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Name: 5'-Adenosine Monophosphate (commonly called AMP or 5'-Adenylic Acid) Chemical Formula: C10H14N5O7P Common Appearance: Usually shows up as a white or slightly off-white powder Odor: No sharp smell Known Uses: Used in biochemistry labs, medical research, sometimes plays a role as an additive in food science CAS Number: 61-19-8 Solubility: Easily dissolves in water, doesn’t dissolve in most organic solvents Distinct Taste: Sometimes known for an umami flavor, which explains its occasional use as a flavor enhancer
Routes of Exposure: Mainly through inhalation of dust, skin or eye contact, or accidental ingestion Main Hazards: Generally considered to show low hazard at typical laboratory concentrations, but dust can irritate the eyes, nose, and throat Possible Health Effects: Might cause mild irritation to skin or eyes; swallowing large amounts could upset the stomach Fire or Explosion Risk: Low; not known to ignite or explode under normal conditions Environmental Caution: While not especially toxic, large spills near water sources can have an effect on local plant or animal populations Chronic Effects: Currently, there’s no strong evidence showing chronic illness linked to AMP exposure
Substance: 5'-Adenosine Monophosphate Purity: Typical lab-grade samples approach pure form, impurities make up a very small percentage Contaminants: Occasional presence of analogues like ADP or ATP if manufacturing isn’t carefully controlled
Skin Contact: Rinse thoroughly with clean water, remove contaminated clothing Eye Contact: Flush eyes gently but thoroughly for several minutes with plenty of water Inhalation: Move to an area with fresh air; persistent cough calls for medical attention Ingestion: Rinse mouth with water; drinking extra water helps dilute accidental intake; get a doctor’s opinion if discomfort stays Prolonged Contact: Seek advice from a healthcare provider if irritation doesn’t go away
Suitable Extinguishing Media: Water spray, dry chemical powder, or foam Firefighting Risks: Combustion can produce harmful gases like nitrogen oxides and phosphorus oxides Protection for Firefighters: Wear self-contained breathing apparatus and standard protective gear Fire Spread: Powder doesn’t burn easily, but spread of fire happens if organic material nearby catches
Personal Protection: Use gloves and eye protection; avoid raising dust Spill Response: Sweep up gently, avoid breathing in particles, collect residue in a dry container Clean-up: Rinse area with plenty of water after collecting the material; make sure rinse water does not reach sewer systems Ventilation: Improve airflow in the area to clear particulates Waste Management: Dispose of in line with local waste rules—don’t dump down the drain
Handling: Use in areas where airflow can keep dust low; don’t eat or drink during use Storage Conditions: Store in tightly sealed containers, away from heat, light, and moisture Compatibility: Keep away from strong oxidizers and acids Labeling: Make sure the container label stays readable and clear Avoid: Storing near food or animal feed, given its scientific rather than nutritional intent
Eye Protection: Safety goggles prevent dust from reaching eyes Skin Protection: Use lab coats and gloves; non-porous types work best Respiratory Protection: Dust mask or respirator when working with fine powder Ventilation: Local exhaust or fume hood cuts down airborne dust Hygiene: Always wash hands after handling Exposure Limits: Standard lab protocols set the practical safe threshold; there’s no specific OSHA exposure limit because of low toxicity
Physical State: Crystalline or powder Color: White to off-white Solubility: High in water, almost zero in ethanol and other solvents Melting Point: Decomposes ahead of melting pH (1% solution): Slightly acidic, commonly falls near 2.5–3.5 Odor: None Vapor Pressure: Not volatile Molecular Weight: 347.22 g/mol Other Notes: Absorbs moisture from air if left uncovered
Chemical Stability: Remains stable at room temperature, away from moisture and light Incompatible Materials: Strong oxidizing agents and acids Hazardous Decomposition: High heat or fire leads to nitrogen and phosphorus oxides Polymerization: Doesn’t polymerize Shelf Life: Retains quality with dry, cool, dark storage; open containers lose potency
Acute Toxicity: Known to show very low acute oral toxicity in animal studies Irritation: May cause mild irritation to skin, eyes, and mucous membranes Carcinogenicity: No current evidence links AMP to cancer in humans or animals Mutagenicity and Reproductive Effects: No recognized risks reported in public literature Long-term Exposure: Largely regarded as safe for routine research use, provided regular lab precautions apply
Aquatic Impact: Not especially hazardous to aquatic life in small spills, but waste shouldn’t enter large water bodies Persistence and Degradability: Compound breaks down naturally over time; not likely to cause lasting harm if cleaned up swiftly Bioaccumulation: Not known to build up in organism tissues Mobility: Highly soluble in water, so it can travel with surface water if not contained
Disposal Methods: Follow local hazardous waste disposal rules; incinerate or send to a chemical disposal service Do Not: Flush into sewage or surface waters Container Disposal: Rinse and dispose of containers as chemical waste Environmental Protection: Spills should be cleaned up quickly to avoid affecting plant or animal habitats
Shipping Name: Not a regulated hazardous material Transport Class: No special class Precautions: Keep dry and sealed during shipment to maintain quality International Regulations: AMP doesn’t fall under most chemical shipping restrictions but always confirm with destination requirements
Regulation Status: Not on lists of controlled or restricted substances in the US, EU, or most other jurisdictions Worker Protection: Normal lab health and safety regulations apply; not flagged for additional restrictions Environmental Regulations: Discharge rules require proper chemical waste handling—never routine drain disposal Industry Use: Academic, biotechnology, and food research settings typically require compliance with local chemical storage laws
