Frontonasal
encephalocoele
Redundant brain tissue is removed and the cranial base reconstructed.
The eye sockets are moved closer together and the soft tissue
reconstructed.
Typically the nose is long and this may require later correction.
|

|
|
|
Basal
encephalocoele
In this case the brain was present in the roof of the mouth.
Craniofacial principles were used to repair the cranial base
and brain herniation.
|
 |
|
|
Hemifacial
microsomia
We have a protocol of management at various stages of growth
depending on the degree of deformity. Any tissue derived from
the first and second branchial arch may be affected including
the ear, the lower jaw, facial nerve and parotid gland.
We reserve distraction for cases of airway compromise. Microtia
reconstruction and orthognathic surgery at the completion
of growth along with soft tissue augmentation is sometimes
required.
|
 |
|
|
Rombergs disease
Rombergs disease is an atrophy of facial tissue that progresses
over a decade or more.
It can affect the skin surface and all layers right through
to the bone. Although many advocate delaying treatment until
the disease has burnt out, I prefer to intervene in severe
cases to minimise psychological distress.
|
 |
|
|
Thyroid
opthalmopathy (Graves disease)
This autoimmune disease causes an increased volume of muscle
and fat tissue within the eye socket. This causes a proptosis
of the globe with aesthetic disturbance and pain due to corneal
exposure. The orbital volume can be enlarged to accommodate
the increased fat and muscle tissue. In extreme cases the
brow may be advanced forward to give better eyelid coverage
over the globe. I operate on several cases each year.
Reference:Modified transconjunctival osteotomies
for exorbitism in Graves opthalmopathy. Davis C.
In Wolfe. A (Ed) Craniofacial Surgery 12; 259-61, 2007
|
 |
|
|
Craniofrontonasal
dysplasia
Also previously known as Cohen syndrome. A coronal craniosynostosis
is present and this is treated in the first year of life.
The eyes are widely spaced (hypertelorism) and this is corrected
using a facial bipartition at about age 8.
The maxillary occlusal plane is often convex and this is
corrected concurrently. Frequently the nasal tip is very broad
or bifid and this is also corrected. |
 |
|
|
Treacher
Collins syndrome
Craniofacial interventions in Treacher Collins syndrome include
bilateral ear reconstruction, shortening the vertical maxillary
height and nasal length, advancing the mandible and point
of the chin, and augmenting the cheek bone and lateral orbital
regions.
Treatment is individualized according to individual needs.
|
 |
|
|
Microopthalmia
The eye reaches adult size at about age 3. If the eye does
not grow, the eye socket remains small.
We start expanding the eye socket at a very early age so
as to produce a normal looking eyelid. The eye is replaced
with a prosthesis. |
 |
|
|
Neurofibromatosis
There are a wide variety of ways the craniofacial region
may be affected by the various types of neurofibromatosis.
The example shown is a mild variant of cranioorbital neurofibromatosis.
In more extreme variants the eyesight is lost and the bone
at the rear of the eye socket is missing producing a bulging
and pulsatile eye (pulsatile exopthalmos). |
 |
|
|
Nasal
dermoid
During normal development brain tissue is present at the
nasal tip and sometimes remnants may remain. It is very important
to ensure there is no intracranial communication before removing
certain lesions on the nose as CSF leak and meningitis may
occur.
The example shown here shows a child with a heminasal hypoplasia
and a dermoid connecting through the skull base with the brain.
I removed this through a transcranial approach.
Click here to read about another case
>> |
 |