Immuno,
Journal Year:
2024,
Volume and Issue:
4(3), P. 286 - 300
Published: Sept. 23, 2024
VEXAS
syndrome
is
a
new
disease
entity
with
symptoms
that
can
mimic
hematological,
rheumatic
and
dermatological
diseases.
It
important
to
take
multidisciplinary
approach
patient
care,
taking
into
account
genetic
testing,
in
which
the
presence
of
mutations
UBA1
gene
confirm
diagnosis.
mutation
has
been
shown
be
involved
induction
inflammatory
response
through
many
different
mechanisms.
NF-κB
TNF-α
pathways
appear
most
syndrome.
There
are
result
outcomes,
suggesting
it
possible
prognostic
factor.
Furthermore,
differ
how
they
impair
function.
Cytokines
have
significantly
altered
patients;
however,
their
exact
expression
importance
were
not
clearly
defined.
Interleukins,
such
as
interleukin
(IL)-6,
IL-1,
IL-2R
others,
reported
expressed
at
an
level,
similarly
other
cytokines,
IFN-γ
or
TNF-α.
worth
noting
certain
cytokines
vary
between
patients,
poses
therapeutic
difficulties
selecting
right
drug.
Therefore,
aim
this
review
was
describe
associate
mutation.
Annals of the Rheumatic Diseases,
Journal Year:
2024,
Volume and Issue:
83(10), P. 1358 - 1367
Published: May 22, 2024
Vacuoles,
E1
enzyme,
X-linked,
autoinflammatory
and
somatic
(VEXAS)
syndrome
is
an
adult-onset
disease
associated
with
ubiquitin-like
modifier-activating
enzyme
1
(UBA1)
mutations.
We
aimed
to
evaluate
the
efficacy
safety
of
targeted
therapies.
British Journal of Haematology,
Journal Year:
2025,
Volume and Issue:
206(2), P. 565 - 575
Published: Jan. 13, 2025
VEXAS
syndrome
is
a
haemato-inflammatory
disease
caused
by
somatic
UBA1
mutations
and
characterized
cytoplasmic
vacuoles
in
myeloid
erythroid
precursor
cells.
Although
there
currently
no
standard
treatment
algorithm
for
VEXAS,
patients
are
generally
treated
with
anti-inflammatory
therapies
focused
on
symptom
management,
only
partial
effectiveness.
Hypomethylating
agents
(HMA)
have
shown
promise
concomitant
myelodysplastic
(MDS),
while
the
efficacy
of
HMA
without
MDS
largely
unknown.
Furthermore,
usefulness
monitoring
variant
allele
frequency
(VAF)
or
vacuolization
cells
over
course
has
not
been
extensively
investigated.
We
evaluated
four
performed
longitudinal
analyses
VAF
during
treatment.
led
to
overall
clinical
improvement,
dramatic
reduction
UBA1,
normalization
haematological
inflammatory
markers
quantifiable
decrease
vacuolization,
leading
us
speculate
that
unlike
therapies,
may
well
act
as
disease-modifying
If
these
findings
confirmed
further
studies,
it
could
lead
early
use
all
patients-with
MDS.
Lara D. Veeken,
Journal Year:
2024,
Volume and Issue:
unknown
Published: Feb. 1, 2024
Journal
Article
Corrected
proof
Use
of
sarilumab
in
VEXAS
syndrome
Get
access
Adrián
Mayo-Juanatey,
Mayo-Juanatey
Department
Rheumatology,
Doctor
Peset
University
Hospital,
Valencia,
Spain
Correspondence
to:
Rheumatology
Department,
2nd
Floor,
Calle
Juan
de
Garay,
21,
46017
Spain.
E-mail:
[email protected]
https://orcid.org/0009-0008-5434-3021
Search
for
other
works
by
this
author
on:
Oxford
Academic
PubMed
Google
Scholar
María
José
Fernández-Llavador,
Fernández-Llavador
Haematology
and
Hemotherapy,
Carlos
Valera-Ribera,
Valera-Ribera
Elia
Valls-Pascual,
Valls-Pascual
Alegre-Sancho
keae068,
https://doi.org/10.1093/rheumatology/keae068
Published:
01
February
2024
history
Accepted:
18
January
typeset:
23
Frontiers in Immunology,
Journal Year:
2024,
Volume and Issue:
15
Published: May 22, 2024
VEXAS
syndrome
is
a
recently
described
autoinflammatory
caused
by
the
somatic
acquisition
of
UBA1
mutations
in
myeloid
precursors
and
frequently
associated
with
hematologic
malignancies,
chiefly
myelodysplastic
syndromes.
