Dmt terpenes

Dmt terpenes DEFAULT

Abstract

This article collects evidence from psychopharmacology, scripture, and archeology to explore several preparations for consumption described in the Old Testament: Manna, Showbread, the Holy Ointment, and the Tabernacle Incense. The Ointment and the Incense are herbal preparations used by the priestly caste to facilitate a direct experience of the Israelite God. A wide variety of psychoactive components are found in these preparations, including GABA-receptor agonists and modulators, opioid receptor agonists, and other agents. They are normally broken down by the body’s enzymes, and therefore orally inactive, but the Holy Ointment also contains inhibitors specific to the enzymes in question. The preparations indicate that the ancient Israelites had a profound understanding of synergism, and the way they are consumed and the taboos around them are highly suggestive of their use as psychoactive agents.

Introduction: Shamanistic Practices Among the Ancient Israelites

Definitions of shamanism are contested and problematic, and yet consistencies are observed between societies around the globe and across time. Winkelman (2013) surveyed “recognized magico-religious practitioners” in 47 traditional societies, and compiled a list of cultural motifs:

  1. –a dominant social role as the preeminent charismatic leader;
  2. –a nighttime community ritual;
  3. –use of chanting, singing, drumming, and dancing;
  4. –an initiatory crisis involving a death and rebirth experience;
  5. –shamanic training involving induction of an altered state of consciousness (ASC), particularly with fasting and social isolation;
  6. –an ASC experience characterized as a soul journey (but not possession);
  7. –ASC involving visionary experiences;
  8. –abilities of divination, diagnosis, and prophecy;
  9. –healing processes focused on soul loss and recovery;
  10. –illness believed to be caused by spirits, sorcerers, and the intrusion of objects or entities;
  11. –animal relations as a source of power, including control of animal spirits;
  12. –the ability of the shaman to transform into animals;
  13. –malevolent acts or sorcery, including the ability to kill others;
  14. –hunting magic, assistance in acquiring animals for food.

Nearly every item appears in the legends of Moses and his siblings (whether they existed is immaterial; the literature demonstrates that the Israelites were familiar with shamanistic tropes). Moses is initiated into his special relationship with YHWH during an ASC with visionary experiences at the burning bush (Exodus 3:2), and YHWH prophesies that he will lead the Israelites to freedom (Exodus 3:18–21). Although Moses complains that he is not up to the task of challenging Pharaoh (Exodus 3:11), YHWH promises to act as an ally and give him charisma and eloquence: “I will be with thy mouth, and teach thee what thou shalt say” (Exodus 4:12). He assumes his role as leader of the Israelites, and the initiation concludes with a brush with death when “YHWH met him, and sought to kill him” (Exodus 4.24).

While the prophet does not transform into an animal, his staff turns into a snake (Exodus 4:4), as does his brother Aaron’s in a magical battle against Egyptian magicians (Exodus 7:10–12). Other powers include malevolent sorcery controlling animals, as when “Aaron stretched out his hand over the waters of Egypt; and the frogs came up, and covered the land” (Exodus 8:6), as well as causing disease in the form of boils (Exodus 9:10) and killing (Exodus 11:4–5).

Moses mediates between YHWH and the tribe, sometimes presenting his utterances in song (Exodus 15:1). His sister Miriam the prophetess follows his songs with her own, playing percussion and leading a dance (Exodus 15:20). Moses also instigates three nighttime community rituals per year (Perez, 2001, p. 257; Exodus 23:14–16). Both the means and objectives of divinatory rites in the Tabernacle follow the shamanic format, with the mysterious urim and thummim (Exodus 28:30) as divinatory tools in the place of the shaman’s shells or bones (Vitebsky, 2001, p. 104). Shamans working to protect their tribes traditionally divined for military tactics (Fausto, 2012) as does Moses (Exodus 14:1–4), and for life’s necessities, as YHWH guides Moses to game (Exodus 16:11) and water (Exodus 17:6). Moses also diagnoses the cause of diseases afflicting both the collective (Exodus 32:31–33) and individuals (Numbers 12:11–14), and barters with YHWH to mitigate harms.

The only absence from the Tabernacle stories is the soul journey, although it was probably as familiar to the Israelites as it was to the 47 societies surveyed; the stories of the prophets are suggestive: “And Enoch went with Elohim: and he was not; for Elohim took him” (Genesis 5:24, my translation). Perhaps Moses simply did not need to work that way as he was a super-prophet; “YHWH spake unto Moses face to face, as a man speaketh unto his friend” (Exodus 33:11). “There arose not a prophet since in Israel like unto Moses, whom YHWH knew face to face” (Deuteronomy 34:10). Other techniques are shamanistic. Shamans undergo isolation and fasting to receive icaros, or distinctive phrases of melody and phonemes that transmit the power of a given plant, animal, or elemental ally. There is a clear echo in the story of Moses upon Mount Sinai, where the word usually translated as “covenant” can also be “alliance.”

And he was there with YHWH forty days and forty nights; he did neither eat bread, nor drink water. And he wrote upon the tables the words of the alliance, the ten words/phrases (Exodus 34:28, my translation) [These are “ten words/phrases/utterances,” not “ten commandments” as in most translations. They are not the well-known thou-shalt-nots (Nemu, 2016, pp. 13–15).].

Medicine-men of the Amazon jungle or Siberian plains go into their huts alone to encounter their familiar spirits. The High Priest enters the Holy of Holies alone to commune with YHWH before the Ark of the Covenant/Alliance. Israelite priests, like some shamans, used plant preparations entheogenically to facilitate the encounter, to trigger visionary, auditory, and other ASC experiences of divinity. The complex mixtures of Holy Ointment and Holy Incense will be examined, along with Manna and the Showbread.

Old Testament Entheogenic Hypotheses

The implications of entheogen use in the Bible go beyond ethnographic curiosity. The Old Testament and its daughters the New Testament and the Koran continue to guide the philosophical orientation of many people today, and are influential standards for proper conduct in morality, politics, and law. Given the brutal reality of the War on Drugs and the continuing human interest in mystical experience, drugs, and scripture, it is no surprise that several attempts have been made to mine the Bible for evidence of entheogens. Before presenting my own evidence, I will review some other publications.

Ayahuasca Analogue

Shanon (2008) proposed that an ayahuasca analogue was made by brewing one of the locally abundant DMT-containing acacia species with Peganum harmala, which contains the monoamine oxidase (MAO)-inhibitor harmaline. P. harmala is harmal in Arabic, and Shanon relates the word to cherem meaning “taboo” in Hebrew, and also the Arabic haram that means both “taboo” and “sacred.” The Biblical acacia is called shittim, derived from shotet meaning “to pierce” (Strong’s, H7850), which describes what DMT does to the veil of everyday reality (as well as what acacia thorns do to the skin). Whatever it was, and the species is disputed, it was the most exalted wood used to construct the Ark of the Covenant (Exodus 26:15).

The Talmud, which is a collection of oral folklore and law written down from the first century AD, also relates the esteemed shittim to shtuth meaning “nonsense” (Mishna. Sanhedrin, 106a) – a rather irreverent pun that makes more sense if the psychedelic effects of DMT are considered. The Talmud also records a serenade:

Sing, O sing, shittim tree,

  Ascend in all thy gracefulness.

With golden weave they cover thee,

  The sanctuary-palace hears thy eulogy (Mishna. Abodah Zarah, 24).

Given that wood neither sings nor eulogizes nor rises, this poem might contain veiled references to the entheogenic use of shittim or perhaps the rising smoke of shittim incense triggering clairaudient effects.

I would add to Shanon’s hypothesis evidence from the Islamic tradition. Harmalexpels devils and averts misfortune,” according to one hadith or saying of the prophet Muhammad (Flattery & Schwartz, 1989, p. 63). Another recommends large daily doses both for cure and insight:

Whoever takes a mithqual [4.25 grams] of harmal in water for 40 mornings each day, so shall wisdom enlighten his heart, and he shall be healed of/immune to seventy-two diseases. (Quoted in Rooks, 2014)

Shanon cites verses that suggest two psychedelic phenomena. One is a fire that burns upon objects but does not consume them (Exodus 24:17), which he interprets as a visual metaphor for the brilliant patterns that blaze around objects in psychedelic states. The other is synesthesia or the mixing of sense modalities:

And all the people are seeing the voices, and the flames, and the sound of the trumpet. (Exodus 20:18, YLT)

While an ayahuasca analogue may have been used in the ancient Middle East, there is no direct evidence of it in the Bible and no known reference to P. harmala at all. Some psychoactive ingredients may have gone unreported, certainly, as much of the oral tradition has been lost. For example, while there is no obvious reference to henbane in Jewish scripture, the ex-priest Josephus leaves a description of the High Priest’s ceremonial hat decorated with the design of a henbane flower (Feliks, 2001), which contains the powerful hallucinogenic deliriant scopolamine (Blom, 2009, p. 134). To my knowledge, however, the synesthesia and visions are better explained by Merkur (2000), who argued that the Manna consumed before the Sinai episode was ergot.

