Clinical Nuclear Medicine,
Journal Year:
2022,
Volume and Issue:
48(1), P. e33 - e34
Published: Oct. 17, 2022
VEXAS
(vacuoles,
E1
enzyme,
X-linked,
autoinflammatory,
somatic)
syndrome
is
an
adult-onset
autoinflammatory
disease
caused
by
somatic
UBA1
mutations
first
described
in
2020.
Most
of
these
patients
met
clinical
criteria
for
inflammatory
(relapsing
polychondritis,
Sweet
syndrome,
polyarteritis
nodosa,
or
giant-cell
arteritis)
a
hematologic
condition
(myelodysplastic
multiple
myeloma)
both.
We
here
FDG
PET/CT
"leopard
man"
appearance,
with
abnormal
marrow
recruitment
the
findings,
70-year-old
man
diagnosed
syndrome.
Frontiers in Medicine,
Journal Year:
2022,
Volume and Issue:
9
Published: Aug. 15, 2022
Vasculitis
is
an
inflammatory
disorder
of
the
blood
vessels
that
causes
damage
to
a
wide
variety
organs
through
tissue
ischemia.
classified
according
size
(large,
medium,
or
small)
vessels.
In
2020,
VEXAS
(vacuoles,
E1
enzyme,
X-linked,
autoinflammatory,
somatic)
syndrome,
novel
autoinflammatory
was
described.
Somatic
mutations
in
methionine-41
UBA1,
major
enzyme
initiates
ubiquitylation,
are
attributed
this
disorder.
This
new
disease
entity
connects
seemingly
unrelated
conditions:
syndromes
(relapsing
chondritis,
Sweet's
neutrophilic
dermatosis)
and
hematologic
disorders
(myelodysplastic
syndrome
multiple
myeloma).
Notably,
such
patients
sometimes
develop
vasculitis,
as
giant
cell
arteritis
polyarteritis
nodosa,
fulfill
corresponding
classification
criteria
for
vasculitis.
Thus,
vasculitis
can
be
initial
manifestation
syndrome.
research
topic
exploring
link
between
diseases
we
first
provide
overview
mechanisms
clinical
phenotypes
Then,
literature
review
using
PubMed
database
performed
delineate
characteristics
associated
with
Finally,
therapeutic
options
unmet
needs
discussed.
Journal of Allergy and Clinical Immunology,
Journal Year:
2023,
Volume and Issue:
151(5), P. 1204 - 1214
Published: March 21, 2023
VEXAS
(Vacuoles,
E1
enzyme,
X-linked,
Autoinflammatory,
Somatic)
is
a
novel
entity
manifesting
with
multiplicity
of
clinical
features.
Somatic
mutations
the
UBA1
gene
in
hematopoietic
stem
cells
constitute
genetic
basis
VEXAS.
As
an
X-linked
disorder,
most
cases
occur
men,
classically
developing
symptoms
during
fifth
to
sixth
decade
life.
Considering
its
multidisciplinary
nature
involving
numerous
branches
internal
medicine,
has
elicited
wide
medical
interest
and
several
conditions
have
been
associated
this
disease.
Even
so,
recognition
everyday
practice
not
necessarily
straightforward.
Close
collaboration
between
different
specialists
mandatory.
Patients
may
manifest
range
features
from
manageable
cytopenias
disabling
life-threatening
autoimmune
phenomena
limited
responses
therapy,
potential
for
progression
hematological
malignancies.
Diagnostic
treatment
guidelines
are
exploratory
include
rheumatological
supportive
care
treatments.
Allogeneic
cell
transplantation
potentially
curative,
but
risks
significant
position
algorithm
yet
be
defined.
Herein,
we
present
variegated
manifestations
VEXAS,
provide
criteria
diagnostic
testing
UBA1,
discuss
options,
including
allogeneic
transplantation,
current
evidence,
future
directions.
Rheumatology International,
Journal Year:
2023,
Volume and Issue:
43(6), P. 1023 - 1032
Published: Jan. 8, 2023
Abstract
Background
VEXAS
(vacuoles,
E1
enzyme,
X-linked,
auto-inflammatory,
somatic)
syndrome
is
a
newly
described
auto-inflammatory
disease.
Many
cases
feature
pulmonary
infiltrates
or
respiratory
failure.
This
systematic
review
aimed
to
summarize
manifestations
in
date.
Methods
Databases
were
searched
for
articles
discussing
until
May
2022.
The
research
question
was:
What
are
the
patients
with
syndrome?
search
was
restricted
English
language
and
those
clinical
presentation
of
Information
on
basic
demographics,
type
prevalence
manifestations,
co-existing
disease
associations
author
conclusions
involvement
extracted.
protocol
registered
PROSPERO
register
reviews.
Results
Initially,
219
retrieved
36
ultimately
included
(all
case
reports
series).
A
total
269
included,
98.6%
male,
mean
age
66.8
years
at
onset.
most
frequently
manifestation
(43.1%;
n
=
116),
followed
by
pleural
effusion
(7.4%;
20)
idiopathic
interstitial
pneumonia
(3.3%;
9).
