one of the vast and difficult topic to present for an mbbs student, so this is a brief presentation regarding otorhinolaryngology aspects of facial trauma
Trauma to the face can cause injuries to soft tissues, bones, or both. Common causes include motor vehicle accidents, sports injuries, assaults, and falls. Signs may include pain, swelling, bleeding, loss of function, and disfigurement. Management involves addressing airway, hemorrhage, and other associated injuries. Soft tissue injuries like lacerations and burns are treated based on type and location. Bone injuries are managed through closed or open reduction based on location and severity, such as the use of wiring, plates, or grafts for fractures of the orbital floor, zygomatic arch, maxilla, or mandible.
1) Frontal sinus fractures are classified based on involvement of the anterior table, posterior table, and nasofrontal outflow tract.
2) Isolated anterior table fractures with minimal displacement can be managed conservatively, while displaced fractures require open reduction and fixation.
3) Posterior table fractures involving dura or nasofrontal outflow tract typically require cranialization of the frontal sinus for brain protection and prevention of complications.
This document provides information on nasal fractures, including:
- Nasal fractures are the most common facial fracture, caused by physical assaults, falls, motor vehicle accidents, or contact sports.
- Left untreated, nasal fractures can lead to long-term deformities, obstruction, and other complications. Proper evaluation and management can reduce these risks.
- Evaluation involves history, examination of external and internal nasal structures, and sometimes imaging like x-rays or CT scans.
- Initial treatment focuses on controlling bleeding and drainage. Closed reduction is preferred but open reduction may be needed for severe fractures.
- Proper timing of reduction is important to realign fragments before fibrous tissue forms. Anest
Nasal fractures are common injuries that result from blunt force trauma to the nose. The nasal bones are the most frequently fractured part of the facial skeleton due to their prominent location and thin structure. Nasal fractures are often classified based on the direction and extent of displacement. Diagnosis involves history, physical exam, and imaging. Treatment ranges from closed reduction for non-displaced fractures to open reduction for severely displaced fractures. Closed reduction involves manipulating the bones back into position using nasal speculums and forceps followed by splinting.
The document discusses various complications that can occur following head and neck surgery like neck dissection. It classifies complications as major/minor, early/late, local/systemic. It describes in detail immediate local complications like bleeding, shock, airway obstruction, increased intracranial pressure, and nerve injury and their management. Intermediate complications discussed include chylous fistula, seroma, wound infection, and flap failure. Late complications mentioned are recurrence, parotid gland hypertrophy, lymphedema, and hypertrophic scars. Prevention and management strategies are provided for many of the complications.
This document discusses avoiding complications during endoscopic sinus surgery (ESS). It outlines common complications like injury to the orbit, optic nerve, great vessels, and nasolacrimal duct. Factors that help avoid complications include using nasal endoscopes, precise instruments, imaging guidance, and thorough knowledge of anatomy. Complications are more common during revision surgery, surgery for polyps, and in patients with complex anatomy. Careful attention to anatomical landmarks can help reduce risks.
This document provides an overview of nasal and naso-orbito-ethmoid (NOE) fractures. It begins with the anatomy of the nasal region and classifications of nasal and NOE fractures. It then discusses the etiology, clinical features, diagnosis and treatment of these types of fractures. For treatment, it focuses on closed manipulation as well as classifications that guide surgical approaches for NOE fractures. Key examination techniques are also summarized, such as assessing the medial canthal ligament and diagnosing cerebrospinal fluid leaks.
This document discusses septoplasty and submucous resection of the nasal septum (SMR) procedures. It defines key terms like septum, deviated septum, and provides an overview of the causes and symptoms of a deviated septum. The document outlines the steps of SMR and septoplasty, including anesthesia, incisions, cartilage/bone removal, and packing. Potential complications are also summarized.
Trauma to the face can cause injuries to soft tissues, bones, or both. Common causes include motor vehicle accidents, sports injuries, assaults, and falls. Signs may include pain, swelling, bleeding, loss of function, and disfigurement. Management involves addressing airway, hemorrhage, and other associated injuries. Soft tissue injuries like lacerations and burns are treated based on type and location. Bone injuries are managed through closed or open reduction based on location and severity, such as the use of wiring, plates, or grafts for fractures of the orbital floor, zygomatic arch, maxilla, or mandible.
1) Frontal sinus fractures are classified based on involvement of the anterior table, posterior table, and nasofrontal outflow tract.
2) Isolated anterior table fractures with minimal displacement can be managed conservatively, while displaced fractures require open reduction and fixation.
3) Posterior table fractures involving dura or nasofrontal outflow tract typically require cranialization of the frontal sinus for brain protection and prevention of complications.
This document provides information on nasal fractures, including:
- Nasal fractures are the most common facial fracture, caused by physical assaults, falls, motor vehicle accidents, or contact sports.
- Left untreated, nasal fractures can lead to long-term deformities, obstruction, and other complications. Proper evaluation and management can reduce these risks.
- Evaluation involves history, examination of external and internal nasal structures, and sometimes imaging like x-rays or CT scans.
- Initial treatment focuses on controlling bleeding and drainage. Closed reduction is preferred but open reduction may be needed for severe fractures.
