DIAGNOSIS AND TREATMENT: MANAGEMENT OF THE CHILD WHO HAS HAD ONE CONVULSION

PEDIATRICS ◽  
1964 ◽  
Vol 33 (3) ◽  
pp. 431-434
Author(s):  
Sidney Carter

FOR MOST PARENTS their child's first convulsion is a dramatic, frightening event which demands immediate medical attention. The physician, on the other hand, may see the patient after recovery from the attack and may tend to minimize the severity of the situation and assume a wait-and-see attitude before investigation and treatment are initiated. The convulsion is a symptom that indicates a disturbance of cerebral neurones. This disturbance may be the result of underlying organic disease of the brain, either fixed or progressive, or it may be an indication of a functional disturbance related to a circulatory or metabolic disorder. The first attack may be so mild that the child is unaffected but subsequent attacks may be prolonged, or result in status epilepicus, and produce a mild or severe degree of mental impairment. There is considerable evidence to indicate that anoxia associated with convulsions can cause brain damage and for this reason every child who has had a convulsion should be investigated and, with rare exception, placed on prophylactic daily anticonvulsant medication when no specific treatable condition is discovered. EVALUATION The first step in the study of a child who has a convulsion is to document its occurrence. Anxious parents are, as a rule, poor witnesses. Despite this, every effort should be made to obtain a description of the seizure, particularly premonitory symptoms, loss of consciousness, convulsive movements, duration of the attack, and the state of the patient following the attack. In infants breath-holding spells may simulate convulsive seizures. In breath-holding spells there is always a precipitating factor, usually a slight injury or some emotional disturbance which results in violent crying, ending suddenly in respiratory apnea. The cyanosis in such attacks appears before the loss of consciousness and convulsive movements.

PEDIATRICS ◽  
1986 ◽  
Vol 78 (3) ◽  
pp. 507-509
Author(s):  
ROBERT C. WOODY ◽  
ERNEST A. KIEL

Sudden loss of consciousness in children may be caused by either cardiac or neurologic dysfunction. Generalized seizure activity, breath-holding spells, and vasovagal syncope precipitated by a variety of factors frequently occur.1,2 The following case illustrates an unusual cause of repeated loss of consciousness in a child. CASE REPORT A 4-year-old white girl was in excellent health until 18 months of age when she first appeared to faint. During following 3 months, she was asymptomatic but then began having similar fainting episodes several times a day. For the next 2 years, the mother sought medical attention from pediatricians, cardiologists, neurologists, and otolaryngologists and began keeping detailed daily records of all spells.


2014 ◽  
Vol 19 (5) ◽  
pp. 3-12
Author(s):  
Lorne Direnfeld ◽  
David B. Torrey ◽  
Jim Black ◽  
LuAnn Haley ◽  
Christopher R. Brigham

Abstract When an individual falls due to a nonwork-related episode of dizziness, hits their head and sustains injury, do workers’ compensation laws consider such injuries to be compensable? Bearing in mind that each state makes its own laws, the answer depends on what caused the loss of consciousness, and the second asks specifically what happened in the fall that caused the injury? The first question speaks to medical causation, which applies scientific analysis to determine the cause of the problem. The second question addresses legal causation: Under what factual circumstances are injuries of this type potentially covered under the law? Much nuance attends this analysis. The authors discuss idiopathic falls, which in this context means “unique to the individual” as opposed to “of unknown cause,” which is the familiar medical terminology. The article presents three detailed case studies that describe falls that had their genesis in episodes of loss of consciousness, followed by analyses by lawyer or judge authors who address the issue of compensability, including three scenarios from Arizona, California, and Pennsylvania. A medical (scientific) analysis must be thorough and must determine the facts regarding the fall and what occurred: Was the fall due to a fit (eg, a seizure with loss of consciousness attributable to anormal brain electrical activity) or a faint (eg, loss of consciousness attributable to a decrease in blood flow to the brain? The evaluator should be able to fully explain the basis for the conclusions, including references to current science.


Author(s):  
Daisy Fancourt

Emergency medicine involves the care of patients who require immediate medical attention. The specialty encompasses a broad range of medical disciplines, including anaesthesia, cardiology (a field related to the heart), neurology (a field related to the brain), plastic surgery, orthopaedic surgery (surgery relating to the bones or muscles), and cardiothoracic surgery (surgery relating to the heart, chest, or lungs). There are also a number of subspecialties including extreme environment medicine, disaster medicine and sports medicine. Related to emergency medicine is the specialty of critical care medicine, which is concerned with the care of patients with life-threatening conditions often treated in intensive care settings....


