Critical Care Medicine,
Год журнала:
2016,
Номер
45(2), С. 253 - 262
Опубликована: Сен. 15, 2016
To
provide
an
appraisal
of
the
evolving
paradigms
in
pathophysiology
sepsis
and
propose
evolution
a
new
phenotype
critically
ill
patients,
its
potential
underlying
mechanism,
implications
for
future
management
research.Literature
search
using
PubMed,
MEDLINE,
EMBASE,
Google
Scholar.Sepsis
remains
one
most
debilitating
expensive
illnesses,
prevalence
is
not
declining.
What
changing
our
definition(s),
clinical
course,
how
we
manage
septic
patient.
Once
thought
to
be
predominantly
syndrome
over
exuberant
inflammation,
now
recognized
as
aberrant
host
protective
immunity.
Earlier
recognition
compliance
with
treatment
bundles
has
fortunately
led
decline
multiple
organ
failure
in-hospital
mortality.
Unfortunately,
more
especially
aged,
are
suffering
chronic
critical
illness,
rarely
fully
recover,
often
experience
indolent
death.
Patients
illness
exhibit
"a
persistent
inflammation-immunosuppression
catabolism
syndrome,"
it
proposed
here
that
this
state
persisting
immunosuppression
contributes
many
these
adverse
outcomes.
The
cause
currently
unknown,
but
there
increasing
evidence
altered
myelopoiesis,
reduced
effector
T-cell
function,
expansion
immature
myeloid-derived
suppressor
cells
all
contributory.Although
newer
therapeutic
interventions
targeting
inflammatory,
immunosuppressive,
protein
catabolic
responses
individually,
successful
patient
may
require
complementary
approach.
American Journal of Respiratory and Critical Care Medicine,
Год журнала:
2020,
Номер
203(1), С. 24 - 36
Опубликована: Ноя. 4, 2020
The
severe
acute
respiratory
syndrome
coronavirus
2
(SARS-CoV-2)
pandemic
has
raised
many
questions
about
the
management
of
patients
with
chronic
obstructive
pulmonary
disease
(COPD)
and
whether
modifications
their
therapy
are
required.
It
recognizing
differentiating
(COVID-19)
from
COPD
given
similarity
symptoms.
Global
Initiative
for
Chronic
Obstructive
Lung
Disease
(GOLD)
Science
Committee
used
established
methods
literature
review
to
present
an
overview
during
COVID-19
pandemic.
is
unclear
at
increased
risk
becoming
infected
SARS-CoV-2.
During
periods
high
community
prevalence
COVID-19,
spirometry
should
only
be
when
it
essential
diagnosis
and/or
assess
lung
function
status
interventional
procedures
or
surgery.
Patients
follow
basic
infection
control
measures,
including
social
distancing,
hand
washing,
wearing
a
mask
face
covering.
remain
up
date
appropriate
vaccinations,
particularly
annual
influenza
vaccination.
Although
data
limited,
inhaled
corticosteroids,
long-acting
bronchodilators,
roflumilast,
macrolides
continue
as
indicated
stable
management.
Systemic
steroids
antibiotics
in
exacerbations
according
usual
indications.
Differentiating
symptoms
underlying
those
exacerbation
may
challenging.
If
there
suspicion
testing
SARS-CoV-2
considered.
who
developed
moderate-to-severe
hospitalization
pneumonia,
treated
evolving
pharmacotherapeutic
approaches
appropriate,
remdesivir,
dexamethasone,
anticoagulation.
Managing
failure
include
oxygen
supplementation,
prone
positioning,
noninvasive
ventilation,
protective
strategy
distress
syndrome.
asymptomatic
mild
followed
protocols.
moderate
worse
monitored
more
frequently
accurately
than
COPD,
particular
attention
need
therapy.
