This document provides information about head and neck injuries, specifically traumatic brain injuries (TBIs). It discusses brain anatomy, types of injuries including concussions, signs and symptoms, prevention strategies, and laws regarding sports injuries. Treatment for TBIs may include medications, surgery, and long-term therapy. Injuries can have damaging effects and affect the whole family. Local resources are available to support recovery. The story of William Dottery, who became paralyzed after a football injury, is shared as an example of recovering from injury through determination and by founding Dream Walkers, a non-profit organization.
This document provides an overview of concussions, including:
- A 17-year-old male presented with a concussion after being hit in the head by a line drive during a baseball game with 1 minute loss of consciousness.
- The patient is experiencing a headache and has a hematoma on his forehead. Acute management, discharge instructions, and return to play guidelines are discussed.
- Concussions are a complex pathophysiological brain injury induced by traumatic forces that typically do not involve structural damage but can still cause functional impairment. Epidemiology, symptoms, diagnosis, treatment and prevention strategies are reviewed.
This document provides information about concussions, including common terms, symptoms, effects on the brain, risks in various sports, and guidelines for treatment and return to play. It notes that an estimated 1.6 to 3.8 million concussions occur each year in the US, with football posing the highest risk for males and soccer for females. Common symptoms include headache, dizziness, and confusion. The document recommends immediate removal from play for any athlete showing concussion symptoms and a gradual return to school and sports activities.
Anatomy Of An Adolescent Concussion: It’s Not Child’s Play
A presentation at George Mason High School, Falls Church, VA by Vicki Galliher, ATC, VATL, ACSM on 2/22/2012
This document provides an overview of sport concussions including:
- The purpose is to raise awareness of concussions, decrease their number, and provide information on management and prevention.
- It discusses common signs and symptoms, diagnostic tests, recovery models, return to play protocols, and neuropsychological testing.
- Key points emphasized are that concussions are serious injuries, athletes should be immediately removed from play if a concussion is suspected, and return to play decisions should not be made until cleared by a medical professional.
A concussion is a mild traumatic brain injury caused by the brain whipping inside the skull, which causes it to not function properly. Symptoms include headaches, dizziness, nausea, and behavioral changes. While usually temporary, concussions can have long-term effects if not properly diagnosed and treated. It is important to see a doctor after a concussion to rest the brain and prevent further injury that could lead to conditions like second impact syndrome or post-concussion syndrome.
The document discusses the football concussion epidemic, detailing what a concussion is, common symptoms, and levels of severity. It notes that football is the highest risk sport for concussions for males, with professional football players experiencing 900-1500 head blows per season. While helmet technology and NFL concussion protocols have improved, concussions remain a major problem - once a player has had a concussion, they are more likely to sustain another if injured again. Advancements cannot eliminate concussions, and repeated brain injuries increase risks of long-term damage.
The document discusses concussion management in youth sports. It outlines that concussions are a serious public health issue, especially among children and adolescents involved in sports. Return to play protocols should be conservative for young athletes, involving complete resolution of symptoms and a gradual, stepwise return to full activities. Neurocognitive testing is important to compare injured athletes to their own baseline data to guide safe return to school and sports.
This document provides an overview of concussions, including:
- A 17-year-old male presented with a concussion after being hit in the head by a line drive during a baseball game with 1 minute loss of consciousness.
- The patient is experiencing a headache and has a hematoma on his forehead. Acute management, discharge instructions, and return to play guidelines are discussed.
- Concussions are a complex pathophysiological brain injury induced by traumatic forces that typically do not involve structural damage but can still cause functional impairment. Epidemiology, symptoms, diagnosis, treatment and prevention strategies are reviewed.
This document provides information about concussions, including common terms, symptoms, effects on the brain, risks in various sports, and guidelines for treatment and return to play. It notes that an estimated 1.6 to 3.8 million concussions occur each year in the US, with football posing the highest risk for males and soccer for females. Common symptoms include headache, dizziness, and confusion. The document recommends immediate removal from play for any athlete showing concussion symptoms and a gradual return to school and sports activities.
Anatomy Of An Adolescent Concussion: It’s Not Child’s Play
A presentation at George Mason High School, Falls Church, VA by Vicki Galliher, ATC, VATL, ACSM on 2/22/2012
This document provides an overview of sport concussions including:
- The purpose is to raise awareness of concussions, decrease their number, and provide information on management and prevention.
- It discusses common signs and symptoms, diagnostic tests, recovery models, return to play protocols, and neuropsychological testing.
- Key points emphasized are that concussions are serious injuries, athletes should be immediately removed from play if a concussion is suspected, and return to play decisions should not be made until cleared by a medical professional.
A concussion is a mild traumatic brain injury caused by the brain whipping inside the skull, which causes it to not function properly. Symptoms include headaches, dizziness, nausea, and behavioral changes. While usually temporary, concussions can have long-term effects if not properly diagnosed and treated. It is important to see a doctor after a concussion to rest the brain and prevent further injury that could lead to conditions like second impact syndrome or post-concussion syndrome.
The document discusses the football concussion epidemic, detailing what a concussion is, common symptoms, and levels of severity. It notes that football is the highest risk sport for concussions for males, with professional football players experiencing 900-1500 head blows per season. While helmet technology and NFL concussion protocols have improved, concussions remain a major problem - once a player has had a concussion, they are more likely to sustain another if injured again. Advancements cannot eliminate concussions, and repeated brain injuries increase risks of long-term damage.
The document discusses concussion management in youth sports. It outlines that concussions are a serious public health issue, especially among children and adolescents involved in sports. Return to play protocols should be conservative for young athletes, involving complete resolution of symptoms and a gradual, stepwise return to full activities. Neurocognitive testing is important to compare injured athletes to their own baseline data to guide safe return to school and sports.
