Environment Technology Resources Proceedings of the International Scientific and Practical Conference,
Journal Year:
2024,
Volume and Issue:
3, P. 127 - 132
Published: June 22, 2024
The
scientific
community
is
increasingly
focusing
on
indoor
air
quality
(IAQ)
more
than
ever,
driven
by
on-going
research
and
fresh
perspectives
including
development
of
3D
technologies.
Exposure
dose
(EDa)
resulting
from
inhalation
pollutants
emitted
printers
were
calculated
in
this
study.
consideration
emissions
based
experimental
data,
primarily
sourced
reviewed
literature.
However,
also
includes
some
values,
excluding
the
background
levels
these
pollutants.
Experiments
conducted
using
several
available
(Zortrax
M300
Dual)
to
compare
generated
their
concentrations
with
information
gathered
earlier
research.
In
experiments,
filaments
containing
ABS
(acrylonitrile,
butadiene,
styrene
copolymer
material,
commonly
used
for
printing)
utilized.
EDa
values
styrene,
toluene,
formaldehyde,
acetaldehyde
8-hour
12-hour
shifts
average
maximal
(reported)
literature
data.
determined
calculating
arithmetic
mean,
which
incorporated
concentration
obtained
previous
data
collected
within
It
was
concluded
that
further
investigation
should
focus
aerial
during
printing.
Calculated
studies
exceeded
recommended
guidelines
Tolerable
Daily
Intake
(TDI)
set
World
Health
Organization
(WHO)
at
least
35%.
Further
exploration
imperative
incorporate
additional
pathways
pollutant
exposure,
such
as
skin
contact
ingestion.
This
comprehensive
approach
will
provide
a
thorough
understanding
overall
health
risks
associated
Oral,
Journal Year:
2025,
Volume and Issue:
5(1), P. 21 - 21
Published: March 20, 2025
Background:
Orthodontics
and
orthognathic
surgery
present
challenges
such
as
extended
treatment
durations,
patient
discomfort,
complications
like
root
resorption.
Recent
advancements
in
tissue
engineering
nanotechnology
offer
promising
solutions
by
improving
bone
regeneration,
periodontal
repair,
biomaterial
integration.
Objectives:
This
review
explores
the
integration
of
scaffold-based
orthodontics,
focusing
on
their
roles
accelerating
reducing
times,
minimizing
adverse
effects
to
enhance
predictability
success
orthodontic
interventions.
Methods:
Relevant
literature
was
selected
from
PubMed,
Scopus,
Web
Science,
studies
related
scaffold
technology,
biomaterials,
orthodontics.
Keywords
included
“tissue
engineering”,
“orthodontics”,
“biomaterials”,
“scaffolds”,
“nanotechnology”,
“bone
regeneration”.
Priority
given
peer-reviewed
original
studies,
systematic
reviews,
meta-analyses
addressing
innovative
approaches
clinical
outcomes.
Results:
Findings
indicate
that
scaffolds
regeneration
while
nanoparticles
improve
drug
delivery
efficiency.
These
contribute
faster,
more
predictable
treatments
with
reduced
complications.
However,
high
costs,
regulatory
hurdles,
need
for
long-term
validation
remain
barriers
widespread
adoption.
Conclusions:
Tissue
minimally
invasive,
biologically
driven
treatment.
While
significant
progress
has
been
made,
further
cost-effective
strategies,
approvals
are
needed
integrate
these
innovations
into
routine
practice.
Journal of Functional Biomaterials,
Journal Year:
2024,
Volume and Issue:
15(12), P. 383 - 383
Published: Dec. 19, 2024
With
the
development
of
3D
bioprinting
and
creation
innovative
biocompatible
materials,
several
new
approaches
have
brought
advantages
to
patients
surgical
teams.
Increasingly
more
bone
defects
are
now
treated
using
3D-bioprinted
prostheses
implementing
solutions
relies
on
ability
engineers
medical
teams
identify
methods
anchoring
3D-printed
reveal
potential
influence
bioactive
materials
surrounding
tissues.
In
this
paper,
we
described
why
limb
salvage
surgery
based
is
a
reliable
effective
alternative
amputations,
approach
considered
standard
in
modern
medicine.
The
preliminary
results
one
most
challenging
fields
promising
for
future
machine-based
medicine,
but
also
possibility
replacing
various
parts
from
human
body
with
bioactive-based
constructs.
addition,
besides
constructs
that
already
tested
applied
body,
reviewed
undergoing
vitro
or
vivo
testing
great
applications
near
future.
Also,
explored
recent
advancements
clinically
available
their
relevance
field.
Polymers,
Journal Year:
2024,
Volume and Issue:
16(9), P. 1220 - 1220
Published: April 26, 2024
Three-dimensional
printing—especially
with
fused
deposition
modeling
(FDM)—is
widely
used
in
the
medical
field
as
it
enables
customization.
FDM
is
versatile
owing
to
availability
of
various
materials,
but
selecting
appropriate
material
for
a
certain
application
can
be
challenging.
Understanding
materials’
mechanical
behaviors,
particularly
those
polymeric
vital
determining
their
suitability
given
application.
Physical
testing
universal
machines
most
method
behaviors
polymers.
This
resource-intensive
and
requires
cylinders
compression
unique
dumbbell-shaped
specimens
tensile
testing.
Thus,
specialized
fixture
must
designed
conduct
customized
orthosis,
which
costly
time-consuming.
Finite
element
(FE)
analysis
using
an
model
performed
identify
shape
(e.g.,
orthosis).
study
analyzed
three
models,
namely
Bergström–Boyce
(BB),
three-network
(TN),
viscoplastic
(TNV)
determine
polymer
materials
personalized
upper
limb
orthoses
examined
materials:
PLA,
ABS,
PETG.
The
models
were
first
calibrated
each
experimental
data.
Once
found
fit
data
appropriately,
they
employed
examine
orthosis’s
through
FE
analysis.
approach
innovative
that
predicts
characteristics
orthosis
by
combining
theoretical
investigations.
