Advances in medical diagnosis, treatment, and care (AMDTC) book series,
Journal Year:
2023,
Volume and Issue:
unknown, P. 387 - 417
Published: Nov. 3, 2023
Researchers
have
directed
their
attention
to
the
application
of
nanotechnology
in
biomedical
sciences
owing
promising
effects.
In
light
this,
present
chapter
is
a
concerted
effort
highlight
emerging
field
sciences.
The
first
part
describes
introduction
science,
followed
by
an
development
nanotechnology,
types
and
characteristics
nanosized
materials,
potential
therapeutic
properties.
Next,
It
also
highlights
current
issues
regarding
usage
especially
safety,
regulation,
toxicity.
This
aims
provide
new
insights
into
extraordinary
science
for
researchers,
policymakers,
regulators,
healthcare
professionals,
others
involved
nano
field.
Journal of Personalized Medicine,
Journal Year:
2024,
Volume and Issue:
14(4), P. 391 - 391
Published: April 6, 2024
The
prevalence
of
schizophrenia,
affecting
approximately
1%
the
global
population,
underscores
urgency
for
innovative
therapeutic
strategies.
Recent
insights
into
role
neuroinflammation,
gut–brain
axis,
and
microbiota
in
schizophrenia
pathogenesis
have
paved
way
exploration
psychobiotics
as
a
novel
treatment
avenue.
These
interventions,
targeting
gut
microbiome,
offer
promising
approach
to
ameliorating
psychiatric
symptoms.
Furthermore,
advancements
artificial
intelligence
nanotechnology
are
set
revolutionize
psychobiotic
development
application,
enhance
their
production,
precision,
effectiveness.
This
interdisciplinary
heralds
new
era
management,
potentially
transforming
patient
outcomes
offering
beacon
hope
those
afflicted
by
this
complex
disorder.
Chemical Physics Impact,
Journal Year:
2024,
Volume and Issue:
8, P. 100490 - 100490
Published: Jan. 21, 2024
In
the
past
few
decades,
removal
of
organic
solvents
from
different
substances,
especially
through
use
nanostructured
materials,
has
been
crucial
in
various
industries,
including
improvement
innovative
and
adaptable
nano
adsorbents.
Computational
approaches
are
widely
recognized
as
powerful
tools
for
searching
molecular
systems
at
atomic
level
investigating
characteristics
their
interactions.
This
study
utilized
dispersion-corrected
DFT
approach
to
gain
a
detailed
comprehension
how
CH2O
molecules
interact
with
both
Pd-doped
pristine
ZnO
nanotubes
(ZnONTs)
during
adsorption
process.
The
aim
was
achieve
comprehensive
behavior.
To
accomplish
this,
an
extensive
examination
active
sites
optimized
geometrical
interacting
conducted.
assess
capacity
Pd-ZnO
nanotube
CH2O,
binding
species
have
assessed.
evaluation
included
analyzing
interaction
energy
(Eint),
charge
transfer,
electronic
properties,
ELF
analysis.
Moreover,
Pd-doping
greatly
enhances
strength
ZnONTs,
thereby
imparting
them
superior
capability
adsorption.
significant
by
sensor
under
consideration
raises
prospect
utilizing
these
highly
effective
materials
detection,
which
is
matter
great
interest.
results
our
provide
foundation
designing
energy-efficient
nanosensors
that
can
serve
cost-effective
solutions
detecting
contaminants
wastewater.
Molecular Physics,
Journal Year:
2024,
Volume and Issue:
122(17)
Published: Feb. 7, 2024
This
study's
main
focus
was
on
the
process
by
which
Ciclopirox
adhered
to
AlN
nanostructures,
Calculations
using
density
functional
theory
were
done
reach
this
goal.
The
calculations
encompassed
assessment
of
Ciclopirox's
adsorption
energy,
evaluation
energy
band
gap,
analysis
variations
in
examination
charge
transfers,
and
characterisation
types
interactions
that
arise
from
onto
nanostructures.
We
carried
out
an
investigation
AIM
method
explore
deeper
into
binding
properties
between
studied
nanostructures
Ciclopirox.
Our
discoveries
provide
light
Ciclopirox/AlN
nanosheet
interaction's
electrostatic
characteristics.
Moreover,
presence
led
augmentation
electrical
conductivity
intriguing
outcome
suggests
potential
application
these
nanomaterials
as
chemical
sensors,
capable
generating
electronic
signal
upon
detection
chemically
modified
amino
acid.
observed
sensitivity
sequence
indicated
exhibited
highest
sensitivity,
followed
nanotube
nanocluster.
In
conclusion,
our
study
provides
compelling
evidence
supporting
excellent
choice
for
compared
other
Advances in medical diagnosis, treatment, and care (AMDTC) book series,
Journal Year:
2024,
Volume and Issue:
unknown, P. 177 - 204
Published: Dec. 17, 2024
The
human
gut
microbiome
played
a
major
key
role
towards
contributing
essential
functions
to
its
host
of
an
ecosystem.
It
refers
the
entire
community
microorganisms
that
colonize
in
specific
locations
including
other
microbes
such
as
fungi,
archaea,
viruses,
protozoans,
and
bacteria.
scientific
well
understood
healthy
flora
is
majorly
responsible
for
overall
health
host.
This
chapter
aims
explore
innovative
application
nanotherapeutics
addressing
two
critical
challenges-
dysbiosis
cancer
apoptosis.
By
leveraging
nanotechnology,
we
delve
into
targeted
drug
delivery
systems
can
selectively
restore
microbial
balance
induce
apoptosis
cells.
Through
comprehensive
review
current
research
advancements,
this
will
highlight
potential
revolutionizing
treatment
strategies
complex
diseases
at
intersection
microbiology
oncology.
