JMIR Infodemiology,
Journal Year:
2023,
Volume and Issue:
3, P. e43891 - e43891
Published: Oct. 1, 2023
The
COVID-19
pandemic
necessitated
rapid
real-time
surveillance
of
epidemiological
data
to
advise
governments
and
the
public,
but
accuracy
these
depends
on
myriad
auxiliary
assumptions,
not
least
accurate
reporting
cases
by
public.
Wastewater
monitoring
has
emerged
internationally
as
an
objective
means
for
assessing
disease
prevalence
with
reduced
latency
less
dependence
public
vigilance,
reliability,
engagement.
How
interest
aligns
personal
testing
wastewater
is,
however,
very
poorly
characterized.
Human Genomics,
Journal Year:
2023,
Volume and Issue:
17(1)
Published: Dec. 18, 2023
Despite
a
clear
appreciation
of
the
impact
human
pathogens
on
community
health,
efforts
to
understand
pathogen
dynamics
within
populations
often
follow
narrow-targeted
approach
and
rely
deployment
specific
molecular
probes
for
quantitative
detection
or
clinical
reporting.
ACS ES&T Water,
Journal Year:
2024,
Volume and Issue:
4(9), P. 4052 - 4060
Published: Aug. 27, 2024
Japanese
encephalitis
virus
(JEV)
and
the
Murray
Valley
(MVEV)
are
mosquito-borne
pathogens
capable
of
transmission
from
animals
to
humans,
causing
significant
economic
public
health
impacts
in
affected
countries.
Pigs
serve
as
amplifying
hosts
for
JEV
potentially
play
a
role
natural
ecology
MVEV.
Reports
viral
shedding
underscore
prospect
wastewater
surveillance
early
detection
intervention
animal
human
health.
To
assess
feasibility
surveillance,
decay
rates
MVEV
RNA
were
determined
under
simulated
diurnal
temperatures
summer
winter
by
seeding
these
viruses
piggery
collected
three
potential
sites
(shed,
pit,
lagoon).
During
52-day
experiment,
one
log10
reduction
copies
was
found
within
24.8–36.4
days,
while
experienced
90%
ranging
15.5
24.4
which
significantly
faster
than
that
JEV.
Seasonal
temperature
site-specific
differences
influenced
both
samples.
These
data
indicated
sufficient
persistence
conditions,
would
facilitate
environments.
Scientific Reports,
Journal Year:
2024,
Volume and Issue:
14(1)
Published: Oct. 19, 2024
Abstract
Wastewater-based
epidemiology
has
been
used
in
pathogen
surveillance
for
microorganisms
at
the
community
level.
This
study
was
conducted
to
determine
occurrence
and
trends
of
infectious
pathogens
sewage
from
Yongin
city
relationships
between
these
incidence
diseases
community.
From
December
2022
November
2023,
we
collected
inflow
water
six
wastewater
treatment
plants
twice
a
month.
The
analyzed
included
15
respiratory
viruses,
7
pneumonia-causing
bacteria,
19
acute
diarrhea-causing
pathogens,
SARS-CoV-2,
Zika
virus,
hepatitis
A
poliovirus,
Mpox,
measles.
They
were
detected
through
real-time
PCR
conventional
PCR.
concentrations
9
among
them
additionally
using
quantitative
real
time
correlation
confirmed
statistical
analysis
with
rate
detection
reported
by
Korea
Disease
Control
Prevention
Agency.
Influenza
human
adenovirus,
rhinovirus
moderately
correlated
(rho
values
0.45
0.58).
Campylobacter
spp.
sapovirus
strong
0.62,
0.63).
Enteropathogenic
E.
coli
,
coronavirus,
norovirus
GII
very
0.86
0.92).
We
able
identify
prevalence
viral
infections,
pneumonia,
wastewater-based
data.
will
be
helpful
establishing
system
future
present
sewage.
JMIR Infodemiology,
Journal Year:
2023,
Volume and Issue:
3, P. e43891 - e43891
Published: Oct. 1, 2023
The
COVID-19
pandemic
necessitated
rapid
real-time
surveillance
of
epidemiological
data
to
advise
governments
and
the
public,
but
accuracy
these
depends
on
myriad
auxiliary
assumptions,
not
least
accurate
reporting
cases
by
public.
Wastewater
monitoring
has
emerged
internationally
as
an
objective
means
for
assessing
disease
prevalence
with
reduced
latency
less
dependence
public
vigilance,
reliability,
engagement.
How
interest
aligns
personal
testing
wastewater
is,
however,
very
poorly
characterized.
