American Journal of Respiratory and Critical Care Medicine,
Год журнала:
2022,
Номер
207(7), С. 876 - 886
Опубликована: Окт. 10, 2022
Rationale:
The
SPICE
III
(Sedation
Practice
in
Intensive
Care
Evaluation)
trial
reported
significant
heterogeneity
mortality
with
dexmedetomidine
treatment.
Supplemental
propofol
was
commonly
used
to
achieve
desirable
sedation.
Objectives:
To
quantify
the
association
of
different
infusion
rates
and
propofol,
given
combination,
determine
if
this
is
modified
by
age.
Methods:
We
included
1,177
patients
randomized
receive
supplemental
stratified
age
(>65
or
⩽65
yr).
double
stratification
analysis
produce
quartiles
steady
while
escalating
dose
vice
versa.
Cox
proportional
hazard
multivariable
regression
adjusted
for
relevant
clinical
variable
evaluate
sedative
90-day
mortality.
Measurements
Main
Results:
Younger
(598
[50.8%])
received
significantly
higher
doses
both
sedatives
compared
older
comparable
sedation
depth.
On
analysis,
1.27
mg/kg/h
at
a
rate
(0.54
μg/kg/h)
associated
reduced
younger
but
not
patients.
This
consistent
modeling
(hazard
ratio,
0.59;
95%
confidence
interval,
0.43-0.78;
P
<
0.0001)
baseline
risk
interaction
dose.
In
contrast,
among
patients,
using
regression,
increased
1.30;
1.03-1.65;
=
0.029).
Conclusions:
years
sedated
preferentially
increasing
decreased
Conversely,
may
be
Clinical
registered
www.clinicaltrials.gov
(NCT01728558).
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.
Critical Care Medicine,
Год журнала:
2017,
Номер
45(2), С. 321 - 330
Опубликована: Янв. 18, 2017
Over
the
past
20
years,
critical
care
has
matured
in
a
myriad
of
ways
resulting
dramatically
higher
survival
rates
for
our
sickest
patients.
For
millions
new
survivors
comes
de
novo
suffering
and
disability
called
"the
postintensive
syndrome."
Patients
with
syndrome
are
robbed
their
normal
cognitive,
emotional,
physical
capacity
cannot
resume
previous
life.
The
ICU
Liberation
Collaborative
is
real-world
quality
improvement
initiative
being
implemented
across
76
ICUs
designed
to
engage
strategically
ABCDEF
bundle
through
team-
evidence-based
care.
This
article
explains
science
philosophy
liberating
patients
families
from
harm
that
both
inherent
illness
iatrogenic.
liberation
an
extensive
program
facilitate
implementation
pain,
agitation,
delirium
guidelines
using
bundle.
Participating
teams
adapt
data
hundreds
peer-reviewed
studies
operationalize
systematic
reliable
methodology
shifts
culture
harmful
inertia
sedation
restraints
animated
filled
who
awake,
cognitively
engaged,
mobile
family
members
engaged
as
partners
team
at
bedside.
In
doing
so,
"liberated"
iatrogenic
aspects
threaten
his
or
her
sense
self-worth
human
dignity.
goal
this
2017
plenary
lecture
47th
Society
Critical
Care
Medicine
Congress
provide
clinical
synthesis
literature
led
creation
explain
how
patient-
family-centered,
novel,
generalizable,
practice
changing.
Abstract
Intensive
care
survivors
often
experience
post-intensive
sequelae,
which
are
frequently
gathered
together
under
the
term
“post-intensive
syndrome”
(PICS).
The
consequences
of
PICS
on
quality
life,
health-related
costs
and
hospital
readmissions
real
public
health
problems.
In
present
Viewpoint,
we
summarize
current
knowledge
gaps
in
our
understanding
approaches
to
management.
Anesthesiology,
Год журнала:
2018,
Номер
129(4), С. 829 - 851
Опубликована: Апрель 6, 2018
Abstract
For
half
a
century,
it
has
been
known
that
some
patients
experience
neurocognitive
dysfunction
after
cardiac
surgery;
however,
defining
its
incidence,
course,
and
causes
remains
challenging
controversial.
Various
terms
have
used
to
describe
at
different
times
surgery,
ranging
from
“postoperative
delirium”
cognitive
or
decline.”
Delirium
is
clinical
diagnosis
included
in
the
Diagnostic
Statistical
Manual
of
Mental
Disorders,
Fifth
Edition
(DSM-5).
Postoperative
not
DSM-5
heterogeneously
defined,
though
recent
international
nomenclature
effort
proposed
standardized
definitions
for
it.
Here,
authors
discuss
pathophysiologic
mechanisms
may
underlie
these
complications,
review
literature
on
methods
prevent
them,
novel
approaches
understand
their
etiology
lead
treatment
strategies.
Future
studies
should
measure
both
delirium
postoperative
help
clarify
relationship
between
important
complications.
Critical Care Medicine,
Год журнала:
2017,
Номер
45(10), С. 1660 - 1667
Опубликована: Июнь 30, 2017
To
evaluate
the
effect
of
an
extended
visitation
model
compared
with
a
restricted
on
occurrence
delirium
among
ICU
patients.Prospective
single-center
before
and
after
study.Thirty-one-bed
medical-surgical
ICU.All
patients
greater
than
or
equal
to
18
years
old
expected
length
stay
24
hours
consecutively
admitted
from
May
2015
November
2015.Change
policy
(4.5
hr/d)
(12
hr/d).Two
hundred
eighty-six
were
enrolled
(141
model,
145
model).
