Advances in systems analysis, software engineering, and high performance computing book series,
Journal Year:
2024,
Volume and Issue:
unknown, P. 302 - 329
Published: June 28, 2024
Operational
cost
savings
in
electric
utilities
using
the
application
of
genetic
algorithms
power
system
planning
and
operation
characterize
an
innovative
approach
that
involves
computational
intelligence
to
optimize
complex
decision-making
processes
grid
functioning.
Electric
involve
various
challenges
which
managing
generation,
transmission
distribution
are
necessary
meet
ever-growing
demand
for
electricity
with
reduction
operational
costs.
These
overcome
aid
a
algorithm.
In
field
planning,
engaged
configuration
expansion
distribution.
Biotechnology Notes,
Journal Year:
2024,
Volume and Issue:
5, P. 80 - 99
Published: Jan. 1, 2024
Nanotechnology
is
a
modern
scientific
discipline
that
uses
nanoparticles
of
metals
like
copper,
silver,
gold,
platinum,
and
zinc
for
various
applications.
Copper
oxide
(CuONPs)
are
effective
in
biomedical
settings,
such
as
killing
bacteria,
speeding
up
reactions,
stopping
cancer
cells,
coating
surfaces.
These
inorganic
nanostructures
have
longer
shelf
life
than
their
organic
counterparts
chemically
inert
thermally
stable.
However,
commercial
synthesis
NPs
often
involves
harmful
byproducts
hazardous
chemicals.
Green
CuONPs
offers
numerous
benefits,
including
being
clean,
harmless,
economical,
environmentally
friendly.
Using
naturally
occurring
organisms
yeast,
fungi,
algae,
plants
can
make
more
expected
to
be
used
nanomedicine
due
potent
antimicrobial
properties
disinfecting
agents
infectious
diseases.
This
comprehensive
review
looks
evaluate
research
articles
published
the
last
ten
years
investigate
antioxidant,
anticancer,
antibacterial,
wound
healing,
dental
application
catalytic
copper
generated
using
biological
processes.
Utilising
approach
large-scale
data
analytics.
toxic
effects
on
vertebrates
invertebrates
raise
concerns
about
use
diagnostic
therapeutic
purposes.
Therefore,
biocompatibility
non-toxicity
crucial
selecting
clinical
research.
Frontiers in Materials,
Journal Year:
2024,
Volume and Issue:
11
Published: March 18, 2024
Linum
usitatissimum
commonly
known
as
flax
fibers,
emerges
a
promising
reinforcement
phase
for
artificial
polymer
resins,
boasting
ecological
benefits,
low
density,
and
easy
accessibility.
However,
the
mechanical
behavior
of
such
composites
hinges
crucially
on
factors
fiber
mat
thickness,
nanoTiO
2
filler
content,
application
cryogenic
treatment.
Addressing
this
complex
interplay,
study
employs
hand
lay-up
technique
composite
construction,
subjecting
nanocomposite
plates
to
challenging
liquid
nitrogen
conditions
at
77
K
post-manufacture.
Recognizing
need
an
optimized
approach,
Response
Surface
Methodology
(RSM)
based
Box-Benhken
designs
is
employed
enhance
mixing
features
linum
composites.
The
calculates
anticipated
strength
values
through
rigorous
ANOVA
inferential
analysis,
uncovering
pivotal
roles
played
by
nanofiller
treatment
in
two
feature
interactions
(2FI)
model
components.
methodology
proves
robust
with
high
R
(0.9670
tensile,
0.9845
flexural,
0.9670
interlaminar
shear
strength)
consistently
aligning
experimental
findings.
culminates
identifying
parameters
maximal
properties—300
gsm
5
wt.%
nano
TiO
concentration,
15-min
treatment—a
result
that
advances
our
understanding
fundamental
influencing
performance
provides
practical
guidelines
applications
fields
requiring
superior
environments.
Immunity & Ageing,
Journal Year:
2024,
Volume and Issue:
21(1)
Published: Dec. 27, 2024
Immunosenescence,
the
slow
degradation
of
immune
function
over
time
that
is
a
hallmark
and
driver
aging,
makes
older
people
much
more
likely
to
be
killed
by
common
infections
(such
as
flu)
than
young
adults,
but
it
also
contributes
greatly
rates
chronic
inflammation
in
later
life.
Such
micro
nutrients
are
crucial
for
modulating
effective
responses
their
deficiencies
have
been
associated
with
dysfunctional
immunity
elderly.
In
this
review,
we
specifically
focused
on
contribution
major
(Vitamins
A,
D
E,
Vitamin
C;
Zinc
Selenium)
immunomodulators
ageing
population
especially
related
inflame-ageing
process
including
autoimmunity.
This
review
will
cover
these
hologenomic
interactions,
how
can
modulate
cell
and/or
cytokine
production
benefit
hosts
healthy
mucous-associated
along
sustainable
immunologic
homeostasis.
For
example,
points
out
modulatory
effects
vitamin
both
innate
adaptive
immunity,
specific
focus
its
ability
suppress
pro-inflammatory
cytokines
synthesis
while
enhancing
regulatory
T-cell
function.
same
context,
zinc
described
important
nutrient
thymic
differentiation
exhibits
immunomodulatory
functions
decreasing
inflammation.
addition,
go
increase
systemic
low-grade
and,
inflammaging
well
actually
enhance
autoimmune
pathologies
old
age.
It
assesses
potential
role
additional
targeted
nutritional
supplementation
counteract
effects,
promoting
wider
resilience
adults.
collates
current
evidence
highlights
adequate
intake
autoimmunity
during
ageing,
providing
plausible
origins
interventions
promote
aging.
