Head injuries can range from minor to life-threatening and require prompt recognition and treatment. Signs and symptoms may include altered mental status, visible head damage, unequal or nonreactive pupils, nausea, vomiting, personality changes, paralysis, seizures, and abnormal vital signs. Proper care involves managing the airway, providing oxygen, rapid trauma assessment, monitoring for deterioration, and preparing for transport to a trauma center.
This document discusses brain damage and provides information on types, causes, symptoms, and case studies. It describes two main types of brain damage: traumatic brain injury caused by external forces, and acquired brain injury occurring at the cellular level from things like tumors, strokes, or toxic exposure. Causes include accidents, falls, violence, infections, and neurological illnesses. Symptoms vary but can include issues with senses, movement, cognition, behavior, and emotions. Several case studies are presented to illustrate different scenarios of brain injury and their effects.
This document discusses shock, its causes, signs and symptoms, and management for emergency medical technicians. It defines shock as the body's inability to circulate enough oxygenated blood to tissues. Severe injury, trauma, blood loss, or fluid loss can lead to shock. Early signs of shock include anxiety, pale skin, nausea, rapid pulse and breathing. Left untreated, shock progresses to altered mental status, low blood pressure, weak pulse, shallow breathing and cold skin. EMTs are trained to recognize shock early, provide emergency care, and ensure rapid transport to definitive care. Positioning, covering, monitoring vitals, and reassurance can help minimize shock.
This document discusses head trauma, including:
- The anatomy of the head and brain and types of injuries like concussions, contusions, hematomas.
- Primary and secondary brain injuries, with primary occurring immediately from force and secondary developing over hours from hypoxia or decreased blood flow.
- Assessment of head injury patients including neurological exam signs like anisocoria and posturing that indicate increased intracranial pressure.
- Management focuses on airway control, preventing hypotension, limiting agitation to reduce intracranial pressure, and treating cerebral herniation syndrome aggressively.
Head injury can range from minor scalp lacerations to serious brain injury. It is a leading cause of death from trauma. The most common causes are motor vehicle accidents, falls, assaults, and sports-related injuries. Injuries can be blunt or penetrating. Types of brain injuries include concussions, diffuse axonal injury, contusions, lacerations, and hemorrhages such as epidural, subdural, subarachnoid, intracerebral, and intraventricular hemorrhages. Clinical presentation depends on the type and severity of injury.
This document provides an overview of head injury management, including definitions of key terms like the Glasgow Coma Scale and intracranial pressure. It describes mechanisms of traumatic brain injury and the evaluation of head injuries through history, exam, and radiographic imaging. It outlines guidelines for both nonoperative management, which typically involves monitoring and treating intracranial pressure, and operative management when significant mass lesions are present like epidural or subdural hematomas. The guidelines provide recommendations for indications for intracranial pressure monitoring and therapies to reduce elevated intracranial pressure through medical, surgical, and in more severe cases, barbiturate-induced coma interventions.
Traumatic brain injury (TBI) results from external mechanical forces causing temporary or permanent brain dysfunction. The document discusses the definition, types, risk factors, biomechanics, pathology and pathophysiology of TBI. It notes that TBI causes around 200 injuries per 100,000 people annually and is a major cause of disability. Common pathological findings include contusions, diffuse axonal injury, vascular lesions and cerebral edema. The pathophysiology involves neuronal death through necrosis and apoptosis, as well as effects on cerebral metabolism and circulation.
Traumatic brain injury can cause both primary and secondary damage. Mild TBI usually has a good prognosis but 50% of survivors may have moderate or severe disability. More severe TBI has a worse prognosis, with 30% of those with a GCS <13 dying. Secondary insults like hypotension, hypoxia, hyperglycemia and hypocapnia/hypercapnia can further damage the brain and are associated with poorer outcomes. Key factors that influence prognosis include age, mechanism of injury, pupillary response, GCS score, and CT findings like midline shift. Early management aims to prevent secondary insults through measures like blood pressure support, oxygenation, glucose control and avoiding hyper/hypocapnia.
This document provides an overview of acute head injury, including definitions, pathophysiology, classifications, investigations, management, and references. Some key points:
- Head injury is defined as blunt and/or penetrating trauma to the head/brain causing temporary or permanent brain dysfunction. Primary injuries occur at impact while secondary injuries are subsequent damage from factors like hypoxia or raised intracranial pressure (ICP).
- Raised ICP can lead to herniation syndromes like cerebellar tonsillar herniation, which can compress brainstem centers and cause Cushing's triad of hypertension, bradycardia, and irregular breathing.
- Management goals include airway protection, maintaining cerebral perfusion pressure
This document discusses brain damage and provides information on types, causes, symptoms, and case studies. It describes two main types of brain damage: traumatic brain injury caused by external forces, and acquired brain injury occurring at the cellular level from things like tumors, strokes, or toxic exposure. Causes include accidents, falls, violence, infections, and neurological illnesses. Symptoms vary but can include issues with senses, movement, cognition, behavior, and emotions. Several case studies are presented to illustrate different scenarios of brain injury and their effects.
This document discusses shock, its causes, signs and symptoms, and management for emergency medical technicians. It defines shock as the body's inability to circulate enough oxygenated blood to tissues. Severe injury, trauma, blood loss, or fluid loss can lead to shock. Early signs of shock include anxiety, pale skin, nausea, rapid pulse and breathing. Left untreated, shock progresses to altered mental status, low blood pressure, weak pulse, shallow breathing and cold skin. EMTs are trained to recognize shock early, provide emergency care, and ensure rapid transport to definitive care. Positioning, covering, monitoring vitals, and reassurance can help minimize shock.
This document discusses head trauma, including:
- The anatomy of the head and brain and types of injuries like concussions, contusions, hematomas.
- Primary and secondary brain injuries, with primary occurring immediately from force and secondary developing over hours from hypoxia or decreased blood flow.
- Assessment of head injury patients including neurological exam signs like anisocoria and posturing that indicate increased intracranial pressure.
- Management focuses on airway control, preventing hypotension, limiting agitation to reduce intracranial pressure, and treating cerebral herniation syndrome aggressively.
