| Accession | 
            PMDE39 | 
        
        
            | Name | 
            Identification of Proteins Binding Coding and Non-coding Human RNAs using Protein Microarrays | 
        
        
            | Description | 
            We describe a refined approach to identify new human RNA-protein interactions. In vitro transcribed labeled RNA is bound to ~9,400 human recombinant proteins spotted on protein microarrays. This approach identified 137 RNA-protein interactions for 10 human coding and non-coding RNAs, including an interaction between Staufen 1 protein and TP53 mRNA that promoted the latter’s stability. RNA hybridization to protein microarrays allows rapid identification of human RNA-protein interactions on a large scale. | 
        
        
            | Publication | 
            
                                    Identification of Proteins Binding Coding and Non-coding Human RNAs using Protein Microarrays																		
							(Go to PubMed)
							
											                             | 
        
        
            | Provider | 
            Kun Qu | 
        
		
            | Species | 
            Homo sapiens | 
        
		
            | Subspecies | 
                                Empty
                             | 
        
        
			| Array type | 
			Proteome array | 
		
			| Sample | 
			Nucleic acid | 
		
		
            | Number of array | 
            
                10             | 
        
        
            | Array(1) | 
            
                                    
                        Invitrogen ProtoArray v5.0                    
                             | 
        
        
            | Raw data | 
			                			
            
                    download
                 | 
				        
        
            | Experiment details | 
            
                    download
                 | 
        
		
			| Analysis report | 
							
					No relevant analysis report. If you want to analyse this data, please contact us. | 
				
					
		
            | Link to GEO | 
            
                								                     
                        GSE34794                     
				                             |