PEDIATRICS ◽  
1959 ◽  
Vol 23 (1) ◽  
pp. 151-161
Author(s):  
Patrick F. Bray

Twenty years ago diphenylhydantoin was introduced for the treatment of epilepsy. It quickly became the most useful anticonvulsant medication because it was effective in preventing seizures and its sedative effect was minimal. The treatment of 84 epileptics has been included in this report with three goals in mind: 1) to show that the drug is generally useful by itself; 2) to point out that diphenylhydantoin is superior to other anticonvulsants in some patients; and 3) to emphasize the need for adequate dosage. Progressive neurologic diseases and fixed structural lesions of the brain are present in a significant number of patients in whom good control of seizure cannot be achieved. Uncommonly one sees sensitivity reactions which are similar to the allergic responses to other medications. Toxic reactions occur frequently if one exceeds the patient's tolerance to the drug but these are readily reversible. The cause of gingival hyperplasia, which is an annoying and common side reaction, was discussed in detail. It seems most likely that this reaction is due primarily to a local toxic effect of diphenylhydantoin as it is secreted in the saliva. The mechanism of action of diphenylhydantoin was discussed in the light of recent and relevant research. The effect of the drug in animals on seizure patterns, seizure threshold and concentration of electrolytes in the brain was reviewed. The basic clue to its primary anticonvulsant effect may be its ability to produce a shift of sodium from inside the cells of the brain to the extracellular space. Other metabolic and humoral effects of diphenylhydantoin were cited and these include its relationship to the pituitary-adrenal system, its ability to lower the permeability of the blood-brain barrier, and its property of increasing the concentration of serotonin in brain tissue. The important anticonvulsants which have been introduced since the advent of diphenylhydantoin were reviewed and emphasis was placed upon the usefulness and limitations in comparison to diphenylhydantoin.


Author(s):  
Abbas Shafiee ◽  
Mohammad Taghi Ahmadian ◽  
Maryam Hoviattalab

Traumatic brain injury (TBI) has long been known as one of the most anonymous reasons for death around the world. This phenomenon has been under study for many years and yet it remains a question due to physiological, geometrical and computational complexity. Although the modeling facilities for soft tissue have improved, the precise CT-imaging of human head has revealed novel details of the brain, skull and meninges. In this study a 3D human head including the brain, skull, and meninges is modeled using CT-scan and MRI data of a 30-year old human. This model is named “Sharif University of Technology Head Trauma Model (SUTHTM)”. By validating SUTHTM, the model is then used to study the effect of +Gz acceleration on the human brain. Damage threshold based on loss of consciousness in terms of acceleration and time duration is developed using Maximum Brain Pressure criteria. Results revealed that the Max. Brain Pressure ≥3.1 are representation of loss of consciousness. 3D domains for the loss of consciousness are based on Max. Brain Pressure is developed.


Author(s):  
Emily Papazoglou

A “wait and see” approach may harm your child as you lose valuable time to get development back on track. The brain develops most rapidly in the first few years of life, which means that identifying and addressing areas of developmental concern early on is critical. The better you understand your child’s strengths and challenges, the more effectively you can help them thrive. For children with medical issues, you also will learn which skills are most vulnerable and how to proactively support their development. Full of practical advice, this book will teach you how to: (a) quickly recognize potential developmental issues; (b) obtain high-quality evaluations; (c) assemble a team and capitalize on their expertise; (d) maximize skill-building at home; and (e) avoid common pitfalls. Designed to be your companion as you navigate what can be a very isolating process, this book also serves to lower stress and build hope as you develop an action plan to help maximize your child’s potential.


2018 ◽  
Vol 2018 ◽  
pp. 1-5 ◽  
Author(s):  
Hugo Martínez-Rojano ◽  
Julio C. Noguez ◽  
Herón Huerta

The presence of nosocomial myiasis reflects a lack of adequate medical attention, due to the physical facilities and/or the health care personnel. Patients requiring special attention are more susceptible, such as those with a loss of consciousness, assisted mechanical ventilation, tracheal tubes, or nasogastric probes. Nosocomial myiasis is a rare event that has a greater occurrence in the hospitals of poor and developing countries. The two cases herein described represent the first report of nosocomial myiasis in Mexico. The causal agents were found to be Lucilia sericata and Sarcophaga spp. The taxonomical identification of the larvae of the second and third instar was based on the morphology of the cephaloskeleton, anterior spiracles, and peritreme plaques.


2015 ◽  
Vol 2015 ◽  
pp. 1-4
Author(s):  
Amit Mahore ◽  
Raghvendra Ramdasi ◽  
Sandip Mavani ◽  
Vithal Rangarajan ◽  
Manoj Patil ◽  
...  

A 52-year-old female presented with frequent episodes of falls without loss of consciousness. These episodes lasted for brief period followed by full neurological recovery. Magnetic resonance imaging (MRI) of the brain showed foramen magnum meningioma encasing left vertebral artery. The patient had dramatic improvement after excision of the tumor.


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