Social
isolation
generally
increases
aggression
but
decreases
mating
competition,
resulting
in
an
intricate
and
ambiguous
relationship
between
social
experience,
aggression,
reproductive
success.
In
male
Drosophila
,
is
often
characterized
by
lunging,
a
frequent
comparatively
gentle
combat
behavior.
Here,
we
establish
behavioral
paradigm
for
studying
less
more
vigorous
fighting
form
known
as
tussling.
We
discover
that
while
enrichment
aligning
with
past
observations,
it
heightens
the
forceful
tussling
These
two
forms
of
rely
on
different
olfactory
receptor
neurons,
specifically
Or67d
lunging
Or47b
further
identify
three
pairs
central
pC1
neurons
promote
Moreover,
shifting
from
to
socially
enriched
males
facilitates
better
territory
control
success,
mitigating
disadvantages
associated
aging.
findings
reveal
how
experience
shapes
strategies
optimize
The
future
of
humanity
and
the
environment
are
intertwined.
Our
collective
growth
shapes
disrupts
environmental
systems
at
planetary-scale.
We
pursue
increasingly
technological
futures,
while
warning
need
to
repair
natural
biosphere
that
sustain
us.
Facing
globally
interconnected
challenges,
scientific
approaches
guide
our
decision-making
have
never
been
more
important
for
informing
future.
Physicalist
(physical-only),
reductionistic
worldviews,
which
strive
eliminate
subjectivity,
provide
conceptual
framing
mainstream
views
purport
completely
frame
describe
biological
life.
However,
we
observe
ample
case
studies
from
biology,
ecology,
human
health,
animal
behavior,
other
life
sciences
where
course
events
shaped
by
intrinsic
cognitive
subjective
assessments
benefits
drawbacks.
It
is
argued
such
perceptions,
adaptive
goal-directed
behaviors,
represent
an
overlooked
non-material
facet
or
dimension,
linked
bioelectric
read/write/compute
capacity,
critical
organism-,
ecosystem-,
biosphere-scales.
In
birds
and
insects,
the
female
uptakes
sperm
for
a
specific
duration
post-copulation
known
as
ejaculate
holding
period
(EHP)
before
expelling
unused
mating
plug
through
ejection.
this
study,
we
found
that
Drosophila
melanogaster
females
shortens
EHP
when
incubated
with
males
or
mated
shortly
after
first
mating.
This
phenomenon,
which
termed
m
ale-
i
nduced
E
HP
s
hortening
(MIES),
requires
Or47b+
olfactory
ppk23+
gustatory
neurons,
activated
by
2-methyltetracosane
7-tricosene,
respectively.
These
odorants
raise
cAMP
levels
in
pC1
responsible
processing
male
courtship
cues
regulating
receptivity.
Elevated
neurons
reduce
reinstate
their
responsiveness
to
cues,
promoting
re-mating
faster
study
established
MIES
genetically
tractable
model
of
sexual
plasticity
conserved
neural
mechanism.
eNeuro,
Journal Year:
2024,
Volume and Issue:
11(11), P. ENEURO.0218 - 24.2024
Published: Nov. 1, 2024
Aggression
and
mating
of
male
mice
are
strongly
associated
with
Esr1-expressing
neurons
in
the
bed
nucleus
stria
terminalis
(BNSTpr)
hypothalamus
vomeronasal
pathway.
By
projecting
to
downstream
hypothalamus,
upstream
BNSTpr
Esr1
gates
aggression
maternal
behavior
female
mice.
The
medial
preoptic
area
(MPOA)
ventrolateral
subdivision
ventromedial
(VMHvl)
two
subdivisions
downstream.
In
addition
receiving
projections
from
BNSTpr,
there
is
also
a
mutual
projection
between
MPOA
VMHvl.
process
transforming
sex
information
into
aggression,
MPOA,
VMHvl
act
as
messengers
information,
finally
producing
inhibitory
or
excitatory
projection.
These
different
direction,
but
they
all
work
together
control
selection
that
most
conducive
defense
reproduction
when
encounter
Here,
we
summarized
property
function
connections
these
encode
highlight
importance
benefits
cells
aggression.
Social
isolation
generally
increases
aggression
but
decreases
mating
competition,
resulting
in
an
intricate
and
ambiguous
relationship
between
social
experience,
aggression,
reproductive
success.
In
male
Drosophila
,
is
often
characterized
by
lunging,
a
frequent
comparatively
gentle
combat
behavior.
Here,
we
establish
behavioral
paradigm
for
studying
less
more
vigorous
fighting
form
known
as
tussling.
We
discover
that
while
enrichment
aligning
with
past
observations,
it
heightens
the
forceful
tussling
These
two
forms
of
rely
on
different
olfactory
receptor
neurons,
specifically
Or67d
lunging
Or47b
further
identify
three
pairs
central
pC1
neurons
promote
Moreover,
shifting
from
to
socially
enriched
males
facilitates
better
territory
control
success,
mitigating
disadvantages
associated
aging.
findings
reveal
how
experience
shapes
strategies
optimize
Social
isolation
generally
increases
aggression
but
decreases
mating
competition,
resulting
in
an
intricate
and
ambiguous
relationship
between
social
experience,
aggression,
reproductive
success.
In
male
Drosophila
,
is
often
characterized
by
lunging,
a
frequent
comparatively
gentle
combat
behavior.
Here,
we
establish
behavioral
paradigm
for
studying
less
more
vigorous
fighting
form
known
as
tussling.
We
discover
that
while
enrichment
aligning
with
past
observations,
it
heightens
the
forceful
tussling
These
two
forms
of
rely
on
different
olfactory
receptor
neurons,
specifically
Or67d
lunging
Or47b
further
identify
three
pairs
central
pC1
neurons
promote
Moreover,
shifting
from
to
socially
enriched
males
facilitates
better
territory
control
success,
mitigating
disadvantages
associated
aging.
findings
reveal
how
experience
shapes
strategies
optimize