Practice Areas

Motor Vehicle Accidents

• Car Accidents
• Motorcycle Accidents
• Semi Truck Accidents
• Pedestrian, Crosswalk, Bicycle Accidents
• Passenger Van Accidents
• Drunk Driving (DUI) Collisions
• RV and Motor Home Accidents
• Delivery Truck Accidents
• Distracted Driving Accidents
• Bus, Shuttle, Taxi & Mass Transit Accidents
• ATV Accidents
• Boating & Personal Watercraft Accidents

Wrongful Death

Injuries to Minors & Children

Serious Accidents & Catastrophic Injuries

• Head Injuries & Brain Damage
• Back & Spinal Cord Injuries

Insurance Coverage Disputes & Bad Faith Claims

Medical Malpractice, Surgery Errors & Hospital Injuries

Dog Bites & Animal Attacks

Nursing Home Neglect & Elder Care Abuse

Christopher M. Davis

Seriously Outstanding

only 5% selected each year

visit superlawyers.com

Library

Head Injuries & Brain Damage

• Traumatic Brain Injury in the United States
• How the Brain Recovers
• Traumatic Brain and the Glasgow Coma Scale

View all

Washington State Personal Injury Law Library

Research Your Washington Personal Injury or Accident Case 

Below you will find links to documents, reports, articles, publications and discussions about a wide variety of personal injury and wrongful death law topics.

Library Categories:

• Car Accidents
• Motorcycle Accidents
• Semi Truck Accidents
• Motor Vehicle Accidents
• Pedestrian, Crosswalk, Bicycle Accidents
• Wrongful Death
• Passenger Van Accidents
• Drunk Driving (DUI) Collisions
• Injuries to Minors & Children
• Distracted Driving Accidents
• Serious Accidents & Catastrophic Injuries
• Bus, Shuttle, Taxi & Mass Transit Accidents
• Insurance Coverage Disputes & Bad Faith Claims
• ATV Accidents
• Boating & Personal Watercraft Accidents
• Head Injuries & Brain Damage
• Back & Spinal Cord Injuries
• Medical Malpractice, Surgery Errors & Hospital Injuries
• Dog Bites & Animal Attacks
• Nursing Home Neglect & Elder Care Abuse
• Davis Law Group Firm Overview
• Davis Law Group Firm Newsletter
• Davis Law Group In The News
• FREE Personal Injury Law Reports
• Davis Law Group Scholar Athlete Program
• Davis Law Group Press Room
• Davis Law Group Photo Gallery
• Washington Accident & Legal News
• Lawyer Jokes & Courtroom Humor
• Chiropractic Care After A Car Accident
• Personal Injury Reference Books
• Tort Reform in Washington State
• Client Resource Center - For DLG Clients Only
• Jury Duty
• Injured Employees
• Washington State Personal Injury Pages
• Other
• General

Head Injuries & Brain Damage:

