Alveolar cleft – Alveolar cleft is a term used to describe the bony defect or gap seen in a cleft palate. Cleft palate occurs in approximately one in 700 live births. The alveolar process of the palate is a thick ridge of bone that holds the tooth sockets that bear teeth. In humans, the tooth-bearing bones are the maxilla and the mandible. On the maxilla, the alveolar process is a ridge on the inferior surface, and on the mandible it is a ridge on the superior surface. Cleft palate or alveolar cleft can occur as complete (soft and hard palate) or incomplete (a ‘hole’ in the roof of the mouth). When cleft palate occurs, the uvula is usually split and there can be malformed, rotated, or missing permanent teeth. An alveolar cleft is generally repaired between the ages of 8 and 12 when permanent teeth begin to develop. Secondary bone grafting is now the preferred method of treatment. Various sites for bone grafting have been used, including iliac crest, cranium, tibia, rib, and mandible. The procedure involves grafting of bone into the defect, and closure of the communication from the nose to the gum tissue. Grafting may also be performed in teenagers and adults as an individual procedure or combined with corrective jaw surgery. An alveolar cleft is the result of abnormal primary palate formation seen in the fetus, during weeks 4 to 12 of gestation. The primary goal of this procedure is to repair and close the communication between the mouth and nose and to allow for the proper eruption of the vital permanent front teeth (incisors and canines).
Baclofen pump – A baclofen pump is a surgically implanted device used as a drug delivery system. Just as diabetic patients benefit from insulin pumps, patients with severe muscle tightness or spasticity can benefit from a baclofen pump. The medicine (baclofen) is pumped into the spinal fluid. The pump is refilled at home by a nurse or in the doctor’s office every few months.
Botox injections – intra-muscular injections of botulinum protein which temporarily relaxes spasticity in skeletal muscle. Used to treat tight muscles in children with cerebral palsy and adults with spasticity from stroke, dystonia, brain or spine injury or multiple sclerosis. Cosmetically, it can be used to relax abnormally “tight” facial muscles.
Brachial plexus injury – Brachial plexus injury may result in facial weakness, weakness of the neck, arm or hand. Usually improves over time with physical therapy. Brachial plexus injury may be permanent in some cases.
Brachial plexus repair – repair of a network of nerves in the neck and axilla, composed of the anterior branches of the lower four cervical and first two thoracic spinal nerves and supplying the chest, shoulder and arm. Brachial plexus injury can be a result of a difficult birth or due to a traction injury of the arm or shoulder.
Brachycephaly – abnormal flattening, usually positional, of the skull bones. Brachycephaly may be described as anterior or posterior, if it occurs in the front or in the back of the head. Brachycephaly is an abnormal head shape usually caused by positional deformation or molding of the baby’s soft cartilaginous skull bone. On rare occasion, it can be caused by craniosynostosis.
Cerebral palsy (CP) – a disorder usually caused by brain damage at or before birth. CP may involve muscular impairment and spasticity. Often accompanied by poor coordination, it sometimes involves speech and learning difficulties. CP is occasionally associated with craniofacial disorders.
Chiari malformation and decompression – Chiari malformation is a disorder that involves the back of the brain and skull. There are several theories about how and why Chiari malformations develop. Some doctors believe that Chiari malformation develops in utero, while the fetus is developing. Other doctors believe that a Chiari malformation is acquired, or develops over time. Very often, after a head or neck injury, a Chiari malformation is diagnosed. While a CT scan can show some brain deformities, a MRI is best for ruling out or showing a Chiari malformation. A Chiari decompression is a surgical removal of the posterior and inferior occipital bone and overlying dura. This procedure is done to remove pressure on the underlying cerebellum, as found in patients with Chiari malformation. In some patients, just enlarging the foramen magnum (the big hole at the bottom of the skull) is all that is needed. In other patients, the covering of the brain, called the dura, is opened and a patch inserted. This is just like sewing a patch into tight pants or jeans to open up the space and allow more room!
Chromosomal and metabolic abnormalities – disorders affecting the chromosomes (genes) and the biochemical, metabolic processes within the body. May be a cause of certain craniofacial disorders.
