PHILADELPHIA TRAUMATIC BRAIN INJURY LAWYER
Following an accident involving a traumatic brain injury, a Philadelphia Traumatic Brain Injury Lawyer most often pursue brain injury claims involving personality change, inability to concentrate, and headaches. A significant factor in diagnosing a traumatic brain injury is whether the victim sustained a loss of consciousness. Traumatic Brain Injury (TBI), although a fairly common injury, is one of the most difficult types of injury to prove.
After a traumatic brain injury (TBI) occurs, emergency care of the victim may include long periods of bed rest while the swollen and bruised portions of the brain heal. Over time, pain may subside and the victim will recover some lost functions. Extreme dizziness may be greatly reduced. In time, the victim may appear normal to observers. However, family workers, close friends and co-workers often notice personality changes, lack of ability to concentrate, lack of ability to deal with multiple stimuli, irritability and confusion.
Quantifying the losses of a closed head injury victim often requires a lengthy period of time while the immediate effects of the injury heal. Neuropsychologists and other professionals who work with head injury victims are important sources of long-term prognosis and documentation of lost function resulting from brain damage.
Traumatic Brain injury is one of the most difficult kinds of injuries for the patient and his or her family. Unlike injuries that can be seen, a brain injury is invisible. Head and brain injuries are, indeed, one of the most devastating of traumatic injuries.
Fox Law Philadelphia traumatic brain injury lawyers duty to prove the brain injury.
Philadelphia Traumatic Brain Injury lawyers have the duty to prove the severity and permanency of the injury their client has sustained. This can be a challenging task in the case of an accident related traumatic brain injury (TBI) claim, since physical evidence of a TBI often cannot be seen using standard medical testing. Accident victims sustaining a TBI injury are challenged by opposing attorneys, who try to create question or doubt about an accident victims TBI claim. Therefore, having the right neurologist and neuro-psychologist is extremely important in helping your lawyer to fully develop and prove your TBI claim. Skilled and experienced Philadelphia Traumatic Brain Injury Lawyers will direct you to these skilled professionals.
Fox Law Philadelphia traumatic brain injury lawyers retains top neuro-psych doctors skilled in personal injury expert testimony.
As in all injury claims, it is imperative that traumatic brain injured victims are treated by top-notch doctors, who will also cooperate in the case, to provide high quality narrative reports and video tape trial depositions. Not all doctors are cooperative when it comes to a personal injury lawsuit. But in Philadelphia, there are excellent doctors who also understand the legal process and the necessary role in which they play, when their patient is involved in a traumatic brain injury lawsuit.
Fox Law Philadelphia traumatic brain injury lawyers use experts to further develop brain injury cases.
Developing a traumatic brain injury case requires professional experts at many levels beyond the treating physicians. Fox Law understands this, and financially invests in traumatic brain injury cases with every type of expert we feel is necessary to prove to the defense lawyers, and a jury, the negligence and full magnitude of the traumatic brain injury.
A traumatic brain injury case may require professional videographers, economic experts and life care plan experts. Depending on the type of traumatic brain injury, we have in the past retained neuro-psychologists to testify on traumatic brain injury cases and physics experts to testify on the force of a blow.
Fox Law routinely retains economic experts to render opinions with respect to lost earnings and future lost earning capacity. We retain life care plan experts to discuss the medical needs of the traumatic brain injured client and the cost associated with those needs for the rest of that person’s life. We may produce a “day in the life” video for a traumatic brain injury to show how the injuries impact their daily life.
Fox Law Philadelphia traumatic brain injury lawyers produce new findings on traumatic brain injury: A Slow Degeneration of the Brain
In recent years, after doctors noticed that football players and war veterans were displaying a pattern of TBI symptoms, medical scientists began to do autopsies on the brains of the deceased TBI patients. What doctors found was a pattern of physical brain degeneration in the autopsy of their brains. As the following article will reveal, brain injury can be complicated and insidious.
Following the autopsy of deceased football players and war veterans, scientists now recognize that some TBI injuries cause a slow, degenerative, physical deterioration of the brain following some traumatic brain injuries. What triggers degenerative responses to a TBI is still unknown, although many research studies are now underway, including studies on genetic predisposition to degenerative brain deterioration and whether degenerative brain deterioration can be triggered following a single traumatic brain injury. Adding to the problem of answering questions such as this, the physical degeneration of the brain is often only seen after the patient is deceased, through an autopsy of their brain. Therefore, most doctors today still do not know if living patients who have sustained a single TBI are also suffering from a slow degeneration of the brain triggered by a single TBI.
