- Toxicity summary： ATP能够在细胞内储存和运输化学能。ATP还在核酸合成中发挥重要作用。ATP可以通过多种细胞过程产生，最典型的是在ATP合酶的催化影响下，通过线粒体的氧化磷酸化产生。人体内ATP的总量约为0.1摩尔。人体细胞使用的能量需要每天水解200至300摩尔的ATP。这意味着每个ATP分子在一天内被循环利用2000至3000次。ATP不能储存，因此其消耗必须紧随其合成。
- Regulatory information： 新西兰EPA化学品清单状态：三磷酸腺苷：没有单独批准，但可在适当的团体标准下使用
- Toxicity Data： 大鼠口服LD<sub>50</sub> > 2 g/kg。
- Primary Hazards： 未分类
- Other safety information： 化学品评估：IMAP评估 - 腺苷5'-(四氢三磷酸)：环境I级评估
- Hazard categories and classifications： 未分类
- Carcinogen Classification： 对人类无致癌性迹象（未被IARC列出）。
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Research chemical CAS 56-65-5 1ml
Research chemical CAS 56-65-5 1ml; supplied for laboratory research, analysis, inspection, and scientific procurement use; specifications: 1ml.
