Annotated gene sequence
Experiment = in vivo icSHAPE / NAI-N3
RefSeq = hg38
Cell = HEK293T
Original Data Reference = Cell. 2016;165(5):1267-1279.
stable secondary structure
loop
bulge/internal loop
no SHAPE data
coding sequence
GCCGGCACCATGAGTGAACAGAGTATCTGTCAGGCAAGAGCTGCTGTGATGGTTTATGATGATGCCAATAAGAAGTGGGTGCCAGCTGGTGGCTCAACTG
GATTCAGCAGAGTTCATATCTATCACCATACAGGCAACAACACATTCAGAGTGGTGGGCAGGAAGATTCAGGACCATCAGGTCGTGATAAACTGTGCCAT
TCCTAAAGGGTTGAAGTACAATCAAGCTACACAGACCTTCCACCAGTGGCGAGATGCTAGACAGGTGTATGGTCTCAACTTTGGCAGCAAAGAGGATGCC
AATGTCTTCGCAAGTGCCATGATGCATGCCTTAGAAGTGTTAAATTCACAGGAAACAGTGTTCTATTTAGGGCCAACATTGCCTAGACAAAACTCACAAC
TACCTGCTCAAGTTCAAAATGGCCCATCCCAAGAAGAATTGGAAATTCAAAGAAGACAACTACAAGAACAGCAACGGCAAAAGGAGCTGGAGCGGGAAAG
GCTGGAGCGAGAAAGAATGGAAAGAGAAAGGTTGGAGAGAGAGAGGTTAGAAAGGGAAAGGCTGGAGAGGGAGCGACTGGAACAAGAACAGCTGGAGAGA
GAGAGACAAGAACGGGAACGGCAGGAACGCCTGGAGCGGCAGGAACGCCTGGAGCGGCAGGAACGCCTGGAGCGGCAGGAACGCCTGGATCGGGAGAGGC
AAGAAAGACAAGAACGAGAGAGGCTGGAGAGACTGGAACGGGAGAGGCAAGAAAGGGAGCGACAAGAGCAGTTAGAAAGGGAACAGCTGGAATGGGAGAG
AGAGCGCAGAATATCAAGTGCTGCTCCATCTTCAGACAGCTCCCTGTATAACGCTCCACTTCCTGAGTATTCCAGTTGCCAGCCTCCTTCAGCACCTCCT
CCATCATACGCTAAAGTCATCTCAGCTCCAGTGTCAGATGCCACTCCTGATTATGCTGTAGTGACTGCTTTGCCACCTACTTCCACACCCCCTACACCAC
CACTGCGACACTCAGCGACACGTTTTGCAACATCTTTAGGTTCAGCCTTCCACCCTGTTCTTCCCCATTACGCTACAGTTCCTCGTCCTCTGAACAAAAA
CTCTCGACCTTCTTCTCCTGTGAACACACCCTCTTCTCAGCCTCCAGCTACGAAGCCCTGTGCCTGGTCTACTTCCAATTTTTCGCCCCTCCCTCCATCT
CCTCCAATAATGATTAGCAGCCCCCCAGGCAAAGCTACTGGTCCAAGGCCTGTCCTCCCTGTTTGTGTTTCTTCTCCTGTGCCCCAAATGCCTCCATCAC
CGACAGCACCCAATGGGCTGGTTGACTCTGTAACATATCCAGTGTCTCCACCGCCTACCTCAGGGCCAGCAGCTCCTCCGCCGCCGCCTCCACTGCCTTC
CCTCGCATCACTCTCACACTGTGGATCTCAAGCTTCTCCTCCTCCAAGCACCCCTATTGCCTCAACTCCCTCATCCAAGCCTAGTGTTCTCCCTTCTCCC
