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Title: | A study of brain single-photon emission computed tomography in a sample of Egyptian autistic male versus female children: cross sectional (comparative study) |
Author: | Manal Omara, Nivert Zaki Hashemb, Dina Ibrahimb and Marwa El-Missiry |
Abstract: |
Statistics on autism show that four times as many boys
as girls are diagnosed with the disorder. There are several
theories as to why autism appears to be more prevalent
in boys than in girls. These theories involve both genetic
factors and differences in how each sex manifests
symptoms [1].
Autism, a developmental disorder that primarily affects
communication and behavioral skills, is diagnosed four
times more often in boys than in girls. Although
professionals are not entirely sure why autism statistics
show that the disorder appears to skew highly toward the
male sex, there are some theories that attempt to explain
the common phenomenon of autism in boys. One
possibility is that autism has a genetic component that
is more likely to affect the male brain. Some experts
suggest that boys show symptoms and characteristics of
autism in a more obvious manner than girls do, resulting
in a disparity in the number of diagnoses made [2].
The autism-related characteristics that are most often
associated with boys are aggression, hyperactivity, and
social immaturity. Boys who are on the autism spectrum
often show negative behaviors in an external manner
while at school or at home, making the disorder easier for
teachers and parents to identify and seek treatment for.
Boys are much less likely than girls to mask their autistic
traits by copying the social behaviors that are shown by
neurotypical children. This theory suggests that autism
may not in actuality occur more frequently in boys, but
that girls are often underdiagnosed because of their
tendency to internalize certain symptoms [3].
Brain single-photon emission computed tomography
(SPECT) can be very useful in the evaluation of autism
but, given the considerations mentioned above, it is not
surprising that for all practical purposes, there is no
typical pattern for it. However, because brain SPECT is
able to identify areas of hyperperfusion and/or hypoperfusion
(e.g. overactivity or underactivity), it can be useful
to the neuropsychiatrist for optimizing the treatment
strategy. As is the case in other child and adolescent
neuropsychiatric disorders, treatment of the comorbidity
goes a long way toward improving the quality of life of the
patient and the family.
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Journal: | Middle East Current Psychiatry 2012, 19:245–249 |
Text: | |
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