Microorganisms,
Journal Year:
2021,
Volume and Issue:
9(11), P. 2212 - 2212
Published: Oct. 25, 2021
Integrons
were
first
identified
because
of
their
central
role
in
assembling
and
disseminating
antibiotic
resistance
genes
commensal
pathogenic
bacteria.
However,
these
clinically
relevant
integrons
represent
only
a
small
proportion
integron
diversity.
are
now
known
to
be
ancient
genetic
elements
that
hotspots
for
genomic
diversity,
helping
generate
adaptive
phenotypes.
This
perspective
examines
the
functions,
activities
within
both
natural
clinical
environments.
We
show
how
fundamental
properties
exquisitely
pre-adapted
them
respond
selection
pressures
imposed
by
human
use
antimicrobial
compounds.
then
follow
extraordinary
increase
abundance
one
class
(class
1)
has
resulted
from
its
acquisition
multiple
mobile
elements,
subsequent
colonisation
diverse
bacterial
species,
wide
range
animal
hosts.
Consequently,
this
become
significant
pollutant
own
right,
extent
it
can
detected
most
ecosystems.
As
continue
drive
environmental
instability,
will
likely
play
key
roles
adaptation
settings.
Understanding
ecological
evolutionary
dynamics
help
us
predict
shape
outcomes
have
direct
relevance
ecosystem
health.
Microorganisms,
Journal Year:
2021,
Volume and Issue:
9(11), P. 2212 - 2212
Published: Oct. 25, 2021
Integrons
were
first
identified
because
of
their
central
role
in
assembling
and
disseminating
antibiotic
resistance
genes
commensal
pathogenic
bacteria.
However,
these
clinically
relevant
integrons
represent
only
a
small
proportion
integron
diversity.
are
now
known
to
be
ancient
genetic
elements
that
hotspots
for
genomic
diversity,
helping
generate
adaptive
phenotypes.
This
perspective
examines
the
functions,
activities
within
both
natural
clinical
environments.
We
show
how
fundamental
properties
exquisitely
pre-adapted
them
respond
selection
pressures
imposed
by
human
use
antimicrobial
compounds.
then
follow
extraordinary
increase
abundance
one
class
(class
1)
has
resulted
from
its
acquisition
multiple
mobile
elements,
subsequent
colonisation
diverse
bacterial
species,
wide
range
animal
hosts.
Consequently,
this
become
significant
pollutant
own
right,
extent
it
can
detected
most
ecosystems.
As
continue
drive
environmental
instability,
will
likely
play
key
roles
adaptation
settings.
Understanding
ecological
evolutionary
dynamics
help
us
predict
shape
outcomes
have
direct
relevance
ecosystem
health.