Head injury can range from minor scalp lacerations to serious brain injury. It is a leading cause of death from trauma. The most common causes are motor vehicle accidents, falls, assaults, and sports-related injuries. Injuries can be blunt or penetrating. Types of brain injuries include concussions, diffuse axonal injury, contusions, lacerations, and hemorrhages such as epidural, subdural, subarachnoid, intracerebral, and intraventricular hemorrhages. Clinical presentation depends on the type and severity of injury.
This document provides an overview of head injury management, including definitions of key terms like the Glasgow Coma Scale and intracranial pressure. It describes mechanisms of traumatic brain injury and the evaluation of head injuries through history, exam, and radiographic imaging. It outlines guidelines for both nonoperative management, which typically involves monitoring and treating intracranial pressure, and operative management when significant mass lesions are present like epidural or subdural hematomas. The guidelines provide recommendations for indications for intracranial pressure monitoring and therapies to reduce elevated intracranial pressure through medical, surgical, and in more severe cases, barbiturate-induced coma interventions.
Traumatic brain injury (TBI) results from external mechanical forces causing temporary or permanent brain dysfunction. The document discusses the definition, types, risk factors, biomechanics, pathology and pathophysiology of TBI. It notes that TBI causes around 200 injuries per 100,000 people annually and is a major cause of disability. Common pathological findings include contusions, diffuse axonal injury, vascular lesions and cerebral edema. The pathophysiology involves neuronal death through necrosis and apoptosis, as well as effects on cerebral metabolism and circulation.
Traumatic brain injury can cause both primary and secondary damage. Mild TBI usually has a good prognosis but 50% of survivors may have moderate or severe disability. More severe TBI has a worse prognosis, with 30% of those with a GCS <13 dying. Secondary insults like hypotension, hypoxia, hyperglycemia and hypocapnia/hypercapnia can further damage the brain and are associated with poorer outcomes. Key factors that influence prognosis include age, mechanism of injury, pupillary response, GCS score, and CT findings like midline shift. Early management aims to prevent secondary insults through measures like blood pressure support, oxygenation, glucose control and avoiding hyper/hypocapnia.
This document provides an overview of acute head injury, including definitions, pathophysiology, classifications, investigations, management, and references. Some key points:
- Head injury is defined as blunt and/or penetrating trauma to the head/brain causing temporary or permanent brain dysfunction. Primary injuries occur at impact while secondary injuries are subsequent damage from factors like hypoxia or raised intracranial pressure (ICP).
- Raised ICP can lead to herniation syndromes like cerebellar tonsillar herniation, which can compress brainstem centers and cause Cushing's triad of hypertension, bradycardia, and irregular breathing.
- Management goals include airway protection, maintaining cerebral perfusion pressure
This document discusses head injuries, including their epidemiology, pathophysiology, types, and management. Head injuries are a major public health problem worldwide and are mostly caused by road traffic accidents and assaults. The main types of head injuries discussed are cerebral contusions, diffuse axonal injury, cerebral edema, traumatic intracranial hematomas such as extradural, subdural, subarachnoid and intracerebral hemorrhages, and concussions. Initial management focuses on preventing secondary brain damage through measures such as neurological observation, immobilization, intubation if needed, and transport to a dedicated neurological facility for patients with more severe injuries.
This document discusses traumatic brain injuries (TBI), including closed and open head injuries. It provides details on the causes, symptoms, treatments, and scales used to measure the severity of TBIs. The leading causes of TBIs worldwide are traffic accidents and falls. Closed head injuries account for about 75% of brain injuries and can range from mild concussions to severe injuries involving brain damage. Open head injuries involve skull fractures and have risks of infection, bleeding in the brain, and other complications if not promptly treated.
This document provides an overview of traumatic brain injury (TBI) and associated neurotrauma. It defines TBI and discusses the pathophysiology, including primary and secondary injury mechanisms. It also covers epidemiology, risk factors, assessment tools like the Glasgow Coma Scale, and management principles like the ATLS protocol. Key goals in TBI management are preventing secondary brain injury by controlling intracranial pressure and maintaining cerebral blood flow and oxygenation. The document additionally addresses spinal cord injuries, multisystem trauma patterns, and potential TBI complications.
1. Traumatic brain injury (TBI) results from external forces that cause temporary or permanent brain damage. Road traffic accidents account for 50% of TBIs, while falls account for 20-30%.
2. TBI results in both primary and secondary brain damage. Primary damage occurs immediately, while secondary damage involves ongoing processes like cerebral edema, inflammation, and cell death.
3. Management of TBI focuses on maintaining adequate cerebral perfusion pressure and intracranial pressure. Treatments include decompressive craniectomy, hyperosmolar therapy, and moderate sedation/analgesia to reduce adrenergic hyperactivity.
ICU management of traumatic brain injury FemiOpadotun
This document provides information on the management of traumatic brain injury (TBI) in the intensive care unit (ICU). It discusses the epidemiology, pathophysiology, clinical features, and management of TBI. Key points include that TBI is a leading cause of death and disability, with falls, motor vehicle accidents, and assaults being common causes. Primary brain injury results directly from trauma, while secondary brain injury involves downstream effects that can exacerbate damage. Clinical assessment involves the Glasgow Coma Scale and monitoring for signs of increased intracranial pressure. Aggressive ICU management is aimed at preventing secondary injury.
1) Head trauma can cause permanent injury, with motor vehicle crashes and falls being common causes. Approximately 30% of those with moderate head trauma will have another significant concurrent injury.
2) Primary brain injury results directly from trauma and causes bleeding, tearing and shearing of brain tissue. Secondary brain injury can occur later and includes hypoxia, swelling and increased pressure inside the skull.
3) Various types of head injuries are discussed, including scalp lacerations, skull fractures, concussions, contusions and bleeding within or around the brain. The Glasgow Coma Scale is used to assess level of consciousness.
This document discusses aviation psychology and fatigue. It begins with a quote doubting man's ability to fly from 1851. It then discusses the first fatal hot air balloon accident in Bangladesh in 1892 and includes biographies of the pilot Jeanette Van Tassel and photos of RAF aircraft. The majority of the document discusses the concepts of stress, burnout, fatigue, its causes such as medical issues, lifestyle, work and psychological factors. It provides checklists on how to identify fatigue in aviators and the risks it poses to flight safety. In conclusion, it summarizes a NASA survey finding that 80% of pilots acknowledged nodding off during flights at some point.
