2017 Sec 1 Green Book
A.
Garin
et
al.
/ International
Journal
of Pediatric Otorhinolaryngology 79
(2015)
1752–1760
children including
with
complicated
ABS,
14
intracranial
complications
2.4.
Review
of medical
records
2
brain
abscesses,
7
epidural pediatric sinusitis,
and
6
subdural
empyema
retrieved
[3] .
In
another
series
of
11
suppurative
charts were
retrieved
using
the
institutional
database
were
Clinical
intracranial abscesses (ICA), 3 SE, 2 EE, 2 SE associatedwith EE, and 1 SE associatedwith ICA were observed [4] . This data suggests that EE and SE represent the most frequent intracranial complications of pediatric ABS. However, only a few publications have specifically focused on their manage- ment, especially concerning the respective roles of ONA and ETA [3–9] . The primary objective of the present study was to compare the outcomes of ONA and ETA in a retrospective pediatric cohort of sinogenic empyema, in order to optimize the indications of surgical treatments of these complications. A secondary end point was to describe the clinical, bacteriological and imaging characteristics of pediatric cases of sinogenic SE and EE. complications of 3 intracranial
(Classification Commune des Actes Me´ dicaux). The medical
CCAM
of
children with
SE
or
EE were
reviewed
for
age,
gender,
records
conditions symptoms
before
diagnosis,
presenting
symptoms,
underlying
of
before
admission,
CRP
(C-reactive
protein)
duration
bacteriological
data,
CT
and MR
imaging
findings, medical
levels,
surgical
treatments
and
final
clinical
outcomes.
and
Data
analysis
2.5.
variables
were
described
using
their
mean
or
Quantitative
value
and
standard numbers
deviation,
and
qualitative
variables compar-
median
described
as
and
percentages.
Statistical
were isons
were
performed quantitative
using
Student’s
t -test
or
Mann–Whitney
test
for
variables
and
Chi-square
or
Fisher’s
exact
U
and methods
2. Material
for
qualitative
variables.
values
0.05
were
considered
test
P
significant.
statistically
manuscript
was
prepared
in
accordance
with
STROBE
The
[10] .
guidelines
3. Results
Study
design
2.1.
cases of
SE or EE operated
at our
institution
Out of 23 pediatric
the
study
period,
6 were
discarded
because
of
their
non-
during
single-center
retrospective
study
included
all
consecutive
This
(5 otogenic and 1 post-traumatic empyema). Nine
sinogenic origin
cases
of
epidural
or
subdural
empyema
operated
in
the
pediatric
(53%)
and
8
EE
(47%)
cases
were
finally
included.
Patients’
SE
and
ENT Departments
of Necker Hospital
Pediatric Neurosurgical
and
symptoms
are
described
in
Tables
1–3 .
The
demographics
January
2012
and
February
2014.
between
age was
11
years
(8.8–13.5)
in
the
SE
group
and not
10
years
median
in
the
EE
group
(NS).
The
sex
ratio was
different
(9.0–10.8) between
Inclusion
criteria
2.2.
both
groups
( Table
1 ).
of
sinogenic
subdural
or
epidural
empyema was
The diagnosis
Clinical
features
on
admission
and
before
surgery
3.1.
on
the
association
of
the
following
findings:
(i) an
clinical
or
based
signs
of
infection,
(ii)
the
observation
of
empyema
biological
features between
are
presented
in
Tables
1–3 .
The
major
Clinical
located
in
the
frontal
lobe, and of an opacity of
the
mainly or solely
both
groups number
was
the
neurological
clinical
difference
frontal
sinus on CT and MR
imaging,
(iii)
the absence
ethmoidal or
Indeed,
the
of
neurological
symptoms
per
presentation.
recent
cranial
trauma
or
surgery,
and
the
absence
of
any
other
of
(mean
SD) was
1.8
1.2
in
the
SE
group
and
0.4
0.5
in
patient
(tooth, middle
ear.) which
could
have
been
responsible symptoms
infection
EE
group
( p = 0.01).
The most
frequent
neurological
symptoms
the
the
empyema.
Neither
the
presence
of
clinical
for
seizures
(6
children
with
SE
and
2
with
EE)
and meningeal
were
with
sinusitis
(fever,
headache,
facial
subcutaneous
compatible swelling) empyema diagnosis
(4 patients with SE and none of
those with EE). Among
the
syndrome
nor
the
contiguity
between
the
sinus
opacity
and
the the
seizures, one patient had a
frontal
subdural
two patients with EE and
on
imaging
were
judged
necessary
to
make
( Table 2 ), possibly explaining
the cortical
irritation
leading
to
aeroma
of
sinogenic
empyema.
Indeed,
concerning
the
latter
seizure. Pott’s puffy
tumors
tended
to be more
frequent
in
the EE
the
the sinus opacity and
the
resulting empyema can sometimes
point,
(37.5%
vs
11%)
(NS)
( Table
4 ).
group
separated
from
each
other
due
to
one
of
the
following
be
mechanisms:
3.2.
CRP
levels
and
bacteriological
findings
Indirect spread of
infection between the sinus and the epidural or
levels
and
bacteriological
data
are
presented
in
Tables
2
CRP
space veins
through
the mucosal
veins
of
the
sinus
to
the
subdural emissary [11,12] or,
3 .
and
that
link
the
facial
and
dural
venous
systems frontal
in
cases of EE,
through an osteomyelitis of
the
Table 1 Patient
(Pott’s
puffy
tumor)
bone
clinical
characteristics.
Antibiotic
treatment prior
to brain
imaging: often, at
the
time of
SE
( n = 9)
EE
( n = 8)
empyema,
the
sinusitis has
already been diagnosed
diagnosis of
treated
for
several days with antibiotics. This
treatment
can
and
(years)
(median
SD)
11
3
10
4
Age Sex
ratio
(males/females)
4/5
5/3
the
extension
of
the
sinus
infection
and
induce
a
modify
( n )
3 1 4 1 1 4 2 6 1
5 2 2 0 0 0 0 2 1
Fever
between
the
sinus
opacity
and
the
empyema
on
separation
edema
( n )
Palpebral Headaches Neurological
imaging.
( n ) a
symptoms
findings
( n )
-Aphasia -Altered
Exclusion
criteria
2.3.
consciousness
syndrome
-Meningeal
exclusion
criteria were
the
following:
The
-Focal
neurological
deficit
-Seizure
Non-sinogenic
empyema.
hypertension
-Intracranial
Patients
older
than
18
years.
a Headaches were
excluded
from
the
list
of
neurological
symptoms
as
it
could
Insufficient
clinical,
biological
or
imaging
data.
have
also
resulted
from
sinusitis.
84
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