Expert Opinion on Drug Delivery,
Journal Year:
2020,
Volume and Issue:
17(4), P. 603 - 619
Published: Feb. 27, 2020
Background:
Lutein
is
the
primary
macular
pigment
with
an
favorable
effect
on
treatment
of
age-related
degeneration
(AMD).
However,
poor
water
solubility
lutein
hinders
its
absorption
and
delivery.
In
this
study,
a
penetratin-modified
nanoemulsion
in-situ
gel
(GEL)
was
prepared
for
AMD.Methods:
A
(NE)
modified
penetratin
(P-NE)
to
improve
penetration.
The
evaluated
by
cell
uptake
intraocular
distribution
assays.
dry
AMD
model
induced
using
NaIO3,
therapeutic
electroretinography,
number
apoptosis
cells
reactive
oxygen
species
(ROS)
level.Results:
showed
good
ability
protect
ARPE-19
from
damage
H2O2
rate
P-NE
significantly
higher
than
NE.
efficacy
experiments,
structure
retina
improved
after
treatment,
decreased
31.98%
2.05%,
level
ROS
(p
<
0.0001).Conclusions:
With
aid
penetratin,
could
be
delivered
effectively.
GEL
evidently
inhibit
ROS,
demonstrating
that
has
application
prospect
in
AMD.
Journal of Personalized Medicine,
Journal Year:
2024,
Volume and Issue:
14(3), P. 305 - 305
Published: March 13, 2024
In
recent
years,
although
life
expectancy
has
increased
significantly,
non-communicable
diseases
(NCDs)
continue
to
pose
a
significant
threat
the
health
of
global
population.
Therefore,
eating
habits
have
been
recognized
as
key
modifiable
factors
that
influence
people’s
and
well-being.
For
this
reason,
it
is
interesting
study
dietary
patterns,
since
human
diet
complex
mixture
macronutrients,
micronutrients,
bioactive
compounds,
can
modulate
multiple
physiological
processes,
including
immune
function,
metabolism,
inflammation.
To
ensure
data
we
acquired
were
current
relevant,
searched
primary
secondary
sources,
scientific
journals,
bibliographic
indexes,
databases
in
last
15
years
with
most
relevant
articles.
After
search,
observed
all
research
on
NCDs
suggests
critical
factor
shaping
an
individual’s
outcomes.
Thus,
cardiovascular,
metabolic,
mental,
dental,
visual
depends
largely
intake,
nutritional
behaviors.
A
high
processed
refined
foods,
added
sugars,
saturated
fats
increase
risk
developing
chronic
diseases.
On
other
hand,
rich
whole,
nutrient-dense
such
vegetables,
fruits,
nuts,
legumes,
adherence
Mediterranean
improve
health’s
people.
Biotechnology Advances,
Journal Year:
2024,
Volume and Issue:
73, P. 108375 - 108375
Published: May 16, 2024
Increased
consumer
awareness
for
healthier
and
more
sustainable
products
has
driven
the
search
naturally
sourced
compounds
as
substitutes
chemically
synthesized
counterparts.
Research
on
pigments
of
natural
origin,
such
carotenoids,
particularly
lutein,
been
increasing
over
three
decades.
Lutein
is
recognized
its
antioxidant
photoprotective
activity.
Its
ability
to
cross
blood-brain
barrier
allows
it
act
at
eye
brain
level
linked
benefits
vision,
cognitive
function
other
conditions.
While
marigold
flower
positioned
only
crop
from
which
lutein
extracted
commercialized,
microalgae
are
proposed
an
alternative
with
several
advantages
this
terrestrial
crop.
The
main
scaling
up
production
commercial
low
productivity
compared
high
costs.
This
review
explores
strategies
enhance
in
by
emphasizing
overall
content
alone.
Evaluation
how
culture
parameters,
light
quality,
nitrogen
sufficiency,
temperature
even
stress
factors,
affect
biomass
development
batch
phototrophic
cultures
was
performed.
Overall,
total
remains
under
metabolic
regime
due
photosynthetic
cultures.
For
reason,
we
describe
findings
microalgal
grown
different
regimes
protocols
(fed-batch,
pulse-feed,
semi-batch,
semi-continuous,
continuous).
After
a
careful
literature
examination,
two-step
heterotrophic
or
mixotrophic
cultivation
suggested
surpass
achieved
single-step
Furthermore,
highlights
urgent
need
develop
technical
feasibility
studies
pilot
scale
these
strategies,
will
strengthen
necessary
techno-economic
analyses
drive
their
production.
Antioxidants,
Journal Year:
2019,
Volume and Issue:
8(8), P. 302 - 302
Published: Aug. 12, 2019
Aging
is
considered
the
major
risk
factor
for
most
chronic
disorders.
Oxidative
stress
and
inflammation
are
two
contributors
cellular
senescence,
downregulation
of
response
pathways
with
a
decrease
protective
activity
accumulation
damage,
leading
in
time
to
age-related
diseases.
This
review
investigated
recent
clinical
trials
cohort
studies
published
last
ten
years,
which
presented
influence
tree
nut
peanut
antioxidant
diets
preventing
or
delaying
diseases
middle-aged
elderly
subjects
(≥55
years
old).
Tree
ingestion
has
possibility
blood
lipid
count,
biochemical
anthropometric
parameters,
endothelial
function
inflammatory
biomarkers,
thereby
positively
affecting
cardiometabolic
morbidity
mortality,
cancers,
cognitive
disorders,
mainly
through
nuts’
healthy
profile
anti-inflammatory
mechanisms
actions.
Clinical
evidence
scientific
findings
demonstrate
importance
characterized
by
high
intake
nuts
emphasize
their
potential
diseases,
validating
addition
peanuts
diet
older
adults.
Therefore,
increased
consumption
bioactive
compounds
from
clearly
impacts
many
factors
related
aging
can
extend
health
span
lifespan.
Expert Opinion on Drug Delivery,
Journal Year:
2020,
Volume and Issue:
17(4), P. 603 - 619
Published: Feb. 27, 2020
Background:
Lutein
is
the
primary
macular
pigment
with
an
favorable
effect
on
treatment
of
age-related
degeneration
(AMD).
However,
poor
water
solubility
lutein
hinders
its
absorption
and
delivery.
In
this
study,
a
penetratin-modified
nanoemulsion
in-situ
gel
(GEL)
was
prepared
for
AMD.Methods:
A
(NE)
modified
penetratin
(P-NE)
to
improve
penetration.
The
evaluated
by
cell
uptake
intraocular
distribution
assays.
dry
AMD
model
induced
using
NaIO3,
therapeutic
electroretinography,
number
apoptosis
cells
reactive
oxygen
species
(ROS)
level.Results:
showed
good
ability
protect
ARPE-19
from
damage
H2O2
rate
P-NE
significantly
higher
than
NE.
efficacy
experiments,
structure
retina
improved
after
treatment,
decreased
31.98%
2.05%,
level
ROS
(p
<
0.0001).Conclusions:
With
aid
penetratin,
could
be
delivered
effectively.
GEL
evidently
inhibit
ROS,
demonstrating
that
has
application
prospect
in
AMD.