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Cleft Lip and Cleft Palate Yağmur AYDIN MD, Professor University of Istanbul, Cerrahpaşa Medical Faculty Plastic,Reconstructive and Aesthetic Surgery Department.

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Presentation on theme: "Cleft Lip and Cleft Palate Yağmur AYDIN MD, Professor University of Istanbul, Cerrahpaşa Medical Faculty Plastic,Reconstructive and Aesthetic Surgery Department."— Presentation transcript:

1 Cleft Lip and Cleft Palate Yağmur AYDIN MD, Professor University of Istanbul, Cerrahpaşa Medical Faculty Plastic,Reconstructive and Aesthetic Surgery Department

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5 Parents are worried about  Is it possible to be normal with treatment?  Why did happened, Who has fault?  How should I feed my baby?  What about my future childern?

6 Cleft lip and palate is result from failure of embryonic processes  Frontonasal process Nose Prolabium  Maxillary processes on each side Remainder of upper lip on each side

7 History It is known from old times  extends back as far as 3000 BC  Egyptian mummies  Grek comedian statue (BC 7-4. century)  First succesful cleft lip repair in China (AD 390)  First detailed description by Yperman ( )  Cotton, silver and lead use to close the palate byFranco (1561)  First modern surgery by Mirault in1844 “cross flap”  Various flaps using triangle, qudrangle and curves  Surgery based on embryologic development Veau (1936)  Tension, Millard repairs (mid 20 th century)

8 Problems in Cleft Lip  Cosmetic  Dental  Speech  Swallowing  Hearing  Facial growth  Emotional

9 Epidemiology  The second most common congenital anomaly  Affects 1in 750 births  The incidence of cleft lip/palate varies among different populations  The most common in asians (1:500)  In whites(1:750)  The lowest in blacks (1:1000 or less)  Cleft lip more often in boys (left side)  Isolated cleft palate more often in girls  Young mothers are less risky

10 Epidemiology-II  Unilateral or bilateral  Complet or incomplet  Only cleft lip, cleft lip and palate or isolated cleft palate  Distribution (Fogh-Anderson, 1942)  Cleft Lip% 25  Cleft and palate %50  Cleft palate% 25

11 ETIOLOGY (Multifactorial)  Genetic factors(% 25-40) Otozomal ressesive  Environmental factors(% 60-75)

12 Genetic Factors (Otozomal Ressesive)  First child has anomaly  Probability of second child % 4  Probability of third child % 10  Two childern have anomaly  Probability of third child % 20  Mother or Father has anomaly  Probability of first child % 5  Both mother and father have anomaly  Probability of first child % 25

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14 Environmental factors(% 60-75)  Mothers sickness during first trimester (viral infections)  Cronic diseases ( Diabetes Mellitus etc.)  Drugs (tranquilizer, hipnotics, sedatives, cortizon, etc)  Smoking  Aspirin  X Rays

15 Classification  Based on alveolar arcus (Davies- Ritchie 1922)  Prealveolar (cleft lip)  Postalveolar (cleft palate)  Transalveolar (cleft lip and palate)  Based on embryologic development (Kernehan-Stark 1958)  Primary cleft palate (anterior to incisive foramen)  Secondary cleft palate (posterior to incisive foramen)

16 Embryology Primary Palate Forms during 4th to 7th week of Gestation Defect anterior to incisive foramen prepalatal alveol, maksilla, lip, nose and palatine bone  Unilateral or bilateral  Cleft severity varies  Complet ( all skin, muscle, mucosa, maksillary and nasal bones, nasal cartilages)  Incomplet (intact nasal sill, minimally seperated, only small scar)  Secondary Palate Forms in 6th to 9th weeks of gestation  Palatal shelves change from vertical to horizontal position and fuse  Tongue must migrate antero-inferiorly  Face is formed at intrauterin at 10th week

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18 Face Devolopment  Frontonasal process medial nasal median palatal process  lateral nasal  Maksillary processes lateral palatal process  Mandibulary process

19 Face Devolopment

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21 Palate Devolopment  Primary palate median palatin processes premaksilla  Secondary palate lateral palatin processes

22 Palate Devolepment(6-12. Weeks)

23 Palate Devolopment (6-12. Weeks)

24 NORMAL LIP MUSCULAR ANATOMY CLEFT LIP ANATOMY

25 Problems in Cleft Lip and Cleft Palate Feeding Frequent upper respiratuary tract infection Frequent gas regurtation Otitis media Nasal regurtation of food Aspiration pneumenia Growing retardation Other anomalies Psycological problems (family)

26 Cleft lip and palate treatment team  Surgeon experienced in cleft management  Pediatrist  Orthodontist  Pediatric Otorhinolaryngologist  Pediatric dentist  Geneticist  Spech Terapist  Social Worker  Nurse experienced in cleft problems

27 Feeding Rules  Swallowing is not impaired, oral feeding is possible  Bottle feed with additional cross cut in the end  Elastic plastic bottle  Bulb syringe with a nipple  Feeding with a spoon  The child should be held in a head-up position at about 45 º during and after feeding  Lateral position during sleeping

28 When to Operate Generally (Rules of 10’s)  Weight > 10 pound (4500 gr)  Hb > 10 gr  Age > 10 weeks Cleft lips between 3-6 months Cleft palate between months (preferred before speech devolops)

