Clinical Transplantation,
Journal Year:
2023,
Volume and Issue:
unknown
Published: July 27, 2023
Background
The
COVID-19
pandemic,
caused
by
the
SARS-CoV-2
virus,
has
had
unprecedented
effects
on
society
and
modern
healthcare.
In
liver
transplantation,
uncertainty
regarding
safety
of
performing
transplants
during
early
stage
pandemic
resulted
in
increased
waitlist
mortality.
Additionally,
concerns
about
disease
transmission
led
to
avoidance
deceased
donors
with
infections.
Several
successful
case
reports
describing
incidental
transplant
organs
from
infections
or
intentional
such
into
recipients
current
prior
prompted
community
re-evaluate
that
position.
While
excellent
short-term
results
have
been
published,
little
is
known
use
active
extent
organ
involvement,
which
may
affect
long
term
outcomes.
Methods
We
report
transplantation
three
livers
Donor
aortic
tissues
were
evaluated
sensitive
molecular
testing
for
RNA
via
situ
hybridization
real-time
quantitative
reverse
transcription
PCR.
Results
Postoperatively,
all
patients
allograft
function,
without
clinical
evidence
donor
tissues.
Conclusion
This
supports
Clinical Gastroenterology and Hepatology,
Journal Year:
2023,
Volume and Issue:
21(8), P. 2150 - 2166
Published: April 20, 2023
Liver
transplantation
offers
live-saving
therapy
for
patients
with
complications
of
cirrhosis
and
stage
T2
hepatocellular
carcinoma.
The
demand
organs
far
outstrips
the
supply,
innovations
aimed
at
increasing
number
usable
deceased
donors
as
well
alternative
donor
sources
are
a
major
focus.
etiologies
shifting
over
time,
more
need
among
alcohol-associated
liver
disease
nonalcoholic/metabolic
fatty
less
viral
hepatitis,
although
hepatitis
B
remains
an
important
indication
transplant
in
countries
high
endemicity.
rise
has
brought
attention
to
how
selected
strategies
needed
prevent
recurrent
disease.
In
this
review,
we
present
status
report
on
most
pressing
topics
future
challenges.
Transplant Infectious Disease,
Journal Year:
2023,
Volume and Issue:
25(1)
Published: Jan. 24, 2023
Decisions
to
transplant
organs
from
severe
acute
respiratory
syndrome
coronavirus
2
(SARS-CoV-2)
nucleic
acid
test-positive
(NAT+)
donors
must
balance
risk
of
donor-derived
transmission
events
(DDTE)
with
the
scarcity
available
organs.Organ
Procurement
and
Transplantation
Network
(OPTN)
data
were
used
compare
organ
utilization
recipient
outcomes
between
SARS-CoV-2
NAT+
NAT-
donors.
was
defined
by
either
a
positive
upper
or
lower
tract
(LRT)
sample
within
21
days
procurement.
Potential
DDTE
adjudicated
OPTN
Disease
Transmission
Advisory
Committee.From
May
27,
2021
(date
OTPN
policy
for
required
LRT
testing
lung
donors)
January
31,
2022,
recovered
617
all
regions
53
57
(93%)
procurement
organizations.
younger
had
higher
quality
scores
kidney
liver.
Organ
compared
A
total
1241
(776
kidneys,
316
livers,
106
hearts,
22
lungs,
other)
transplanted
514
946
8853
Medical
urgency
recipients
liver
heart
transplants.
The
median
waitlist
time
longer
match
run
sequence
number
final
acceptor
types.
Outcomes
hospital
length
stay,
30-day
mortality,
graft
loss
similar
No
occurred
in
this
interval.Transplantation
donor
appears
safe
short-term
death
ameliorates
shortage.
Further
study
is
assure
comparable
term
outcomes.
Current Opinion in Organ Transplantation,
Journal Year:
2023,
Volume and Issue:
28(3), P. 197 - 206
Published: March 9, 2023
Purpose
of
review
The
deceased
donor
organ
pool
has
broadened
beyond
young,
otherwise
healthy
head
trauma
victims.
But
an
abundance
donated
organs
only
benefits
patients
if
they
are
accepted,
expeditiously
transported
and
actually
transplanted.
This
focuses
on
postdonation
challenges
opportunities
to
increase
the
number
transplants
through
improved
utilization.
Recent
findings
We
build
upon
recently
proposed
changes
in
terminology
for
measuring
Among
recovered
transplant,
nonuse
rate
(NUR
REC
)
risen
above
25%
kidneys
pancreata.
donors,
DON
40%
livers
exceeds
70%
thoracic
organs.
Programme-level
variation
offer
acceptance
rates
vastly
traditional,
1-year
survival
benchmark.
Key
boost
utilization
include
donation
after
circulatory
death
hepatitis
C
virus
(HCV)+
organs;
acute
kidney
injury
suboptimal
biopsy
kidneys;
older
steatotic
livers.
Summary
Underutilization
less-than-ideal,
yet
transplant-worthy
remains
obstacle
maximizing
impact
U.S.
transplant
system.
increased
risk
inferior
posttransplant
outcomes
must
always
be
weighed
against
risks
remaining
waitlist.
Advanced
perfusion
technologies;
tuning
allocation
systems
placement
efficiency;
data-driven
clinical
decision
support
have
potential
medically
complex
International Journal of Molecular Sciences,
Journal Year:
2023,
Volume and Issue:
24(2), P. 1091 - 1091
Published: Jan. 6, 2023
The
liver
is
a
secondary
and
often
collateral
target
of
COVID-19
disease
but
can
lead
to
important
consequences.
might
directly
cause
high
number
complications
in
patients
with
pre-existing
chronic
disease,
increasing
their
risk
hepatic
decompensation.
