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Lentiviral vectors for the treatment of primary immunodeficiencies.
[wiskott-aldrich syndrome]
In
the
last
years
important
progress
has
been
made
in
the
treatment
of
several
primary
immunodeficiency
disorders
(
PIDs
)
with
gene
therapy
.
Hematopoietic
stem
cell
(
HSC
)
gene
therapy
indeed
represents
a
valid
alternative
to
conventional
transplantation
when
a
compatible
donor
is
not
available
and
recent
success
confirmed
the
great
potential
of
this
approach
.
First
clinical
trials
performed
with
gamma
retroviral
vectors
were
promising
and
guaranteed
clinical
benefits
to
the
patients
.
On
the
other
hand
,
the
outcome
of
severe
adverse
events
as
the
development
of
hematological
abnormalities
highlighted
the
necessity
to
develop
a
safer
platform
to
deliver
the
therapeutic
gene
.
Self-inactivating
(
SIN
)
lentiviral
vectors
(
LVVs
)
were
studied
to
overcome
this
hurdle
through
their
preferable
integration
pattern
into
the
host
genome
.
In
this
review
,
we
describe
the
recent
advancements
achieved
both
in
vitro
and
at
preclinical
level
with
LVVs
for
the
treatment
of
Wiskott-
Aldrich
syndrome
(
WAS
)
,
chronic
granulomatous
disease
(
CGD
)
,
ADA
deficiency
(
ADA
-
SCID
)
,
Artemis
deficiency
,
RAG
1
/
2
deficiency
,
X-
linked
severe
combined
immunodeficiency
(
γchain
deficiency
,
SCIDX
1
)
,
X-
linked
lymphoproliferative
disease
(
XLP
)
and
immune
dysregulation
,
polyendocrinopathy
,
enteropathy
,
X-
linked
(
IPEX
)
syndrome
.
Diseases
Validation
Diseases presenting
"guaranteed clinical benefits to the patients"
symptom
wiskott-aldrich syndrome
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