Transplantation Direct,
Journal Year:
2024,
Volume and Issue:
10(4), P. e1590 - e1590
Published: March 7, 2024
Background.
The
COVID-19
pandemic
has
led
to
an
increase
in
SARS-CoV-2–test
positive
potential
organ
donors.
benefits
of
life-saving
liver
transplantation
(LT)
must
be
balanced
against
the
risk
donor-derived
viral
transmission.
Although
emerging
evidence
suggests
that
use
COVID-19–positive
donor
organs
may
safe,
granular
series
thoroughly
evaluating
safety
are
still
needed.
Results
29
consecutive
LTs
from
donors
at
a
single
center
presented
here.
Methods.
A
retrospective
cohort
study
LT
recipients
between
April
2020
and
December
2022
was
conducted.
Differences
(n
=
total;
25
index,
4
redo)
COVID-19–negative
472
454
18
deceased
grafts
were
compared.
Results.
significantly
younger
(
P
0.04)
had
lower
kidney
profile
indices
than
Recipients
older
but
otherwise
similar
negative
Donor
SARS-CoV-2
infection
status
not
associated
with
overall
survival
(hazard
ratio,
1.11;
95%
confidence
interval,
0.24-5.04;
0.89).
There
3
deaths
among
No
death
seemed
virally
mediated
because
there
no
qualitative
association
peri-LT
antispike
antibody
titers,
post-LT
prophylaxis,
or
variants.
Conclusions.
utilization
decreased
recipients.
suggestion
transmission
recipient.
results
this
large
single-center
suggest
used
safely
expand
pool.
Current Opinion in Organ Transplantation,
Journal Year:
2023,
Volume and Issue:
28(2), P. 76 - 84
Published: Feb. 15, 2023
Purpose
of
review
SARS-CoV-2
resulted
in
a
global
pandemic
that
had
chilling
effect
on
transplantation
early
the
and
continues
to
result
significant
morbidity
mortality
transplant
recipients.
Over
past
2.5
years,
our
understanding
clinical
utility
vaccination
mAbs
prevent
COVID-19
solid
organ
(SOT)
recipients
has
been
studied.
Likewise,
approach
donors
candidates
with
better
understood.
This
will
attempt
summarize
current
these
important
topics.
Recent
findings
Vaccination
against
is
effective
reducing
risk
severe
disease
death
among
patients.
Unfortunately,
humoral
and,
lesser
extent,
cellular
immune
response
existing
vaccines
reduced
SOT
compared
healthy
controls.
Additional
doses
vaccine
are
required
optimize
protection
this
population
still
may
be
insufficient
those
who
highly
immunosuppressed,
receiving
belatacept,
rituximab
other
B-cell
active
mAbs.
Until
recently,
were
options
for
prevention
but
markedly
less
recent
omicron
variants.
SARS-CoV-2-infected
can
generally
used
nonlung,
nonsmall
bowel
transplants
unless
they
have
died
acute
or
COVID-19-associated
clotting
disorders.
Summary
Our
require
three-dose
mRNA
adenovirus-vector
one
dose
optimally
protected
initially;
then
need
receive
bivalent
booster
2+
months
after
completing
their
initial
series.
Most
utilized
as
donors.
Liver Transplantation,
Journal Year:
2023,
Volume and Issue:
29(10), P. 1129 - 1133
Published: May 10, 2023
1Department
of
Medicine,
Hospital
the
University
Pennsylvania,
Philadelphia,
USA
2Division
Transplant
Surgery,
3Division
Gastroenterology
and
Hepatology,
4Department
Corporal
Michael
J.
Crescenz
VA
Medical
Center,
5Leonard
David
Institute
Health
Economics,
Pennsylvania
Perelman
School
6Center
for
Clinical
Epidemiology
Biostatistics,
Department
&
Informatics,
Abbreviations:
DDLT,
deceased
donor
liver
transplantation;
SHR,
sub
HR.
Correspondence
Nadim
Mahmud,
Division
Gastroenterology,
USA.
Email:
[email
protected]
Therapeutic Advances in Gastroenterology,
Journal Year:
2023,
Volume and Issue:
16
Published: Jan. 1, 2023
The
coronavirus
disease
2019
(COVID-19)
pandemic
has
had
enormous
implications
for
the
care
of
patients
with
chronic
liver
(CLD),
cirrhosis,
and
transplant
(LT).
Clinical
outcomes
COVID-19
vary
in
CLD
cirrhosis
compared
to
healthy
controls,
LT
without
LT.
Several
special
considerations
apply
approach
vaccination
treatment
practice
transplantation
also
been
heavily
impacted
by
pandemic,
including
persistent
reductions
living
donor
increases
an
indication
alcohol-related
disease.