Ergot in the Old Testament

Manna

The ergot fungus parasitises a range of plants (Zadoks, 2008) and produces a secretion that contains ergotamine. Although ergot can be toxic, the powerful visionary D-lysergic acid amide (LSA), can be prepared from it. Hofmann, who used ergot to synthesize lysergic acid diethylamide (LSD), commented:

The separation of the hallucinogenic agents by simple water solution from the non-soluble ergotamine and ergotoxine alkaloids was well within the range of possibilities open to Early Man. (Wasson, Hofmann, & Ruck, 1976, p. 11)

The Bible describes this process, by people who “ground it [Manna] in mills, or beat it in a mortar” (Numbers 11:8), then boiled it and baked it. Merkur also argues that this process would extract psychoactive alkaloids from ergot, and how “Manna was like coriander seed and looked like resin” (Numbers 11:7, NIV); or elsewhere “white, like coriander seed and tasted like wafers made with honey” (Exodus 16:31). The honeydew ergot produces tastes like honey (Zadoks, 2008) and dries on the plant as small, resinous, white pellets roughly the size of coriander seeds. Merkur does not adequately explain the other description of Manna as “thin flakes like frost on the ground” (Exodus 16:14); however, it also describes ergot, as the honeydew splashes where it drips and dries as a thin, white frosty scale.

Any guess as to the identity can only be speculative several thousand years later, but other evidence Merkur does not cite supports the hypothesis. For example, several problems with the normal reading of scripture are resolved if Manna is identified as ergot:

And when the children of Israel saw it, they said one to another, “It is Manna” (man hoo): for they wist not what it was.” (KJV, Exodus 16:15)

The KJV translation is illogical, because if “they wist not what it was” then how did they know to call it Manna? The HNV and NLT Bibles translate man hoo as “what is it?,” but this presents a problem raised by the 15th-century Rabbi Isaac Arama, who noted that a question would demand that “the wording should have been ‘they asked one another’ instead of ‘they said to one another’” (Ron, 2010). Also “what” is ma in Hebrew, not man. The Rashbam proposed that the Israelites had picked up the Egyptian word for “what” (which is man) (Ron, 2010), but it is strange to use this single loanword when the rest of their vocabulary was Hebrew. In addition, in another commentary the Israelites maintained their own language in Egypt (Mishna. Leviticus Rabbah 32:5).

Man hoo can also simply mean “it is man,” where man is a Bedouin word for a sugary secretion excreted by insects that feed on plant sap. It hardens to form whitish resinous pellets that taste like honey, and Bedouins collect it as a foodstuff. Bodenheimer (1947) and others conclude that Manna is man, but if this is the case then the Israelites’ identification would be correct, and “for they wist not what it was” presents a logical contradiction again. It is more parsimonious, without the logical, linguistic, lexical, and rabbinical contradictions, to interpret the verse as the Israelites thinking it was man in error (“for they wist not what it was”). It would have been a reasonable guess at first encounter because desert people would have been familiar with man. On closer inspection, the error would become clear. Man is viscous, not runny like ergot; it forms globulous mounds where it drips, not “thin flakes,” and cannot be ground or beaten in a mortar (Bonar, 1857, pp. 146–151). Ergot secretion, on the other hand, dries brittle and can be ground to powder.

Another problem is that Bedouin man can be stored for a year or more, but with Manna:

Moses said, “Let no man leave of it till the morning.” Notwithstanding they hearkened not unto Moses; but some of them left of it until the morning, and it bred worms, and stank… (Exodus 16:19–20)

Such rapid decay supports the thesis of ergot infection, as does the fact that heat arrests the infection:

And he said unto them: “To morrow is the rest of the holy sabbath unto YHWH: bake that which ye will bake to day, and boil that ye will boil; and lay up what is left over [from what you have made] until the morning.” And they laid it up till the morning, as Moses bade: and it did not stink, neither was there any worm therein. (Exodus 16:23–24, my translation)

The environmental context also supports Merkur. Ergot emerges from dormancy at the onset of spring, which is when the Israelites first encounter it (Alderman et al., 1999; Midrashim. Mekhilta Exodus 16:1). Furthermore, a parasitic fungus requires vegetation and therefore water. Manna is not found in the Wilderness of Shur, which is dry, but in the Wilderness of Sin where there is water.

Manna is not the only food the Israelites find, as quails also come to ground every night to be rounded up. This seems more remarkable than a plant secretion not unlike others known to desert peoples, and yet only Manna is called “angel food” (Psalm 78:25). Perhaps this is not because it comes from the angels but because people who eat it encounter angels. The quail meat is barely mentioned, and when it is a feeling of satisfaction is attributed not to it but only to Manna (here referred to as bread).

At evening you shall eat meat, and in the morning you shall be satisfied with bread (Exodus 16:12, my translation).

It suggests that Manna satisfies in a more profound way than meat.

As they leave the Wilderness Moses issues a command that Manna was to be kept for future generations:

And Moses said, “Fill an omer of it to be kept for your generations; that they may see the bread wherewith I have fed you in the wilderness.” (Exodus 16:32)

He immediately contradicts himself the following verse:

And Moses said unto Aaron, “Take a pot, and put an omer full of Manna therein, and lay it up before YHWH, to be kept for your generations.” As YHWH commanded Moses, so Aaron laid it up before the Testimony, to be kept. (Exodus 16:33–34)

The Manna to be seen ends up hidden behind veils in the inner chamber of the Tabernacle. Stranger still, the command is issued, and followed, even though the Tabernacle has not been constructed yet. Textual scholars (Baden, 2010) conclude that this line is an interpolation introduced to the text at a later date. Merkur reasons that this is because the entheogenic experience became off-limits to the general population. Ergot can be cultivated in pots, and the priestly caste could have kept it to themselves, while for everyone else, “there was no longer any manna for the Israelites” (KJV. Joshua, 5:12). Entheogenic preparations were mostly confined to the Tabernacle: Ointment, Incense, Showbread and eventually Manna as well.

Showbread

Merkur argues that showbread was also ergot, citing cryptographical references in the Talmud and elsewhere, but here the evidence is less robust. One bizarre Talmud story Merkur does not cite makes more sense if we suppose that the showbread was psychoactive, though whether it contains ergot is unclear:

In [High Priest] Simeon the Upright’s time… every priest who received only the size of an olive became satiated, and some was left over… But after him, these things were cursed, and every priest got only the size of a bean. And the delicate priests refused to take it altogether, but the voracious ones accepted and consumed. It once happened, one took his own share and his fellow’s: he was nicknamed “robber” till his death. (Mishna. Tractate Yoma 4)

Tiny, carefully measured doses suggest psychoactives rather than sustenance, as does the observation that some priests wanted more, while for others even one dose was too much to handle. The fact that it is served along with frankincense (Leviticus 24:6–7), the psychoactive and synergistic properties of which will be discussed below, strengthens the case for it being psychoactive.

Showbread in Hebrew is lechem ha-panim, literally “bread of faces/presences.” When “Adam and his wife hid themselves from the presence of YHWH Elohim” (Genesis 3:8), and when “YHWH spake unto Moses face to face” (Exodus 33:11), the “presence” and the “face” are that same words. Perhaps showbread was eaten to perceive divine presences – which was also the function of both the Ointment and the Incense to be discussed below.

Tabernacle Wine

Psychoactive alkaloids were extracted into wine in Ancient Greek, Chinese, Saxon (McGovern, 2003, p. 132; Rinella, 2010, p. 8) and many other cultures. Eschotado (1998, pp. 57–58) hypothesizes that the story of Lot impregnating his daughters while drunk only makes sense if:

some sort of admixture was added to the wine – analogous to the Egyptian nepenthes, though distinct in composition – capable of giving Lot the extraordinary energy required to overcome the taboo of incest, provoking total unconsciousness and hyperactivity at the same time… amnesia and complete ethical insensitivity… [while allowing] a considerable feat – for an elderly man – to deflower and impregnate two maidens on successive nights, without even realizing it. (my translation)

“Ointment and incense rejoice the heart,” reads Proverbs 27:9, where the word for “rejoice” (samach) also describes the effect of wine (Judges 9:13). I will argue that the mood-altering and entheogenic effects of Ointment and Incense derive from their psychopharmacology.

The Holy Ointment

Identities of the Ointment ingredients

Take thou also unto thee principal spices, of pure myrrh five hundred shekels, and of sweet cinnamon half so much, even two hundred and fifty shekels, and of kaneh bosm two hundred and fifty shekels. And of cassia five hundred shekels, after the shekel of the sanctuary, and of oil olive an hiyn: And thou shalt make it an oil of holy ointment, an ointment compound after the art of the apothecary (Exodus 30:23–4).

Myrrh (mor) was given to the infant Christ. It features extensively in Jewish and Christian ritual, and in Egyptian ritual since at least 2800 BCE (Graham, 2015). Candidates include Commiphora abyssinica, Commiphora schimperi, Commiphora guidotti, Commiphora africana and Commiphora myrrha (Ben-Yehoshua, Borowitz, & Hanuš, 2012). Some speculate that mor refers to both the more fragrant C. guidotti and the more medicinally potent C. myrrha (Thulin & Claeson, 1991, pp. 487–494). Perhaps it is significant in this regard that the Ointment recipe is the only biblical use of the compound noun “pure/flowing-myrrh” (mor-d’rowr). Elsewhere it is mowr abar, “sweet-smelling myrrh,” (Song of Solomon 5:5) or simply mor. The “wine mingled with myrrh” offered to Jesus at his execution (Mark 15:23) implies analgesic effects, and C. myrrha is certainly analgesic. This article will focus on C. myrrha. Cassia is most likely Cinnamomum cassia (Ben-Yehoshua et al., 2012).

Regarding cinnamon, Zohar Amar wrote the most thorough account of the contenders and settled upon Cinnamomum verum (Ben-Yehoshua et al., 2012).