Concussions are a common and serious injury in contact sports. They can have both short-term and long-term effects on brain function. It is important to detect concussions quickly, assess their severity properly, and make cautious return to play recommendations. Multiple concussions may increase risks, so proper treatment and monitoring is needed to protect athletes' long-term brain health.
Traumatic brain injury (TBI) occurs when an external force causes damage to the brain. TBI can be classified based on severity and mechanism of injury. Common causes include motor vehicle accidents, falls, assaults, and sports-related injuries. Symptoms vary depending on the location and severity of the injury but may include cognitive and language deficits, memory loss, seizures, and behavioral changes. Prevention focuses on reducing risk factors like not wearing a helmet during activities or a seatbelt during vehicle travel. Occupational therapists can help people with TBI regain independence through tasks and environmental modifications.
Concussions in Sports discusses concussions, which are mild traumatic brain injuries caused by impacts that cause bruising or swelling of the brain. The document outlines common concussion symptoms like headaches and memory loss. It also discusses how organizations like the NFL and NCAA are researching the short and long term effects of concussions on athletes. New equipment and rules changes have aimed to reduce concussions, like football helmets with more padding and a NCAA rule banning targeting with the crown of the helmet. Rest is very important to properly treat concussions, which usually take 7-10 days to heal in athletes.
Traumatic Brain Injury occurs when sudden trauma damages the brain through bleeding, bruising or tearing of nerves. Common causes include car, motorcycle or bicycle accidents, falls, violence, explosions or abuse. Symptoms vary but may include unconsciousness, headaches, vomiting, dizziness, seizures, weakness or speech/memory problems. Doctors assess severity using scales like the Glascow Coma Scale and perform tests like CT/MRI scans and intracranial pressure monitors. Treatment focuses on reducing swelling through medications, therapy, and sometimes surgery while rehabilitation addresses physical, occupational and speech therapy which may continue for months or years. Prevention emphasizes seatbelt/helmet use and avoiding falls or substance abuse. TBI affects patients and
To define a traumatic brain injury is simply an injury to the brain due to trauma to the head. A brain bleed, fractured skull, or comas as a result of head injury are brain injuries that are easy to identify. To take help of Brain Injury Attorneys visit: http://alabama.attorney-group.com/brain-injury/
1) Concussions are brain injuries that occur when the head hits or is hit by an object and can cause headaches, unconsciousness, and long term issues.
2) Concussions are common in many sports due to impacts and 300,000 people suffer from sports related concussions each year.
3) While concussions were once thought to only affect football, they can occur in many sports from soccer to gymnastics whenever there is a blow to the head. Proper safety equipment and education can help prevent concussions.
The document discusses understanding brain concussions, including:
- Definitions of concussion from various organizations emphasize transient symptoms rather than loss of consciousness.
- Common concussion symptoms include cognitive, emotional, and somatic complaints like headache and dizziness.
- Most individuals recover from an uncomplicated concussion within weeks, though a minority may have longer-lasting symptoms.
- Assessment and treatment focuses on the neurometabolic cascade following injury and managing recovery over time.
Head injuries can range from minor cuts to serious conditions like concussions, contusions, hemorrhages or compression of the brain. Concussions involve temporary impairment of brain functions like thinking or vision from a blow to the head. Contusions cause bruising of the brain tissue which can lead to prolonged unconsciousness. Hemorrhages refer to bleeding within the skull from damaged blood vessels. Signs of a serious head injury include deep cuts, nausea, visual issues or unconsciousness. First aid involves protecting the airway, controlling bleeding from cuts and seeking immediate medical help.
This document provides an outline for a presentation on concussion in sport. The presentation aims to familiarize practitioners with evaluating and managing concussions, from sideline assessment to return to play protocols. It discusses updated definitions of concussion, signs and symptoms, sideline evaluation tools like SCAT5 and King-Devick testing, and clinical management best practices. The presentation also covers topics like post-concussion syndrome, vestibular rehabilitation, return to learn protocols, and controversial issues like chronic traumatic encephalopathy.
Concussion Inservice - Oct. 2015 Final Copy Zachary Lynch
This document provides an overview of concussions, including their pathophysiology, symptoms, assessment tools, management, and risk reduction. It discusses that concussions are classified as mild traumatic brain injuries that result in functional changes rather than structural damage. While often considered mild, they still affect over 1 million people in the US each year. Proper evaluation involves assessing symptoms, cognitive functioning, and exertion during recovery to ensure full resolution before allowing a gradual return to play through stages to avoid reinjury. Strict protocols are necessary to prevent further injury like second impact syndrome.
This document summarizes the neurometabolic cascade that occurs following a concussion. It describes the initial events such as neurotransmitter release and ion influx that lead to hyperactivity and then depressed metabolism. Functional MRI studies have shown increased brain activation and axonal damage in concussed athletes. There is also evidence that concussions can lead to long term neurological disorders like chronic traumatic encephalopathy and increased risk of conditions like Alzheimer's disease and Parkinson's disease. The document concludes that repeated concussions are definitely linked to early onset neurological disorders and that concussion protocols and education need to be improved.
This document summarizes traumatic brain injury (TBI), including its causes, types, symptoms, treatment and outcomes. It discusses the epidemiology of TBI, noting it is a leading cause of death and disability worldwide. It describes the two main types of TBI - open and closed head injuries. It also summarizes the potential psychiatric issues after TBI like depression, mania, psychosis, OCD, PTSD and personality changes. Finally, it discusses factors that can influence outcomes, noting that 30-35% of severe brain injury cases result in death.
Concussions in high school athletes case study presentationctoney
In the Fall of 2014 I worked as as Athletic Training Student with High School athletes. During this time I evaluated a large amount of athletes with head injuries. This intrigued me to go about research on the topic of concussions.
