Mus musculus
Ontology highlight
ABSTRACT:
PROVIDER: PRJNA286230 | ENA |
REPOSITORIES: ENA
Similar Datasets
Project description:Comparison of transcriptomic profile of the murine B16F1-GFP-M melanoma cells with the derived dormant B16F1-GFP-D, B16F1-GFP-DB#1, B16F1-GFP-DB#2, B16F1-GFP-DB#3 melanoma cells
| PRJNA1052105 | ENA
Project description:Cancer patients after successful therapy contain nested in their organs and/or circulating in the systemic fluids tumor cells that remain asymptomatic for an extended period of time. They stay dormant with no apparent immediate potential to develop into a clinically manifested tumor until activated by yet not well defined mechanisms. We previously developed tumor dormancy model of murine melanoma, a cancer with a high potential of phenotype plasticity to adapt to micro-environmental changes, in which to investigate cellular quiescence and related factors as a potential mechanism of tumour dormancy. In this study, to explore molecular mechanism responsible for cellular dormancy, we performed a comparative transcriptome analysis of dormant B16F1-GFP-D and derived dormant brain metastasis (DB) with maternal B16F1-GFP-M cells.
2024-09-13 | GSE250145 | GEO
Project description:Cancer patients after successful therapy contain nested in their organs and/or circulating in the systemic fluids tumor cells that remain asymptomatic for an extended period of time. They stay dormant with no apparent immediate potential to develop into a clinically manifested tumor until activated by yet not well defined mechanisms. In the present study, we developed tumor dormancy model of murine melanoma, a cancer with a high potential of phenotype plasticity to adapt to micro-environmental changes, in which to investigate cellular quiescence and related factors as a potential mechanism of tumour dormancy. To explore molecular mechanism responsible for cellular dormancy, we performed a comparative transcriptome analysis of dormant B16F1-GFP-D and maternal B16F1-GFP-M cells. Peroxisome proliferator-activated receptor-gamma (PPARgamma) is a nuclear receptor highly expressed by colonic epithelial cells. It plays a key role in gut homeostasis and metabolism regulation. We previously showed that PPARgamma has a role in the action of aminosalycilates (5-ASA), one of the oldest anti-inflammatory agents used in the treatment of inflammatory bowel disease. These data have prompted us to develop novel analogues of 5-ASA with greater PPARgamma-activating properties (GED). The various PPARgamma ligands appear to have some markedly different effects, some of which can induce adverse effects. The transcriptomic profiles induced by various families of PPARgamma ligands are very poorly known and especially in intestinal epithelial cells. Hence, the objectives of the present project are to compare the gene expression profile induced by GED, 5-ASA, and pioglitazone in Caco-2 cells, in order to better understand these compounds’ modes of action, to discover potential new PPARgamma target genes in intestinal epithelial cells and to explain the efficacy difference between GED and 5-ASA.
2017-02-14 | GSE69703 | GEO
Project description:B16F1 cells are a good model to study cell motility and cytoskeletal organization. In our lab, a combination of microscopy and gene silencing was used to approach the problem. Having gene expression profiles for B16F1 would facilitate and support subsequent gene silencing by RNAi as well as potentially identify new molecular players. We used microarrays to detail the expression profiles in cells cultured in regular conditions. These profile will serve as a reference point for further studies. Experiment Overall Design: Three biological replicats of control untreated B16F1 mouse melanoma cells were processed on mouse GeneChip arrays 430A. Reliability, variability, and reprodusibility of data generated by microarrays were addressed.
2008-06-13 | E-GEOD-4819 | biostudies-arrayexpress
Project description:Expression data from control untreated mouse melanoma B16F1 cells
| PRJNA95627 | ENA
Project description:We provide evidence of the existence of a slow cycling melanoma population isolated in vivo from melanoma PDXs using the H2B-GFP system. Single cell transcriptomic analysis unveils a significant transcriptional heterogeneity of GFP-retaining slow cycling cells, defining a quiescent subpopulation of cells. These cells show a different phenotype in primary tumors and matched metastases, suggesting that tumor niche pressure drives a transcriptional reprogramming of quiescent cells during melanoma progression.
2025-05-29 | GSE288622 | GEO
Project description:We provide evidence of the existence of a slow cycling melanoma population isolated in vivo from melanoma PDXs using the H2B-GFP system. Single cell transcriptomic analysis unveils a significant transcriptional heterogeneity of GFP-retaining slow cycling cells, defining a quiescent subpopulation of cells. These cells show a different phenotype in primary tumors and matched metastases, suggesting that tumor niche pressure drives a transcriptional reprogramming of quiescent cells during melanoma progression.
2025-05-29 | GSE251865 | GEO
Project description:Transcriptomic profiling of murine Nfe2l2 knockout melanoma cells
| PRJNA595165 | ENA
Project description:The objective of this study was to obtain expression profiles of proliferative T-HEp3-GFP and dormant D-HEp3-GFP cells after one week in vivo. The second objective was find tumor cells quiescence associated genes in dormant D-HEp3 cells that are only quiescent when injected in vivo. In this case we compared cells one week growing vs. dormant for the indicated cells in chick embryo CAMs. After one week 5 embryos per cell line carrying the indicated cells were isolated, tumors collagenased as described below and sorted for GFP-high cells usig a MoFlo machine. The sorted cells > 5x10^4 were used to extract RNA and the pure RNA was used to perform expression profiling using the Affymetrix HG-u133plus2 arrays. Because of the low amount of D-HEp3 (dormant) cells recovered all tumor cells from the dormant nodules were pooled. The same was done for proliferative-sorted T-HEp3-GFP cells to allow comparisons. Arrays were performed in triplicate. 5 T-HEp3-GFP tumors and 5 D-HEp3-GFP nodules were processed for preparation of single cells suspensions, RNA extracted and then pools of T-HEp3-GFP and D-HEp3-GFP sorted cells were analyzed in triplicate arrays
2015-01-01 | E-GEOD-58588 | biostudies-arrayexpress
Project description:The objective of this study was to obtain expression profiles of proliferative T-HEp3-GFP and dormant D-HEp3-GFP cells after one week in vivo. The second objective was find tumor cells quiescence associated genes in dormant D-HEp3 cells that are only quiescent when injected in vivo. In this case we compared cells one week growing vs. dormant for the indicated cells in chick embryo CAMs. After one week 5 embryos per cell line carrying the indicated cells were isolated, tumors collagenased as described below and sorted for GFP-high cells usig a MoFlo machine. The sorted cells > 5x10^4 were used to extract RNA and the pure RNA was used to perform expression profiling using the Affymetrix HG-u133plus2 arrays. Because of the low amount of D-HEp3 (dormant) cells recovered all tumor cells from the dormant nodules were pooled. The same was done for proliferative-sorted T-HEp3-GFP cells to allow comparisons. Arrays were performed in triplicate.
2015-01-01 | GSE58588 | GEO