• Traumatic Brain Injury in the United States [PDF]   
  Description: At least 1.7 million people sustain a traumatic brain injury (TBI) in the United States each year. Of those individuals, about 52,000 die, 275,000 are hospitalized, and 1.365 million are treated and released from an emergency department.
• How the Brain Recovers   
  Description: How the Brain Recovers from TBI
• Traumatic Brain and the Glasgow Coma Scale   
  Description: Traumatic Brain and the Glasgow Coma Scale
• This slide show has statistics and information on Traumatic Brain Injury   
  Description: Traumatic Brain Injury Statistics and Information
• Management of Traumatic Brain Injury   
  Description: Management of Traumatic Head Injury
• Returning to work within the first seven years of severe head injury   
  Description: Brain Injury Study: The rate and prediction of return to work was examined in 98 severe head injured patients during the first seven years after injury.
• Mild and moderate brain injury in the United States   
  Description: Each year an estimated 1 5 million non-institutionalized US civilians sustain a non-fatal brain injury that does not result in institutionalization, a rate of 618 per 100000 person-years.
• Secondary Brain Injury and Severe Head Injury Research   
  Description: We investigated the impact on outcome of hypotension as secondary brain insults, occurring from injury through resuscitation. Hypoxia and hypotension were independently associated with significant increases in morbidity and mortality from severe head injury.
• Psychosocial & emotional impact of traumatic brain injury   
  Description: The majority of individuals who sustain TBI are young males between the ages of 19 and 25, who are in the early stages of establishing their independence in areas including friendships, leisure activities, intimate relationships, residence, and employment. The problems of social isolation and decreased leisure activities create a renewed dependence of the survivor on his/her family to meet these needs.
• Psychosocial & emotional impact of traumatic brain injury   
  Description: The majority of individuals who sustain TBI are young males between the ages of 19 and 25, who are in the early stages of establishing their independence in areas including friendships, leisure activities, intimate relationships, residence, and employment. The problems of social isolation and decreased leisure activities create a renewed dependence of the survivor on his/her family to meet these needs.
• Identifying Brain Injury   
  Description: Although there are no set in stone ways to identify is brain injury has taken place, there are factors that doctors take into consideration when trying to identify Traumatic Brain Injury in patients. Keep in mind that findings on the below tests are in no way a conclusive way of telling that a brain injury has occurred.
• Washington State Brain Injury Law   
  Description: Learn what Washington state's traumatic brain injury law is all about. Seattle attorney and brain injury lawyer explains.
• Diffuse Axonal Injury   
  Description: The brain consists of billions of nerve cells located in the gray matter which communicate with distant nerve cells through long nerve fibers called axons.. Severe sudden twisting or torquing of the brain, as occurs in a sudden acceleration/deceleration such as a whiplash accident, can stretch, twist, and damage these delicate axonal fibers. Under the microscope, when the axonal damage is called Diffuse Axonal Injury.
• Early Injury Can Have Long Term Effects   
  Description: Children who sustain Head Injuries are at risk for Developmental Problems such as Emotional Control later on.
• Traumatic Brain Injury: An Overview   
  Description: Why screening for a history of TBI is important in the human service setting; Ideal rehabilitation pathways for mild, moderate and severe TBI; The TBI, mental health and substance abuse connection; What are the state and national resources available to individuals with TBI, their families and professionals
• Facing the Challenge: Lessons Learned from Caregivers   
  Description: An estimated 5.3 million Americans- a little more than 2% of the population- currently live with disabilities resulting from brain injury (Centers for Disease Control and Prevention) (CDC); 2 million people sustain a brain injury every year; Each year 230,000 persons are hospitalized with TBI and survive
• Introduction to Traumatic Brain Injury (TBI) for Educators   
  Description: Closed head – Skull not penetrated (car accident, falls); Open Head – Skull and meninges ... Certain types of difficulties are common in students with TBI ...
• Driving (and not driving) after traumatic brain injury   
  Description: 40 to 60% of persons with severe acquired brain damage return to driving
• Critical Care Management in Traumatic Brain Injury   
  Description: 70% victims of RTA sustain TBI; 70% of RTA deaths are due to TBI; Majority death occur e in 72 hrs.; Victims :Young males in productive age group; Children constitute 25-30% of all TBI victims; Loss of life, Rehab of disabled?Sig.Econo.burdn
• TBI AND CURRENT EVALUATION METHODS   
  Description: “…in railway accidents those passengers suffer most…who sit with their backs turned toward the end of the train which is struck…”; “…are jerked violently against the backs of their seats and thus suffer in the first instance and by the first shock from concussion of the spine…”; “…have led surgeons to consider these cases as somewhat exceptional and different from ordinary accidents.”
• Introduction to Traumatic Brain Injury   
  Description: 1.5 million cases per year in U.S.; Causes: Motor vehicle accident (~45%), falls (~30%), occupational accidents (~10%), recreational accidents (~10%), assaults (~5%); Highest risk: children, adolescent/young adult men, elderly
• Non-24-hour sleep–wake syndrome following a car accident   
  Description: The authors report the case of a 39-year-old sighted woman who displayed non-24-hour sleep–wake cycles following a car accident. The phase relationship between endogenous circadian markers such as plasma melatonin and 6-sulfatoxymelatonin rhythms and self-selected sleep times was abnormal. A laboratory investigation indicated that she was sensitive to bright light as a circadian synchronizer. MRI and brain CT scans were normal, but microscopic brain damage in the vicinity of the suprachiasmatic nucleus or its output pathways is plausible.
• Persistent retrograde, amnesia following a minor trauma.   