The document discusses traumatic brain injury (TBI) and its relationship to domestic violence. It notes that every 23 seconds someone in the US sustains a TBI, and over 90% of domestic violence injuries occur to the head, face or neck. Living with TBI can make it difficult for abused women to safely leave their partners or care for themselves and their families. The document outlines common cognitive, physical and psychosocial effects of TBI and resources for treatment and support.
Trauma brain injury (TBI) is caused by an external force or object impacting the head, which can cause functional or psychological impairment. About 1 million people visit emergency rooms for TBI each year in the US, with costs of around $56 billion annually. TBI symptoms range from mild issues such as headaches to more severe problems like inability to wake from sleep or slurred speech. Diagnosis involves tests like the Glasgow Coma Scale to assess consciousness, with rehabilitation the goal of stabilizing issues and restoring abilities through a team approach.
Traumatic brain injury (TBI) refers to brain damage caused by an external force such as an impact or blast. It is a major public health problem, with road accidents being the most common cause. The mechanisms of TBI include direct impact, rapid acceleration/deceleration, penetrating injuries, and blast injuries. In the acute phase, patients are often comatose and later develop delirium. Treatment focuses on stabilizing the patient in the ICU, reducing intracranial pressure, and treating delirium and its underlying medical causes. Outcomes range from full recovery to long-term cognitive and behavioral deficits.
Traumatic brain injury (TBI) occurs when an external force causes brain damage. Primary injury is caused by the impact, while secondary injury involves swelling and reduced blood flow. TBI can be mild, moderate, or severe based on symptoms. Treatment focuses on preventing secondary injury by controlling swelling, blood pressure, and seizures. Patients require rehabilitation to regain abilities lost from brain damage. Long term issues may include headaches, depression, and cognitive impairments.
The document summarizes research on traumatic brain injuries (TBIs), including their pathophysiology, treatment, and prevention. It discusses the Defense and Veterans Brain Injury Center (DVBIC) and its role in conducting TBI research and clinical care. It also outlines the mechanisms, types, symptoms, and natural history of TBIs, as well as treatments focused on education, rehabilitation, and medication management. While studies on pharmacologic treatments were limited, guidelines were established for using methylphenidate for attention deficits and beta-blockers for aggression reduction post-TBI.
Mild traumatic brain injuries are an inherent risk in contact sports but are often misunderstood or seen as a sign of weakness. All involved in such sports must be educated on concussion signs, symptoms, and risks to ensure athlete safety through proper diagnosis and management. Multiple concussions and failure to report symptoms can have long-term health effects, so guidelines are needed at all levels to protect players and treat even mild injuries as brain injuries.
Presentation concussion and sports -official aans-cns-think first versionbrainspine
This document provides information about concussions in sports. It begins by defining a concussion as a brief change in mental status caused by force to the head. There has been increased focus on sports concussions recently due to an evolving definition, their common occurrence in youth sports, and potential for long-term complications. Concussions are typically treated with physical and cognitive rest. The document discusses prevention programs and guidelines to reduce head injuries in sports.
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.
This document provides an overview of educational administration 310, including introducing the professor and discussing why students should care about educational administration. It also presents 10 hypothetical legal cases related to schools and asks whether the school/teachers involved would be found legally responsible or if their actions would be permitted.
Concussions are a common and serious injury in contact sports. They can have both short-term and long-term effects on brain function. It is important to detect concussions quickly, assess their severity properly, and make cautious return to play recommendations. Multiple concussions may increase risks, so proper treatment and monitoring is needed to protect athletes' long-term brain health.
Traumatic brain injury (TBI) occurs when an external force causes damage to the brain. TBI can be classified based on severity and mechanism of injury. Common causes include motor vehicle accidents, falls, assaults, and sports-related injuries. Symptoms vary depending on the location and severity of the injury but may include cognitive and language deficits, memory loss, seizures, and behavioral changes. Prevention focuses on reducing risk factors like not wearing a helmet during activities or a seatbelt during vehicle travel. Occupational therapists can help people with TBI regain independence through tasks and environmental modifications.
Concussions in Sports discusses concussions, which are mild traumatic brain injuries caused by impacts that cause bruising or swelling of the brain. The document outlines common concussion symptoms like headaches and memory loss. It also discusses how organizations like the NFL and NCAA are researching the short and long term effects of concussions on athletes. New equipment and rules changes have aimed to reduce concussions, like football helmets with more padding and a NCAA rule banning targeting with the crown of the helmet. Rest is very important to properly treat concussions, which usually take 7-10 days to heal in athletes.
Traumatic Brain Injury occurs when sudden trauma damages the brain through bleeding, bruising or tearing of nerves. Common causes include car, motorcycle or bicycle accidents, falls, violence, explosions or abuse. Symptoms vary but may include unconsciousness, headaches, vomiting, dizziness, seizures, weakness or speech/memory problems. Doctors assess severity using scales like the Glascow Coma Scale and perform tests like CT/MRI scans and intracranial pressure monitors. Treatment focuses on reducing swelling through medications, therapy, and sometimes surgery while rehabilitation addresses physical, occupational and speech therapy which may continue for months or years. Prevention emphasizes seatbelt/helmet use and avoiding falls or substance abuse. TBI affects patients and
To define a traumatic brain injury is simply an injury to the brain due to trauma to the head. A brain bleed, fractured skull, or comas as a result of head injury are brain injuries that are easy to identify. To take help of Brain Injury Attorneys visit: http://alabama.attorney-group.com/brain-injury/
1) Concussions are brain injuries that occur when the head hits or is hit by an object and can cause headaches, unconsciousness, and long term issues.
2) Concussions are common in many sports due to impacts and 300,000 people suffer from sports related concussions each year.
3) While concussions were once thought to only affect football, they can occur in many sports from soccer to gymnastics whenever there is a blow to the head. Proper safety equipment and education can help prevent concussions.
The document discusses understanding brain concussions, including:
- Definitions of concussion from various organizations emphasize transient symptoms rather than loss of consciousness.
