Mobility_student ppt PDF
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Thomas Jefferson University
Jennifer King
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This presentation discusses mobility in pediatric patients, focusing on conditions like developmental hip dysplasia and scoliosis. It covers key concepts, objectives, growth and development principles, and therapeutic management approaches.
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Concept: Mobility Pediatric Patient NU 495 J E N N I F E R K I N G , M S N, R N, C B C Concept: Mobility C O N C E P T UA L D E F I N I T I O N: “ S TAT E O R Q UA L I T Y O F B E I N G M O B I L E O R M O VA B L E ” ( H U E T H E R & M C C H A N...
Concept: Mobility Pediatric Patient NU 495 J E N N I F E R K I N G , M S N, R N, C B C Concept: Mobility C O N C E P T UA L D E F I N I T I O N: “ S TAT E O R Q UA L I T Y O F B E I N G M O B I L E O R M O VA B L E ” ( H U E T H E R & M C C H A N C E , 2 0 1 0 A S C I T E D I N G I D D E N S , 2 0 1 3 , P. 2 3 9 ) EXEMPLARS D E V E L O P M E N TA L D Y S P L A S I A O F T H E H I P SCOLIOSIS Objectives Integrate principles of growth, development, and safety when planning care for a child requiring braces, casts, traction, and surgery Identify clinical manifestations of conditions of the hip or spine that would impact a child’s mobility Devise an individualized nursing plan of care for a child with a musculoskeletal disorder involving the hip or spine Basic Pediatric Principles Related to Musculoskeletal Development Muscles All present at birth Grow in length and mass Muscle mass accounts for 25% of total body weight in infants Adults muscle mass is 40% of TBW Most rapid growth occurs during adolescence Ligaments and tendons Stronger than bone until puberty Tendons grow in length as a result of pressure Restricted mobility = restricted growth potential Basic Pediatric Principles Related to Musculoskeletal Development Bones All bones present at birth Ossification continues throughout adolescence More porous, pliable Less dense Cartilage gradually replaced at epiphysis Growth happens at the epiphysis plate Bone healing is rapid Developmental Hip Dysplasia Developmental Dysplasia of the Hip (DDH) Improper alignment of the femoral head and the acetabulum creating instability in the hip. Developmental Dysplasia of the Hip (DDH) Etiology Genetic predisposition May happen early during fetal development Mechanical forces late in pregnancy The hip can only develop Pathophysiology normally if the femoral head is properly maintained within the Hip instability acetabulum Subluxation Complete dislocation Developmental Dysplasia of the Hip (DDH) Dysplasia of the hip Acetabulum is shallow or sloping Continued dislocation or subluxation can lead to complications Avascular necrosis of the femoral head Hip instability Limited ROM Palsy of the femoral nerve Early onset of osteoarthritis Developmental Dysplasia of the Hip (DDH) Clinical manifestations Limited abduction Asymmetry of the gluteal and thigh folds Developmental Dysplasia of the Hip (DDH) Physical assessment on all Diagnostic testing NBs conducted to evaluate for hip Allis sign instability Barlow and Ortolani maneuvers 6 months of age Developmental Dysplasia of the Hip (DDH) Therapeutic Management Goal: Maintain the hip joint in reduction allowing the femoral head and acetabulum to develop properly Developmental Dysplasia of the Hip (DDH) Maintains the hip Clinical therapy in flexion and Newborn to 6 months abduction Pavlik harness: Prevents extension & adduction > 6 months Bryant traction Closed reduction and spica cast Developmental Dysplasia of the Hip (DDH) Sophie is a 2-week-old infant born vaginally in a breech presentation. Prior to discharge she was noted to have hip instability. At today’s follow-up appointment, it is recommended to receive diagnostic studies to confirm the diagnosis of developmental hip dysplasia and begin treatment as soon as possible to promote proper development. What diagnostic test Diagnosis of DDH is would Sophie receive at confirmed. What course of this point? treatment is expected? Subluxation Pavlik of the right Harness hip Developmental Dysplasia of the Hip (DDH) Parent/Family Education Priority Teaching Points Growth & Safety Developmen t What concepts would Mobility Skin Perfusion you focus on? integrity Pavlik Harness Nursing Considerations Safety Perfusion Skin Integrity Neurovascula Positioning Assess skin r checks under straps Onesie & No knee/thigh Assess skin swaddling socks under folds harness Adjustmen t of straps Car seat Diaper under by Keep skin safety harness specialist clean & dry only Developmental Dysplasia of the Hip (DDH) Growth & Educatio Mobility Developmen n t Move legs & Keep on for arms freely Move legs & prescribed arms freely hours/day Encourage Straps adjusted activity by specialist Q1- 2 weeks Tummy time Compliance & Follow-up appts Pavlik Harness Nursing Considerations Priority nursing considerations Pavlik harness Neurovascular checks Assess