Life,
Journal Year:
2025,
Volume and Issue:
15(2), P. 247 - 247
Published: Feb. 6, 2025
From
the
early
identification
of
severe
respiratory
cases
unknown
etiology
in
Wuhan,
China,
late
2019,
virology
research
has
played
an
important
role
understanding,
management,
and
prevention
COVID-19
pandemic
[...]
Annual Review of Virology,
Journal Year:
2024,
Volume and Issue:
11(1), P. 21 - 42
Published: April 18, 2024
The
origin
of
SARS-CoV-2
has
evoked
heated
debate
and
strong
accusations,
yet
seemingly
little
resolution.
I
review
the
scientific
evidence
on
its
subsequent
spread
through
human
population.
available
data
clearly
point
to
a
natural
zoonotic
emergence
within,
or
closely
linked
to,
Huanan
Seafood
Wholesale
Market
in
Wuhan.
There
is
no
direct
linking
laboratory
work
conducted
at
Wuhan
Institute
Virology.
global
was
characterized
by
gradual
adaptation
humans,
with
dual
increases
transmissibility
virulence
until
Omicron
variant.
Of
note
been
frequent
transmission
from
humans
other
animals,
marking
it
as
strongly
host
generalist
virus.
Unless
lessons
are
learned,
inevitable
that
more
events
leading
epidemics
pandemics
will
plague
populations.
Research Directions One Health,
Journal Year:
2024,
Volume and Issue:
2
Published: Jan. 1, 2024
Abstract
Integrated
wildlife
monitoring
(IWM)
combines
infection
dynamics
and
the
ecology
of
populations,
including
aspects
defining
host
community
network.
Developing
implementing
IWM
is
a
worldwide
priority
that
faces
major
constraints
biases
should
be
considered
addressed
when
these
systems.
We
identify
eleven
main
limitations
in
establishment
IWM,
which
could
summarized
into
funding
lack
harmonization
information
exchange.
The
solutions
proposed
to
overcome
comprise:
(i)
selecting
indicator
species
through
network
analysis,
(ii)
identifying
key
pathogens
investigate
monitor,
potentially
nonspecific
health
markers,
(iii)
improve
standardize
harmonized
methodologies
can
applied
as
well
communication
among
stakeholders
across
within
countries,
(iv)
integration
new
noninvasive
technologies
(e.g.,
camera
trapping
(CT)
environmental
nucleic
acid
detection)
tools
are
under
ongoing
research
artificial
intelligence
speed-up
CT
analyses,
microfluidic
polymerase
chain
reaction
sample
volume
constraints,
or
filter
paper
samples
facilitate
transport).
Achieving
optimizing
must
allows
drivers
epidemics
predicting
trends
changes
disease
population
before
pathogen
crosses
interspecific
barriers.
Journal of Clinical Microbiology,
Journal Year:
2023,
Volume and Issue:
61(7)
Published: April 26, 2023
Severe
acute
respiratory
syndrome
coronavirus
2
(SARS-CoV-2)
is
notable
both
for
its
impact
on
global
public
health
as
well
well-publicized
transmissibility
to
other
species
of
animals.
Infection
incidental
animal
hosts
concerning
because
possible
emergence
novel
variants
due
viral
mutation.
Species
that
are
susceptible
SARS-CoV-2
include
domestic
and
nondomestic
cats,
dogs,
white-tailed
deer,
mink,
golden
hamsters,
among
others.
We
detail
origins
transmission
humans,
the
ecological
molecular
mechanisms
needed
virus
establish
infection
in
humans
from
highlight
examples
spillover,
spillback,
secondary
demonstrating
breadth
variability
current
events
have
been
documented
domestic,
captive,
wild
Lastly,
we
turn
our
focus
importance
potential
reservoirs
sources
variant
can
profound
effects
human
population.
note
a
One
Health
approach
emphasizing
surveillance
animals
certain
environments
using
interdisciplinary
collaboration
encouraged
manage
disease
surveillance,
regulation
trade
testing,
vaccine
development
will
mitigate
further
outbreaks.
These
efforts
minimize
spread
advance
knowledge
prevent
future
emerging
infectious
diseases.
