Foothill and mountain agriculture and stockbreeding,
Год журнала:
2023,
Номер
74(2), С. 27 - 38
Опубликована: Ноя. 21, 2023
В
результаті
експериментальних
досліджень
було
виявлено
особливості
формування
сили
борошна
сортів
та
селекційних
ліній
Triticum
aestivum
L.
залежно
від
гідротермічних
умов
року,
строку
сівби
попередника.Оцінювали
14
три
селекційні
лінії
пшениці
м'якої
озимої,
які
висівали
впродовж
трьох
років
за
строків
після
п'яти
попередників
в
умовах
Миронівського
інституту
імені
Genes,
Год журнала:
2023,
Номер
14(7), С. 1484 - 1484
Опубликована: Июль 21, 2023
Rapidly
rising
population
and
climate
changes
are
two
critical
issues
that
require
immediate
action
to
achieve
sustainable
development
goals.
The
is
posing
increased
demand
for
food,
thereby
pushing
an
acceleration
in
agricultural
production.
Furthermore,
anthropogenic
activities
have
resulted
environmental
pollution
such
as
water
soil
degradation
well
alterations
the
composition
concentration
of
gases.
These
affecting
not
only
biodiversity
loss
but
also
physio-biochemical
processes
crop
plants,
resulting
a
stress-induced
decline
yield.
To
overcome
problems
ensure
supply
food
material,
consistent
efforts
being
made
develop
strategies
techniques
increase
yield
enhance
tolerance
toward
climate-induced
stress.
Plant
breeding
evolved
after
domestication
initially
remained
dependent
on
phenotype-based
selection
improvement.
But
it
has
grown
through
cytological
biochemical
methods,
newer
contemporary
methods
based
DNA-marker-based
help
agronomically
useful
traits.
now
supported
by
high-end
molecular
biology
tools
like
PCR,
high-throughput
genotyping
phenotyping,
data
from
morpho-physiology,
statistical
tools,
bioinformatics,
machine
learning.
After
establishing
its
worth
animal
breeding,
genomic
(GS),
improved
variant
marker-assisted
(MAS),
way
into
crop-breeding
programs
powerful
tool.
novel
innovative
marker-based
models
genetic
evaluation,
GS
makes
use
markers.
can
amend
complex
traits
shorten
period,
making
advantageous
over
pedigree
(MAS).
It
reduces
time
resources
required
plant
while
allowing
gain
attributes.
been
taken
new
heights
integrating
advanced
technologies
speed
learning,
environmental/weather
further
harness
potential,
approach
known
integrated
(IGS).
This
review
highlights
IGS
strategies,
procedures,
approaches,
associated
emerging
issues,
with
special
emphasis
cereal
crops.
In
this
domain,
highlight
potential
cutting-edge
innovation
climate-smart
crops
endure
abiotic
stresses
motive
keeping
production
quality
at
par
global
demand.
Frontiers in Plant Science,
Год журнала:
2024,
Номер
15
Опубликована: Апрель 18, 2024
Marker-assisted
selection
(MAS)
plays
a
crucial
role
in
crop
breeding
improving
the
speed
and
precision
of
conventional
programmes
by
quickly
reliably
identifying
selecting
plants
with
desired
traits.
However,
efficacy
MAS
depends
on
several
prerequisites,
precise
phenotyping
being
key
aspect
any
plant
programme.
Recent
advancements
high-throughput
remote
phenotyping,
facilitated
unmanned
aerial
vehicles
coupled
to
machine
learning,
offer
non-destructive
efficient
alternative
traditional,
time-consuming,
labour-intensive
methods.
Furthermore,
relies
knowledge
marker-trait
associations,
commonly
obtained
through
genome-wide
association
studies
(GWAS),
understand
complex
traits
such
as
drought
tolerance,
including
yield
components
phenology.
GWAS
has
limitations
that
artificial
intelligence
(AI)
been
shown
partially
overcome.
Additionally,
AI
its
explainable
variants,
which
ensure
transparency
interpretability,
are
increasingly
used
recognised
problem-solving
tools
throughout
process.
Given
these
rapid
technological
advancements,
this
review
provides
an
overview
state-of-the-art
methods
processes
underlying
each
MAS,
from
genotyping
analyses
integration
along
entire
workflow.
