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TMJ Joint Ankylosis is a condition in which the temporomandibular joint (TMJ), which connects the jawbone to the skull, becomes abnormally stiff or fused. This can significantly restrict jaw movement, making it difficult to open the mouth, chew, speak, or maintain proper oral hygiene. TMJ ankylosis may develop due to trauma, infection, inflammation, or other joint-related conditions. Common symptoms include limited mouth opening, jaw stiffness, facial asymmetry, difficulty eating, and discomfort around the jaw joint. Early diagnosis through clinical examination and appropriate imaging is important for understanding the extent of joint involvement. Treatment depends on the severity and underlying cause. In advanced cases, surgical management may be considered to release the fused joint and improve jaw movement, followed by rehabilitation and physiotherapy to support functional recovery.

Hemifacial Microsomia Hemifacial microsomia is a congenital condition in which one side of the face develops differently from the other, primarily affecting the structures around the ear, jaw, cheek, and sometimes the eye. The degree of facial asymmetry can range from mild to more noticeable and may vary significantly from person to person. Common features may include underdevelopment of the jaw (mandible), smaller or differently shaped ears, facial asymmetry, cheek soft-tissue differences, and dental or bite-related problems. In some cases, hearing difficulties or other associated developmental differences may also occur. Treatment for hemifacial microsomia is individualized according to the child's age, facial development, severity, and specific structures involved. Management may involve a multidisciplinary team, including craniofacial surgeons, pediatric specialists, ENT specialists, orthodontists, dentists, audiologists, and other healthcare professionals. Treatment options can include monitoring during growth, orthodontic care, hearing management, and reconstructive or corrective procedures when appropriate. Early evaluation can help identify functional concerns and establish a suitable long-term treatment plan focused on facial symmetry, jaw development, hearing, dental function, and overall well-being.

Hypertelorism is a condition in which the distance between two paired body parts is greater than usual. The term is most commonly used to describe orbital hypertelorism, where the eyes appear farther apart than typical due to increased distance between the eye sockets. It may be present from birth and can occur independently or as part of certain genetic or craniofacial conditions. The appearance and severity of hypertelorism can vary considerably. Some individuals may have no other health concerns, while others may have associated facial, skeletal, neurological, or developmental conditions. Evaluation generally involves a detailed clinical examination and, when appropriate, imaging studies to assess the facial bones and surrounding structures. Treatment depends on the underlying cause and the individual's functional and cosmetic concerns. In selected cases, craniofacial or orbital surgery may be considered to improve facial proportions or address associated structural problems. A specialist evaluation is important to determine whether further investigation or treatment is necessary.

Craniosynostosis is a rare condition in babies in which one or more of the skull’s fibrous joints, called sutures, close earlier than normal. Since the skull cannot expand normally in the affected area, it may lead to an unusual head shape and, in some cases, increased pressure inside the skull. The condition can be present at birth and may affect a single suture or multiple sutures. Common types include sagittal, coronal, metopic, and lambdoid craniosynostosis, with the symptoms and head shape varying according to the affected suture. Symptoms & Signs Abnormally shaped or uneven head A ridge along the affected skull suture Narrow, elongated, or asymmetrical head shape Changes in facial or forehead appearance Slow head growth in some cases Developmental or neurological concerns in more complex cases Diagnosis & Treatment Early evaluation by a pediatrician, pediatric neurosurgeon, or craniofacial specialist is important. Diagnosis may involve physical examination and, when required, imaging studies. Treatment depends on the child’s age, the type and severity of craniosynostosis, and whether one or multiple sutures are involved. Surgical treatment may be recommended to correct the skull shape and provide adequate space for brain growth.

A gummy smile is a smile in which more gum tissue is visible than usual when a person smiles. It may occur due to factors such as excessive gum tissue, the position of the upper lip, tooth size, or the way the upper jaw has developed. While a gummy smile is generally not a medical problem, some people may seek treatment to improve their smile aesthetics and confidence. Modern gummy smile treatment is planned according to the underlying cause and may include gum contouring, orthodontic treatment, or other appropriate cosmetic procedures. A professional dental evaluation can help determine the most suitable approach for achieving a more balanced and natural-looking smile.

Segmental Osteotomy – Advanced Jaw Correction Surgery Segmental osteotomy is an advanced oral and maxillofacial surgical procedure used to correct specific jawbone and bite abnormalities. During the procedure, a carefully selected segment of the jawbone containing the attached teeth is surgically separated, repositioned, and stabilized to achieve improved jaw alignment and dental function. This procedure may be considered for patients with complex bite problems, jaw discrepancies, dental alignment issues, or certain facial deformities that cannot be adequately corrected with orthodontic treatment alone. By repositioning the affected jaw segment, segmental osteotomy can help improve bite function, facial balance, dental alignment, and overall jaw harmony. The treatment is planned according to the patient's individual jaw structure, dental relationship, facial appearance, and functional requirements. A comprehensive evaluation by a qualified oral and maxillofacial surgeon, often in coordination with an orthodontist, is important to determine whether segmental osteotomy is appropriate. With precise surgical planning and appropriate aftercare, segmental osteotomy can provide effective correction of selected jaw and dental abnormalities while supporting better oral function and facial proportion.