Critical Care Medicine,
Год журнала:
2015,
Номер
43(5), С. 1121 - 1129
Опубликована: Фев. 5, 2015
To
conduct
a
systematic
review
and
metaanalysis
of
the
prevalence,
risk
factors,
prevention/treatment
strategies
for
posttraumatic
stress
disorder
symptoms
in
critical
illness
survivors.PubMed,
Embase,
CINAHL,
PsycINFO,
Cochrane
Library
from
inception
through
March
5,
2014.Eligible
studies
met
following
criteria:
1)
adult
general/nonspecialty
ICU,
2)
validated
instrument
greater
than
or
equal
to
1
month
post-ICU,
3)
sample
size
10
patients.Duplicate
independent
data
abstraction
all
eligible
titles/abstracts/full-text
articles.The
search
identified
2,817
titles/abstracts,
with
40
articles
on
36
unique
cohorts
(n
=
4,260
patients).
The
Impact
Event
Scale
was
most
common
instrument.
Between
6
months
post-ICU
(six
studies;
n
456),
pooled
mean
(95%
CI)
score
20
(17-24),
prevalences
clinically
important
were
25%
(18-34%)
44%
(36-52%)
using
thresholds
35
20,
respectively.
7
12
(five
698),
17
(9-24),
17%
(10-26%)
34%
(22-50%),
ICU
factors
included
benzodiazepine
administration
memories
frightening
experiences.
Posttraumatic
associated
worse
quality
life.
In
European-based
studies:
an
diary
significant
reduction
symptoms,
self-help
rehabilitation
manual
symptom
at
2
months,
but
not
months;
nurse-led
follow-up
clinic
did
reduce
symptoms.Clinically
occurred
one
fifth
survivors
1-year
follow-up,
higher
prevalence
those
who
had
comorbid
psychopathology,
received
benzodiazepines,
early
European
studies,
diaries
reduced
symptoms.
A
substantial
number
of
patients
admitted
to
the
ICU
because
an
acute
illness,
complicated
surgery,
severe
trauma,
or
burn
injury
will
develop
a
de
novo
form
muscle
weakness
during
stay
that
is
referred
as
"intensive
care
unit
acquired
weakness"
(ICUAW).
This
ICUAW
evoked
by
critical
illness
can
be
due
axonal
neuropathy,
primary
myopathy,
both.
Underlying
pathophysiological
mechanisms
comprise
microvascular,
electrical,
metabolic,
and
bioenergetic
alterations,
interacting
in
complex
way
culminating
loss
strength
and/or
atrophy.
typically
symmetrical
affects
predominantly
proximal
limb
muscles
respiratory
muscles,
whereas
facial
ocular
are
often
spared.
The
main
risk
factors
for
include
high
severity
upon
admission,
sepsis,
multiple
organ
failure,
prolonged
immobilization,
hyperglycemia,
also
older
have
higher
risk.
role
corticosteroids
neuromuscular
blocking
agents
remains
unclear.
diagnosed
awake
cooperative
bedside
manual
testing
scored
Medical
Research
Council
sum
score.
In
cases
atypical
clinical
presentation
evolution,
additional
electrophysiological
may
required
differential
diagnosis.
cornerstones
prevention
aggressive
treatment
early
mobilization,
preventing
hyperglycemia
with
insulin,
avoiding
use
parenteral
nutrition
first
week
illness.
Weak
clearly
worse
outcomes
consume
more
healthcare
resources.
Recovery
usually
occurs
within
weeks
months,
although
it
incomplete
persisting
up
2
years
after
discharge.
Prognosis
appears
compromised
when
cause
involves
polyneuropathy,
isolated
myopathy
better
prognosis.
addition,
has
shown
contribute
1-year
mortality.
Future
research
should
focus
on
new
preventive
therapeutic
strategies
this
detrimental
complication
clarifying
how
contributes
poor
longer-term
Journal of Clinical Investigation,
Год журнала:
2016,
Номер
126(1), С. 23 - 31
Опубликована: Янв. 3, 2016
Sepsis
is
a
systemic
inflammatory
response
induced
by
an
infection,
leading
to
organ
dysfunction
and
mortality.
