Plant Methods,
Journal Year:
2023,
Volume and Issue:
19(1)
Published: May 15, 2023
Abstract
Climate
change
due
to
different
human
activities
is
causing
adverse
environmental
conditions
and
uncontrolled
extreme
weather
events.
These
harsh
are
directly
affecting
the
crop
areas,
consequently,
their
yield
(both
in
quantity
quality)
often
impaired.
It
essential
seek
new
advanced
technologies
allow
plants
tolerate
stresses
maintain
normal
growth
development.
Treatments
performed
with
exogenous
phytohormones
stand
out
because
they
mitigate
negative
effects
of
stress
promote
rate
plants.
However,
technical
limitations
field
application,
putative
side
effects,
difficulty
determining
correct
dose,
limit
widespread
use.
Nanoencapsulated
systems
have
attracted
attention
a
controlled
delivery
active
compounds
for
protection
eco-friendly
shell
biomaterials.
Encapsulation
continuous
evolution
development
improvement
techniques
economically
affordable
environmentally
friendly,
as
well
biomaterials
high
affinity
carry
coat
bioactive
compounds.
Despite
potential
an
efficient
alternative
phytohormone
treatments,
encapsulation
remain
relatively
unexplored
date.
This
review
aims
emphasize
treatments
means
enhancing
plant
tolerance,
specific
focus
on
benefits
that
can
be
gained
through
improved
application
these
using
techniques.
Moreover,
main
techniques,
materials
recent
work
treated
encapsulated
been
compiled.
Organic Process Research & Development,
Journal Year:
2023,
Volume and Issue:
27(9), P. 1557 - 1584
Published: Aug. 14, 2023
In
1948,
the
first
kilograms
of
synthetic
vitamin
A
(acetate)
were
produced
by
F.
Hoffmann-La
Roche,
eliminating
need
to
extract
this
vital
compound
from
natural
sources;
year
marks
75
years
successful
production.
Since
then,
a
number
chemical
routes
have
been
commercialized.
Of
these,
three
processes
stood
test
time
and
are
still
in
use
today,
with
only
minor
modifications.
This
review
covers
both
historical
scientific
developments
production
derivatives
their
beginnings
up
until
recent
including
fully
catalytic
process
pilot-scale
via
fermentation.
addition,
development
formulation
technologies,
which
gone
hand-in-hand
development,
is
described;
correct
essential
for
stabilizing
sensitive
light
oxidation.
Plant Methods,
Journal Year:
2023,
Volume and Issue:
19(1)
Published: May 15, 2023
Abstract
Climate
change
due
to
different
human
activities
is
causing
adverse
environmental
conditions
and
uncontrolled
extreme
weather
events.
These
harsh
are
directly
affecting
the
crop
areas,
consequently,
their
yield
(both
in
quantity
quality)
often
impaired.
It
essential
seek
new
advanced
technologies
allow
plants
tolerate
stresses
maintain
normal
growth
development.
Treatments
performed
with
exogenous
phytohormones
stand
out
because
they
mitigate
negative
effects
of
stress
promote
rate
plants.
However,
technical
limitations
field
application,
putative
side
effects,
difficulty
determining
correct
dose,
limit
widespread
use.
Nanoencapsulated
systems
have
attracted
attention
a
controlled
delivery
active
compounds
for
protection
eco-friendly
shell
biomaterials.
Encapsulation
continuous
evolution
development
improvement
techniques
economically
affordable
environmentally
friendly,
as
well
biomaterials
high
affinity
carry
coat
bioactive
compounds.
Despite
potential
an
efficient
alternative
phytohormone
treatments,
encapsulation
remain
relatively
unexplored
date.
This
review
aims
emphasize
treatments
means
enhancing
plant
tolerance,
specific
focus
on
benefits
that
can
be
gained
through
improved
application
these
using
techniques.
Moreover,
main
techniques,
materials
recent
work
treated
encapsulated
been
compiled.