Management of Head Injuries is a document discussing the management of head injuries. It covers:
1) Head injuries are a major health hazard in India, killing over 1 million people per year from non-availability of timely treatment.
2) The document classifies head injuries and discusses examining patients including vital signs, neurological examination, Glasgow Coma Scale, and specific injuries like extradural hematomas.
3) Initial management focuses on the ABCs - airway, breathing, and circulation. Other priorities include diagnosis using CT scan, avoiding secondary insults like hypoxia and hypotension, and indications for surgery.
This document provides information on head injuries, including definitions, classifications, mechanisms of injury, imaging findings, and management strategies. It discusses the types of head injuries such as concussions, extradural and subdural hematomas, and intracerebral hemorrhages. Risk factors for secondary brain injury and guidelines for CT imaging are also outlined. Management of increased intracranial pressure and severe head injuries is described.
A head injury can range from mild to severe and is caused by blunt force trauma or penetrating injuries to the skull and brain. Symptoms of a serious head injury include loss of consciousness, persistent headaches, vomiting, or abnormal behavior. Treatment depends on severity but may include monitoring for deterioration, supporting circulation and lowering intracranial pressure by evacuating hematomas or reducing brain swelling.
This document outlines the management of head trauma. It begins with generalities on head trauma mechanisms and classifications. The goals of management are to prevent secondary brain injuries like hypoxia and hypotension. Initial management involves resuscitation, stabilization of ABCs, and assessing the patient's status. Secondary management includes a full examination, ordering a CT scan if needed, and admitting the patient to the ICU if their Glasgow Coma Scale is low or they have signs of a bleed or fracture. Ongoing management focuses on continually monitoring vitals, providing treatments to reduce ICP like mannitol or hyperventilation, administering prophylaxis, and maintaining electrolyte and fluid balance. The overall approach is to rapidly assess and stabilize
4 million people experience head trauma annually, with severe head injury being a leading cause of trauma death. Timely treatment is critical to prevent increased intracranial pressure from hemorrhages or edema, which can cause permanent brain damage or death. Signs of increased ICP include changes in vital signs, pupil reactivity, eye movements, muscle tone, and level of consciousness on the Glasgow Coma Scale. Early interventions like oxygen supplementation, ventilation support, and maintaining normal blood pressure and carbon dioxide levels are important to preserve brain perfusion and prevent further neurological injury.
The endocrine system regulates many important bodily functions through the secretion of hormones. It is comprised of glands like the hypothalamus, pituitary gland, thyroid gland, and pancreas. Endocrine emergencies can include diabetic emergencies like hypoglycemia and diabetic ketoacidosis, thyroid storms, adrenal crises, and Cushing's syndrome. Prehospital care focuses on stabilization, treating altered mental status and electrolyte abnormalities, and rapid transport to the hospital for further treatment.
Dr.Shyam Sundar Krishnan is one of the prominent neurosurgeon providing treatment for Head Injury in India. To know more visit us @ http://www.chennaibrainandspine.com/head-injury-management.html
Head injuries are commonly caused by motor vehicle accidents (44%) and falls (21%). Common types of head injuries include scalp wounds, skull fractures, and brain injuries such as contusions, hematomas, and hemorrhages. Symptoms vary depending on the location and severity of the injury but may include changes in consciousness, headache, vomiting, and motor or sensory deficits. Diagnostic tests like CT scans are used to evaluate the injury. Treatment focuses on stabilizing the patient, treating increased intracranial pressure through medications like mannitol, and surgical intervention if necessary.
This document discusses head injuries, including the pathophysiology and management of traumatic brain injury. Some key points:
- Head injuries account for over 50% of trauma hospitalizations, mostly from falls, motor vehicle accidents, assaults, and recreational injuries.
- Primary brain injury includes contusions, diffuse axonal injury (DAI), and intracranial hemorrhages. Secondary brain injury results from biochemical and vascular changes after the initial trauma.
- Management of increased intracranial pressure (ICP) aims to maintain cerebral perfusion pressure by reducing ICP through sedation, drainage, or increasing blood pressure with fluids/pressors. Monitoring ICP is important for guiding treatment.
Head injury( Diagnosis/symptoms/investigation/Treatment)Jiwan Pandey
This document provides an overview of head injuries, including:
- Classifications based on mechanism (primary vs secondary), severity (Glasgow Coma Scale), and patho-anatomical findings (focal vs diffuse injuries).
- Evaluation involves history, physical exam including Glasgow Coma Scale, and imaging like CT scan per NICE guidelines.
- Management includes emergency stabilization, monitoring for raised intracranial pressure, and either conservative treatment like head elevation/blood pressure control or surgery depending on injury type and severity.
- Outcomes involve rehabilitation and discharge criteria for minor/mild injuries focus on neurological status and education.
The document provides an overview of traumatic brain injury (TBI) for medical professionals. It discusses the demographics of TBI, including that over 2.5 million TBIs occur in the US each year from causes like falls, assaults, and motor vehicle accidents. It outlines the approach to evaluating a TBI patient, including performing a full neurological exam and Glasgow Coma Scale. Common injuries from TBI like contusions, hematomas, and shearing are also reviewed. The document then discusses various medical and surgical treatment options as well as factors that influence prognosis. The goal is to educate medical professionals on understanding and managing TBI.
This document discusses common issues related to head injuries. It begins by defining head injury and describing the basic anatomy of the head. It then discusses the most common causes of head injuries like motor vehicle accidents. It details the pathophysiology and types of injuries that can occur like scalp injuries, skull fractures, and various types of intracranial hemorrhages. The clinical features, diagnosis, and management of different types of head injuries are explained. Prevention through health promotion strategies like wearing safety helmets is also covered.
This document discusses spine injuries and their management by emergency medical technicians. It notes that trauma to the spine can cause paralysis or death. Rapid assessment and immobilization of potential spine injuries is critical to prevent further damage. The document provides guidance on mechanisms of injury that may involve the spine, signs and symptoms of spine injury, and proper techniques for immobilizing a patient to the long backboard or KED device while maintaining spinal alignment.