- Proper timing of reduction is important to realign fragments before fibrous tissue forms. Anest
Nasal fractures are common injuries that result from blunt force trauma to the nose. The nasal bones are the most frequently fractured part of the facial skeleton due to their prominent location and thin structure. Nasal fractures are often classified based on the direction and extent of displacement. Diagnosis involves history, physical exam, and imaging. Treatment ranges from closed reduction for non-displaced fractures to open reduction for severely displaced fractures. Closed reduction involves manipulating the bones back into position using nasal speculums and forceps followed by splinting.
The document discusses various complications that can occur following head and neck surgery like neck dissection. It classifies complications as major/minor, early/late, local/systemic. It describes in detail immediate local complications like bleeding, shock, airway obstruction, increased intracranial pressure, and nerve injury and their management. Intermediate complications discussed include chylous fistula, seroma, wound infection, and flap failure. Late complications mentioned are recurrence, parotid gland hypertrophy, lymphedema, and hypertrophic scars. Prevention and management strategies are provided for many of the complications.
This document discusses avoiding complications during endoscopic sinus surgery (ESS). It outlines common complications like injury to the orbit, optic nerve, great vessels, and nasolacrimal duct. Factors that help avoid complications include using nasal endoscopes, precise instruments, imaging guidance, and thorough knowledge of anatomy. Complications are more common during revision surgery, surgery for polyps, and in patients with complex anatomy. Careful attention to anatomical landmarks can help reduce risks.
This document provides an overview of nasal and naso-orbito-ethmoid (NOE) fractures. It begins with the anatomy of the nasal region and classifications of nasal and NOE fractures. It then discusses the etiology, clinical features, diagnosis and treatment of these types of fractures. For treatment, it focuses on closed manipulation as well as classifications that guide surgical approaches for NOE fractures. Key examination techniques are also summarized, such as assessing the medial canthal ligament and diagnosing cerebrospinal fluid leaks.
This document discusses septoplasty and submucous resection of the nasal septum (SMR) procedures. It defines key terms like septum, deviated septum, and provides an overview of the causes and symptoms of a deviated septum. The document outlines the steps of SMR and septoplasty, including anesthesia, incisions, cartilage/bone removal, and packing. Potential complications are also summarized.
Nasal bone fractures are the most common facial trauma because the nose protrudes from the face. A frontal or lateral force can cause a nasal bone fracture depending on the magnitude. There are two main types - depressed fractures which result from a frontal blow causing the nasal bones to collapse inward, and angulated fractures from a lateral force which cause deviation of the nasal bridge. Clinical features include nasal swelling, bruising around the eyes, tenderness, deformity, and occasionally nosebleeds or nasal obstruction. Diagnosis is usually made through physical exam but x-rays can help show the fracture, though may sometimes miss it. Treatment depends on if there is displacement - non-displaced fractures may need no treatment, while displaced
This document provides guidance on assessing and treating facial trauma. It outlines the standard clinical assessment process, including taking a history, performing a general external and neurologic examination, and examining specific areas like the orbit, nose, ears, and occlusion. It then describes common facial bone injuries like nasal, orbital floor, zygomatic, and mandibular fractures. The document concludes with information on classifying facial fractures, local anesthetics used in facial procedures, and guidelines for referring patients with facial fractures to the emergency department for CT imaging and follow-up care.
This document discusses reconstructive techniques for ear defects. It begins with the anatomy and importance of the auricle. Historical techniques are described from 600 BC to modern methods developed in the 1920s. Congenital and acquired ear anomalies are classified. Reconstruction methods include stick-on prosthetics, osseointegrated implants, synthetic frames, and total autologous reconstruction using costal cartilage grafts. The popular Brent and Nagata techniques for microtia repair are explained. Reconstructive options are provided for defects in the upper, middle, and lower thirds of the ear. Local flaps are commonly used and cartilage frameworks are increasingly utilized for partial ear defects.
The nasal septum has 3 parts - the columellar septum, membranous septum, and septum proper. The septum proper provides structural support to the nose and is formed by bones and cartilage. The nasal septum is supplied by blood vessels and nerves and is prone to fractures and deviations from trauma. Deviated septum and septal hematomas can cause nasal obstruction and other issues. Septal abscesses may develop from infections of hematomas and can destroy cartilage. Perforations can occur from trauma, infections, drugs, or idiopathic causes. Small perforations may cause whistling sounds while larger perforations require management of crusts.
Nasal fractures are common injuries that result from impacts to the nose. The nasal bones are the most frequently broken facial bones due to their prominence and lack of bony support. Nasal fractures are often classified based on the direction and extent of displacement. Treatment depends on factors like timing and severity but typically involves closed or open reduction to restore nasal structure and function. Complications can include deformities if not properly addressed. Long term follow up may be needed for reconstructive needs. Careful management of nasal fractures requires thorough understanding of nasal anatomy and injury mechanisms.
Facial trauma can cause injuries to soft tissues, bones, or both from causes like automobile accidents, sports injuries, assaults, and more. Common signs include pain, swelling, epistaxis, and loss of function. Management involves airway control, hemorrhage control, wound treatment, and addressing specific bone fractures like those of the nasal bones, orbits, maxilla, and mandible through closed or open reduction methods. Facial fractures require careful examination, imaging, and surgical or non-surgical treatment to restore facial form and function.
This document discusses various types of facial bone fractures including the nasal bones, maxilla, zygomatic bones, and mandible. It describes the common causes of facial fractures such as road traffic accidents, falls, assaults, and sports injuries. The key aspects of managing facial trauma are controlling airway, hemorrhage, and treating associated injuries. Examination involves checking specific areas of the face. Treatment options depend on the type and severity of the fracture and may include closed or open reduction as well as splinting or internal fixation with plates or screws.
