BioTechnologia,
Год журнала:
2021,
Номер
102(2), С. 179 - 195
Опубликована: Янв. 1, 2021
ENWEndNote
BIBJabRef,
Mendeley
RISPapers,
Reference
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
Journal of Integrated Pest Management,
Год журнала:
2022,
Номер
13(1)
Опубликована: Янв. 1, 2022
Abstract
In
North
America,
the
wheat
stem
sawfly
(Cephus
cinctus
Norton)
(WSS)
is
considered
a
key
pest
of
wheat,
causing
significant
damage
to
spring
and
winter
wheat.
Yield
losses
from
WSS
can
be
due
boring
and/or
cutting
which
causes
plants
lodge.
Cultural,
chemical,
biological
management
strategies
have
not
effectively
controlled
WSS.
When
available,
host
plant
resistance
(HPR)
an
effective
environmentally
friendly
approach
for
particularly
important
controlling
Solid
genotypes
are
often
main
option
producers.
This
review
will
highlight
recent
progress
future
challenges
understanding
HPR
bread
durum
we
(1)
solid
trait,
(2)
interactive
effects
control,
(3)
nonpreference
(4)
novel
sources
HPR,
(5)
molecular
aspects
wheat–wheat
interactions.
We
also
available
information
on
in
non-wheat
crops.
Future
research
should
characterize
other
traits
that
complement
create
more
robust
predictable
genotypes.
Crop and Pasture Science,
Год журнала:
2023,
Номер
74(12), С. 1116 - 1127
Опубликована: Май 31, 2023
Increasing
plant
resistance
to
biotic
and
abiotic
stresses
may
help
address
global
food
insecurity.
We
review
small
RNA
(sRNA)
research
consider
the
potential
of
sRNA-based
technologies
as
strategies
enhance
environmental
stresses.
sRNAs
are
essential
non-coding
signalling
molecules
21–24
nucleotides
in
length
that
involved
various
reproduction,
defence
development
processes.
guide
regulatory
processes
during
adaptation
at
DNA
or
level
eukaryotic
organisms.
They
control
gene
expression
eukaryotes
via
a
process
commonly
termed
silencing.
responsible
for
suppressing
some
pathogenic
genes
pests.
This
suppression
offers
protect
growth
through
new
generation
eco-friendly
RNA-based
fungicides
insecticides
specific
their
target
can
easily
multiple
diseases
simultaneously.
focuses
on
sRNA
production
crop
species,
role
responses
range
stresses,
prospective
applications,
highlighting
technology
applications
crops
under
stress.
could
serve
reference
future
researchers
working
RNAs
roles
they
play
response
Argonaute
(AGO),
Dicer-like
(DCL),
and
RNA-dependent
RNA
polymerase
(RDR)
are
essential
components
of
silencing
pathways
in
plants.
These
crucial
for
the
generation
regulatory
functions
small
RNAs,
especially
plant
development
response
to
environmental
stresses.
Despite
their
well-characterized
other
species,
there
is
limited
information
about
these
genes
stress
responses
centipedegrass
(Eremochloa
ophiuroides),
a
key
turfgrass
species.
Frontiers in Cell and Developmental Biology,
Год журнала:
2024,
Номер
12
Опубликована: Сен. 23, 2024
Ticks
are
important
blood
feeding
ectoparasites
that
transmit
pathogens
to
wildlife,
domestic
animals,
and
humans.
Hard
ticks
can
feed
for
several
days
weeks,
nevertheless
they
often
go
undetected.
This
phenomenon
be
explained
by
a
tick’s
ability
release
analgesics,
immunosuppressives,
anticoagulants,
vasodilators
within
their
saliva.
Several
studies
have
identified
extracellular
vesicles
(EVs)
as
carriers
of
some
these
effector
molecules.
Further,
EVs,
contents,
enhance
pathogen
transmission,
modulate
immune
responses,
delay
wound
healing.
EVs
double
lipid-membrane
transport
intracellular
cargo,
including
microRNAs
(miRNAs)
recipient
cells.
miRNAs
involved
in
regulating
gene
expression
post-transcriptionally.
Interestingly,
tick-derived
been
shown
transmission
affect
vital
biological
processes
such
oviposition,
digestion,
molting.
found
tick
salivary
EVs.
review
focuses
on
current
knowledge
miRNA
loading
into
homologies
reported
ticks.
We
also
describe
findings
profiles,
packed
Although
no
functional
done
investigate
the
role
EV-derived
feeding,
we
discuss
characterization
biology
transmission.
Lastly,
propose
possible
uses
develop
management
tools
control
prevent
The
identification
conserved
tick-specific
targeting
molecular
immunological
pathways
host
could
lead
discovery
new
therapeutics
treatment
tick-borne
non-tick-borne
human
diseases.
RNA
interference
is
a
highly
conserved
process
in
which
non-coding
small
RNAs
(sRNA)
modulate
gene
expression
at
the
post-transcriptional
level
influencing
plant
growth
and
development.
Dicer-like
(DCL),
Argonaute
(AGO)
RNA-dependent
polymerase
(RDR)
are
core
elements
involved
silencing
their
families
have
been
explored
many
plants.
However,
these
genes
response
to
abiotic
stresses
not
yet
well
wheat.
In
this
study,
82
AGO,
31
DCL,
RDR
were
identified
phylogenetic
analysis
of
proteins
showed
that
clustered
into
ten,
four
clades
respectively.
RNA-seq
revealed
constitutive
AGO1,
AGO9,
DCL2
family
tissues
under
normal
stress
conditions,
whereas
RDR1
known
engage
siRNA
biogenesis
higher
levels
wheat
leaf
tissues.
Our
findings
build
foundation
for
comparative
genomics
analyses
cereal
crops,
as
new
insights
functional
complexity
responses,
critical
understanding
processes
underlying
responses.
BioTechnologia,
Год журнала:
2021,
Номер
102(2), С. 179 - 195
Опубликована: Янв. 1, 2021
ENWEndNote
BIBJabRef,
Mendeley
RISPapers,
Reference
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
