Posted by Anna Li

Rose petal tea: what it is, traditional use and flavor

Rose petal tea: what it is, traditional use and flavor

Quick answer: Rose petal tea is made from dried rose buds and petals, a soft, floral herb used in Chinese and Middle Eastern traditions. In Inner Code, rose petals are in Ground, our luteal phase blend, where they add a calming, aromatic note.

At a glance

Also known as

Found in

Cycle phase

Flavor

Caffeine

meigui hua; rose

Ground

Luteal

Soft, floral

None

Traditional use

In traditional Chinese medicine, rose (meigui hua) is traditionally associated with qi movement and emotional ease, which is why it's a favorite in teas for the days before your period.

What the research says

Most rose research on PMS uses rose scent, not tea. In a double-blind trial of 95 students, aromatherapy with Damask rose essential oil was linked to improvements in mental, physical and social PMS symptom scores [1]. That study used a scented oil, so we can't say a cup of rose tea does the same thing.

Flavor and how to brew

Soft, floral and slightly sweet. A small pinch of dried petals steeped in hot water for 3 to 5 minutes is enough.

Where you'll find it

Rose petals are in Ground (luteal phase). Shop the Cycle Syncing Tea Ritual Kit. Related reading: Luteal phase tea: best ingredients to stay grounded

Frequently asked questions

What does rose petal tea taste like?

Soft, floral and slightly sweet.


Is rose petal tea caffeine-free?

Yes. Rose petal tea is made from dried flower petals and contains no caffeine. Every Inner Code blend is caffeine-free.


Which Inner Code tea has rose petals?

Rose petals are in Ground, our luteal phase tea.


If you are pregnant, nursing, taking medication or managing a condition, check with your healthcare provider before adding herbal teas.


Source: [1] Heydari N, Abootalebi M, Tayebi N, et al. The effect of aromatherapy on mental, physical symptoms, and social functions of females with premenstrual syndrome: a randomized clinical trial. Journal of Family Medicine and Primary Care, 2019. https://pmc.ncbi.nlm.nih.gov/articles/PMC6820386

 


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