This document discusses brain damage and brain injury. It defines different types of brain damage including traumatic brain injury caused by external forces and acquired brain injury occurring at the cellular level from things like tumors or strokes. The causes, symptoms, and examples of different conditions are described. Case studies are presented showing various effects of brain injuries including memory loss, personality changes, and inability to perform prior tasks. The document provides an overview of brain damage and its manifestations.
This document discusses head injuries, including their epidemiology, pathophysiology, types, and management. Head injuries are a major public health problem worldwide and are mostly caused by road traffic accidents and assaults. The main types of head injuries discussed are cerebral contusions, diffuse axonal injury, cerebral edema, traumatic intracranial hematomas such as extradural, subdural, subarachnoid and intracerebral hemorrhages, and concussions. Initial management focuses on preventing secondary brain damage through measures such as neurological observation, immobilization, intubation if needed, and transport to a dedicated neurological facility for patients with more severe injuries.
This document discusses traumatic brain injuries (TBI), including closed and open head injuries. It provides details on the causes, symptoms, treatments, and scales used to measure the severity of TBIs. The leading causes of TBIs worldwide are traffic accidents and falls. Closed head injuries account for about 75% of brain injuries and can range from mild concussions to severe injuries involving brain damage. Open head injuries involve skull fractures and have risks of infection, bleeding in the brain, and other complications if not promptly treated.
This document provides an overview of traumatic brain injury (TBI) and associated neurotrauma. It defines TBI and discusses the pathophysiology, including primary and secondary injury mechanisms. It also covers epidemiology, risk factors, assessment tools like the Glasgow Coma Scale, and management principles like the ATLS protocol. Key goals in TBI management are preventing secondary brain injury by controlling intracranial pressure and maintaining cerebral blood flow and oxygenation. The document additionally addresses spinal cord injuries, multisystem trauma patterns, and potential TBI complications.
1. Traumatic brain injury (TBI) results from external forces that cause temporary or permanent brain damage. Road traffic accidents account for 50% of TBIs, while falls account for 20-30%.
2. TBI results in both primary and secondary brain damage. Primary damage occurs immediately, while secondary damage involves ongoing processes like cerebral edema, inflammation, and cell death.
3. Management of TBI focuses on maintaining adequate cerebral perfusion pressure and intracranial pressure. Treatments include decompressive craniectomy, hyperosmolar therapy, and moderate sedation/analgesia to reduce adrenergic hyperactivity.
ICU management of traumatic brain injury FemiOpadotun
This document provides information on the management of traumatic brain injury (TBI) in the intensive care unit (ICU). It discusses the epidemiology, pathophysiology, clinical features, and management of TBI. Key points include that TBI is a leading cause of death and disability, with falls, motor vehicle accidents, and assaults being common causes. Primary brain injury results directly from trauma, while secondary brain injury involves downstream effects that can exacerbate damage. Clinical assessment involves the Glasgow Coma Scale and monitoring for signs of increased intracranial pressure. Aggressive ICU management is aimed at preventing secondary injury.
1) Head trauma can cause permanent injury, with motor vehicle crashes and falls being common causes. Approximately 30% of those with moderate head trauma will have another significant concurrent injury.
2) Primary brain injury results directly from trauma and causes bleeding, tearing and shearing of brain tissue. Secondary brain injury can occur later and includes hypoxia, swelling and increased pressure inside the skull.
3) Various types of head injuries are discussed, including scalp lacerations, skull fractures, concussions, contusions and bleeding within or around the brain. The Glasgow Coma Scale is used to assess level of consciousness.
This document discusses aviation psychology and fatigue. It begins with a quote doubting man's ability to fly from 1851. It then discusses the first fatal hot air balloon accident in Bangladesh in 1892 and includes biographies of the pilot Jeanette Van Tassel and photos of RAF aircraft. The majority of the document discusses the concepts of stress, burnout, fatigue, its causes such as medical issues, lifestyle, work and psychological factors. It provides checklists on how to identify fatigue in aviators and the risks it poses to flight safety. In conclusion, it summarizes a NASA survey finding that 80% of pilots acknowledged nodding off during flights at some point.
Management of Head Injuries is a document discussing the management of head injuries. It covers:
1) Head injuries are a major health hazard in India, killing over 1 million people per year from non-availability of timely treatment.
2) The document classifies head injuries and discusses examining patients including vital signs, neurological examination, Glasgow Coma Scale, and specific injuries like extradural hematomas.
3) Initial management focuses on the ABCs - airway, breathing, and circulation. Other priorities include diagnosis using CT scan, avoiding secondary insults like hypoxia and hypotension, and indications for surgery.
This document provides information on head injuries, including definitions, classifications, mechanisms of injury, imaging findings, and management strategies. It discusses the types of head injuries such as concussions, extradural and subdural hematomas, and intracerebral hemorrhages. Risk factors for secondary brain injury and guidelines for CT imaging are also outlined. Management of increased intracranial pressure and severe head injuries is described.
A head injury can range from mild to severe and is caused by blunt force trauma or penetrating injuries to the skull and brain. Symptoms of a serious head injury include loss of consciousness, persistent headaches, vomiting, or abnormal behavior. Treatment depends on severity but may include monitoring for deterioration, supporting circulation and lowering intracranial pressure by evacuating hematomas or reducing brain swelling.
This document outlines the management of head trauma. It begins with generalities on head trauma mechanisms and classifications. The goals of management are to prevent secondary brain injuries like hypoxia and hypotension. Initial management involves resuscitation, stabilization of ABCs, and assessing the patient's status. Secondary management includes a full examination, ordering a CT scan if needed, and admitting the patient to the ICU if their Glasgow Coma Scale is low or they have signs of a bleed or fracture. Ongoing management focuses on continually monitoring vitals, providing treatments to reduce ICP like mannitol or hyperventilation, administering prophylaxis, and maintaining electrolyte and fluid balance. The overall approach is to rapidly assess and stabilize
4 million people experience head trauma annually, with severe head injury being a leading cause of trauma death. Timely treatment is critical to prevent increased intracranial pressure from hemorrhages or edema, which can cause permanent brain damage or death. Signs of increased ICP include changes in vital signs, pupil reactivity, eye movements, muscle tone, and level of consciousness on the Glasgow Coma Scale. Early interventions like oxygen supplementation, ventilation support, and maintaining normal blood pressure and carbon dioxide levels are important to preserve brain perfusion and prevent further neurological injury.
