Scientific Reports,
Год журнала:
2024,
Номер
14(1)
Опубликована: Июль 2, 2024
Abstract
Posttraumatic
stress
disorder
(PTSD)
can
develop
after
trauma
exposure.
Some
studies
report
that
women
PTSD
at
twice
the
rate
of
men,
despite
greater
exposure
in
men.
Lipids
and
their
metabolites
(lipidome)
regulate
a
myriad
key
biological
processes
pathways
such
as
membrane
integrity,
oxidative
stress,
neuroinflammation
brain
by
maintaining
neuronal
connectivity
homeostasis.
In
this
study,
we
analyzed
lipidome
40
adults
with
trauma-exposed
non-PTSD
individuals
(n
=
20/sex/condition;
19–39
years
old).
Plasma
samples
were
for
lipidomics
using
Quadrupole
Time-of-Flight
(QToF)
mass
spectrometry.
Additionally,
~
90
measures
collected,
on
sleep,
mental
physical
health
indices.
Poorer
sleep
quality
was
associated
severity
both
sexes.
The
analysis
identified
total
348
quantifiable
known
lipid
1951
are
yet
unknown;
part
13
subclasses.
After
adjusting
BMI
quality,
PTSD,
only
one
subclass,
phosphatidylethanolamine
(PE)
altered,
whereas,
men
9
out
subclasses
altered
compared
to
respectively.
Severe
22%
5%
women,
Of
changed
metabolites,
0.5%
(2
PEs
cholesterol)
common
between
PTSD.
Several
sphingomyelins,
PEs,
ceramides,
triglycerides
increased
severe
correlations
ceramide
cholesterol
systolic
blood
pressure
dependent
upon
sex
status.
Alterations
ceramides
linked
cardiac
metabolic
function
humans.
Thus,
disturbed
higher
body
may
have
contributed
changes
found
Lipids in Health and Disease,
Год журнала:
2025,
Номер
24(1)
Опубликована: Март 11, 2025
This
systematic
review
explores
the
hypothesis
that
various
lipid
categories
and
metabolism-related
genomic
variations
link
to
mental
disorders,
seeking
potential
clinically
useful
markers.
We
searched
PubMed,
Scopus,
PsycInfo
databases
until
October
12th,
2024,
using
terms
related
lipidomics,
lipid-related
genomics,
different
i.e.,
Major
Depressive
Disorder
(MDD),
Bipolar
(BD),
Schizophrenia
(SCZ),
Obsessive–Compulsive
(OCD).
Eligible
studies
were
assessed.
Extracted
data
included
author,
year,
methodology,
outcomes,
genes,
lipids
linked
disorders.
Bias
evidence
certainty
evaluated.
The
adhered
PRISMA
(Preferred
Reporting
Items
for
Systematic
Reviews
Meta-Analyses)
guidelines
a
registered
protocol
(PROSPERO:
CRD42023438862).
A
total
of
27
included.
SCZ
showed
alterations
in
77
lipids,
including
triglycerides
(TG),
ceramides,
phosphatidylcholine,
while
MDD
BD
exhibited
97
47
altered
respectively,
with
overlap
among
Shared
such
as
ABCA13,
DGKZ,
FADS,
pathways
involving
inflammation,
metabolism,
mitochondrial
function
identified.
OCD
was
associated
sphingolipid
signaling
peroxisomal
metabolism.
Lipid
signatures
MDD,
BD,
shed
light
on
underlying
processes.
Further
research
is
needed
validate
biomarkers
refine
their
clinical
applications
precision
psychiatry.
Metabolites,
Год журнала:
2025,
Номер
15(1), С. 10 - 10
Опубликована: Янв. 2, 2025
Huntington's
disease
(HD)
is
a
multifaceted
neurological
disorder
characterized
by
the
progressive
deterioration
of
motor,
cognitive,
and
psychiatric
functions.
Despite
limited
understanding
its
pathogenesis,
research
has
implicated
abnormal
trinucleotide
cytosine-adenine-guanine
CAG
repeat
expansion
in
huntingtin
gene
(HTT)
as
critical
factor.