skin integrity Developmentally appropriate play Tummy time Parent education Worn for 23 hours/day at first Proper fit Readjustment of straps q1-2 weeks Shirt & diaper under harness Think Like a Nurse Parent/Family Education Priority Teaching Points Elimination Pain control patterns Development al play & Cast Care & support Perfusion Skin integrity Developmental Dysplasia of the Hip (DDH) Key Bryant traction Points Spica cast Ensure correct weight used Cast care concerns Never remove/add weight Frequent position changes Assess body alignment & Supine & prone pressure points Never use the bar for Medicate for pain and muscle positioning spasms Pain control Spica Cast Nursing Considerations Perfusio Skin Pain n integrity Acetaminophe Neurovascular Cast care: n or IBU checks petal/ soft edges Handle with palms of hands Keep skin Nothing in the clean & dry cast Spica Cast Nursing Considerations Growth & Elimination Developme nt Diaper under cast Tummy time Safety Change diaper Age- frequently appropriate Car seat play Injury prevention Developmental Dysplasia of the Hip (DDH) Abductor brace Worn for approximately 2 months after spica cast removed Support and ensure healing Scoliosis Scoliosis Complex deformity of the spine Lateral S or C curvature >10° is abnormal Etiology Idiopathic Lateral curve with vertebral rotation Occurs most often during adolescence Congenital Acquired Scoliosis What concerns may the nurse have regarding significant Pathophysiology curvature? Structural changes occur as a result of curvature Ribs on the concave side are forced together Ribs on the convex side separate Respiratory CV Narrowing of the vertebral canal Pain Scoliosis Clinical manifestations Truncal asymmetry Uneven shoulder height Prominent scapula One-sided rib hump Scoliosis Diagnostic testing Inspection Early detection lessens deformity Goal: Stop progression of curve Scoliometer X-ray Most definitive Screenings Screened every 6-9 months Scoliosis What is this Clinical therapy teenager’s biggest concern? Mild: curvatures of 10-20° Exercise Follow-up evals Moderate: curvatures of 20-40° Prevents further curvature Boston brace Biggest issue is 23 hrs/day COMPLIANCE Scoliosis Severe: curvatures of >40° Surgery Spinal fusion Harrington rod Purpose Stabilize the spine Scoliosis Let’s plan our nursing care for a 13-year-old patient preparing for spinal fusion due to a spinal curvature of 50° due to scoliosis. What would be the nurse’s priority concerns? Educate Prepare for what is to Answer come questions Scoliosis As the nurse receiving the 13-year-old patient from the OR after spinal fusion and placement of the Harrington rod, what are your priority nursing concerns and interventions? Pain assessment Assess dressing & VS and drains neurovascular checks C/DB Position changes = Monitor for Log Rolling infection Scoliosis Nursing considerations Pre-operative Preparation for what to expect Post-operative Nursing Care Pain control Neurovascular checks Coughing & deep breathing Position changes Activity will gradually increase Pre-medicate for activity A school health nurse is screening for scoliosis. Which finding would the nurse assess for? 1. Prominent scapula 2. Allis sign 3. Evenness in arm length 4. Alignment of shoulders over hips A young child has just returned from surgery in a spica cast. The priority nursing intervention would be which of the following? 1. Elevate head of bed. 2. Check circulation. 3. Turn to right side. 4. Offer sips of water. Which of the following is appropriate for the nurse to include in parental education regarding the Pavlik harness? Select all that apply. 1. Apply lotion or powder to minimize skin irritation. 2. Put clothing under the harness for maximum effectiveness of the device. 3. Check at least two or three times a day for red areas under the straps. 4. Place a diaper over the harness, preferably using a thin, superabsorbent, disposable diaper. Thank You Questions? References Adam Medical Encyclopedia. (2013). Legg-Calve Perthes Disease. Retrieved from http://www.ncbi.nlm.nih.gov/pubmedhealth/PMH00 02244/ Blanco, J.S., Doyle, S.M., Scher, D.M., Sink, E.L., Widman, R.F. (2012). Developmental hip dysplasia: Overview. Retrieved from http://www.hss.edu/conditions_developmental-pedia tric-hip-dysplasia-overview.asp International Hip Dysplasia Institute. (2018). Closed reduction. Retrieved from https://hipdysplasia.org/developmental-dysplasia-of- the-hip/child-treatment-methods/closed-reduction/ References London, M.L. Ladewig, P.A.W., Davidson, M.R., Bal, J.W., Bindler, R.C.M., and Cowen, K.J. (2014). Maternal and Child Nursing Care (4th ed.). Upper Saddle Rive, NJ: Pearson. Ricci, S.S., Kyle, T., and Carman, S. (2017). Maternity and pediatric nursing (3rd ed.). Philadelphia, PA: Wolters, Kluwer, Lippincott, Williams, and Wilkins. Sommers, S., Johnson, J., Roberts, K., Redding, S.R., Churchill, L., Elkins, C.B., and Roland, P. (2013). RN nursing care of children: Content mastery series review module (9th ed). Assessment Technologies Institute