Recent
medical
society
guidelines
strive
standardize
severe
acute
respiratory
syndrome
2
testing
donors
recipients
after
recovered
from
infection,
but
certain
controversies
remain.
Transplant Infectious Disease,
Journal Year:
2024,
Volume and Issue:
26(2)
Published: Jan. 8, 2024
Abstract
Background
The
COVID‐19
pandemic
presented
a
significant
challenge
for
Organ
Procurement
Organizations
(OPOs)
with
the
use
of
SARS‐CoV‐2
positive
donors
varying
widely.
This
study
used
detailed
single
OPO
data
to
determine
success
using
donors.
Methods
We
performed
retrospective
cohort
including
all
referred
Gift
Life
from
January
1,
2021,
June
30,
2023.
Descriptive
analyses
were
characterize
referral
and
organ
utilization.
Results
There
861
referrals
1
SARS‐Cov‐2
test:
282
ruled
out
telephone
evaluation,
431
onsite
evaluation
(“evaluated
nondonors”)
148
became
For
who
had
both
nasopharyngeal
lower
respiratory
testing
completed,
there
was
notable
result
discordance
observed.
Median
cycle
threshold
(Ct)
values
similar
between
evaluated
nondonors
no
change
in
median
donor
Ct
over
period.
Transplanted
organs
COVID‐positive
included
27
hearts,
88
livers,
5
pancreata,
107
kidneys;
lung
donation
occurred.
proportion
significantly
increased
Conclusion
large
volume
demonstrates
increasing
progressing
time,
supporting
these
nonlung
transplantation.
image
Transplant Infectious Disease,
Journal Year:
2024,
Volume and Issue:
unknown
Published: Sept. 23, 2024
Often,
organ
transplantation
is
the
only
option
to
improve
life
expectancy
and
quality
of
patients
with
terminal
failure.
Despite
improved
donor
assessment,
a
residual
risk
remains
for
transmitting
infection,
tumor,
or
other
disease
from
recipients.
Analysis,
reporting,
managing
donor-derived
diseases
through
vigilance
surveillance
system
(V&S)
mandatory
in
many
countries.
We
report
on
suspected
proven/probable
infections
(DDI)
Germany
over
period
8
years
(2016-2023).
Journal of Cardiovascular Development and Disease,
Journal Year:
2024,
Volume and Issue:
11(2), P. 46 - 46
Published: Jan. 31, 2024
The
current
understanding
of
the
safety
heart
transplantation
from
COVID-19+
donors
is
uncertain.
Preliminary
studies
suggest
that
transplants
these
may
be
feasible.
We
analyzed
1-year
outcomes
in
donor
recipients
using
1:3
propensity
matching.
OPTN
database
was
queried
for
adult
transplant
between
1
January
2020
and
30
September
2022.
were
defined
as
those
who
tested
positive
on
NATs
or
antigen
tests
within
21
days
prior
to
procurement.
Multiorgan
transplants,
retransplants,
without
COVID-19
testing,
allocated
under
old
allocation
system
excluded.
A
total
7211
met
inclusion
criteria,
including
316
recipients.
Further,
290
matched
870
COVID-19-
Survival
similar
groups
at
(
Clinical Transplantation,
Journal Year:
2024,
Volume and Issue:
38(4)
Published: March 28, 2024
Abstract
Background
Over
the
last
decade
there
has
been
a
surge
in
overdose
deaths
due
to
opioid
crisis.
We
sought
characterize
temporal
change
donor
(OD)
use
liver
transplantation
(LT),
as
well
associated
post‐LT
outcomes,
relative
COVID‐19
era.
Methods
LT
candidates
and
donors
listed
between
January
2016
September
2022
were
identified
from
Scientific
Registry
of
Transplant
Recipients
database.
Trends
changes
related
OD
assessed
pre‐
versus
post‐COVID‐19
(February
2020).
Results
Between
2022,
most
counties
United
States
experienced
an
increase
overdose‐related
(
n
=
1284,
92.3%)
with
many
458,
32.9%)
having
more
than
doubling
drug
deaths.
Concurrently,
was
11.2%
overall
donors,
including
41.7%
number
who
died
overdose.
In
pre‐COVID‐19
4th
top
mechanism
death,
while
era,
2nd
common
cause
death.
younger
(OD:
35
yrs,
IQR
29–43
vs.
non‐OD:
43
31–56),
had
lower
body
mass
index
(≥35
kg/cm
2
,
OD:
31.2%
33.5%),
likely
be
HCV+
28.9%
5.4%)
total
bilirubin
(≥1.1
mg/dL,
12.9%
20.1%)
(all
p
<
.001).
Receipt
not
worse
graft
survival
(HR
.94,
95%
CI
.88–1.01,
.09).
Conclusions
Opioid
markedly
increased
following
pandemic,
substantially
altering
pool
States.