Fox Law Philadelphia traumatic brain injury lawyers establish the long term effects of traumatic brain injury.
The long term effects of traumatic brain injury (TBI) vary depending on the severity of the injury. Recovery may be rapid or TBI can have permanent disabling effects with a lasting impact on the quality of life for those who have suffered a TBI. Effects of TBI may include impaired thinking, decision making and reasoning, concentration, memory, movement, and impairment of the senses such as vision and hearing. It may also cause emotional problems, personality changes, impulsivity, anxiety, depression, and epilepsy. Living with the challenges of long-term TBI can be life-changing. Many questions remain unanswered regarding the impact of traumatic brain injury.
What we know about TBI
Finding Better Ways to Diagnose and Treat TBI
Doctors need to find better ways to diagnose and treat all forms of TBI. Since the discovery of degenerative brain disease in some TBI patients, researchers realize more than ever that much still needs to be understood about the causes and effects of a wide range of TBI injuries.
Types of Traumatic Brain Injury (TBI)
Mild and Severe TBI
A traumatic brain injury occurs when an external impacts the brain. Not all impacts to the head result in a TBI, and the ones that do result in a TBI, the damage can range from mild to severe. Mild TBI results in a brief change of mental state or consciousness. Severe TBI is considered if an extended period of unconsciousness or amnesia occurs following the blow to the head.
Penetrating and Non-Penetrating TBI
There are two main categories of TBI – penetrating and non-penetrating. Penetrating TBI, also called an open TBI, occurs when the skull is pierced by an object. In the case of a penetrating TBI, an object enters the brain tissue, such as a bullet, knife, or shrapnel wound. Non-penetrating TBI, also called a blunt TBI or closed head injury, is caused by an external force that produces movement of the brain within the skull. Car accidents, falls, and sports injury are typical examples of non-penetrating TBI. TBI injury due to a blast or explosion is one example of a non-penetrating brain injury that is the focus of study following recent brain autopsies of war veterans. How blasts cause brain injury, however, is still not understood by doctors. Much research is currently being done to better understand this type of TBI.
Diffuse Axonal Injury (DAI)
Diffuse Axonal Injury (DAI) refers to widespread damage to the brain’s white matter. This damage commonly occurs in auto accidents, falls or sports injuries. It usually results from a twisting rotation or sudden deceleration. The result can be a disruption of neural circuits and a breakdown of communication among nerve cells in the brain. It also leads to the release of brain chemicals that can cause further damage. These injuries can lead to temporary or permanent damage to the brain, with an extensive recovery period. This is the most common type of TBI.
Concussion: A Mild TBI
A concussion is considered a mild type of TBI, however, long-term symptoms of a TBI can occur following a single concussion. Concussions can be caused by a blow to the head, car accident, weapons blast or rapid acceleration or deceleration of the brain within the skull, resulting in a brief loss of consciousness or a feeling of an altered state of consciousness, commonly described as feeling “dazed” or having their “bell rung”. A second blow closely following the first blow causes further damage to the brain. This is called the second hit phenomenon and can lead to permanent damage or even death. Scientists do not fully understand why some TBI patients rebound and recover, while others suffer long term effects. Studies are currently being done on the nature of blows to the head, age, gender, speed of medical attention, genetic and other factors in trying to better understand what type of brain injury is likely to occur given many variables. Recently research has expanded to a greater awareness of long-term effects.
Hematoma, or a pooling of blood in the tissues outside of the blood vessel, is one type of brain injury that can be seen with standard medical testing. Types of hematomas are identified depending on where the bleeding occurs.
Primary or Secondary
Brain injury has immediate effects on the brain, such as bleeding and tearing, injury to nerve fibers, inflammation, metabolic changes and brain swelling.
Focal or Widespread
Damage from TBI can be confined to one area of the brain or it can occur widespread. If the injury is confined to a single area of the brain, it is considered a focal injury. If the injury is over a more widespread area, it is considered a diffuse injury.
Effects of TBI on the Brain
Injuries that result in immediate damage is considered a Primary TBI. Injuries that occur gradually, over hours, days, weeks, or years, are considered a Secondary TBI. Secondary brain injuries are the result of a reactive process of the brain that occurs after the initial head trauma. Degenerative brain disease is a secondary effect of some brain injuries.
Symptoms of TBI
The effects of TBI can range from subtle to severe with permanent disability. People may appear healthy but act or feel different. Therefore, signs and symptoms can be easily missed. Some symptoms, such as depression and sleep problems, are confused with overlapping patient issues. Cognitive difficulties can often go undetected during an initial evaluation but emerge days later.