The Lancet Microbe,
Journal Year:
2024,
Volume and Issue:
unknown, P. 100939 - 100939
Published: Aug. 1, 2024
SummaryWastewater
surveillance
holds
great
promise
as
a
sensitive
method
to
detect
spillover
of
zoonotic
infections
and
early
pandemic
emergence,
thereby
informing
risk
mitigation
public
health
response.
Known
viruses
with
potential
are
shed
in
human
stool
or
urine,
both,
the
experiences
SARS-CoV-2,
monkeypox
virus,
Zika
virus
highlight
feasibility
community-based
wastewater
for
that
have
different
transmission
routes.
We
reviewed
shedding
data
prototype
representing
viral
families
concern
estimate
likely
sensitivity
compared
clinical
surveillance.
examined
how
on
detection,
together
genetic
sequences
animal
faecal
biomarkers,
could
be
used
identify
adaptation.
The
opportunities
challenges
associated
global
prevention
pandemics
described
this
Personal
View,
focusing
low-income
middle-income
countries,
where
emergence
is
highest.
propose
research
agenda
ensure
an
equitable
sustainable
solution
these
challenges.
bioRxiv (Cold Spring Harbor Laboratory),
Journal Year:
2024,
Volume and Issue:
unknown
Published: March 17, 2024
Abstract
Intrinsically
disordered
regions
(IDRs)
represent
at
least
one-third
of
the
human
proteome
and
defy
established
structure-function
paradigm.
Because
IDRs
often
have
limited
positional
sequence
conservation,
functional
classification
using
standard
bioinformatics
is
generally
not
possible.
Here,
we
show
that
evolutionarily
conserved
molecular
features
intrinsically
(IDR-ome),
termed
evolutionary
signatures,
enable
prediction
IDR
functions.
Hierarchical
clustering
IDR-ome
based
on
signatures
reveals
strong
enrichments
for
frequently
studied
functions
in
transcription
RNA
processing,
as
well
diverse,
rarely
functions,
ranging
from
sub-cellular
localization
biomolecular
condensates
to
cellular
signaling,
transmembrane
transport,
constitution
cytoskeleton.
We
exploit
information
encoded
within
conservation
propose
annotations
every
proteome,
inspect
correlate
with
different
discover
co-occurring
scale.
Further,
identify
patterns
proteins
unknown
function
disease-risk
genes
conditions
such
cancer
developmental
disorders.
Our
map
should
be
a
valuable
resource
aids
discovery
new
biology.
Science in One Health,
Journal Year:
2024,
Volume and Issue:
3, P. 100067 - 100067
Published: Jan. 1, 2024
To
detect
and
respond
to
emerging
diseases
more
effectively,
an
integrated
surveillance
strategy
needs
be
applied
both
human
animal
health.
Current
programs
in
Asian
countries
operate
separately
for
the
two
sectors
are
principally
concerned
with
detection
of
events
that
represent
a
short-term
disease
threat.
It
is
not
realistic
either
invest
only
efforts
diseases,
or
rely
solely
on
event-based
surveillance.
A
comprehensive
needed,
concurrently
investigating
managing
endemic
zoonoses,
studying
evolving
which
change
their
character
importance
due
influences
such
as
demographic
climatic
change,
enhancing
understanding
factors
likely
influence
emergence
new
pathogens.
This
requires
utilisation
additional
investigation
tools
have
become
available
recent
years
but
yet
being
used
full
effect.
As
there
no
fully
formed
blueprint
can
countries.
Hence
three-step
pathway
proposed
move
towards
goal
One
Health
response.
Journal of Virology,
Journal Year:
2024,
Volume and Issue:
98(2)
Published: Jan. 16, 2024
Fast
detection
and
rapid
intervention
are
crucial
to
mitigate
risks
of
pathogen
emergence,
spillover
spread—every
second
counts.
However,
comprehensive,
active,
longitudinal
surveillance
systems
at
high-risk
interfaces
that
provide
real-time
data
for
action
remain
lacking.
This
paper
proposes
"smart
market"
harnessing
cutting-edge
tools
a
range
sampling
techniques,
including
wastewater
air
collection,
multiplex
assays,
metagenomic
sequencing.
Coupled
with
robust
response
pathways,
these
could
better
enable
Early
Warning
bolster
prevention
efforts.