Transcriptome-Wide Mapping of m6 A and m6 Am at Single-Nucleotide Resolution Using miCLIP.The most prevalent modified base in mRNA, N6 -methyladenosine (m6 A), is found in several thousand transcripts, typically near the stop codon, although it can occur anywhere in the mRNA.  To address this need, we developed miCLIP, a method that maps both m6 A and m6 Am at individual nucleotide resolution.  Here we describe the miCLIP protocol, with slight improvements to the initially published protocol for both the experimental methodology and bioinformatics analysis. 
miCLIP
Transcriptome-Wide Mapping of m6 A and m6 Am at Single-Nucleotide Resolution Using miCLIP.The most prevalent modified base in mRNA, N6 -methyladenosine (m6 A), is found in several thousand transcripts, typically near the stop codon, although it can occur anywhere in the mRNA.  To address this need, we developed miCLIP, a method that maps both m6 A and m6 Am at individual nucleotide resolution.  Here we describe the miCLIP protocol, with slight improvements to the initially published protocol for both the experimental methodology and bioinformatics analysis. 
miCLIP
Transcriptome-Wide Mapping of m6 A and m6 Am at Single-Nucleotide Resolution Using miCLIP.The most prevalent modified base in mRNA, N6 -methyladenosine (m6 A), is found in several thousand transcripts, typically near the stop codon, although it can occur anywhere in the mRNA.  To address this need, we developed miCLIP, a method that maps both m6 A and m6 Am at individual nucleotide resolution.  Here we describe the miCLIP protocol, with slight improvements to the initially published protocol for both the experimental methodology and bioinformatics analysis. 
miCLIP