• 1. Start
  • 2. Genome mapping
  • 3. Hairpin matching
  • 4. Mature miRNA matching
  • 5. Aligning isomiRs

Email: none

Sample type: Paired samples

Samples: sample A= sampleA.tar.gz
               sample B=sampleB.tar.gz

Species: Homo sapiens

Parameters for bowtie: N=2  L=10

Parameter for blast: e=0.01


General results

  Genome mapping results

Genome mapping results for sample A


Genome mapping results for sample B


  Length distribution of genome mapped reads

Length distriution of genome mapped reads for sample A


Length distriution of genome mapped for sample B


  Chromosome distribution of genome mapped reads

Chromosome distribution of genome mapped reads for sample A




Chromosome distribution of genome mapped reads for sample B




  Statistics of miRNA family match results

Statistics of miRNA family match results for sample A





Statistics of miRNA family match results for sample B





  Percentage of mature miRNAs are processed from 5' or 3' arms of the hairpin precursor

Percentage of mature miRNAs are processed from 5' or 3' arms of the hairpin precursor for sample A



Percentage of mature miRNAs are processed from 5' or 3' arms of the hairpin precursor for sample B



  Nucleotide addition/trimming at 5' / 3' ends

Nucleotide addition/trimming at 5' / 3' ends for sample A



Nucleotide addition/trimming at 5' / 3' ends for sample B



  Comparison addition and trimming events between sample A and B


Templated / non-templated nucleotide addition at 5' or 3' ends

Templated / non-templated nucleotide addition at 5' or 3' ends for sample A




Templated / non-templated nucleotide addition at 5' or 3' ends for sample B




  Comparison templated / non-templated nucleotide addition at 5' or 3' ends between sample A and B


  Non-template addition type

Non-template addition type for sample A




Non-template addition type for sample B




  Comparison non-template addition between sample A and B


  Internal modification without seed shifting

Internal modification without seed shifting for sample A



Internal modification without seed shifting for sample B



  Comparison internal modification without seed shifting between sample A and B


  Internal modification with seed shifting

Internal modification with seed shifting for sample A



Internal modification with seed shifting for sample B



  Comparison internal modification with seed shifting between sample A and B