Prescription Description
| Prescription ID | TCMFx5982 |
| Pinyin Name | Xiao Ai Ping Pian |
| Chinese Name | 消癌平片 |
| English Name | Xiao Ai Ping Tablets |
| Function Description | 咳嗽, 哮喘, 食é“癌, 胃癌, 肺癌, å¤§è‚ ç™Œ, å宫颈癌, 白血病 |
| Indications | Leukemia, Malignant carcinoid tumor of the rectum, Malignant neoplasm of bronchus or lung, Malignant neoplasm of esophagus, Malignant neoplasm of stomach, Asthma, Carcinoma in situ of cervix |
| Disease ICD-11 Category |
2B33.4 [Leukaemia, unspecified, 白血病，未特指
]; 2B92.Z [Malignant neoplasms of rectum, unspecified, ç›´è‚ æ¶æ€§è‚¿ç˜¤ï¼Œæœªç‰¹æŒ‡çš„ ]; 2C25.5 [Unspecified malignant epithelial neoplasm of bronchus or lung, 支气管或肺未特指的æ¶æ€§ä¸Šçš®æ€§è‚¿ç˜¤ ]; 2B70.Z [Malignant neoplasms of oesophagus, unspecified, 食管æ¶æ€§è‚¿ç˜¤ï¼Œæœªç‰¹æŒ‡çš„ ]; 2B72.Z [Malignant neoplasms of stomach, unspecified, 胃æ¶æ€§è‚¿ç˜¤ï¼Œæœªç‰¹æŒ‡çš„ ]; CA23 [Asthma, 哮喘 ]; 2E66 [Carcinoma in situ of cervix uteri, 宫颈原ä½ç™Œ ]; |
| Human Tissues Associated with Indication | Lung, Blood |
| Reference | CFDA |
| Reference Book/link | http://samr.cfda.gov.cn/WS01/CL0001/ |
Prescription Components
| Component ID | Latin Name | Chinese Name | Component Quantity | Barcode |
|---|---|---|---|---|
| TCMH2177 | Radix fissistigmae glaucescentis | 乌骨藤 | TCMH2177 |
Targeted Human Proteins by the Ingredients of Prescription
| Target ID | Gene Symbol | Target Name | Target Class | Uniprot ID |
|---|
Targeted Pathogenic Microbes by the Ingredients of Prescription
| Target ID | Target Name |
|---|
Gene Ontology Associated to Targeted Human Proteins
| GO Term | GO Name | Enriched Genes | Log10 Adjusted P-value |
|---|
KEGG Pathways Associated to Targeted Human Proteins
| KEGG Pathway ID | Enriched Genes | Log10 Adjusted P-value |
|---|
Target Exprsssion in Healthy Human Tissues (protein & mRNA level)
Protein expression data was from the "Human Proteome Map" datasetmRNA expression data was from the "GTEx" dataset
Average Target Expression (Fold Change) in Multiple Disease Conditions
Fold Change with Corresponding Normal SamplesClick each cell within the heatmap to access gene expression of individual patient samples