Botanical

Spanish Sage

Salvia lavandulaefolia

Spanish sage (Salvia lavandulaefolia) is a sage species used in research as an essential oil. On this platform its only evidence is one trial of 94 healthy adults, in which 50 uL of its oil combined with common sage leaf extract accompanied improved working memory versus placebo; the oil was not tested on its own.

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CONDITIONS

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TRADITIONS

Studies about Spanish Sage in Akasha →

How it's used

Parts and preparations, and the conditions they're used for.

not specified (essential oil) · essential oil standardized for terpenoids, 50 uL encapsulated with gum acacia (within Cognivia combination)Cognitive Function & Memory

These uses are flagged for review — traditional-use claims kept as reported, never as advice.

What the studies found

Findings backed by a source paper, not traditional use alone.

not specified (essential oil) · essential oil standardized for terpenoids, 50 uL encapsulated with gum acacia (within Cognivia combination) — Combined with Salvia officinalis leaf extract, improved working-memory and accuracy outcomes versus placebo in 94 healthy adults (Corsi span day 29 p = 0.002). The oil alone was not tested.

Read the source study →

Studies about Spanish Sage

1 completed study · newest first

The Acute and Chronic Cognitive Effects of a Sage Extract: A Randomized, Placebo Controlled Study in Healthy Humans.

Emma L Wightman et al. (2021) · Nutrients

This randomized, double-blind, placebo-controlled trial with 94 healthy adults explored whether a sage supplement could improve memory and thinking, both within a day and after a month of daily use. Sage belongs to the mint family (Lamiaceae) and contains terpenes, which inhibit the enzyme acetylcholinesterase and bind brain receptors, and phenolics such as rosmarinic acid, which have antioxidant and anti-inflammatory activity in neurons. Earlier trials had found that single doses of common sage (Salvia officinalis) or Spanish sage (Salvia lavandulaefolia) improved memory and attention within hours. This study tested a commercial combination of both species, called Cognivia, which a rodent study had linked to longer-term memory gains through an enzyme called CaMKII. Participants were aged 30 to 60 (69 women, 25 men) and took either 600 mg of the sage combination or a matching placebo capsule every day for about 29 days. The capsules held a standardized leaf extract of common sage plus Spanish sage essential oil. On the first and last days, volunteers sat computerized memory and attention tests (the COMPASS battery) before dosing and again two and four hours afterward, along with mood questionnaires, blood pressure and heart rate checks. Tests included remembering digit sequences, repeating block-tapping patterns on a screen and recalling names matched to faces. Sage produced consistent benefits on working memory and accuracy. Block-tapping span was higher with sage on day 1 (p = 0.04) and day 29 (p = 0.002), and accuracy on a numeric working memory task was better with sage on day 29 (p = 0.03), meaning participants on sage held information in mind more reliably than those on placebo. Name-to-face recall was also better with sage after four weeks (p = 0.03). A composite working-memory accuracy score fell in the placebo group across the testing day but was maintained with sage. No effects appeared on mood, anxiety, blood pressure or a prospective memory video task. Adverse events were mostly mild or moderate headaches (34 events with sage, 10 with placebo), and all resolved during the study. The authors interpret the results as a benefit that appears within two hours and strengthens over 29 days. Several limitations apply. About 69% of participants correctly guessed they were taking sage, so expectation may have contributed. Placebo participants started with a higher block-tapping score on day 1, diet was not controlled, and the study did not include arms testing each sage species alone, so the contribution of each cannot be separated. Participants were healthy adults tested for one month, so the findings do not extend to people with memory problems or to longer use. The authors call for longer trials and for human confirmation of the proposed CaMKII mechanism.

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