Kaneh bosm means “fragrant cane.” Though translated as “calamus” (Acorus calamus) since the first Greek translation of the Bible in the 3rd century BC, anthropologist Benet (1975) argued that the correct identity is cannabis. A. calamus is unlikely as Israelites buried their dead in kanabos shirts. Cannabis clothes have been used for millennia, but no one ever made textiles from this grass-like plant, and such a shirt would decompose within days. Benet argues that kaneh bosm, a phrase fused into the single word kanabos or kanabus later in Jewish writings, is what was called kannabis in the Scythian lands to the north of Israelite territory, and called “cana in Sanskrit, qunnabu in Assyrian, kenab in Persian, kannab in Arabic and kanbun in Chaldean.” In the 6th century BC, Herodotus observed Scythian tribesmen pegging down the flaps of their tent and throwing kannabis on red-hot stones:

immediately it smokes, and gives out such a vapor as no Grecian vapor-bath can exceed; the Scyths, delighted, shout for joy. (Herodotus, 1996, p. 330)

Cannabis residues from ancient Scythian vessels support Herodotus’ observation (Graham, 2015), and cannabis was was found in the mummy of Rameses II (Parsche & Nerlich, 1995). It was likely introduced to Egypt along trade routes through Israelite territory (Bennett, 2010, p. 350). In Jeremiah 6:29, kaneh (the shortened form of kaneh bosm) is described as “from a far country.” A dig near Jerusalem from the mid-second millennium BC uncovered hashish in forms suggesting both transdermal application and fumigation (Zias et al., 1993). Bennett (2010) presents extensive evidence from literature, linguistics, and archeology in support of kaneh bosm being cannabis, and his theory has gained traction among ministers, rabbis, linguists, archeologists, anthropologists, botanists, and others (Bennett, 2010, pp. 356–358). This would clearly have implications for the psychoactive properties of the Ointment, but even if we dismiss this line of inquiry as speculation the pharmacology of other ingredients suggests an entheogenic mixture.

Usage and Possible Provenance of the Ointment

The Holy Ointment was likely applied by massage. It is called shemen ha-mishchah, where shemen means “oil” and mishchah derives from mashach meaning “to rub with oil, i.e. to anoint; by implication, to consecrate; also to paint” (Strong’s H4886). The king was a direct link between YHWH and His Chosen People, and that connection was established by the Rite of Anointing that initiated his reign:

Then Samuel took the horn of oil, and anointed/massaged him in the midst of his brethren: and the Spirit of YHWH came upon David from that day forward. (1 Samuel 16:13)

David, Saul, and other kings are referred to as “anointed person,” or mashiyach in Hebrew (by the time it was Latinized as messiah the meaning had drifted considerably). A connection with YHWH triggered by Ointment also appears to have been a prerequisite for priests anointed “that they may minister unto Me [YHWH] in the priest’s office” (Exodus 30:30).

Egyptian medicine also employed cannabis oil (Nunn, 1996), and a massage oil combining the other ingredients – myrrh, cassia, and cinnamon – was exported by Egyptian apothecaries from the Middle Bronze Age (Aegineta, 1847, p. 595). This and the use of the Egyptian measurement of “an hiyn” in the recipe suggests that it may derive from Egypt (Gesenius, 1857, p. 223) (other evidence connecting the priestly caste to Egypt is discussed in Nemu, 2016, p. 276). As in Egypt, the Israelite priests held taboos regarding priestcraft and medicine (Gordon & Schwabe, 2004, p. 187; Sauneron, 2000, p. 23). One forbade making the mixture for any other purpose or putting it upon a commoner. Another taboo kept the session contained and the setting controlled:

And ye shall not go out from the door of the Tabernacle of the congregation, lest ye die: for the anointing oil of YHWH is upon you. (Leviticus 10:7)

Constituents of the Holy Ointment Ingredients

C. myrrha (myrrh) contains among its components large amounts of the furanosesquiterpenoids 2-acetoxyfuranodiene (9.80%), furanoeudesma-1,3-diene (8.97%), curzerene (6.71%–17%) and furanodiene, as well as α-pinene, limonene, cuminaldehyde, eugenol, safrole, myrcene, and elemicin (Duke, 2002; Hanuš, Rosenthal, Řezanka, Dembitsky, & Moussaief, 2008).

C. verum (cinnamon) also contains cinnamaldehyde and eugenol, but in much greater quantities than myrrh (65%–80% and 10%, respectively), along with linalool, safrole, myrcene, β-caryophyllene, and cinnamic aldehyde (Asghar, Irshad, & Majeed, 2016; Parthasarathy, Chempakam, & Zachariah, 2008, p. 129; Rao & Gan, 2014).

The most significant chemical difference between C. verum and Cinnamomum cassia is that the latter contains estragole (Liao et al., 2012) and particularly coumarin while the former has “hardly any” (Ooi et al., 2006; Ranasinghe et al., 2013).

Cannabis sativa contains tetrahydrocannabinol (THC), cannabidiol (CBD), and a wide range of phytocannabinoids, as well as nerolidol and phytol. Also present are various terpenes found in myrrh, cinnamon and cassia, including limonene, myrcene, α-pinene, linalool, β-caryophyllene, caryophyllene oxide, and cinnamaldehyde.

Synergistic interactions

Traditional medical modalities such as Chinese herbalism and Indian Ayurveda usually employ mixtures that work together (Ebadi et al., 2016). Amazonian shamans make ayahuasca, and its powerful effect is because one of the ingredients inhibits the body’s MAO enzymes and another contains DMT, which is orally effective only when MAO enzymes are inhibited and do not prevent DMT crossing the blood–brain barrier. Mixtures can produce entheogenic effects of a totally different order to ingredients taken alone.

Persian medicine uses “convoy medicines” (mobadregh), and their mechanism is to “increase the bioavailability of coadministered drugs by inhibition of P-gp or cytochrome P450 [enzymes]” (Sadati et al., 2016). One common convoy medicine is cinnamon, which is also found in the Ointment. It is critical to its entheogenic properties because the psychedelic chemicals in myrrh and cassia are usually broken down by the P450s, five of which are involved in approximately 99% of P450-mediated drug metabolism (Bertz & Granneman, 1997). Cinnamon inhibits four of them: CYP3A4, CYP2C9, CYP1A2, and CYP2E1 (Kimura, Ito, & Hatano, 2010; Sadati et al., 2016). It does not inhibit the fifth, CYP2D6, but the coumarin in cassia reduces its activity by over 90% (Hiroshi et al., 2004; Ranasinghe et al., 2013). The amount of coumarin in cassia is generally less than 2.7% (Jayatilake, Poole, Poole, & Chichila, 1995), which may be why the recipe stipulates twice as much cassia as cinnamon.

P450 function has a profound effect on how drugs interact with the body. CYP2C9 breaks down THC, and people who metabolize it poorly have been shown to have three times the concentration of THC than those who metabolize it well (Sachse-Seeboth et al., 2008). CYP3A4 also plays a major role in THC metabolism (Stout & Cimino, 2013), so the inhibition of these two enzymes would increase the duration and the effect of cannabis. Linalool (Meesters, Duisken, & Hollender, 2007), estragole, eugenol, and other psychoactive chemicals discussed below are also broken down by P450s.

Diet and genetics

A complete picture of the synergies would consider other factors from the fields of archeoethnography and archeogastronomy. Regional populations vary in terms of P450 profiles (Bertz & Granneman, 1997, p. 213), meaning that some medicines are cleared faster by Caucasians than Asians (Bond, 1991). An example of a significant dietary factor is pomegranate, which is a CYP3A inhibitor in the acute phase (Hidaka, 2005), and alters the expression of genes coding for both CYP1A2 and CYP3A enzymes over the longer term (Faria & Calhau, 2011). Given that CYP1A2 is likely made more active by THC (Stout & Cimino, 2013), and that it breaks down coumarin (Stout & Cimino, 2013), pomegranate could profoundly affect the altered state occasioned by a mixture of resins. Ancient Israelites may have known about this synergy:

Thy plants are an orchard of pomegranates, with pleasant fruits; henna, with spikenard. Spikenard and saffron; cane [kaneh] and cinnamon, with all trees of frankincense; myrrh and agar-wood, with all the chief spices. (Song of Songs 4:13–14, my translation)

All of the plants in this paradisiacal garden contain known psychoactive compounds, with the exception of pomegranate and henna. Henna may have some yet to be identified compounds, as it is traditionally used as a sedative and aphrodisiac (Miczak, 2001, p. 85), but in any case every plant except pomegranate is either psychoactive or believed to be psychoactive. Although “the pomegranate probably played a relatively minor role in the diet of Israelites” (MacDonald, 2008, p. 30), eaten in quantity it would contribute to the psychoactive potential of the other substances. This may explain why a large quantity is emphasized, as in “an orchard of pomegranates.”

Further evidence for synergism

Several other lines of evidence support the hypothesis of complex synergisms unlocking entheogenic potentials. First, the community of “oilahuasca” researchers procures ASCs by mixing essential oils that contain psychedelic compounds and the relevant inhibitors. Before gas chromatography and the rat-on-a-hotplate test, herbalists used a similar combination of self-experimentation, peer-to-peer conversation and insight to explore their pharmacopoeia.

Further support for the entheogenic capacities of the Ointment is that it contains a terpene spectrum somewhat similar to that of nutmeg. Nutmeg is almost unique among spices in that it contains a wide range of inhibitors as well as psychoactive agents, so if an individual has the appropriate P450 spectrum it triggers “hallucinations that can last up to 48 hours” (Wenk, 2010, p. 63). Missing the dosage window results in either disappointment or a dreadful headache (so take care), but the ideal dose can result in:

intensely pleasurable tactile sensations, that seemed to send shivers up my spine every time I acknowledged them. The only thought going through my head at this time was, what a wonderful life I have. (Biologyguy, 2013)

This description suggests MDMA, which makes sense given that components include elemicin, eugenol, and safrole (Nowak, Woźniakiewicz, Gładysz, Sowa, & Kościelniak, 2016). All of these are related to MDMA, and are found in the Holy Ointment.