TCTGCAGCTGCCCCTGCCTCTGTTGAGACTCCTCTAAACTCTGTGCTGGGAGACTCTTCTGCTTCTGAGCCAGGCTTGCAGGCAGCCTCTCAGCCGGCCG
AGACTCCATCCCAACAGGGCATTGTCTTGGGACCACTTGCACCTCCACCTCCTCCACCACTCCCACCAGGGCCTGCACAGGCTTCAGTAGCCCTCCCTCC
TCCCCCAGGGCCCCCTCCACCTCCTCCACTCCCATCCACCGGGCCTCCACCGCCCCCTCCTCCCCCTCCTCTCCCTAATCAAGTACCCCCTCCTCCTCCA
CCACCTCCTGCCCCACCCCTCCCTGCATCTGGATTCTTTTTGGCATCCATGTCAGAAGACAATCGCCCTTTAACTGGACTTGCAGCTGCAATTGCCGGAG
CAAAACTTAGGAAAGTGTCACGGATGGAGGATACCTCTTTCCCAAGTGGAGGGAATGCTATTGGTGTGAACTCCGCCTCATCTAAAACAGATACAGGCCG
TGGAAATGGACCCCTTCCTTTAGGGGGTAGTGGTTTAATGGAAGAAATGAGTGCCCTGCTGGCCAGGAGGAGAAGAATTGCTGAAAAGGGATCAACAATA
GAAACAGAACAAAAAGAGGACAAAGGTGAAGATTCAGAGCCTGTAACTTCTAAGGCCTCTTCAACAAGTACACCTGAACCAACAAGAAAACCTTGGGAAA
GAACAAATACAATGAATGGCAGCAAGTCACCTGTTATCTCCAGACCAAAATCCACACCCTTATCACAGCCCAGTGCCAATGGAGTCCAGACGGAAGGACT
TGACTATGACAGGCTGAAGCAGGACATTTTAGATGAAATGAGAAAAGAATTAACAAAGCTAAAAGAAGAGCTCATTGATGCAATCAGGCAGGAACTGAGC
AAGTCAAATACTGCATAGAGGAACAGACTAAGGAGAGATAGGACTTTAATCTGGAGGAAAAATATCCTACAAACAACAACTGTTCACAACAGCAAACCCC
TACATTTATGAGCTGTAAGAAGAAAATGGAGACAAACAGAAGGAGGGAAAAACCAACCTACTCTGAAAGCCTTCAGACATTATGACTCTGGTGATAAGCT
CTTTCCCTCTCCGTTTGCTGCTTTTTTCTGGCCTTTACAACAGAATGGAAGAGAATCATTTAAGAGTTCCTGTAACAGTTATGCAGAAAATACTAAAACC
CATCAGGCAAGATCACCACGCATTGAAATATTTTCATATCAAGATAAAGTCGCACATTTTCCACAATACATTGCTAAAATAAAGAGGAGAAAGGCTTAGG
AAGTTTTTTTGCAGAGAGTGCTGGTAAAGAATTGAGCAAGTTTGCTATTGTATTGTAATGTTTCTCTCAGGTTTGTTCTTCCTATCATGTTTGATATTCC
ATGAATAATTGAGATCAGCCCTATGTAAGTTAAGATCATAATATGTGGAACAAATGGAATTGTAAGTGCTTTCAAAGGGTAATATTTATAAGAAAGTGTC
CGAAAAATGTTTCTTCAGCTTGAGAAATTTTAGAATGATAGGAAGTTTCTCGAGTTAGCCTTCATGCAATTTTGTAGATTAAAACATAAAATTTGTCCAG
AACTTAAAGATTTAGATGCCTTCCTAAATTGTTACAATGCTTTACCAAATCTATGACTTCTACATAACACAAACCAGTGGTCAAATGTAAACACTATATT
GTAGATTTACTGTAGGTTTTCAACCTTTTTTAGATTTATGCATGTGGACATTTTTATAATGTAATTACAATCACCACAAGGTTAGCTTTTTTAATTGCAG
ACAGTAAT