The
development
innovative
strategies
imperative
for
early
detection
predictive
biomarkers,
enabling
timely
intervention
mitigating
irreversible
cellular
damage.
Lipidomics,
comprehensive
analytical
approach,
emerged
an
indispensable
tool
systematically
characterizing
lipid
profiles
elucidating
their
role
pathology.
A
MedLine
search
was
performed
to
identify
studies
that
use
lipidomics
characterization
HD.
Search
terms
included
"Huntington
disease";
"lipidomics";
"biomarker
discovery";
"NMR";
"Mass
spectrometry".
This
review
highlights
significance
HD
diagnosis
treatment,
exploring
changes
brain
lipids
Recent
breakthroughs
techniques,
particularly
mass
spectrometry
NMR
spectroscopy,
have
revolutionized
research,
researchers
gain
deeper
insights
into
complex
lipidome
brain.
broad
spectrum
alterations
vital
precise
diagnostic
evaluation
effective
management.
integration
with
artificial
intelligence
interdisciplinary
collaboration
holds
promise
addressing
clinical
variability
ABSTRACT
A
niche
in
the
context
of
microorganisms
defines
specific
ecological
role
or
habitat
inhabited
by
microbial
species
within
an
ecosystem.
For
human
commensal
Malassezia
,
skin
surface
is
considered
its
primary
niche,
where
it
adapts
to
environment
utilising
lipids
as
main
carbon
and
energy
source.
However
pathogenic
characteristics
include
production
allergens,
immune
modulation
excessive
lipid
utilisation,
which
result
several
diseases
such
pityriasis
versicolor,
seborrheic
dermatitis,
folliculitis
atopic
dermatitis.
Recent
studies
have
revealed
colonisation
internal
organs,
including
lungs,
gut,
genitourinary
tract,
eyes,
ears
breast
milk.
In
these
associated
with
linked
respiratory
conditions,
neurological
disorders,
gastrointestinal
genital
infections.
The
system
plays
a
critical
shaping
prevalence,
factors
like,
suppressive
drugs
underlying
health
conditions
influencing
susceptibility.
Accurate
diagnosis
‐related
disorders
challenging
due
unique
growth
requirements,
but
molecular
fingerprinting
assays
sequencing
methods,
particularly
ITS
sequencing,
offer
precise
identification.
Treatment
involves
antifungal
drugs,
corticosteroids
phytocompounds,
yet
recurrent
infections
highlight
need
for
more
targeted
therapeutic
strategies
addressing
's
characteristics.
Understanding
complex
interactions
between
host
organs
crucial
diagnosis,
treatment
prevention
exploring
potentially
beneficial
roles
disease.
This
review
highlights
current
findings
on
intricate
diverse
ecosystem
body,
underscoring
complexity
associations
emphasising
their
multifaceted
Abstract
“Lipid
raft
aging”
in
nerve
cells
represents
an
early
event
the
development
of
aging‐related
neurodegenerative
diseases,
such
as
Alzheimer's
disease.
Lipid
rafts
are
key
elements
synaptic
plasticity,
and
their
modification
with
aging
alters
interactions
distribution
signaling
molecules,
glutamate
receptors
ion
channels
involved
memory
formation,
eventually
leading
to
cognitive
decline.
In
present
study,
we
have
analyzed,
vivo,
effects
dietary
supplementation
n‐3
LCPUFA
on
lipid
structure,
membrane
microviscosity,
domain
organization,
partitioning
ionotropic
metabotropic
hippocampal
raffs
female
mice.
The
results
revealed
several
signatures
“lipid
old
mice
fed
control
diets,
consisting
depletion
LCPUFA,
unsaturation,
along
increased
levels
saturates,
plasmalogens,
sterol
esters,
well
altered
relevant
indexes.
These
changes
were
paralleled
by
microviscosity
raft/non‐raft
(R/NR)
AMPA‐R
mGluR5.
Administration
diet
caused
partial
reversion
fatty
acid
alterations
found
aged
returned
values
young
animals.
Paralleling
these
findings,
accumulated
mGluR5,
NMDA‐R,
ASIC2,
R/NR
proportions,
which
collectively
indicate
plasticity.