Furthermore, potent synergy between nutmeg and myrrh has been reported. The Kalachakra Tantra describes the combination as like the union of male and female from which “a pure knowledge arises, which explains the nature of all things” (Douglas & Slinger, 2000, p. 245) and one self-experimenter’s experience featured “a fierce and aggressive deity… visions of a bulging-eyed, white-skinned man in ceremonial armour… [and] new knowledge disclosed” (Mr. Sunday, 2013). Although one might have assumed his “set” would be colored by the sexual poetry of the tantric text, the martial and revelatory themes are interesting given that he had unknowingly consumed many of the terpenes in an Ointment used to trigger a revelation of YHWH, a god of war and “great terrors” (Exodus 15:3; Deuteronomy 4:34) and a source of insight.

Little can be inferred from a single report, but in any case the Ointment contains powerfully psychoactive agents and inhibitors of the enzymes that metabolize them, and this is sufficient to demonstrate a physiological mechanism by which its extraordinary effects could be generated in the human body.

Psychopharmacology of the Holy Ointment

Distribution modification

Limonene and eugenol increase the absorption of chemicals across the skin (Varman & Singh, 2012). Cinnamaldehyde dilates the peripheral capillaries of the vascular system, increasing blood flow and helping to distribute any terpenes absorbed (Harada & Yano, 1975).

Adenosine receptor agonism

Limonene is also an adenosine A(2A) receptor agonist (Park, Lee, Yaoyao, Jun, & Lee, 2010) that impacts serotonergic and dopaminergic function in brains of the mice (Kendall & Alexander, 2017, p. 87). These two neurotransmitters are involved in many of the mechanisms described below and may contribute to cumulative effects on the subjective experience.

Opioid receptor agonism

C. myrrha contains furanosesquiterpenoids active at μ- and δ-opioid receptors, including curzarene, furanodiene, and furanoeudesma-1,3-diene (Dolara et al., 1996). Their analgesic properties have been established in mice by measuring the latency of their pain reaction on a hot plate and the amount of writhing after an injection of acetic acid. Furanoeudesma-1,3-diene was found to have 10% of the potency of morphine, which makes sense of the “wine mingled with myrrh” offered to Jesus during his execution (Mark 15:23). Perhaps he refused because it has other effects:

While μ opioids continue to be some of the most effective analgesics, they are also efficacious mood enhancers and cause activation of central dopamine reward pathways that modulate euphoria. (Al-Hasani & Bruchas, 2011)

Traditional communities in Africa consume myrrh at social gatherings, suggesting social lubrication or mood-enhancing properties (Yaniv & Dudai, 2014), and the myrrh-infused wine Pliny mentions at Roman feasts (1601, Chapter 13) was presumably valued for such effects rather than as a painkiller. Myrrh is effective even in the absence of synergism. The effects of insufflation (snorting) are described by one psychonaut as,

instant and profound. Stronger than Blue Lotus but not as strong as Kratom. The effects are a relaxed stimulation, a profound clear focus, mild euphoria, relief of body aches and anxiety (Unknown source, quoted in Moonshoe, 2015)

Another describes six drops of myrrh essential oil in water:

My body feels alive with electricity… a euphoria washes over my that grows in intensity by the minute… everything is starting to feel rather dreamlike… Pupils constricted, not quite pinpoint [as is seen with heroin] but smaller than normal. (DMtriptamine285, 2012)

The same individual also tried transdermal application:

the stimulation wasnt [sic] as strong. I found it actually more euphoric however than taking the oil orally.

Other reports are reminiscent of heroin:

Within minutes after taking like 5-10 nice big hits of myrrh… I notice an immediate tranquil/chill effect… that feeling of “nothing in the world bothers you, everything is just perfect at the current time, you feel completely at rest with the world.” (Ascendancy-Mike, 2009)

I was working with the 5x extract vaporized, and the ground, whole myrrh resin… a few times, I had experiences that were divine with just the myrrh alone. (Jacky, 2009)

Poorly spelt accounts of anonymous individuals with wacky avatars in data sets of one do not carry the credibility of animal models in science, but they can tell us something about how myrrh and mindset combine to produce profound and even “divine” entheogenic experiences.

MDMA-like compounds

Relatives of MDMA in the Ointment include eugenol, estragole, elemicin, and safrole; the illegal stimulant and empathogen is usually manufactured from the latter. MDMA both releases serotonin, norepinephrine, and dopamine into the synapse and slows down reuptake of the same. Eugenol, estragole, elemicin, and safrole all have measurable effects on animal behavior. Safrole causes “extreme inhibition” to locomotor activity of mice on a wheel (Muchtaridi, Subarnas, Apriyantono, & Mustarichie, 2010). Elemicin is structurally close to mescaline; one report describes “lots of euphoria, mild psychedelic effects, mild visuals, feeling fantastic” (69ron, 2010). Rätsch (2005, p. 835) presents research indicating eugenol’s stimulant and psychoactive properties; the latter is confirmed by a psychonaut who ate 30 g of cloves (with a high eugenol content) and reported “falling constantly into some abyss inside of myself, lights are distorted… I cant really walk because I feel so dizzy, numb, and tired” (Halcpath, 2007). Estragole is found in high concentrations in sweet basil (Ocimum basilicum L.; Joshi, 2014). Twenty-five drops of sweet basil essential oil taken after star anise tisane gave one psychonaut:

a euphoric & energetic trip with Lysergic [LSD]/Psilly [psilocybin] head-spaces and a warm and fuzzy body feel; but may have been a drop or two too much for me as it gave some jittery stimulation but was, all in all, really really nice. (Flickedbic, 2014)

Another experiment by the same individual combined cinnamon, pomegranate, cayenne pepper, star anise, and chai along with 26 drops of sweet basil and a little cannabis:

I felt like I had a warm fuzzy blanket wrapped around me without CYP2D6 inhibition; but with the CYP2D6 inhibition I feel that I AM that warm fuzzy blanket. (Flickedbic, 2011)

GABA-receptor modulation

At least 40% of inhibitory synaptic processing involves the GABA neurotransmitter (Bowery & Smart, 2006), and “inhibitory GABA synapses participate in virtually every neuronal circuit and function of the nervous system” (Olsen, 1991). α-pinene makes GABA receptors more receptive (Duke, 2002), increasing the inhibitory effect of GABA. Its vapor is hypnotic (sleep-inducing) and anxiolytic (anti-anxiety) in rats (Satou, Kasuya, Maeda, & Koike, 2013). The latter was demonstrated by exploiting a rat’s natural aversion to open spaces; they spend longer in open parts of a maze under the influence of α-pinene.

Even a mild reduction in anxiety has striking effects on human cognition. Friedman and Förster (2001) asked two cohorts to perform a creative problem-solving test after completing a maze that was identical except for the cartoon illustration: a mouse seeking cheese in one, a mouse fleeing an owl in the other. The latter cohort performed half as well in creative problem-solving. Given that the psychoactive preparations of Exodus were used for divination, which could be conceptualized as an elaborate ritual of creative problem-solving, anxiolytic effects are significant.

Myrcene is a GABA-receptor modulator working in a similar way, with analgesic (Rao, Menezes, & Viana, 1990) and muscle-relaxant properties (Vale, Furtado, Santos, & Viana, 2002) in animal models. Escondido (2015) speculates that “myrcene is the major ingredient responsible for ‘flipping’ the normal energetic effect of THC into a couchlock [ie. catatonic] effect.

Linalool modulates both GABA and glutamate neurotransmitter systems (Brum, Emanuelli, Souza, & Elisabetsky, 2001), and has anxiolytic properties (Souto-Maior et al., 2011). Mice show a 73% reduction in motility when exposed to an extremely low concentration of vapor (4.22 ng/ml) (Buchbauer, Jirovetz, Jäger, Plank, & Dietrich, 1993). In human subjects inhaling linalool:

hearing environmental sound [birdsong, murmuring of a stream etc.] not only caused much more favorable impressions in a sensory test but was also accompanied by a greater decrease of the beta wave. (Sugawara et al., 1998)

GABA-receptor agonism

The GABA-receptor modulators described above not only potentiate the inhibitory effect of endogenous GABA but also any exogenous GABA-receptor agonists such as safrole. GABA-receptor agonists have an inhibitory effect on neurones, making them less likely to fire (Rueda et al., 2014), which is why the GABA-receptor modulator diazepam has sedative and mood-altering properties. On the whole, GABA-receptor agonists and GABA-receptor modulators would have a cumulative effect on the central nervous system and the entheogenic experience.

Succinic semialdehyde dehydrogenase (SSADH) inhibition

SSADH is an enzyme that breaks down GABA. It is inhibited by phytol (Bang et al., 2002), so the presence of this chemical would increase levels of GABA in the brain, adding to the cumulative effects of GABA inhibition.

Phytocannabinoids and Cannabinoid receptor modulation

Cannabis contains THC, CBD, CBN, and a wide range of cannabinoids whose psychoactive effects are treated elsewhere (Pertwee, 2016). This article will focus on less well-known chemicals.

Both myrrh and cinnamon contain β-caryophyllene, which activates cannabinoid CB2 receptors (Bento et al., 2011), making them more responsive to phytocannabinoids and other agonists.