Other
were:
nonspecific
(
1),
bronchiolitis
obliterans
3),
vasculitis
6),
bronchiectasis
alveolar
haemorrhage
embolism
4),
bronchial
stenosis
alveolitis
1).
Several
had
one
more
autoimmune/inflammatory
condition.
It
not
reported
which
particular
manifestations.
Conclusion
first
undertaken
patients.
Our
results
demonstrate
that
common
this
patient
group.
unclear
if
part
primary
Larger
epidemiological
analyses
will
aid
further
characterisation
management.
Frontiers in Immunology,
Journal Year:
2022,
Volume and Issue:
13
Published: June 13, 2022
Vacuoles,
E1
enzyme,
X-linked,
autoinflammatory,
somatic
(VEXAS)
syndrome
is
an
autoinflammatory
disease
caused
by
variants
in
the
UBA1
gene
that
lead
to
severe
systemic
inflammation
and
myelodysplastic
syndrome.
Although
no
standard
therapy
has
been
established
yet,
azacitidine
bone
marrow
transplantation
have
reported
be
promising
possibilities;
however,
indications
for
these
treatments
are
problematic
not
necessarily
applicable
all
patients.
We
previously
results
of
short-term
treatment
with
tocilizumab
(TCZ)
glucocorticoids
three
patients
VEXAS
In
this
paper,
we
report
combination
TCZ
allowed
continue
at
least
one
year
without
significant
progression.
Glucocorticoids
were
able
reduced
from
start
TCZ.
Adverse
events
herpes
zoster,
skin
ulceration
after
cellulitis,
decreased
blood
counts.
The
suggest
significance
as
a
bridge
development
future
therapies.
Experimental Dermatology,
Journal Year:
2024,
Volume and Issue:
33(3)
Published: March 1, 2024
Abstract
VEXAS
(vacuoles,
E1
enzyme,
X‐linked,
autoinflammatory
and
somatic
mutation)
syndrome
is
a
novel
autoinflammatory,
late‐onset,
disorder
first
identified
in
2020.
It
caused
by
mutations
the
UBA1
gene.
The
most
prominent
clinical
features
reported
patients
are
cutaneous
haematological,
having
characteristic
skin
as
initial
presenting
findings
of
disease.
severe
treatment‐resistant
condition
with
high
morbidity
mortality
rates.
Here,
we
examine
all
case
reports
series
through
March
2023
focusing
on
those
manifestations.
We
discuss
these
manifestations
their
treatment
strategies.
In
many
cases,
it
might
be
suspected
diagnosed
dermatologists,
highlighting
vital
role
initiating
timely
multidisciplinary
care.
Experimental Biology and Medicine,
Journal Year:
2023,
Volume and Issue:
248(5), P. 394 - 398
Published: March 1, 2023
Vacuoles,
E1
enzyme,
X-linked,
autoinflammatory,
somatic
(VEXAS)
syndrome
is
a
novel
described
autoinflammatory
entity
for
which
the
diagnosis
defined
by
mutations
of
UBA1
X-linked
gene
in
hematopoietic
progenitor
cells.
The
clinical
manifestations
are
heterogeneous
since
they
range
from
symptoms
to
presence
underlying
hematologic
disorders
such
as
myelodysplastic
syndromes.
Response
treatment
VEXAS
very
poor
and
date,
therapeutic
strategies
adopted
only
partially
effective.
However,
recently
cohorts
subjects
with
treated
Janus
kinase
inhibitors
(JAK-I)
proved
that
these
drugs
can
be
effective
several
related
disease.
Herein,
we
carried
out
brief
literature
review
includes
single
cases
JAK-I
were
promising
strategy
manage
patients.
Subsequently,
our
experience
VEXAS,
illustrating
first
case,
knowledge,
65-year-old
man
who
was
successfully
selective
JAK-1
inhibitor
filgotinib.
Global Medical Genetics,
Journal Year:
2023,
Volume and Issue:
10(03), P. 133 - 143
Published: July 10, 2023
Abstract
VEXAS
(vacuoles,
E1
enzyme,
X-linked,
autoinflammatory,
somatic)
syndrome
is
a
newly
defined
refractory
adult-onset
autoinflammatory
caused
by
somatic
mutations
in
the
ubiquitin-like
modifier-activating
enzyme
1
(UBA1)
gene
hematopoietic
stem
and
progenitor
cells,
resulting
shift
UBA1
isoform
expression.
Thus,
patients
develop
spectrum
of
systemic
inflammatory
manifestations
hematologic
symptoms.
To
date,
respond
poorly
to
immune
suppressive
drugs,
except
high-dose
glucocorticoids,
no
treatment
guidelines
have
been
established.
Given
high
mortality
rate,
needs
be
taken
seriously
physicians
all
specialties.
This
article
aims
describe
key
features,
pathogenesis,
clinical
better
understand
targeted
improve
prognosis
syndrome.