JURNAL KESEHATAN LINGKUNGAN INDONESIA,
Journal Year:
2023,
Volume and Issue:
23(1), P. 19 - 24
Published: Sept. 18, 2023
Latar
belakang:
Pengendalian
DBD
masih
berfokus
pada
vektornya
yang
bertujuan
untuk
menurunkan
kelimpahan
nyamuk
Aedes
aegypti.
secara
fisik
dapat
digunakan
sebagai
alternatif
dalam
pengendalian
Ae.
aegypti
karena
hal
ini
melengkapi
vektor
terpadu.
Penelitian
menguji
prototipe
alat
berbasis
kejutan
listrik
aman
dan
menggunakan
arus
direct
current
diaplikasikan
air
berisi
larva
mengetahui
pengaruhnya
terhadap
aegypti.Metode:
instar
III
IV.
Larva
dipaparkan
DC
dengan
lima
voltase
uji
yaitu
3,
4,
5,
6
7
volt.
Pengulangan
dilakukan
sebanyak
10
kali
tiap
25
larva.
Pengamatan
menit
15,
30,
1
jam,
2
3
jam
4
setelah
perlakuan.Hasil:
Perbedaan
nilai
kematian
berpengaruh
signifikan
(p<
0,05).
Hubungan
antara
bersifat
positif
berarti
semakin
besar
maka
banyak
Nilai
probit
perlakuan
input
volt
merupakan
paling
cepat
mematikan
LT50
1,81
volume
5
liter
LT50:
0,54
liter.Simpulan:
ABSTRACTTitle:
Effect
of
Direct
Curent
Electricity
as
a
Shock
Force
on
LarvaeBackground:
DHF
control
is
still
focused
the
vector
which
aims
to
reduce
abundance
Physical
can
be
used
an
alternative
in
controlling
this
complements
integrated
management.
The
aim
study
test
prototype
device
based
electric
shock
that
was
safe
use
and
using
electricity
applied
water
containing
larvae
determine
effect
mortality
aegypti.Method:
This
instars
were
exposed
with
five
voltages
namely
volts.
Repetition
carried
out
times
each
requiring
many
larvae.
Observations
made
at
hour,
hours,
hours
after
treatment.Result:
difference
value
voltage
has
significant
different(
p<0.05).
relationship
between
larval
positive,
means
greater
voltage,
more
death.
for
7-volt
treatment
fastest
killing
larvae,
1.81
liters
0.54
volume.Conclusion:
3-volt
slowest
Journal of Hunan University Natural Sciences,
Journal Year:
2023,
Volume and Issue:
50(3)
Published: Jan. 1, 2023
The
beneficial
role
of
papaya
leaf
juice
against
dengue
infection
is
gaining
popularity.
However,
most
these
studies
involve
the
fresh
juice,
decoction,
or
solvent
extraction
methods
with
limitations
in
terms
formulation
development
and
retention
natural
phytochemical
balance.
Hence,
this
study
aimed
at
investigating
platelet-increasing
anti-pyretic
effect
its
powdered
extracts
favorable
attributes
for
developing
finished
pharmaceuticals.
former
activity
was
performed
on
leaves
powder
extract
(PE)
used
to
prepare
product,
i.e.,
Re-Plat.
both
activities
were
assessed
multi-ingredients
(ME;
composition
PE
plus
decoction
Achillea
millefolium
,
Zingiber
officinale
Phyllanthus
niruri
Piper
nigrum
)
poly
herbal
i.e.
Re-Plat
Plus.
Briefly,
Carboplatin
(50
mg/kg)
develop
a
rat
model
thrombocytopenia,
which
followed
by
administration
ME
(150,
300,
450
mg/kg).
After
five
days,
blood
collected
measure
platelet
levels
using
hematology
analyzer.
In
case
activity,
yeast-induced
pyrexia
induce
rectal
temperature
noted
5
h.
Our
data
showed
that,
tested
doses
150
300
mg/kg,
caused
significant
increase
count
compared
control
group.
similarity
standard
drug
(paracetamol),
(300
did
not
allow
time-dependent
temperature.
it
can
be
deduced
that
active
poly-herbal
(Re-Plat
Plus)
are
endowed
potentials;
attributed
clinically
useful
management
fever.
Keywords:
papaya,
dengue,
platelets,
pyrexia,
thrombocytopenia.
https://doi.org/10.55463/issn.1674-2974.50.3.13
Combinatorial Chemistry & High Throughput Screening,
Journal Year:
2023,
Volume and Issue:
27(17), P. 2464 - 2484
Published: Oct. 19, 2023
Viral
infectious
illnesses
represent
a
severe
hazard
to
human
health
due
their
widespread
incidence
worldwide.
Among
these
ailments,
the
dengue
virus
(DENV)
infection
stands
out.
World
Health
Organization
(WHO)
estimates
that
DENV
affects
~400
million
people
each
year,
with
potentially
fatal
symptoms
showing
up
in
1%
of
cases.
In
several
instances,
academic
and
pharmaceutical
researchers
have
conducted
pilot
clinical
studies
on
variety
topics,
including
viral
epidemiology,
structure
function
analyses,
source
route,
therapeutic
targets,
vaccinations,
drugs.