Acetylcholinesterase (ACH) inhibition

α-pinene is an ACH inhibitor (Perry, Houghton, Theobald, Jenner, & Perry, 2000), delaying the metabolism of acetylcholine and increasing its concentration and duration in the synapse. ACH inhibitors have been shown to increase rapid eye movement (Buckley et al., 2011), which is related to both dreaming and trance states. In addition to psychoactive effects, these chemicals aid memory formation, and could possibly counteract short-term memory deficits induced by THC (Russo, 2011).

Neuroprotection

The ACH inhibition activity of α-pinene may be one of many neuroprotective synergies. Techniques mitigating the negative effects of drugs were known to the ancients; Pliny recommends pine-nuts, which also contain α-pinene, as an antidote to the effects of cannabis (Pliny, 1986, p. 164). The 10th-century Persian physician Al-Razi prescribed acidic fruits (containing limonene) to avoid the harms of cannabis (Lozano, 1993, p. 124). Other possible neuroprotective synergies in the Ointment include commiterpenes in myrrh that protect against neuronal cell death (Elufioye, Berida, & Habtemariam, 2017), and components of cinnamon that target inflammatory pathways (Kannappan, Gupta, Kim, Reuter, & Aggarwal, 2011).

Inhalation in the Tabernacle

Nearly all of the sacred objects in the Tabernacle were anointed along with the priests, and the constant evaporation of volatile oils would have made the air rich in psychoactive chemicals. Inhaled terpenes have a high bioavailability via pulmonary intake, around 60% for α-pinene and limonene (Falk, Hagberg, Löf, Wigaeus-Hjelm, & Wang, 1990; Kohlert et al., 2000). Aromatherapists use a few drops of oils in normally ventilated rooms to elicit calmative, stimulant, aphrodisiac, motivational, focusing, and other effects, and their claims are supported by human studies showing modulation of mood, memory, and cognitive performance (Moss, Hewitt, Moss, & Wesnes, 2008). The Levites were using much larger doses in the desert heat, and the design of the Tabernacle was optimized to trap sublimated chemicals, with four layers of fabric drawn tightly over a frame and pinned into the ground. The outermost was an unidentified leather that is used for shoes (Gesenius, 1857, p. 861), and presumably strong and fairly impermeable.

Nothing else in the Bible is described in anything like the detail of the construction of the Tabernacle, with over six chapters specifying everything from the exact length of its acacia planks to the space between rings fastening down the coverings (Exodus 25–31:10). At the back was a 4½-m3 chamber called the Holy of Holies used exclusively by the High Priest for communicating with the divine.

The Holy Incense

The Ark and a censer were the only objects allowed inside the Holy of Holies. Bennett (2010, p. 362) notes that it was constructed in the manner of other smoke chambers of the ancient world, where psychoactive materials were imbibed by fumigation as noted in Herodotus’ description of Scythian culture. Along with the four layers of fabric, the veil was “one handbreadth thick” (Mishna. Chullin, 7), and as such seems designed to seal a smoke trap.

Like the Israelite High Priest, the Oracle at Delphi prophesied following fumigation in a chamber. She burned frankincense, myrrh, laurel, olibanum, and henbane in her cave (Fausto, 2012, p. 147), a mixture containing many of the same ingredients and chemicals as the Holy Incense, perhaps including henbane if we accept Josephus’ account (Feliks, 2001). Egyptian priests burned kyphi incense in the Temple of Edfu (Michael, 2015, p. 4). As with the similarity of the Ointment to the Mendesium, there may be evidence of cultural transmission here as frankincense, myrrh, cinnamon, mastic, saffron, and spikenard are listed in both concoctions (Byl, 2012), and some unidentified ingredients may be common to both.

Ingredients

The Incense is called ktoreth ha-samim in Hebrew, where ktoreth means “incense.” Samim is “drugs,” in Modern Hebrew, including MDMA and heroin (Gilad, 2013). While biblical Hebrew is different from Modern Hebrew, “the Incense of Drugs” seems appropriate here. Shanon (2008) and others have proposed that it may have contained psychoactive ingredients, but notes that most of the ingredients are unknown to us today. There is, however, evidence from the Talmud and later Jewish writings that allow us to speculate with a degree of confidence what those unknowns may have been:

And YHWH said unto Moses, “Take unto thee sweet spices, stacte and onycha, and galbanum; these sweet spices with pure frankincense: of each shall there be a like weight. And thou shalt make it a perfume, a confection after the art of the apothecary, salted together, pure and holy.” (Exodus 30:34–35, my translation)

The Talmud (Mishna. Kerithoth 6b) adds myrrh, cassia, cinnamon, spikenard, saffron, costus, agarwood, and mastic, all of which contain psychoactive components. Five further substances are described not as ingredients but as adjuncts: Carshina lye, Cyprus wine, Sodom salt, ma’aleh ‘ashan and Jordan amber. Taboos were in place regarding its manufacture: “If one omits one of the ingredients, he is liable to the penalty of death” (Mishna. Kerithoth 6b).

Use of the Incense

The High Priest was anointed before entering the chamber, so his P450s would already be inhibited and inhaled psychoactives would remain active for longer.

He shall take a censer full of burning coals of fire from off the altar before YHWH, and his hands full of sweet incense beaten small, and bring it within the veil: And he shall put the incense upon the fire before YHWH, that the cloud of the incense may cover the mercy seat that is upon the testimony (Leviticus 16:12).

Two handfuls of finely ground incense in a small well-sealed chamber would have produced an extremely dense cloud, and Strassman (2014, p. 101) points out that the cloud itself was the medium of communication, translating Leviticus 16:2 as “Through the agency of the cloud I will appear upon the Ark-cover.” While he finds “little, if any, evidence in the text [that] Hebrew Bible personalities experienced prophecy by ingesting psychoactive plants or drugs” (2014, p. 14), he concedes that this method “suggests an exogenous mind-altering agent” (2014, p. 101), although he stops short of inquiring into the psychopharmacology of the ingredients.

Adjuncts

The role of Cyprus wine and Carshina lye indicate a refined alchemy of production.

  • Why was Carshina lye brought? To refine the onycha, that it be pleasant.

  • Why was Cyprus wine brought? To steep the onycha, that it be pungent (Heger, 1997, p. 94).

There may be another connection to Egyptian priestcraft here, as Plutarch describes how kyphi was also steeped in wine (Byl, 2012).

Various candidates for Jordan amber have been suggested (Touger, 1987, 2.2, footnote 5). The identity of ma’aleh ‘ashan was jealously guarded even from the scribes who recorded the traditions in the Talmud (Mishna. Yoma 38a), although its purpose is indicated by its name which means “that which causes smoke to rise” (Abramowitz, 2012, p. 109); one possibility is Leptadenia pyrotechnica (Sand, 2012, p. 59). According to the Jewish sage Rashi (Mishna. Menaḥot 21a), Sodom salt is a finely pulverized salt (the spices are “salted together” in the recipe). Sand (2012, p. 59) notes that the high potassium content of salt from Sodom would add to the smoke-raising capacity of the incense.

Identities and Psychopharmacology of Incense Ingredients

Stacte

Stacte is nattaf in Hebrew. The word derives from a root meaning “to drop, drip, distil, prophesy, preach, discourse” (Strong’s, H5198), suggesting something sublime emerging gradually. Elsewhere it refers to raindrops distilled out from vapor in the air (Job 36:27). Dioscorides and Theophrastus consider it to be distilled myrrh (quoted in Janick, 2012), while for Pliny it is a gum that flows from the myrrh tree without cutting collected before the harvest. Other liquid forms have been proposed (Abrahams, 1979), but it being finely ground suggests the “drops” had hardened.

Onycha

The first Greek version of the Old Testament translated sh’cheleth as onyx, meaning “claw” or “fingernail.” For many Christian theologians, it is part of a mollusk shell, although there are problems with this identification. The strongest objection is that mollusks are not kosher, rather they are described as an abomination (Leviticus 11:10), and unclean animals are excluded from ritual as well as food (Mishna. Shabbat 28a). An abomination in the Holiest of Holy places in the Israelite cosmos seems unlikely.

The Talmud states that onycha comes “from the ground, but not from the tree” (Mishna. Kerithoth 6b), which excludes the mollusk and also the benzoin and bdellium proposed by some scholars (Abrahams, 1979), as both are from trees. The renowned 10th century Rabbi Saadia Gaon considered onycha to be labdanum resin exuded from two species of rockrose shrubs (not trees), Cistus ladanifer and Cistus creticus (Walker, 1979, p. 241). Abrahams (1979) and the Illustrated Dictionary of the Bible concur with this identification. The Hebrew root means “to peel off” (Gesenius, 1857, p. 814), which may be related to the method by which labdanum is traditionally collected, either scraped from the shrubs or from the beards of goats that eat the shrubs (Wise, 2009). The scraping tool is a type of claw, perhaps explaining why sh’cheleth is rendered in Greek as onycha meaning claw.

Labdanum contains crocin, crocetin, and safranal, as well as picrocrocin and zeaxanthin, which the body metabolizes into safranal (Frusciante et al., 2014). Safranal is a GABA-receptor agonist and anti-depressant (Al-Snafi, 2016). It also stimulates β2-adrenoreceptors (Srivastava, Ahmed, Dixit, & Saraf, 2010), improving circulation and aiding distribution, especially in combination with crocetin, which is a vasodilator (Llorens et al., 2015). Crocin also has anti-depressant properties (Al-Snafi, 2016), and it gives rats erections (Hosseinzadeh, Ziaee, & Sadeghi, 2008).

Galbanum

The most popular attribution is Ferula gummosa (Duke, 2008, p. 185), a sedative with components acting opioid receptors (Fazly Bazaz, Parsaei, & Haririzadeh, 1997). It also contains several ACH inhibitors, including auraptene, farnesiferol A, and kellerin (Sayyah & Mandgary, 2003). The psychoactive and nootropic properties of ACH inhibitors have been discussed above.

