Food Frontiers,
Journal Year:
2024,
Volume and Issue:
unknown
Published: Dec. 16, 2024
ABSTRACT
Consumption
of
plant‐based
meat
alternatives
(PBMAs)
within
the
vegetarian
population
is
increasing.
This
study
assessed
relationship
between
PBMA
intake
and
health
markers
using
UK
Biobank
cohort.
Participants
were
categorized
into
consumers
nonconsumers.
Nonparametric
statistical
tests
used
to
evaluate
differences
in
participants’
characteristics,
food
intake,
30
blood
biochemistry
measures
after
assessing
data
distributions.
Metabolomics
(168
metabolites)
proteomics
(2923
proteins)
further
examined
identify
significant
two
participant
groups.
Relative
risks
(RRs)
for
45
chronic
diseases
mental
conditions
calculated
Poisson
regression.
Sensitivity
analysis
accounted
sociodemographic
factors,
proportion
energy
from
ultra‐processed
(UPF)
was
determined.
No
substantial
sodium,
free
sugar,
total
or
saturated
fatty
acids
nonconsumers
found.
However,
exhibited
higher
pressure
(130/79
129/78
mmHg
consumer
nonconsumer
groups,
respectively)
elevated
C‐reactive
protein
(CRP)
levels
(1.76
±
3.12
1.57
3.17
mg/L
respectively).
Metabolite
abundance
showed
no
notable
differences.
Pathway
enrichment
suggested
that
PBMAs
may
influence
immune
reactions
through
cell
signaling
pathways.
had
a
42%
increased
risk
depression
(
p
=
0.03)
40%
reduction
irritable
bowel
syndrome
(IBS)
0.02),
compared
In
conclusion,
while
clear
benefits
associated
with
consumption
vegetarians,
depression,
CRP,
lower
apolipoprotein
A
suggest
potential
inflammatory
concerns
warrant
investigation.
Frontiers in Nutrition,
Journal Year:
2025,
Volume and Issue:
11
Published: Jan. 22, 2025
Purpose
High
consumption
of
Ultra-processed
foods
(UPF)
have
been
identified
as
a
potential
risk
factor
for
Non-alcoholic
fatty
liver
disease
(NAFLD).
Nevertheless,
there
is
limited
empirical
evidence
regarding
the
impact
UPF,
which
are
typical
combination
processed
foods,
on
health
through
alterations
in
gut
microbiota
and
metabolic
processes.
We
aim
to
examine
UPF
explore
role
metabolites.
Methods
This
study
used
Sprague–Dawley
rats
mimic
modern
diets
90
days.
Some
serum
biochemical
indices,
inflammatory
factors,
oxidative
stress
markers,
hematoxylin–eosin
(HE)
staining
liver,
16S
ribosomal
RNA
(rRNA)
Liquid
chromatography-mass
spectrometry
(LC–MS)
rat
feces
were
detected.
Results
The
diet-induced
simple
steatosis
without
affecting
levels
IL-6,
GSH,
MDA,
SOD.
Additionally,
it
modified
microbiota,
increasing
potentially
harmful
bacteria,
such
norank_f__Desulfovibrionaceae
Staphylococcus
,
while
also
elevating
relative
abundance
beneficial
including
Dubosiella
Allobaculum
.
Furthermore,
led
metabolomic
disorder
characterized
by
disruptions
sphingolipid
signaling
pathway,
sulfur
relay
system,
arachidonic
acid
metabolism.
Conclusion
In
conclusion,
findings
this
indicate
that
influences
development
hepatic
steatosis,
metabolomics.
BMC Medicine,
Journal Year:
2024,
Volume and Issue:
22(1)
Published: June 3, 2024
Abstract
Background
Type
2
diabetes
is
associated
with
a
variety
of
complications,
including
micro-
and
macrovascular
neurological
manifestations
poor
wound
healing.
Adhering
to
Mediterranean
Diet
(MED)
generally
considered
an
effective
intervention
in
individuals
at
risk
for
type
mellitus
(T2DM).