29 Cleft Lip Treatment  Cleft lip  Mikroform cleft lip  Unilateral cleft lip  Bilateral cleft lip  Associated nasal deformity is classified as mild, moderate or severe  Alveolar arc position evaluated. If necessary “presurgical maksiller orthodontics” applied

30 Presurgical Orthodontics Start first or second weeks after delivery

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32 Operation technique in Microform cleft (Straight line closure)

33 Surgical technique for unilateral cleft lip (Millard Rotation-Advancement)

34 Surgical technique for unilateral cleft lip (Tennison Triangular Flap)

35 Surgical technique for unilateral cleft lip and palate Millard techniques provides primary lip and nasal repair. It is possible “gingivoperiostoplasy” after “Presurgical maksiller ortopedics”

36 Pre -Orthodontic treatment After 3 months of Grayson molding plate application

37 A.M.Kul, right unilateral primary and secondary cleft palate Pre -Orthodontic therapy After 3 months of Grayson molding plate application

38 Postoperative 6 months

39 Postoperative 1,5 years

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48 Bilateral Cleft Lip  More complex and difficult to treat  Projectil premaksilla  Broad and flared nasal tip  Prolabium  Short columella or absent columella  Incomplet or complet  It is important to retropositon the premaksilla with presurgical orthopedic treatment  Surgical techniques used for unilateral cleft lip repair are used for bilateral cleft lip repair in one or two stage operation (Millard, Tennison...)

49 Treatment of Premaksilla  Lip repair or “Lip-adeshion”  Elastic traction ( with a Head Bonnett)  Premaksillary retantion (Latham)  Nazoalveoler molding (Grayson)  Surgical premaksilla excision or set-back (severe maxillary retrusion)

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53 Bilateral Incomplet Cleft lip Operation Technique Millard (Two stage)

54 Bilateral Incomplet Cleft lip Operation Technique Straight Line Closure (One stage)

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58 Cleft Palate

59  Palate and palatal muscles close the velopharengeal valve  Velofarengial closure can not be done in cleft palate patient.  Patient can not create intraoral pressure  Feeding and speach are effected

60 Anatomy  Soft palate muscles insert on posterior margin of remaining hard palate rather than midline raphe

61  Affects 1/2500 living births  More often in girls  Heredity is less affects  Completeup to incisive foramen İncompleteOnly soft palete cleft Cleft Palate

62 Problems with cleft palate  Feeding  Speech  Hearing and middle ear problems  Additional anomalies (% 30)  Psychological problems

63 Goal of Palatal Repair  Understanble speech  No maxillary retrusion  No hearing problem  Good occlusion

64 Submucous Cleft Palate  Anatomic problem  Muscles are not fused middle of palate (muscular diastasis)  notch at the back of the hard palate  Bifid uvula  persistentear disease  swallowing difficulties  Mostly asymptomatic  % 15 velopharengeal insufficiency  Short soft palate  Limited motion  Easy to get tired while speaking  When light goes through nose, light can be seen from oral side  It is not necessary surgical treatment until child growth enough to cooperate

65 Treatment of Submucous Cleft Palate  Submucous cleft palate only requires surgery if it is causing problems for the individual  The most common reason for treating a person with a submucous cleft palate is because of abnormal, nasal-sounding speech

66 Palatoplasty Technique

67 “Double opposing Z Plasty” Von Langenback Method Surgical treatment of isolated cleft palate

68 Pierre Robin Sequence  Micrognathy  Glossoptosis  Airway obstruction Cleft palate( % 50 ) Breathing and feeding problem

69 Complications  Acute Period  bleeding,  Airway obstruction  Infection  Wound seperatiom  Late  maksillary hipoplasia, dental oklusion problems)  Hearing problems  velopharyngeal insufficency  Fistula formation

70 Cleft lip and palate treatment time table

71 Velopharyngeal Insufficency The inability of the velopharyngeal sphincter to sufficiently separate the nasal cavity from the oral cavity during speech  Speech problem  (hypernasality, nasal emission, consanant production difficulty, decrese in voice strength and short phrases)  swallowing problems

72 Treatment of Velopharyngeal Insufficency  Patient should evaluate by speech terapist before any treatment  Nasendoscopic evaluation and Multiview videofluoroscopy is importany diagnostic tests  Goal is to provide normal velopharyngeal anatomy

73 Pharyngeal wall motion. A: Frontal view of the oropharynx showing gradations of medial motion of the lateral pharyngeal walls. 0 = no motion, 5 = maximal motion to the midline. Pharyngeal wall motion. B: Markings for a proposed tailor-made pharyngeal flap. The 2.5 cm width is one half the width of the posterior pharynx5 and would be appropriate for a patient whose pharyngeal wall motion ranges from 3–3.5.

74 Surgical Treatment of Velopharyngeal Insufficency  Pharyngeal Flaps (Superior, inferior pedicled)  Pharyngoplasty (Hynes, Orticochea)  Soft palate lengtening and levator muscle repair  Posterior wall augmentation (teflon, proplast)

75 Other Operations  Fistula Repair  Velopharyngeal Insufficency correction (5 yeras)  Secondary Onarımlar (preschool age)  Alveolar bone grafting (before canine theth eruption)  Orthodontic Surgery (12-14 years)  (Le-Fort I Maksillary osteotomy, Mandibular split ramus osteotomy)  Rhinoplasty (16-18 years)

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77 Thank you for your Attention


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