Kinetic Patterns of Antibiotic Consumption in German Acute Care Hospitals from 2017 to 2023
Birgitta Schweickert,
No information about this author
Niklas Willrich,
No information about this author
Marcel Feig
No information about this author
et al.
Antibiotics,
Journal Year:
2025,
Volume and Issue:
14(3), P. 316 - 316
Published: March 18, 2025
Background:
Antimicrobial
consumption
(AMC)
patterns,
besides
prescribing
behaviors,
reflect
the
changing
epidemiology
of
infectious
diseases.
Routine
surveillance
data
have
been
used
to
investigate
development
AMC
from
2017
2023
and
impact
COVID-19
within
context
framing
time
periods.
Methods:
Data
112
hospitals,
continuously
participating
in
national
system
hospital
antimicrobial
based
at
Robert
Koch
Institute,
were
analyzed
according
WHO
ATC
(Anatomical
Therapeutic
Chemical)/DDD
(Defined
Daily
Dose)
method
categorized
AWaRe-classification.
was
quantified
by
density
(CD)
expressed
DDD/100
patient
days
(PD)
admissions
(AD).
The
period
subdivided
into
three
phases:
pre-pandemic
phase
(2017–2019),
main
pandemic
(2020–2021)
transition
(2022–2023).
Linear
regression
models
determine
presence
an
overall
trend,
change
intra-phasic
trends
phase-specific
mean
levels
over
time.
Results:
From
total
antibiotic
decreased
7%
57.1
52.9
PD.
Four
kinetic
patterns
emerged
across
different
classes:
Pattern
1
displays
a
decreasing
which
slowed
down
throughout
exhibited
second-generation
cephalosporins
fluoroquinolones.
2
reveals
rising
decelerated
accelerated
again
aminopenicillins/beta-lactamase
inhibitors,
beta-lactamase
sensitive
pencillins,
azithromycin
first-generation
cephalosporins.
3
shows
elevated
carbapenems,
glycopeptides,
linezolid
third-generation
4
trend
phase,
reversed
without
achieving
resistant
penicillins,
daptomycin,
fosfomycin
(parenteral)
ceftazidime/avibactam.
Conclusions:
Kinetic
classes
might
COVID-19-related
effects
associated
changes
co-circulating
pathogens
health
care
supply.
Broad-spectrum
antibiotics
with
persisting
require
special
attention
focused
stewardship
activities.
Language: Английский
Impact of the COVID-19 Pandemic on Inpatient Antibiotic and Antifungal Drug Prescribing Volumes in Germany
Winfried V. Kern,
No information about this author
Michaela Steib–Bauert,
No information about this author
Jürgen Baumann
No information about this author
et al.
Published: Aug. 12, 2024
Background:
Previous
studies
have
found
variable
impact
of
the
coronavirus
disease
2019
(COVID-19)
pandem-ic
on
consumption
antimicrobial
drugs
in
human
medicine,
with
trends
several
European
countries
differing
between
community
and
inpatient
prescribing.
Aim:
This
study
analysed
changes
volumes
use
density
antibacterial
antifungal
dis-pensed
acute
care
hospitals
Germany
2022.
Methods:
Surveillance
data
for
four
years
available
from
279
hospitals,
among
them
272
antifungals,
were
expressed
as
total
daily
doses
or
(daily
per
100
patient/occupied
bed
days)
year
descriptively,
using
recommended
hospital-adapted
dose
definitions
(RDD)
(as
sensitivity
analysis)
WHO/ATC-defined
(DDD).
Hospitals
stratified
according
to
size
(number
beds)
university
affiliation,
location
(East,
West,
South).
Results:
There
significant
decreases
both
number
patient
days
drug
vol-umes
2020
through
2022
compared
2019.
The
relative
2020,
2021
-12.8%,
-13.5%,
-13.3%
days,
-9.7%,
-11.0%,
-10.1%
RDD,
respec-tively.
Broad-spectrum
betalactams,
notably
piperacillin-tazobactam
carbapenems,
increased
volume
unlike
most
other
classes.
resulting
was
slightly
but
significantly
increas-ing
pooled
means
(and
medians)
43.3
(40.0)
RDD/100
44.8
(41.7),
44.5
(40.80),
44.9
(41.7)
2022,
respectively.
Antifungal
after
peaked
(differences
+6.4%,
mean
values
+22.9%,
respectively).
These
similar
different
hospital
strata
comparable
when
DDD
instead
RDD
used.
Conclusions:
Similar
what
has
been
observed
a
majority
antibac-terial
German
decreased
pandemic
without
rebound
phenomenon
In
association
restricted
capacities
presumably
more
immunocompromised
general
medi-cine
patients,
however,
prescribing
(primarily
broad-spectrum)
antibacterials
increased.
Language: Английский