- Common concussion symptoms include cognitive, emotional, and somatic complaints like headache and dizziness.
- Most individuals recover from an uncomplicated concussion within weeks, though a minority may have longer-lasting symptoms.
- Assessment and treatment focuses on the neurometabolic cascade following injury and managing recovery over time.
Head injuries can range from minor cuts to serious conditions like concussions, contusions, hemorrhages or compression of the brain. Concussions involve temporary impairment of brain functions like thinking or vision from a blow to the head. Contusions cause bruising of the brain tissue which can lead to prolonged unconsciousness. Hemorrhages refer to bleeding within the skull from damaged blood vessels. Signs of a serious head injury include deep cuts, nausea, visual issues or unconsciousness. First aid involves protecting the airway, controlling bleeding from cuts and seeking immediate medical help.
This document provides an outline for a presentation on concussion in sport. The presentation aims to familiarize practitioners with evaluating and managing concussions, from sideline assessment to return to play protocols. It discusses updated definitions of concussion, signs and symptoms, sideline evaluation tools like SCAT5 and King-Devick testing, and clinical management best practices. The presentation also covers topics like post-concussion syndrome, vestibular rehabilitation, return to learn protocols, and controversial issues like chronic traumatic encephalopathy.
Concussion Inservice - Oct. 2015 Final Copy Zachary Lynch
This document provides an overview of concussions, including their pathophysiology, symptoms, assessment tools, management, and risk reduction. It discusses that concussions are classified as mild traumatic brain injuries that result in functional changes rather than structural damage. While often considered mild, they still affect over 1 million people in the US each year. Proper evaluation involves assessing symptoms, cognitive functioning, and exertion during recovery to ensure full resolution before allowing a gradual return to play through stages to avoid reinjury. Strict protocols are necessary to prevent further injury like second impact syndrome.
This document summarizes the neurometabolic cascade that occurs following a concussion. It describes the initial events such as neurotransmitter release and ion influx that lead to hyperactivity and then depressed metabolism. Functional MRI studies have shown increased brain activation and axonal damage in concussed athletes. There is also evidence that concussions can lead to long term neurological disorders like chronic traumatic encephalopathy and increased risk of conditions like Alzheimer's disease and Parkinson's disease. The document concludes that repeated concussions are definitely linked to early onset neurological disorders and that concussion protocols and education need to be improved.
This document summarizes traumatic brain injury (TBI), including its causes, types, symptoms, treatment and outcomes. It discusses the epidemiology of TBI, noting it is a leading cause of death and disability worldwide. It describes the two main types of TBI - open and closed head injuries. It also summarizes the potential psychiatric issues after TBI like depression, mania, psychosis, OCD, PTSD and personality changes. Finally, it discusses factors that can influence outcomes, noting that 30-35% of severe brain injury cases result in death.
Concussions in high school athletes case study presentationctoney
In the Fall of 2014 I worked as as Athletic Training Student with High School athletes. During this time I evaluated a large amount of athletes with head injuries. This intrigued me to go about research on the topic of concussions.
The document discusses traumatic brain injury (TBI) and its relationship to domestic violence. It notes that every 23 seconds someone in the US sustains a TBI, and over 90% of domestic violence injuries occur to the head, face or neck. Living with TBI can make it difficult for abused women to safely leave their partners or care for themselves and their families. The document outlines common cognitive, physical and psychosocial effects of TBI and resources for treatment and support.
Trauma brain injury (TBI) is caused by an external force or object impacting the head, which can cause functional or psychological impairment. About 1 million people visit emergency rooms for TBI each year in the US, with costs of around $56 billion annually. TBI symptoms range from mild issues such as headaches to more severe problems like inability to wake from sleep or slurred speech. Diagnosis involves tests like the Glasgow Coma Scale to assess consciousness, with rehabilitation the goal of stabilizing issues and restoring abilities through a team approach.
Traumatic brain injury (TBI) refers to brain damage caused by an external force such as an impact or blast. It is a major public health problem, with road accidents being the most common cause. The mechanisms of TBI include direct impact, rapid acceleration/deceleration, penetrating injuries, and blast injuries. In the acute phase, patients are often comatose and later develop delirium. Treatment focuses on stabilizing the patient in the ICU, reducing intracranial pressure, and treating delirium and its underlying medical causes. Outcomes range from full recovery to long-term cognitive and behavioral deficits.
Traumatic brain injury (TBI) occurs when an external force causes brain damage. Primary injury is caused by the impact, while secondary injury involves swelling and reduced blood flow. TBI can be mild, moderate, or severe based on symptoms. Treatment focuses on preventing secondary injury by controlling swelling, blood pressure, and seizures. Patients require rehabilitation to regain abilities lost from brain damage. Long term issues may include headaches, depression, and cognitive impairments.
The document summarizes research on traumatic brain injuries (TBIs), including their pathophysiology, treatment, and prevention. It discusses the Defense and Veterans Brain Injury Center (DVBIC) and its role in conducting TBI research and clinical care. It also outlines the mechanisms, types, symptoms, and natural history of TBIs, as well as treatments focused on education, rehabilitation, and medication management. While studies on pharmacologic treatments were limited, guidelines were established for using methylphenidate for attention deficits and beta-blockers for aggression reduction post-TBI.
Mild traumatic brain injuries are an inherent risk in contact sports but are often misunderstood or seen as a sign of weakness. All involved in such sports must be educated on concussion signs, symptoms, and risks to ensure athlete safety through proper diagnosis and management. Multiple concussions and failure to report symptoms can have long-term health effects, so guidelines are needed at all levels to protect players and treat even mild injuries as brain injuries.
Presentation concussion and sports -official aans-cns-think first versionbrainspine
This document provides information about concussions in sports. It begins by defining a concussion as a brief change in mental status caused by force to the head. There has been increased focus on sports concussions recently due to an evolving definition, their common occurrence in youth sports, and potential for long-term complications. Concussions are typically treated with physical and cognitive rest. The document discusses prevention programs and guidelines to reduce head injuries in sports.