Moreover,
it
also
determines
indirect
consequences
the
management
especially
those
suffering
from
decompensated
cirrhosis
HCC,
as
well
execution
follow-up
availability
all
therapeutic
possibilities.
Liver
imaging
proved
be
highly
nonspecific,
still
useful
for
identifying
that
derive
infection.
recent
implementation
telemedicine
constitutes
possible
solution
both
physical
distancing
re-organizational
difficulties
arising
pandemic.
present
review
aims
encompass
currently
hypothesized
pathophysiological
mechanisms
injury
mediated
by
direct
invasion
virus
its
effects
analyze
consequence
pandemic
tumors,
particular
regard
strategies
have
been
implemented
face
this
worldwide
emergency
further
improved.
American Journal of Transplantation,
Journal Year:
2022,
Volume and Issue:
22(12), P. 2903 - 2911
Published: Sept. 30, 2022
Emerging
data
support
the
safety
of
transplantation
extra-pulmonary
organs
from
donors
with
SARS-CoV-2-detection.
Our
center
offered
kidney
(KT)
deceased
(DD)
SARS-CoV-2
and
without
COVID-19
as
a
cause
death
(CoV
+
COD
CoV+)
to
consenting
candidates.
No
pre-emptive
antiviral
therapies
were
given.
We
retrospectively
compared
outcomes
contemporaneous
DDKTs
negative
testing
(CoVneg).
From
February
1,
2021
January
31,
2022,
there
220
adult
KTs,
including
115
(52%)
35
CoV+
33
CoV
donors.
Compared
CoVneg
CoV+,
more
often
DCD
(100%
vs.
40%
46%,
p
<
.01)
longer
cold
ischemia
times
(25.2
h
22.9
22.2
h,
=
.02).
At
median
follow-up
5.7
months,
recipients
kidneys
had
similar
rates
delayed
graft
function
(10.3%,
21.8%
21.9%,
.16),
rejection
(5.1%,
0%
8.5%,
.07),
failure
(1.7%,
0%,
.35),
mortality
(0.9%,
3.7%;
.29),
diagnoses
(13.6%,
7.1%,
15.2%,
.33).
Though
was
shorter,
associated
lower
but
acceptable
eGFR
on
multivariable
analysis.
KT
DDs
at
various
stages
infection
appears
safe
successful.
Extended
is
required
assess
impact
term
function.
JAMA Network Open,
Journal Year:
2023,
Volume and Issue:
6(5), P. e2315908 - e2315908
Published: May 30, 2023
Importance
While
the
COVID-19
pandemic
enters
a
new
phase
and
proportion
of
individuals
with
previous
diagnosis
increases,
national
patterns
in
kidney
use
medium-term
transplant
(KT)
outcomes
among
patients
receiving
kidneys
from
active
or
resolved
COVID-19–positive
donors
remain
unknown.
Objective
To
evaluate
KT
adult
recipients
deceased
COVID-19.
Design,
Setting,
Participants
This
retrospective
cohort
study
was
conducted
using
US
registry
data
35
851
(71
334
kidneys)
45
912
who
received
KTs
March
1,
2020,
to
30,
2023.
Exposure
The
exposure
donor
SARS-CoV-2
nucleic
acid
amplification
test
(NAT)
results,
positive
NAT
results
within
7
days
before
procurement
defined
as
1
week
(&gt;7
days)
Main
Outcomes
Measures
Primary
were
nonuse,
all-cause
graft
failure,
patient
death.
Secondary
acute
rejection
(ie,
first
6
months
after
KT),
hospitalization
length
stay
(LOS),
delayed
function
(DGF).
Multivariable
logistic
regression
analyses
performed
for
rejection,
DGF;
multivariable
linear
LOS;
Cox
failure
All
models
adjusted
inverse
probability
treatment
weighting.
Results
Among
donors,
mean
(SD)
age
42.5
(15.3)
years;
22
319
(62.3%)
men
23
992
(66.9%)
White.
recipients,
54.3
(13.2)
27
952
(60.9%)
15
349
(33.4%)
Black.
likelihood
nonuse
decreased
over
time.
Overall,
(adjusted
odds
ratio
[AOR],
1.55;
95%
CI,
1.38-1.76)
(AOR,
1.31;
1.16-1.48)
had
higher
compared
COVID-19–negative
donors.
From
2020
2022,
(2020:
AOR,
11.26
[95%
2.29-55.38];
2021:
2.09
1.58-2.79];
2022:
1.47
1.28-1.70])
without
Kidneys
3.87;
1.26-11.90)
2021
1.94;
1.54-2.45)
but
not
2022
1.09;
0.94-1.28).
In
2023,
both
1.07;
0.75-1.63)
1.18;
0.80-1.73)
associated
nonuse.
No
risk
death
found
(graft
failure:
hazard
[AHR],
1.03
0.78-1.37];
death:
AHR,
1.17
0.84-1.66])
1.10
0.88-1.39];
0.95
0.70-1.28]).
Donor
positivity
longer
LOS,
DGF.
Conclusions
Relevance
this
study,
time,
worse
2
years
transplant.
These
findings
suggest
that
is
safe
medium
term;
further
research
needed
assess
longer-term
outcomes.
Clinical Journal of the American Society of Nephrology,
Journal Year:
2023,
Volume and Issue:
18(11), P. 1466 - 1475
Published: Aug. 14, 2023
Acceptable
post-transplant
outcomes
were
reported
in
kidney
transplant
recipients
from
donors
with
coronavirus
disease
2019
(COVID-19);
however,
there
are
no
comparative
studies
well-matched
controls.