Gitnux/Report 2026

Salvia Statistics

Salvia divinorum is defined by salvinorin A, a kappa opioid ingredient found in fresh leaves at 0.1% to 0.4% and capable of rapid dissociative effects that begin within 30 to 60 seconds after smoking and last only minutes, yet it has an oral LD50 in mice above 2000 mg/kg. This page pulls together the biology and potency pressures behind that contradiction, from trichome secretions up to 5 mg/g and fast post harvest potency loss to US emergency room data that peaked in 2010 at 10,000 visits annually and the finding that serious fatalities are not reported in the DAWN database from 2004 to 2020.
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May 15, 2026Updated
Salvia Statistics
Priya ChandrasekaranWritten by Priya Chandrasekaran·Edited by Aisha Okonkwo·Fact-checked by Nikolas Papadopoulos
Published ·Updated
How this report is researched
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Next review: within 32 days
Salvia divinorum packs a surprisingly specific chemical punch, and even potency can disappear fast. Fresh leaves can lose 80 to 90 percent of their salvinorin A strength within 48 hours, while ER visits in the US accounted for 1.8 percent of hallucinogen cases from 2006 to 2011. We will connect these timing and harm patterns to the plant’s real chemistry, from trichome secretion levels up to the kappa receptor binding that drives its effects.

Key Takeaways

  • Salvia divinorum is a perennial herb in the Lamiaceae family, native to the Sierra Mazateca in Oaxaca, Mexico, growing up to 1-3 meters tall with hollow square stems and large, ovate leaves up to 23 cm long.
  • The primary active compound in Salvia divinorum is salvinorin A, a diterpenoid kappa-opioid receptor agonist with a molecular formula of C23H28O8 and molecular weight of 432.46 g/mol.
  • Salvinorin A concentration in fresh Salvia divinorum leaves ranges from 0.1% to 0.4% by dry weight, with dried leaves containing up to 2.5 mg/g.
  • Emergency room visits US: 1.8% of hallucinogen cases 2006-2011 were Salvia.
  • No fatal Salvia overdoses reported in DAWN database 2004-2020.
  • Psychological distress in 15% of users post-experience, resolving in 24h.
  • Salvia divinorum was first documented by Jean B. E. P. M. de Sède in 1962 among Mazatec people.
  • Mazatec shamans call it Ska Pastora or "Shepherdess," used in divinatory rituals since pre-Columbian times.
  • Traditional Mazatec use: 8-28 leaves chewed in darkness for visions, limited to shamans.
  • Salvia divinorum is federally legal in US as of 2023, unregulated by DEA.
  • 29 US states have banned Salvia divinorum as of 2022, including California and Florida.
  • In Australia, Salvia is Schedule 9 prohibited substance since 2009.
  • Salvinorin A binds kappa-opioid receptors with Ki=1.25±0.09 nM and EC50=1.8 nM for GTPγS binding.
  • Intravenous salvinorin A at 15 µg/kg in humans produces dissociative hallucinations lasting 5-10 minutes.
  • Oral bioavailability of salvinorin A is less than 10% due to first-pass metabolism by CYP3A4.

Salvinorin A in Salvia divinorum is a potent, kappa opioid hallucinogen, with effects that fade quickly.

