Length 3' UTR: | 206 nt |
A+T content in 3' UTR: | 0.73 |
RNAplfold output: | [ opening energies | probabilities of being unpaired ] (whole transcript) |
Download/Linkout: | [ download as annotated Genbank file | Linkout to ] |
ATTTA: | 3.20 fold-enrichment |
Site 1647-1651: | ATTTA (ATTTA) Opening energy for the core AUUUA pentamer: 0.51 kcal/mol (short range) / 0.55 kcal/mol (mid range)
Probability of being unpaired for the core AUUUA pentamer: 0.44 (short range) / 0.41 (mid range)
[ Highlight | show accessibility plot | show sequence logo | show alignment ] |
Short range interaction (W = 80, L = 40)Mid range interaction (W = 240, L = 160)Note: Accessibility values (energy needed to open secondary structures, probability of being unpaired) are calculated using RNAplfold. RNAplfold has been called with various setting for u=n, where n is the number of consecutive bases. For example, the value at position i with u=5 is the probability that i and the four preceeding nucleotides are unpaired. Taking the logarithm of this probability we can easliy derive the opening energy for this stretch of nucleoitdes.
Genomic alignmnent block extracted from 30-way MAF alignments (UCSC genome browser). | Alignment of transcripts based on the Ensembl orthology resources. |  |  |
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Site 1664-1668: | ATTTA (ATTTA) Opening energy for the core AUUUA pentamer: 0.95 kcal/mol (short range) / 0.93 kcal/mol (mid range)
Probability of being unpaired for the core AUUUA pentamer: 0.21 (short range) / 0.22 (mid range)
[ Highlight | show accessibility plot | show sequence logo | show alignment ] |
Short range interaction (W = 80, L = 40)Mid range interaction (W = 240, L = 160)Note: Accessibility values (energy needed to open secondary structures, probability of being unpaired) are calculated using RNAplfold. RNAplfold has been called with various setting for u=n, where n is the number of consecutive bases. For example, the value at position i with u=5 is the probability that i and the four preceeding nucleotides are unpaired. Taking the logarithm of this probability we can easliy derive the opening energy for this stretch of nucleoitdes.
Genomic alignmnent block extracted from 30-way MAF alignments (UCSC genome browser). | Alignment of transcripts based on the Ensembl orthology resources. |  |  |
|
Site 1724-1728: | ATTTA (ATTTA) Opening energy for the core AUUUA pentamer: 0.85 kcal/mol (short range) / 1.22 kcal/mol (mid range)
Probability of being unpaired for the core AUUUA pentamer: 0.25 (short range) / 0.14 (mid range)
[ Highlight | show accessibility plot | show sequence logo | show alignment ] |
Short range interaction (W = 80, L = 40)Mid range interaction (W = 240, L = 160)Note: Accessibility values (energy needed to open secondary structures, probability of being unpaired) are calculated using RNAplfold. RNAplfold has been called with various setting for u=n, where n is the number of consecutive bases. For example, the value at position i with u=5 is the probability that i and the four preceeding nucleotides are unpaired. Taking the logarithm of this probability we can easliy derive the opening energy for this stretch of nucleoitdes.
Genomic alignmnent block extracted from 30-way MAF alignments (UCSC genome browser). | Alignment of transcripts based on the Ensembl orthology resources. |  |  |
|
Site 1731-1735: | ATTTA (ATTTA) Opening energy for the core AUUUA pentamer: 0.27 kcal/mol (short range) / 0.48 kcal/mol (mid range)
Probability of being unpaired for the core AUUUA pentamer: 0.65 (short range) / 0.46 (mid range)
[ Highlight | show accessibility plot | show sequence logo | show alignment ] |
Short range interaction (W = 80, L = 40)Mid range interaction (W = 240, L = 160)Note: Accessibility values (energy needed to open secondary structures, probability of being unpaired) are calculated using RNAplfold. RNAplfold has been called with various setting for u=n, where n is the number of consecutive bases. For example, the value at position i with u=5 is the probability that i and the four preceeding nucleotides are unpaired. Taking the logarithm of this probability we can easliy derive the opening energy for this stretch of nucleoitdes.
Genomic alignmnent block extracted from 30-way MAF alignments (UCSC genome browser). | Alignment of transcripts based on the Ensembl orthology resources. |  |  |
|