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Pediatric Tympanoplasty
Incisions and Decisions
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Tympanoplasty most common otologic procedure in children
focus on success rates should focus on decision making timing of surgery technique Eustachian tube health
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Tympanoplasty pediatric tympanoplasty differs from adult:
etiology growth importance of audition surgical results are variable experiential data
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Definitions myringoplasty tympanoplasty mastoidectomy drum middle ear
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Tympanic Membrane Healing
normal healing epithelialization contraction growth inhibition
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Tympanic Membrane Healing
normal healing epithelialization contraction growth inhibition
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Tympanic Membrane Healing
normal healing epithelialization contraction growth inhibition
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Tympanic Membrane Perforation
middle ear needs aeration ET dysfunction recurrent OM foreign body
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Tympanic Membrane Perforation
middle ear needs aeration ET dysfunction recurrent OM foreign body
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Tympanoplasty set-up for normal repair initiate epithelialization
diminish obstacles guide edges
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Tympanoplasty set-up for normal repair initiate epithelialization
diminish obstacles guide edges
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Tympanoplasty set-up for normal repair initiate epithelialization
diminish obstacles guide edges
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Top Ten Tympanoplasty Tips
1. upper respiratory system 2. define the outcome 3. age 4. otorrhea 5. characteristics affects decisions 6. mind the jugular 7. material 8. pull-up don’t push-up 9. craniofacial anomalies 10. durability results from decisions
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1. Upper Respiratory System
ear is a component Eustachian Tube mucosa allergy irritative environmental immunologic
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Middle Ear Ventilation
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Contralateral Eustachian Tube
best predictor of success generally paired system ½ Pressure ½ Pressure Pressure with swallowing
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2. Define Outcome quality of life otorrhea hearing preservation
restoration
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“Successful” Tympanoplasty
surgeon intact drum no morbidity patient/family ability to swim symptom resolution improved hearing keratin growing from umbo into Right Ear Perforation, 8 year old boy
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Morbidity taste disturbance ear sticks out noticeable scar pain
allergic reaction hearing loss facial palsy
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Morbidity
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Relative Contraindications
asymptomatic perforation unfit for surgery repeated failures unfavorable conditions unstable contralateral ear cleft palate(?) smoking 13year old, stable dry perforation, ++++ anxiety about operations
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3. Age age is the only factor which affects rate of success in children
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3. Age 4 year old, no OME burned by arc welding spark age is the only factor which affects rate of success in children no it’s not! 11year old, CLP, bilateral CSOM, failed repair
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3. Age age is the only factor which affects rate of success in children no it’s not! percentage of success 5 10 15 20
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3. Age age is the only factor which affects rate of success in children no it’s not! yes it is!!
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3. Age age is the only factor which affects rate of success in children no it’s not! yes it is!!
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4. Otorrhea is the otorrhea causing the perforation?
11year old, CLP, bilateral CSOM, failed repair is the otorrhea causing the perforation? is the perforation causing the otorrhea?
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Middle Ear Physiology? Temperature 38oC Temperature 5oC Humidity 85%
30%
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Middle Ear Physiology? Temperature 21oC Temperature 19oC Humidity 49%
47%
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5. Characteristics of the Perforation
size, position, revision and tympanosclerosis don’t impact success impact selection of: technique material timing of OR
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Characteristics difficult characteristics revision
total/subtotal TM perforation anterior marginal perforations tympanosclerosis
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Lateral Graft Tympanoplasty with Alloderm
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Lateral Graft Tympanoplasty
equal closure rate “better” closure of air/bone gap
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6. Mind the Jugular Vein elevating the annulus right > left
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Mind the Jugular Vein elevating the annulus right > left
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Mind the Jugular Vein elevating the annulus right > left
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7. Choosing Materials temporalis fascia tragal perichondrium
tragal cartilage allografts Alloderm (human dermis) Surgysis (porcine sub-mucosa) anterior inferior
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7. Choosing Materials temporalis fascia tragal perichondrium*
tragal cartilage* allografts Alloderm (human dermis) Surgysis (porcine sub-mucosa) anterior inferior
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Butterfly Graft Tympanoplasty
case selection: <1/3 of drum minimal contact with malleus advantages fast efficacious
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Forming the Graft tragal cartilage one side with perichondrium
form it into the shape of a ventilation tube
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Forming the Graft tragal cartilage one side with perichondrium
form it into the shape of a ventilation tube
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Forming the Graft tragal cartilage one side with perichondrium
form it into the shape of a ventilation tube
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Butterfly Graft Tympanoplasty
great technique to have in your arsenal
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8. Pull-Up Don’t Push Down
gelfoam causes middle ear fibrosis reduced aeration? prefer to suspend graft clips pegs
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8. Pull-Up Don’t Push Down
gelfoam causes middle ear fibrosis reduced aeration? prefer to suspend graft clips pegs
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8. Pull-Up Don’t Push Down
gelfoam causes middle ear fibrosis reduced aeration? prefer to suspend graft clips pegs
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Pegged Graft
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Lifting the Tympanic Membrane
standard 12 to 6 tympanomeatal flap
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Lifting the Tympanic Membrane
graft pulled into a straight line to peg
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Lifting the Tympanic Membrane
standard 12 to 6 tympanomeatal flap extended flap for inferior perforations
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Lifting the Tympanic Membrane
graft pulled into position for coverage
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9. Craniofacial Anomalies
no difference in success rates!! big difference in canal anatomy big difference in decisions when to operate operate later (surgical bias) actual success rate by age is the same
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10. Durability all about decisions technique material
timing of operation desired outcomes
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Bonus Tip watch this space!! tissue engineering
application in the eardrum in use hyaluronic acid/fat graft growth factor and gelfoam
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Conclusions understand patient’s: each ear is different needs
expectations anatomy physiology each ear is different “Ether Day” (October 16, 1846) by Robert C. Hinckley
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