Historically,
sepsis-induced
lethality
were
attributed
the
interplay
between
antiinflammatory
responses.
With
advances
in
intensive
care
management
goal-directed
interventions,
early
sepsis
mortality
has
diminished,
only
surge
later
after
"recovery"
from
acute
events,
prompting
search
for
alterations
immune
function.
well
known
alter
innate
adaptive
responses
sustained
periods
clinical
"recovery,"
with
immunosuppression
being
prominent
example
of
such
alterations.
Recent
studies
have
centered
on
immune-modulatory
therapy.
These
efforts
are
focused
defining
reversing
persistent
cell
that
associated
long
events
resolved.
The Lancet Respiratory Medicine,
Год журнала:
2021,
Номер
9(11), С. 1275 - 1287
Опубликована: Окт. 9, 2021
The
impact
of
COVID-19
on
physical
and
mental
health
employment
after
hospitalisation
with
acute
disease
is
not
well
understood.
aim
this
study
was
to
determine
the
effects
COVID-19-related
employment,
identify
factors
associated
recovery,
describe
recovery
phenotypes.
Post-hospitalisation
(PHOSP-COVID)
a
multicentre,
long-term
follow-up
adults
(aged
≥18
years)
discharged
from
hospital
in
UK
clinical
diagnosis
COVID-19,
involving
an
assessment
between
2
7
months
discharge,
including
detailed
recording
symptoms,
physiological
biochemical
testing.
Multivariable
logistic
regression
done
for
primary
outcome
patient-perceived
age,
sex,
ethnicity,
body-mass
index,
comorbidities,
severity
illness
as
covariates.
A
post-hoc
cluster
analysis
outcomes
breathlessness,
fatigue,
health,
cognitive
impairment,
performance
using
clustering
large
applications
k-medoids
approach.
registered
ISRCTN
Registry
(ISRCTN10980107).
We
report
findings
1077
patients
March
5
Nov
30,
2020,
who
underwent
at
median
5·9
(IQR
4·9–6·5)
discharge.
Participants
had
mean
age
58
years
(SD
13);
384
(36%)
were
female,
710
(69%)
white
288
(27%)
received
mechanical
ventilation,
540
(50%)
least
two
comorbidities.
At
follow-up,
only
239
(29%)
830
participants
felt
fully
recovered,
158
(20%)
806
new
disability
(assessed
by
Washington
Group
Short
Set
Functioning),
124
(19%)
641
experienced
health-related
change
occupation.
Factors
recovering
female
middle
(40–59
years),
or
more
severe
illness.
magnitude
persistent
burden
substantial
but
weakly
Four
clusters
identified
different
severities
impairment
(n=767):
very
(131
patients,
17%),
(159,
21%),
moderate
along
(127,
mild
(350,
46%).
Of
used
analysis,
all
closely
related
except
impairment.
Three
(3%)
113
cluster,
nine
(7%)
129
36
99
114
(43%)
267
reported
feeling
recovered.
Persistently
elevated
serum
C-reactive
protein
positively
severity.
admission
6
discharge
(eg,
illness),
four
impairments
related,
whereas
independent.
In
care,
proactive
approach
needed
across
spectrum,
interdisciplinary
working,
wide
access
holistic
services,
potential
stratify
care.
Research
Innovation
National
Institute
Health
Research.
Journal of Translational Internal Medicine,
Год журнала:
2017,
Номер
5(2), С. 90 - 92
Опубликована: Июнь 1, 2017
Abstract
Survival
of
critically
unwell
patients
has
improved
in
the
last
decade
due
to
advances
critical
care
medicine.
Some
these
survivors
develop
cognitive,
psychiatric
and
/or
physical
disability
after
treatment
intensive
unit
(ICU),
which
is
now
recognized
as
post
syndrome
(PICS).