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.
This document provides an overview of educational administration 310, including introducing the professor and discussing why students should care about educational administration. It also presents 10 hypothetical legal cases related to schools and asks whether the school/teachers involved would be found legally responsible or if their actions would be permitted.
This document outlines the terms and conditions for volunteers in Weld County School District 6. It details:
1) Volunteer service is a privilege that can be granted or revoked at the district's discretion.
2) Volunteers are expected to fulfill their scheduled commitments and notify the school of any inability to serve.
3) Volunteers are subject to the direction of the site supervisor/principal and must wear identification badges.
Identifying School and Community Resources in case of Injury or EmergencyIMQuinBelle
The document defines and classifies different types of injuries as either intentional resulting from violence such as assault, self-inflicted harm from suicide/parasuicide, or unintentional accidents. It also outlines safety measures and first aid supplies schools should implement to prevent injuries and properly treat them if they occur. Intentional injuries from violence can happen within families, from peers like bullying/stalking, or from other groups like gangs or illegal hazing from fraternities.
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.
The document provides guidelines for writing internship reports, including:
1. Internship reports allow students to practice organizing and presenting information to decision makers. They should include a clear problem definition, study details and outcomes, conclusions, and recommendations.
2. Reports should be based on an aspect of the internship organization and follow a standardized format including sections for objectives, essential elements, conclusions, and recommendations.
3. General guidelines specify the report length, formatting, and inclusion of sections like an introduction, discussion, and references. The report should be analytical rather than descriptive.
Writing a Report (Tips and Sample of Reports)Po Po Tun
This document provides guidance on writing a report to the principal. It discusses the purpose and format of such a report. The report is a formal account of an incident addressed to the principal to allow for investigation and action. The suggested format includes addressing the recipient, including the sender's name, subject and date. The report should be written in sections and past tense. It ends with a clear conclusion and inference. An example question is provided where a student would write a report to the principal on the lack of interest in sports among classmates and provide suggestions to address the problem.
A concussion is a type of traumatic brain injury caused by a blow or hit to the head that causes the brain to move rapidly within the skull. This results in chemical changes in the brain, and symptoms may include headache, dizziness, fatigue, and difficulty concentrating. While often called "mild" injuries, concussions are serious and cannot be seen on x-rays or CT scans. Athletes who have previously sustained a concussion are at greater risk for future concussions. Proper diagnosis and a gradual return to activity under medical supervision are important for recovery.
Whether playing football, soccer or just riding a bicycle, everyone is vulnerable to concussions. This webinar will provide the latest medical information on how to identify, treat and prevent sports concussions – and the mild traumatic brain injuries they result in.
The document discusses concussions, including symptoms, signs, risks of multiple concussions, treatment options, and prevention strategies. It notes that a concussion is a traumatic brain injury caused by a bump or blow to the head that causes the brain to move rapidly inside the skull. Repeated concussions increase the risk of long-term brain damage. Proper rest, chiropractic care, physical therapy and following medical guidelines are recommended for treatment and recovery. Wearing protective gear correctly and reporting any head injuries can help prevent concussions during sports.
FC Back to Sports Meeting Presentation Slides and Script UCM_478212.pptxMoinRashid2
This document provides information about athletic trainers and various youth sports safety topics such as concussions, heat illnesses, and dehydration. It defines athletic trainers as health professionals who work to prevent, evaluate, and rehabilitate injuries for athletes. It then discusses signs and symptoms, risks, and best practices for responding to concussions, heat-related illnesses, and dehydration among youth athletes. The goal is to promote youth sports safety through education on these common issues.
This document provides information about concussions in football, including definitions, symptoms, treatment guidelines, and long-term effects. It defines a concussion as a brief disruption of brain function caused by a blow or jarring motion to the head. Symptoms may include headaches, dizziness, memory problems, and more. The document outlines return to play guidelines and emphasizes the importance of not returning to play until fully recovered to avoid second impact syndrome, which can have severe consequences. It also discusses potential long-term effects of repeated concussions like chronic traumatic encephalopathy.
Proper equipment, safe play, and immediate medical attention can help prevent concussions in sports. Wearing properly fitted helmets and safety gear reduces concussion risk, but does not eliminate it since head impacts can still cause the brain to hit the skull. Learning proper technique and avoiding dangerous plays makes injuries less likely. If a head impact occurs, stop playing immediately and see a doctor within 3 days if concussion symptoms appear, as a second impact can have severe consequences. Coaches may perform sideline testing to check for concussions, and baseline concussion tests are often used for comparison.
Unit 15; Neuro-muscular dysfunctions in Children.pptxRashidUllah7
The document provides information on the care of children with head injuries and cerebral palsy. It defines head injury and lists the most common causes as falls, motor vehicle accidents, bicycle accidents, and child abuse. It describes the types of head injuries such as skull fractures, concussions, and hematomas. It outlines the nursing management of head injuries which includes physical examination, monitoring neurological status, managing complications, and providing family support and education. It then discusses cerebral palsy, describing the types and outlining nursing care to address issues such as physical mobility, injury risk, communication problems, self-esteem, and family support.
This document provides information on concussions, including what a concussion is, how concussions are treated, and the role of neurocognitive testing in concussion management. It defines a concussion as a traumatic brain injury caused by a blow to the head that disrupts normal brain functioning. It describes the Zurich guidelines for concussion management, which include immediate removal from play and a graded return to activity plan. It also outlines Wisconsin's state law on concussions in youth sports. The document concludes by explaining Agnesian HealthCare's concussion management process, which incorporates neurocognitive baseline and post-injury testing using ImPACT, along with medical evaluations.