In
context,
we
specifically
address
challenges
importance
winter
wheat
for
greater
tolerance
stable
yields,
regional
droughts
during
critical
developmental
stages
pose
threat
production.
Finally,
explore
transition
scientific
progress
practical
implementation
discuss
ways
bridge
gap
between
cutting-edge
developments
breeders,
expediting
MAS-based
tolerance.
Molecular Plant,
Год журнала:
2024,
Номер
17(7), С. 1038 - 1053
Опубликована: Май 24, 2024
Wheat
is
a
staple
food
for
more
than
35%
of
the
world's
population,
with
wheat
flour
used
to
make
hundreds
baked
goods.
Superior
end-use
quality
major
breeding
target;
however,
improving
it
especially
time-consuming
and
expensive.
Furthermore,
genes
encoding
seed-storage
proteins
(SSPs)
form
multi-gene
families
are
repetitive,
gaps
commonplace
in
several
genome
assemblies.
To
overcome
these
barriers
efficiently
identify
superior
SSP
alleles,
we
developed
"PanSK"
(Pan-SSP
k-mer)
genotype-to-phenotype
prediction
based
on
an
SSP-based
pangenome
resource.
PanSK
uses
29-mer
sequences
that
represent
each
gene
at
pangenomic
level
reveal
untapped
diversity
across
landraces
modern
cultivars.
Genome-wide
association
studies
k-mers
identified
23
associated
novel
targets
improvement.
We
evaluated
effect
rye
secalin
found
removal
ω-secalins
from
1BL/1RS
translocation
lines
enhanced
quality.
Finally,
using
machine-learning-based
inspired
by
PanSK,
predicted
phenotypes
high
accuracy
genotypes
alone.
This
study
provides
effective
approach
design
genes,
enabling
varieties
processing
capabilities
improved
IntechOpen eBooks,
Год журнала:
2025,
Номер
unknown
Опубликована: Март 10, 2025
The
chapter
“Challenges
in
Wheat
Breeding
the
21st
Century”
explores
profound
impact
of
climate
change
and
population
growth
on
wheat
cultivation,
emphasizing
urgent
need
to
develop
high-performing
cultivars.
depletion
natural
resources,
such
as
water
soil,
further
complicates
this
process.
role
circular
economy
is
highlighted,
providing
insights
into
efficient
use
agricultural
resources.
New
genomic
techniques
next-generation
sequencing
are
revolutionizing
breeding,
accelerating
identification
favorable
genes
for
adaptability
constant
high
yield,
which
vital
future
food
security.
To
address
current
challenges,
an
integrated
approach
combining
new
breeding
techniques,
sustainable
practices,
principles
essential.
programs
should
focus
developing
varieties
that
resilient
abiotic
stresses,
resource-efficient,
adapted
local
conditions.
International
collaboration
interdisciplinary
research
essential
supporting
innovation
ensuring
global
Furthermore,
lobbying
extensive
adoption
improved,
cost-effective
cultivars
will
ensure
accessibility
farmers.
By
aligning
goals
with
market
demands
environmental
sustainability,
foundation
a
can
be
established.
Frontiers in Plant Science,
Год журнала:
2025,
Номер
16
Опубликована: Апрель 17, 2025
Wheat
is
a
major
food
crop
used
in
producing
bread,
noodles,
and
cookies.
Kernel
vitreousness,
closely
related
to
protein
content,
key
determining
wheat's
processing
purpose.
Traditionally,
vitreousness
visually
assessed,
but
studies
on
classifying
vitreous
starchy
kernels
improve
quality
are
limited.
This
study
expands
the
use
of
commercial
color
sorter
classify
kernel
by
G
value,
distinguishing
from
kernels.
The
system
improved
content
bread-making
kernels,
while
reducing
variability
across
23
samples
collected
over
four
years.
An
industrial
field
test
confirmed
its
applicability
at
scale.
Genetic
environmental
factors
were
also
examined,
revealing
that
varietal
differences
flowering
time
not
significant
contributors
variations
vitreousness.
findings
suggest
sorting
reliable
tool
for
enhancing
wheat
until
more
environmentally
stable
cultivars
developed,
providing
economic
benefits
through
consistent
product
quality.