Cases reported "Coma, Post-Head Injury"

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1/7. Extraordinary arousal from semi-comatose state on zolpidem. A case report.

    A young semi-comatose male patient was investigated using 99mTc hexamethyl-propylene amine oxime (99mTc HMPAO) brain single photon emission computed tomography (SPECT) before and after administration of the gamma-aminobutyric acid (GABA) agonist zolpidem. It was observed that 15 minutes after application of the drug the patient awoke from his semi-comatose condition and remained awake for the next 3-4 hours. When drug action subsided he returned to his semi-comatose state. Brain SPECT before drug application showed large hypo-active areas in certain parts of the brain. Brain SPECT after drug application showed a generalised cortical activation relative to the cerebellum and a marked and amplified activation of the areas that were hypo-active before drug application. ( info)

2/7. Functional MR imaging assessment of a non-responsive brain injured patient.

    Functional magnetic resonance imaging (fMRI) was requested to assist in the evaluation of a comatose 38-year-old woman who had sustained multiple cerebral contusions from a motor vehicle accident. Previous electrophysiologic studies suggested absence of thalamocortical processing in response to median nerve stimulation. Whole-brain fMRI was performed utilizing visual, somatosensory, and auditory stimulation paradigms. Results demonstrated intact task-correlated sensory and cognitive blood oxygen level dependent (BOLD) hemodynamic response to stimuli. Electrodiagnostic studies were repeated and evoked potentials indicated supratentorial recovery in the cerebrum. At 3-months post trauma the patient had recovered many cognitive & sensorimotor functions, accurately reflecting the prognostic fMRI evaluation. These results indicate that fMRI examinations may provide a useful evaluation for brain function in non-responsive brain trauma patients. ( info)

3/7. rehabilitation outcome in a patient awakened from prolonged coma.

    BACKGROUND: This article describes the rehabilitation of a patient recovering from a prolonged coma (defined as lasting longer than 4 weeks). The case is noteworthy because it exemplifies the possibilities and difficulties entailed in treating these patients, who are often regarded as too severely impaired to justify intensive rehabilitation efforts. CASE REPORT: The patient is a 28-year old Polish male, unmarried, who suffered serious closed head injuries in an automobile accident in April of 1999. He was in a comatose state for more than two months, with a GCS score of 5. When admitted for rehabilitation he was bedridden, with global aphasia, agraphia, limb apraxia, and executive dysfunction. The rehabilitation program developed for him is described in detail. RESULTS: Over the course of rehabilitation, which began in December 1999 and continues to this writing, the patient has regained locomotion capabilities (though with impairments), and his speech has improved considerably. The apraxia has largely resolved, and he is able to write his name and copy words. He is now capable of performing many activities of daily living. CONCLUSIONS: A comprehensive program of rehabilitation characterized by a strategic, heuristic approach is capable of achieving a good outcome even in very difficult cases, such as prolonged coma. ( info)

4/7. Electrical treatment of coma via the median nerve.

    The median nerve is a portal to interact with the injured comatose brain. Peripheral nerve electrical stimulation has a central nervous system effect. Two to three weeks of right median nerve stimulation (RMNS) can hasten awakening from deep coma by increasing the dopamine levels. Three cases of electrically treated GCS-4 teenagers with acute diffuse brain injuries from motor vehicle crashes are presented by video. Pilot studies of RMNS for acute post-traumatic coma states have been done over the last ten years at East Carolina University and the University of virginia. The neurophysiological effects of RMNS have been well documented at several neurosurgical centers in japan using neuroimaging and spinal fluid assays. RMNS is a safe, inexpensive, non-invasive therapy for neuro-resuscitation of coma patients. When employed early in the coma, the time in the ICU may be shortened and the quality of the final outcome may be enhanced. ( info)

5/7. Rehabilitative management of patients with disorders of consciousness: grand rounds.

    BACKGROUND: There are no standards of care to guide the selection of rehabilitation assessment and treatment procedures for patients with disorders of consciousness. Recently, consensus-based recommendations for management of patients in the vegetative and minimally conscious states have been developed and disseminated in neurology and neurorehabilitation. This is an important first step toward achieving evidence-based guidelines of care. OBJECTIVE: Using a "Grand Rounds" format, we illustrate the application of consensus-based diagnostic, prognostic, and treatment recommendations in a patient who sustained severe traumatic brain injury with prolonged alteration in consciousness. After discussing the salient features of the case, we summarize the basic tenets of clinical care for this population. ( info)

6/7. Orbito-cerebral penetrating knife-wound.

    An orbit-cerebral knife wound is described. Reasons for variation in outcome art discussed. ( info)

7/7. Minor head trauma-induced sporadic hemiplegic migraine coma.

    Familial hemiplegic migraine is a severe, rare subtype of migraine. Gene mutations on chromosome 19 have been identified in the calcium channel, voltage-dependent, P/Q type, alpha-1A subunit gene (chromosome 19p13) for familial hemiplegic migraine. Recently a gene mutation (serine-218-leucine) for a dramatic syndrome associated with familial hemiplegic migraine, commonly named "migraine coma", has implicated exon 5 of this gene. The occurrence of trivial head trauma, in such familial hemiplegic migraine patients, may also be complicated by severe, sometimes even fatal, cerebral edema and coma occurring after a lucid interval. Sporadic hemiplegic migraine shares a similar spectrum of clinical presentation and genetic heterogeneity. The case report presented in this article implicates the involvement of the serine-218-leucine mutation in the extremely rare disorder of minor head trauma-induced migraine coma. We conclude that the serine-218-leucine mutation in the calcium channel, voltage-dependent, P/Q type, alpha-1A subunit gene is involved in sporadic hemiplegic migraine, delayed cerebral edema and coma after minor head trauma. ( info)


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