Frankincense

Another gift of the Magi, frankincense is one of the most exalted substances in the Christian tradition, burned to the Canaanite Ba’al before it was burned to YHWH, and to Ra in Egypt (Atchley, 1909, p. 11; Guardini, 2015). Its value could justify a 6 month, 1,500-mile camel trek from Oman braving desert bandits, which is a lot of effort for a pleasant aroma – but there is more to frankincense than scent.

The species of Boswellia tree is disputed (Duke, 2008). Most propose Boswellia sacra, others prefer Boswellia carterii (Tucker, 1986), and botanists disagree over whether these are in fact different species. In any case, they are roughly similar in terms of their constituents (Woolley et al., 2012). The dehydroabietic acid component is a GABA-receptor modulator with tranquillizing, anti-depressant, and anxiolytic actions in mice (Drahl, 2008; Rueda et al., 2014). The incensole acetate has potent actions on the TRPV3 ion channel (Moussaieff et al., 2008), which is involved in temperature sensation in the skin and also widely distributed in the brain where its functions are unknown. According to Drahl (2008), frankincense possibly “augments the euphoric feeling produced during religious functions.” Other components discussed above include α- and β-pinene, camphene, sabinene, myrcene, limonene, and linalool (Li, Yang, Li, Zhang, & Tang, 2016; Woolley et al., 2012).

Cinnamon, cassia, and myrrh

In addition to the psychopharmacology already discussed, eugenol and α-pinene are bronchodilators (Falk et al., 1990; Mali & Dhake, 2011) that would increase absorption. Eugenol is also a mast cell stabilizer suppressing histamine (Mali & Dhake, 2011), and thereby reducing the irritation dense smoke might provoke. The anti-spasmodic elemicin suppresses the cough reaction (Mali & Dhake, 2011). Eugenol, cinnamic aldehyde, and α-terpeniol in cinnamon are anti-inflammatory agents, which would also mitigate lung issues (Mali & Dhake, 2011).

Saffron

Saffron is the stigma of Crocus sativus. It contains safrol, safranal, and crocin (Srivastava et al., 2010), which are all discussed above. Rabbi Immanuel Löw describes an ancient Passover recipe with saffron mixed into wine (along with something that might be cannabis; cited in Bennett, 2016), and according to Georg Most, quoted in Rätsch (2005, p. 211), “saffron comes close to opium; in low doses, it excites, cheers, and produces laughter… in high doses it sedates, promotes sleep, sopor.” Pliny described how it “has a gentle effect upon the head, and whets the sex drive” (Rätsch, 2005). This has been demonstrated in rats for crocin, which causes them to have more erections than usual (Hosseinzadeh et al., 2008). Saffron also increases bioavailability and enhances absorption of other drugs (Javadi, Sahebkar, & Emami, 2013).

Costus

Saussurea costus is used in Asia as an aphrodisiac, in Chinese joss sticks and in Ayurvedic prescriptions (Ratsch & Müller-Ebeling, 2003), and as a traditional Persian remedy for cognitive disorders (Ahmadian-Attari et al., 2015). In addition to crocin, it contains dehydrocostus lactone and costunolide, which are both neuroleptics, analgesics, and sedatives that cause motor incoordination and catalepsy in rats (Okugawa, Ueda, Matsumoto, Kawanishi, & Kato, 1996). Costunolide may also play a neuroprotective role, as it protects dopaminergic cells against dopamine-induced apoptosis (Ham, Lee, Shin, Kim, & Mar, 2012).

Agarwood

Valued in Chinese medicine for qi-regulating, carminative, and analgesic properties, and used as incense in Buddhist, Hindu, and Islamic rites, agarwood is a resin produced by various species of Aquilaria tree when damaged or infected. Its 300 isolated compounds variously potentiate GABA receptors, inhibit ACH and both serotonin and norepinephrine reuptake, and have sleep-inducing, sedative, and potent anti-depressant activities in animals (Wang et al., 2018).

Spikenard

Spikenard is Nardostachys jatamansi. It is “very costly” in the Bible, such that Judas complains when it is used liberally on Jesus’ feet (John 12:3–5). In mice, spikenard exhibits anti-depressant activity (Dhingra & Goyal, 2008). The major constituent is calarene (82.3%), which when taken alone has an “instant and intense” sedative effect. Spikenard itself is a sedative at low doses and a stimulant at high doses (Takemoto, Ito, Shiraki, Yagura, & Honda, 2007), suggesting more complex psychopharmacology.

Spikenard impacts serotoninergic, dopaminergic, and GABAergic function, and improves learning and memory in mice (Sahu et al., 2016). The mechanism may be facilitating cholinergic transmission, meaning that it might synergize with ACH inhibitors such as α-pinene for a cumulative nootropic effect. Given that Ointment and Incense contain GABA-receptor modulators, opioid-receptor agonists and THC, all of which disrupt memory formation (Roozendaal & McGaugh, 2011; Schoeler & Bhattacharyya, 2013), spikenard might have served an important function of helping the High Priest remember the details of his divinatory experience. It also has neuroprotective properties (Prabhu & Karanth, 1994; Sahu et al., 2016).

The Pillar of Smoke

When the thick veil was drawn back at the end of the fumigation rite, smoke would come pouring out of the Holy of Holies and through the Tabernacle to the entrance, where it would rise up into the sky under the influence of ma’aleh ‘ashan, “that which causes smoke to rise.” This is what people outside see:

When Moses entered into the Tabernacle the cloudy pillar revealed, then it appeared/arose at the entrance of the Tabernacle. It talked with Moses. All the people [outside] saw the cloudy pillar appear/arise at the Tabernacle entrance: and all the people rose up and worshipped, every man in his tent entrance. (Exodus 33: 9–11, my translation) (Even considering the flexibility of Hebrew, most Bibles mistranslate this chapter egregiously. For an explanation of my translation, see Nemu, 2016, pp. 182–183)

This pillar of smoke famously guides (nachah) the Children of Israel (Exodus 13:21). This could be interpreted as it guides the tribe by conversing with its leader in a rite of divination involving an entheogenically induced ASC. This format is common to many shamanistic cultures.

Conclusions

Even excluding speculation about cannabis, the Incense and Ointment contained a broad range of enzyme inhibitors and psychoactive components with mood-altering, anxiolytic, sedative, hypnotic, aphrodisiac, nootropic, stimulant, and euphorigenic properties. But would they be entheogenic?

Human experience is complex, especially human experience of the transcendental. The Bible expresses what many psychonauts know, that the same substance can produce different effects in different settings. Myrrh, for example, is mentioned in contexts implying analgesia (Mark 15:23) and aphrodisiac properties (Proverbs 7:16–18), as well as the prophetic states of the Tabernacle. Spiritually inclined people taking psychedelics for spiritual purposes score higher on the Mysticism Scale (Neitzke-Spruill & Glasser, 2018) than atheists out partying, and all 10 divinity students given psilocybin in church on Good Friday reported mystical experiences that they still described 25 years later as formative (Doblin, 1991; Pahnke, 1969). Israelite priests anointed with the Holy Ointment expected to encounter YHWH and be changed by the experience, to become capable of ministering to Him and understanding His will.

If an experience of YHWH can be induced by a psychoactive concoction, should we conclude that He is a by-product of psychopharmacology? Old Testament scripture indicates otherwise, with various ASC, visions and visitations, convulsions, compulsions, and conversations not triggered by plants but by fasting, meditation, stress, holding postures, visiting places of power, or happening spontaneously (Strassman, 2014, p. 260). Such techniques are common in shamanistic traditions.

The basic assumption of neurotheology is that mystical and spiritual experiences are triggered by exogenous or endogenous chemicals, and therefore that their ultimate source is the brain. Strassman turns this around with his concept of theoneurology (2014, pp. 10–13), where entities from transcendent realms communicate via the brain. While I respectfully disagree with aspects of Strassman’s approach to theology and psychedelics (Nemu, 2017), and feel that his characterization of “often murderous” shamanistic practice lacks nuance (Strassman, 2014, p. 57), the concept of theoneurolgy is insightful and timely. It could be argued that neurotheology, in denying the cosmologies and experiences of nearly every culture in history except one – the post-Enlightenment Euro-American humanistic project dominated by logical positivism – is an exercise in neocolonialism. Ultimately, the brain cannot understand the brain, nor can the mind understand the mind, for an eye cannot see itself. In the absence of a mystical experience or synchronicity of mind-blowing strangeness, choosing between theoneurology or neurotheology is a matter of faith or personal preference. Theoneurology gives to ancient sages and modern shamans a degree of respect that neurotheology does not.

The Ointment and Incense are arguably not just psychoactive but entheogenic, revealing powers that already exist, as spectacles bring a face into focus or a microscope reveals blood cells. In the Bible, divine interactions with the world are mostly interventions into the thoughts, visions, dreams, and drives of legendary but ordinary human beings undergoing non-ordinary experiences – the stuff of psychiatry, parapsychology, and mysticism.

The Ramban, who was one of the greatest sages of Jewish history, plays a word game that introduces the Bible as a guide to mental experience (Naḥmanides, 1960, p. 34). He suggests an alternative pronunciation of the first 14 letters of the Bible, which can be read to mean “In the head Elohim has been/is being created” (Nemu, 2016, p. 17). A close reading of the Old Testament reveals not just YHWH but various names of God with competing agendas, consistent in their own behaviors but sometimes opposing each other (Genesis 22:2,12) and sometimes opposed by the prophets for the good of the tribe (Exodus 32:12). There are entheogens in the Bible, but this book also has plenty to teach us about other factors driving experience “in the head,” about processes of perception and cognition both ordinary and non-ordinary.

