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zestderived

Zestderived is a term used in natural products chemistry and the citrus processing industry to describe substances obtained from citrus zest—the outer colored peel—through extraction and subsequent derivatization. The category encompasses essential oils and chemical fractions recovered from zest, as well as chemically modified derivatives produced from those extracts. In literature, zestderived materials are discussed as value-added byproducts of fruit processing and as sources of aroma compounds and bioactive constituents.

Composition and examples

Key zest-derived constituents include monoterpene hydrocarbons such as limonene and gamma-terpinene, oxygenated monoterpenes like linalool and

Production and processing

Major methods for obtaining zestderived materials include cold-press extraction, steam distillation, solvent extraction, and supercritical CO2

Applications and significance

Zestderived materials find use in perfumery and flavor industries, cosmetics, and nutraceuticals. They also serve as

Safety and regulation

Regulatory status and safety considerations depend on jurisdiction and intended use. Many zestderived essential oil components

See also

Citrus essential oil, limonene, citrus flavonoids, essential oil extraction, green chemistry.

citronellol,
and
citrus
flavonoids
including
hesperidin
and
naringin.
Fractionation
yields
fractions
enriched
in
terpenes,
sesquiterpenes,
or
polyphenols.
Limonene,
a
major
component,
is
widely
used
in
fragrance
and
cleaning
products;
hesperidin
and
related
flavonoids
have
drawn
interest
for
potential
health-related
activities
and
functional
foods.
extraction.
Post-extraction
modifications
may
involve
esterification,
hydrogenation,
glycosylation,
or
other
biocatalytic
or
chemical
transformations
to
create
derivatives
with
altered
aroma,
flavor,
or
bioactivity
profiles.
feedstocks
for
green
chemistry
initiatives
and
as
sources
of
biologically
active
compounds
in
pharmaceutical
and
cosmetic
research.
The
term
emphasizes
converting
citrus
zest
waste
into
valuable
products
while
highlighting
sustainability
considerations.
can
cause
skin
irritation
or
allergen
exposure
if
misused,
necessitating
proper
dilution,
handling,
and
labeling.