Frontiers in Public Health,
Journal Year:
2021,
Volume and Issue:
9
Published: Aug. 19, 2021
Background:
This
systematic
review
aimed
to
summarize
evidence
reporting
epigenetic
and/or
neuro-immuno-endocrine
embedding
of
adverse
childhood
events
(ACEs)
in
children,
with
a
particular
focus
on
the
short-term
biological
effect
those
experiences.
Methods:
A
search
was
conducted
PsycINFO®,
PubMed®,
Isi
Web
Knowledge
and
Scopus,
until
July
2019,
identify
papers
effects
exposure
ACEs.
Results:
The
identified
58
studies,
that
were
included
review.
Regarding
exposure,
type
ACE
more
frequently
reported
sexual
abuse
(
n
=
26),
followed
by
life
stressors
20)
physical
19).
majority
17)
studies
showed
positive
association
between
ACEs
biomarkers
immune
system.
DNA
methylation
18
participants
exposed
Two
presented
telomere
length
associated
shorter
length.
Conclusion:
Overall
associations
observed
across
hypothesis
are
risk
already
at
early
ages.
is
supporting
appear
get
“under
skin”
induce
physiological
changes
these
alterations
might
be
strongly
later
development
disease.
Annual Review of Developmental Psychology,
Journal Year:
2019,
Volume and Issue:
1(1), P. 277 - 312
Published: Dec. 13, 2019
An
extensive
literature
on
childhood
adversity
and
neurodevelopment
has
emerged
over
the
past
decade.
We
evaluate
two
conceptual
models
of
neurodevelopment—the
dimensional
model
stress
acceleration
model—in
a
systematic
review
109
studies
using
MRI-based
measures
neural
structure
function
in
children
adolescents.
Consistent
with
model,
exposed
to
threat
had
reduced
amygdala,
medial
prefrontal
cortex
(mPFC),
hippocampal
volume
heightened
amygdala
activation
majority
studies;
these
patterns
were
not
observed
consistently
deprivation.
In
contrast,
altered
frontoparietal
regions
deprivation
but
threat.
Evidence
for
accelerated
development
amygdala-mPFC
circuits
was
limited
other
metrics
neurodevelopment.
Progress
charting
neurodevelopmental
consequences
requires
larger
samples,
longitudinal
designs,
more
precise
assessments
adversity.
BMJ,
Journal Year:
2020,
Volume and Issue:
unknown, P. m3048 - m3048
Published: Oct. 28, 2020
The
prevalence
of
"toxic
stress"
and
huge
downstream
consequences
in
disease,
suffering,
financial
costs
make
prevention
early
intervention
crucial,
say
Charles
A
Nelson
colleagues
PEDIATRICS,
Journal Year:
2018,
Volume and Issue:
141(2)
Published: Jan. 22, 2018
Maternal
prenatal
nutrition
and
the
child's
in
first
2
years
of
life
(1000
days)
are
crucial
factors
a
neurodevelopment
lifelong
mental
health.
Child
adult
health
risks,
including
obesity,
hypertension,
diabetes,
may
be
programmed
by
nutritional
status
during
this
period.
Calories
essential
for
growth
both
fetus
child
but
not
sufficient
normal
brain
development.
Although
all
nutrients
necessary
growth,
key
that
support
include
protein;
zinc;
iron;
choline;
folate;
iodine;
vitamins
A,
D,
B6,
B12;
long-chain
polyunsaturated
fatty
acids.
Failure
to
provide
critical
period
development
result
deficits
function
despite
subsequent
nutrient
repletion.
Understanding
complex
interplay
micro-
macronutrients
is
moving
beyond
simply
recommending
"good
diet"
optimizing
delivery
developing
child.
Leaders
pediatric
policy
makers
must
aware
research
given
its
implications
public
at
federal
state
level.
Pediatricians
should
refer
existing
services
pregnant
breastfeeding
women,
infants,
toddlers.
Finally,
providers
caring
children
can
advocate
healthy
diets
mothers,
young
1000
days.
Prioritizing
policies
ensure
provision
adequate
eating
time
would
have
an
early
foundation
optimal
neurodevelopment,
factor
long-term
BMC Medicine,
Journal Year:
2017,
Volume and Issue:
15(1)
Published: July 10, 2017
Adverse
psychosocial
exposures
in
early
life,
namely
experiences
such
as
child
maltreatment,
caregiver
stress
or
depression,
and
domestic
community
violence,
have
been
associated
epidemiological
studies
with
increased
lifetime
risk
of
adverse
outcomes,
including
diabetes,
heart
disease,
cancers,
psychiatric
illnesses.