However,
little
known
about
its
effect
respect
the
different
specific
T2DM.
This
prompted
us
explore
MED
on
three
most
significant
microvascular
complications
T2DM:
diabetic
retinopathy
(DR),
kidney
disease
(DKD),
vascular
neuropathies
(DN).
Methods
We
examined
association
between
incidence
these
prospective
cohort
33,441
participants
hyperglycemia
free
baseline,
identified
UK
Biobank.
For
each
individual,
we
calculated
Alternate
(AMED)
score,
which
yields
semi-continuous
measure
extent
individual’s
diet
can
be
as
MED.
used
Cox
proportional
hazard
models
analyze
ratios
(HRs)
95%
confidence
intervals
(CIs),
adjusting
demographics,
lifestyle
factors,
medical
histories
cardiovascular
factors.
Results
Over
median
12.3
years
follow-up,
3,392
cases
occurred,
1,084
2,184
632
(DN),
some
patients
having
or
3
simultaneously.
After
confounders,
observed
that
higher
AMED
scores
offer
protection
against
DKD
among
(comparing
highest
lowest
yielded
HR
0.79
[95%
CIs:
0.67,
0.94]).
Additionally,
protective
was
more
evident
hyperglycemic
T2DM
(HR,
0.64;
CI:
0.50,
0.83).
No
such
effect,
however,
seen
DR
DN.
Conclusions
In
this
study,
have
demonstrated
adherence
reduced
hyperglycemia.
Our
study
emphasizes
necessity
continued
research
focusing
benefits
Such
efforts
ongoing
clinical
trial
will
further
insights
into
role
management
DKD.
Clinical Epigenetics,
Journal Year:
2025,
Volume and Issue:
17(1)
Published: Jan. 7, 2025
Abstract
Background/objective
There
is
limited
knowledge
on
how
diet
affects
the
epigenome
of
children.
Ultra-processed
food
(UPF)
consumption
emerging
as
an
important
factor
impacting
health,
but
mechanisms
need
to
be
uncovered.
We
therefore
aimed
assess
association
between
UPF
and
DNA
methylation
in
Methods
conducted
a
meta-analysis
epigenome-wide
studies
(EWAS)
from
total
3152
children
aged
5–11
years
four
European
(HELIX,
Generation
XXI,
ALSPAC,
R).
was
defined
applying
Nova
classification
system
(group
4),
measured
blood
with
Illumina
Infinium
Methylation
arrays.
Associations
were
estimated
within
each
cohort
using
robust
linear
regression
models,
adjusting
for
relevant
covariates,
followed
by
resulting
EWAS
estimates.
Results
Although
no
CpG
significant
at
FDR
level,
we
found
suggestive
associations
(
p
-value
<
10
–5
)
seven
sites.
Three
them,
cg00339913
(PHYHIP),
cg03041696
(intergenic),
cg03999434
negatively
associated,
whereas
other
four,
cg14665028
(NHEJ1),
cg18968409
cg24730307
cg09709951
(ATF7),
positively
associated
intake.
These
CpGs
have
been
previously
health
outcomes
such
carcinomas,
related
genes
are
mainly
involved
pathways
thyroid
hormones
liver
function.
Conclusion
only
changes
7
intake
large
among
children:
although
this
shows
potential
impact
DNAm,
might
not
key
mechanism
underlying
effects
UPFs
more
detailed
dietary
assessment
intervention
epigenetic
linked
reduction
diet.
Graphical
abstract
Background:
Ultra-processed
food
(UPF)
consumption
is
widespread
and
has
been
linked
to
obesity,
hypertension,
all-cause
mortality.
However,
the
relationship
between
UPF
non-alcoholic
fatty
liver
disease
(NAFLD)
remains
unclear,
especially
in
populations
where
traditional
diets
are
still
dominant
but
undergoing
a
gradual
transition.
In
this
study,
we
investigated
association
risk
of
developing
NAFLD
among
Korean
adults.Methods:
This
cohort
study
included
44,642
adults
aged
40-69
years,
utilizing
data
from
Health
Examinees
database.
