The Detail Information for This Interaction


  • Detail
  • Binding
  • Network
Detail:
ncRNA Symmbol:miR-122
ncRNA Category:miRNA
Interaction Gene Symbol: CCND1
Death Pathway:apoptosis
Expression Direction of ncRNA:down
Species:Homo sapiens
Tissue:hepatocellular carcinoma cells
PMID: 19584283
Detail Description:

We proved that, by modulating cyclin G1, miR-122 influences p53 protein stability and transcriptional activity and reduces invasion capability of HCC-derived cell lines. In addition, in a therapeutic perspective, we assayed the effects of a restored miR-122 expression in triggering doxorubicin-induced apoptosis and we proved that miR-122, as well as cyclin G1 silencing, increases sensitivity to doxorubicin challenge. In patients resected for HCC, lower miR-122 levels were associated with a shorter TTR, whereas higher cyclin G1 expression was related to a lower survival, suggesting that miR-122 might represent an effective molecular target for HCC. Our findings establish a basis toward the development of combined chemo- and miRNA-based therapy for HCC treatment. 

Select the ncRNA symbol and transcript of gene
Mature of miR-122    Transcript of CCND1    
Visualization:
Select the center nodes: First Node Second Node Both the Nodes
Select the Level of Neighbour: First Neighbour Second Neighbour

The 'First Node' or 'Second Node' option represents the sub-network of interacting entry with the first or second interaction node, the 'Both the Nodes' option represents the sub-network of interacting entry with both of interaction nodes.
The 'First Neighbour' represents the sub-network of direct interacting with the center node, the 'Second Neighbour' represents the sub-network of direct or second step interacting with the center node. Interaction sub-network based on the two nodes of this interaction may help the researchers represents all interacting partners immediately.


The Detail page: representing the detail information for RNA-RNA/RNA-Protein interaction;
The Binding page: representing the predicted binding sites and/or constants.
The Network page: representing the interaction sub-network of interacting RNA/Protein.