Compound Description
| ID: C0306 | Common name: Physcion |
| IUPAC: 1,8-dihydroxy-3-methoxy-6-methylanthracene-9,10-dione | CAS: CAS:521-61-9 |
| Chembl ID: CHEMBL42624 | Pubchem ID: CID:10639 |
| Formula: C16H12O5 | TCM-ID: TCMC1889 |
| Smiles: COc1cc(O)c2c(c1)C(=O)c1c(C2=O)c(O)cc(c1)C | |
| Alias:
Anthraquinone, 1,8-dihydroxy-3-methoxy-6-methyl-;
Chrysophanic acid, 6-methoxy-; 1,8-Dihydroxy-3-methoxy-6-methyl-9,10-anthracenedione; 1,8-Dihydroxy-3-methoxy-6-methyl-9,10-anthraquinone; 1,8-Dihydroxy-3-methoxy-6-methylanthraquinone; 1,8-Dihydroxy-3-methyl-6-methoxyanthraquinone; 1,8-Dihydroxy-6-methoxy-3-methyl anthraquinone; 6-O-Methylemodin; Emodin 3-methyl ether; NSC 251670; Parietin; Physcion; Physcione; Rheochrysidin |
Structure:
|
Related Targets (Total: 1)
| Target id | Protein Name | Gene Symbol | Uniprot ID | Target Level | No.of Literature Evidence |
|---|---|---|---|---|---|
| T97UTI | 6-phosphogluconate dehydrogenase, decarboxylating | PGD |
P52209 |
A | 2 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: 36)
| Herb id | Chinese Pin Yin | Chinese Character | English Name | Latin Name |
|---|---|---|---|---|
| H0102 | Jue Ming Zi | 决明子 | Sickle senna seed | Cassia tora |
| H0472 | Shu Da Huang | 熟大黄 | NA | Rheum palmatum |
| H0250 | Mi Zi Wan | 蜜紫菀 | Tatarian aster | Aster tataricus |
| H0452 | Shi Chang Pu Qing Gao | 石菖蒲清膏 | Grassleaved sweetflag | Acorus tatarinowii |
| H0926 | Da Huang | 大黄 | Medicinal rhubarb | Rheum officinale |
| H0513 | Suan Mo | 酸模 | Garden sorrel | Rumex acetosa |
| H0451 | Shi Chang Pu Jin Gao | 石菖蒲浸膏 | Grassleaved sweetflag | Acorus tatarinowii |
| H0927 | Da Huang Jin Gao | 大黄浸膏 | Medicinal rhubarb | Rheum officinale |
| H1213 | Hu Zhang | 虎杖 | Japanese fleeceflower | Polygonum cuspidatum |
| H1028 | Fan Xie Ye | 番泻叶 | Narrowleaf senna leaf | Cassia angustifolia |
| H0762 | Yu Li Ren | 郁李仁 | NA | Prunus japonica |
| H1026 | Fan Hun Cao | 返魂草 | Tatarian aster | Aster tataricus |
| H0324 | Qian Jin Ba | 千斤拔 | root of philippine flemingia | Radix moghaniae philippinensis |
| H0718 | Yang Jiao Qi | 羊角七 | NA | Bletilla striata |
| H0617 | Qian Cao Teng | 茜草藤 | NA | Rubia cordifolia |
| H1173 | Hei Chou | 黑丑 | Pharbitis seed | Semen pharbitidis |
| H1223 | Huai Hun Cao | 还魂草 | NA | Aster tataricus |
| H0925 | Da Fu Zi | 大腹子 | Areca palm | Areca catechu |
| H0298 | Niu Xi Xi | 牛西西 | Patience dock | Rumex patientia |
| H1118 | Bai Ji | 白芨 | Common bletilla | Bletilla striata |
| H0749 | Yin Xing Cao | 阴行草 | Chinese siphonostegia | Siphonostegia chinensis |
| H0408 | Bing Lang | 槟榔 | Betenutpalm | Areca catechu |
| H0928 | Da Huang Liu Jin Gao | 大黄流浸膏 | Medicinal rhubarb | Rheum officinale |
| H0725 | Yang Xie | 洋泻 | sennoside | Cassia angustifolia |
| H0689 | Xue Feng Teng | 血风藤 | NA | Ventilago leiocarpa |
| H1166 | He Shou Wu | 何首乌 | Tuber fleeceflower | Polygonum multiflorum |
| H0450 | Shi Chang Pu | 石菖蒲 | Grassleaved sweetflag | Acorus tatarinowii |
| H0896 | Ba Ji Tian | 巴戟天 | Medicinal indianmulberry | Morinda officinalis |
| H0998 | Dong Gua Pi | 冬瓜皮 | Chinese waxgourd peel | Benincasa hispida |
| H0853 | Zi Wan | 紫菀 | Tatarion aster | Aster tataricus |
| H0540 | Tian Ji Huang | 田基黄 | all - grass of japanese st. johnswort | Grangea maderaspatana |
| H1000 | Dong Gua Zi | 冬瓜子 | Chinese waxgourd seed | Benincasa hispida |
| H1184 | Bai Lian | 白蔹 | Japanese ampelopsis | Ampelopsis japonica |
| H1011 | Bai Chou | 白丑 | Pharbitis seed | Semen pharbitidis |
| H0921 | Ba Jiao Lian | 八角莲 | Dysosma | Dysosma versipellis |
| H0814 | Zhi Shou Wu | 制首乌 | Prepared fLeeceflower root | Radix polygoni multiflori preparata |
Ckey description of the interaction between compound and target