PÄDI Boletín Científico de Ciencias Básicas e Ingenierías del ICBI,
Год журнала:
2024,
Номер
12, С. 224 - 232
Опубликована: Дек. 13, 2024
La
manufactura
aditiva
tiene
un
gran
potencial
en
el
campo
de
los
biomateriales
por
su
capacidad
para
desarrollar
diseños
intrincados
y
complejos.
Este
estudio
presenta
una
revisión
sobre
papel
la
creación
estructuras
tipo
origami
inteligentes
a
partir
biopolímeros
con
respuesta
ante
estímulos
externos
(impresión
4D).
Desde
década
1990,
ingeniería
tejidos
ha
dependido
medida
andamios,
siendo
punto
clave
promover
adhesión
celular,
proliferación
diferenciación,
integrando
biología
celular
ciencia
materiales.
impresión
4D
constituye
solución
las
limitaciones
andamios
convencionales.
Esta
tecnología
innovadora
permite
integración
origami,
cambio
forma
como
estímulos,
lo
cual
incrementa
crear
dinámicos,
plegables
receptivos,
abriendo
nuevas
vías
medicina
regenerativa.
Macromol—A Journal of Macromolecular Research,
Год журнала:
2025,
Номер
5(2), С. 21 - 21
Опубликована: Май 6, 2025
Biopolymers
are
revolutionizing
the
materials
landscape,
driven
by
a
growing
demand
for
sustainable
alternatives
to
traditional
petroleum-based
materials.
Sourced
from
biological
origins,
these
polymers
not
only
environment
friendly
but
also
present
exciting
solutions
in
healthcare,
packaging,
biosensors,
high
performance,
and
durable
as
crude
oil-based
products.
Recently,
biopolymers
derived
plants,
such
lignin
cellulose,
alongside
those
produced
bacteria,
like
polyhydroxyalkanoates
(PHAs),
have
captured
spotlight,
drawing
significant
interest
their
industrial
eco-friendly
applications.
The
stems
potential
sustainable,
renewable
across
diverse
This
review
provides
an
in-depth
analysis
of
current
advancements
plant-based
bacterial
biopolymers,
covering
aspects
bioproduction,
downstream
processing,
integration
into
high-performance
next-generation
Additionally,
we
delve
technical
challenges
cost-effectiveness,
scalability,
which
critical
barriers
widespread
adoption.
By
highlighting
issues,
this
aims
equip
researchers
bio-based
domain
with
comprehensive
understanding
how
can
serve
viable
petroleum-derived
Ultimately,
envision
transformative
shift
linear,
fossil
fuel-based
economy
circular,
economy,
fostering
more
environmentally
conscious
material
using
novel
aligning
framework
United
Nations
Sustainable
Development
Goals
(SDGs),
including
clean
water
sanitation
(SDG
6),
industry,
innovation,
infrastructure
9),
affordable
energy
7),
cities
communities
11),
responsible
production
consumption
12),
climate
action
13).
Abstract
To
ensure
the
quality,
dependability,
and
long
life
of
sustainable
biomaterials,
we
need
comprehensive
testing
methods.
These
are
for
use
in
varied
applications.
This
chapter
provides
an
in-depth
examination.
It
is
both
destructive
non-destructive
techniques.
The
techniques
biomaterials.
Recent
advancements
technologies
also
discussed.
includes
machine
learning
multi-modal
imaging.
Destructive
used.
Tensile
testing,
impact
chemical
analysis,
accelerated
aging
evaluations
employed.
gather
essential
data.
data
regarding
properties
performance
materials.
In
contrast
to
this,
methods
include
ultrasound,
infrared
spectroscopy,
imaging
They
allow
evaluation
without
causing
damage
Incorporating
environmental
assessments
cycle
analysis.
underscores
significance
sustainability
evaluating
procedures.
section
focuses
on
approaches.
required
compatibility
materials
various
fields.
aim
this
equip
researchers.
engineers
practitioners
with
necessary
knowledge
resources.
assess
efficiency
suitability
done
by
delving
into
these
Graphical
abstract
PÄDI Boletín Científico de Ciencias Básicas e Ingenierías del ICBI,
Год журнала:
2024,
Номер
12, С. 224 - 232
Опубликована: Дек. 13, 2024
La
manufactura
aditiva
tiene
un
gran
potencial
en
el
campo
de
los
biomateriales
por
su
capacidad
para
desarrollar
diseños
intrincados
y
complejos.
Este
estudio
presenta
una
revisión
sobre
papel
la
creación
estructuras
tipo
origami
inteligentes
a
partir
biopolímeros
con
respuesta
ante
estímulos
externos
(impresión
4D).
Desde
década
1990,
ingeniería
tejidos
ha
dependido
medida
andamios,
siendo
punto
clave
promover
adhesión
celular,
proliferación
diferenciación,
integrando
biología
celular
ciencia
materiales.
impresión
4D
constituye
solución
las
limitaciones
andamios
convencionales.
Esta
tecnología
innovadora
permite
integración
origami,
cambio
forma
como
estímulos,
lo
cual
incrementa
crear
dinámicos,
plegables
receptivos,
abriendo
nuevas
vías
medicina
regenerativa.
