(A) Comparison of the number of alternative UTR secondary structures of Lipocalins with those of structural RNAs of similar length compiled in the Rfam database. (B) Secondary structure prediction of 5’ UTRs of human Lipocalins. The structure with minimal folding energy (MFE) is shown for each Lipocalin. The elements shown in red represent regions showing similarity to the MFE structure in at least 60% of the suboptimal (± 5 Kcal/mol) structures. 5’ end is denoted by a star and 3’end by a dot.</p
Lipocalins constitute a superfamily of extracellular proteins that are found in all three king-doms ...
Two predictions have been prepared for the fold of initiation factor 5A (IF5A) starting from a set o...
AbstractComputational prediction of the minimum free energy (mfe) secondary structure of an RNA mole...
The Lipocalin family is a group of homologous proteins characterized by its big array of functional ...
Recent structural analyses of genomic RNAs from RNA coliphages suggest that both well-determined bas...
This report describes an optimised version of a secondary structure prediction method based on mocal...
Secondary structures within the 5' untranslated regions of messenger RNAs can have profound effects ...
Protein secondary structure prediction is an important intermediate step for many biological procedu...
RNA is a biopolymer with various applications inside the cell and in biotechnology. Structure of an ...
<p>On the left and right, the validity of secondary structures predicted by JUFO is demonstrated for...
In bioinformatics, secondary structure predictors are tools that are used to determine the secondary...
Algorithms predicting RNA secondary structures based on different folding criteria -- minimum free e...
which permits unrestricted use, distribution, and reproduction in any medium, provided the original ...
<p>The amino acid sequence and predicted secondary structural elements of LipL41 are shown. The α-he...
BACKGROUND: Lipocalins are widely distributed in nature and are found in bacteria, plants, arthropod...
Lipocalins constitute a superfamily of extracellular proteins that are found in all three king-doms ...
Two predictions have been prepared for the fold of initiation factor 5A (IF5A) starting from a set o...
AbstractComputational prediction of the minimum free energy (mfe) secondary structure of an RNA mole...
The Lipocalin family is a group of homologous proteins characterized by its big array of functional ...
Recent structural analyses of genomic RNAs from RNA coliphages suggest that both well-determined bas...
This report describes an optimised version of a secondary structure prediction method based on mocal...
Secondary structures within the 5' untranslated regions of messenger RNAs can have profound effects ...
Protein secondary structure prediction is an important intermediate step for many biological procedu...
RNA is a biopolymer with various applications inside the cell and in biotechnology. Structure of an ...
<p>On the left and right, the validity of secondary structures predicted by JUFO is demonstrated for...
In bioinformatics, secondary structure predictors are tools that are used to determine the secondary...
Algorithms predicting RNA secondary structures based on different folding criteria -- minimum free e...
which permits unrestricted use, distribution, and reproduction in any medium, provided the original ...
<p>The amino acid sequence and predicted secondary structural elements of LipL41 are shown. The α-he...
BACKGROUND: Lipocalins are widely distributed in nature and are found in bacteria, plants, arthropod...
Lipocalins constitute a superfamily of extracellular proteins that are found in all three king-doms ...
Two predictions have been prepared for the fold of initiation factor 5A (IF5A) starting from a set o...
AbstractComputational prediction of the minimum free energy (mfe) secondary structure of an RNA mole...