Given
limited
awareness
about
PICS
medical
faculty
this
aspect
often
overlooked
may
lead
reduced
quality
life
cause
a
lot
suffering
their
families.
Efforts
should
be
directed
towards
preventing
by
minimizing
sedation
early
mobilization
during
ICU.All
evaluated
for
those
having
signs
symptoms
it
managed
multidisciplinary
team
includes
physician,
neuro-psychiatrist,
physiotherapist
respiratory
therapist,
with
use
pharmacological
non-apharmacological
interventions.
This
can
achieved
through
an
organizational
change
improvement,
knowing
high
rate
incidence
its
adverse
effects
on
survivor’s
daily
activities
effect
family.
Abstract
The
novel
coronavirus,
SARS-CoV-2-causing
Coronavirus
Disease
19
(COVID-19),
emerged
as
a
public
health
threat
in
December
2019
and
was
declared
pandemic
by
the
World
Health
Organization
March
2020.
Delirium,
dangerous
untoward
prognostic
development,
serves
barometer
of
systemic
injury
critical
illness.
early
reports
25%
encephalopathy
from
China
are
likely
gross
underestimation,
which
we
know
occurs
whenever
delirium
is
not
monitored
with
valid
tool.
Indeed,
patients
COVID-19
at
accelerated
risk
for
due
to
least
seven
factors
including
(1)
direct
central
nervous
system
(CNS)
invasion,
(2)
induction
CNS
inflammatory
mediators,
(3)
secondary
effect
other
organ
failure,
(4)
sedative
strategies,
(5)
prolonged
mechanical
ventilation
time,
(6)
immobilization,
(7)
needed
but
unfortunate
environmental
social
isolation
quarantine
without
family.
Given
insights
into
pathobiology
virus,
well
emerging
interventions
utilized
treat
critically
ill
patients,
prevention
management
will
prove
exceedingly
challenging,
especially
intensive
care
unit
(ICU).
main
focus
during
lies
within
organizational
issues,
i.e.,
lack
ventilators,
shortage
personal
protection
equipment,
resource
allocation,
prioritization
limited
options,
end-of-life
care.
However,
standard
ICU
management,
must
remain
highest
quality
possible
an
eye
towards
long-term
survival
minimization
issues
related
post-intensive
syndrome
(PICS).
This
article
discusses
how
professionals
(e.g.,
physicians,
nurses,
physiotherapists,
pharmacologists)
can
use
our
knowledge
resources
limit
burden
on
reducing
modifiable
despite
imposed
heavy
workload
difficult
clinical
challenges
posed
pandemic.
Acute Medicine & Surgery,
Год журнала:
2019,
Номер
6(3), С. 233 - 246
Опубликована: Апрель 25, 2019
Expanding
elderly
populations
are
a
major
social
challenge
in
advanced
countries
worldwide
and
have
led
to
rapid
increase
the
number
of
patients
intensive
care
units
(
ICU
s).
Innovative
advances
medical
technology
enabled
lifesaving
s,
but
there
remain
various
problems
improve
their
long‐term
prognoses.
Post‐intensive
syndrome
PICS
)
refers
physical,
cognition,
mental
impairments
that
occur
during
stay,
after
discharge
or
hospital
discharge,
as
well
prognosis
patients.
Its
concept
also
applies
pediatric
‐p)
status
family
‐F).
Intensive
unit‐acquired
weakness,
characterized
by
acute
symmetrical
limb
muscle
weakness
admission,
belongs
physical
three
domains
.
Prevention
requires
performance
ABCDEFGH
bundle,
which
incorporates
prevention
delirium,
early
rehabilitation,
intervention,
follow‐up
from
time
admission
discharge.
Diary,
nutrition,
nursing
care,
environmental
management
for
healing
important
This
review
outlines
pathophysiology,
prevention,
future
directions