A concussion is a mild traumatic brain injury caused by a blow or jolt to the head that can have serious short and long-term effects. Symptoms may include headaches, dizziness, confusion, memory problems and more. While loss of consciousness is not required for a concussion, repeated concussions without full recovery in between increases the risk of second impact syndrome, which can be life-threatening. Proper diagnosis and treatment, including complete rest until symptoms resolve, is important for recovery.
The Gfeller-Waller Concussion Awareness Act is a North Carolina law implemented to protect student-athletes from traumatic brain injuries. It focuses on concussion education for students, parents, and coaches; establishing emergency action plans and post-concussion protocols; and ensuring clearance from a medical professional before returning to play after a concussion. The legislation aims to increase awareness of concussion symptoms and management to prevent long-term health issues.
Cell Therapy Expansion and Challenges in Autoimmune DiseaseHealth Advances
There is increasing confidence that cell therapies will soon play a role in the treatment of autoimmune disorders, but the extent of this impact remains to be seen. Early readouts on autologous CAR-Ts in lupus are encouraging, but manufacturing and cost limitations are likely to restrict access to highly refractory patients. Allogeneic CAR-Ts have the potential to broaden access to earlier lines of treatment due to their inherent cost benefits, however they will need to demonstrate comparable or improved efficacy to established modalities.
In addition to infrastructure and capacity constraints, CAR-Ts face a very different risk-benefit dynamic in autoimmune compared to oncology, highlighting the need for tolerable therapies with low adverse event risk. CAR-NK and Treg-based therapies are also being developed in certain autoimmune disorders and may demonstrate favorable safety profiles. Several novel non-cell therapies such as bispecific antibodies, nanobodies, and RNAi drugs, may also offer future alternative competitive solutions with variable value propositions.
Widespread adoption of cell therapies will not only require strong efficacy and safety data, but also adapted pricing and access strategies. At oncology-based price points, CAR-Ts are unlikely to achieve broad market access in autoimmune disorders, with eligible patient populations that are potentially orders of magnitude greater than the number of currently addressable cancer patients. Developers have made strides towards reducing cell therapy COGS while improving manufacturing efficiency, but payors will inevitably restrict access until more sustainable pricing is achieved.
Despite these headwinds, industry leaders and investors remain confident that cell therapies are poised to address significant unmet need in patients suffering from autoimmune disorders. However, the extent of this impact on the treatment landscape remains to be seen, as the industry rapidly approaches an inflection point.
The skin is the largest organ and its health plays a vital role among the other sense organs. The skin concerns like acne breakout, psoriasis, or anything similar along the lines, finding a qualified and experienced dermatologist becomes paramount.
Are you looking for a long-lasting solution to your missing tooth?
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Endocrine Therapy
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Selective Estrogen Receptor Modulators (SERMs): Tamoxifen is a SERM that binds to estrogen receptors, blocking estrogen from stimulating breast cancer cells. It is effective but may have side effects such as increased risk of endometrial cancer and thromboembolic events.
Aromatase Inhibitors (AIs): These drugs, including anastrozole, letrozole, and exemestane, lower estrogen levels by inhibiting the aromatase enzyme, which converts androgens to estrogen in peripheral tissues. AIs are generally preferred in postmenopausal women due to their efficacy and safety profile compared to tamoxifen.
Selective Estrogen Receptor Downregulators (SERDs): Fulvestrant is a SERD that degrades estrogen receptors and is used in cases where resistance to other endocrine therapies develops.
Combination Therapies
Combining endocrine therapy with other treatments enhances efficacy. Examples include:
Endocrine Therapy with CDK4/6 Inhibitors: Palbociclib, ribociclib, and abemaciclib are CDK4/6 inhibitors that, when combined with endocrine therapy, significantly improve progression-free survival in advanced HR+ breast cancer.
Endocrine Therapy with mTOR Inhibitors: Everolimus, an mTOR inhibitor, can be added to endocrine therapy for patients who have developed resistance to aromatase inhibitors.
Chemotherapy
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1. What You Should Know
Attorney Malcolm Crosland
&
Mr. William Dottery
2. Brain Anatomy
Types of Head & Neck Injuries
Signs & Symptoms
Prevention & Preparedness
SC Laws Regarding Sports Injuries
What Parents, Coaches, and Student Athletes
Should Know
Life After an Injury
◦ Damaging Effects
◦ Treatment
◦ Local Resources
◦ William’s Story
3. The base of the skull is rough,
with many bony protuberances.
These ridges can result in injury
to the temporal lobe of the brain
during rapid acceleration.
Bony ridges
Injury from contact
with skull
5. The brain is a complex and delicate organ, and
one that is vulnerable to injury from a variety of
different traumas. These include:
Frontal Lobe Injury
Occipital Lobe Injury
Temporal Lobe Injury
Diffuse Axonal Injury
6. Types of Neck Injuries
Sprains and Strains: Sometimes called whiplash, a neck sprain
occurs when ligaments are torn or stretched by a sudden and
strong movement of the head.
Cervical Fractures: CFs are caused by high-energy trauma, such
as a car crash or high-impact sport injury (like a tackle).
Neck injuries may cause a variety of conditions, from minor
discomfort to paralysis or death due to cervical vertebrae
fracture and injury to the spinal cord.
7. Types of Brain Injuries
Closed – A closed injury does not break open your skull or
penetrate brain tissue, but can still cause bruising or swelling
of the brain.
Open – An open injury is any damage that penetrates the skull.
The damage may cause bleeding in the brain tissue, skull
fractures, or cause the bones to press into brain tissue.
Scalp Wound – Injuries to the skin that covers and protects your
skull may lead to bleeding or tissue damage.
Concussion – A concussion is caused by a bump, blow, or jolt
to the head that can change the way your brain normally works.
8. The frontal lobe of the brain can be
injured from direct impact on the
front of the head.
