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Welcome to The Center

Welcome to the Texas Brain Injury Law Center! The Center was established by The Law Offices of Charlie Waters to be a comprehensive resource for those suffering from traumatic brain injury and who, together with family and friends, are seeking information, answers, guidance, and support during this challenging time in their lives.  All involved, not just the injury victim, find themselves in new places far removed from their prior lives and facing many unknowns.  In moments like these, up-to-date, comprehension information can provide great comfort and support throughout all aspects of the coping, recovery, healing, and rediscovery process.  We understand

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The Nature of Brain Injury

The human brain is the most complex structure in the known universe, and “what we know” barely scratches the surface of what there is “yet to learn.”  Delicate in nature and literally floating in cerebral spinal fluid inside the skull, the brain weighs only about 3 lbs., reaches its full size at about age six, and only fully develops beyond adolescence. In every moment even in sleep, the human brain performs incredible, indeed, incomprehensible feats of majestic wonder.  What it does is nothing short of miraculous.  Yet sadly, our exquisite brains are highly vulnerable to blunt force trauma and to

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The Brain: The Body’s Engine

Think of the brain as a complex engine, like that of a race car, with a vast number of dynamic but delicate, interconnected parts that monitor and control itself and a larger machine (the body). This engine operates at an incredibly high speed, demands a lot of its component parts, and works at an optimum level only when all parts are functioning as designed and in orchestration with each other. If a single component part of this engine is not functioning properly, the entire engine and the machine it controls can fall into disrepair or fail to function at all.

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Neurons and Structures

The brain neuron, for its tiny size, does some big and powerful things. It has the amazing ability to gather and transmit electrochemical signals from neuron to neuron throughout the brain and body 5-50 times a second. It’s through your neurons that your brain communicates with itself and the rest of who you are. A neuron has three basic parts: Cell body or Soma. This main part has all the necessary components of the cell, such as the nucleus (which contained DNA), and substance for building proteins and for making energy. Axon. This long cable-like projection of the cell carries

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Neurotransmission

Neurotransmission (also called “synaptic transmission”) is the process by which signaling molecules called “neurotransmitters” are released by a brain neuron to stimulate/cause the transfer of a message (action potential) via an electrical charge to another connected neuron, then on to another neuron, and another, and so on, until the message reaches its intended destination. These transmissions (synaptic firings) happen at incredible speed, even as we sleep. It is through this ongoing process of neuron firing that the brain communicates and the body functions. Without neurotransmission, the brain could not function, and human life could not exist. If neurotransmission is compromised

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A National Epidemic

According to the Center for Disease Control (CDC) traumatic brain injury (TBI) is a leading cause of death and disability in the United States. In the U.S. each year: 52,000 individuals will die because of a TBI 1.4 million individuals will visit an emergency room because of a TBI 275,000 individuals will be hospitalized because of a TBI Pre-school children, adolescents, and older adults are the groups most impacted by traumatic brain injuries. From 2006 to 2014, the number of TBI-related emergency departments (ED) visits, hospitalization, and deaths increased by 53%. In 2014, about 2.87 million TBI-related emergency department visits,

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What is a Traumatic Brain Injury?

Definition and Classifications The CDC defines a traumatic brain injury as “a disruption of normal function of the brain that can be caused by a bump, blow, or jolt to the head, or penetrating head injury.”  A traumatic brain injury is considered a type of Acquired Brain Injury (ABI) which is “an injury to the brain that is not hereditary, congenital, or degenerative, and one that has occurred after birth.”  There are 3 broad classifications of TBI: mild, moderate, and severe, with such designations roughly matching the symptom severity associated with each.  Even a mild traumatic brain injury (MTBI), however,

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How Traumatic Brain Damage Occurs

Two Injury Types Damage to brain tissue from trauma can occur to different structures  through multiple mechanisms over different time periods.  There are the damage mechanisms triggered immediately (primary) and then those triggered thereafter in the form of damage “processes” (secondary).  Secondary injury processes can take days, weeks, or longer, to run their full course, and are generally thought to cause the greatest damage to brain tissue. Primary Injury:  Damage occurs immediately in the form of brain bruising/bleeding (hematomas), referred to as “traumatic vascular injuries,” immediate and direct tissue obliteration from a projectile (bullet, metal object), blast wave damage from

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Mild Traumatic Brain Injury Definition

Definition by the American Congress of Rehabilitation Medicine A significant and now widely accepted definition of mild traumatic brain injury was established by the American Congress of Rehabilitation Medicine (ACRM) in 1993. ACRM defined Mild Traumatic Brain Injury (MTBI) as follows and added important  “Comments” at the end to clarify the definition. Definition A patient with mild traumatic brain injury is a person who has had a traumatically induced physiological disruption of brain function as manifested by at least one of the following: Any period of loss of consciousness, Any loss of memory for events immediately before or after the

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Mild Traumatic Brain Injury Cases: A Unique Challenge

Proving a Microscopic Injury Most traumatic brain injuries fall under the “mild” classification, yet there is nothing mild about MTBI symptoms.  They can be significantly disabling, chronic, and pose unique proof challenges to a brain injury lawyer.  Simply stated, these cases can be difficult to prove. What’s unique about an MTBI that makes it difficult to prove?  What does it take to prove the existence of a MTBI?  Why is it sometimes hard to prove the accident caused the MTBI?  The answers to these questions, and similar others, can be found in the nature of the injury and in the

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Topics

Introduction
Brain Anatomy
Traumatic Brain Injury Overview
Texas Laws to Know
Brain Injury Litigation: Simplifying the Complexity
Featured Articles by Charlie Waters
Traumatic Brain Injury Resources