Plant
viral
diseases
constitute
a
major
contributor
to
agricultural
production
losses,
significantly
impacting
the
economies
of
exporting
countries
by
more
than
$30
billion
annually.
Understanding
and
researching
biology
genomics
viruses
is
crucial
for
developing
virus-resistant,
genetically
edited
or
modified
plants.
Genetic
modifications
can
be
targeted
specific
regions
within
genes
target
plants
which
are
important
essential
virus
establish
systemic
infection,
thus
fostering
resistance
enabling
effectively
respond
invading
agents
while
preserving
their
yield.
This
review
provides
an
overview
incidence
diversity
in
tropical
fruit
crops
aims
examine
current
state
knowledge
on
recent
research
efforts
aimed
at
reducing
eliminating
damage
caused
diseases,
with
emphasis
products
that
have
reached
market
years.
The Plant Journal,
Journal Year:
2025,
Volume and Issue:
121(5)
Published: March 1, 2025
Sugarcane,
which
provides
80%
of
global
table
sugar
and
40%
biofuel,
presents
unique
breeding
challenges
due
to
its
highly
polyploid,
heterozygous,
frequently
aneuploid
genome.
Significant
progress
has
been
made
in
developing
genetic
resources,
including
the
recently
completed
reference
genome
sugarcane
cultivar
R570
pan-genomic
resources
from
sorghum,
a
closely
related
diploid
species.
Biotechnological
approaches
RNA
interference
(RNAi),
overexpression
transgenes,
gene
editing
technologies
offer
promising
avenues
for
accelerating
improvement.
These
methods
have
successfully
targeted
genes
involved
important
traits
such
as
sucrose
accumulation,
lignin
biosynthesis,
biomass
oil
stress
response.
One
main
transformation
methods-biolistic
transfer
or
Agrobacterium-mediated
transformation-coupled
with
efficient
tissue
culture
protocols,
is
typically
used
implementing
these
biotechnology
approaches.
Emerging
show
promise
overcoming
current
limitations.
The
use
morphogenic
can
help
address
genotype
constraints
improve
efficiency.
Tissue
culture-free
technologies,
spray-induced
silencing,
virus-induced
editing,
potential
functional
genomics
studies.
Additionally,
novel
base
prime
orthogonal
synthetic
transcription
factors,
directed
evolution
present
opportunities
enhancing
traits.
advances
collectively
aim
sugarcane's
efficiency
crop
both
biofuel
production.
This
review
aims
discuss
methodologies,
focus
on
RNAi
approaches,
how
be
inform
targets,
future
improvements
applications.
Frontiers in Agronomy,
Journal Year:
2024,
Volume and Issue:
6
Published: Aug. 12, 2024
The
cultivation
of
sugarcane
(
Saccharum
officinarum
L.)
in
the
face
climate
change
requires
robust
strategies
for
managing
pests,
diseases,
and
weeds.
This
systematic
review
exposes
critical
deficiencies
current
practices
underscores
need
climate-adaptive
strategies.
Climate
differentially
influences
pest
behaviour,
disease
progression,
weed
growth
across
various
regions,
yet
lack
region-specific
responses
impairs
effective
management.
emphasizes
necessity
localized
approaches
that
consider
specific
climatic
conditions
development
predictive
models
to
anticipate
outbreaks.
These
include
Decision
Support
Systems
(DSS),
Vector
Machines
(SVM),
Susceptible-Exposed-Infectious-Recovered
(SEIR)
models,
Geographic
Information
(GIS),
Species
Distribution
Models
(SDMs),
Agricultural
Production
sIMulator
(APSIM),
Integrated
Pest
Management
(IPM).
Crucial
encompass
integrated
management,
adaptive
breeding,
precision
agriculture,
ongoing
innovation.
Precision
agriculture
technologies,
such
as
remote
sensing
drones,
enable
early
detection
prompt
interventions.
By
adopting
these
measures
addressing
existing
research
gaps,
industry
can
bolster
its
resilience
maintain
productivity
amidst
evolving
conditions.
Systematic
registration
https://www.bmj.com/content/372/bmj.n71
.
SynBio,
Journal Year:
2024,
Volume and Issue:
2(3), P. 267 - 284
Published: July 8, 2024
Plant
viral
diseases
constitute
a
major
contributor
to
agricultural
production
losses,
significantly
impacting
the
economies
of
exporting
countries
by
more
than
USD
30
billion
annually.
Understanding
and
researching
biology
genomics
viruses
is
crucial
for
developing
virus-resistant
genetically
edited
or
modified
plants.
Genetic
modifications
can
be
targeted
specific
regions
within
genes
target
plants
which
are
important
essential
virus
establish
systemic
infection,
thus
fostering
resistance
enabling
effectively
respond
invading
agents
while
preserving
their
yield.
This
review
provides
an
overview
incidence
diversity
in
tropical
fruit
crops
aims
examine
current
state
knowledge
on
recent
research
efforts
aimed
at
reducing
eliminating
damage
caused
diseases,
with
emphasis
products
that
have
reached
market
years.
