2017 Sec 1 Green Book
L.
Sagi
et
al.
/ International
Journal
of Pediatric Otorhinolaryngology 79
(2015)
690–693
related
to
this
type of procedure nor did
they use AP cephalometry
on
one
side
of
the
face,
and
this
side was
compared
to
indication
one
other
study was
found
using
other
non-operable cephalometry.
side, with measurements
using
anterior-
transverse measurements. Only
the
tomography with
the
aim of
comparing
facial
growth between
CT
posterior
children
who
had
unilateral
surgical
treatment
including
the
8
approach,
ESS
and
the
combined
approach
for
orbital
external
References
(mainly,
but
not
only
SPOA)
to
19
adults with
or
complications
sinusitis
[1] .
In
another
study
by
Van
Peteghem
et
al.,
without lateral specific
[1]
B.
Senior,
A. Wirtschafter,
C. Mai,
C.
Becker, W.
Belenky, Quantitative
impact
of
cephalometric
measurements
were
reported
for
a
very
sinus
surgery
on
facial
growth,
Laryngoscope
110
(11)
(2000)
1866–
pediatric
group
of
cystic
fibrosis
children
having
extensive
1870.
G. Wolf,
K.
Greistorfer,
J.A.
Jebeles,
The
endoscopic Rhinology
endonasal
technique
in
the
[2]
functional statistically significant differences between different age groups [15] . However, AP cephalometry was not performed and all patients have had bilateral surgery. In our study, only minimal changes in facial volume measure- ments were found, confirming the clinical impression that ESS in the pediatric population is safe. Our study design has contributed substantially to our conclu- sion in several ways. First of all, only one side was operated upon, saving the other side to serve as a control group in the same patient. Second, all patients had comparable significant endoscopic surgery in which the ethmoid cells and the lamina papyracea were resected extensively. Needless to say, such an extensive uniform procedure is not common in the pediatric population. Third, all procedures were performed by the same surgeon, and last of all, the cephalometric imaging provides the major advantage of better enabling evaluation of facial measurements. The study had limitations, and the results should be interpreted with caution. The sample size was small, cephalometric measure- ments are prone to errors (due to the technique and measurement process), and lastly, the children were of different ages at surgery, and as a consequence different ages at the time of cephalometry and evaluation of measurements. endoscopic sinus surgery, reporting no
of
chronic
recurring
sinusitis,
33
(Jun
(2))
(1995)
97–103.
treatment
M.R. Bothwell,
J.F. Piccirillo, R.P. Lusk, B.D. Ridenour, Long-term outcome of facial
[3]
after
functional
endoscopic
sinus
surgery, Otolaryngol. Head Neck
Surg.
growth
(6)
(2002)
628–634.
126
E.A. Mair, W.E.
Bolger,
E.A.
Breisch,
Sinus
and
facial
growth
after
pediatric
[4]
sinus
surgery,
Arch
Otolaryngol.
Head
Neck
Surg.
121
(1995)
endoscopic 547–552. G. Wolf, W.
Anderhuber,
F.
Kuhn,
The
development
of
the
paranasal
sinus
in
[5]
implications
for
paranasal
sinus
surgery,
Ann.
Otol.
Rhinol.
Laryngol.
children:
(1993)
70.
102
L.G. Farkas, Craniofacial Examination
in Medicine Anthropometric Measurement,
[6]
Press, New
York, NY,
1994.
Raven
[7] R.P. Lusk, H.R. Muntz, Endoscopic sinus surgery
in children with chronic
sinusitis:
pilot
study,
Laryngoscope
100
(1990)
654–658.
a
C.W.
Gross, M.J.
Gurucharri,
R.H.
Lazar,
T.E.
Long,
Functional
endoscopic
sinus
[8]
(FESS)
in
the
pediatric
age
group,
Laryngoscope
99
(3)
(1989)
272–275. endoscopic
surgery
K.M. sinus
Carpenter,
S.M. Graham,
R.J.
Smith,
Facial Rhinol
skeletal
growth
after
[9]
surgery
in
the
piglet model,
Am
J
11
(1997)
211–217.
E.A. Mair, W.E.
Bolger,
E.A.
Breisch,
Sinus
and
facial
growth
after
pediatric
[10]
sinus
surgery,
Arch.
Otolaryngol.
Head
Neck
Surg.
121
(1995)
endoscopic 547–552.
J.R.
Kosko,
B.E. Hall, D.E.
Tunkel,
Acquired maxillary
sinus
hypoplasia:
a
conse-
[11]
of
endoscopic
sinus
surgery,
Laryngoscope
106
(1996)
1210–1213.
quence
[12] V.J. Lund, D.J. Howard, W.I. Wei, A.D. Cheesman, Craniofacial
resection
for
tumors
the
nasal
cavity
and
paranasal
sinuses—a
17
year
experience, Head Neck
20
of
97–105.
(1999)
A. Van Peteghem, P.A. Clement,
Influence of extensive
functional endoscopic sinus
[13]
(FESS)
on
facial
growth
in
children with
cystic
fibrosis.
Comparison
of
surgery
the midface
for
three study groups,
Int.
J. Pediatr.
10 cephalometric parameters of
70
(2006)
1407–1413.
Otorhinolaryngol.
E.
Eviatar,
T.
Lazarovitch,
H.
Gavriel,
The
correlation
of
microbiology
growth
[14]
5. Conclusions
in young children, Am.
between subperiosteal orbital abscess and affected sinuses
Rhinol.
Allergy
26
(Nov–Dec
(6))
(2012)
489–492.
J.
A. Van Peteghem, P.A. Clement,
Influence of extensive
functional endoscopic sinus
[15]
the
present
study
sample,
no
significant
differences
were
In
(FESS)
on
facial
growth
in
children with
cystic
fibrosis.
Comparison
of
surgery
in
craniofacial
growth
between through
the
sides
of
the
face
in
found
the midface 1407–1413.
for
three study groups,
Int.
J. Pediatr.
10 cephalometric parameters of
These
children went
ESS
for
the
same medical
children.
70
(8)
(2006)
Otorhinolaryngol.
95
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