Additional
work
has
shed
light
on
the
potential
molecular
mechanisms
by
which
adversity
becomes
“biologically
embedded”
altered
physiology
across
body
systems.
This
review
surveys
evidence
calls
researchers,
clinicians,
policymakers,
other
practitioners
to
act
upon
evidence.
Childhood
wide-ranging
effects
neural,
endocrine,
immune,
metabolic
physiology.
Molecular
broadly
implicate
disruption
central
neural
networks,
neuroendocrine
dysregulation,
chronic
inflammation,
among
changes.
Physiological
predisposes
individuals
common
diseases
life
course.
Reviewed
important
implications
for
clinical
practice,
biomedical
research,
sectors
relevant
public
health
wellbeing.
Warranted
changes
include
screening
children
adults,
scale-up
effective
interventions,
policy
advocacy,
ongoing
research
develop
new
evidence-based
response
strategies.
Health Affairs,
Journal Year:
2019,
Volume and Issue:
38(10), P. 1622 - 1629
Published: Oct. 1, 2019
Violence
in
its
many
forms
can
affect
the
health
of
people
who
are
targets,
those
perpetrators,
and
communities
which
both
live.
In
this
article
we
review
literature
on
consequences
violence,
including
child
physical
sexual
abuse,
intimate
partner
elder
youth
bullying.
The
biological
effects
violence
have
become
increasingly
better
understood
include
brain,
neuroendocrine
system,
immune
response.
Consequences
increased
incidences
depression,
anxiety,
posttraumatic
stress
disorder,
suicide;
risk
cardiovascular
disease;
premature
mortality.
vary
with
age
sex
victim
as
well
form
violence.
People
be
victims
multiple
cumulative.
NeuroImage,
Journal Year:
2019,
Volume and Issue:
209, P. 116493 - 116493
Published: Dec. 27, 2019
Investigating
the
developmental
sequelae
of
early
life
stress
has
provided
researchers
opportunity
to
examine
adaptive
responses
extreme
environments.
A
large
body
work
established
mechanisms
by
which
stressful
experiences
childhood
poverty,
maltreatment,
and
institutional
care
can
impact
brain
distributed
systems
body.
These
are
reviewed
briefly
lay
foundation
upon
current
neuroimaging
literature
been
built.
More
recently,
cognitive
neuroscientists
have
identified
a
number
effects
adversity,
including
differential
behavior
function.
Among
most
consistent
these
findings
differences
in
processing
emotion
reward-related
information.
The
neural
correlates
processing,
particularly
frontolimbic
functional
connectivity,
well
studied
samples
with
results
indicating
accelerated
maturation
following
adversity.
Reward
received
less
attention,
but
here
evidence
suggests
deficit
reward
sensitivity.
It
is
as
yet
unknown
whether
emotion-regulation
circuits
comes
at
cost
delayed
development
other
systems,
notably
system.
This
review
addresses
that
investigated
identifying
important
next
steps
study
function
Cell Reports,
Journal Year:
2022,
Volume and Issue:
38(13), P. 110600 - 110600
Published: March 1, 2022
Several
mental
illnesses,
characterized
by
aberrant
stress
reactivity,
often
arise
after
early-life
adversity
(ELA).
However,
it
is
unclear
how
ELA
affects
stress-related
brain
circuit
maturation,
provoking
these
enduring
vulnerabilities.
We
find
that
increases
functional
excitatory
synapses
onto
stress-sensitive
hypothalamic
corticotropin-releasing
hormone
(CRH)-expressing
neurons,
resulting
from
disrupted
developmental
synapse
pruning
adjacent
microglia.
Microglial
process
dynamics
and
synaptic
element
engulfment
were
attenuated
in
mice,
associated
with
deficient
signaling
of
the
microglial
phagocytic
receptor
MerTK.
Accordingly,
selective
chronic
chemogenetic
activation
microglia
increased
reduced
density
to
control
levels.
Notably,
normalized
adult
acute
responses,
including
stress-induced
secretion
behavioral
threat
as
well
adrenal
hypertrophy
mice.
Thus,
actions
during
development
are
powerful
contributors
mechanisms
which
sculpts
connectivity
stress-regulating
promoting
vulnerability
illnesses.