The document discusses various types of facial and neck trauma. Facial injuries are commonly caused by motor vehicle collisions, assaults, and child abuse. Evaluation involves imaging like CT scans to diagnose fractures. Treatment depends on the type and severity of the injury but may include closed reduction, open reduction, and reconstruction. Neck injuries are serious due to vulnerability of structures like the airway. Proper management of neck trauma aims to rapidly secure the airway and control bleeding.
This document discusses trauma to the face, including causes such as automobile accidents and sports injuries. It describes the management of soft tissue injuries, bone fractures, and other conditions affecting the upper, middle, and lower thirds of the face. Specific fractures discussed include the nasal bone, orbital floor, zygoma, maxilla, and mandible. Diagnosis involves physical examination, x-rays, and CT scans. Treatment depends on the location and severity of the injury, and may involve closed or open reduction of fractures as well as fixation with wiring or plates.
This document discusses maxillary and periorbital fractures. It begins by describing the classic tripod, orbital floor, and LeFort fractures, noting that precise anatomic reduction is key. It then covers the epidemiology, mechanisms of injury, clinical assessment, radiographic assessment, management principles, and various types of upper face fractures including nasal fractures, naso-orbital-ethmoidal fractures, frontal sinus fractures, and orbital fractures.
This document discusses cerebrospinal fluid (CSF) rhinorrhea, or the leakage of CSF into the nose. It defines CSF and its circulation and production in the brain. CSF rhinorrhea can be caused by trauma, infections, tumors, or congenital lesions that damage the skull base and allow CSF to leak into the nasal cavity. Diagnosis involves identifying clear fluid leaking from the nose, especially when bending over. Imaging like CT and MRI can localize the leak site. Surgical repair of the skull defect is often needed using grafts and nasal packing.
This document discusses nasal fractures, including:
- Nasal fractures make up about 40% of all facial fractures.
- They are commonly caused by lateral impacts in young men.
- Nasal fractures can be classified based on the nature, extent of deformity, and pattern of the fracture.
- Treatment depends on the classification but may include closed or open reduction techniques. Complications can include poor cosmetic results if not treated properly.
This document summarizes current trends in the management of frontal sinus fractures. It discusses the anatomy of the frontal sinus and classifications of frontal sinus fractures. Key factors in determining treatment include integrity of the posterior wall and involvement of the nasofrontal duct. Treatment aims to isolate the neurocranium, prevent complications, and restore facial aesthetics. Surgical management depends on factors like penetrating injuries and comminution. Postoperative care involves antibiotics to prevent infections.
This document discusses various techniques for reconstructing skin and soft tissue defects in the head and neck region. It describes different types of grafts, local flaps, regional flaps, and free flaps that can be used including split thickness grafts, full thickness grafts, axial pattern flaps, transposition flaps, pedicled flaps like pectoralis major and latissimus dorsi flaps. Careful preoperative planning is important when using local flaps for head and neck reconstruction.
This document provides information on frontal bone fractures, including:
- The frontal bone forms the forehead and contains the frontal sinuses. Fractures can cause complications due to proximity to the brain, eyes, and nose.
- Embryologically, the frontal bone develops from membranous ossification and the frontal sinuses develop later in utero and childhood.
- Surgically, the frontal bone extends superiorly, laterally, and posteriorly, protecting the frontal sinuses. The sinuses have thin anterior and posterior walls.
- Fractures are classified based on whether they involve the anterior table, posterior table, or both. CT scans are important for diagnosis.
This document provides an overview of rhinoplasty procedures. It discusses the history and anatomy of rhinoplasty. It describes techniques for open and closed rhinoplasty approaches. It covers tip work including tip suturing and grafts. It also discusses nasal augmentation including graft materials and saddle nose repair. Deformities like deviated nose and underprojected tip are reviewed along with surgical correction methods. Key anatomical structures and surgical principles are emphasized.
This document provides an overview of the steps involved in primary sinus surgery via an endoscopic approach. It begins with a brief history of sinus surgery and then discusses preoperative assessment, including CT scans to evaluate sinus anatomy and disease patterns. The basic techniques of Messerklinger and Wigand are described. The key steps of the surgery are then outlined in detail, including uncinectomy, antrostomy of the maxillary sinus, anterior and posterior ethmoidectomy, sphenoid sinusotomy, and frontal sinusotomy when necessary. Throughout, anatomical landmarks and variations are discussed to guide safe dissection and avoid complications.
This document discusses various fibro-osseous tumors of the sinonasal region, including fibrous dysplasia. Fibrous dysplasia is a benign condition caused by a defect in osteoblast differentiation and maturation, resulting in the replacement of normal bone by fibrous connective tissue. It is caused by mutations in the GNAS1 gene. Histologically, there is slow replacement of medullary bone by abnormal fibrous tissue at different stages of bone metaplasia. Fibrous dysplasia typically presents in children and adolescents, with females being affected more often than males.
This document discusses maxillofacial trauma, specifically fractures of the frontal sinus, supraorbital ridge, frontal bone, nasal bones, septum, zygoma, and zygomatic arch. It describes the anatomy, types of fractures, clinical features, diagnosis, and treatment approaches for each area, including closed and open reduction techniques. Fractures may require approaches through the brow, sinus, or intraorally depending on the specific location and degree of displacement.
