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Potential vector species of Guinea worm (Dracunculus medinensis) in Northern Ghana.
[dracunculiasis]
Guinea
worm
disease
,
also
known
as
dracunculiasis
(
or
dracunculosis
)
,
is
caused
by
the
large
female
of
the
nematode
Dracunculus
medinensis
.
It
normally
lives
and
grows
in
various
places
in
the
human
body
,
before
migrating
to
subcutaneous
tissue
and
eventually
emerging
slowly
from
the
skin
,
usually
on
the
lower
limbs
.
If
the
affected
portion
of
the
body
comes
into
contact
with
water
,
first
-
stage
juveniles
(
L
(
1
)
)
are
expelled
in
large
numbers
from
the
ruptured
uterus
.
For
further
development
,
the
juveniles
need
to
be
ingested
by
suitable
predatory
species
of
copepods
.
In
this
study
,
infectivity
studies
on
the
relative
importance
of
various
copepod
species
in
the
transmission
of
the
Guinea
worm
disease
was
carried
out
.
The
infection
potentials
of
the
vectors
were
evaluated
based
on
their
ability
to
ingest
the
first
stage
juveniles
(
L
(
1
)
)
,
and
to
remain
alive
for
these
juveniles
to
develop
to
the
infective
,
third
-
stage
juveniles
(
L
(
3
)
)
.
The
adults
of
the
relatively
larger
species
recorded
very
high
mortality
rates
upon
infection
with
the
first
stage
juveniles
(
L
(
1
)
)
of
the
parasite
.
The
highest
copepod
mortality
rate
was
recorded
by
M
.
kieferi
(
94
%
)
.
However
,
the
copepodid
stages
of
these
species
were
able
to
withstand
infection
for
extremely
longer
periods
.
The
smaller
genera
did
not
record
any
remarkable
mortalities
on
ingesting
parasite
juveniles
.
The
most
important
implicated
potential
vectors
of
Dracunculus
medinensis
evaluated
in
the
area
are
Mesocyclops
kieferi
-
-
>
M
.
aspericornis
-
-
>
Thermocyclops
incisus
-
-
>
T
.
inopinus
-
-
>
T
.
oblongatus
.
Diseases
Validation
Diseases presenting
"affected portion of the body comes into contact"
symptom
dracunculiasis
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