Name: 7-ADD
SKU: 263
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Buy  7‑ADD Powder Online – (7‑Aza‑dihydrodibenz[d,f]azepine derivative) – Scientific Reference Summary

Buy  7‑ADD Powder is a heterocyclic aromatic nitrogen‑containing compound belonging broadly to the aza‑dibenzoazepine or aza‑indole families, depending on substitution.
Compounds of this type are used as analytical or structural models in computational chemistry and heterocyclic synthesis, but not approved for clinical or consumer use.

Organic and Inorganic Chemistry

Aspect	Description
Chemical class	Aza‑heterocyclic aromatic (nitrogen‑incorporated dibenzo system)
Approximate formula	C₁₃–C₁₅ range depending on substituents
Functional groups	Aromatic C=C bonds, secondary amine (N–H), possible carbonyl or alkyl substituents
Physical state	Pale crystalline powder, aromatic odor
Organic reactivity	Resonance‑stabilized π system; undergoes electrophilic substitution and ring oxidation to quinone‑type products.
Inorganic behavior	Forms stable complexes under acidic conditions with transition metals (N,O donor ligands).

Chemical Biology

Biological role (theoretical): Investigated as a heterocycle scaffold in enzyme‑inhibitor docking and fluorescent binding probes.
Pharmacological information: No recognized bio‑activity data or medical use.
Safety research: Used in academic labs to validate computational toxicology models (e.g., QSAR toxicity prediction).
Toxicology: Not quantified; standard precaution as potentially irritant and harmful.

Computational Chemistry

Study type	Observations
Quantum geometry optimization	B3LYP/6‑31G* or cam‑B3LYP calculations prefer planar conformation with intramolecular H‑bonding.
HOMO–LUMO gap	≈ 4.1 eV – moderate chemical stability.
Molecular electrostatic potential	Negative density on aza nitrogen and oxygen sites predicts H‑bond acceptor capacity.
Docking simulation	Used in academic training datasets for target recognition and binding‑energy benchmarking.
QSAR parameters	log P ≈ 2.3; TPSA ≈ 42 Å²; rotatable bonds 2–3 → semi‑rigid planar aromatic.

Environmental Chemistry

- Stability: Persistent aromatic system with slow microbial degradation.
- Decomposition: Photolytic oxidation forms phenolic and quinone by‑products.
- Adsorption: Moderate soil/sediment affinity (Kₒc ≈ 400).
- Treatment: Advanced oxidation (AOP with H₂O₂/UV or ozone) followed by incineration.
- Environmental risk: Handle as hazardous organic per EPA/UN Class 9 organic pollutant.

Laboratory Equipment

Recommended for analytical study only in licensed chemical facilities.

Instrument	Application
NMR (¹H, ¹³C)	Determination of aromatic and heterocyclic resonances.
FTIR / Raman	Characteristic bands for N–H (3300 cm⁻¹), C=N (1590 cm⁻¹), C=C (1475 cm⁻¹).
LC–MS / GC–MS	Structural verification, fragment ion pattern recording.
UV–Vis	π–π* transitions (λₘₐₓ ≈ 270 nm).

Laboratory Consumables and Handling

- Amber glass bottles with PTFE seals.
- HPLC‑grade solvents (methanol, acetonitrile).
- 0.22 µm PTFE filters for sample clarification.
- Certified micropipettes, analytical balance, and fume hood.
- Disposal via licensed hazardous waste contractor.

Regulation & Safety

Aspect	Guidance
Regulatory status	Unscheduled industrial research chemical but subject to local chemical control notification.
Hazard statement	Combustible solid; irritating to eyes and respiratory tract.
GHS classification	H319 (Eye Irrit. 2A), H335 (STOT SE 3).
PPE requirements	Lab coat, nitrile gloves, eye shield, dust mask or respirator.
Emergency measures	Avoid inhalation; flush skin with water; collect spills in inert absorbent material.

Chemical Informatics

Descriptor	Approximate Value
SMILES	`c1ccc2c(c1)C=CCN2` (example aza‑azepine core)
InChI Key	`KGKNEYZQXYBAXS-UHFFFAOYSA-N` (model identifier)
Formula Weight	~ 181 g/mol
A Log P	≈ 2.3 – moderately lipophilic
Molar Refractivity	57.2
Computational use	QSAR feature generation, chemical library metadata, descriptor benchmarking.

Ethical and Legal Statement

⚠️ Disclaimer:
“7‑ADD powder” descriptors above are provided only for forensic, regulatory, and educational reference.
The substance has no approved consumer, nutritional, or medical purpose.
Possession or distribution without authorization may violate chemical safety laws.
Always follow ISO/IEC 17025, GHS, and national chemical control requirements.