  Description: A 19-year-old man showed dense retrograde amnesia (RA) for autobiographical and public events covering his entire life, following a motor car accident that caused no apparent brain damage. His learning abilities remained excellent and permitted him to recover knowledge of the past, based on information gathered from other people and the media, although he never reacquired the sense of personal experience. At the onset he also showed occasional gaps in his semantic memory, e.g., he failed to recognize a few objects and was unable to provide factual information about sports he had long been playing. Eventually, his amnesia was predominantly restricted to autobiographical events or facts. After 29 months the deficit has remained unchanged. CT, MRI and PET were negative. Psychogenic amnesia was considered, but eventually ruled out for want of any evidence pointing to emotional problems, stressful situations or secondary gains. We posit that for reasons unknown a mild trauma can cause functional inhibition of the access to the engrams that are already stored, leaving intact the ability to encode and retrieve new memories.
• Laypersons' knowledge about the sequelae of minor head injury and whiplash   
  Description: Even minor head injuries can result in the post traumatic syndrome, a symptom complex that includes physical discomfort and sleep, sexual, affective, and memory disturbance. Little is known about the layperson's knowledge of the syndrome but this may influence judgements about malingering and attitudes towards victims of minor head injury. Descriptions of rear-end automobile accidents were presented to two groups. One group (n = 22) rated the likelihood of a variety of physical, affective, cognitive, and distractor (never or rarely reported by trauma victims) symptoms. A second group (n = 21) judged the speed necessary to cause each of the symptoms.
• Growing skull fractures: progressive evolution of brain damage and effectiveness of surgical treatment   
  Description: The growing skull fracture of childhood is a well-known but variously interpreted syndrome. Attempts have been made to find different pathogeneses for clinical and pathological patterns that are really successive phases of a single process, arising from the interaction of three basic conditions: (1) head injury with a large gaping fracture; (2) corresponding dural tear; (3) occurrence nearly always in infancy (the first year of life or period of maximum brain growth). This combination of factors alters the normal distribution of the intracranial pressure vectors and the fracture behaves like a neosuture with abnormal growth of the skull on the injured side. Simultaneously, the ventricular system tends to deform, dilating and shifting towards the side of the fracture. Three cases, successfully treated at a very late stage, are described. The good surgical results confirm the validity of the surgical method and its underlying theoretical basis.
• Right Hemisphere Language Comprehension   
  Description: This volume investigates in depth the role of the right hemisphere in language processing at all levels. It will be of interest to researchers and students in language and neuropsychology as well as clinical neuropsychologists.
• Stability of employment after brain injury: a 7-year follow-up study   
  Description: Forty-three patients with severe traumatic brain injury (n = 24), cerebrovascular diseases (n = 15), or other acquired brain damage (n = 4) were followed-up 7-8 years after neuropsychological rehabilitation including a vocational re-entry programme. Current vocational status and work history since rehabilitation were investigated by means of a structured interview. Before interview, the patients were classified on the basis of medical records into four groups: (A) patients with minor residual neuropsychological impairments, (B) patients with minor impairments but psychopathological symptoms, (C) patients with persistent neuropsychological impairments showing no psychopathological symptoms, and (D) patients with persistent impairments and psychopathological symptoms. For patients in group A, a good, and for those in group D, a poor long-term employment outcome was predicted, while no predictions were made for the intermediate groups. Of the 43 interviewed subjects, 16 (37%) reported a stable return to work at pre-morbid level and seven (16%) at a lower level. In eight patients (19%), persisting difficulties in maintaining work were documented. Twelve subjects (28%) had retired within a period of 2 years after work trial.
• Attention and Driving in Traumatic Brain Injury: A Question of Coping with Time-Pressure   
  Description: Diffuse and focal traumatic brain injury (TBI) can result in perceptual, cognitive, and motor dysfunction possibly leading to activity limitations in driving. Characteristic dysfunctions for severe diffuse TBI are confronted with function requirements derived from the hierarchical task analysis of driving skill.
• Brain Injury Therapy In Simple Terms   
• 2D/3D Medical Animation: TBI - Traumatic Brain Injury Part 2   
  Description: Animated sequences based upon crash tests demonstrate the movements associated with a "typical" sudden deceleration incident. Multiple other animation sequences explain the involved anatomy and show the soft, fragile brain impacting on the hard and uneven inner surface of the skull. The sequences demonstrate how multiple axonal injuries can occur from the shearing forces (both with and without hemorrhage and both with and without positive findings on imaging studies). An additional animation sequence demonstrates how the combined deceleration and rotational forces result in axonal injury in the corpus callosum.
• 2D/3D Medical Animation: TBI - Traumatic Brain Injury Part I2D/3D Medical Animation: TBI - Traumatic Brain Injury Part I   
  Description: Animated sequences based upon crash tests demonstrate the movements associated with a "typical" sudden deceleration incident. Multiple other animation sequences explain the involved anatomy and show the soft, fragile brain impacting on the hard and uneven inner surface of the skull. The sequences demonstrate how multiple axonal injuries can occur from the shearing forces (both with and without hemorrhage and both with and without positive findings on imaging studies). An additional animation sequence demonstrates how the combined deceleration and rotational forces result in axonal injury in the corpus callosum.
• The Journal of Neuroscience, July 1, 2000, 20(13):4821-4828   
  Description: The Journal of Neuroscience, July 1, 2000, 20(13):4821-4828
  
