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Table 1 Detected miRNA editing events that were shared between at least two species

From: Conserved microRNA editing in mammalian evolution, development and disease

ID

Pos.

Human

Macaque

Mouse

Opossum

Platypus

Chicken

Human SNP

Opossum SNP

Known

Validated

miR-27a

6

>1%

>1%

  

>1%

 

No

-

Humane

-

-

-

miR-99b*

2

 

>1%

>1%

   

No

-

Humanc

-

Mousec

Mousec

miR-140*

16

   

>5%

 

>5%

No

No

-

-

-

-

miR-187*

5

  

>1%

>1%

  

No

No

-

-

-

-

miR-301a

20

 

>1%

 

>5%

 

>5%

No

No

-

-

-

-

miR-376a-1

3

>1%

>1%

>1%

   

No

-

Humanb,c,d

-

Mouseb,c,d,e,f

Mouseb,c

miR-376b

6

>5%

 

>5%

   

No

-

Humanb,c,d

-

Mouseb,c,d,f,g

Mouseb,c

miR-376c

6

>5%

 

>5%

   

No

-

Humane

-

Mouseb,d,e,f

Mouseb

miR-379

5

 

>5%

>5%

   

No

-

Humana,c,e

-

Mousec,d,e,f

Mousec

miR-381

4

>5%

>5%

>5%

   

No

-

Humane

Humane

Moused,f,g

-

miR-411

5

>5%

>5%

>5%

   

No

-

Humanb,d

-

Mousec,d,e

Mousec

miR-455

17

 

>1%

   

>1%

No

-

Humane

Humane

-

-

miR-497

2

>5%

>5%

>5%

>5%

  

No

No

Humane

Humane

Moused,e

-

miR-497*

20

>5%

>5%

    

No

No

Moused

-

-

-

miR-1251

6

 

>5%

>5%

>1%

  

No

No

Moused,e

-

          

-

-

  1. Summary of the output from the miRNA editing detection pipeline, run with a 5% or 1% frequency cutoff. The two leftmost columns specify the miRNA ID and the position at which editing was observed. The following six columns show the detected editing events. For estimates of editing frequencies in individual samples, please refer to Figure 3 and Table S2 in Additional file 2. SNP data for human were taken from dbSNP [19], while opossum SNPs were investigated through Sanger sequencing (see Materials and methods). The two rightmost columns summarize whether the identified sites had previously been reported (‘known’) and experimentally validated (‘validated’) in human and mouse.
  2. a Blow et al. [10].
  3. b Kawahara et al. [11].
  4. c Kawahara et al. [12].
  5. d Chiang et al. [18].
  6. e Alon et al. [13].
  7. f Ekdahl et al. [14].
  8. g Vesely et al. [17].