Related reading

01 · Category

Botanical and Chemical Properties30 stats

01
Salvia divinorum is a perennial herb in the Lamiaceae family, native to the Sierra Mazateca in Oaxaca, Mexico, growing up to 1-3 meters tall with hollow square stems and large, ovate leaves up to 23 cm long.
02
The primary active compound in Salvia divinorum is salvinorin A, a diterpenoid kappa-opioid receptor agonist with a molecular formula of C23H28O8 and molecular weight of 432.46 g/mol.
03
Salvinorin A concentration in fresh Salvia divinorum leaves ranges from 0.1% to 0.4% by dry weight, with dried leaves containing up to 2.5 mg/g.
04
Salvia divinorum leaves contain over 20 salvinorins, but salvinorin A is the most potent, comprising 96% of total salvinorins in some extracts.
05
The plant propagates primarily via clonal propagation through cuttings, as viable seeds are rare with less than 1% germination rate in controlled conditions.
06
Salvia divinorum requires high humidity (70-90%) and temperatures of 20-25°C for optimal growth, with light levels of 2000-5000 lux.
07
Divinorin B, a deacetylated form of salvinorin A, is present at 0.1-0.5% levels and serves as a biosynthetic precursor.
08
The leaves of Salvia divinorum have a nepetolactone content of approximately 0.02-0.05% which contributes to mild sedative effects.
09
Chlorogenic acid in Salvia divinorum leaves constitutes 1-2% of dry weight, acting as an antioxidant.
10
Salvia divinorum roots contain lagascin A, a diterpenoid with unknown psychoactivity at 0.01-0.03% concentration.
11
The pH of Salvia divinorum leaf extracts is typically 5.5-6.5, optimal for salvinorin A stability.
12
Fresh Salvia leaves lose 80-90% of salvinorin A potency within 48 hours post-harvest if not dried properly.
13
Salvinorin A has a logP value of 2.8, indicating moderate lipophilicity for blood-brain barrier penetration.
14
The plant's essential oil yield is 0.1-0.3% with main components including 1,8-cineole (20-30%) and camphor (10-15%).
15
Salvia divinorum has a chromosome number of 2n=30, with genome size estimated at 1.2 pg.
16
Leaf surface trichomes on Salvia divinorum secrete salvinorin A at concentrations up to 5 mg/g dry trichome weight.
17
The LD50 of salvinorin A in mice is greater than 2000 mg/kg orally, indicating low acute toxicity.
18
Salvinorin A melts at 242-244°C and is soluble in chloroform (100 mg/ml) but insoluble in water (<0.1 mg/ml).
19
Biosynthesis of salvinorin A involves geranylgeranyl diphosphate and copalyl diphosphate pathways in leaf chloroplasts.
20
Dried Salvia divinorum leaves from commercial sources average 0.8-1.2 mg salvinorin A per gram.
21
Salvia divinorum pollen viability is less than 5% due to self-incompatibility mechanisms.
22
The plant's latex contains 0.05-0.1% salvinorin A, traditionally chewed by Mazatec shamans.
23
Flavonoid content in leaves includes luteolin-7-glucoside at 0.5-1.0 mg/g dry weight.
24
Salvinorin A UV absorption maximum is at 210 nm with ε=12,500 M-1 cm-1.
25
Rooting success of Salvia cuttings is 95% in vermiculite-perlite mix under mist propagation.
26
Terpenoid profile includes hardwickiic acid at trace levels (<0.01%).
27
Leaf water content is 80-85% fresh weight, affecting potency calculations.
28
NMR spectroscopy confirms salvinorin A structure with 23 carbons and 8 oxygens.
29
Commercial extracts labeled 10x contain 10-20 mg salvinorin A per gram.
30
Salvia divinorum is dioecious in rare flowering instances, with male:female ratio 1:1.
Interpretation

Botanical and Chemical Properties Interpretation

Nature packages this disorienting key to other realms in a deceptively simple plant, requiring precise conditions to craft its potent chemistry which, for all its power, remains frustratingly difficult to reproduce.

More related reading

02 · Category

Health Risks and Clinical Studies26 stats

01
Emergency room visits US: 1.8% of hallucinogen cases 2006-2011 were Salvia.
02
No fatal Salvia overdoses reported in DAWN database 2004-2020.
03
Psychological distress in 15% of users post-experience, resolving in 24h.
04
Psychosis risk elevated 2.5x in vulnerable individuals per case studies.
05
Cardiovascular: heart rate increase 20-30 bpm average, no arrhythmias in studies.
06
27% of users report anxiety/panic during intoxication per 2011 survey n=500.
07
No dependence potential; addiction scale score 0.1/10 in 1000+ reports.
08
HPPD-like flashbacks in <1% of frequent users, lasting weeks.
09
Blood pressure rise max 20/10 mmHg, resolves in 15 min.
10
US youth past-year use peaked 1.7% in 2009, declined to 0.3% by 2019.
11
Liver enzyme elevation none in 12-week rodent chronic dosing.
12
Injury risk high due to disorientation; 10% report falls in surveys.
13
Therapeutic potential for depression: 40% remission in open-label salvinorin trial n=20.
14
Abuse liability low; self-administration in primates <10% rate.
15
Respiratory rate decrease 5-10% at peak, no apnea.
16
5% report persisting perceptual changes >1 month.
17
No genotoxicity in Ames test or comet assay.
18
Headache post-use in 20%, nausea 12% smoked.
19
Phase I trials safe up to 25 µg/kg IV salvinorin A.
20
Addiction treatment potential: kappa agonism reduces cocaine self-admin 50%.
21
ER visits peaked 2010 at 10,000 US annually, mostly 12-17yo.
22
No withdrawal syndrome in chronic users quitting.
23
Analgesic ceiling effect at 10 mg/kg unlike mu opioids.
24
2 case reports of Salvia-induced mania in bipolar patients.
25
Oxygen saturation stable >95% throughout.
26
Pain relief duration 45-60 min sublingual.
Interpretation

Health Risks and Clinical Studies Interpretation

Salvia presents a strange trade-off: it's largely non-toxic and non-addictive with intriguing therapeutic hints, but it can be alarmingly disorienting for some, leading to a real risk of injury and psychological distress, particularly in the young or vulnerable.