The endocrine system regulates many important bodily functions through the secretion of hormones. It is comprised of glands like the hypothalamus, pituitary gland, thyroid gland, and pancreas. Endocrine emergencies can include diabetic emergencies like hypoglycemia and diabetic ketoacidosis, thyroid storms, adrenal crises, and Cushing's syndrome. Prehospital care focuses on stabilization, treating altered mental status and electrolyte abnormalities, and rapid transport to the hospital for further treatment.
Dr.Shyam Sundar Krishnan is one of the prominent neurosurgeon providing treatment for Head Injury in India. To know more visit us @ http://www.chennaibrainandspine.com/head-injury-management.html
Head injuries are commonly caused by motor vehicle accidents (44%) and falls (21%). Common types of head injuries include scalp wounds, skull fractures, and brain injuries such as contusions, hematomas, and hemorrhages. Symptoms vary depending on the location and severity of the injury but may include changes in consciousness, headache, vomiting, and motor or sensory deficits. Diagnostic tests like CT scans are used to evaluate the injury. Treatment focuses on stabilizing the patient, treating increased intracranial pressure through medications like mannitol, and surgical intervention if necessary.
This document discusses head injuries, including the pathophysiology and management of traumatic brain injury. Some key points:
- Head injuries account for over 50% of trauma hospitalizations, mostly from falls, motor vehicle accidents, assaults, and recreational injuries.
- Primary brain injury includes contusions, diffuse axonal injury (DAI), and intracranial hemorrhages. Secondary brain injury results from biochemical and vascular changes after the initial trauma.
- Management of increased intracranial pressure (ICP) aims to maintain cerebral perfusion pressure by reducing ICP through sedation, drainage, or increasing blood pressure with fluids/pressors. Monitoring ICP is important for guiding treatment.
Head injury( Diagnosis/symptoms/investigation/Treatment)Jiwan Pandey
This document provides an overview of head injuries, including:
- Classifications based on mechanism (primary vs secondary), severity (Glasgow Coma Scale), and patho-anatomical findings (focal vs diffuse injuries).
- Evaluation involves history, physical exam including Glasgow Coma Scale, and imaging like CT scan per NICE guidelines.
- Management includes emergency stabilization, monitoring for raised intracranial pressure, and either conservative treatment like head elevation/blood pressure control or surgery depending on injury type and severity.
- Outcomes involve rehabilitation and discharge criteria for minor/mild injuries focus on neurological status and education.
The document provides an overview of traumatic brain injury (TBI) for medical professionals. It discusses the demographics of TBI, including that over 2.5 million TBIs occur in the US each year from causes like falls, assaults, and motor vehicle accidents. It outlines the approach to evaluating a TBI patient, including performing a full neurological exam and Glasgow Coma Scale. Common injuries from TBI like contusions, hematomas, and shearing are also reviewed. The document then discusses various medical and surgical treatment options as well as factors that influence prognosis. The goal is to educate medical professionals on understanding and managing TBI.
This document discusses common issues related to head injuries. It begins by defining head injury and describing the basic anatomy of the head. It then discusses the most common causes of head injuries like motor vehicle accidents. It details the pathophysiology and types of injuries that can occur like scalp injuries, skull fractures, and various types of intracranial hemorrhages. The clinical features, diagnosis, and management of different types of head injuries are explained. Prevention through health promotion strategies like wearing safety helmets is also covered.
This document discusses spine injuries and their management by emergency medical technicians. It notes that trauma to the spine can cause paralysis or death. Rapid assessment and immobilization of potential spine injuries is critical to prevent further damage. The document provides guidance on mechanisms of injury that may involve the spine, signs and symptoms of spine injury, and proper techniques for immobilizing a patient to the long backboard or KED device while maintaining spinal alignment.
This document discusses brain damage and brain injury. It defines different types of brain damage including traumatic brain injury caused by external forces and acquired brain injury occurring at the cellular level from things like tumors or strokes. The causes, symptoms, and examples of different conditions are described. Case studies are presented showing various effects of brain injuries including memory loss, personality changes, and inability to perform prior tasks. The document provides an overview of brain damage and its manifestations.
Head injuries can range from minor scalp lacerations to major trauma involving the brain. Common causes include motor vehicle accidents, falls, and assaults. Complications may include epidural or subdural hematomas. Diagnosis involves a CT or MRI scan. Nursing management focuses on maintaining adequate cerebral perfusion, preventing infection and secondary injury, and maximizing recovery of cognitive and physical function.
This document defines various neurological conditions and disorders. It begins by defining common types of headaches like migraines and clusters headaches, as well as tumors, infections, and head injuries. It then discusses vascular conditions like strokes and transient ischemic attacks. Several spinal cord dysfunctions and neuromuscular disorders are also defined. The remainder of the document provides more detailed descriptions and treatments for various neurological conditions like meningitis, encephalitis, brain abscesses, and traumatic brain injuries including hemorrhages.
This document discusses the rehabilitation of head, neck, and facial injuries. It describes various types of head injuries such as closed and open head injuries, skull fractures, and traumatic brain injuries including concussions. Common symptoms and complications of head injuries are outlined. The diagnosis and management of head injuries through imaging, surgery, and monitoring for complications is covered. Rehabilitation of neck injuries through physiotherapy, manipulation, electrotherapy, anti-inflammatory drugs, and exercises is also summarized.
Head injuries can range from minor scalp lacerations to major traumatic brain injuries. The document outlines various types of head injuries including concussions, skull fractures, and intracranial lesions like epidural hematomas, subdural hematomas, and intracerebral hematomas. It discusses mechanisms of injury, classifications, signs and symptoms, diagnostic studies, and management approaches including decreasing intracranial pressure and monitoring for complications.
Head injuries can range from mild to severe depending on factors like loss of consciousness and Glasgow Coma Score. The document defines head injury and outlines classifications based on severity, mode, mechanism and pathology. It also discusses causes, clinical features, investigations and management of various types of brain injuries including concussion, contusion, lacerations and hematomas. Treatment involves initial assessment, resuscitation, monitoring, preventing secondary complications and surgery if needed to evacuate hematomas or repair skull fractures. Complications can include epilepsy, infections and chronic subdural hematomas if not properly treated.
