Hindley D, Ali A, Robson C. Diagnoses made in a secondary
care "fits, faints, and funny turns" clinic. Arch Dis Child. 2006
Mar;91(3):214-8.
Abstract
AIMS:
To investigate the diagnoses made for children referred to a
"fits, faints, and funny turns" clinic.
METHODS:
Prospective study of 380 children referred to a dedicated
secondary care clinic over an eight year period.
RESULTS:
Twenty three per cent of children were given a final
diagnosis of one of the childhood epilepsies, with 48% of these having a
specific epilepsy syndrome. Syncope was the commonest cause of a non-epileptic
event (syncope and reflex anoxic seizures comprised 100/238, 42%) but there
were a wide variety of other causes. Fifty three events (14%) were unclassified
and managed without a diagnostic label or treatment.
CONCLUSIONS:
In children with funny turns referred to secondary care, the
diagnostic possibilities are numerous; among non-epileptic events, syncopes
predominate. The majority do not have epilepsy. Unclassifiable events with no
clear epileptic or non-epileptic cause are common and can be safely managed
expectantly.
Thijs RD, Bloem BR, van Dijk JG. Falls, faints, fits and
funny turns. J Neurol. 2009 Feb;256(2):155-67.
Abstract
In this practically oriented review, we will outline the
clinical approach of patients with falls due to an impairment or loss of
consciousness. Following a set of definitions, we describe the salient clinical
features of disorders leading to such falls. Among falls caused by true loss of
consciousness, we separate the clinical characteristics of syncopal falls (due
to reflex syncope, hypovolemia, orthostatic hypotension or cardiac syncope)
from falls due to other causes of transient unconsciousness, such as seizures.
With respect to falls caused by an apparent loss of consciousness, we discuss
the presentation of cataplexy, drop attacks, and psychogenic falls. Particular
emphasis will be laid upon crucial features obtained by history taking for
distinguishing between the various conditions that cause or mimic a transient
loss of consciousness.
Mackay M. Fits, faints and funny turns in children. Aust Fam
Physician. 2005 Dec;34(12):1003-8.
Abstract
BACKGROUND:
Seizures and epilepsy are a common problem in childhood.
There are many other paroxysmal disorders that can mimic seizures and it is
important to exclude these conditions before diagnosing epilepsy and making the
decision to commence anticonvulsant treatment.
OBJECTIVE:
This article discusses the features that differentiate
seizures from nonepileptic events in children and adolescents.
DISCUSSION:
Diagnosis of epileptic seizures is largely dependent on the
clinical history. Modes of presentation include collapse, loss of
consciousness, staring, altered responsiveness, limb movements and nocturnal
events. Electroencephalography is helpful in confirming the diagnosis and
differentiating between focal and generalised seizures.
Murtagh J. Fits, faints and funny turns. A general
diagnostic approach. Aust Fam Physician. 2003 Apr;32(4):203-6.
Abstract
BACKGROUND:
The patient presenting with a fit, faint or 'funny turn' can
present a diagnostic dilemma for the general practitioner.
OBJECTIVE:
This article aims to provide an overview of the diagnostic
approach to these 'episodes'.
DISCUSSION:
The key to diagnosis is to elicit a clear history focussing
on the lead-up to the episode, a description of what took place and the events
that took place after the episode. The patient's feelings, symptoms,
circumstances and provocative factors give vital information.
Morgan H, Blashki G. Fits, faints and funny turns. Could it
be a mental disorder? Aust Fam Physician. 2003 Apr;32(4):211-3, 216-9.
Abstract
BACKGROUND:
Patients who present to primary care with symptoms of
fainting and dizziness, for which there is no adequate physical explanation,
are frequently suffering from an undiagnosed psychiatric disorder.
OBJECTIVE:
This article aims to improve the recognition of common
mental disorders presenting as 'fits, faints and funny turns' (FFFTs) and to
encourage general practitioners to view these disorders as a positive diagnosis
in need of treatment.
DISCUSSION:
Psychiatric disorders, particularly panic attacks and
depression, are common in the setting of FFFTs and should be a positive
diagnosis rather than a diagnosis of exclusion. A detailed description of the
episode, with corroborating information from a witness if possible, and
psychiatric rating scales can assist in this process. Identifying a physical
cause for the episode does not exclude a psychiatric diagnosis and vice versa.
Specific psychological and pharmacological therapies are effective for anxiety
and depression.
Visser AM, Jaddoe VW, Arends LR, Tiemeier H, Hofman A, Moll HA, Steegers EA, Breteler MM, Arts WF. Paroxysmal disorders in infancy and their risk factors in a population-based cohort: the Generation R Study. Dev Med Child Neurol. 2010 Nov;52(11):1014-20.
ReplyDeleteAbstract
AIM:
To examine the incidence of paroxysmal epileptic and non-epileptic disorders and the associated prenatal and perinatal factors that might predict them in the first year of life in a population-based cohort.
METHOD:
This study was embedded in the Generation R Study, a population-based prospective cohort study from early fetal life onwards. Information about the occurrence of paroxysmal events, defined as suddenly occurring episodes with an altered consciousness, altered behaviour, involuntary movements, altered muscle tone, and/or a changed breathing pattern, was collected by questionnaires at the ages of 2, 6, and 12 months. Information on possible prenatal and perinatal determinants was obtained by measurements and questionnaires during pregnancy and after birth.
RESULTS:
Information about paroxysmal events in the first year of life was available in 2860 participants (1410 males, 1450 females). We found an incidence of paroxysmal disorders of 8.9% (n=255) in the first year of life. Of these participants, 17 were diagnosed with febrile seizures and two with epilepsy. Non-epileptic events included physiological events, apnoeic spells, loss of consciousness by causes other than epileptic seizures or apnoeic spells, parasomnias, and other events. Preterm birth (p<0.001) and low Apgar score at 1 minute (p<0.05) were significantly associated with paroxysmal disorders in the first year of life. Continued maternal smoking during pregnancy and preterm birth were significantly associated with febrile seizures in the first year of life (p<0.05).
INTERPRETATION:
Paroxysmal disorders are frequent in infancy. They are associated with preterm birth and a low Apgar score. Epileptic seizures only form a minority of the paroxysmal events in infancy. In this study, children whose mothers continued smoking during pregnancy had a higher reported incidence of febrile seizures in the first year of life. These findings may generate various hypotheses for further investigations.