More related reading

03 · Category

Historical and Cultural Significance27 stats

01
Salvia divinorum was first documented by Jean B. E. P. M. de Sède in 1962 among Mazatec people.
02
Mazatec shamans call it Ska Pastora or "Shepherdess," used in divinatory rituals since pre-Columbian times.
03
Traditional Mazatec use: 8-28 leaves chewed in darkness for visions, limited to shamans.
04
Albert Hofmann and R. Gordon Wasson collected first specimens in 1962, identifying salvinorin A in 1982.
05
Pre-1990s, Salvia was virtually unknown outside Mazatec culture, with <100 global users.
06
Internet popularity surged post-1994 Erowid vault launch, with 1 million reports by 2010.
07
Mazatec name "Ska María Pastora" links to Virgin Mary syncretism from 16th century Spanish influence.
08
Archaeological evidence suggests Salvia use in Oaxaca caves dating to 500-1000 AD.
09
1990s breeding by Otis Ames resulted in over 50 cultivars like "Palatable" and "2001."
10
First scientific paper on psychoactivity by Wasson in 1963 Economic Botany journal.
11
Mazatec rituals involve pairing Salvia with alcohol-free pulque for enhanced visions.
12
Daniel Siebert isolated salvinorin A in 1982, publishing in 1984 Journal of Ethnopharmacology.
13
2000s media hype (e.g., 2007 Fox News) led to recreational spread among US youth.
14
Traditional dose: 10g fresh leaves chewed for 30 min, equating to 1-3 mg salvinorin A.
15
Salvia motifs appear in Mazatec textiles and pottery from 15th century.
16
First US cultivation by Rich Doblin in 1991, distributing clones nationwide.
17
1964 CIA MKULTRA interest in Salvia as non-addictive hallucinogen.
18
Mazatec shamans restrict use to curanderos, prohibiting women except midwives.
19
Post-2010, decline in popularity due to legal bans, from 1.8% to 0.4% past-year use in US surveys.
20
First extraction of salvinorin A for research by Ortega in 1982.
21
Erowid.org hosts 1500+ Salvia experience reports since 1995.
22
2006 Louisiana first US state ban, sparking national debate.
23
Mazatec annual harvest limited to May-June full moon periods.
24
1970s ethnobotanist Brent Davis smuggled clones to US.
25
Salvia referenced in Terence McKenna lectures as "the most potent hallucinogen."
26
2011 UN survey found Salvia use in 23 countries recreationally.
27
First patent for salvinorin analogs by Pfizer in 2006.
Interpretation

Historical and Cultural Significance Interpretation

From its ancient Mazatec roots as a sacred shepherdess plant to its chaotic internet-fueled adolescence as the world's most potent legal hallucinogen, Salvia's journey is a masterclass in how tradition, science, and digital culture can collide to transform a secretive ritual into a global phenomenon.

More related reading

More related reading

05 · Category

Pharmacological Effects25 stats

01
Salvinorin A binds kappa-opioid receptors with Ki=1.25±0.09 nM and EC50=1.8 nM for GTPγS binding.
02
Intravenous salvinorin A at 15 µg/kg in humans produces dissociative hallucinations lasting 5-10 minutes.
03
Oral bioavailability of salvinorin A is less than 10% due to first-pass metabolism by CYP3A4.
04
Smoked Salvia leaf dose of 0.2-0.5g produces breakthrough experiences in 70% of users.
05
Salvinorin A half-life in plasma is 38-75 minutes after IV administration.
06
At kappa receptors, salvinorin A shows 40-fold selectivity over delta and 80-fold over mu receptors.
07
Sublingual quid chewing (10-30 leaves) yields peak effects in 15-30 minutes lasting 30-90 minutes.
08
fMRI studies show salvinorin A decreases default mode network activity by 20-30%.
09
Tolerance to salvinorin A develops rapidly, dissipating within 24-48 hours with no cross-tolerance to other opioids.
10
Vaporized salvinorin A at 0.25-1.5 mg induces out-of-body experiences in 80% of subjects.
11
Salvinorin A inhibits adenylyl cyclase via G-protein coupling, reducing cAMP by 50% at 10 nM.
12
Human EEG shows increased theta power (4-8 Hz) by 25% during Salvia intoxication.
13
Cardiovascular effects include mild hypertension (10-15 mmHg systolic increase) at high doses.
14
Salvinorin A modulates dopamine release in nucleus accumbens by 30-50% inhibition.
15
Subjective intensity rated 8.5/10 on 1g smoked plain leaf in experienced users.
16
Duration of effects: onset 30-60s smoked, peak 1-5 min, total 5-20 min for extracts.
17
Salvinorin B shows 100-fold less potency than A at kappa receptors (Ki=100 nM).
18
PET imaging reveals 25% occupancy of kappa receptors at 10 µg/kg IV dose.
19
Antinociceptive effects in rodents at 1-3 mg/kg IP, comparable to morphine.
20
Hallucinatory content: 65% report entity encounters, 55% geometric visuals.
21
Respiratory depression minimal; no significant change in O2 saturation even at high doses.
22
Salvinorin A induces ataxia in mice at ED50=3.5 mg/kg SC.
23
Pupil dilation averages 1-2 mm during peak effects.
24
Afterglow effects include mood elevation in 40% of users lasting 1-2 hours.
25
Salvinorin A crosses BBB in 1-2 minutes post-inhalation.
Interpretation

Pharmacological Effects Interpretation

Salvia's hallucinogenic power stems from salvinorin A, a molecular key that fits with near-perfect precision into the brain's kappa-opioid locks—unleashing a bizarre but mercifully brief symphony of profound dissociation, geometric visions, and startling entity encounters, all while politely sidestepping the lethal pitfalls of respiratory depression typical of other opioids.
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