The Adolescent and the Aging Athlete. Who is the Aging Athlete? Middle Aged 45- 64yrs old Elderly...
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Transcript of The Adolescent and the Aging Athlete. Who is the Aging Athlete? Middle Aged 45- 64yrs old Elderly...
The Adolescent and the Aging Athlete
Who is the Aging Athlete?
Middle Aged 45-64yrs old
Elderly 65-84 Populations 85 years
plus are considered very old
Explosive population for the next several decades
Aging Athlete
Aging is more complex after the age of 65Some changes include:
Neuromuscular changesDecreased reaction timeStrength in muscles, tendons and ligaments
Common Injuries for this Age Group
Subacromial bursitis Adhesive capsulitis Subacromial
impingement syndrome
Trochanteric bursitis Back pathology
Degenerative meniscal tears
Partial tears of the triceps surae
Post traumatic ankle instability
Plantar fasciitis
Other Concerns
Strength, flexibility, balance
Osteoporosis/ osteoarthritis
Rehabilitation Considerations
Similar rehabilitation can be given to aging athletes
Caution and slower progressions should be used
Who is the adolescent athlete?
“period from beginning of puberty until maturity” –Girls: puberty begins at 10-14 years of age
Boys: puberty begins at 12-16 years of age Can be involved in
recreational or organized sport
Posture in Children and Adolescents
Faulty postureRequires repetitive assessment to
accurately record habitual posturesMay not require treatment due to the body’s
ability to realign itself during natural growth
Adolescent Sport Participation
Increased sport participation numbers = higher injury rates Swimming Jogging Basketball Volleyball Weight training
Intrinsic/ extrinsic factors Non-modifiable Modifiable
Prevention
Common Injuries/ Conditions seen in Adolescent Athletes
Epiphyseal plate injury
Apophysitis Fractures Avulsion Fractures Osgood-Schlatter’s Elbow Osteochondritis
dissecans
Swimmer’s shoulder Jumper’s knee Gymnast’s back Little League elbow tendinitis
Bone Growth
Skeletal immaturity Open epiphyseal
plates Skeletal maturity
Closed epiphyseal plates
Sport participation increases during bone growth years
Epiphyseal Plate Injury
Usually distal femoral, distal tibial, or proximal tibial
May produce a disrupted growth plate and cause permanent deformity
Apophysitis/ Avulsion Fracture
Common sites: Ischial tuberosity Pubic tubercle ASIS AIIS Lesser trochanter
MOI: abrupt muscular contraction
DD: muscle strain
X-ray: Rule out iliac crest
fx or avulsion fx Tx:
Fractures/ Dislocations
Upper extremity: Clavicle Proximal humorous
(stress fx) Wrist Scaphoid, TFCC
Elbow dislocations Single occurrence
Shoulder Instability
Rehabilitation Considerations
Skeletal immaturityProper treatment can allow for full healingMay require surgery if complications arise