BioTechnologia,
Год журнала:
2021,
Номер
102(2), С. 179 - 195
Опубликована: Янв. 1, 2021
ENWEndNote
BIBJabRef,
Mendeley
RISPapers,
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Manager,
RefWorks,
Zotero
AMA
B.
Krishnatreya
D,
Ray
M.
Baruah
P,
et
al.
Identification
of
putative
miRNAs
from
Expressed
Sequence
Tags
Gnetum
gnemon
L.
and
their
cross-kingdom
targets
in
human.
BioTechnologia.
2021;102(2):179-195.
doi:10.5114/bta.2021.106525.
APA
Krishnatreya,
D.,
Ray,
Baruah,
P.,
Dowarah,
B.,
S.
Bordoloi,
K.,
&
Agarwal,
H.
(2021).
BioTechnologia,
102(2),
179-195.
https://doi.org/10.5114/bta.2021.106525
Chicago
Debasish,
Dipanjali
Pooja
Bhaskar
Kuntala
Heena
Niraj
Agarwala.
2021.
"Identification
human".
BioTechnologia
102
(2):
Harvard
H.,
Agarwala,
N.
pp.179-195.
MLA
Debasish
human."
vol.
102,
no.
2,
2021,
pp.
Vancouver
Dowarah
B,
Bordoloi
K,
Agarwal
H
Genes,
Год журнала:
2024,
Номер
15(9), С. 1200 - 1200
Опубликована: Сен. 12, 2024
MicroRNAs
(miRNAs)
are
small,
non-coding
RNAs
that
expressed
in
a
tissue-
and
temporal-specific
manner
during
development.
They
have
been
found
to
be
highly
conserved
the
evolution
of
different
species.
miRNAs
regulate
expression
several
genes
various
organisms,
with
some
regulating
multiple
similar
or
completely
unrelated
functions.
Frequent
disease
insect
pest
infestations
severely
limit
agricultural
Thus,
cultivating
resistant
crops
via
miRNA-directed
gene
regulation
plants,
insects,
pathogens
is
an
important
aspect
modern
breeding
practices.
To
strengthen
application
sustainable
agriculture,
plant
endogenous
exogenous
used
for
breeding.
Consequently,
development
biological
pesticides
based
on
has
become
avenue
future
control
methods.
However,
selecting
appropriate
miRNA
according
desired
target
traits
organism
key
successfully
using
this
technology
control.
This
review
summarizes
progress
research
plants
other
species
involved
resistance
pathways.
We
also
discuss
molecular
mechanisms
relevant
provide
new
ideas
plants.
Scientific Reports,
Год журнала:
2021,
Номер
11(1)
Опубликована: Апрель 21, 2021
Abstract
Three
gene
families
in
plants
viz.
Argonaute
(
AGOs
),
Dicer-like
DCLs
)
and
RNA
dependent
polymerase
RDRs
constitute
the
core
components
of
small
mediated
silencing
machinery.
The
present
study
endeavours
to
identify
members
these
tea
investigate
their
expression
patterns
different
tissues
various
stress
regimes.
Using
genome-wide
analysis,
we
have
identified
18
AGO
s,
5
DCL
s
9
RDR
tea,
analyzed
phylogenetic
relationship
with
orthologs
Arabidopsis
thaliana
.
Gene
analysis
revealed
constitutive
CsAGO1
all
studied
conditions,
whereas
CsAGO10c
showed
most
variable
among
genes.
was
found
be
upregulated
undergoing
high
meristematic
activity
such
as
buds
roots,
well
Exobasidium
vexans
infected
samples.
CsRDR2
two
paralogs
CsAGO4
,
which
are
known
participate
biogenesis
hc-siRNAs,
similarities
levels
plant
tissues.
This
report
provides
first
ever
insight
into
important
involved
RNAs
tea.
comprehensive
knowledge
purveyors
can
utilized
for
crop
improvement
aimed
at
tolerance
quality
enhancement.
Plant Stress,
Год журнала:
2023,
Номер
8, С. 100150 - 100150
Опубликована: Март 11, 2023
The
tea
mosquito
bug
(TMB)
or
Helopeltis
theivora
has
been
reported
as
a
significant
pest
that
causes
major
crop
loss.
