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Isotonitazene chemical purity 99%+ is a unique medication that isn’t yet prohibited. On the other hand, there are more deaths than before. A new, legal synthetic opioid that is just as lethal as fentanyl has been connected to numerous deaths in the United States. The finding of isotonitazene in the food chain of North America appears to validate worries expressed a year ago about the likelihood that the lab drugs fueling the nation’s opioid crisis would not be curbed.

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Barry K. Logan, chief scientist at NMS Laboratories and a world authority on forensic toxicology, recently disclosed that since August of last year, his colleagues have discovered isotonitazene, the same chemical as fentanyl, in samples from more than 200 drug users who passed away in the Northeast and Midwest.

Logan said, “The most common and widely used new agent in the United States is isotonitazene.”

reports 40 to 50 isotonitazene-related deaths each month in the US, up from roughly six over the summer.

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Even though Logan’s team only found 12 new opioids in the United States last year, isotonitazene gained a lot of notoriety very quickly. “Isotonitazene is the drug that is on the rise; we see most new ones once or twice.

Logan said, “The most common and widely used new agent in the United States is isotonitazene.”

reports 40 to 50 isotonitazene-related deaths each month in the US, up from roughly six over the summer.

🧬 Key Chemical Components (Used in Laboratory Synthesis Contexts Only )

The synthesis involves combining different chemical building blocks, including:

1. Benzimidazole derivatives

   • Acts as the core ring structure.

2. Nitrobenzene derivative

   • A nitrated aromatic ring, often added via nitration steps.

3. Alkyl halides or similar compounds

   • For adding ethyl groups (e.g., diethylamino ethane or similar compounds).

4. Organic bases and solvents

   • Such as triethylamine, dichloromethane, or THF.

5. Catalysts and acids/bases

   • Used in reactions to form specific bonds (e.g., amidation or alkylation steps).

6. Reducing or nitrating agents

   • Like nitric acid or sulfuric acid for nitration, or tin(II) chloride in reduction stage