This document discusses fractures of the middle third of the face, including naso-orbital fractures, fractures of the zygoma (tripod fracture), fractures of the zygomatic arch, and fractures of the orbital floor (blowout fractures). It describes the causes, clinical features, diagnosis, and treatment options for each type of fracture through open or closed reduction and internal fixation.
Nasal bone fractures are the most common facial trauma because the nose protrudes from the face. A frontal or lateral force can cause a nasal bone fracture depending on the magnitude. There are two main types - depressed fractures which result from a frontal blow causing the nasal bones to collapse inward, and angulated fractures from a lateral force which cause deviation of the nasal bridge. Clinical features include nasal swelling, bruising around the eyes, tenderness, deformity, and occasionally nosebleeds or nasal obstruction. Diagnosis is usually made through physical exam but x-rays can help show the fracture, though may sometimes miss it. Treatment depends on if there is displacement - non-displaced fractures may need no treatment, while displaced
This document provides guidance on assessing and treating facial trauma. It outlines the standard clinical assessment process, including taking a history, performing a general external and neurologic examination, and examining specific areas like the orbit, nose, ears, and occlusion. It then describes common facial bone injuries like nasal, orbital floor, zygomatic, and mandibular fractures. The document concludes with information on classifying facial fractures, local anesthetics used in facial procedures, and guidelines for referring patients with facial fractures to the emergency department for CT imaging and follow-up care.
This document discusses reconstructive techniques for ear defects. It begins with the anatomy and importance of the auricle. Historical techniques are described from 600 BC to modern methods developed in the 1920s. Congenital and acquired ear anomalies are classified. Reconstruction methods include stick-on prosthetics, osseointegrated implants, synthetic frames, and total autologous reconstruction using costal cartilage grafts. The popular Brent and Nagata techniques for microtia repair are explained. Reconstructive options are provided for defects in the upper, middle, and lower thirds of the ear. Local flaps are commonly used and cartilage frameworks are increasingly utilized for partial ear defects.
The nasal septum has 3 parts - the columellar septum, membranous septum, and septum proper. The septum proper provides structural support to the nose and is formed by bones and cartilage. The nasal septum is supplied by blood vessels and nerves and is prone to fractures and deviations from trauma. Deviated septum and septal hematomas can cause nasal obstruction and other issues. Septal abscesses may develop from infections of hematomas and can destroy cartilage. Perforations can occur from trauma, infections, drugs, or idiopathic causes. Small perforations may cause whistling sounds while larger perforations require management of crusts.
Nasal fractures are common injuries that result from impacts to the nose. The nasal bones are the most frequently broken facial bones due to their prominence and lack of bony support. Nasal fractures are often classified based on the direction and extent of displacement. Treatment depends on factors like timing and severity but typically involves closed or open reduction to restore nasal structure and function. Complications can include deformities if not properly addressed. Long term follow up may be needed for reconstructive needs. Careful management of nasal fractures requires thorough understanding of nasal anatomy and injury mechanisms.
Facial trauma can cause injuries to soft tissues, bones, or both from causes like automobile accidents, sports injuries, assaults, and more. Common signs include pain, swelling, epistaxis, and loss of function. Management involves airway control, hemorrhage control, wound treatment, and addressing specific bone fractures like those of the nasal bones, orbits, maxilla, and mandible through closed or open reduction methods. Facial fractures require careful examination, imaging, and surgical or non-surgical treatment to restore facial form and function.
This document discusses various types of facial bone fractures including the nasal bones, maxilla, zygomatic bones, and mandible. It describes the common causes of facial fractures such as road traffic accidents, falls, assaults, and sports injuries. The key aspects of managing facial trauma are controlling airway, hemorrhage, and treating associated injuries. Examination involves checking specific areas of the face. Treatment options depend on the type and severity of the fracture and may include closed or open reduction as well as splinting or internal fixation with plates or screws.
The document discusses various types of facial and neck trauma. Facial injuries are commonly caused by motor vehicle collisions, assaults, and child abuse. Evaluation involves imaging like CT scans to diagnose fractures. Treatment depends on the type and severity of the injury but may include closed reduction, open reduction, and reconstruction. Neck injuries are serious due to vulnerability of structures like the airway. Proper management of neck trauma aims to rapidly secure the airway and control bleeding.
This document discusses trauma to the face, including causes such as automobile accidents and sports injuries. It describes the management of soft tissue injuries, bone fractures, and other conditions affecting the upper, middle, and lower thirds of the face. Specific fractures discussed include the nasal bone, orbital floor, zygoma, maxilla, and mandible. Diagnosis involves physical examination, x-rays, and CT scans. Treatment depends on the location and severity of the injury, and may involve closed or open reduction of fractures as well as fixation with wiring or plates.
This document discusses maxillary and periorbital fractures. It begins by describing the classic tripod, orbital floor, and LeFort fractures, noting that precise anatomic reduction is key. It then covers the epidemiology, mechanisms of injury, clinical assessment, radiographic assessment, management principles, and various types of upper face fractures including nasal fractures, naso-orbital-ethmoidal fractures, frontal sinus fractures, and orbital fractures.