Genioplasty Surgery – Chin Reshaping for Better Facial Balance Genioplasty surgery is a specialized facial plastic surgery procedure designed to reshape, reposition, or enhance the chin to improve overall facial proportions and symmetry. It can be performed to address a chin that appears too small, prominent, recessed, long, or asymmetrical. Depending on the individual’s facial structure and aesthetic or functional goals, genioplasty may involve moving the chin bone forward, backward, upward, downward, or adjusting its shape. Genioplasty can help create better harmony between the chin, lips, nose, and jawline, contributing to a more balanced facial profile. The procedure is carefully planned according to facial proportions, bone structure, and the patient’s desired outcome. In some cases, genioplasty may be performed alongside procedures such as orthognathic jaw surgery, rhinoplasty, or other facial procedures for comprehensive facial balance. Key Benefits of Genioplasty Improves chin projection and facial proportions Corrects a recessed or overly prominent chin Helps enhance the jawline and side profile Addresses certain chin asymmetries Provides personalized facial contouring Can complement other facial or jaw procedures Genioplasty is a highly individualized procedure, and the appropriate surgical approach depends on the patient’s facial anatomy and treatment requirements. A detailed consultation with a qualified facial plastic, maxillofacial, or jaw surgeon is important to determine whether genioplasty is suitable and to discuss expected results, recovery, and potential risks.

Maxillary Advancement Reduction Maxillary advancement reduction is a specialized jaw correction procedure used to improve the position, balance, and relationship of the upper jaw with the surrounding facial structures. It may be considered when the upper jaw is positioned too far forward or when there is an imbalance affecting facial appearance, bite, or jaw function. The procedure is carefully planned according to the patient’s facial proportions, dental alignment, jaw relationship, and functional requirements. Depending on the individual case, treatment may help improve facial harmony, chewing function, bite alignment, and overall jaw balance. Proper evaluation with clinical examination and appropriate imaging is essential to determine whether maxillary advancement reduction is suitable.

Mandible Advancement Reduction Mandible advancement reduction is a specialized corrective jaw procedure designed to address excessive forward positioning or prominence of the lower jaw. It may be considered when the size or position of the mandible affects facial balance, jaw alignment, bite function, or overall facial proportions. The treatment is planned after a detailed clinical examination, dental and facial assessment, and appropriate imaging. Depending on the individual’s condition, the procedure may involve carefully repositioning or reducing the jawbone to achieve improved functional alignment and facial harmony. Advanced surgical planning helps the surgeon determine the appropriate approach while considering the teeth, nerves, facial structures, and surrounding tissues. Patients considering mandible advancement reduction should undergo evaluation by an experienced maxillofacial or oral and maxillofacial surgeon to understand the available treatment options, expected outcomes, recovery process, and potential risks.

Pollicization surgery is a specialized hand and reconstructive procedure used to create or restore a functional thumb when the thumb is absent, severely underdeveloped, or cannot function effectively. During the procedure, another suitable finger—most commonly the index finger—is repositioned and reshaped to perform the essential functions of a thumb. The thumb plays a vital role in gripping, pinching, holding objects, and fine hand movements. Pollicization aims to improve these important functions by creating a new thumb with appropriate positioning, length, movement, and sensation. When Is Pollicization Surgery Considered? Pollicization may be recommended in selected cases such as: Congenital absence or severe underdevelopment of the thumb Non-functional or severely damaged thumb Certain complex hand deformities Traumatic loss of the thumb when reconstruction with other techniques is not suitable Conditions where creating a functional thumb can significantly improve hand use How Does Pollicization Work? The surgeon carefully transfers and repositions a suitable finger so that it can function more like a thumb. The procedure involves precise adjustment of the bone, tendons, nerves, blood vessels, and soft tissues to achieve useful thumb opposition and grasp. Because every hand condition is different, the surgical approach is planned according to the patient's age, anatomy, existing hand function, and overall reconstructive requirements. Recovery & Rehabilitation After surgery, the hand may require immobilization followed by a structured rehabilitation program. Hand therapy, exercises, and gradual functional training are important for helping the newly positioned digit develop coordinated thumb-like movements. The overall recovery period varies depending on the complexity of the reconstruction and the patient's individual condition. Pollicization is a highly specialized reconstructive procedure that focuses not only on appearance but, importantly, on restoring practical hand function and improving the ability to perform everyday activities.

Congenital and Burn Deformities are physical deformities that may develop from birth or occur as a result of burn injuries, affecting the appearance, movement, and function of different parts of the body. Specialized reconstructive care focuses on improving function, restoring tissue flexibility, correcting abnormal positioning, and enhancing the overall appearance of the affected area. Congenital deformities are present from birth and may involve the hands, limbs, face, ears, or other body structures. Depending on the condition, reconstructive procedures may help improve mobility, symmetry, and day-to-day functionality. Burn deformities can develop after deep burns or improperly healed burn wounds. Scar contractures may restrict movement, particularly around joints such as the neck, elbows, hands, knees, and face. Reconstructive treatment may include scar release, contracture correction, skin grafting, flap procedures, and other techniques selected according to the severity and location of the deformity. Treatment is planned after a detailed evaluation of the scar, tissue condition, functional limitation, and individual requirements. The goal is to restore as much function, movement, comfort, and appearance as safely and appropriately possible.

Trauma & Tendon Transfer Surgery Trauma can damage bones, joints, muscles, nerves, and tendons, sometimes resulting in loss of movement or function. Tendon transfer surgery is an advanced reconstructive procedure used to restore specific movements when a muscle or tendon is no longer functioning properly due to trauma, nerve injury, or other conditions. The procedure involves carefully transferring a functioning tendon from one part of the body to another to replace the action of a damaged or non-functional tendon. Depending on the injury, tendon transfer surgery may help improve hand, wrist, finger, foot, or ankle movement and support better functional recovery. Comprehensive trauma care includes detailed assessment of the injury, evaluation of tendon and nerve function, appropriate surgical planning, and structured rehabilitation. The goal is to restore useful movement, improve function, and help patients return to their daily activities as safely as possible.