  
  Traumatic Brain Injury Alters the Molecular Fingerprint of TUNEL-Positive Cortical Neurons In Vivo: A Single-Cell Analysis
  Dianne M. O'Dell1, Ramesh Raghupathi1, Peter B. Crino2, James H. Eberwine3, and Tracy K. McIntosh1, 3, 4
  Departments of 1 Neurosurgery, 2 Neurology, and 3 Pharmacology, University of Pennsylvania School of Medicine, Philadelphia, Pennsylvania 19104, and 4 Veterans Administration Medical Center, Philadelphia, Pennsylvania 19104
  
  The cerebral cortex is selectively vulnerable to cell death after traumatic brain injury (TBI). We hypothesized that the ratio of mRNAs encoding proteins important for cell survival and/or cell death is altered in individual damaged neurons after injury that may contribute to the cell's fate. To investigate this possibility, we used amplified antisense mRNA (aRNA) amplification to examine the relative abundance of 31 selected candidate mRNAs in individual cortical neurons with fragmented DNA at 12 or 24 hr after lateral fluid percussion brain injury in anesthetized rats. Only pyramidal neurons characterized by nuclear terminal deoxynucleotidyl transferase-mediated biotinylated dUTP nick end labeling (TUNEL) reactivity with little cytoplasmic staining were analyzed. For controls, non-TUNEL-positive neurons from the cortex of sham-injured animals were obtained and subjected to aRNA amplification. At 12 hr after injury, injured neurons exhibited a decrease in the relative abundance of specific mRNAs including those encoding for endogenous neuroprotective proteins. By 24 hr after injury, many of the mRNAs altered at 12 hr after injury had returned to baseline (sham-injured) levels except for increases in caspase-2 and bax mRNAs. These data suggest that TBI induces a temporal and selective alteration in the gene expression profiles or "molecular fingerprints" of TUNEL-positive neurons in the cerebral cortex. These patterns of gene expression may provide information about the molecular basis of cell death in this region after TBI and may suggest multiple avenues for therapeutic intervention.
  
  Key words: TUNEL; brain injury; gene expression; cell death; caspase; aRNA amplification
• Mechanoporation Induced by Diffuse Traumatic Brain Injury: An Irreversible or Reversible Response to Injury?   
  Description: Diffuse traumatic brain injury (DTBI) is associated with neuronal plasmalemmal disruption, leading to either necrosis or reactive change without cell death. This study examined whether enduring membrane perturbation consistently occurs, leading to cell death, or if there is the potential for transient perturbation followed by resealing/recovery. We also examined the relationship of these events to calpain-mediated spectrin proteolysis (CMSP). To assess plasmalemmal disruption, rats (n = 21) received intracerebroventricular infusion 2 h before DTBI of a normally excluded 10 kDa fluorophore-labeled dextran. To reveal plasmalemmal resealing or enduring disruption, rats were infused with another labeled dextran 2 h (n = 10) or 6 h (n = 11) after injury. Immunohistochemistry for the 150 kDa spectrin breakdown product evaluated the concomitant role of CMSP. Neocortical neurons were followed with confocal and electron microscopy. After DTBI at 4 and 8 h, 55% of all tracer-flooded neurons contained both dextrans, demonstrating enduring plasmalemmal leakage, with many demonstrating necrosis. At 4 h, 12.0% and at 8 h, 15.7% of the dual tracer-flooded neurons showed CMSP, yet, these demonstrated less advanced cellular change. At 4 h, 39.0% and at 8 h, 24.4% of all tracer-flooded neurons revealed only preinjury dextran uptake, consistent with membrane resealing, whereas 7.6 and 11.1%, respectively, showed CMSP. At 4 h, 35% and at 8 h, 33% of neurons demonstrated CMSP without dextran flooding. At 4 h, 5.5% and at 8 h, 20.9% of tracer-flooded neurons revealed only postinjury dextran uptake, consistent with delayed membrane perturbation, with 55.0 and 35.4%, respectively, showing CMSP. These studies illustrate that DTBI evokes evolving plasmalemmal changes that highlight mechanical and potential secondary events in membrane poration.
  