Cleft Lip – A cleft is a fissure or gap. Cleft lip (cheiloschisis) and cleft palate (palatoschisis), also can occur together as cleft lip and palate, and are variations of a type of clefting congenital deformity caused by abnormal facial development during gestation. It is the non-fusion of the body’s natural structures that form before birth. Approximately 1 in 700 children born have a cleft lip and/or a cleft palate. Clefts can also affect other parts of the face, such as the eyes, ears, nose, cheeks, and forehead. A cleft lip or palate can be successfully treated with surgery, especially so if conducted soon after birth or in early childhood.
Cleft Palate – A cleft is a fissure or gap. It is the non-fusion of the lip and/or bony palate. Cleft lip (cheiloschisis) can occur alone, or with an associated cleft palate. Both are variations of a type of congenital deformity caused by abnormal fetal, facial development. Approximately 1 in 700 children born have a cleft lip and/or a cleft palate. Clefts can also affect other parts of the face, such as the eyes, ears, nose, cheeks, and forehead. A cleft lip or palate can be successfully treated with surgery, especially so if conducted soon after birth or in early childhood.
Computed tomography (CT) – a series of x-rays used to image or view internal bodily structures, including the brain and spine. A series of cross-sectional scans are made along a single axis of a bodily structure and then a computer generated, three-dimensional image of that structure is created. For questions about the amount of radiation exposure for each CT scan, please see the websites listed below.
Congenital malformations – malformations that can occur during birth and development. Congenital malformations can be genetically related. Congenital malformations may be mild or severe, and can sometimes be diagnosed in utero (during pregnancy).
Coronal suture – the coronal suture is the space or gap between the frontal and parietal bones of the skull. A suture is the fibrous space between the bones of the skull. Where two bones meet, there is a suture or soft space. Occasionally, these soft spaces become abnormally “calcified” or stuck together. This is called craniosynostosis.
Coronal synostosis – Craniosynostosis is the abnormal fusion, calcification or “sticking together” of the sutures. Coronal synostosis is the abnormal fusion of the coronal suture of the skull. When on one side of the skull it is called unilateral coronal synostosis. When on both sides of the skull, it is then called bilateral coronal synostosis.
Cranial nerve disorders – disorders that occur in the cranial nerves (which may affect the face, nose, eyes, mouth, neck and tongue.)
Craniofacial deformities – anomalies involving the cranium (head/ skull) and/ or the face. Children and adults with craniofacial abnormalities are usually evaluated at multi-disciplinary, craniofacial team centers. Craniofacial teams provide comprehensive care for children, or adults, and support for their families. To schedule an appointment with our Craniofacial Team, please call our office.
Craniofacial disorders – congenital anomalies of the skull or face, usually due to congenital or genetic factors.
Craniosynostosis – premature ossification (calcification and closure) of the skull and of the sutures. Craniosynostosis can cause mild to severe skull and facial deformities. Most children with craniosynostosis have normal IQ’s and neurological function. Most of these children have excellent cosmetic results after corrective surgery. All children with craniosynostosis should be treated, because if untreated, craniosynostosis can lead to progressive deformity with neurological and developmental impairment and disabilities. Some children can develop high pressure in their heads; this high intracranial pressure is usually relieved when the sutures are surgically released.
Dysraphism/ Spina Bifida – a congenital defect where the spinal column is imperfectly closed so that part of the meninges or spinal cord can protrude, often resulting in neurological disorders. There are many different types of spina bifida. Some children are diagnosed in utero (pre-natally) while others may not be diagnosed until they are adults! There are many forms of spina bifida, from mild to severe. The Spina Bifida Association and the Spina Bifida Resource Network are excellent resources for children with spina bifida and their families. Most people who have spina bifida develop tethering of their spinal cord that may be corrected at birth, or may be corrected later in life. Some patients with spina bifida also have hydrocephalus. In some cases, children may be born with spina bifida that involves the head, face or neck.
Electroencephalography (EEG) – a study of the electrical activity of the brain. EEG’s are performed by measuring electric potentials, using electrodes which are usually attached to the scalp. EEG’s are done for children and adults with epilepsy.
Electrophysiological monitoring – the monitoring of electrical signals which travel through the brain and spinal cord.
Encephalopathies – any of the various diseases of the brain.
Endoscopic surgery – surgery involving the placement of a thin-walled tube (endoscope) into an organ through a small incision. Endoscopic surgery is usually referred to as “minimally invasive”. Surgery is performed with the assistance of a fiber optic camera and small instruments which can be passed through the thin tube. In the brain, the camera and instruments can be moved around in the ventricles or the spaces around the brain. Endoscopic surgery usually carries the same risks as open surgery, which is the more traditional form of surgery. Endoscopic craniofacial and reconstructive surgery is done through smaller, more cosmetically acceptable incisions.
