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[Clinical analysis and genetic diagnosis of short-limb inherited short stature diseases in children].
[achondroplasia]
To
analyze
the
clinical
manifestations
,
bone
X-
ray
findings
and
genetic
analysis
results
of
three
short-
limb
inherited
short
stature
diseases
:
achondroplasia
(
ACH
)
,
hypochondroplasia
(
HCH
)
and
pseudoachondroplasia
(
PSACH
)
.
The
clinical
manifestations
,
bone
X-
ray
findings
,
and
genetic
analysis
results
of
10
children
with
genetically
confirmed
short-
limb
inherited
short
stature
diseases
,
including
4
cases
of
ACH
3
cases
of
HCH
,
and
3
cases
of
PSACH
,
were
analyzed
.
The
10
patients
had
a
mean
body
height
of
-
3
.
69
±
1
.
79
 
SD
,
a
mean
sitting
height
/
standing
height
ratio
of
0
.
65
±
0
.
03
,
and
a
mean
finger
spacing
/
body
height
ratio
of
0
.
93
±
0
.
04
.
Four
ACH
cases
and
3
PSACH
cases
showed
typical
bone
X-
ray
findings
;
one
HCH
case
showed
a
smaller
sciatic
notch
,
and
another
HCH
case
showed
no
widening
of
interpedicular
distance
.
G
380
R
mutation
in
FGFR
3
gene
was
detected
in
3
of
4
ACH
cases
,
and
Y
278
C
mutation
in
the
other
ACH
case
,
N
540
K
mutation
in
FGFR
3
gene
was
detected
in
3
HCH
cases
,
and
heterozygous
mutations
in
COMP
gene
were
detected
in
3
PSACH
cases
.
Children
with
ACH
and
PSACH
have
severer
short
stature
and
skeletal
deformities
than
children
with
HCH
,
who
have
mild
,
atypical
clinical
manifestations
.
Bone
X-
ray
and
genetic
analysis
are
helpful
for
the
diagnosis
and
differential
diagnosis
of
the
three
diseases
.
The
mutational
hotspots
in
two
genes
are
involved
in
the
three
diseases
,
which
is
conducive
to
clinical
genetic
diagnosis
.
Diseases
Validation
Diseases presenting
"atypical clinical manifestations"
symptom
achondroplasia
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