Frontiers in Nutrition,
Journal Year:
2024,
Volume and Issue:
11
Published: Aug. 23, 2024
Less
research
has
been
conducted
on
the
association
between
camellia
oil’s
(CO)
phenolic
composition
and
antioxidant
capability.
In
this
study,
profile
of
CO
its
connection
to
capacity
were
examined
utilizing
a
combination
widely-targeted
metabolomics
multivariate
statistical
analysis.
A
total
751
phenolics
discovered.
The
WGCNA
was
used
link
phenols
antioxidants,
yielding
161
antioxidant-related
from
blue
module.
response
several
assays,
59
(FRAP),
(DPPH),
53
(ABTS)
identified
as
differential
markers
(DPMs).
Further
stepwise
multiple
linear
regression
revealed
six
DPMs
that
substantially
influenced
capacities.
Nine
metabolic
pathways
their
associated
network
mechanisms
for
most
significant
developed.
This
study
sheds
light
content
CO,
elucidates
role
in
activity,
lays
groundwork
improving
extraction
techniques
generating
improved
product.
Drying Technology,
Journal Year:
2024,
Volume and Issue:
42(5), P. 871 - 879
Published: Feb. 28, 2024
Addressing
the
problems
of
high
seed-breaking
ratio
and
difficult
seed-shell
separation
in
current
mechanical
deshelling
Camellia
Oleifera
fruit
(COF),
this
work
innovatively
proposed
a
strategy
low-temperature
airflow-drying
cracking
coupling
with
flexible
deshelling.
The
COF
reached
100%
after
at
20–50
°C
for
4–10
h.
Moreover,
tissue
structure
shell
remained
unchanged
airflow
drying.
shelling
cracked
fruits
(cracking
gap
6
mm)
98.37%,
shells
present
as
integrated
lamelliform
facilitating
later
sorting.
results
low-field
nuclear
magnetic
resonance
(LF-NMR)
shrinkage
equation
showed
that
free
water
outer
layers
evaporated
first,
then
inner
transferred
to
further
evaporate,
creating
moisture
gradient
stress
cause
COF.
Frontiers in Nutrition,
Journal Year:
2024,
Volume and Issue:
11
Published: Aug. 23, 2024
Less
research
has
been
conducted
on
the
association
between
camellia
oil’s
(CO)
phenolic
composition
and
antioxidant
capability.
In
this
study,
profile
of
CO
its
connection
to
capacity
were
examined
utilizing
a
combination
widely-targeted
metabolomics
multivariate
statistical
analysis.
A
total
751
phenolics
discovered.
The
WGCNA
was
used
link
phenols
antioxidants,
yielding
161
antioxidant-related
from
blue
module.
response
several
assays,
59
(FRAP),
(DPPH),
53
(ABTS)
identified
as
differential
markers
(DPMs).
Further
stepwise
multiple
linear
regression
revealed
six
DPMs
that
substantially
influenced
capacities.
Nine
metabolic
pathways
their
associated
network
mechanisms
for
most
significant
developed.
This
study
sheds
light
content
CO,
elucidates
role
in
activity,
lays
groundwork
improving
extraction
techniques
generating
improved
product.
