Cinnamon Myrtle Cellular Extract

The NATIVE EXTRACTS Cinnamon Myrtle Cellular Extract delivers the natural molecules this botanical species can offer in a water-soluble format, including hydroxy-jasmonic acid glycoside/jasmonic derivatvies, methoxy-flavones, quercetin, gallic acid (GA), ellagic acid (EA), flavonoid glycosides and phenolics, to power your products naturally.

Explore the Cinnamon Myrtle Cellular Extract's unique synergy between its compounds delivers a powerhouse of natural ingredients to consider for haircare, blemished skin conditions, premature aging and more ... along with beautiful new imagery to create unique content for your brand.

Cinnamon Myrtle (Backhousia myrtifolia) is found in subtropical rainforests in Eastern Australia. It’s a native hardwood with leaves that give off a cinnamon-like aroma when crushed or rubbed.

Indigenous people use Cinnamon Myrtle for various culinary and medicinal purposes. The leaves would be steeped in hot water to make a delicious, nourishing tea. 
Cinnamon Myrtle was also used to treat heartburn, indigestion and other digestive issues.

Today, Cinnamon Myrtle is celebrated by both Indigenous and non-Indigenous Australians for its wonderful, earthly flavour.

Delivering True to Nature hydrophilic plant profiles, Cellular Extraction harnesses a species' water-soluble blueprint of phyto-compounds and their derivatives (which we call the entourage) suspended in a liquid medium. 

Extracted rapidly under high pressure, we capture the natural molecules. 

Committed to conscious manufacturing, Cellular Extracts are created using purified, deionised rain-harvested water, and less plant material to produce a True to Nature extract. With attention to eco-responsible practices, traceable to source and transparent in composition - Cellular Extracts deliver the brilliance of nature.

To understand more about this species profile, REQUEST A DATASHEET for publicly available peer-reviewed research on these phyto-compounds below. 

Connect your brand to nature with Cellular Extracts.