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Recent advances in (patho)physiology of astroglia.
[alexander disease]
Our
view
of
astrocytes
in
the
operation
of
the
brain
is
changing
dramatically
over
the
last
3
decades
.
Astroglial
calcium
excitability
controls
the
release
of
gliotransmitters
,
which
can
occur
at
the
tripartite
synapse
.
Astrocytes
not
only
modulate
synaptic
transmission
by
releasing
and
taking
up
transmitters
,
but
also
receiving
neuronal
signals
that
act
upon
astrocytic
plasma
membrane
receptors
.
This
process
represents
the
bidirectional
neurone-glia
communication
.
Additionally
,
astrocytes
play
role
in
the
regulation
of
blood
flow
as
well
as
ion
and
water
homeostasis
.
Many
of
the
brain
dysfunctions
are
primary
astropathies
,
including
hepatic
encephalopathy
and
Alexander
disease
,
while
other
brain
malfunctions
,
such
as
epilepsy
and
Alzheimer
disease
,
may
have
substantial
astrocytic
contribution
.
Thus
,
these
star-shaped
cells
by
their
roles
in
(
patho
)
physiology
of
the
brain
seem
to
live
up
to
the
expectation
one
can
have
from
their
given
name
-
astrocyte
.
Diseases
Validation
Diseases presenting
"brain malfunctions"
symptom
alexander disease
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