Is triOH-THC the same thing as THC?

No. THC usually refers to Δ9-THC. triOH-THC indicates additional hydroxylation, which changes chemical behavior and typically shows up as a low-abundance compound in cannabinoid profiling or as a reported component in specific contexts.

Does triOH-THC have proven effects in humans?

There is limited public clinical data specifically isolating triOH-THC (cannabitetrol) effects in humans. Many claims online outrun the evidence. Treat it as an identification and chemistry topic, not a proven consumer effect topic.

Can you target triOH-THC with a specific vaporizing temperature?

There is no widely accepted standalone “triOH-THC boiling point” guidance for dry herb users. A practical approach is a stepped session strategy that extracts the broader cannabinoid and terpene range without combustion.

Where can I learn the basics of cannabinoids and vaporizing?

Start at the Elev8 cannabinoids hub and the vaporization education articles on elev8vaporizer.com, then jump into molecule pages for the compounds you see on lab results.

triOH-THC - Tryhydroxy -delta-9-tetrahydrocannabinol

Q: What is triOH-THC?

triOH-THC is a shorthand label used for trihydroxylated delta-9-THC derivatives. A commonly cited phytocannabinoid structure associated with this label is cannabitetrol (CBTT), also referenced as 6a,7,10a-trihydroxy-Δ9-tetrahydrocannabinol.

triOH-THC is the kind of cannabinoid name that makes the internet act feral. Here is the grounded version: it is a shorthand label for trihydroxylated Δ9-THC derivatives. In cannabis chemistry references, a well-described structure tied to this label is Cannabitetrol (CBTT), also referenced as 6a,7,10a-trihydroxy-Δ9-tetrahydrocannabinol.

Also known as: cannabitetrol (CBTT) Reported formula (CBTT): C21H30O5 Low abundance: yes Best use: education + identification

triOH-THC (Cannabitetrol, CBTT) infographic showing molecular structure, key identifiers, and practical vaporizer notes

On This Page:

What It Is · Naming And Why It Gets Messy · Where It Shows Up · Vaporizer Notes · What We Know Vs What We Do Not · Faq · Sources

What It Is

“triOH-THC” means a Δ9-THC related structure with extra hydroxyl groups. One commonly referenced phytocannabinoid structure associated with triOH-THC naming is cannabitetrol (CBTT), also written as 6a,7,10a-trihydroxy-Δ9-tetrahydrocannabinol.

Class Minor phytocannabinoid reported in cannabis chemistry references.

Why It Matters Useful for profiling and understanding conversion and oxidation chemistry.

What It Is Not Not a mainstream “consumer cannabinoid” with clear human effect data.

Reality Check Low abundance plus limited data equals: do not over-claim.

If you see “triOH-THC” on a list, treat it like a chemistry label first. Not a hype ingredient.

Naming And Why It Gets Messy

The cannabis world loves nicknames. “triOH-THC” is one of them. Different databases and articles may use triOH-THC as a shorthand while pointing to a specific structure such as cannabitetrol. When you care about accuracy, you anchor to:

A defined structure name (example: cannabitetrol, CBTT).
A reliable database entry that lists formula and IUPAC style naming.
A primary review source that documents discovery and classification.

If you want the broader map, use the hub: Cannabinoids (Elev8 hub).

Where It Shows Up

triOH-THC style compounds are discussed in cannabinoid surveys and databases as part of the extended cannabinoid “long tail.” Some reporting also places cannabitetrol in contexts that include combustion products. Translation: if you are vaporizing dry herb, you are trying to avoid the chemistry that happens during burning.

Plant chemistry references: catalogs of known cannabinoids and their occurrence.
Analytical databases: compound cards and predicted spectra used for identification work.
Combustion context: some reporting associates this compound with cannabis smoke and combustion conditions.

Vaporizer Notes

There is no widely accepted “single temperature” targeting triOH-THC (cannabitetrol) for dry herb users. The practical move is a stepped session that extracts broadly, stays below combustion, and keeps flavor and repeatability high.

Practical Stepped Session (Dry Herb)

Warm-up: 365–375°F for flavor and early extraction.
Main extraction: 385–405°F for fuller cannabinoid pull.
Finish (optional): 405–410°F if you are chasing completeness, not just terps.

Want the full framework? Vape vs combustion: the art of vaporizing .

If a page promises a precise “triOH-THC boiling point” for flower, be skeptical. Flower is a matrix. Not a beaker.

What We Know Vs What We Do Not

What we know Cannabitetrol (CBTT) is documented in cannabinoid literature and appears in cannabinoid catalogs and databases. It is described as a trihydroxylated Δ9-THC derivative.

What we do not Strong, standalone human-effect evidence and consumer-relevant dosing guidance specifically for triOH-THC is limited. Claims tend to exceed the available data.

Faq

What is triOH-THC?

triOH-THC is a shorthand label for trihydroxylated Δ9-THC related structures. A commonly referenced structure in cannabis chemistry catalogs is cannabitetrol (CBTT), also described as 6a,7,10a-trihydroxy-Δ9-tetrahydrocannabinol.

Is triOH-THC naturally occurring?

It is discussed in cannabis cannabinoid surveys and databases as part of the extended set of known cannabinoids reported in cannabis. It is typically treated as a minor, low-abundance compound.

Does triOH-THC have proven effects?

Public clinical evidence specifically isolating triOH-THC (cannabitetrol) effects in humans is limited. Be careful with claims. This page focuses on chemistry and identification, not miracle-story marketing.

Can I dial in one vaporizing temperature for triOH-THC?

Not reliably. For dry herb, use a stepped session approach and avoid combustion. That is how you keep the session repeatable and cleaner.

Where do I go next?

Use the hub to navigate molecule pages: Cannabinoids (Elev8 hub).

Sources

Every item below is a live link.

Educational content only. Not medical advice. If you have a medical condition or take medications, consult a qualified clinician.