Endovascular treatment – non-surgical, non-invasive treatment of vascular diseases, including those of the nervous system (aneurysms, arteriovenous malformations, arterial stenosis). Endovascular treatment is usually done in an angiography suite with a specially-trained radiologist and your neurosurgeon.
Epilepsy – any of the various neurological disorders characterized by sudden, recurring attacks of motor, sensory, or personality changes, with or without loss of consciousness, convulsions or seizures.
Goldenhar Syndrome – Initially described in 1952, Goldenhar syndrome (also known as Oculo-Auriculo-Vertebral syndrome) is a very rare congenital, craniofacial syndrome. Goldenhar Syndrome presents as an incomplete development of the ear, nose, soft palate, lip, and mandible. Children may have dermoid cysts, pre-auricular skin tags (tags of skin in front of the ear), and strabismus (one eye turning in or out). The term is sometimes used interchangeably with hemifacial microsomia, although this definition is usually reserved for cases without internal organ/vertebrae disruption. Goldenhar syndrome affects between 1/3500 to 1/26000 live births. Hearing loss may occur and Goldenhar syndrome may be associated with scoliosis.
Haberman nipple/ feeder – a special nipple for babies with cleft lip and/ or palate. May be used in Pierre Robin syndrome.
Hemifacial Macro – and Hemifacial micro-somia – These are the terms used to describe a condition where half or one side of the face is larger or smaller than the “normal” side.
Hydrocephalus – a condition in which there is an abnormal accumulation of cerebrospinal fluid (CSF) in the ventricles of the brain. This accumulation may cause enlargement of the skull and/ or compression of the brain. May be treated with medication in some conditions, but is usually treated surgically by shunts or endoscopic third ventriculostomies. There are many different kinds of hydrocephalus, and almost all forms can be successfully treated. If you have questions about hydrocephalus, please see the following links, or call our office. The Hydrocephalus Association provides support and assistance to patients and their families.
Macrocephaly – a term used to describe a head that is larger than most. There are many possible causes.
Magnetic Resonance Imaging (MRI) – an imaging study which does not involve x-rays. There is NO radiation exposure. A magnetic resonance spectrometer is used to produce electronic images of specific atoms and molecular structures within the body. Commonly used to obtain fine-detailed pictures of the brain, white matter in the brain, spinal cord, and posterior fossa. MRI studies do take more time to perform compared to CT scans. This is why, for children, sedation or anesthesia, is often required. MRI provides better detail of the anatomy, but does not show bone lesions well. Functional MRI can show neurosurgeons and neurologists where functional areas of the brain lie. However, a child usually has to be older than 6 or 7 years old to be able to cooperate with functional imaging studies.
Metopic suture – the metopic suture is the space or gap between the right and the left frontal bones of the skull. A suture is the fibrous space between the bones of the skull. Where two bones meet, there is a suture or soft space. Occasionally, these soft spaces become abnormally “calcified” or stuck together. This is called craniosynostosis.
Metopic synostosis – Craniosynostosis is the abnormal fusion, calcification or “sticking together” of the sutures. Metopic synostosis is the abnormal fusion of the metopic suture of the skull. The metopic suture starts closing at about 4 months of age; if the suture closes early, this is called premature metopic synostosis. Sometimes children will develop a triangular shaped forehead called trigonocephaly, if the metopic suture fuses and closes too soon. Metopic synostosis can be treated with conventional open surgery or with new endoscopic surgical techniques and its associated helmet remodeling.
Microcephaly – a term used for a smaller than normal head size.
Micrognathia – a smaller than normal mandible, or a mandible or jaw bone, that appears small. Can be seen in Pierre Robin sequence/ syndrome and other craniofacial disorders.
Microsomia – an unusual “smallness” or small size of a body part.