Dietary
information
was
collected
through
frequency
questionnaire,
were
categorized
according
NOVA
classification
system
based
on
degree
processing.
A
multivariable
Cox
proportional
hazards
model
assessed
risk.Findings:
Over
4.2-year
follow-up
period,
1,562
participants
developed
NAFLD.
After
adjusting
for
potential
confounders,
higher
associated
with
35%
48%
increased
men
women,
respectively.
Similar
results
observed
both
continuous
sensitivity
analyses.
Among
diverse
subtypes,
ramen
showed
strongest
adverse
women
(hazard
ratio
=
2.05
(1.59,
2.65)
men;
1.80
(1.48,
2.19)
women).Conclusions:
Our
findings
suggest
that
an
Further
comprehensive
investigations
broader
spectrum
warranted
corroborate
fortify
these
results.
will
contribute
develop
preventive
strategies.Funding:
research
supported
by
National
Research
Foundation
Korea
(NRF)
grant
funded
government
Ministry
Science
ICT
(MSIT)
(grant
number:
2022R1F1A1074279).Declaration
Interest:
No
conflicts
interest
relevant
declare.Ethical
Approval:
The
Institutional
Review
Board
(IRB)
(IRB
No.
1041078-20230628-HR-174)
Ethics
Committee
Genomic
Study
Institutes
approved
study.
Journal of Human Nutrition and Dietetics,
Journal Year:
2025,
Volume and Issue:
38(2)
Published: Feb. 27, 2025
ABSTRACT
Background
Metabolic
dysfunction‐associated
steatotic
liver
disease
(MASLD)
is
a
growing
global
health
concern.
Effective
management
of
this
condition
relies
heavily
on
lifestyle
modifications
and
dietary
interventions.
In
study,
we
sought
to
evaluate
the
plans
for
MASLD
generated
by
ChatGPT
(GPT‐4o)
according
current
guideline
recommendations.
Methods
was
used
create
single‐day
meal
48
simulated
patients
with
MASLD,
tailored
individual
characteristics
such
as
age,
gender,
height,
weight
transient
elastography
parameters.
The
were
assessed
appropriateness
disease‐specific
guidelines.
Results
mean
energy
content
menus
planned
1596.9
±
141.5
kcal
accuracy
91.3
11.0%,
fibre
22.0
0.6
g
88.1
2.5%.
However,
they
exhibited
elevated
levels
protein,
fat
saturated
acids.
Conversely,
carbohydrate
lower.
recommended
loss
obese
but
did
not
extend
advice
normal‐weight
overweight
individuals.
Notably,
recommendations
Mediterranean
diet
physical
activity
absent.
Conclusions
shows
potential
in
developing
management.
discrepancies
macronutrient
distributions
omission
key
evidence‐based
highlight
need
further
refinement.
To
enhance
effectiveness
AI
tools
recommendations,
alignment
established
guidelines
must
be
improved.
Pediatric Obesity,
Journal Year:
2025,
Volume and Issue:
unknown
Published: March 6, 2025
The
development
of
obesity
in
childhood
is
the
result
interplay
between
a
complex
array
multi-level
factors,
one
which
dietary
intake.
However,
intake
itself
impacted
by
many
factors
operating
at
different
levels.
This
special
issue
brings
together
collection
papers
that
examine
various
influencing
children's
Rather
than
issuing
call
for
papers,
this
came
organically
based
on
regular
submissions,
highlighting
growing
body
research
dedicated
to
understanding
how
habits
can
contribute
risk.
These
represent
studies
have
focused
external
(e.g.,
fast-food
environment,
ongoing
rapid
proliferation
ultra-processed
foods)
and
social
role
parents
schools,
stress
adversity)
behavioural
reward
gratification,
sleeping
behaviour)
genetic
as
well
maternal
promote
intra-generational
transmission.
summarized
Figure
1.
In
time
when
continues
rise
globally,
these
may
shed
light
complexity
main
drivers,
namely
Below
we
summarize
latest
areas
resulting
from
Special
Issue.