Unexpectedly,
this
also
modified
lipidome
dimension
rafts,
redistribution
acid‐sensing
likely
modulating
functionality
formation
reluctance
age‐associated
Changes
in
lipid
metabolism
are
associated
with
aging
and
age-related
diseases,
including
proteopathies.
The
endoplasmic
reticulum
(ER)
is
uniquely
a
major
hub
for
protein
synthesis,
making
its
function
essential
both
homeostasis.
However,
it
less
clear
how
quality
may
impact
each
other.
Here,
we
identified
let-767,
putative
hydroxysteroid
dehydrogenase
Caenorhabditis
elegans,
as
an
gene
ER
Knockdown
of
let-767
reduces
stores,
alters
morphology
lipid-dependent
manner,
blocks
induction
the
Unfolded
Protein
Response
(UPRER).
Interestingly,
global
reduction
lipogenic
pathways
restores
UPRER
animals
reduced
let-767.
Specifically,
find
that
supplementation
3-oxoacyl,
predicted
metabolite
directly
upstream
sufficient
to
block
UPRER.
This
study
highlights
novel
interaction
through
which
changes
can
alter
cell's
response
protein-induced
stress.
Physiological Reviews,
Год журнала:
2024,
Номер
105(1), С. 137 - 207
Опубликована: Июль 11, 2024
Lipids
represent
the
most
abundant
molecular
type
in
brain,
with
a
fat
content
of
∼60%
dry
brain
weight
humans.
Despite
this
fact,
little
attention
has
been
paid
to
circumscribe
dynamic
role
lipids
function
and
disease.
Membrane
such
as
cholesterol,
phosphoinositide,
sphingolipids,
arachidonic
acid,
endocannabinoids
finely
regulate
both
synaptic
receptors
ion
channels
that
ensure
critical
neural
functions.
After
brief
introduction
on
their
respective
properties,
we
review
here
regulating
channel
activity,
action
potential
propagation,
neuronal
development,
functional
plasticity
contribution
development
neurological
neuropsychiatric
diseases.
We
also
provide
possible
directions
for
future
research
lipid
Metabolites,
Год журнала:
2024,
Номер
14(2), С. 80 - 80
Опубликована: Янв. 23, 2024
Lipids
are
a
crucial
component
of
the
human
brain,
serving
important
structural
and
functional
roles.
They
involved
in
cell
function,
myelination
neuronal
projections,
neurotransmission,
neural
plasticity,
energy
metabolism,
neuroinflammation.
Despite
their
significance,
role
lipids
development
mental
disorders
has
not
been
well
understood.
This
review
focused
on
potential
use
as
blood
biomarkers
for
common
illnesses,
such
major
depressive
disorder,
anxiety
disorders,
bipolar
schizophrenia.
also
discussed
impact
commonly
used
psychiatric
medications,
neuroleptics
antidepressants,
lipid
metabolism.
The
obtained
data
suggested
that
could
be
useful
diagnosing
diseases,
but
further
research
is
needed
to
better
understand
associations
between
identify
specific
biomarker
combinations
each
disease.
Frontiers in Immunology,
Год журнала:
2023,
Номер
14
Опубликована: Окт. 3, 2023
The
interaction
between
peripheral
immune
cells
and
the
brain
is
an
important
component
of
neuroimmune
axis.
Unconventional
T
cells,
which
include
natural
killer
(NKT)
mucosal-associated
invariant
(MAIT)
γδ
other
poorly
defined
subsets,
are
a
special
group
lymphocytes
that
recognize
wide
range
nonpolymorphic
ligands
connection
adaptive
innate
immunity.
Recently,
increasing
number
complex
functions
these
unconventional
in
homeostasis
various
disorders
have
been
revealed.
In
this
review,
we
describe
classification
effector
function
review
evidence
for
involvement
regulation
homeostasis,
summarize
roles
mechanisms
injury
neurodegeneration,
discuss
immunotherapeutic
potential
as
well
future
research
goals.
Insight
processes
can
shed
light
on
cell
immunity
diseases
provide
new
clues
therapeutic
approaches
targeting
neurodegeneration.