Agriculture Communications,
Journal Year:
2024,
Volume and Issue:
2(1), P. 100027 - 100027
Published: Feb. 3, 2024
The
pervasive
use
of
antibiotics
in
agriculture
and
animal
husbandry
has
raised
a
significant
concern—residual
antibiotic
contamination
food,
which
contributes
to
the
natural
evolution
resistance
pathogenic
microbial
strains.
emergence
communities
poses
global
threat
food
safety
security.
Recently,
situation
been
exacerbated
by
discovery
novel
strains
resistant
bacteria
(ARB)
plant-
animal-derived
foods.
These
microbes
can
enter
human
body
through
direct
contact
with
affected
animals
or
consumption
contaminated
In
this
review,
we
explore
prevalence
contaminants
at
various
locations
around
world,
delve
into
molecular
mechanisms
behind
acquisition
antimicrobial
resistance,
examine
current
strategies
employed
mitigate
spread
pathogens,
discuss
emerging
technologies
aimed
halting
trend
that
projects
10
million
annual
deaths
2050
as
result
ARB
agriculture.
Genetic
processes,
including
mutations,
efflux
pump
activity,
horizontal
gene
transfer,
play
crucial
roles
widespread
distribution
community.
Effectively
addressing
requires
development
methodologies
rapidly
detect
supply
chain.
Therefore,
several
established
rapid
diagnostic
techniques
such
Quick,
Easy,
Cheap,
Effective,
Rugged,
Safe
(QuEChERS)
methodology,
aptasensors,
fluorescence-based
Metal
Organic
Frameworks.
Additionally,
innovative
fight
nano-antibiotics,
antibiotics,
synthetic
biology,
bacteriophages,
predator
bacteria.
Here,
propose
omics
biochar
potential
tools
for
combating
ARB.
We
anticipate
review
article
will
serve
valuable
resource
future
research,
particularly
designed
not
only
suppress
activities
genes
but
also
potentially
reverse
are
already
communities.
Separation and Purification Technology,
Journal Year:
2023,
Volume and Issue:
329, P. 125115 - 125115
Published: Sept. 18, 2023
Two
new
highly-efficient
and
eco-friendly
biosorbents
comprised
of
magnetite,
chitosan
Chlorella
vulgaris
(MCC)
or
Arthrospira
platensis
(MCA)
were
prepared
in
such
a
way
to
be
easily
separated
reused
for
removing
different
classes
antibiotics
as
tetracycline
(TC),
ciprofloxacin
(CIP)
amoxicillin
(AMX)
from
wastewater.
They
characterized
using
SEM,
FTIR
TGA.
Biosorption
experiments
performed
investigate
the
impact
pH,
biosorbent
dosage,
initial
antibiotic
concentration,
contact
time,
concentration
background
electrolytes
(NaCl,
KCl
CaCl2)
on
adsorption.
Both
biocomposites
showed
outstanding
performance
removal.
Equilibrium
data
modelled
Langmuir,
Freundlich,
Temkin,
Dubinin-Radushkevich
adsorption
isotherms,
among
which
first
one
gave
best
fit,
with
maximum
TC,
CIP
AMX
capacities
834.0,
394.9,
150.8
mg/g
MCA
831.1,
374.2,
140.2
MCC,
respectively.
To
follow
time-evolution,
pseudo-first-order,
pseudo-second-order
intraparticle
diffusion
kinetic
models
tested,
second
proved
best-fitting
one.
Thermodynamic
parameters
revealed
that
was
spontaneous
endothermic.
regenerated
through
microwave-assisted
treatment
repeatedly
up
four
cycles,
losing
at
equilibrium
by
no
>7,
4
9
%,
This
study
suggests
both
may
effective
sustainable
alternatives
commercial
adsorbents
Food Science and Biotechnology,
Journal Year:
2025,
Volume and Issue:
unknown
Published: Jan. 29, 2025
Abstract
Antibiotic
resistance
in
foodborne
bacteria
poses
a
substantial
global
health
challenge.
Reports
indicate
that
antibiotic
overuse
middle-class
and
low-income
countries
is
significant
factor
the
ever-increasing
resistance.
Resistance
mechanisms
have
developed
through
enzymatic
hydrolysis,
reduced
membrane
permeability,
efflux
pumps,
target
site
mutations.
Preventive
measures
like
proper
hygiene
safe
food
preparation,
vaccination,
stewardship
surveillance,
implementing
infection
prevention
control
(IPC)
measures,
good
agricultural
practices,
investigating
novel
approaches
CRISPR,
NGS,
nanotechnology,
bacteriophages
may
be
employed
to
address
this
Naturally
occurring
preservatives
(e.g.,
nisin)
are
alternatives
antibiotics
for
preservation.
Prebiotics,
probiotics,
nanobiotics,
phage
treatment,
antimicrobial
peptides
also
substitutes
antibiotics.
Furthermore,
plant-derived
compounds,
such
as
essential
oils
plant
extracts,
promising
animal
production.
This
review
focuses
on
of
underlying
pathogens,
necessary
preventive
challenges
associated.
Graphical
abstract
Created
using
BioRender
https://www.biorender.com/
The
presence
of
high-quality
water
is
essential
not
only
for
human
survival
but
also
the
well-being
plants
and
animals.
This
research
aimed
to
examine
studies
investigating
occurrence
antibiotics,
endocrine
disruptors,
other
pharmaceutical
products
in
water,
sediments,
organisms
within
aquatic
ecosystems.
These
substances
have
been
linked
numerous
adverse
health
effects
on
both
humans
life,
including
reproductive
issues
neurotoxic
effects.
pervasive
utilization
antibiotics
medical
agricultural
domains
has
precipitated
their
ascension
as
formidable
environmental
contaminants.
Effluents
discharged
from
industries
constitute
significant
contributors
ecosystems’
contamination
with
antibiotics.
pharmacological
agents
permeate
diverse
niches,
spanning
groundwater,
surface
soils,
wastewater
treatment
facilities,
exhibiting
concentrations
ranging
nanograms
grams
per
liter.
Concurrently,
indiscriminate
excessive
application
worldwide
engendered
escalating
apprehensions
pertaining
antimicrobial
resistance—a
global
exigency.
review
delves
into
impact
pollutants
environments,
particularly
endocrine-disrupting
compounds.
Analysis
River
Taff
Ely
reveals
a
consistent
discharge
approximately
6
kilograms
pharmaceuticals
day.
study
examines
particular
pharmaceuticals,
such
diethylstilbestrol
(DES),
chlorotriazines,
chloroquine,
antineoplastic
drugs,
elucidating
varied
cycles.
Pharmaceutical
ecosystems,
originating
sources
like
wastewater,
agriculture,
improper
disposal,
persist
adversely
affect
through
bioaccumulation
biomagnification.
contaminants
pose
ecological
risks,
necessitating
effective
mitigation
strategies.