Myelomeningocele – a birth defect that causes incomplete closure of the neural tube. The nervous system starts out as a tube of nerve cells with a hollow center. The front (anterior) part of the tube closes and forms the head. The tail end of the tube, the dorsal part, closes about 26 days after conception, and forms the tail end of the spine. Sometimes, errors in closure of the tube occur. Babies may be born with a skin covered opening in the spine, or they may be born with the spinal cord exposed and uncovered. Neurosurgeons usually operate within 48 hours, to close the hole in the spine. Some children with this form of spina bifida also have a tethered spinal cord. Almost all babies with a myelomeningocele develop hydrocephalus. Chiari malformation occurs in most children with myelomeningocele, but this condition may be asymptomatic. If the Chiari malformation is not causing symptoms, most neurosurgeons do not do a Chiari decompression.
Neurocutaneous syndromes – diseases involving the nervous system and skin. Also called phakomotoses, there are many different types of neurocutaneous disorders. Almost all affect the skin and the nervous system. There are mild to severe forms of neurocutaneous syndromes. Some patients with this disorder do require neurosurgery for tumors that develop in the nervous system. While many of these tumors are benign and resectable, some tumors are more malignant and unresectable (cannot be safely removed). Patients with neurocutaneous syndrome need to be followed regularly by their neurologist or neurosurgeon.
Neuronavigation – the identification of neuro-anatomy based on computer guidance and pre-operative MRI or CT images. Neurosurgeons will request a MRI or CT scan to use for mapping out a brain or spinal tumor during surgery. The ability to localize a tumor in the brain assists a neurosurgeon to avoid important areas of the brain used for motor and speech. Sometimes, neuronavigation is used to guide a spine surgery, when screws or other devices need to be accurately placed in the bones of the spine.
Neurophysiological monitoring – evaluation of the physiology and function of the nervous system (brain, brainstem, spinal cord and peripheral nerves). This kind of monitoring can be done before, during or after surgery.
Orthognathic surgery – This procedure is needed when jaws don’t meet correctly and/or teeth don’t seem to fit with jaws. Any of these symptoms can exist at birth, be acquired after birth as a result of hereditary, congenital birth defects, environmental influences, or as a result of trauma to the face. Teeth are straightened with orthodontics and corrective jaw surgery repositions a misaligned jaw. This not only improves facial appearance, but also ensures that teeth meet correctly and function properly. Children who can benefit from orthognathic surgery include those with an improper bite or jaws that are positioned incorrectly. Jaw growth is a gradual process and in some instances, the upper and lower jaws may grow at different rates. The result can be a host of problems that can affect chewing function, speech, long-term oral health and appearance. Orthodontics alone can correct bite problems when only the teeth are involved. Orthognathic surgery may be required for the jaws when repositioning is necessary and is usually performed after a child’s facial bones have completely stopped growing, usually between the ages of 16-18. Many children with other craniofacial syndromes and or cleft lip and palate will require corrective jaw surgery at some point in their course of treatment.
Orthotic (brace) design – an orthopedic appliance designed to straighten or support a body part. An orthotist is a trained specialist who constructs orthotics or braces. A cranial molding helmet is an orthotic custom molded to encourage the skull to become more symmetrical and/or proportional. They do not squeeze the baby’s head into shape, but rather redirects growth and provides the space into which the flattened portion of the skull can grow.
Peripheral neuropathies – a disease of the peripheral nerves. Peripheral neuropathy can be congenital (something someone is born with) or acquired. Some peripheral nerve disorders develop over time. While some peripheral neuropathies are painful, others are painless. Usually peripheral neuropathies cause weakness or numbness in the affected part. People can have a single or multiple peripheral neuropathies.
Pierre Robin and Pierre Robin Sequence – characterized by a small jaw or mandible (micro-gnathia) retraction of the tongue (glossoptosis) and upper airway obstruction. U-shaped cleft palate may also occur. This syndrome may be associated with velo-cardial-facial syndrome, fetal alcohol syndrome, and/ or Treacher Collins syndrome. PRS is rare, affecting about 1/ 20,000 live born babies.
Plagiocephaly – an abnormal asymmetrical deformity of the skull due to premature closure of the sutures of the skull, or from positional molding. Plagiocephaly may be treated with physical therapy, molding helmets, and/ or surgery. Babies with plagiocephaly are sometimes referred by their pediatricians for a cranial molding helmet. It is usually advisable to see a pediatric neurosurgeon, or craniofacial plastic surgeon, to rule out craniosynostosis first. Craniosynostosis can occur in infants and does require surgery. Plagiocephaly is usually caused by positional molding or flattening of the thin, cartilaginous infant skull. Many babies are referred to our Craniofacial Team every month, to rule out craniosynostosis, and to be treated for plagiocephaly. Our Craniofacial Center provides the most comprehensive team approach in the state.
