Gene
LOC401010
| Entrez Gene ID | 401010 (See on NCBI) |
| Description | nucleolar complex associated 2 homolog (S. cerevisiae) pseudogene |
| Gene Synonyms | |
| Node consisting of this Gene | LOC401010 LOC401010///NOC2L |
Networks including this gene
| GSE12391_top8000 - GSE12391 - SiGN-BN NNSR | Melanoma: comparison between common nevi, radial/vertical growth phase melanoma, metastases and dysplastic nevi |
| GSE12428_top8000 - GSE12428 - SiGN-BN NNSR | Current smoking-specific gene expression signature in bronchial epithelium is enhanced in squamous cell lung cancer |
| GSE12470_top8000 - GSE12470 - SiGN-BN NNSR | Gene expression profiles of serous ovarian cancer samples |
| GSE12472_top8000 - GSE12472 - SiGN-BN NNSR | A COPD-related gene expression signature in squamous cell lung cancer |
| GSE12622_top8000 - GSE12622 - SiGN-BN NNSR | Tumor-associated stroma derived from primary clinical breast cancer samples (II) |
| GSE13255_top8000 - GSE13255 - SiGN-BN NNSR | Gene Expression Profiles in Peripheral Blood Mononuclear Cells Can Distinguish Patients with NonSmall Cell Lung Cancer. |
| GSE15212_top8000 - GSE15212 - SiGN-BN NNSR | Identification and validation of NOL5A and RPS2 as potential therapeutic targtes in colorectal cancer |
| GSE23772_top8000 - GSE23772 - SiGN-BN NNSR | Why does HAMLET preferentially kill tumor cells? p38-dependent death in tumor but up-regulation of innate immunity in healthy, differentiated cells |
| GSE24124_top8000 - GSE24124 - SiGN-BN NNSR | Major gene partners of a favorable biomarker in ER(+) breast cancer |
| GSE31552_top8000 - GSE31552 - SiGN-BN NNSR | Expression Data from human Lung tissue of Patients with Non Small Cell Lung Cancer (NSCLC) |
| GSE4823_top8000 - GSE4823 - SiGN-BN NNSR | Comparison of normal breast epithelium and stroma from reduction and I.D.C. cases |
| GSE9014_top8000 - GSE9014 - SiGN-BN NNSR | Tumor-associated stroma derived from primary clinical breast cancer samples |
| GSE9309_top8000 - GSE9309 - SiGN-BN NNSR | Recovery of biological information under heterogeneous experimental conditions using subgroup standardization. |
(13 networks)