Immediate symptoms that require emergency medical treatment
- Loss, change or decrease of consciousness
- Convulsions or Seizures
- Unequal dilation of pupils or double vision
- Clear fluids draining from nose or ears
- Nausea or vomiting
- Slurred speech, weakness of arms, legs, face or loss of balance
Long-Term Symptoms may include:
- Mild to profound confusion or disorientation
- Problems remembering, concentrating, or making decisions
- Light-headed, dizziness, vertigo or loss of balance or coordination
- Sensory problems such as blurred vision, seeing stars, ringing in the ears, bad taste in the mouth.
- Emotional frustration and irritability - mood changes or swings, agitation (feeling sad or angry for no reason), combativeness, or other unusual behavior
- Feelings of depression or anxiety.
- Fatigue or drowsiness; a lack of energy or motivation.
- Changes in sleep patterns – sleeping more or having difficulty falling or staying asleep, inability to wake up from sleep.
Brain Injury Symptoms in Children:
- Changes in eating or nursing habits
- persistent crying, irritability, or crankiness; inability to be consoled
- changes in ability to pay attention; lack of interest in a favorite toy or activity
- changes in the way the child plays
- changes in sleep patterns
- sadness or depression
- loss of a skill, such as toilet training
- loss of balance or unsteady walking
Repeated TBI may lead to Chronic Traumatic Encephalopathy (CTE)
Repeated blows to the head can cause chronic traumatic encephalopathy (CTE), a progressive neurological disorder. CTE is a delayed consequence of multiple blows to the head. Recent studies have revealed CTE in athletes that sustain repetitive head trauma, such as soccer players, wrestlers, football players and rugby players.
A Single TBI may lead to post-traumatic dementia (PTD)
A single, severe TBI also may lead to a disorder called post-traumatic dementia (PTD), a progressive disease that shares some features with CTE. Large populations of people who have suffered a single moderate to severe TBI in early or mid-life have been studied. Results of these studies indicate that a single moderate to severe TBI may be associated with increased risk of late life dementia.
Initial evaluations rely on standardized testing and evaluation. Brain scans may also be used to determine if surgery is necessary. Computed tomography (CT) is the most common imaging technology used to assess moderate to severe TBI. CT scans create a series of cross-sectional x-ray images of the skull and brain, showing fractures, hematomas, contusions, and brain swelling. Magnetic Resonance Imaging (MRI) may be used as a more sensitive test to the CT scan.
Unlike moderate or severe TBI, milder TBI may not involve obvious signs of damage that can be identified with current neuroimaging. Instead, much of what is believed to occur to the brain following a mild TBI happens at the cellular level. Significant advances have been made in the last decade to image milder TBI damage. Despite these improvements, currently available imaging technologies, blood tests, and other measures remain inadequate for detecting these changes in a way that is helpful for diagnosing the mild concussive injuries.
Pre-Existing Conditions can Impact TBI Recovery
Pre-existing conditions can impact the recovery of a TBI injury. Psychiatric history is relevant to the standardized testing and initial evaluation of the patient, as the psychiatric history of issues such as depression can impact patient recovery from TBI.
Post-Concussion Syndrome (PCS)
Post-concussion syndrome (PCS) may occur in some individuals days or weeks after a concussion. People can develop this syndrome even if they never lost consciousness. The symptoms include headache, fatigue, cognitive impairment, depression, irritability, dizziness and balance trouble, and apathy. These symptoms usually improve within a few weeks but sometimes the symptoms are persistent. In some cases, the conditions are triggered by imbalances in the production of hormones required for the brain to function normally. Symptoms of hormonal imbalances include weight loss or gain, fatigue, dry skin, impotence, menstrual cycle changes, depression, difficulty concentrating, hair loss, or cold intolerance.
Treatment of TBI
Immediate medical treatment at a trauma center is recommended for the best recovery possible from a TBI. Mild TBI should focus on symptom relief and “brain rest”. Headaches can be treated with pain relievers. Patients should have an awareness of long-term symptoms, and should report any new symptoms to health care providers for follow-up care. Return to daily activities should be gradual, as brain function may still be limited. Very little is known about the long-term effects of concussions on brain function and further research is needed to better understand the effects of mild TBI on the brain.
Preventing future concussions is critical to a first-time mild TBI. While most people recover fully from a first concussion within a few weeks, the rate of recovery from a second or third concussion is generally slower.
Treating severe TBI focuses on stabilizing vital organ functions and preventing further brain damage and rehabilitation.
