RNA folding results on EMCV-IRES for 122.70.140.58

 
- RNA duplex -
EMCV-IRES is the 493612th nucleic acid sequence folded on the Amazon hosted mfold server.
- Tuesday, April 21 05:52:08 UTC 2026 -

Folding EMCV-IRES at 37° C. (3.6)
- Computed for 122.70.140.58 Flag -




Output

The energy dot plot for EMCV-IRES. (Definition)
File formats: Text, PostScript, pdf, png, jpg

Computed Structures:   (File Formats)
The computed foldings contain 705 base pairs out of 11731 (6.0%) in the energy dot plot.

Extra files:   sorted ct file;   h-num values;   p-num values;   log file for main computations.

Download all foldings

Choose zipped file: or gzipped tar file:    

View ss-count information

(Definition)   (ss-count file)  ss value = 6.29 ± 6.61

Averaging window     Magnification   Base to magnify about   Plot format    

View Individual Structures:


Circular structure Plots

Structure 1 : Initial ΔG = -223.80 kcal/mol, (Thermodynamic Details).
Different file formats: PostScript, pdf, png, jpg, .ct file, Vienna, RNAML, RnaViz ct, Mac ct, RNAdraw, XRNA ss.

Structure 2 : Initial ΔG = -221.90 kcal/mol, (Thermodynamic Details).
Different file formats: PostScript, pdf, png, jpg, .ct file, Vienna, RNAML, RnaViz ct, Mac ct, RNAdraw, XRNA ss.

Structure 3 : Initial ΔG = -221.10 kcal/mol, (Thermodynamic Details).
Different file formats: PostScript, pdf, png, jpg, .ct file, Vienna, RNAML, RnaViz ct, Mac ct, RNAdraw, XRNA ss.

Structure 4 : Initial ΔG = -219.70 kcal/mol, (Thermodynamic Details).
Different file formats: PostScript, pdf, png, jpg, .ct file, Vienna, RNAML, RnaViz ct, Mac ct, RNAdraw, XRNA ss.

Structure 5 : Initial ΔG = -219.10 kcal/mol, (Thermodynamic Details).
Different file formats: PostScript, pdf, png, jpg, .ct file, Vienna, RNAML, RnaViz ct, Mac ct, RNAdraw, XRNA ss.

Structure 6 : Initial ΔG = -219.00 kcal/mol, (Thermodynamic Details).
Different file formats: PostScript, pdf, png, jpg, .ct file, Vienna, RNAML, RnaViz ct, Mac ct, RNAdraw, XRNA ss.

Structure 7 : Initial ΔG = -218.10 kcal/mol, (Thermodynamic Details).
Different file formats: PostScript, pdf, png, jpg, .ct file, Vienna, RNAML, RnaViz ct, Mac ct, RNAdraw, XRNA ss.

Structure 8 : Initial ΔG = -217.20 kcal/mol, (Thermodynamic Details).
Different file formats: PostScript, pdf, png, jpg, .ct file, Vienna, RNAML, RnaViz ct, Mac ct, RNAdraw, XRNA ss.

Structure 9 : Initial ΔG = -216.70 kcal/mol, (Thermodynamic Details).
Different file formats: PostScript, pdf, png, jpg, .ct file, Vienna, RNAML, RnaViz ct, Mac ct, RNAdraw, XRNA ss.

Structure 10 : Initial ΔG = -215.30 kcal/mol, (Thermodynamic Details).
Different file formats: PostScript, pdf, png, jpg, .ct file, Vienna, RNAML, RnaViz ct, Mac ct, RNAdraw, XRNA ss.

Structure 11 : Initial ΔG = -213.40 kcal/mol, (Thermodynamic Details).
Different file formats: PostScript, pdf, png, jpg, .ct file, Vienna, RNAML, RnaViz ct, Mac ct, RNAdraw, XRNA ss.

Structure 12 : Initial ΔG = -213.40 kcal/mol, (Thermodynamic Details).
Different file formats: PostScript, pdf, png, jpg, .ct file, Vienna, RNAML, RnaViz ct, Mac ct, RNAdraw, XRNA ss.

Structure 13 : Initial ΔG = -212.60 kcal/mol, (Thermodynamic Details).
Different file formats: PostScript, pdf, png, jpg, .ct file, Vienna, RNAML, RnaViz ct, Mac ct, RNAdraw, XRNA ss.

Structure 14 : Initial ΔG = -212.10 kcal/mol, (Thermodynamic Details).
Different file formats: PostScript, pdf, png, jpg, .ct file, Vienna, RNAML, RnaViz ct, Mac ct, RNAdraw, XRNA ss.

Structure 15 : Initial ΔG = -210.40 kcal/mol, (Thermodynamic Details).
Different file formats: PostScript, pdf, png, jpg, .ct file, Vienna, RNAML, RnaViz ct, Mac ct, RNAdraw, XRNA ss.

Structure 16 : Initial ΔG = -209.80 kcal/mol, (Thermodynamic Details).
Different file formats: PostScript, pdf, png, jpg, .ct file, Vienna, RNAML, RnaViz ct, Mac ct, RNAdraw, XRNA ss.

Structure 17 : Initial ΔG = -207.80 kcal/mol, (Thermodynamic Details).
Different file formats: PostScript, pdf, png, jpg, .ct file, Vienna, RNAML, RnaViz ct, Mac ct, RNAdraw, XRNA ss.

Dot plot folding comparisons for EMCV-IRES:
Image format:
Compare selected foldings:     1   2   3   4   5   6   7   8   9   10   11   12   13   14   15   16   17   All
     



These computations were performed on ip-172-31-2-102 in 0 min. and 43.60 sec. and can be accessed at http://www.unafold.org/cgi-bin/view.cgi?26Apr21-05-52-06
The results will be erased in 6 hours..