NADH:
The
Cellular
Energy
Currency NADH,
also
known
as
nicotinamide
adenine
dinucleotide,
is
a
molecule
found
in
every
living
cell.
It
serves
as
a
critical
coenzyme
in
the
production
of
ATP,
the
primary
source
of
energy
for
all
cellular
processes. When
glucose
is
metabolized
in
the
body,
electrons
are
released
and
combined
with
NAD+
to
form
NADH.
This
process,
known
as
glycolysis,
occurs
in
the
cytoplasm
and
generates
a
net
of
two
ATP
molecules.
The
NADH
molecules
then
enter
the
mitochondria,
where
they
are
further
oxidized
to
produce
even
more
ATP
through
a
process
called
oxidative
phosphorylation. Without
NADH,
the
process
of
ATP
production
would
stall,
leading
to
a
loss
of
cellular
energy
and
ultimately,
cell
death.
In
fact,
many
diseases
are
associated
with
an
imbalance
in
the
NAD+/NADH
ratio,
including
cancer,
neurodegeneration,
and
aging. Studies
have
shown
that
increasing
NAD+
levels
in
the
body
can
provide
numerous
health
benefits,
including
improved
mitochondrial
function,
increased
energy
levels,
and
enhanced
cellular
repair
mechanisms.
Some
researchers
even
believe
that
NAD+
supplementation
could
slow
down
aging
and
extend
lifespan. In
addition
to
its
role
in
energy
production,
NADH
is
also
involved
in
other
important
cellular
processes,
such
as
DNA
synthesis,
cell
signaling,
and
immune
responses.
It
is
even
used
clinically
as
a
diagnostic
tool
for
certain
medical
conditions,
such
as
chronic
fatigue
syndrome
and
Parkinson's
disease. NADH
may
be
a
small
molecule,
but
its
role
in
the
body
is
crucial.
By
understanding
its
imp『阅读更多 个性名字常识请关注 :奶糖起名网,WwW.iNAitAng.CoM』）ortance
and
finding
ways
to
optimize
its
function,
we
can
unlock
new
paths
towards
better
health
and
well-being.