Anthocyanins comprise polyphenols having recognized antioxidant capacity,
whichare involved in several biological processes such as the protection or reduction of
heart disease, arthritis, diabetes, and cancer and also play an important role in infertility
as well as impotency. Such qualities, including stability and bioavailability, are
determined by their chemical composition. The current study provides a brief overview
of anthocyanin's chemical components, bioavailability, as well as anti-inflammatory
properties. If a couple has already been attempting to conceive for more than a year
without success, then they may be regarded ashaving fertility problems. Worldwide,
20% of all couples are unable to have offspring. Subfertility canaffect either female,
male, or even both partners. Nevertheless, for some couples, the source of infertility
cannot be determined, which is known as unexplained infertility. Antioxidants are
expected to reduce the harm resulting from oxidative stress, which is known to be
implicated in the pathogenesis of infertility. Antioxidants are commonly available and
reasonably priced. However, there is currently insufficient high-quality research to
establish whether consuming antioxidants would benefit or damage infertile women.
Keywords: Anti-inflammatory properties, Anthocyanins, Antioxidants, Bioavailability, Infertile, Impotency, Oxidative stress, Oonceive, Reactive oxidative species, Subfertility, Worldwide.
