Intimate moments with your gay lover slowly kill you

[supadrayk]

even if you are of the opposite sex. New research done by the Sandle Shore Research Department shows that this intimacy, same sex or not are more likely to lead you to an early grave due to chemicals exuded by cacaots called hexafluoromethyltriazene. Is this another win for the straight community?

 

[shekel]

marge

 

[ATWA ya dig?]

What

 

[Twostripe]

I want to see the sauce

 

[Apeson]

'cado is not long for this world.

 

[RandalSoy]

im already dying

 

[Barry]

Is this some keyword that puts you in a watch list? Because I just searched it up and Duckduckgo's stupid assist AI refused to answer

 

[jakesil03]

gem of a thread

 

[ATWA ya dig?]

Is this some keyword that puts you in a watch list? Because I just searched it up and Duckduckgo's stupid assist AI refused to answer

I googled it like a good goyim and it just split the word and I didn't feel like reading so idk

 

[IonHighOnIons]

is this why king died pretty early

 

[Hillel Hartmann (Pedo)]

can you attach a giga to your post so i can believe it

 

[shekel]

Erm... sorry chud

No, hexafluoromethyltriazene (or any closely related perfluorinated triazene like CF₃–N=N–NH–CF₃) is not produced by the human body.

There is no evidence in scientific literature, metabolic studies, or biochemical pathways that this compound—or any heavily fluorinated triazene—is an endogenous metabolite, byproduct, or naturally occurring substance in humans (or any organism).

Key reasons:​

• Triazenes in biology — Some triazene compounds (e.g., dacarbazine, temozolomide) are synthetic drugs used in cancer treatment. They alkylate DNA after metabolic activation, but they are not produced by the body; they're administered externally. No natural biosynthetic pathways in humans generate triazene structures.
• Fluorinated compounds in humans — Humans do not biosynthesize organofluorine compounds. Fluorine is rare in nature overall, and natural fluorinated metabolites (e.g., fluoroacetate in some plants or fluorothreonine in certain bacteria) are extremely uncommon and not produced by mammalian systems. Human metabolism involves no known enzymes (like fluorinases) capable of incorporating fluorine into organic molecules at the level seen in perfluoroalkyl groups.
• Perfluoroalkyl substances — Compounds with CF₃ groups (like PFAS "forever chemicals") are entirely anthropogenic (man-made). They enter the body via environmental exposure (water, food, products) and can persist or be partially metabolized, but they are never synthesized endogenously. No human pathway creates C–F bonds or assembles triazene backbones with fluorinated substituents.

Searches across chemical databases, PubMed, and related literature show zero hits for "hexafluoromethyltriazene" (or structural equivalents) as a natural product, metabolite, or biosynthesized compound. If it exists at all, it's almost certainly a synthetic/research compound (or possibly hypothetical), not something the human body makes.


If you're asking in the context of a specific exposure, study, rumor, or health concern (e.g., something detected in a test or mentioned in a paper), provide more details for a deeper check!

 

[ATWA ya dig?]

I googled it like a good goyim and it just split the word and I didn't feel like reading so idk

Update: "hexafluoro methyl triazene gays" doesn't give anything useful

 

[Hillel Hartmann (Pedo)]

Erm... sorry chud

No, hexafluoromethyltriazene (or any closely related perfluorinated triazene like CF₃–N=N–NH–CF₃) is not produced by the human body.

that means the gay are not humans

There is no evidence in scientific literature, metabolic studies, or biochemical pathways that this compound—or any heavily fluorinated triazene—is an endogenous metabolite, byproduct, or naturally occurring substance in humans (or any organism).

Key reasons:​

• Triazenes in biology — Some triazene compounds (e.g., dacarbazine, temozolomide) are synthetic drugs used in cancer treatment. They alkylate DNA after metabolic activation, but they are not produced by the body; they're administered externally. No natural biosynthetic pathways in humans generate triazene structures.
• Fluorinated compounds in humans — Humans do not biosynthesize organofluorine compounds. Fluorine is rare in nature overall, and natural fluorinated metabolites (e.g., fluoroacetate in some plants or fluorothreonine in certain bacteria) are extremely uncommon and not produced by mammalian systems. Human metabolism involves no known enzymes (like fluorinases) capable of incorporating fluorine into organic molecules at the level seen in perfluoroalkyl groups.
• Perfluoroalkyl substances — Compounds with CF₃ groups (like PFAS "forever chemicals") are entirely anthropogenic (man-made). They enter the body via environmental exposure (water, food, products) and can persist or be partially metabolized, but they are never synthesized endogenously. No human pathway creates C–F bonds or assembles triazene backbones with fluorinated substituents.

Searches across chemical databases, PubMed, and related literature show zero hits for "hexafluoromethyltriazene" (or structural equivalents) as a natural product, metabolite, or biosynthesized compound. If it exists at all, it's almost certainly a synthetic/research compound (or possibly hypothetical), not something the human body makes.


If you're asking in the context of a specific exposure, study, rumor, or health concern (e.g., something detected in a test or mentioned in a paper), provide more details for a deeper check!

soyence, not reading

 

[dap]

words

 

[ATWA ya dig?]

Erm... sorry chud

No, hexafluoromethyltriazene (or any closely related perfluorinated triazene like CF₃–N=N–NH–CF₃) is not produced by the human body.

There is no evidence in scientific literature, metabolic studies, or biochemical pathways that this compound—or any heavily fluorinated triazene—is an endogenous metabolite, byproduct, or naturally occurring substance in humans (or any organism).

