Usage of Object Matching Algorithms Combined with Mixed Reality for Enhanced Decision Making in Orbital Reconstruction—A Technical Note
Max Wilkat,
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Nadia Karnatz,
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Felix Schrader
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et al.
Journal of Personalized Medicine,
Journal Year:
2023,
Volume and Issue:
13(6), P. 922 - 922
Published: May 31, 2023
This
technical
note
describes
the
usage
of
object
matching
to
virtually
compare
different
modes
reconstruction
in
orbital
trauma
and
display
results
surgeon
patient
pre-operatively
via
mixed
reality
devices
for
enhanced
surgical
decision
making
immersive
education.
A
case
an
floor
fracture
is
presented
which
surface
volume
were
implemented
utilizing
pre-fabricated
titanium
meshes
versus
patient-specific
implants.
The
could
be
visualized
by
further
enhance
decision-making.
data
sets
demonstrated
education
shared
making.
advantages
new
technologies
are
discussed
view
possibilities
improved
informed
consent
processes,
as
well
ways
teaching
medical
trainees.
Language: Английский
Reconstruction of Medial Orbital Wall Using Autologous Perpendicular Plate of Ethmoid
Journal of Craniofacial Surgery,
Journal Year:
2023,
Volume and Issue:
unknown
Published: Aug. 25, 2023
The
aim
of
this
study
is
to
investigate
the
feasibility
perpendicular
plate
ethmoid
as
material
for
reconstruction
medial
orbital
wall.
main
outcome
measurement
was
preoperative
and
postoperative
volume.
authors
performed
a
including
17
patients
who
have
isolated
wall
fracture
(blow-out
fracture).
All
were
fixed
defect
using
autologous
under
endonasal
approach.
compared
volume
difference
(unaffected
orbit,
affected
orbit)
all
patients,
observed
improvement
diplopia
or
ocular
motility
disorders
after
operation.
surgeries
successful
with
no
severe
ophthalmic
complications.
Statistically
significant
differences
found
between
tissue
volumes
orbit.
There
statistically
contralateral
unaffected
orbit
reconstruction.
And
computed
tomography
showed
implant
in
place
there
rectus
incarceration.
Autologous
proved
be
safe
effective
approach
cost-effectivence,
low
complication
rate,
high
biocompatibility,
minimally
invasion.
Language: Английский
Tongue-in-Groove: A Novel Implant Design for a Blow-Out Fracture
Je Yeon Byeon,
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Yong-Seon Hwang,
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Hwanjun Choi
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et al.
Journal of Clinical Medicine,
Journal Year:
2024,
Volume and Issue:
13(6), P. 1766 - 1766
Published: March 19, 2024
Background:
During
blow-out
fracture
surgery,
restoration
of
the
orbital
volume
and
rigid
implant
fixation
are
essential.
The
migration
an
is
a
concern
most
surgeons.
purpose
this
study
was
to
introduce
simple
idea
molding
fixing
implant.
Methods:
In
tongue-in-groove
method,
incision
about
2
mm
made
on
edge
it
bent
form
slot.
A
hole
in
center
for
fitting
bone
hook,
firmly
fit
into
remaining
intact
bone.
Before
after
computed
tomography
(CT)
used
evaluate
changes
location
Statistically
significant
confirmed
postoperative
CT.
Results:
Compared
with
unaffected
volume,
affected
increased
from
87.06
±
7.92%
before
surgery
96.14
6.11%
(p
<
0.001).
There
one
case
during
follow-up.
However,
degree
movement
not
severe,
there
were
no
events
follow-up
period.
Conclusions:
technique
offers
advantages,
such
as
easy
implant,
minimal
trauma
surrounding
tissues.
addition,
method
being
learn,
requiring
little
time
trimming
relatively
low
cost.
Therefore,
can
be
options
fixation.
Language: Английский
Orbital Floor Fractures: Treatment and Diagnostics – A Survey Among Swiss, German and Austrian Maxillofacial Units
Thomas Bürger,
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Kathleen Fan,
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Johannes Brokmeier
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et al.
Craniomaxillofacial Trauma & Reconstruction,
Journal Year:
2024,
Volume and Issue:
unknown
Published: April 18, 2024
N/A.
Language: Английский
Automated 3-D Computer-Aided Measurement of the Bony Orbit: Evaluation of Correlations among Volume, Depth, and Surface Area
Risto Kontio,
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Tommy Wilkman,
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Karri Mesimäki
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et al.
Journal of Personalized Medicine,
Journal Year:
2024,
Volume and Issue:
14(5), P. 508 - 508
Published: May 11, 2024
(1)The
study
aimed
to
measure
the
depth,
volume,
and
surface
area
of
intact
human
orbit
by
applying
an
automated
method
CT
segmentation
evaluate
correlations
among
area.
Additionally,
relative
increases
in
volume
proportion
diagonal
were
assessed.
(2)
data
from
174
patients
analyzed.
A
ball-shaped
mesh
consisting
tetrahedral
elements
was
inserted
inside
orbits
until
it
encountered
bony
boundaries.
Orbital
their
measured.
For
validation,
ICC
used.
(3)
The
differences
between
genders
significant
(p
<
10−7)
but
there
no
sides.
When
comparing
larger
smaller,
a
paired
sample
t-test
indicated
difference
groups
10−10).
simple
linear
model
(Volume~1
+
Gender
Depth
Gender:Depth)
revealed
that
only
depth
had
effect
on
10−19).
ICCs
1.0.
(4)
measurements
based
algorithm
demonstrated
high
repeatability
reliability.
Male
always
average
14%.
There
ratio
did
not
differ
approximately
0.75.
Language: Английский