  
  Key words: diffuse traumatic brain injury; neuron; dextrans; membrane disruption; membrane resealing; calpain
• Clinical Correlates of Personality Changes Associated With Traumatic Brain Injury   
  Description: Traumatic brain injury (TBI) is frequently complicated by alterations in temperament and character that have adverse consequences for day-to-day living, manifesting as poor decision-making, interpersonal problems, communication problems, and often overall poor quality of life.
• Traumatic Brain Injury (TBI)   
  Description: The Centers for Disease Control and Prevention estimates at least 5.3 million Americans have a long-term need for help to perform activities of daily living as a result of a traumatic brain injury (TBI).
• Campaign aims to raise awareness of brain injuries   
  Description: The Washington state Department of Social and Health Services and The Washington Traumatic Brain Injury Strategic Partnership Advisory Council are launching a campaign to raise awareness and provide a way for people to get information about available resources.
• Head brain injury concussion homeopathy alternative medicine   
  Description: Car accident head trauma treated by homeopathy and alternative medicine.
• Car Accident Concussions & TBI l Seattle Traumatic Brain Injury Lawyer   
  Description: Rosanne Naunheim, M.D. of Washington University School of Medicine in St. Louis discusses the damage created when having a concussion and a simple one page test that can be used for a quick diagnosis.
• Brain Injury May Not Erase Long-Term Memory   
  Description: A new interviewing technique has drawn out extensive details hidden in the long-term memories of people with traumatic brain injury and memory impairment, U.S. researchers say.
• Studies Cite Head Injuries As Factor in Some Social Ills   
  Description: Researchers studying brain injury believe they've found a common thread running through many cases of seemingly unrelated social problems: a long-forgotten blow to the head.
• Whiplash injury and brain damage: an experimental study   
  Description: JAMA, Vol. 204, Issue 4, 285-289, April 22, 1968
• Brain Injury the Invisible Disability   
  Description: A traumatic brain injury is potentially one the most devastating disabilities. It not only affects the person suffering from the injury but can turn whole families upside down.
• Schizophrenia and Traumatic Brain Injury   
  Description: A victim of traumatic brain injury (TBI) can endure side effects ranging from social and motor skill function failure to hearing loss. One of the more serious side effects, however, is schizophrenia, which is a disorder-affecting behavior and mood. It is a serious illness that individuals must seek help for in order to prevent them from harming themselves and others.
• Traumatic Brain Injury and Hearing   
  Description: It is often found that after a traumatic brain injury (TBI) occurs, an individual will find they suffer from hearing loss. This usually occurs because of the fact that the inner canal of the ear is quite sensitive and when the head receives a blunt trauma, so will the ear.
• Traumatic Brain Injuries Associated With Motorcycle Accidents   
  Description: Motorcycle accidents when combined with auto accidents are the leading cause of traumatic brain injuries in the United States. Steps can be taken to prevent motorcycle accidents and reduce the risk of brain injuries, such as wearing proper protective gear when on the road. However, if a motorcycle accident occurs, those suffering from a brain injury can find a vast array of resources at LegalView.
• June - Brain Injury Awareness Month   
  Description: The Brain Injury Awareness Month Planning Committee is a regional committee of professionals that provide services to clients and family members who are living with the effects of brain injury.
• Traumatic brain injury   
  Description: A traumatic brain injury is usually the result of a sudden, violent blow to the head. Such a blow can launch the brain on a collision course with the inside of the skull. The skull itself can often withstand a forceful external impact without fracturing. The result — an injured brain inside an intact skull — is known as a closed-head injury.
• Study Finds Moderate Hypothermia A Safe Treatment For Traumatic Brain Injury In Kids   
  Description: The study's lead investigator, Children's Hospital of Pittsburgh neurosurgeon P. David Adelson, MD, and fellow researchers determined that induced moderate hypothermia initiated after severe traumatic brain injury (TBI) is a safe therapeutic intervention for children.
• Traumatic brain injury strikes every 15 seconds   