Key reasons:​

• Triazenes in biology — Some triazene compounds (e.g., dacarbazine, temozolomide) are synthetic drugs used in cancer treatment. They alkylate DNA after metabolic activation, but they are not produced by the body; they're administered externally. No natural biosynthetic pathways in humans generate triazene structures.
• Fluorinated compounds in humans — Humans do not biosynthesize organofluorine compounds. Fluorine is rare in nature overall, and natural fluorinated metabolites (e.g., fluoroacetate in some plants or fluorothreonine in certain bacteria) are extremely uncommon and not produced by mammalian systems. Human metabolism involves no known enzymes (like fluorinases) capable of incorporating fluorine into organic molecules at the level seen in perfluoroalkyl groups.
• Perfluoroalkyl substances — Compounds with CF₃ groups (like PFAS "forever chemicals") are entirely anthropogenic (man-made). They enter the body via environmental exposure (water, food, products) and can persist or be partially metabolized, but they are never synthesized endogenously. No human pathway creates C–F bonds or assembles triazene backbones with fluorinated substituents.

Searches across chemical databases, PubMed, and related literature show zero hits for "hexafluoromethyltriazene" (or structural equivalents) as a natural product, metabolite, or biosynthesized compound. If it exists at all, it's almost certainly a synthetic/research compound (or possibly hypothetical), not something the human body makes.


If you're asking in the context of a specific exposure, study, rumor, or health concern (e.g., something detected in a test or mentioned in a paper), provide more details for a deeper check!

This is fake. I took anatomy, chemistry, and microbiology

 

[shekel]

This is fake. I took anatomy, chemistry, and microbiology

You're right to call it out — hexafluoromethyltriazene isn't a real compound produced by the human body (or anywhere in nature, for that matter). Based on your background in anatomy, chemistry, and microbiology, you'd spot this immediately: there's zero biochemical pathway in humans (or any organism) that incorporates fluorine into organic molecules like that, let alone assembles a triazene backbone with perfluorinated substituents.


Humans don't biosynthesize organofluorines at all — fluorine is extremely rare in natural metabolism, and the few known cases (like fluoroacetate in some plants or bacteria) are exotic and don't occur in mammals. No enzymes exist in human physiology to form C–F bonds or create triazene structures (–N=N–NH–) endogenously, especially not with CF₃ groups. Triazenes themselves are mostly synthetic (used in some chemo drugs like dacarbazine), and perfluoro versions are either obscure research curiosities or nonexistent in the literature.


Extensive checks across chemical databases, PubMed, patents, and general web sources turn up nothing for "hexafluoromethyltriazene" as a documented substance — no CAS number, no synthesis papers, no mentions in metabolism studies. The closest hits are unrelated fluorocarbons (hexafluorobenzene, bis(trifluoromethyl)benzene, etc.), but nothing matching the triazene claim.


This sounds like one of those fabricated "toxin" or "secret chemical" claims that circulate in misinformation circles — perhaps tied to conspiracy theories about vaccines, chemtrails, water fluoridation, or "hidden poisons" in the body. People sometimes invent scary-sounding names blending real chemistry terms (hexafluoro-, methyl-, triazene) to make them seem plausible, but they fall apart under scrutiny from anyone with real science training.


If this came from a specific post, video, article, or health forum, feel free to share the source — I'd be happy to help dissect exactly where the claim originated and why it's bogus. Your classes gave you the tools to see through it; good instincts!

 

[Hillel Hartmann (Pedo)]

This is fake. I took anatomy, chemistry, and microbiology

 

[lilcaca]

even if you are of the opposite sex. New research done by the Sandle Shore Research Department shows that this intimacy, same sex or not are more likely to lead you to an early grave due to chemicals exuded by cacaots called hexafluoromethyltriazene. Is this another win for the straight community?

ITS DA BIGOTS DOING THIS
HOMOPHOBE

 

[IonHighOnIons]

Erm... sorry chud

No, hexafluoromethyltriazene (or any closely related perfluorinated triazene like CF₃–N=N–NH–CF₃) is not produced by the human body.

There is no evidence in scientific literature, metabolic studies, or biochemical pathways that this compound—or any heavily fluorinated triazene—is an endogenous metabolite, byproduct, or naturally occurring substance in humans (or any organism).

Key reasons:​

• Triazenes in biology — Some triazene compounds (e.g., dacarbazine, temozolomide) are synthetic drugs used in cancer treatment. They alkylate DNA after metabolic activation, but they are not produced by the body; they're administered externally. No natural biosynthetic pathways in humans generate triazene structures.
• Fluorinated compounds in humans — Humans do not biosynthesize organofluorine compounds. Fluorine is rare in nature overall, and natural fluorinated metabolites (e.g., fluoroacetate in some plants or fluorothreonine in certain bacteria) are extremely uncommon and not produced by mammalian systems. Human metabolism involves no known enzymes (like fluorinases) capable of incorporating fluorine into organic molecules at the level seen in perfluoroalkyl groups.
• Perfluoroalkyl substances — Compounds with CF₃ groups (like PFAS "forever chemicals") are entirely anthropogenic (man-made). They enter the body via environmental exposure (water, food, products) and can persist or be partially metabolized, but they are never synthesized endogenously. No human pathway creates C–F bonds or assembles triazene backbones with fluorinated substituents.

Searches across chemical databases, PubMed, and related literature show zero hits for "hexafluoromethyltriazene" (or structural equivalents) as a natural product, metabolite, or biosynthesized compound. If it exists at all, it's almost certainly a synthetic/research compound (or possibly hypothetical), not something the human body makes.


If you're asking in the context of a specific exposure, study, rumor, or health concern (e.g., something detected in a test or mentioned in a paper), provide more details for a deeper check!

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