical During respiration, the ribcage moves in 3 planes: ○ Up/down (vertical) ○ Front/Back (anterior/posterior) ○ Around (Transverse)
YAI 2013 May 9, Movement Break!
YAI 2013 May 9, Normal rib cage development Infant ribcage: – Triangle shape – Whole cage is elevated and ribs are horizontal – High respiratory rate and low tidal volume – Diaphragmatic nose breather Massery, M. 1994
YAI 2013 May 9, Normal ribcage development 3-6 months – anterior chest wall significantly opens – Ribcage configuration begins to look more rectangular – Respiratory rate decreases as tidal volume increases 6-12 months Child is now upright against gravity Breathing is no longer posturally inhibited by contact with supporting surface Gravity and developing abdominal muscles rotate the ribs and begin to pull them downward which results in an elongated chest wall 12 months + Downward rotation of ribcage continues
YAI 2013 May 9, Typical Breathing Patterns Normal Breathing Patterns Clavicular Thoracic Diaphragmatic
YAI 2013 May 9, Typical Breathing-Toddler
YAI 2013 May 9, Typical Breathing- 5 year old Bench sittingSupine
YAI 2013 May 9, The Basics- Atypical development How we end up with kids who are not breathing well Muscle tone Neurological impairment Physical abnormalities
YAI 2013 May 9, Atypical Ribcage Development What we see: Decreased head and neck control Poor Control of Shoulders and Upper Extremities Poor Control of Pelvis and Lower Extremities – due to low tone Poor Control of Pelvis and Lower Extremities – due to high tone Effect on Respiration: Open mouth positioning Increase thoracic kyphosis (flexion) and lumbar flexion Decreased oral motor control – baby is unable to bring hands to mouth Scoliosis Increased thoracic kyphosis Rib flaring Poor rib cage and intercostal movement – the rib cage moves as a whole unit to produce body movement, movement occurs between T12-L1 spinal segment Increased thoracic flexion in sitting Decreased use of abdominal obliques, which become elongated and weak Increase in thoracic and lumbar flexion Fixing with rectus abdominis which can contribute to rib flaring
YAI 2013 May 9, Atypical Breathing Patterns Paradoxical Diaphragm and upper accessory muscles Upper accessory muscles Asymmetrical Lateral or gravity eliminated Shallow Rib Flare Non-rhythmical breathing
YAI 2013 May 9, Atypical Breathing Patterns Rib Flaring Minimal ribcage movement S/P Spinal stabilization
YAI 2013 May 9, Other Factors Impacting Respiration Posture Position GERD Asthma Genetic conditions Vents, trachs, intubation Scoliosis Spinal Stabilization Other surgeries
YAI 2013 May 9, The effects of Posture A chronically slumped posture can lead to kyphotic posture – Shortened anterior ribcage wall, shortened rectus abdominus, – Forward head position – Shoulders are elevated and adducted(protracted scapula and internally rotated humerous) – Accessory muscles are not available to aid in respiration – Posterior pelvic tilt
YAI 2013 May 9, The effects of positioning Sitting positioning Slumped posture Head position Lateral leaning Pelvic tilt Visual issues Body awareness Lacking the ability or understanding to reposition themselves
YAI 2013 May 9, Improved respiration=Improved health Respiratory problems are some of the sequela of neurological diagnoses, causing excessive loss of work or school days and numerous hospitalizations Massery, M., 1994 Maintaining a healthy respiratory status should be a top priority for a neurologic population. Massery, M., 1994
YAI 2013 May 9, How to improve respiration Introduce movement Setting up the classroom/or day
YAI 2013 May 9, There is some evidence that physical exercise improves mental sharpness “What’s happening in the body is their heart rate is increasing and blow flow is changing, and they’re actually activating the brain differently than when they are sitting down” ○ John Ratey, Harvard University
YAI 2013 May 9, Support for Movement Breaks “In 2008, the U.S., Dept of Health and Human Services issued physical guidelines for Americans ages 6 and older. These guidelines recommend that children and adolescents participate in 1 hour or more of physical activity daily. Physical Activity should take place throughout the day to meet this recommendation.” National Association for Sport and Physical Education “Physical activity improves general circulation, increases blood flow to the brain, and raises levels of norepinepherine and endorphins-all of which may reduce stress, improve mood, induce a calming effect after exercise, and perhaps as a result improve achievement.” Taras, H., 2005
YAI 2013 May 9, More support According to Betts, et al. (2006), elementary school students’ sustained attention is not fully developed. They suggested that elementary students need breaks during their school day because they cannot stay focused for extended periods of time
YAI 2013 May 9, Benefits of Movement Breaks and Respiration Children are often more attentive, behave better, and perform as well or better scholastically after participation in physical activity through recess or physical education. Mahar, M., et al, 2006 Because of budgetary constraints and growing pressure on administrators and teachers to increase academic achievement scores, opportunities for physical activity are being reduced or eliminated. Mahar, M., et al, 2006
YAI 2013 May 9, Movement Break!