Amongst
Takeda,
TAK-003,
Sanofi,
Dengvaxia®,
Butantan/NIH/Merck,
Dengvaxia®
(CYD-TDV)
is
only
licensed
vaccination
yet;
however,
potential
inhibitors
are
under
development.
The
biology
evolution
DENVs
briefly
discussed
this
review,
which
also
compiles
most
recent
prospective
antiviral
targets
candidates.
conclusion,
triumphs
failures
influenced
development
anti-DENV
medications,
findings
review
article
will
stimulate
more
investigation.
Bulletin of Urooncology,
Journal Year:
2023,
Volume and Issue:
22(3), P. 89 - 93
Published: Sept. 1, 2023
Objective:
Testicular
tumors
can
be
seen
bilaterally
in
2-3%
of
cases
as
synchronous
or
metachronous.The
long
cancer-specific
survival
early-stage
testicular
cancer
requires
consideration
for
fertility
and
quality
life
issues
because
organ
loss
these
patients.In
the
present
case
series,
surgical
outcome
histopathological
features
testis-sparing
surgery
were
evaluated
using
bench
work
after
a
standard
radical
orchiectomy
tumor
patients
with
normal
contralateral
testis.Materials
Methods:
Patients
mass
confirmed
by
ultrasonography
and/or
magnetic
resonance
imaging
testis
included
study.All
underwent
orchiectomy.Partial
was
performed
on
separate
operating
table
(bench)
following
orchiectomy.After
visual
evaluation
removed
mass,
seven
biopsies
taken
from
bed
frozen
section
examination
(FSE).If
residual
found
FSE,
parenchymal
resection
until
negative
margin
achieved.The
patients'
age,
marker
levels,
type,
diameter,
rete
invasion,
epididymis
spermatic
cord
necrosis,
presence
lymphatic-vascular
invasion
recorded.Results:
Sixteen
study.The
mean
age
31.6±11.6years.The
diameter
26.9±15.3mm,
tumor-testicular-volume
ratio
33.2±24.9percentage.The
positive
12.5%
(n=2/16)
FSE.In
two
patients,
tumor-testicular
volume
above
50%,
greater
than
50
mm,
necrosis
tunica
albuginea
observed
final
histopathology.The
histopathology
pure
seminoma,
non-seminomatous
germ
cell
tumors,
mixed
tumor,
sex
stromal
fibrosis
50%
(n=8/16),
(n=2/16),
25%
(n=4/16)
6.5%
(n=1/16)
cases,
respectively.Histopathological
revealed
37.5%
(n=6/16)
intratubular
neoplasia
adjacent
tissue.Conclusion:
Our
experience
series
shows
that
is
technically
straightforward.Surgical
positivity
detected
large
high
ratio.FSE
useful
detecting
positivity.
JURNAL KESEHATAN LINGKUNGAN INDONESIA,
Journal Year:
2023,
Volume and Issue:
23(1), P. 19 - 24
Published: Sept. 18, 2023
Latar
belakang:
Pengendalian
DBD
masih
berfokus
pada
vektornya
yang
bertujuan
untuk
menurunkan
kelimpahan
nyamuk
Aedes
aegypti.
secara
fisik
dapat
digunakan
sebagai
alternatif
dalam
pengendalian
Ae.
aegypti
karena
hal
ini
melengkapi
vektor
terpadu.
Penelitian
menguji
prototipe
alat
berbasis
kejutan
listrik
aman
dan
menggunakan
arus
direct
current
diaplikasikan
air
berisi
larva
mengetahui
pengaruhnya
terhadap
aegypti.Metode:
instar
III
IV.
Larva
dipaparkan
DC
dengan
lima
voltase
uji
yaitu
3,
4,
5,
6
7
volt.
Pengulangan
dilakukan
sebanyak
10
kali
tiap
25
larva.
Pengamatan
menit
15,
30,
1
jam,
2
3
jam
4
setelah
perlakuan.Hasil:
Perbedaan
nilai
kematian
berpengaruh
signifikan
(p<
0,05).
Hubungan
antara
bersifat
positif
berarti
semakin
besar
maka
banyak
Nilai
probit
perlakuan
input
volt
merupakan
paling
cepat
mematikan
LT50
1,81
volume
5
liter
LT50:
0,54
liter.Simpulan:
ABSTRACTTitle:
Effect
of
Direct
Curent
Electricity
as
a
Shock
Force
on
LarvaeBackground:
DHF
control
is
still
focused
the
vector
which
aims
to
reduce
abundance
Physical
can
be
used
an
alternative
in
controlling
this
complements
integrated
management.
The
aim
study
test
prototype
device
based
electric
shock
that
was
safe
use
and
using
electricity
applied
water
containing
larvae
determine
effect
mortality
aegypti.Method:
This
instars
were
exposed
with
five
voltages
namely
volts.
Repetition
carried
out
times
each
requiring
many
larvae.
Observations
made
at
hour,
hours,
hours
after
treatment.Result:
difference
value
voltage
has
significant
different(
p<0.05).
relationship
between
larval
positive,
means
greater
voltage,
more
death.
for
7-volt
treatment
fastest
killing
larvae,
1.81
liters
0.54
volume.Conclusion:
3-volt
slowest