This document discusses cerebrospinal fluid (CSF) rhinorrhea, or the leakage of CSF into the nose. It defines CSF and its circulation and production in the brain. CSF rhinorrhea can be caused by trauma, infections, tumors, or congenital lesions that damage the skull base and allow CSF to leak into the nasal cavity. Diagnosis involves identifying clear fluid leaking from the nose, especially when bending over. Imaging like CT and MRI can localize the leak site. Surgical repair of the skull defect is often needed using grafts and nasal packing.
This document discusses nasal fractures, including:
- Nasal fractures make up about 40% of all facial fractures.
- They are commonly caused by lateral impacts in young men.
- Nasal fractures can be classified based on the nature, extent of deformity, and pattern of the fracture.
- Treatment depends on the classification but may include closed or open reduction techniques. Complications can include poor cosmetic results if not treated properly.
This document summarizes current trends in the management of frontal sinus fractures. It discusses the anatomy of the frontal sinus and classifications of frontal sinus fractures. Key factors in determining treatment include integrity of the posterior wall and involvement of the nasofrontal duct. Treatment aims to isolate the neurocranium, prevent complications, and restore facial aesthetics. Surgical management depends on factors like penetrating injuries and comminution. Postoperative care involves antibiotics to prevent infections.
This document discusses various techniques for reconstructing skin and soft tissue defects in the head and neck region. It describes different types of grafts, local flaps, regional flaps, and free flaps that can be used including split thickness grafts, full thickness grafts, axial pattern flaps, transposition flaps, pedicled flaps like pectoralis major and latissimus dorsi flaps. Careful preoperative planning is important when using local flaps for head and neck reconstruction.
This document provides information on frontal bone fractures, including:
- The frontal bone forms the forehead and contains the frontal sinuses. Fractures can cause complications due to proximity to the brain, eyes, and nose.
- Embryologically, the frontal bone develops from membranous ossification and the frontal sinuses develop later in utero and childhood.
- Surgically, the frontal bone extends superiorly, laterally, and posteriorly, protecting the frontal sinuses. The sinuses have thin anterior and posterior walls.
- Fractures are classified based on whether they involve the anterior table, posterior table, or both. CT scans are important for diagnosis.
This document provides an overview of rhinoplasty procedures. It discusses the history and anatomy of rhinoplasty. It describes techniques for open and closed rhinoplasty approaches. It covers tip work including tip suturing and grafts. It also discusses nasal augmentation including graft materials and saddle nose repair. Deformities like deviated nose and underprojected tip are reviewed along with surgical correction methods. Key anatomical structures and surgical principles are emphasized.
This document provides an overview of the steps involved in primary sinus surgery via an endoscopic approach. It begins with a brief history of sinus surgery and then discusses preoperative assessment, including CT scans to evaluate sinus anatomy and disease patterns. The basic techniques of Messerklinger and Wigand are described. The key steps of the surgery are then outlined in detail, including uncinectomy, antrostomy of the maxillary sinus, anterior and posterior ethmoidectomy, sphenoid sinusotomy, and frontal sinusotomy when necessary. Throughout, anatomical landmarks and variations are discussed to guide safe dissection and avoid complications.
This document discusses various fibro-osseous tumors of the sinonasal region, including fibrous dysplasia. Fibrous dysplasia is a benign condition caused by a defect in osteoblast differentiation and maturation, resulting in the replacement of normal bone by fibrous connective tissue. It is caused by mutations in the GNAS1 gene. Histologically, there is slow replacement of medullary bone by abnormal fibrous tissue at different stages of bone metaplasia. Fibrous dysplasia typically presents in children and adolescents, with females being affected more often than males.
This document discusses maxillofacial trauma, specifically fractures of the frontal sinus, supraorbital ridge, frontal bone, nasal bones, septum, zygoma, and zygomatic arch. It describes the anatomy, types of fractures, clinical features, diagnosis, and treatment approaches for each area, including closed and open reduction techniques. Fractures may require approaches through the brow, sinus, or intraorally depending on the specific location and degree of displacement.
This document discusses fractures of the middle third of the face, including naso-orbital fractures, fractures of the zygoma (tripod fracture), fractures of the zygomatic arch, and fractures of the orbital floor (blowout fractures). It describes the causes, clinical features, diagnosis, and treatment options for each type of fracture through open or closed reduction and internal fixation.
This document discusses maxillofacial trauma, including the pathophysiology, etiology, anatomy, emergency management, history, physical examination, and treatment of various facial bone fractures including the frontal sinus, nasal bones, orbits, zygoma, maxilla, and mandible. Key points covered include airway management, hemorrhage control, imaging modalities like CT scans, fracture classifications like LeFort fractures, and the involvement of specialty services like ENT and neurosurgery.
The nasal septum is made up of three parts and provides structural support to the nose. Deviations, injuries, or infections of the nasal septum can cause problems like nasal obstruction or recurrent nosebleeds. Surgical procedures like submucous resection (SMR) and septoplasty are commonly used to correct deviated septums. Complications of these surgeries or injuries to the septum can include hematomas, abscesses, or perforations of the nasal septum if not properly treated.
1) The nasal septum consists of three parts - the columellar septum, membranous septum, and septum proper. The septum proper contains cartilage and bones that provide support to the nose.
2) Deviations, fractures, and injuries to the nasal septum can cause problems like nasal obstruction, epistaxis, and deformities. Surgical procedures like submucous resection (SMR) and septoplasty are used to correct septal abnormalities.