Disease
presentation
can
mimic
several
rheumatologic
disorders,
delaying
diagnosis.
We
describe
case
atypical
resembling
late-onset
axial
spondylarthritis,
later
progressing
to
systemic
inflammatory
chondritis,
cutaneous
vasculitis,
transfusion-dependent
anemia,
requiring
high
doses
steroids.
Ruxolitinib
was
used
as
first
steroid-sparing
strategy
without
response.
However,
azacitidine
showed
activity
controlling
both
inflammation
mutant
clone.
This
raises
question
whether
azacitidine’s
anti-inflammatory
effects
are
dependent
on
or
independent
clonal
control.
discuss
potential
relevance
molecular
remission
highlight
importance
multidisciplinary
team
for
care
such
complex
patients.
Annals of Hematology,
Journal Year:
2025,
Volume and Issue:
unknown
Published: Jan. 17, 2025
Abstract
VEXAS
syndrome
is
a
complex
hemato-inflammatory
disorder,
driven
by
somatic
mutations
in
the
UBA1
gene
within
hematopoietic
precursor
cells.
It
characterized
systemic
inflammation,
rheumatological
manifestations,
and
frequent
association
with
myelodysplastic
(MDS).
We
present
series
of
four
cases,
all
which
include
concomitant
MDS,
each
displaying
distinct
genetic
signatures
clinical
features
at
diagnosis,
focus
on
their
diagnostic
therapeutic
implications.
Our
findings
underscore
importance
extending
sequencing
beyond
exon
3
cases
strong
suspicion.
Given
rarity
non-canonical
variants
limited
annotation,
germline
tissue
control
should
be
considered
to
differentiate
from
mutations.
Hematological
management,
including
considerations
for
transplantation,
was
primarily
guided
Revised
International
Prognostic
Scoring
System
(IPSS-R)
MDS
due
absence
specific
risk
stratification
system
or
therapy
guidelines.
A
critical
point
our
discussion
role
inflammation
peri-transplant
period;
one
patient,
combination
disease-modifying
antirheumatic
drugs
(DMARDs)
high-dose
corticosteroids
before
transplant
crucial
controlling
resulting
successful
stem
cell
transplantation
(HSCT).
In
contrast,
uncontrolled
contributed
death
another
patient.
These
highlight
effective
management
optimizing
HSCT
outcomes.
Additionally,
study
emphasizes
urgent
need
guidelines
syndrome,
comprehensive
optimal
timing
transplantation.
Journal of Thoracic Disease,
Journal Year:
2025,
Volume and Issue:
17(1), P. 461 - 475
Published: Jan. 1, 2025
This
review
is
describing
the
diagnostic
and
therapeutic
approach
to
tracheobronchial
involvement
in
relapsing
polychondritis
(RP),
with
a
focus
on
differential
diagnoses
of
inflammatory
origin.
RP
systemic
auto-immune
disease
that
mainly
affects
cartilage
structures,
progressing
through
flare-ups
between
phases
remission
ultimately
leading
deformation
involved
cartilages.
Besides
damage
auricular
or
nasal
cartilage,
cardiac
are
most
severe,
can
seriously
alter
prognosis.
Tracheobronchial
lesions
assessed
multimodal
approach.
Mapping
tracheal
achieved
using
dynamic
thoracic
imaging
flexible
bronchoscopy.
Measurement
pulmonary
function
(with
new
emphasis
pulse
oscillometry)
useful
diagnose
obstructive
ventilatory
impairment,
be
used
follow
patients,
after
therapeutics
implementation.
Diagnosis
difficult
absence
specific
tools,
especially
because
there
large
number
diagnoses,
particular
diseases.
Nuclear
help
detection
metabolic
activity
cartilages,
sharpen
final
diagnosis.
The
prognosis
has
improved,
thanks
upgraded
interventional
bronchoscopy
techniques,
development
immunosuppressant
including
targeted
therapies,
such
as
tumor
necrosis
factor-α
(TNF-α)
inhibitors,
offering
patients
several
treatment
options,
addition
supportive
care.