This document provides information about traumatic brain injury (TBI) epidemiology, definitions, clinical manifestations, and specific traumatic cranial lesions. Some key points:
- Motor vehicle collisions and falls are major causes of TBI globally. Rates are highest in Asia for motor vehicle TBIs and Europe for fall-related TBIs.
- Common TBI types include cerebral concussion, contusion, and contrecoup injuries. Concussions involve transient functional impairment while contusions involve brain bruising and more severe pathology.
- Clinical manifestations of concussion include immediate loss of consciousness and transient abnormalities. Contusions commonly involve the frontal and temporal lobes.
- Acute epidural hemorrhage arises from
Traumatic brain injury (TBI) is caused by an external force to the head that can lead to temporary or permanent impairment. It is a leading cause of death and disability, especially in young people. A TBI can be closed, without skull fracture, or open, with skull penetration. Initial management involves assessing severity with CT or MRI scans and monitoring for complications like increased intracranial pressure. Rehabilitation therapies like physiotherapy and occupational therapy aim to restore functions and prevent issues like spasticity or contractures. Outcomes depend on the severity of injury but long-term disabilities can impact cognition, movement, speech, and behavior.
Neurological complications in omfs trauma by Dr. Amit T. Suryawanshi, Oral S...All Good Things
Hi. This is Dr. Amit T. Suryawanshi. Oral & Maxillofacial surgeon from Pune, India. I am here on slideshare.com to share some of my own presentations presented at various levels in the field of OMFS. Hope this would somehow be helpful to you making your presentations. All the best.
Neurological complications in omfs trauma by Dr. Amit Suryawanshi .Oral & M...All Good Things
Description:
Hi. This is Dr. Amit T. Suryawanshi. Oral & Maxillofacial surgeon from Pune, India. I am here on slideshare.com to share some of my own presentations presented at various levels in the field of OMFS. Hope this would somehow be helpful to you making your presentations. All the best & your replies are welcomed!
dr amit suryawanshi,oral and maxillofacial surgery,dentist in pune,pune dentist,clep lip and palate ppt
This document defines and classifies different types of head injuries. It discusses primary and secondary head injuries, open and closed head injuries, and the severity of injuries. It also describes different types of injuries like skull fractures, intracranial hematomas including extradural, subdural, subarachnoid and intracerebral hemorrhages. Diffuse axonal injury is also discussed. Head injuries are classified based on Glasgow Coma Scale, post-traumatic amnesia and loss of consciousness.
The document discusses geriatric emergencies and how aging affects the body's systems. It notes that all body systems undergo changes with age that can diminish quality of life and pose health risks. These include sensory decline, heart and blood vessel changes, weaker muscles, and altered mental status. It provides guidance on assessing and caring for elderly patients, including taking a thorough history, speaking slowly, and handling them gently due to their frailty. The document also covers trauma in elderly patients and how their injuries may be less apparent due to reduced sensation. It stresses the importance of thorough assessment and monitoring for geriatric patients.
Head injuries can range from minor scalp lacerations to severe traumatic brain injuries. The document defines different types of head injuries including closed and open injuries, skull fractures, and brain injuries such as concussions, contusions, and intracranial hemorrhages. Treatment depends on the severity but may include managing increased intracranial pressure, antibiotics, anti-seizure medications, surgery, and supportive care including monitoring neurological status, maintaining hydration and oxygenation, and preventing complications.
injuries that occur to the scalp, skull, brain, and underlying tissue and blo...jenishanclex
A head injury is a broad term that describes a vast array of injuries that occur to the scalp, skull, brain, and underlying tissue and blood vessels in the head. Head injuries are also commonly referred to as brain injury, or traumatic brain injury (TBI), depending on the extent of the head trauma.
Head injury refers to any injury to the scalp, skull or brain. Common causes include motor vehicle accidents, falls, and assaults. The brain may experience bruising, bleeding, or swelling which increases intracranial pressure. Nurses monitor patients closely for changes in vital signs, pupil size/reactivity, and neurological status that indicate increased pressure. Treatment involves controlling bleeding, maintaining oxygenation and circulation, preventing infection, and monitoring for complications.
This document discusses several types of neurological pathophysiology including edema in the central nervous system, increased intracranial pressure, brain trauma, and cerebrovascular disease. It provides details on vasogenic and cytotoxic edema, the stages of increased intracranial pressure, types of brain injuries including contusions and hematomas, and the different types of strokes including thrombotic, embolic, and hemorrhagic. Treatment options are also mentioned for managing edema, increased intracranial pressure, brain injuries, and the various types of strokes.
This document discusses first aid for head and spinal injuries. It covers the signs and symptoms of skull fractures and brain injuries, as well as the appropriate first aid responses, which include immobilizing potential spinal injuries, maintaining an open airway, controlling bleeding, and activating EMS. It also addresses assessing head injuries, the differences between open and closed head injuries, potential complications of spinal cord injuries, and properly removing a helmet from an injured victim.
Traumatic brain injury (TBI) is a major health problem in India, with over 1 million injuries and 200,000 deaths reported annually. The leading causes of TBI in India are road traffic accidents, which account for 60-70% of cases. Common types of TBI include concussions, skull fractures, and contusions. Initial treatment focuses on stabilizing the airway, breathing, and circulation, with diagnostic tests like CT scans used to further evaluate injuries. Management involves measures to reduce cerebral edema as well as medical therapies tailored to the specific injuries. Long-term rehabilitation is often needed to address physical, cognitive, and behavioral impairments resulting from TBI.
This document provides an overview of common over-the-counter (OTC) medications used to treat minor medical conditions. It discusses OTC drugs for headaches, eye issues, ear issues, antacids, diarrhea, nausea, colds, coughs, laxatives, skin issues, hemorrhoids and more. For each category, it lists examples of active ingredients and brand names, and also provides precautions for their use. The goal is to familiarize students with basic OTC medications and proper usage.
