Compound Description
| ID: C0060 | Common name: Ethyl Acetate |
| IUPAC: ethyl acetate | CAS: CAS:141-78-6 |
| Chembl ID: CHEMBL14152 | Pubchem ID: CID:8857 |
| Formula: C4H8O2 | TCM-ID: TCMC1144 |
| Smiles: CCOC(=O)C | |
| Alias:
Acetic acid, ester with EtOH;
Ethyl acetate; Acetic acid, ethyl ester; Acetic ether; Acetidin; Acetoxyethane; DY 026; EtOAc; Ethyl ethanoate; NSC 70930; Vinegar naphtha |
Structure:
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Related Targets (Total: 2)
| Target id | Protein Name | Gene Symbol | Uniprot ID | Target Level | No.of Literature Evidence |
|---|---|---|---|---|---|
| T73PLT | Sialidase-1 | NEU1 |
Q99519 |
A | 1 Reference(s) |
| T30VNV | Myeloperoxidase | MPO |
P05164 |
A | 1 Reference(s) |
*In this table, target level represents the quality confidence indicators of targets.
Level 'A' represents "Directly inhibit/activate".
Level 'B' represents "Indirectly inhibit/ activate", "Enzyme substate" and "Enzyme product".
Level 'C' represents "Up/Down regulation" and "Others".
Level 'A' represents "Directly inhibit/activate".
Level 'B' represents "Indirectly inhibit/ activate", "Enzyme substate" and "Enzyme product".
Level 'C' represents "Up/Down regulation" and "Others".
Related Herbs (Total: 11)
| Herb id | Chinese Pin Yin | Chinese Character | English Name | Latin Name |
|---|---|---|---|---|
| H0956 | Dang Gui Gan Jin Gao | 当归干浸膏 | NA | Angelica sinensis |
| H0565 | Tu Bie Chong | 土鳖虫 | Cockroach | Eupolyphaga sinensis |
| H0085 | Jiu Yu Rou | 酒萸肉 | Asiatic cornelian cherry | Cornus officinalis |
| H0446 | Sheng Jiang | 生姜 | Fresh common ginger | Zingiber officinale |
| H0955 | Dang Gui | 当归 | Chinese angelica | Angelica sinensis |
| H0360 | Ren Zhong Bai | 人中白 | Human urine sediment | Homo sapiens |
| H0524 | Tan Xiang | 檀香 | Sandalwood | Santalum album |
| H0173 | Lu Hui | 芦荟 | Kulaso aloe dried juice | Aloe vera |
| H0847 | Zi He Che | 紫河车 | Human placenta | Homo sapiens |
| H0273 | Mu Tong | 木通 | Fiveleaf akebia | Akebia quinata |
| H0427 | Shan Zhu Yu | 山茱萸 | Asiatic cornelian cherry | Cornus officinalis |
Ckey description of the interaction between compound and target