The
primary
outcome
was
cumulative
incidence
delirium,
assessed
bid
using
confusion
assessment
method
for
ICU.
Predefined
secondary
outcomes
included
duration
delirium/coma;
any
ICU-acquired
infection;
bloodstream
infection,
pneumonia,
urinary
tract
all-cause
mortality;
stay.
median
visits
increased
133
minutes
(interquartile
range,
97.7-162.0)
in
245
175.0-272.0)
(p
<
0.001).
Fourteen
(9.6%)
developed
29
(20.5%)
(adjusted
relative
risk,
0.50;
95%
CI,
0.26-0.95).
In
comparison
patients,
had
shorter
delirium/coma
(1.5
d
[interquartile
1.0-3.0]
vs
3.0
2.5-5.0];
p
=
0.03)
(3.0
2.0-4.0]
4.0
2.0-6.0];
0.04).
rate
infections
mortality
did
not
differ
significantly
between
two
study
groups.In
this
ICU,
associated
reduced
Critical Care Medicine,
Год журнала:
2018,
Номер
46(6), С. 850 - 859
Опубликована: Март 2, 2018
In
the
absence
of
a
universal
definition
light
or
deep
sedation,
level
sedation
that
conveys
favorable
outcomes
is
unknown.
We
quantified
relationship
between
escalating
intensity
in
first
48
hours
mechanical
ventilation
and
180-day
survival,
time
to
extubation,
delirium.Harmonized
data
from
prospective
multicenter
international
longitudinal
cohort
studies
SETTING::
Diverse
mix
ICUs.Critically
ill
patients
expected
be
ventilated
for
longer
than
24
hours.Richmond
Agitation
Sedation
Scale
pain
were
assessed
every
4
hours.
Delirium
mobilization
daily
using
Confusion
Assessment
Method
ICU
standardized
mobility
assessment,
respectively.Sedation
was
Index,
calculated
as
sum
negative
Richmond
measurements
divided
by
total
number
assessments.
used
multivariable
Cox
proportional
hazard
models
adjust
relevant
covariates.
performed
subgroup
sensitivity
analysis
accounting
immortal
bias
same
variables
within
120
168
The
main
outcome
survival.
703
42
ICUs
with
mean
(SD)
Acute
Physiology
Chronic
Health
Evaluation
II
score
22.2
(8.5)
mortality
32.3%
(227).
median
(interquartile
range)
4.54
days
(2.47-8.43
d).
occurred
273
(38.8%)
patients.
intensity,
an
dose-dependent
relationship,
independently
predicted
increased
risk
death
(hazard
ratio
[95%
CI],
1.29
[1.15-1.46];
p
<
0.001,
delirium
1.25
[1.10-1.43]),
value
equals
0.001
reduced
chance
early
extubation
(95%
CI)
0.80
(0.73-0.87),
less
0.001.
subsequent
(1.04-1.49),
0.02.
episodes
hours,
adjusted
not
associated
survival.Sedation
independently,
ascending
death,
delirium,
delayed
extubation.
These
observations
suggest
keeping
equivalent
0
clinically
desirable
goal.
Anaesthesiology Intensive Therapy,
Год журнала:
2018,
Номер
50(2), С. 160 - 167
Опубликована: Июнь 8, 2018
ENWEndNote
BIBJabRef,
Mendeley
RISPapers,
Reference
Manager,
RefWorks,
Zotero
AMA
Kotfis
K,
Marra
A,
Ely
E.
ICU
delirium
—
a
diagnostic
and
therapeutic
challenge
in
the
intensive
care
unit.
Anaesthesiology
Intensive
Therapy.
2018;50(2).
APA
Kotfis,
K.,
Marra,
A.,
&
Ely,
(2018).
Therapy,
50(2).
Chicago
Katarzyna,
Annachiara
Wesley
Ely.
2018.
"ICU
unit".
Therapy
50
(2).
Harvard
MLA
Katarzyna
et
al.
unit."
vol.
50,
no.
2,
Vancouver
International Medical Science Research Journal,
Год журнала:
2024,
Номер
4(2), С. 224 - 234
Опубликована: Фев. 23, 2024
This
review
paper
explores
the
transformative
landscape
of
innovations
in
hospital
management,
emphasizing
their
pivotal
role
shaping
healthcare's
current
and
future
state.
The
significance
innovations,
spanning
technology
integration,
human
resource
strategies,
patient
care
advancements,
is
examined.
Challenges
such
as
resistance
to
change
financial
constraints
are
addressed,
with
proposed
solutions
highlighting
importance
management
strategic
planning.
identifies
research
innovation
areas,
including
artificial
intelligence
integration
blockchain
technology.
Emerging
trends,
Internet
Things
telehealth
expansion,
underscore
dynamic
trajectory
management.
concludes
by
advocating
for
a
collaborative
innovative
approach,
positioning
hospitals
navigate
challenges
usher
characterized
enhanced
care,
operational
efficiency,
technological
advancement.
Keywords:
Hospital
Management,
Innovations,
Healthcare,
Technology
Integration,
Patient-Centric
Care