Skip to content
Blackberry Fruit Extract

BOTANICAL EXTRACT

Blackberry Fruit Extract

An extract of ripe blackberry fruit (Rubus fruticosus), rich in antioxidants.

Source

Blackberry fruit

Used for

Antioxidant-rich botanical extract

How it works

Blackberry (Rubus fruticosus) is a bramble whose dark, glossy fruit is extracted for use in skincare. It is prized for its deep colour and anthocyanin-rich character.

Its anthocyanins are linked to strong antioxidant activity in laboratory testing, and researchers have described blackberry extract as a promising natural ingredient for cosmetic formulations. It is not a sunscreen, so use it alongside your daily SPF.
  1. 01

    A fruit extract from ripe blackberry (Rubus fruticosus), rich in anthocyanins

  2. 02

    Strong antioxidant activity in laboratory testing

  3. 03

    An antioxidant-rich botanical to use alongside your daily SPF

Questions

What gives blackberry extract its deep colour?
Anthocyanins, natural water-soluble pigments from the flavonoid family that give many flowers and fruits their colour. In blackberries the main one is cyanidin-3-glucoside, and anthocyanins build up mostly in the later stages of ripening, which is why ripe berries are so dark. (Li et al., 2022)
Is blackberry extract a sunscreen?
No. Blackberry extract is valued as an antioxidant-rich botanical, with strong antioxidant activity in laboratory testing, but it is not a sunscreen, so it belongs alongside your daily SPF rather than in place of it. (Cefali et al., 2019)
What does research on blackberry extract show?
The extract shows strong antioxidant activity, linked to its rich anthocyanin content, and researchers have described it as a promising natural ingredient for cosmetic formulations. Its use in skincare builds on that antioxidant-rich composition. (Cefali et al., 2019; Li et al., 2022)

About the plant

Blackberries belong to the genus Rubus in the rose family. The plant is a perennial shrub, and its berries are what botanists call aggregate fruits. (Li et al., 2022)

As the berries ripen from green to black, their anthocyanin content rises sharply, with most of it accumulating in the later stages of ripening. (Li et al., 2022)