YAI 2013 May 9, Its easy to make changes Easy, fast, brief Get it into your day with minimal disruption Fun and motivating Make it something everyone can do
YAI 2013 May 9, Suggestions of activities Busy City Get Up and Move Over/Under Relay Benefits: Communication Social skills/awareness Sensory/Spatial awareness Creativity Increasing respiration! Other resources 10 simple activities to encourage physical activity in the classroom ○ Integrating Physical Activity into the Complete School Day ○
YAI 2013 May 9, Ways to introduce movement Pairing movement with respiration Movement breaks in the classroom Alternate positioning Short yoga breaks Incorporating more reaching tasks into lessons
YAI 2013 May 9, What we came up with Respiratory boxes: One per classroom A bag for each student Some items are shared by the class
YAI 2013 May 9, Respiratory Boxes Some ideas: Have contests to see who can make the loudest noise, longest noise, most attempts at noises, etc. Keep track and see if you can do better than your last attempt. Use the magic mics to participate in short songs: staff sings/speaks a line and allows each student to finish it (any vocalization is acceptable here), kind of like playing karaoke. Let students pick songs out of a hat by reaching to the sides or diagonally to get to the hat. Bubbles: See how many bubbles you can blow initially. Have contests to see who can blow the most, biggest, etc. Try to blow more at the end of respiratory play. Between the first attempt and last attempt, have students help by dipping the wand, grabbing paper towels to dry hands, etc. Have students reach in every direction (up, down, across body, out to the sides, etc), especially laterally. Pinwheels: See who can get theirs going fastest, longest, or most often. Between first attempt and last attempt, have students pass the pinwheels around the circle by reaching laterally to their friends. Play games where one person starts, and when they stop, the next person starts.
YAI 2013 May 9, Video of 301
YAI 2013 May 9, Your turn!
YAI 2013 May 9, Questions
References Aubrey, A. Deskercise: Staying Jazzed and Focused at School Bly, L. (2011). Components of Typical and Atypical Motor Development. Laguna Beach, CA: NeuroDevelopmental Treatment Association, Inc. Bachman, J.E. and Fuqua, R.N. Management of Inappropriate Behaviors of Trainable Mentally Impaired Students using antecedent exercise. Journal of Applied Behavioral Analysis, vol. 16, No. 4, pp , Dwyer, T., Sallis, J.F., Blizzard, L., Lazarus, R. and Dean, K. Relation of Academic Performance to Physical Activity and Fitness in Children. Pediatric Exercise Science, Vol. 13, pp , Eddy, M. Movement in the Classroom. Move for Health of Body and Mind. Kerby, A. Effects of Breaks on Elementary Students’ classroom Behaviors (master’s thesis). St. Mary’s College of Maryland. Mahar, M.T., Murphy, S.K., Rowe, D.A., Golden, J., Shields, A.T. and Thomas, D.R. Effects of a Classroom-Based Program on Physical Activity and On-Task Behavior. Med. Sci. Sports Exerc. Vol. 38, No.12, pp , Massery M. Multisystem clinical implications of impaired breathing mechanics and postural control. In: Frownfelter D, Dean E, eds. Cardiovascular and Pulmonary Physical Therapy: Evidence to Practice. 5 ed. St. Louis, MO: Elsevier-Mosby; 2012: YAI 2013 May 9,
References Massery M. Asthma: Multi-System Implications. In: Campbell S, Palisano R, Orlin M, eds. Physical Therapy for Children. 4 ed. St. Louis, MO: Elsevier; 2012: Massery, M., Breathing and Upright Posture: Simultaneous Needs, in 26th International Seating Symposium, Vancouver, BC. March 11-13, 2010; Massery M. The patient with multi-system impairments affecting breathing mechanics and motor control. In: Frownfelter D, Dean E, eds. Cardiovascular and Pulmonary Physical Therapy Evidence and Practice, ed. 4. St. Louis, MO.: Mosby & Elsevier Health Sciences; 2006:Chapter 39: Massery MP. What’s positioning got to do with it? Neurology Report. 1994;18(3): Schroeder, R. Importance of Respiration. Taras, H. Physical Activity and Student Performance at School. Journal of School Health, Vol. 75, No. 6, pp , Winslow, K.C. Movement Activities for the Classroom. Integrating Physical Activity Into the Complete School Day. 10 Simple Activities to Encourage Physical Activity in the Classroom YAI 2013 May 9,