Prognosis of TBI - Genetics, Age and Prior TBI History Influence Recovery
Many factors influence the recovery prognosis from a TBI. Although the brain injury occurs at the moment of head impact, much of the damage related to severe TBI develops days, weeks, months, or even years later. Genetics are believed to play a role in how quickly and completely a person may recover from a brain injury. Researchers have found that apolipoprotein E ε4 (ApoE4) is a genetic variant associated with higher risks for Alzheimer’s disease is associated with worse outcomes following a TBI. Age at the time of TBI and the number of head injuries sustained are also factors in predicting the recovery from a TBI.
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The most important questions to ask a Philadelphia Traumatic Brain Injury Lawyer
When choosing the best Philadelphia Traumatic Brain Injury Lawyer to handle your case, hire the lawyer, not the law firm. That is who is handling your case. At Fox Law, John and Laura Fox will be the only attorneys handling your case. We make the phone calls and are hands-on with your file. If you are looking for the best Philadelphia Traumatic Brain Injury Lawyer near you, the most important questions you can ask are:
“Can I speak to the lawyer who will be handling my case?" and "Do they have a manageable case load?"
WE MAKE A RECOVERY FOR YOU OR IT'S FREE.
No case is too big or too small for an evaluation. Fox Law welcomes the opportunity to represent you. Call us today for a prompt and free consultation regarding your personal injury case. During your consultation, your case will be discussed and the facts will be reviewed and evaluated.
If Fox Law accepts your case, it will be handled on a contingency fee, which means you pay nothing out-of-pocket. We carry all of the costs and assume all of the risks when we accept your personal injury claim.
Fox Law welcomes you to contact us.
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Philadelphia Traumatic Brain Injury Lawyers List of Medical Terms
aneurysm - a blood-filled sac formed by disease related stretching of an artery or blood vessel.
anoxia - an absence of oxygen supply to an organ's tissues leading to cell death.
aphasia - difficulty understanding and/or producing spoken and written language.
apoptosis - cell death that occurs naturally as part of normal development, maintenance, and renewal of tissues within an organism.
arachnoid membrane - one of the three membranes that cover the brain; it is between the pia mater and the dura. Collectively, these three membranes form the meninges.
brain death - an irreversible cessation of measurable brain function.
Broca's aphasia - see non-fluent aphasia.
cerebrospinal fluid (CSF) - the fluid that bathes and protects the brain and spinal cord.
closed head injury - an injury that occurs when the head suddenly and violently hits an object but the object does not break through the skull.
coma - a state of profound unconsciousness caused by disease, injury, or poison.
compressive cranial neuropathies - degeneration of nerves in the brain caused by pressure on those nerves.
computed tomography (CT) - a scan that creates a series of cross-sectional X-rays of the head and brain; also called computerized axial tomography or CAT scan.
concussion - injury to the brain caused by a hard blow or violent shaking, causing a sudden and temporary impairment of brain function, such as a short loss of consciousness or disturbance of vision and equilibrium.
contrecoup - a contusion caused by the shaking of the brain back and forth within the confines of the skull.
contusion - distinct area of swollen brain tissue mixed with blood released from broken blood vessels.
CSF fistula - a tear between two of the three membranes - the dura and arachnoid membranes - that encase the brain.
deep vein thrombosis - formation of a blood clot deep within a vein.
dementia pugilistica - brain damage caused by cumulative and repetitive head trauma; common in career boxers.
depressed skull fracture - a fracture occurring when pieces of broken skull press into the tissues of the brain.
diffuse axonal injury - see shearing.
dysarthria - inability or difficulty articulating words due to emotional stress, brain injury, paralysis, or spasticity of the muscles needed for speech.
dura - a tough, fibrous membrane lining the brain; the outermost of the three membranes collectively called the meninges.
early seizures - seizures that occur within 1 week after a brain injury.
epidural hematoma - bleeding into the area between the skull and the dura.
erosive gastritis - inflammation and degeneration of the tissues of the stomach.
fluent aphasia - a condition in which patients display little meaning in their speech even though they speak in complete sentences. Also called Wernicke's or motor aphasia.