3) Complications of nasal septum diseases and their surgeries include bleeding, septal hematoma, infection, and saddle nose deformity. Accurate diagnosis and treatment of septal fractures or deviations is
This document provides guidance on the evaluation and management of head injuries. It discusses examining the scalp, eyes, ears and skull for fractures. It recommends CT scans for significant closed or penetrating head injuries to identify hemorrhages, contusions or fractures. It provides criteria for operative intervention in head injuries based on factors like intracranial pressure, Glasgow Coma Scale score and size of hematomas. It also outlines general management principles like maintaining blood pressure, oxygen levels and ICP. The document provides a thorough overview of evaluating and treating various types and severities of head injuries.
this describes management of patient presents with facial trauma. ED sequence of facial trauma includes primary survey, secondary survey as in ATLS. Detailed assessment of frontal fracture, orbital fracture, nasal fracture, nasal septal hepatoma, zygomatic maxillary fracture, alveolar fracture, mid facial fracture, TM perforation, pinna hematoma and laceration, mandibular fracture and mandibular dislocation is included.
spine surgical approaches along with tb spine complicationsPramod Yspam
This document discusses the surgical management and approaches for spinal tuberculosis. Key points include:
- Surgical management includes debridement of diseased vertebrae, drainage of abscesses, arthrodesis for instability, and decompression for neurological complications.
- Common surgical approaches discussed for different spinal regions include anterior, posterior, anterolateral, costotransversectomy, and laminectomy.
- Indications for surgery include neurological deficits not improving with conservative treatment, mechanical instability, and prevention of severe kyphosis.
Trauma to the nose can result from assaults, motor vehicle accidents, or sports injuries. Common injuries include fractures of the nasal bones or septum, soft tissue damage, and cerebrospinal fluid leaks from the skull base. Nasal fractures are classified based on the direction of force and location of breaks. Treatment depends on the severity but may involve manipulation, reduction, or open reduction of fractures as well as repair of soft tissue injuries. Complications can include respiratory obstruction, hemorrhage, sensory loss, and septal deviations.
This document discusses fractures of the middle third of the face and mandible. It begins by outlining the boundaries and structures that make up the middle third of the face. It then describes the three types of Lefort fractures - Lefort I, II, and III - providing details on their characteristics, signs and symptoms, and treatment approaches. The document also discusses fractures of the zygomatic complex, mandible classifications and treatments. It concludes by covering potential complications from maxillofacial injuries.
The nasal septum is the cartilage and bone in your nose. The septum divides the nasal cavity (inside your nose) into a right and left side. When the septum is off-center or leans to one side of the nasal cavity, it has “deviated.” Healthcare providers call this a deviated nasal septum.
This document discusses craniofacial trauma imaging and anatomy. It begins by noting that craniofacial trauma is commonly seen and that CT imaging provides critical anatomical details. The challenges for radiologists are to detect injuries and demonstrate them to clinicians. It then describes craniofacial anatomy in detail, including osseous structures, the orbit, midface, zygoma, mandible, and struts and buttresses. Various types of fractures are classified and imaging protocols are discussed. The goals of imaging craniofacial trauma are to screen for injuries, detect and diagnose them, and depict the injuries.
Maxillofacial fractures can result from accidental trauma, physical combat, or sports injuries. They require immediate care to secure the airway and control bleeding. The fractures can involve the upper, middle, or lower third of the face. Nasal bone fractures are common and may involve the septum or extend to the ethmoid sinuses. Treatment depends on the location and severity of the fractures but often involves reduction, immobilization, antibiotics, and anti-inflammatory drugs.
This document provides information on the management of maxillofacial trauma. It discusses the initial management including airway control and bleeding control. It then describes the secondary survey examining different areas of the face and head. It also classifies common types of facial fractures such as Lefort fractures, mandibular fractures, and fractures of the zygomatic bone and orbit. It concludes with discussing management of soft tissue injuries to the face.
This document discusses various surgical approaches for treating sinusitis. It covers procedures for the maxillary, frontal, ethmoid, and sphenoid sinuses. For the maxillary sinus, approaches include antral washout/lavage, intranasal antrostomy, and Caldwell-Luc procedures. For the frontal sinus, approaches include trephination, intranasal ethmoidectomy, and external frontoethmoidectomy. Complications of each procedure are also outlined.
Slides prepared by highly experienced ENT teacher, Dr. Krishna Koirala from Nepal , for teaching undergraduate and postgraduate MBBS students in the field of otorhinolaryngology. A clear and concise explanation of the basic concepts in the subject matter concerned.
Head and Neck Trauma by Dr. Kenneth DickieKenneth Dickie
Dr. Kenneth Dickie from Royal Centre of Plastic Surgery in Barrie, Ontario explained the care for Head & Neck Trauma.
f you have any questions, please contact Dr. Kenneth Dickie at http://royalcentreofplasticsurgery.com/
This document contains before and after photos from various orthognathic, facial reconstructive, and trauma surgery cases performed by Dr. Christos Michaelides. The cases illustrated include orthognathic surgery to correct class III malocclusion, maxillary advancement, otoplasty for bat ears, excision of skin carcinomas and reconstruction, neck dissection and reconstruction for oral cancer, repair of facial lacerations and fractures, and more. Both pre-operative planning and post-operative results are displayed through images to demonstrate the surgeon's work.
