Treatment of cleft lip and cleft palate requires a comprehensive plan from birth to adulthood, as reconstruction often involves a series of operations as the child grows. A health care team that specializes in cleft lip and cleft palate is ideal because the condition often affects other areas of a child's health. Specialists on the team may include a:
- Pediatrician
- Plastic surgeon
- Oral surgeon
- Pediatric dentist
- Orthodontist
- Ear, nose and throat doctor (otolaryngologist)
- Auditory or hearing specialist
- Speech therapist
- Genetic counselor
- Social worker
- Psychologist
- Nurse
The goals of treatment are to ensure the child's ability to eat, speak, hear and breathe and to achieve a normal facial appearance. Treatment involves surgery to repair the defect and therapies to improve any related conditions.
Surgery
Surgery to correct cleft lip and palate is based on your child's particular defect. Following the initial cleft repair, your doctor may recommend follow-up surgeries to improve speech or improve the appearance of the lip and nose. Surgeries typically are performed in this order:
- Cleft lip repair — between 10 weeks and 3 months of age
- Cleft palate repair — between 6 and 18 months of age
- Follow-up surgeries — between age 2 and late teen years
For children with cleft palate, ear tubes also may be placed during the first surgery to ventilate the middle ear and prevent hearing loss. Your doctor will determine the optimal timing for all needed surgeries.
Cleft lip and palate surgery takes place in a hospital. Your child will receive anesthesia so he or she won't feel pain or be awake during surgery. Many different surgical techniques and procedures are used to repair cleft lip and palate and reconstruct the affected areas. In general, procedures may include:
- Cleft lip repair. To close the separation in the lip, the surgeon makes incisions on both sides of the cleft and creates flaps of tissue. The flaps are then stitched together. The repair should create a more normal lip appearance, structure and function.
- Cleft palate repair. Various procedures may be used to close the separation and rebuild the hard and soft palate (roof of the mouth). The surgeon makes incisions on both sides of the cleft and uses specialized techniques to reposition tissue and muscles. The repair is then stitched closed, usually along the midline of the roof of the mouth.
- Teethridge bone grafting. If the cleft includes the upper teethridge, bone from another site in the body, such as the leg, shoulder or rib, will be transplanted into the teethridge. The bone will grow and strengthen the ridge so that teeth can grow normally.
Other surgeries may be needed to improve the appearance of the lip and nose. Some children may need jaw surgery.
The scars of a cleft repair are usually positioned in the normal folds of the upper lip and nose. The scars will fade over time, but will always be visible.
Surgery can result in significant improvement in your child's appearance, quality of life and ability to eat, breathe and talk. Possible risks of surgery include bleeding, infection, poor healing, puckering of scars, and temporary or permanent damage to nerves, blood vessels or other structures.
Therapies
Your doctor may recommend additional treatments based on continuing assessment of your child's speech, developmental and cognitive abilities. These may include speech, hearing and psychological therapies.
Emerging treatments
Areas of investigation that may hold promise for the future include:
- In utero repair. Doctors hope that minimally invasive surgical techniques may someday make it possible to repair cleft lip and cleft palate in fetuses before birth. In animal experiments, this type of early repair has resulted in scar-free healing and normal development of the face and skull.
- Tissue engineering. Tissue engineering is a way to replace damaged or diseased body tissues. New tissue is created by developing a sponge-like matrix or scaffold and "seeding" it with stem cells that can grow into the desired type of tissue and with proteins and other molecules that help direct cell growth. Researchers have used this technique to create new bone in the teethridge in people with cleft palate.
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