This document discusses aquatic emergencies such as drowning and near-drowning. It outlines various types of aquatic emergencies including drowning, diving accidents, and boating incidents. The document discusses causes of drowning, signs of near-drowning and drowning, safety measures for rescuers, and emergency treatment for aquatic accident victims including removal from the water, CPR, oxygen, and transport to advanced care. Deep-water diving emergencies like air embolisms are also addressed.
This document provides an overview of annual helicopter safety training for YEMS personnel who work with medical evacuation helicopters. It outlines safety procedures for approaching and departing helicopters, crew cooperation, safety equipment, loading and unloading patients, prohibited operations like hover entrance/exit, and patient management considerations for flights. The training covers danger zones, using safe corridors, waiting for rotor stops, following pilot instructions, and maintaining awareness of hazards.
This document outlines procedures and recommendations for Yukon EMS helicopter operations. It reviews current practices and identifies risks. Key recommendations include developing standards for training, equipment, and decision-making processes around helicopter responses. A new decision matrix and forms are proposed to help assess safety factors like weather, landing zones, and weight capacities before helicopter missions. The goal is to ensure a risk mitigation strategy that allows YEMS to safely meet patient needs across the territory.
This document discusses vehicle extrication for emergency medical responders. It defines vehicle extrication as removing patients from a vehicle after an accident. It describes the emergency medical responder's role in assessing safety hazards, accessing the patient while stabilizing their spine, and controlling the scene until additional responders arrive. The document outlines two common types of extrication - using a Kendrick Extrication Device or performing a rapid extrication. It emphasizes the importance of personal safety and controlling spinal motion during extrication. The document also warns of potential hazards from the vehicle like leaking fluids, an unstable vehicle, airbags, and downed power lines during the extrication process.
This document discusses trauma in pregnancy and provides key information. It notes that trauma poses unique challenges due to the need to care for both the mother and unborn child. Physiological changes in pregnancy like increased risk of fainting and changes to vital signs can affect trauma assessment and treatment. Aggressive oxygen and fluid administration are critical to optimize outcomes for both. Proper positioning is also needed to prevent supine hypotension in pregnant patients. Motor vehicle collisions are a leading cause of trauma-related injuries or deaths among pregnant women.
Thoracic trauma is common, accounting for 50% of multiple trauma cases and 25% of trauma deaths. Potentially fatal thoracic injuries like tension pneumothorax, massive hemothorax, and cardiac tamponade require rapid recognition and intervention to save lives. The primary survey focuses on the "Deadly Dozen" immediate threats like airway obstruction, open pneumothorax, and flail chest, while the secondary survey evaluates less immediately life-threatening injuries like pulmonary contusion and myocardial contusion. Chest injuries frequently necessitate prompt treatment and often require urgent transport or "load-and-go" to definitive care.
The document discusses the structure and function of the nervous system. It describes the major divisions as the central nervous system (CNS), which includes the brain and spinal cord, and the peripheral nervous system (PNS). The PNS has three types of neurons that connect the CNS to the body and organs. It also describes the somatic and autonomic systems within the PNS. The autonomic system further divides into the sympathetic and parasympathetic nervous systems which work in opposition to activate the fight or flight response versus the rest and digest response. The CNS structures of the brain and spinal cord are also summarized, including the four lobes of the brain and principles of contralateral organization and lateralization of functions.
The document provides step-by-step instructions for creating realistic moulage makeup effects for emergency response training simulations. It details homemade recipes for simulated blood, bruises, burns, and other injuries using inexpensive and accessible materials. Pictures demonstrate techniques for applying different injury makeup like lacerations, impalements, and burns to achieve graphic but safe effects for training scenarios. The goal is to help emergency responders practice assessing and treating realistic-looking injuries in a controlled training environment.
The document discusses seizures, their classification, and treatment considerations for EMS. It describes how seizures are classified based on mental status (simple vs complex) and laterality (partial vs generalized). Generalized seizures involve both hemispheres and can cause loss of consciousness, while partial seizures originate in one hemisphere and may or may not affect consciousness. Status epilepticus is a medical emergency defined as continuous seizure activity. The document provides guidance for EMS on safely managing patients during and after seizure activity without forcing interventions.
This document provides information on various respiratory emergencies including their causes, signs and symptoms, and management strategies. Key points covered include:
- The respiratory system functions to oxygenate the blood and remove carbon dioxide through ventilation, diffusion, and perfusion. Failure of any part of this process can cause respiratory emergencies.
- Common respiratory emergencies discussed include upper airway obstruction, emphysema, asthma, pneumonia, toxic inhalation, and pulmonary embolism.
- Assessment involves evaluating the patient's airway, breathing, circulation, mental status and vital signs as well as taking a focused history. Signs and symptoms vary depending on the specific condition but may include dyspnea
This document provides information and guidelines for emergency medical responders (EMRs) on maintaining peripheral intravenous lines for stable patients during transport. It discusses the EMR's role in safely handling and transporting patients with existing IVs. It outlines personal safety concerns, required skills like adjusting drip rates and changing IV bags, and goals around keeping the IV patent and monitoring for complications. The document specifies considerations for IV transport, authorized and unauthorized IV solutions, complications, stabilization techniques, flow rate factors, drip rate calculations, troubleshooting problems, and required documentation.
This document provides information on poisonings and substance abuse for paramedics. It defines poisoning and substance abuse. It describes how to identify the patient and poison, determine the nature of the poison, and assess inhaled, absorbed, ingested and injected poisons. It discusses the initial assessment, airway/breathing/circulation, and transport decision for a poisoned patient. It also covers alcohol, opioids, sedatives, inhalants, stimulants, marijuana, hallucinogens and anticholinergics.
This document provides information on childbirth and obstetrical emergencies for emergency medical responders. It discusses the stages of normal labor and delivery, as well as complications that may arise like premature birth, breech birth, and prolapsed cord. Emergency procedures are outlined for handling various situations like breech delivery and umbilical cords wrapped around the baby's neck. Overall the document aims to equip EMRs with the essential knowledge needed to assist with emergency childbirth and recognize potential complications.
This document discusses the musculoskeletal system and emergencies. It covers the anatomy and functions of the musculoskeletal system including muscles, ligaments, tendons and bones. It describes different types of musculoskeletal injuries like sprains, strains, dislocations, fractures and provides treatment guidelines for splinting and immobilizing injured extremities. The document emphasizes the importance of assessing distal circulation and function before and after splinting and provides tips on proper splinting techniques and potential hazards of improper splinting.