Local Advanced Lung Cancer: Artificial Intelligence, Synergetics, Complex Sys...Oleg Kshivets
Overall life span (LS) was 1671.7±1721.6 days and cumulative 5YS reached 62.4%, 10 years – 50.4%, 20 years – 44.6%. 94 LCP lived more than 5 years without cancer (LS=2958.6±1723.6 days), 22 – more than 10 years (LS=5571±1841.8 days). 67 LCP died because of LC (LS=471.9±344 days). AT significantly improved 5YS (68% vs. 53.7%) (P=0.028 by log-rank test). Cox modeling displayed that 5YS of LCP significantly depended on: N0-N12, T3-4, blood cell circuit, cell ratio factors (ratio between cancer cells-CC and blood cells subpopulations), LC cell dynamics, recalcification time, heparin tolerance, prothrombin index, protein, AT, procedure type (P=0.000-0.031). Neural networks, genetic algorithm selection and bootstrap simulation revealed relationships between 5YS and N0-12 (rank=1), thrombocytes/CC (rank=2), segmented neutrophils/CC (3), eosinophils/CC (4), erythrocytes/CC (5), healthy cells/CC (6), lymphocytes/CC (7), stick neutrophils/CC (8), leucocytes/CC (9), monocytes/CC (10). Correct prediction of 5YS was 100% by neural networks computing (error=0.000; area under ROC curve=1.0).
- Video recording of this lecture in English language: https://youtu.be/kqbnxVAZs-0
- Video recording of this lecture in Arabic language: https://youtu.be/SINlygW1Mpc
- Link to download the book free: https://nephrotube.blogspot.com/p/nephrotube-nephrology-books.html
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These lecture slides, by Dr Sidra Arshad, offer a simplified look into the mechanisms involved in the regulation of respiration:
Learning objectives:
1. Describe the organisation of respiratory center
2. Describe the nervous control of inspiration and respiratory rhythm
3. Describe the functions of the dorsal and respiratory groups of neurons
4. Describe the influences of the Pneumotaxic and Apneustic centers
5. Explain the role of Hering-Breur inflation reflex in regulation of inspiration
6. Explain the role of central chemoreceptors in regulation of respiration
7. Explain the role of peripheral chemoreceptors in regulation of respiration
8. Explain the regulation of respiration during exercise
9. Integrate the respiratory regulatory mechanisms
10. Describe the Cheyne-Stokes breathing
Study Resources:
1. Chapter 42, Guyton and Hall Textbook of Medical Physiology, 14th edition
2. Chapter 36, Ganong’s Review of Medical Physiology, 26th edition
3. Chapter 13, Human Physiology by Lauralee Sherwood, 9th edition
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4. Maintenance of airway
Cleaning of blood, vomit
Aspiration of blood, saliva, and gastric contents ,FB
Secured by Early Intubation or Tracheostomy
Hemorrhage- Direct pressure n ligation of vessels
Associated injuries- asso with injuries of head,
chest, abdomen,neck,larynx,cervical spines or limbs should
b attended
5. Facial lacerations- wound is thoroughly cleaned of
any dirt,grease,foreign matter and closed by
approximation of each layer.
Parotid gland and duct-if exposed ,repaired by
suturing.
Facial nerve-exposed by superficial parotidectomy
and cut ends are approximated with 8-0 or10-0 silk
under magnification.
6. Upper third-above the level of supraorbital
ridge.
Middle third-between supraorbital ridge and
upper teeth.
Lower third-mandible and lower teeth.
7. FRONTAL SINUS-
Anterior wall #-depressed or communited,mainly
cosmetic.
-Sinus is approached through a wound in the skin if present
or through brow incision.Interior of the sinus is inspected
Posterior wall #-may b accompanied by dural tears, brain
injury and csf rhinorrhea.
Injury to nasofrontal duct-causes obstruction make
large communication b/w sinus and nose.
8. SUPRAORBITAL RIDGE-
-cause periorbital ecchymosis ,flattening of the eyebrow,
proptosis or downward displacement of eye..
-Requires open reduction through an incision in the brow
or transverse skin line of forehead.
#OF FRONTAL BONE-
-depressed/linear, with/without separation.
-Often extends into orbit.
-Assoc with brain injury and cerebral edema-
neurosurgical correction.
9. Nasal Bones And Septum-
TYPES-
DEPRESSED-due to frontal blow.
-causes open book fractures.
-septum is collapsed and nasal bones is splayed out.
ANGULATED-lateral blow.
-U/L depression of nasal bone on the same side or both
and septum with deviation of nasal bridge
10.
11. CLINICAL FEATURES-
-Swelling of the nose
-Periorbital ecchymosis
-Tenderness
-Nasal deformity
-Crepitus and mobility of #ed fragments
-Epistaxis
-Nasal obstruction
-Laceration of nasal skin
DIAGNOSIS-
-Best made on physical examination.
-Xrays may not show #
-should include water’s view,right and left lateral views
and occlusal view
12. TREATMENT-
-Simple #-no treatment.
-Others-closed or open reduction.edema interferes with
accurate reduction so done before appearance or after
subsiding(5-7 days).
Closed Reduction-
-# reduced by straight, blunt elevator guided by digital
manipulation from outside,
- Laterally displaced-digital pressure in opp side.
- impacted fragments - disimpaction with walsham or
asch’s forceps before realignment.
Open Reduction-when closed method fails.