Conflict of interest

The author declares no conflict of interest.

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  • Al-Snafi, A. E. (2016). The pharmacology of Crocus sativus: A review. IOSR Journal of Pharmacy,6(6), 8–38.

  • Asghar, A. A., Irshad, M. A., & Majeed, M. (2016). Elucidating the therapeutic potential of nutraceuticals. In A.Grumezescu (Ed.) Nutraceuticals: Nanotechnology in the agri-food industry (Vol. 4, pp. 231–270). Amsterdam, The Netherlands: Academic Press.

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  • Baden, J. S. (2010). The original place of the priestly manna story in Exodus 16. Zeitschrift für die alttestamentliche Wissenschaft,122(4), 491–504. doi:10.1515/zaw.2010.035

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Sours: https://akjournals.com/view/journals/2054/3/2/article-p117.xml

 

N,N-DimethyltryptamineWhat is it?

What is it?

Dymethyltriptomine (DMT) is a chemical compound in the alkaloid family, and is found in many plants, and even in our own brains. Rick Strassman, a doctor specializing in psychiatry and psychopharmacology, and the first scientist to undergo studies with DMT in the U.S. refers to the compound as the “spirit molecule“.

Often psychoactive chemicals are associated with the plant that humans historically interacted with.  Dimethyltryptamine is most commonly associated with ayahuasca, which is getting more attention as the tech industry continues to experiment with psychedelics.  It makes sense to draw these associations, as it is anthropologically significant, and its starting to be evolutionarily significant, as our co-evolution with plants with psycho-active compounds is the reason for the compounds abundance. (Sullivan, 2001) (Saniotis, 2010)

Where Is it?

It may be misunderstood that ayahuasca is the only source of DMT. Although it is toxicologically and historically significant, DMT is present in many other plants. One of the being Phalaris arundinacea, or reed canary grass. Why though?

Unlike ayahuasca, reed canary grass doesn’t have a co-evolutionary history with people. It contains far less DMT than ayahuasca, and it is prolific. Reed canary grows across North America, Europe and Asia, with a distribution that prefers the northern hemisphere (Hugo, 2017)

All psychoactive compounds that humans take advantage are synthesized in plants as a defense mechanism against herbivory. (Sullivan, 2001) For example nicotine and caffeine are both very effective insecticides, that exist in the foliage and stems or bark of plants like tobacco, coffee, tea, and even citrus. (Kretschmar et al. 1999) They are known as allelochemicals: compounds produced by living organisms that when released into the environment have a negative effect the health of other organisms.

Several studies show that the tryptamine alkaloids present in Phalaris arundinacea ( DMT, 5-MeO-DMT, Bufotenin) have a significant effect on herbivory. In a study they find that “relative palatability and total alkaloid concentration were linearly related”. (Marten, 1972) Which means that as the alkaloids increased, palatability decreases at the same rate. Animals grazing reed canary grass high in tryptamines had diarrhea, increased breathing rate, and increased water intake, compared to animals grazing reed canary with less of these compounds. (Woods, 1973)

 

Why do we seek out mind altering substances?

Plant Classification

Commmon name:

Reed Canary grass
Family:Poaceae

Genus: 

Phalaris
Species:P. arundinaceae

Up until recently it was thought that our thirst for psycho-active compounds is largely due to them being more widely available in the recent millennia, and “a ‘mismatch’ between emotional mechanisms that evolved in the past without pure drugs or direct routes of administration…” (Sullivan, 2001) This means that when we take drugs now, our brains are “short circuited” and tricked into feeling good, which is a signal in our brain that indicates a fitness benefit: an increase in reproductive success.

Scientis R.J. Sullivan offers an alternative theory to human’s relationship with mind-altering-substances. His work asserts that in order for our body to even be able to interact with some of these chemical compounds, our genetics must have been interacting with them for a long time.

Psychotropic phytochemicals mimic mammalian neuro transmitters, which is evidence that these chemicals have been evolving alongside humans for millions of years. Similarly, the ability of mammals to metabolize psychotropic plant substances is evidence of an ancient co-evolution. (Sullivan, 2001)

Why does Phalaris have DMT?

Ok so maybe Phalaris just randomly chose DMT as the chemical constituent to ward of pests, and humans just never caught wind of it, like they did with other psychotropic chemicals in plants like ayahuasca, peyote, or marijuana. But I’m not satisfied with that conclusion. The fact that Phalaris contains the exact same chemical as ayahuasca, that so effortlessly is recognized by our neurotransmitters, and induces ego death, the sensation of oneness with the universe, and a feeling of physical and emotional blast off, must not be mere coincidence.

Does this plant have an ancient history with humans that isn’t known? Or has it just evolved with other mammals, and found that DMT is effective in disorienting the herbivore enough to choose other forage. Or maybe there are yet to be known chemical acceptors among plants, that interact with DMT in a similar way that humans do. Maybe its purpose is exactly related to its effect on humans. It does exist in our brains already, without the help of plants…

 

 

Sources:

Kretschmar J.A., Baumann T.W. 1999. Caffeine in Citrus flowers. Phytochemistry (**Edition**) [Internet]. [**Last Updated**, cited 2017 Feb ] Volume 52, Issue 1. Available from: http://www.sciencedirect.com.evergreen.idm.oclc.org/science/article/pii/

Simmons A.B., Marten G.C. 1971. Relationship of Indole Alkaloids to Palatability of Phalaris arundinacea L.1. Agronomy journal (**Edition**) [Internet]. [**Last Updated**, cited 2017 Feb 19] Volume 63, No. 6, p. 915-919. Available from: https://dl.sciencesocieties.org/publications/aj/abstracts/63/6/AJ0630060915

Woods DL, Clark KW. 1973. Palatability of Reed Canary Grass Pasture [Internet]. Contribution no. 372. Winnipeg, Manitoba:Department of Plant Science, University of Manitoba; [**Last Updated**, cited 2017 Feb 21] Available from: http://www.nrcresearchpress.com/doi/pdfplus/10.4141/cjps74-014

Saniotis A. 2010. Evolutionary and Anthropological Approaches Towards Understanding Human Need for Psychotropic and Mood Altering Substances. Journal of psychoactive drugs (**Edition**) [Internet]. [**Last Updated**, cited  2017 Feb 21] Volume 42, Issue 4. Available from: https://www.researchgate.net/publication/49821786_Evolutionary_and_Anthropological_Approaches_Towards_Understanding_Human_Need_for_Psychotropic_and_Mood_Altering_Substances

Sullivan RJ, Hagen EH. 2002. Psychotropic substance-seeking: evolutionary pathology or adaptation?. Society for the Study of Addiction (**Edition**) [Internet]. [**Last Updated**, cited 2017 Feb 21] Volume 97, Issue 4. Available from: https://www.researchgate.net/publication/11403848_Psychotropic_substance-seeking_Evolutionary_pathology_or_adaptation

February 13, 2017

Alkaloids, Chemical Class, Plant Family, Poaceae

ayahuasca, DMT, Dymethyltriptomine, LSD, MAOI inhibitors, poaceae, Psilosybin, psychedelic, psychedelics, reed canary grass, ritual, shaman, trippy

Sours: https://sites.evergreen.edu/plantchemeco/why-does-dmt-exist/
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DMT Vape Pens: What You Need to Know

DMT is rapidly becoming one of the most popular illegal drugs on the planet for its mind-altering and life-changing capabilities. Many people report that, after using DMT (Dimethyltryptamine), they have completely changed their negative patterns of thinking and replaced them with a newfound awareness that completely changed their life and mental health for the better.

The most popular method of consuming DMT has been by smoking it in a bowl alongside marijuana or by consuming it as a drink – also known as Ayahuasca. But modern times call for a modern method of tripping, and that brings us to DMT vape pens.

Why do people vape DMT?

Vaping DMT makes it much more convenient when compared to actually lighting it up and smoking it. Vaping also makes DMT use much more discreet, which is a major plus when you realize that the government treats this life-saving substance as the equivalent of crack or heroin. No one wants to risk getting in trouble with the law, and using a vape pen can help obscure the signature odor that is emitted through combustion.

What is DMT?

DMT is a naturally-occurring psychedelic drug that is found in many plants and animals.

DMT is frequently consumed for it’s mind-altering properties and has been used by many cultures throughout history for ritual purposes. The drug has a rapid onset and a relatively short duration. Despite the fast-acting nature of this drug, it’s also one of the most “intense” substances available. A user can achieve a full psychedelic experience in 5-15 minutes, considerably less when compared to psilocybin, LSD, or most other psychedelics.

Despite it’s popularity and despite the fact that it is a naturally-occurring substance, it is completely illegal in the United States and in most other countries. So if you want that DMT experience, make sure you know that you’re going to be breaking the law.

What are the effects of DMT?

During the 1990’s, researcher Rick Strassman conducted a series of studies on the effects of DMT at the University of New Mexico. In this particularly study, the participants were given the hallucinogen intravenously and then observed in a controlled environment.

The study found that low doses produced a somaesthetic and emotional responses, but didn’t cause hallucinations. Higher doses gave participants a hallucinogenic experience which produced “intensely colored, rapidly moving display of visual images, formed, abstract or both”. These visual hallucinations often take the form of other living beings, oftentimes described as being “elf-like” or looking like dwarves.

