As
a
plant-specific
transcription
factor
family,
HD-Zip
proteins
exist
widely
among
various
plants.
Depending
on
the
degrees
of
homology,
conservativeness,
domain
similarity,
and
physiological
function,
family
genes
can
be
divided
into
four
subclasses:
class
I,
II,
III,
IV.
In
terms
members
not
only
regulate
plant
growth
development,
but
also
respond
to
variety
abiotic
stresses
improve
adaptability
plants
adverse
conditions.
This
chapter
mainly
summarizes
from
perspective
structure
so
as
deepen
understanding
factors.
Communications Biology,
Journal Year:
2024,
Volume and Issue:
7(1)
Published: Jan. 19, 2024
Abstract
The
naturally
occurring
bisexual
cone
of
gymnosperms
has
long
been
considered
a
possible
intermediate
stage
in
the
origin
flowers,
but
mechanisms
governing
formation
remain
largely
elusive.
Here,
we
employed
transcriptomic
and
DNA
methylomic
analyses,
together
with
hormone
measurement,
to
investigate
molecular
underlying
development
conifer
Picea
crassifolia
.
Our
study
reveals
“bisexual”
expression
profile
cones,
especially
patterns
B-class,
C-class
LEAFY
genes,
supporting
out
male
model.
GGM7
could
be
essential
for
initiating
cones.
methylation
reconfiguration
cones
affects
key
genes
development,
including
PcDAL12
,
PcDAL10
PcNEEDLY
PcHDG5
Auxin
likely
plays
an
important
role
female
structures
This
unveils
potential
responsible
conifers
may
shed
light
on
evolution
bisexuality.
Plant Stress,
Journal Year:
2023,
Volume and Issue:
10, P. 100215 - 100215
Published: Sept. 6, 2023
The
TCP
are
key
plant-specific
proteins
responsible
for
regulating
various
developmental
activities.
Herein,
we
retrieved
21
OsTCP
genes
from
the
genome
database
of
rice.
bioinformatics
analysis,
including
conserved
motif,
domain,
interactive
proteins,
gene
ontology
(GO)
target
micro-RNAs
(miRNA)
prediction,
and
physiochemical
properties,
highlight
aspects
in
Oryza
sativa
L.
phylogeny
analysis
disclosed
that
was
further
clustered
into
five
clades
(Clade
I
-
Clade
V)
based
on
structural
similarities
functional
diversities.
GO
showed
they
primarily
exercising
rice
processes,
reproductive
stages
particular.
microarray
expression
transcription
twelve
tissues,
differential
pattern
revealed
their
possible
involvement
auxin-mediated
growth
response
against
salinity
drought.
predicted
miRNA
includes
miR159
miR319
families
engagement
post-translational
regulation
growth.
Owing
to
above-mentioned
outcomes,
speculate
O.
play
an
essential
role
development
fine-tuning
immune
responses
environmental
stresses,
thus
providing
major
indications
studies.
International Journal of Molecular Sciences,
Journal Year:
2024,
Volume and Issue:
25(10), P. 5199 - 5199
Published: May 10, 2024
Climate
change-induced
weather
events,
such
as
extreme
temperatures,
prolonged
drought
spells,
or
flooding,
pose
an
enormous
risk
to
crop
productivity.
Studies
on
the
implications
of
multiple
stresses
may
vary
from
those
a
single
stress.
Usually,
these
coincide,
amplifying
extent
collateral
damage
and
contributing
significant
financial
losses.
The
breadth
investigations
focusing
response
horticultural
crops
abiotic
stress
is
immense.
However,
tolerance
mechanisms
remain
poorly
understood.
In
this
review,
we
described
most
prevalent
types
that
occur
simultaneously
discussed
them
in
in-depth
detail
regarding
physiological
molecular
responses
crops.
particular,
transcriptional,
posttranscriptional,
metabolic
stresses.
Strategies
breed
multi-stress-resilient
lines
have
been
presented.
Our
manuscript
presents
interesting
amount
proposed
knowledge
could
be
valuable
generating
resilient
genotypes
for
stressors.
BMC Plant Biology,
Journal Year:
2024,
Volume and Issue:
24(1)
Published: May 23, 2024
The
homodomain-leucine
zipper
(HD-Zip)
is
a
conserved
transcription
factor
family
unique
to
plants
that
regulate
multiple
developmental
processes
including
lignificaion.
Stone
cell
content
key
determinant
negatively
affecting
pear
fruit
quality,
which
causes
grainy
texture
of
flesh,
because
the
lignified
walls.