Circular
RNAs
(circRNAs)
are
newly
discovered
group
of
the
non-coding
RNA
(ncRNA)
and
known
to
function
in
gene
regulation
process.
Tea
plant
(Camellia
sinensis)
not
explored
for
detection
circRNAs
during
infestation.
This
is
first
report
identified
C.
sinensis
infested
by
sap-sucking
insect
H.
theivora.
In
total,
we
709
six
RNA-seq
libraries.
Analysis
differential
expression
pattern
revealed
34
got
upregulated/downregulated
response
attack.
Functional
annotation
enrichment
analysis
differentially
expressed
showed
circRNA-target
genes
were
enriched
biological
pathways
like
"tryptophan
metabolism",
"biosynthesis
secondary
metabolites",
"porphyrin
"nucleocytoplasmic
transport",
"N-glycan
biosynthesis"
etc.
miRNA-mediated
interaction
also
17
could
act
"sponges"
thus
masking
miRNA-mRNA
binding
subsequently
repressing
mRNA
cleavage.
These
predicted
have
capacity
behave
endogenous
target
mimics
(eTMs)
potential
aspartyl
protease,
phospholipase,
lectin
receptor
RNA Biology,
Год журнала:
2022,
Номер
19(1), С. 519 - 532
Опубликована: Апрель 20, 2022
In
the
recent
past,
cross-kingdom
movement
of
miRNAs,
small
(20–25
bases),
and
endogenous
regulatory
RNA
molecules
has
emerged
as
one
major
research
areas
to
understand
potential
implications
in
modulating
plant's
biotic
stress
response.
The
current
review
discussed
developments
mechanism
(long
short
distance)
critical
cross-talk
between
host's
miRNAs
regulating
gene
function
bacteria,
fungi,
viruses,
insects,
nematodes,
vice-versa
during
host-pathogen
interaction
their
crop
protection.
Moreover,
symbiotic
interaction,
emerging
role
animal's
function,
feasibility
spray-induced
silencing
(SIGS)
combating
stresses
plants
are
also
critically
evaluated.
article
analysed
horizontal
transfer
among
plants,
animals,
microbes
that
regulates
expression
host
or
pathogenic
organisms,
contributing
Further,
it
highlighted
challenges
opportunities
harness
full
this
approach
mitigate
efficiently.
Abstract
Food
security
is
important
for
the
ever-growing
global
population.
Soybean,
Glycine
max
(L.)
Merr.,
cultivated
worldwide
providing
a
key
source
of
food,
protein
and
oil.
Hence,
it
imperative
to
maintain
or
increase
its
yield
under
different
conditions
including
challenges
caused
by
abiotic
biotic
stresses.
In
recent
years,
soybean
pod-sucking
stinkbug
Riptortus
pedestris
has
emerged
as
an
agricultural
insect
pest
in
East,
South
Southeast
Asia.
Here,
we
present
genomics
resource
R.
genome
assembly,
messenger
RNA
(mRNA)
microRNA
(miRNA)
transcriptomes
at
developmental
stages
from
organs.
As
hormone
biosynthesis
genes
(genes
involved
metamorphosis)
their
regulators
such
miRNAs
are
potential
targets
control,
analyzed
sesquiterpenoid
(juvenile)
ecdysteroid
(molting)
pathway
relevant
neuropeptides.
Temporal
gene
expression
changes
these
pathways
were
observed
stages.
Similarly,
diet-specific
response
was
also
both
head
salivary
glands.
Furthermore,
that
microRNAs
(bantam,
miR-14,
miR-316,
miR-263)
fed
with
types
soybeans
differentially
expressed
glands
indicating
response.
Interestingly,
opposite
arms
miR-281
(-5p
-3p),
miRNA
regulating
development,
predicted
target
Hmgs
soybean,
respectively.
These
observations
among
others
highlight
stinkbug’s
responses
function
interaction
soybean.
brief,
results
this
study
not
only
salient
findings
could
be
use
management
mitigation
but
provide
invaluable
model
facilitate
studies
on
plant-pest
interactions.