Bottom line: DMT produces a hallucinogenic experience. It induces a state or feeling to a person where the feel like they can “communicate with other intelligent life forms”. When consumed in extremely high doses, it can produce a state where there is a sense of “another intelligence” that is sometimes described as being emotionally-detached and “super-intelligent”. These mystical experiences are one of the major reasons why people seek to use DMT.

As far as physical effects go, a study stated that “dimethyltryptamine does slightly elevate blood pressure, heart rate, pupil diameter, and rectal temperature, in addition to elevating blood concentrations of beta-endorphin, corticotropin, cortisol, and prolactin. Growth hormone blood levels rise equally in response to all doses of DMT, and melatonin levels were unaffected.”

When it comes to the lasting effects; many users report experiencing reduced anxiety, depression, and other mental health disorders when used in high concentrations.

What are the methods of administration?

DMT can be administered using the following methods:

  • Inhalation (smoking, vaping, using a bong, etc.)
  • Injection
  • Oral ingestion (Ayahuasca)

Remember that using DMT is illegal in the United States. We don’t recommend that anyone breaks any laws, and we’re offering this information for educational use only. We would never tell anyone how to live their lives, but make sure you’re aware of the consequences before you decide to use a DMT vape pen.

 

Sours: https://www.vaporvanity.com/dmt-vape-pens/
Getting High with a Hallucinogenic Toad Prophet

Buyers Beware! Diluted Terpenes Could Be Turning Your Toke Toxic

Because burning cannabis or cannabis oils can result in the inhalation of dangerous free radicals, vape pens, or vaporizers, have become an increasingly common and popular mode of using cannabis products. Using a vaporizer, or ‘vaping,’ allows for a ‘cool’ intake of cannabis into the lungs by heating the oil to a vaporous state without combustion (burning).

Vaporizer users view vaping as a safer, non-carcinogenic way to use cannabis products, which is partly true. Vaping can be a safer way to avoid carcinogens, but if buyers do not beware of all the ingredients companies are using in their vape formulas, they could actually be doing more harm to their health.

Terpenes in cannabis product formulations

Highly-refined terpenes that are greater than 98%+ in purity, such as those extracted by LabEffects, are incredibly potent aromatic hydrocarbons. When it comes to terpenes in product formulations, a little goes a long way. You only use .5%-3% in sublingual products such as tinctures and 5%-12% in vape products, respectively. However, the percent used in formulation will vary between manufacturers depending on who they are sourcing their terpenes from, considering many suppliers commonly dilute their terpenes up to 50% with non-terpene cuts. While the quality of the terpenes used may be good, the type of cutting agents used could be toxic.

Terpenes come in different forms such as liquids, powders, and gelatins; most terpenes are going to come in a liquid form. Terpenes are very effective in reducing the viscosity of cannabis oils (THC and CBD). They act as natural oil-based solvents. Cannabis oils are thick; to vape them (depending on the vape cartridge and intended formula) you must dilute the oil. Because terpenes are strong aromatic compounds, manufacturers are typically limited in how much can be used without overwhelming the consumer.  

To jointly overcome the issues of viscosity and limitation of terpene use, manufacturers will commonly use various cutting agents and carrier oils to thin the viscous oil and bring it to a level of fluidity suitable for vaping and consuming purposes.

Cutting agents that turn toxic

The most common carrier oils or thinning agents used in vaporizers are PEG, PG, Vegetable glycerin, Squalene, and MCT oil. When some of these thinning agents are heated at high voltages, not only can they result in foul tastes and odors, but harmful carbonyl compounds can be produced. Carbonyls are a group of known cancer-causing chemicals.

PEG(Polyethylene glycol) is the active ingredient in antifreeze. PEG breaks down to acetaldehyde and formaldehyde when heated at high temperatures and voltages.

The New England Journal of Medicine findings showed formaldehyde was not detected when heating PEG at a low voltage (3.3v / 230°C), however at a high voltage (5.0v/466°F), formaldehyde was detected. Although it is recommended not to vape above temperatures around 230°C or 466°F, many vaporizers easily reach temperatures up to 600° F.

PEG’s cousin, PG (Propylene Glycol) is also commonly found in e-cigarettes and also breaks down into formaldehyde, although at lower levels.

Vegetable Glycerine (VG) and MCT oil (Medium Chain Triglyceride oil) are more natural and can come from plants such as coconut and palm trees. Heating these oils for vaping purposes can still produce hazardous compounds, in some cases, including acetaldehyde (a type of carcinogen), and acrolein which is commonly used in fuel.

Vegetable Glycerin (VG) is never used on its own but typically in a 3:1 PG/VG ratio. This mixture is the traditional nicotine vape base, which was adopted by early cannabis vape manufacturers. VG is commonly used because it catalyzes the vapor plume or “vape cloud” that vapers love to show off. Manufacturers are limited in how much VG can be used (hence the 3:1 ratio), as it causes a harsh burn in the throat known as a “throat hit”. Some vapers who were previous smokers appreciate this feeling as it gives them the feeling they were once used to when smoking cigarettes, but with the perception they are doing something more healthy by vaping.

MCT oil has grown in popularity and is often confused as 100% natural. Although there are many benefits to Coconut Derived MCT Oil, many manufacturers are turning to synthetic MCT Oil to cut costs. While more studies are needed on what synthetic MCT Oil does when heated at high voltages and inhaled…it leaves the risk and questions open to consumers to find out on their own.

Other than natural terpenes, MCT still appears to be the safest of commonly used cutting agents as it has not been identified to produce the same toxins or carcinogenic by-products in vaping applications as compared to PEG and PG/VG.

So, MCT may be the new carrier of choice until more information is collected through controlled clinical studies on long term use, however, data is limited and consumers should stay conscious of this. What may be considered safe today could present risks tomorrow. 

No MCT Lab EffectsNo PEG Lab EffectsNo PG Lab EffectsNo VG Lab Effects

Consumers beware!

Most of these substances are things that you don’t want to risk putting into your lungs and body, especially while using cannabinoids and terpenes to target any underlying health issues or concerns naturally. Because vape and CBD manufacturers are in grey areas when it comes to regulations and quality standards, there is a gaping hole in the quality control of products.

While vegetable glycerin and MCT oil are both FDA approved for topical use and dietary consumption, the inhalation of these ingredients via vaping products needs more examination to reduce any risks posed. This means that it is up to the consumer to make informed and educated decisions about the quality of the vape formulas and hardware they choose to purchase.

Minimally, the best a consumer can do is stay educated and use what data is available to make smart purchasing decisions to avoid products containing ingredients already identified as high risk.  Even then, consumers have their own barriers to accessing proper guidance. When a label includes any of the cutting agents listed above, they are often manufactured with little regulation, meaning the dosing and voltage from pen to pen wildly varies.

When selecting a vaping tool that is made with quality materials (stainless steel and Pyrex glass), there are still high-risk variables. When it comes to choosing a ‘safe’ vaporizing product, many manufacturers and dispensaries will claim that the majority of risk from the type of carrier oil used is minimized by ensuring that the vaporizing unit does not heat to a temperature above 466°F.

Unfortunately, most vape pens don’t have a thermometer on them so consumers can’t actually monitor what temperature their cannabis or CBD oil and carrier oils are vaping at. At the end of the day, 90% of the vaporizing hardware is cheap, mass-produced product of China where the risk of malfunction is rampant.

A natural and superior vape diluent…

The Cut Terpenes Bottle Lab EffectsSo, what’s the solution? It all comes down to finding brands and understanding the ingredients you can trust. Lab Effects is committed to not only providing high-quality pure terpene products but also to helping manufacturers preserve that same quality through product formulation. That’s why we developed The Cut™.

The ‘Holy Grail’ in cannabis product formulation sought after for so many years, was finding a terpene with a very subtle or non-existent aromatic/flavor profile so it could be used in higher concentrations as a pure and natural cutting agent, eliminating the need for all other common and risk-prone product diluents. The Cut™,  is that ‘Holy Grail’. A flavorless and scentless pure terpene that you can use as a diluent without overwhelming or harming the consumer.

As a naturally occurring 100% pure plant-derived terpene it’s ideal for reducing the viscosity of cannabis extracts, without worrying about changing the integrity of the vape liquid.

The Cut™

  • Safe and superior diluent alternative to PG, VG, PEG and MCT
  • Devoid of any known health risks when vaped at even the highest temperatures/voltages
  • Naturally occurring 100% pure plant-derived terpene (odorless/flavorless)
  • Ideal for reducing the viscosity of cannabis extracts
  • Eliminates the need to winterize (de-wax) oils
  • Saves money and time when formulating

Many CBD and terpene companies offer a carrier oil or cutting agent of some kind, but the majority still use some non-terpene based product that not only presents risks to consumers but can also hurt the overall quality of the vape liquid itself. Among those few companies who offer a ‘terpene based’ diluent, they are, in most cases, heavily diluted themselves with non-terpene additives such as vegetable oil. While it is ethically questionable for these companies to charge terpene prices for vegetable oil (like squalene), it more importantly presents the same risks The Cut™ was designed to eliminate.

Lab Effects guarantees the quality, safety, and purity of its products, and we highly encourage customers to do a comparative potency test. If we don’t meet or exceed that of your current supplier… we will pay for the test!

Test Disclaimer: Any lab you use must have a complete library of terpene standards to calibrate their equipment from in order to achieve complete and accurate results. Contact us for assistance in finding capable and accredited testing facilities: [email protected]

Have questions? Leave a comment or email us at [email protected]

 

Sours: https://labeffects.com/buyers-beware-diluted-terpenes-could-be-turning-your-toke-toxic/

Terpenes dmt

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DMT - Dimetylotryptamina - DMT w pigułce

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