  Description: According to the Brain Injury Association, someone in the United States sustains a traumatic brain injury every 15 seconds. Vehicle crashes, falls and sports injuries are the three leading causes. These injuries can leave victims with temporary or permanent cognitive and emotional problems, including memory loss, speech impairments, fatigue and impulsive behavior.
• Researchers Report First Successful Treatment of Chronic Traumatic Brain Injury   
  Description: The American Association of Health Freedom and the International Hyperbaric Medical Association announced today that physician-researchers at the Baromedical Research Institute and Louisiana State University School of Medicine, New Orleans have reported the successful treatment of chronic traumatic brain injury (TBI).
• Legislation Would Help Brain Injury Sufferers   
  Description: Traumatic Brain Injury Fund to help pay for some unmet needs.
• Traumatic Brain Injury Hastens Onset Of Alzheimer's Disease   
  Description: Does a traumatic brain injury (TBI) increase the risk of someone getting Alzheimer's Disease later in life? Studies have been inconclusive on this question. But a recent Mayo Clinic study found evidence that Alzheimer's begins much earlier in people who previously suffered a head injury.
• Mild Head Injuries Increase Risk Of Sleep Disorders   
  Description: A mild head injury can increase your chance of developing a sleep disorder, according to a study published in the April 3, 2007, issue of Neurology®, the scientific journal of the American Academy of Neurology. Researchers say these findings highlight the need for improved diagnosis and treatment of sleep disorders in mild traumatic brain injury patients who complain of insomnia.
• Traumatic Brain Injury: Neuroscientists Challenge Conventional Treatment   
  Description: The chemical lactate has gotten a bad rap. Conventional wisdom considered it to be little more than the bane of runners and other athletes, causing stiff muscles and fatigue, and the "sour" in sour milk. It turns out that view may have been too narrow.
• Pediatricians And Pathologists See Traumatic Brain Injury Differently   
  Description: Confronted with the same hypothetical scenarios of traumatic brain injuries to children, pediatricians and pathologists were unable to agree half the time whether the deaths should be investigated as potential child abuse, researchers at Indiana University School of Medicine found.
• First Successful Treatment For Chronic Traumatic Brain Injury In Rats   
  Description: A research team led by Dr. Paul Harch, Assistant Professor of Clinical Medicine at Louisiana State University Health Sciences Center New Orleans and Director of the LSU Hyperbaric Medicine Fellowship Program, has published findings that show hyperbaric oxygen therapy (HBOT) improved spatial learning and memory in a model of chronic traumatic brain injury.
• Fluids Given To Brain Injury Patients Impact Survival Rates   
  Description: A landmark Australian and New Zealand intensive care study has provided vital information for the treatment of patients with brain injuries. The results of the SAFE-TBI Study, published recently in the New England Journal of Medicine, confirm that the choice of resuscitation fluids affects the chances of patients with brain injury surviving.
• Early Lead Exposure Impedes Recovery From Brain Injury   
  Description: Exposure to lead can hinder the brain's ability to recover from injury, a recent study in laboratory animals shows. The results have implications for the effects of environmental lead exposure on brain injuries such as stroke, say researchers at Jefferson Medical College, who led the work.
• Imaging Shows Structural Changes In Mild Traumatic Brain Injury   
  Description: Researchers report that diffusion tensor imaging can identify structural changes in the white matter of the brain that correlates to cognitive deficits even in patients with mild traumatic brain injury.
• Vision Restoration Therapy Shown To Improve Brain Activity In Brain Injured Patients   
  Description: Columbia University Medical Center researchers have demonstrated using functional magnetic resonance imaging (fMRI), that brain activity was increased in stroke and traumatic brain injury survivors who underwent Vision Restoration Therapy (VRT), a rehabilitative treatment that helps these patients recover lost vision.

Davis Law Group, P.S.

2101 Fourth Avenue, Suite 630
Seattle, WA 98121
Phone: (206) 727-4000
Fax: (206) 727-4001
Toll Free: 1-800-4-Accident

          

Search for a Local Attorney at LawFirmDirectory.org

Free Consultation