Polygonatum,
a
widely
recognized
medicinal
and
edible
plant,
exhibits
several
confirmed
biological
activities
holds
significant
market
potential.
Numerous
studies
have
identified
polysaccharides
are
one
of
the
primary
bioactive
components
in
rhizomes
Polygonatum.
Our
previous
research
notable
presence
fructo-oligosaccharides
Polygonatum
sibiricum,
highlighting
its
largely
overlooked
potential
as
natural
source
compounds.
Therefore,
more
systematic
comprehensive
analysis
water-soluble
carbohydrates
across
different
species
plant
parts
is
essential.
The
aim
this
study
was
to
investigate
carbohydrate
composition
four
species,
focusing
on
rhizomes,
roots,
leaves,
stems,
fruits.
In
particular,
we
utilized
self-established
method
for
determination
fructo-oligosaccharides.
results
indicated
small
amounts
mono/disaccharides
polysaccharides,
well
considerable
quantity
rhizome,
root,
fruit
low-molecular-weight
glycans
predominant
Mill.
spp.,
comprising
over
80%
total
soluble
carbohydrates,
with
contributing
approximately
11%,
less
than
10%.
offers
valuable
insights
meaningful
basis
excavation
functional
resources
Polygonatum,
a
widely
recognized
medicinal
and
edible
plant,
exhibits
several
confirmed
biological
activities
holds
significant
market
potential.
Numerous
studies
have
identified
polysaccharides
are
one
of
the
primary
bioactive
components
in
rhizomes
Polygonatum.
Our
previous
research
notable
presence
fructo-oligosaccharides
Polygonatum
sibiricum,
highlighting
its
largely
overlooked
potential
as
natural
source
compounds.
Therefore,
more
systematic
comprehensive
analysis
water-soluble
carbohydrates
across
different
species
plant
parts
is
essential.
The
aim
this
study
was
to
investigate
carbohydrate
composition
four
species,
focusing
on
rhizomes,
roots,
leaves,
stems,
fruits.
In
particular,
we
utilized
self-established
method
for
determination
fructo-oligosaccharides.
results
indicated
small
amounts
mono/disaccharides
polysaccharides,
well
considerable
quantity
rhizome,
root,
fruit
low-molecular-weight
glycans
predominant
Mill.
spp.,
comprising
over
80%
total
soluble
carbohydrates,
with
contributing
approximately
11%,
less
than
10%.
offers
valuable
insights
meaningful
basis
excavation
functional
resources