Plant Stress,
Journal Year:
2023,
Volume and Issue:
10, P. 100228 - 100228
Published: Sept. 20, 2023
The
plant-specific
Ovate
Family
Proteins
(OFPs)
are
transcription
factors
with
a
conserved
OVATE
domain.
OFPs
regulate
organ
shape
in
Arabidopsis
and
many
crops,
including
rice,
tomato,
melon.
However,
little
is
known
regarding
the
OFPs'
potential
role
regulating
plant
immune
response
to
biotic/abiotic
stresses.
Herein,
we
reported
identification,
bioinformatic,
Insilco
analysis
of
plant-specific,
novel
factor
rice
(Oryza
sativa
L).
Thirty-one
OsOFP
genes
were
identified
from
genome
database
further
divided
into
six
subgroups
based
on
their
sequence
similarities.
Gene
expression
developmental
stages
indicated
that
some
members
gene
family
displayed
tissue-specific
patterns.
Enrichment
hormonal-related
cis-acting
elements
varied
under
phytohormones
validated
participation
hormone-mediated
growth.
microarray
showed
possible
involvement
against
salinity,
drought,
brown
planthopper
(BPH)_
striped
stemborer
(SSB)
(OsOFP25),
leaf
folder
(RLF)
(OsOFP26)
infestations.
higher
OsOFP25
OsWRKY65-OE
line
implies
key
reproductive
biology.
These
results
provide
systematic
lay
foundation
for
functional
characterization
this
family.
International Journal of Molecular Sciences,
Journal Year:
2022,
Volume and Issue:
23(23), P. 15283 - 15283
Published: Dec. 4, 2022
The
mirid
bug
Cyrtorhinus
lividipennis
(Reuter)
is
an
important
predator
that
consumes
eggs
and
young
nymphs
of
the
brown
planthopper
Nilaparvata
lugens
as
a
primary
food
source
thus
becomes
member
rice
ecosystem.
We
identified
characterized
ClPSP
gene
in
C.
encoding
phosphoserine
phosphatase
enzyme.
has
open
reading
frame
(ORF)
957
bp
protein
with
length
294bp
it
possesses
haloacid
dehalogenase-like
(HAD)
hydrolase,
phosphatase,
eukaryotic-like
(HAD_PSP_eu)
conserved
domain.
Furthermore,
silico
analysis
unveiled
its
distinct
characteristics
serves
key
player
modulation
amino
acids.
showed
expression
all
developmental
stages,
higher
observed
ovary
fat
body.
Silencing
by
RNA
interference
(RNAi)
significantly
decreased
PSP
enzyme
activity
compared
to
dsGFP
at
two
days
after
emergence
(2DAE).
dsPSP
treatment
altered
free
hemolymph
acid
compositions,
resulting
significant
reduction
serine
(Ser)
Arginine
(Arg)
proportions
increase
Threonine
(Thr),
Cystine
(Cys),
Tyrosine
(Tyr)
female
2
DAE.
Additionally,
hindered
total
concentration
body,
reduced
vitellogenin
(Vg)
expression,
body
weight,
number
laid
eggs,
were
also
observed.
same
prolonged
preoviposition
period
ovarian
development.
Our
data,
for
first
time,
demonstrated
influential
role
modulating
fecundity
provide
platform
future
insect
pest
control
programs
using
fecundity.
Horticulturae,
Journal Year:
2024,
Volume and Issue:
10(4), P. 333 - 333
Published: March 28, 2024
The
membrane
proteins
of
the
magnesium
transporter
(MGT)
family
are
essential
to
Mg
homeostasis.
However,
there
has
not
been
a
comprehensive
study
MGT
in
pear.
17
that
were
renamed
PbMGT1–17
this
found
pear
genome
database.
Phylogenetically,
PbMGT
categorized
into
three
groups,
namely
NIPA,
MRS2,
and
CorA.
majority
hydrophobic
situated
on
chloroplast,
according
characterization
study.
Members
same
group
shared
comparable
conserved
motifs
gene
structure,
as
revealed
by
motif
exon/intron
analysis.
application
ontology
(GO)
cis-elements
demonstrated
genes
exhibit
high
degree
sensitivity
stressors
take
part
chloroplast
development
Mg+
ion
transport.
It
was
discovered
tissue-specific
expression
analysis
might
have
role
organs.
critical
significance
shown
through
five
cultivars
at
various
fruit
developmental
stages.
PbMGT5
significantly
expressed
throughout
development,
suggesting
setting
ripening
processes
fruits.
For
first
time,
our
research
brought
attention
function
they
relate
development.
Our
is
likely
serve
an
incentive
for
breeding
initiatives
future.