Positron emission tomography (PET) – tomography in which a computer-generated image of local metabolic and physiological functions in tissues is produced through the detection of gamma rays that are emitted when introduced radionuclides decay and release positrons. Also used for imaging the functional status of the brain.
Psychometrics – the branch of psychology that deals with the design, administration, and interpretation of quantitative tests for the measurement of psychological variables such as intelligence, aptitude, and personality traits.
Sagittal suture – the sagittal suture is the space or gap between the right and the left frontal bones of the skull. A suture is the fibrous space between the bones of the skull. Where two bones meet, there is a suture or soft space. Occasionally, these soft spaces become prematurely “calcified” or stuck together. This is called craniosynostosis.
Sagittal synostosis – Craniosynostosis is the abnormal fusion, calcification or “sticking together” of the sutures. Sagittal synostosis is the abnormal fusion of the sagittal suture of the skull. Sometimes children will develop a long and narrow shaped head called scaphocephaly, if the sagittal suture fuses and closes too soon. This condition requires surgical intervention and helmet therapy; new endoscopic surgical treatment may be used.
Scaphocephaly – an abnormally long and narrow head. May be caused by positional deformity or may be caused by sagittal synostosis. It may be treated using helmet therapy.
Scoliosis – is a term used to describe the abnormal curvature of the spine. This may be caused by weakness, an abnormal vertebra (bone of the spine), spinal tumors or a syrinx (cavity) in the spinal cord. It is commonly treated through conservative orthotic (bracing) or when severe with surgical intervention.
Shunts – a surgically implanted tube which diverts spinal fluid from the brain or spinal canal, to the peritoneum (abdomen), pleura (lungs) or gallbladder. Shunts were developed in the later part of the 20th century. With early shunts, there were high complication rates. Newer shunts have safer technology and better techniques so that the risks of shunt implantation are substantially lower. Even so, shunt infection, blockage or breakage may occur. It is important to follow up regularly with your neurosurgeon if you have a shunt.
Single photon emission computed tomography (SPECT) – an imaging study that uses tomography of metabolites to evaluate physiological functions in various organs, including the brain. The image is acquired by a computer synthesis of data that is transmitted by single gamma photons emitted by radionuclides administered to the patient.
Spasticity – a movement disorder, usually seen in patients with cerebral palsy, stroke, multiple sclerosis. Increased tightness or spasticity in the muscles may lead to the development of contractures, hip subluxation or breakdown, scoliosis and/ or other problems. People with severe spasticity have limited range of motion and often cannot move the affected limb. Spasticity may be treated medically or surgically. Medications, such as baclofen and/ or valium, may help reduce the muscle cramping and tightness. Sometimes, medications have unwanted or intolerable side effects and surgery is recommended. There are many different treatment options, such as Botox injections, baclofen pump implantation and selective dorsal rhizotomy. Deep brain stimulation has also been used for patients with severe spasticity. As each person responds differently, there is not one recommended treatment for spasticity.
Spina Bifida – a congenital defect where the spinal column is imperfectly closed, so that part of the meninges or spinal cord may protrude, resulting in neurological disorders. Some children are diagnosed in utero (pre-natally) while others may not be diagnosed until they are adults! There are many forms of spina bifida, from mild to severe. The Spina Bifida Association and the Spina Bifida Resource Network are excellent resources for children with spina bifida and their families. Most people who have spina bifida develop tethering of their spinal cord that can be corrected at birth, or may be corrected later in life. Some patients with spina bifida also have hydrocephalus, treated with a shunt.
Spinal tumor/ Spine tumor – a tumor or neoplasm (growth) that occurs anywhere along the spinal column or within the spinal cord. Spine tumors may compress the spinal cord and cause neurological signs and symptoms. Movement, sensation, bowel and/ or bladder function may be affected. Most tumors can be completely or party removed.
Stereotactic guidance – intraoperative, computer-based localization of brain anatomy and function based on pre-operative neuro-imaging. Stereotactic guidance is also called neuronavigation. Neurosurgeons will often request a MRI or CT scan to use for mapping out a brain or spinal tumor during surgery. The ability to localize a tumor in the brain helps a neurosurgeon avoid important areas of the brain that are used for motor and speech. Neuronavigation is also used to guide a spine surgery, when screws or other devices need to be safely and accurately placed in the bones of the spine.