The document discusses musculoskeletal injuries, including injuries to muscles, bones, and associated ligaments. It covers various types of musculoskeletal injuries, signs and symptoms, management of injuries, spinal injuries, head injuries, and splinting techniques. The goal for emergency responders is to manage musculoskeletal injuries, prevent further damage, minimize disability, and reduce pain.
This document provides an overview and training content for EF Johnson 53 SL ES and 51 SL ES series radios used by the Yukon Government. It covers system configuration, controls, display features, zone and site selection, registration, talkgroups, out of range indicators, and general operating policies and procedures. The training is delivered through a combination of presentation, demonstration, and hands-on exercises.
The document discusses the components and use of a metered dose inhaler (MDI) with spacer. An MDI contains salbutamol and propellant that are mixed by shaking. Using a spacer allows the medication particles to remain in the respirable 1-5 micron range to effectively deliver the dose to the lungs. Different types of spacers are available to use with MDIs.
This document provides an overview of annual aircraft safety training for rural EMS crew members who work with medical evacuation (medevac) crews. It covers definitions, standard medevac operations like ambulance parking and patient loading/unloading, airframe familiarization for different aircraft types, standard and emergency flight operations, and prohibited operations. The goal is to ensure EMS personnel can function safely as part of the medevac team on the airport tarmac and around medical evacuation aircraft during flight operations.
This document discusses mass casualty incidents and the role of emergency medical responders. It describes what constitutes a mass casualty incident, the sectors that should be established at the scene including triage, treatment and transportation. It outlines the START triage plan involving assessing airways, breathing, circulation and mental status to assign patients priority levels of red, yellow, green or black to determine treatment. The emergency responder's role is to begin triaging patients and provide initial care until additional EMS support arrives.
At Apollo Hospital, Lucknow, U.P., we provide specialized care for children experiencing dehydration and other symptoms. We also offer NICU & PICU Ambulance Facility Services. Consult our expert today for the best pediatric emergency care.
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Map: https://cutt.ly/BwCeflYo
Name: Apollo Hospital
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The Importance of Black Women Understanding the Chemicals in Their Personal C...bkling
Certain chemicals, such as phthalates and parabens, can disrupt the body's hormones and have significant effects on health. According to data, hormone-related health issues such as uterine fibroids, infertility, early puberty and more aggressive forms of breast and endometrial cancers disproportionately affect Black women. Our guest speaker, Jasmine A. McDonald, PhD, an Assistant Professor in the Department of Epidemiology at Columbia University in New York City, discusses the scientific reasons why Black women should pay attention to specific chemicals in their personal care products, like hair care, and ways to minimize their exposure.
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This particular slides consist of- what is hypotension,what are it's causes and it's effect on body, risk factors, symptoms,complications, diagnosis and role of physiotherapy in it.
This slide is very helpful for physiotherapy students and also for other medical and healthcare students.
Here is the summary of hypotension:
Hypotension, or low blood pressure, is when the pressure of blood circulating in the body is lower than normal or expected. It's only a problem if it negatively impacts the body and causes symptoms. Normal blood pressure is usually between 90/60 mmHg and 120/80 mmHg, but pressures below 90/60 are generally considered hypotensive.
The facial nerve, also known as cranial nerve VII, is one of the 12 cranial nerves originating from the brain. It's a mixed nerve, meaning it contains both sensory and motor fibres, and it plays a crucial role in controlling various facial muscles, as well as conveying sensory information from the taste buds on the anterior two-thirds of the tongue.
End-tidal carbon dioxide (ETCO2) is the level of carbon dioxide that is released at the end of an exhaled breath. ETCO2 levels reflect the adequacy with which carbon dioxide (CO2) is carried in the blood back to the lungs and exhaled.
Non-invasive methods for ETCO2 measurement include capnometry and capnography. Capnometry provides a numerical value for ETCO2. In contrast, capnography delivers a more comprehensive measurement that is displayed in both graphical (waveform) and numerical form.
Sidestream devices can monitor both intubated and non-intubated patients, while mainstream devices are most often limited to intubated patients.
TEST BANK FOR Health Assessment in Nursing 7th Edition by Weber Chapters 1 - ...rightmanforbloodline
TEST BANK FOR Health Assessment in Nursing 7th Edition by Weber Chapters 1 - 34.
TEST BANK FOR Health Assessment in Nursing 7th Edition by Weber Chapters 1 - 34.
TEST BANK FOR Health Assessment in Nursing 7th Edition by Weber Chapters 1 - 34.
About this webinar: This talk will introduce what cancer rehabilitation is, where it fits into the cancer trajectory, and who can benefit from it. In addition, the current landscape of cancer rehabilitation in Canada will be discussed and the need for advocacy to increase access to this essential component of cancer care.
CHAPTER 1 SEMESTER V COMMUNICATION TECHNIQUES FOR CHILDREN.pdfSachin Sharma
Here are some key objectives of communication with children:
Build Trust and Security:
Establish a safe and supportive environment where children feel comfortable expressing themselves.
Encourage Expression:
Enable children to articulate their thoughts, feelings, and experiences.
Promote Emotional Understanding:
Help children identify and understand their own emotions and the emotions of others.
Enhance Listening Skills:
Develop children’s ability to listen attentively and respond appropriately.
Foster Positive Relationships:
Strengthen the bond between children and caregivers, peers, and other adults.
Support Learning and Development:
Aid cognitive and language development through engaging and meaningful conversations.
Teach Social Skills:
Encourage polite, respectful, and empathetic interactions with others.
Resolve Conflicts:
Provide tools and guidance for children to handle disagreements constructively.
Encourage Independence:
Support children in making decisions and solving problems on their own.
Provide Reassurance and Comfort:
Offer comfort and understanding during times of distress or uncertainty.
Reinforce Positive Behavior:
Acknowledge and encourage positive actions and behaviors.
Guide and Educate:
Offer clear instructions and explanations to help children understand expectations and learn new concepts.
By focusing on these objectives, communication with children can be both effective and nurturing, supporting their overall growth and well-being.
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