393 887 648 2024-04-22 Mail-in Sample Sample #1 Expected To Be: Opioid — Other — Hydromorphone [Dilaudid, Dillies] Description: White chunks Adulterants: - Isotonitazene* Cutting Agents: - Microcrystalline cellulose Test Strips: - Fentanyl not detected Analyst Notes: Results (per 100 mg point): Isotonitazene at 1% (1 mg), cut with microcrystaline cellulose. Isotonitazene is estimated to be 5x the potency of fentanyl. We did not detect the expected Oxycodone in this sample. Sample #2 Expected To Be: Opioid — Other — Oxycodone [Oxycontin] Description: Blue chunk Cutting Agents: - Microcrystalline cellulose Test Strips: - Fentanyl not detected Analyst Notes: We were unable to identify any active compounds in this sample. Microcrystalline cellulose was detected as a cutting agent. Sample #3 Expected To Be: Opioid — Other — Oxycodone [Oxycontin] Description: Blue chunk "M30" Adulterants: - Isotonitazene* Cutting Agents: - Microcrystalline cellulose Test Strips: - Fentanyl not detected Analyst Notes: Results (per 100 mg point): Isotonitazene at 1% (1 mg), cut with microcrystaline cellulose. Isotonitazene is estimated to be 5x the potency of fentanyl. We did not detect the expected Oxycodone in this sample. Sample #4 Expected To Be: Opioid — Other — Oxycodone [Oxycontin] Description: Blue chunk "APO 80' Adulterants: - Isotonitazene* Cutting Agents: - Microcrystalline cellulose Test Strips: - Fentanyl not detected Analyst Notes: Results (per 100 mg point): Isotonitazene at 1% (1 mg), cut with microcrystaline cellulose. Isotonitazene is estimated to be 5x the potency of fentanyl. We did not detect the expected Oxycodone in this sample. Sample #5 Expected To Be: Opioid — Other — Oxycodone [Oxycontin] Description: green chunk "OP 80" Cutting Agents: - Microcrystalline cellulose Test Strips: - Fentanyl not detected Analyst Notes: We were unable to identify any active compounds in this sample. Microcrystalline cellulose was detected as a cutting agent. * Quantifiable using Mass Spectrometry Please note, our drug checking technology has limitations. To learn more about the limitations of our technology, please visit substance.uvic.ca