Syringomyelia – Cavity formation within the spinal cord, sometimes caused by other lesions. Syrinxes form in any part of the spinal cord and can cause many different types of symptoms. Some syrinxes are asymptomatic, and can be conservatively followed on imaging studies. Syrinxes can be seen in neurologically normal children.
Tethered spinal cord – sacral retention of the spinal cord by the terminal filum or scar tissue, which may cause bowel or bladder incontinence, progressive motor loss and/ or sensory impairment in the legs. Almost all patients with a tethered spinal cord have some form of spina bifida. Scar tissue (adhesions), cysts, lipomas (fatty masses or lumps), and other lesions can cause tethering (tying) of the spinal cord to the skin, or bony sacrum. Some children with a tethered spinal cord have a birthmark, dimple or stigmata over the lower part of the spine. Most children with a tethered spinal cord require surgery to free up or release the spinal cord, in order to prevent spinal cord or nerve damage. Surgery may be done with a surgical microscope and sometimes, intraoperative spinal cord monitoring.
Torticollis – Torticollis is a tilting or twisting of the head that may be congenital or acquired. Babies may have torticollis at birth from in utero positioning or from a bony malformation of the spine. Usually x-rays and other imaging studies are deferred. Babies with active torticollis, limited range of motion, or active head turning, should have imaging studies done. Babies, who tilt their heads at rest, without active twisting, are usually followed conservatively with physical therapy, stretching at home, respositioning and increased tummy time. Regardless of the cause of torticollis, babies with this disorder usually develop cranial or skull deformity. This skull asymmetry is called plagiocephaly. Plagiocephaly can be mild to severe and is treated in many different ways, depending on its’ severity. Many infants are referred to our Craniofacial Center for evaluation of torticollis and plagiocephaly. For more information, or to request our brochure or appointment, please call our office.
Traumatic Brain Injury (TBI) – There are many kinds of traumatic brain injury. In its simplest form, children may suffer a concussion with no findings on their CT scan. Children who have persistent headache or other problems are often sent for a MRI of the brain to rule out swelling of the brain or other problems. If there is a bruise in the brain, this is called a contusion. Contusions, just like all bruises, may be small or large, and often heal well without complication. A child who suffered TBI is at risk for post-traumatic seizures, even though the risk may be low. Skull fractures can occur if there is sufficient force on the skull to cause a break. Skull fractures can be displaced, where the bone is knocked out of position, or non-displaced. Some children suffer traumatic intracranial bleeding. Bleeding can occur over the surface of the dura (the covering of the brain) called an EPIDURAL HEMATOMA. Blood clots can also occur under the dura, over the brain, and are called SUBDURAL BLEEDS or SUBDURAL HEMATOMAS. If there is a large bleed in or over the brain, a neurosurgeon operates quickly to remove or evacuate the blood clot. The damage caused by the bleeding may be temporary or permanent. If the bleed occurs in a vital or important part of the brain, the patient may suffer permanent brain damage. Sometimes, even if the neurosurgeon removes the clot, the damage caused by the bleed can cause death or permanent disability. There are many organizations that educate and support families of those who have suffered a TBI.
Trigonocephaly – a term used to describe a triangular head shape. May be caused by premature fusion of the metopic suture. Trigonocephaly can be treated surgically using endoscopic procedures and in conjunction with a cranial molding helmet once the suture is released.
Vagal nerve stimulators (VNS) – A VNS is a surgically implanted stimulator that is used to treat various kinds of seizures, and other neurological disorders. A battery or generator is surgically placed near or under the armpit. The leads which are thin, insulated wires, wrap around the vagus nerve, in the neck. Electrical stimulation of this nerve has been shown to reduce seizure frequency in some populations of patients with epilepsy. Information is available from our office and from the websites below.
Vascular malformations – Vascular malformations or arterio-venous malformations (AVMs) are congenital blood vessel abnormalities. Some children are born with an abnormal tangle of blood vessels. These vessels can be arteries or veins. Vascular malformations are classified by size, location within the brain, depth within the brain, and blood flow. The easiest AVM’s to remove are small, superficial, low flow, and located in non-eloquent cortex (a “quiet” area of the brain). Facial hemangiomas are one kind of vascular malformation.
To schedule a private consultation with NJ Craniofacial Center, please call our office or request an appointment online. We look forward to your visit.