During impact, the brain tissue is
accelerated forward into the bony
skull. This can cause bruising of
the brain tissue and tearing of
blood vessels.
Frontal lobe injuries can cause
changes in personality, as well as
many different kinds of
disturbances in cognition and
memory.
9. Occipital lobe injuries
occur from blows to the
back of the head.
This can cause bruising
of the brain tissue and
tearing of blood vessels.
These injuries can result
in vision problems or
even blindness.
10. The temporal lobe of the brain is
vulnerable to injury from impacts
of the front of the head.
The temporal lobe lies upon the
bony ridges of the inside of the
skull, and rapid acceleration can
cause the brain tissue to smash
into the bone, causing tissue
damage or bleeding.
11. Brain injury does not require a
direct head impact. During
rapid acceleration of the head,
some parts of the brain can
move separately from other
parts. This type of motion
creates shear forces that can
destroy axons necessary for
brain functioning.
These shear forces can stretch
the nerve bundles of the brain.
12. The brain is a complex
network of interconnections.
Critical nerve tracts can be
sheared and stressed during
an acceleration-type of injury.
Diffuse axonal injury is a very serious
injury, as it directly impacts the major
pathways of the brain.
13. Traumatic Brain Injury
(TBI) occurs when a
sudden trauma
damages the brain
causing bleeding,
bruising, or tearing of
nerves.
17. A concussion is a type of traumatic brain injury,
or TBI, caused by a bump, blow, or jolt to the
head that can change the way your brain
normally works.
Concussions can also occur from a blow to the
body that causes the head to move rapidly back
and forth. Even a “ding,” “getting your bell rung,”
or what seems to be mild bump or blow to the
head can be serious.
Concussions can occur in any sport or recreation
activity. So, all coaches, parents, and athletes
need to learn concussion signs and symptoms
and what to do if a concussion occurs.
18. Any one or more of the following visual clues
can indicate a possible concussion:
◦ Loss of consciousness or responsiveness
◦ Lying motionless on ground
◦ Slow to get up or unsteady on feet
◦ Balance problems or falling over
◦ Incoordination Grabbing
◦ Clutching of head
◦ Dazed, blank or vacant look
◦ Confused / Not aware of plays or events
19. Presence of any one or more of the following
signs & symptoms may suggest a concussion or
other head or neck injury:
• Loss of consciousness
• Headache, neck pain
• Decreased range of motion
• Seizure or convulsion
• Dizziness
• Balance problems
• Confusion
• Nausea or vomiting
• Feeling slowed down,
foggy
• Drowsiness, fatigue, or low
energy
• “Pressure in head”
• Exaggerated emotions,
sadness
• Blurred vision
• Irritability
• Sensitivity to light or noise
• Amnesia, difficulty
recalling basic facts or
current events
• Nervous or anxious
• Bruising
• Trouble sleeping
• Pain or tingling in
head/neck/shoulders
20. Any athlete with a suspected concussion should
be IMMEDIATELY REMOVED FROM PLAY, and
should not be returned to activity until they are
assessed medically.
Athletes with a suspected head or neck injury
should not be left alone and should not drive a
motor vehicle.
It is recommended that, in all cases of suspected
sports injury, the player is referred to a medical
professional for diagnosis and guidance as well
as return to play decisions, even if the symptoms
resolve.
21. Ensure athletes follow their coach’s rules for
safety and the rules of the sport.
Encourage athletes to practice good
sportsmanship at all times.
Make sure all athletes wear the right protective
equipment for their activity.
◦ Protective equipment should fit properly and be well
maintained.
Wear a helmet! A helmet can reduce the risk of a
serious brain injury or skull fracture.
◦ NOTE: There is no “concussion-proof” helmet. Even with
a helmet, it is important for athletes to avoid hits to the
head.
22. Check with your league, school, or district
about sports injury policies.
Create an emergency action plan to ensure
that concussions and other injuries are
identified early and managed correctly.
Educate athletes and other parents or
coaches about concussions and head/neck
injuries.
Consistently monitor the health of your
athletes.
Always insist: Safety First!
23.
24. A report of any head or spinal injury or
broken limb suffered by a student enrolled
in the public schools of South Carolina shall
be filed by the coach with the principal of
the school.
The report shall be made a part of the
student's school record.
25.
26. Nationally recognized guidelines, policies, best practices, and
procedures regarding the identification and management of
suspected concussions in student athletes, as well as return-to-
play decisions, are posted on the SC DHEC website, SCDHEC.gov.
These guidelines are based on scientific and medical data
developed by several sports medicine community organizations:
Brain Injury Association of South Carolina
South Carolina Medical Association
South Carolina Athletic Trainer's Association
National Federation of High Schools
Centers for Disease Control and Prevention
American Academy of Pediatrics
These guidelines apply to ALL South Carolina High School
League-sanctioned events. Local school districts shall develop
guidelines and procedures based on these models.
27. Each year, prior to participation in athletics, each school
district is required to provide an information sheet on
concussions to all coaches, volunteers, student athletes,
and their parents or legal guardians.
This sheet informs of the nature and risk of concussion and
brain injury, including the risks associated with continuing
to play after a concussion or brain injury.
The parent or legal guardian's receipt of this
information sheet must be documented in writing or by
electronic means before the student athlete is permitted
to participate in an athletic competition or practice.
28. Always inform coaches and trainers of any
previous head or neck injuries or other
medical issues prior to your child’s
participation in any sport or athletic activity.
You can request baseline testing and
routine monitoring of your child’s health
throughout the season.
29. If a coach, athletic trainer, official, or
physician suspects that a student athlete
has sustained a concussion or brain injury
in a practice or in an athletic competition,
the student athlete shall be removed from
practice or competition immediately.
30. The athletic trainer, physician, physician
assistant, or nurse practitioner who evaluates
the student athlete during practice or an
athletic competition and authorizes the student
athlete to return to play is not liable for civil
damages resulting from an act or omission in
rendering this decision, other than acts or
omissions constituting gross negligence or
willful, wanton misconduct.
