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RNAJAG starts from an RNA secondary structure (A), uses Junction-Explorer to predict coaxial stacking and junction family types (B), and constructs a scaled tree graph using length parameters (C)
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posted on 2013-08-26, 01:39
authored by
Christian Laing
,
Segun Jung
,
Namhee Kim
,
Shereef Elmetwaly
,
Mai Zahran
,
Tamar Schlick
.
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Categories
Information and Computing Sciences
Biological Sciences
Keywords
Biochemistry
Nucleic acids
rna
RNA structure
biophysics
Computational biology
genomics
Structure prediction
Macromolecular structure analysis
Molecular cell biology
Computerized simulations
software engineering
Software design
starts
uses
junction-explorer
coaxial
stacking
junction
types
constructs
scaled
graph
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CC BY 4.0
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