13. Direct force over the nasion
Nasal bones, perpendicular plate of ethmoid, ethmoidal air
cells, medial orbital wall are fractured and displaced
posteriorly
Clinical features
-telecanthus
-pug nose
-periorbital ecchymoses
-orbital hematoma
-CSF leakage
-Displacement of eyeball
14.
15. Diagnosis- Xray, CT scans(more usefull
Treatment-
Closed reduction-
• # is reduced with Asch’s forceps and stabilized by a wire
passed thru fractured bony fragments and septum n then tied
over the lead plates
- intranasal packing
- splinting kept for 10 days
16. Open reduction-
• required in cases of extensive comminution of nasal n
orbital bones and complicated by injury to lacrimal
apparatus , medial canthal ligaments frontal sinus
-H type incision
-nasal bones n orbital walls can b reduced
-medial canthal ligaments avulsed-restored with a thru
n thru wire
17. 2nd most frequently fractured bone
Direct trauma
Zygoma is separated from its processes
Clinical features
-Flattening of malar prominence
-step deformity
-anesthesia in distri of infraorbital N
-Trismus
-Oblique palpebral fissure
-Restricted ocular movements
-periorbital emphysema
18. Diagnosis- Water’s view shows # n displacement best,
CT
Treatment
-Only displaced # requires treatment
-open reduction n internal wire fixation – best results
- fracture is exposed at frontozygomatic suture through laterlal
brow incision n reduced by passing an elevator behind the
zygoma
-Wire fixation is done at frontozygomatic suture n infraorbital
margin(incision at lower lid)
19. Generally breaks into 2 fragments which get depressed
3 fracture lines- one at each end n 3rd in centre of arch
Clinical features
-depression in the area of arch
-local pain- aggravated by talking chewing
-Trismus or limitation of movements of mandible due to
impingement of fragments on the condyles or coronoid
process
20. Diagnosis-
best seen on submentovertical view of skull
Treatment
-vertical incision on hair bearing area above or infront of the
ear, cutting through temporal fascia
-an elevator passed deep to temporal fascia and carried under
the depressed bony fragments which r then reduced
- fixation not required as fragments remain stable
22. Accompanied with zygomatic n Le Fort II fracture
Isolated- large blunt objects, Orbital blowout fracture
Clinical Features
-Ecchymosis of lid, conjuntiva,
and sclera
-Enophthalmos with inferior
displacement of the eyeball
-Diplopia
-Hypothesia or anesthesia of cheek
and upper lip( infraorbital N
23. A- small orbital blow-out fracture is confined t
the orbital floor
B- larger blow-out fracture extends to involve
to the lower medial orbit as well as orbital floo
Coronal CT
24. Diagnosis- Waters’ view shows a convex opacity bulging in to
the antrum from above(tear drop opacity)
- CT confirms the diagnosis
Treatment
-Indications for surgery- enophthalmos n persistent diplopia
-by transantral approach
-Infraorbital approach alone or in combination with transantral
approach
-a pack can b kept in the antrum to support fragments
-Badly comminuted fractures can be repaired by bone graft from iliac
crest, nasal septum or antr wall of antrum
-silicon and teflon sheets have also been used to reconstruct the
orbital floor
25. 1. Le Fort I(transeverse) fractures runs above and
parallel to the palate
-It crosses lower part of nasal septum, maxillary antra n
pterygoid plates
2. Le Fort II(pyramidal) –passes though the root of
nose , lacrimal bone,floor of orbit, upper part of maxillary
sinus and pterygoid plates
3. Le fort III(craniofacial dysjunction)
complete seperation of facial bones from the cranial bones.
Fracture line passes through root of nose, ethmofrontal
junction,superior orbital fissure, lateral wall of orbit,
frontozygmatic and temporozygomatic sutures and the upper
part of pterygoid plates
26.
27. Clinical features
- Malocclusion of teeth with antr open bite
- Elongation of midface
- mobility in the maxilla
-CSF rhinorrhoea (cribriform plate injured in II n III)
Diagnosis
-Xray- water’s view, posteroanterior view lateral view
-CT
Coronal CT
28. Treatment
-immediate attention- to restore airway n stop haemorrhage
-fixation achieved by
a. Interdental wiring
b.Intermaxillary wiring using arch bars
c. open reduction and interosseous wiring
d. wire slings from frontal bone,zygoma or infraorbital rim to
teeth or arch bars
29. Classified according to
the location
CABS
Displacement of fractures
determined by
- direction of pull of muscles
attached
-direction of fracture line
-bevel of fracture
30. Clinical features
• in # of condyles-
-if fragments not displaced- pain and trismus , tenderness
can be elicited
-if displaced- also malocclusion of teeth and deviation of jaw
to the opp side on opening the mouth
• Fractures of angle, body n symphysis – diagnosed by
intraoral n extraoral palpation
• -step deformity, malocclusion of teeth, ecchymosis of oral
mucosa, tenderness at site of fracture
31. Treatment
-closed methods- interdental wiring and intermaxillary fixation
-open methods- fracture site is exposed and fragments fixed by
direct interosseous wiring (further strengthened by by a wire
tied in shape of 8)
-Now compression plates are available- prolonged
immobilisation n intermaxillary fixation can b avoided
-immobilisation of mandible beyond 3 weeks in condylar
fractures- ankylosis of TMJ
- therefore wires r removed n jaw exercises started
-if occlusion is still disturbing- wires r reapplied for another
week n process repeated until bite n jaw movements r
normal