gene,0,0 GSM1833288,0,0 GSM1833289,0,0 GSM1833290,0,0 GSM1833291,0,0 GSM1833292,0,0 GSM1833294,0,1.721 GSM1833295,0,0 GSM1833296,0,8.919 GSM1833297,0,0 GSM1833298,0,0 GSM1833300,0,0 GSM1833302,0,0 GSM1833304,0,0 GSM1833316,0,101.88 GSM1833318,0,292.837 GSM1833321,0,47.975 GSM1833329,0,200.489 GSM1833330,0,270.241 GSM1833331,0,196.741 GSM1833326,0,463.004 GSM1833327,0,822.041 GSM1833328,0,564.307 GSM1833323,0,337.525 GSM1833324,0,1148.827 GSM1833325,0,244.346 GSM1833279,0,0 GSM1833280,0,0 GSM1833281,0,0 GSM1833282,0,0 GSM1833307,0,4.282 GSM1833309,0,4.212 GSM1833312,0,8.216 GSM1833314,0,18.578 GSM1985628,0,0 GSM1985629,0,2.062 GSM1985630,0,0 GSM1985631,0,0 GSM2151860,0,0 GSM2151861,0,1.332 GSM2151862,0,1.153 GSM1833332,0,362.932 GSM1833333,0,679.962 GSM1833334,0,694.487 GSM1833283,0,0 GSM1833284,0,0 GSM1833285,0,0 GSM1833286,0,0 GSM1833287,0,0
| Synonyms | CRHP;CRIP;CRP-1;CRP1 |
| Description | cysteine rich protein 1 |
|---|---|
| Chromosome | 14q32.33 |
| Database Reference | MIM:123875 HGNC:2360 HPRD:00469 Vega:OTTHUMG00000029908 Vega:OTTHUMG00000029910 |
| See related | THE HUMAN PROTEIN ATLAS |
| Dataset | GSE71318 |
| CRIP1 expression in each cell group | Minimum Value (TPM) | Median Value (TPM) | Maximum Value (TPM) |
|---|---|---|---|
| human 2 cell | 0 | 0 | 0 |
| human 4 cell | 0 | 0.86 | 8.919 |
| human 8 cell | 0 | 0 | 0 |
| human early blastocsyt | 47.975 | 101.88 | 292.837 |
| human ICM | 196.741 | 200.489 | 270.241 |
| human late blastoycst | 463.004 | 564.307 | 822.041 |
| human middle blastocyst | 244.346 | 337.525 | 1,148.827 |
| human MII oocyte | 0 | 0 | 0 |
| human morula | 4.212 | 6.249 | 18.578 |
| human stem cells | 0 | 0 | 2.062 |
| human TE | 362.932 | 679.962 | 694.487 |
| human zygote | 0 | 0 | 0 |
Top correlated genes were calculated by using Spearman rank correlation. Enrichment analysis can be performed on DAVID server using its API, while alternative links are also provided.
KEGG GO Others human 2 cell[4]
human 4 cell[4]
human 8 cell[5]
human early blastocsyt[3]
human ICM[3]
human late blastoycst[3]
human middle blastocyst[3]
human MII oocyte[4]
human morula[4]
human stem cells[7]
human TE[3]
human zygote[5]