Glasgow Coma Scale - a clinical tool used to assess the degree of consciousness and neurological functioning - and therefore severity of brain injury - by testing motor responsiveness, verbal acuity, and eye opening.
global aphasia - a condition in which patients suffer severe communication disabilities as a result of extensive damage to portions of the brain responsible for language.
hematoma - heavy bleeding into or around the brain caused by damage to a major blood vessel in the head.
hemorrhagic stroke - stroke caused by bleeding out of one of the major arteries leading to the brain.
hypermetabolism - a condition in which the body produces too much heat energy.
hypothyroidism - decreased production of thyroid hormone leading to low metabolic rate, weight gain, chronic drowsiness, dry skin and hair, and/or fluid accumulation and retention in connective tissues.
hypoxia - decreased oxygen levels in an organ, such as the brain; less severe than anoxia.
immediate seizures - seizures that occur within 24 hours of a brain injury.
intracerebral hematoma - bleeding within the brain caused by damage to a major blood vessel.
intracranial pressure - buildup of pressure in the brain as a result of injury.
ischemic stroke - stroke caused by the formation of a clot that blocks blood flow through an artery to the brain.
locked-in syndrome - a condition in which a patient is aware and awake, but cannot move or communicate due to complete paralysis of the body.
magnetic resonance imaging (MRI) - a noninvasive diagnostic technique that uses magnetic fields to detect subtle changes in brain tissue.
meningitis - inflammation of the three membranes that envelop the brain and spinal cord, collectively known as the meninges; the meninges include the dura, pia mater, and arachnoid.
motor aphasia - see non-fluent aphasia.
neural stem cells - cells found only in adult neural tissue that can develop into several different cell types in the central nervous system.
neuroexcitation - the electrical activation of cells in the brain; neuroexcitation is part of the normal functioning of the brain or can also be the result of abnormal activity related to an injury.
neuron - a nerve cell that is one of the main functional cells of the brain and nervous system.
neurotransmitters -chemicals that transmit nerve signals from one neuron to another.
non-fluent aphasia - a condition in which patients have trouble recalling words and speaking in complete sentences. Also called Broca's or motor aphasia.
oligodendrocytes - a type of support cell in the brain that produces myelin, the fatty sheath that surrounds and insulates axons.
penetrating head injury - a brain injury in which an object pierces the skull and enters the brain tissue.
penetrating skull fracture - a brain injury in which an object pierces the skull and injures brain tissue.
persistent vegetative state - an ongoing state of severely impaired consciousness, in which the patient is incapable of voluntary motion.
plasticity - ability of the brain to adapt to deficits and injury.
pneumocephalus - a condition in which air or gas is trapped within the intracranial cavity.
post-concussion syndrome (PCS) - a complex, poorly understood problem that may cause headache after head injury; in most cases, patients cannot remember the event that caused the concussion and a variable period of time prior to the injury.
post-traumatic amnesia (PTA) - a state of acute confusion due to a brain injury, marked by difficulty with perception, thinking, remembering, and concentration; during this acute stage, patients often cannot form new memories.
post-traumatic dementia - a condition marked by mental deterioration and emotional apathy following trauma.
post-traumatic epilepsy - recurrent seizures occurring more than 1 week after a brain injury.
prosodic dysfunction - problems with speech intonation or inflection.
pruning - process whereby an injury destroys an important neural network in children, and another less useful neural network that would have eventually died takes over the responsibilities of the damaged network.
seizures - abnormal activity of nerve cells in the brain causing strange sensations, emotions, and behavior, or sometimes convulsions, muscle spasms, and loss of consciousness.
sensory aphasia - see fluent aphasia.
shaken baby syndrome - a severe form of head injury that occurs when an infant or small child is shaken forcibly enough to cause the brain to bounce against the skull; the degree of brain damage depends on the extent and duration of the shaking. Minor symptoms include irritability, lethargy, tremors, or vomiting; major symptoms include seizures, coma, stupor, or death.
shearing (or diffuse axonal injury) - damage to individual neurons resulting in disruption of neural networks and the breakdown of overall communication among neurons in the brain.
stupor - a state of impaired consciousness in which the patient is unresponsive but can be aroused briefly by a strong stimulus.
subdural hematoma - bleeding confined to the area between the dura and the arachnoid membranes.
subdural hygroma - a buildup of protein rich fluid in the area between the dura and the arachnoid membranes, usually caused by a tear in the arachnoid membrane.
syndrome of inappropriate secretion of antidiuretic hormone (SIADH) - a condition in which excessive secretion of antidiuretic hormone leads to a sodium deficiency in the blood and abnormally concentrated urine; symptoms include weakness, lethargy, confusion, coma, seizures, or death if left untreated.
thrombosis or thrombus - the formation of a blood clot at the site of an injury.
vasospasm - exaggerated, persistent contraction of the walls of a blood vessel.
vegetative state - a condition in which patients are unconscious and unaware of their surroundings, but continue to have a sleep/wake cycle and can have periods of alertness.
ventriculostomy - a surgical procedure that drains cerebrospinal fluid from the brain by creating an opening in one of the small cavities called ventricles.
Wernicke's aphasia - see fluent aphasia.