This immunity applies to an athletic trainer,
physician, physician assistant, or nurse
practitioner serving as a volunteer.
31. DHEC posts continuing education
opportunities in concussion evaluation
and management on its website, so
coaches and trainers can stay up-to-date
on current best practices and
information about identifying and
managing concussions and brain injuries
in student athletes.
32. A student athlete who has been removed
from play may return to play ONLY IF an
on-site athletic trainer, physician, physician
assistant, or nurse practitioner properly
evaluates the athlete and determines in
his/her best professional judgment that the
student athlete does not have any signs or
symptoms of a concussion or brain injury.
33. A student athlete who has been removed
from play and, after a proper evaluation,
is suspected of having a concussion or
brain injury may not return to play until
the student athlete has received written
medical clearance by a physician.
34. Damaging Effects of TBIs
Treatment
Family Stressors, Coping, & Support
Local Resources
William Dottery’s Story
Road To Recovery
Plans for the Future
Dream Walkers
35. Depending on what part of the brain has been
injured, a TBI can have a significant effect on
vision, hearing, speech, and motor functions,
as well as psychological and emotional
effects.
36. The prefrontal cortex is
involved with intellect,
complex learning, and
personality.
Injuries to the front lobe
can cause mental and
personality changes.
37. Emotions are an extremely
complex brain function. The
emotional core of the brain is the
limbic system. This is where
senses and awareness are first
processed in the brain.
Mood and personality are
mediated through the prefrontal
cortex. This part of the brain is
the center of higher cognitive and
emotional functions.
Prefrontal cortex
Limbic system
39. Medications:
◦ Diuretics to reduce the
amount of fluid in
tissue
◦ Anti-seizure
medication
◦ Coma-inducing
medication to
decrease oxygen
needs to the brain
Surgery
◦ Remove blood clots
◦ Repair broken skull
bones
◦ Remove skull bone to
allow the brain to
swell
40. Therapy
◦ Patients with moderate to severe traumatic brain
injury will need to have intense rehabilitation
◦ Therapy begins in the hospital
◦ Types of therapy include:
Physical therapy: walking, strength, regaining balance
Occupational therapy: self care activities, career
assistance
Speech therapy: talking, reading, comprehension
◦ Therapy may continue for months or years
41. Head/neck injuries affect not only the patient,
but the total family system
Family provides most of the care for the
injured, often without adequate professional
support and intervention
Family caregivers often experience:
◦ Anxiety
◦ Shock
◦ Disbelief
◦ Denial
◦ Frustration
42. Challenges that caregivers often encounter:
Monitoring medications
Managing challenging behaviors
Adjusting to different emotions
Grief or sense of loss
Caregiver Resources:
Support groups through Brain Injury Association
Supportive counseling
Family therapy
Respite care
43. A brain injury often
erases memory of
events that occurred
just before injury.
It may be difficult to
remember new
information and learn
new tasks
Some problems may
get better over time,
and some may be
permanent.
Coping strategies:
Slow down
Stop and think
Break it down, step by
step
Ask questions
Do not assume
Pay attention to details
Take frequent breaks
Carry a calendar
44. MUSC Sports Medicine – 843-792-1414
SC Sports Medicine & Orthopaedic Center – 843-572-2663
Lowcountry Orthopaedics & Sports Medicine – 843-797-
5050
Trident Sports Medicine & Rehabilitation - 843-847-4873
Healthsouth Rehabilitation Hospital - 843-820-7777
Roper Rehabilitation Hospital – 843-724-2843
Robison Family Chiropractic - 843-795-2575
Steinberg Law Firm – 843-720-2800
Trident Head Injury Support Group – 843-881-1214
Charleston Area Spinal Cord Injury Support Group – 843-
863-1165
disAbility Resource Center – 843-225-5080
Charleston Urology Associates - 843-884-8045
45. William R. Dottery III.
Born in Charleston, raised in Awendaw and
McClellanville.
Graduated from Lincoln High School in 1996.
Played football, basketball, and baseball all 4
years in high school
Received 13 scholarship offers to attend
several Colleges and Universities
Chose to attend Johnson C. Smith University
with a full scholarship offer to play football.
46. Scouted by NFL after freshman year at JCSU
End of sophomore year:
◦ “My last play on the football field, I came up to
make a tackle from the free safety position on the
running back, and as I was going down his knee
was coming up, hitting the side of my helmet.
Everything went numb as I laid on the ground.”
William suffered a career-ending football
accident, leaving him paralyzed with a spinal
cord injury fracture to the C4 and C5
vertebrae.
47. Even though my progress in physical therapy rehabilitation
is very slow, I've always motivated myself to walk again.
48.
49. Although I suffered several tragedies, I am blessed
with a 9 year old son that also plays football now and
a loving and caring father to help me.
I was always a role model to the younger kids in my
community. Even though I had NFL dreams, I lacked
a back up plan.
When you are an athlete, you need to know what to
do after sports because no back-up plan could
potentially lead to failure.
I decided that since I was already a role model in the
community, I wasn't going to let my injury stop me
from helping myself and others in my position
through a seemingly life ending situation.
My friends and family often dream of me walking, I
have dreamed it. So, the time now!
50. • Dream Walkers is a 501-c3 non-profit
organization serving the entire tri-county
area of Charleston, SC.
• Our mission is to bring injury awareness
to children and young adults that play contact sports, and to have a
support system for any situation – from minor or temporary injuries to full
paralysis – for athletes and their families.
• Our goal is to help find a solution - whether it be financially, mentally,
socially, or physically. Dream Walkers is an informational data base where
you can find treatments for different types of injuries.
• Dream Walkers also embraces Veterans and anyone else who has
suffered a serious injury and is experiencing paralysis, head trauma, etc.