Lcy07g000290 (gene) Sponge gourd (P93075) v1

Overview
NameLcy07g000290
Typegene
OrganismLuffa cylindrica cv. P93075 (Sponge gourd (P93075) v1)
DescriptionSmall nuclear ribonucleoprotein Sm D1
LocationChr07: 771328 .. 801755 (-)
RNA-Seq ExpressionLcy07g000290
SyntenyLcy07g000290
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideexonCDSthree_prime_UTR
Hold the cursor over a type above to highlight its positions in the sequence below.
ATGGCGGAAATACAAACGTCCTCCCCCAAAAAGCTGTAAAAATTAAAGTGCTCTCTACTCTCTCTAAAAAATGGCAGAAATGCACCCCATATTCTTACAATTATATAGATGGGTAGAACATGATGTGGGTAGGTTCCATGACCCTCAAATAGGAGGCAGAAAGAACCCTGAAGAAGAAGATGGAAGAGAAAAGGGCGGAATAAAATTCCCAACCTTTTTATTTTACAACACATCACCAACATAAATAGTTATTTATTTCAAACAAGATGTCACAGATCATTAACAGCAGGGATGAAAACCAACATTTTATAAAAGTTTAGGGATTAAAATGGACAATTTAAAAATTTAAAGATTAAGATATAATAAAGTTGAAAATTTAGGACCAAAATATGATTTAAACCTTATTTAAACTATCAAATAGTATCCACAATCCAATAAGAGCATAGCTCAACTGGCATAAAGTGGTATTGATAACCACGAGATCTGTTGTTCGAATCCCCCACCCCACATATTTTAAAAAAAAAAAAAAATACAACTTGAATCAAAGTGAGCATGGCTGGACTGCAATTAACATATACAGCCTCGTCCCACCCAAAATGTGGTTGAACCAAAAAAAAATCACAAACCCTACTTGTCTGCTTCCCTCCCTCTCTTTTCAAATTTCACGCCTTCTCTACCCTCCATCTCTTACTAGCGCTCAGTGCCGCTGCCGCTCGCCTTTCTTGCCTTGTGGTGTTGCTCGCTTTGATCTTCTTCCTCTCTCGATCTCGGATCTCGGGTACTCTTGTCAATCCCTATCTCTGGCTTTCTTGCCCAAGTTCATTTTTCCTTCATTGCATTGACGTTTTGGCTGGCCGTAGAAATTTCTTCATCTGACTTCATTTGTATCTTTCCACTGACGCTTGTCTTCTTCTTCACGGGTTCTCGCTTAATTGTTGCGGCGTCAGTAATTGTTGGTTTTACATGGCTGGTTTTCTATTTTTCTTTTTCCTTTCTTTTACCGCTTTGCGAAGTATTTTCCTCTTATGGGTTTGATATTAGAAAGCAATGTGAAAGTGGGGCGTGAATGAGATTGAAGACTTGCTGAACAAGGATTTTTTATTTTCTATAAATCGAATCGGCGGCGTAAGCCTGTTAAGGTCGATAACAATGATTCAAACTAGTTGGGTTTCATGTTTTCCTTTTCCTTCTAGGTCTTAATTTTGTTTATATAGCATTGCAGCAGTAAAATCAGTGGAGTTGCATTTGGTGTAGCAAGTTAACAAAATATTATGTCAAGGAATCCTTGAGCCAGAAGTTCAAGGACATCATATAATGGGGTAGCAACACACAAGGTTGTAGAGCTTGGGGTTTGGGTTTATGGTCGAGGGTTGAAGGTTTCAATTCAAAAAATGAAAAAGTAATGCCTATTGCAGTCATCCAACCTTTTCTTTTTGATGGCTTTTGGTGTTCGAATATCTATGTTCTTTTAGCAGCTTCTTAAATATTAGAAAAGATGGTGTTTTTGCAGAATTTAAAGGTATTCGTTGTATAAAAACCTTCAGTAGAACTTGTGATGTAGTCTTGAGGTACCAAGAAGGGAAAATAGTTATTGTATGTTGTTACAAGAATTGAAGCTTGTCTATGCTTTTATTTCCTCTCAAATTCAAAGTAGGCTTTATTATAATTTATAACAAAAGAACAGGGTGTGAATTGGCTTTCCATACTCTTGCTTCAACTCTAATGCTTGGTACATTTGGTTGTAAACTTATGAGATCCTGCTGTTGCATCTCATATTCTTTCTTGTTTTTCTCAAGATAATTGTCAGCATTACACATCATTACTTTTGTGCAAAAAGTTTGTAATGCTCAGTTTGCATTCAATAGGAATTTGCAAAAGAGGCTTGTTAATTCATCCTTTTGACATTGCATATGAATAAATGAAACATAATCCTCGTAGTCATTTGCTCTTAGACCTTTGTTGTGAACTTGAAAATAGTAATTTGGATGACAAATTTTGCTTCCAAATTAGTTTAACTTATTGATCGGCATGTATTGTCTTTATCGGATTGATATTATGAAGAACTAGAAACACTAACGAGCTAGCAGCACTTATTTAATGATAGTAGTCTATTTAGTCAAATTGGTCAAACATTCATTACCAATTTTGTTTAGCAAAAAATCAAAACAGAAATCTTTAAATCCTTGATTTTTTTTTGAGAAAAGATCAACTTTCATTGAGAAAAAATGAAAGAATACAAGGGCATCCAAAAAAACCAGCCCCCGAAAGGGAACCCCAATAAAGGAAGGGGCTCCAACCTTTAAATCCTTGATTGAAATCAATGAATAATAATCAGTCAAATTGGTTGAGCATTTGCTTGATGTTAGTAATATGTAACCGTTATCTGTACACAGATTTAATAGCGGTCTAATCTTCTCTGCTTTTCTTCAGGCACAATTAGAGGGTCTTGGGAATGTCATTGAAAGACGTCCATACTAGAATGTGCTAGCATGGAAGAACTATTTTTTCTCTCTCCTATAATCTCAAGTGTCATTAGCTAATAGGTCTGATTGAATATTTTCAAGTCCTATGTGGGTTCTCACAGTCTAGGGGTTTCACCTTTAGTTGTCTATTTTATTAATATGACTCTTTTTCATTTTTTTTCCCTTTTCATTCTTTCTGAAAGAAGGAGAATATTCATTTTGTTCAGGTTTTGGTAGGATGGAGATTATGTGTTTTCATACTTTTATCGGAAGCTTAGGTGTAGGGGCAATGTAAATGAATTAGTTATGTATCTAAGATTGTGGGGCCAATATAAACTGAATTAACTATTTATCTAAGATTCTTGATGTATTATTTTTTTATATCGTTAATTATTTTTTTATTTTTTTTGTAATGTTAGCTCATATGAACTAACTTGTTTTTGCTAATTAATGAGGTTGTATTAAACATAAGTTTATGAATGATTATCAGTAGGATACTTTTTCATTTTTTTCAATGTAAGCCAGTTTATCATAATTCATAAATGAAAAAAAGCAGGATGATTTTATCGTCAGTGGAAAAGTGAAGTTTCAAATGCTTGTTGCTCTTTGTACAGGAATACGTCACATTTGGTACGAGATAGGGAGTTTTCTTTTGTCATCCACCAAGGTAAGTATTTAAAGACTTGGGTTAGAGTTGGCGTGTGACTATAAGTGTTCTTGAAATTCTCTCAATTCCTTTCTGTTATAGTGGTTTAGGATGTTAGGTGTTTAGTGTTACTTATGAAGAAATCCCTACAAATTACCTCACCTCCCGTTTTATCTGTTTTTCCTTGCTTGAAATTGGCATGGGCTAGGGTTTAGAACTTAAGTTTCAAATGCTTGTTATCTTTTTCAGAAATACGTCACATTTGGTACGAGACAAGGAGTTATTTTTTTCATGCACCAAGGTAAGTGTATAAAGCCTTGGGTTAGAGTTGGCATGTGATGTGACTATAAGCGTTCTTCGAAATCCTCTCAATTCCTTTCTGTTACAGTGGTTTAGGATGTTAGGTGTTTAGTGTTACTTATGAAGAAATCCCTACAAATTACCTCGCCTCCTGGTTGATCTGTTTTTCTTTGTTTGAAATTGGTATGGGCTAGGGTTGAAAACTGATGTTGTTCCGACTCACTTGTACTTTATGCTCGTGGGTTTTCCTTTTGTTTATGTTTTCTCAATTCCTGTTTCAGGTGGTTTTCTTTCTTTATTTGTGGGATTGTTGTTGGTTAGTATACGACATGTTTTTTTTTTGCCCCACCTGCATAGTAGTTGTAGTTGGGCTTTGTTTATCTTTCATATACTTCAGTTATTTAGATGTGGATGCTAGGGTAGAAACATCAATTTGCAATCTGGAATTTATGATCACGGGTAAAGTATCTTGCAGCCACTTGAAGATATTGCGAGCTTGGACTAGCCTGGCCAATTGATTATTTTCTTCCTATTGTGCCCCACCAAAACCATACATTCTGTATTTCCTCCACTGTCATGAAGCTCGTTAGGTTTGCCGTTTTCTTTTATTTCCTTATATTCTAATTTTGAAATTCTTTTATCTTGATTTATTCACTGTTCGTGGCATTGAGGGGTTGTTTTATGTTAAGAAACTGGTTTTGGTAAATGGACAGGTTTTTAATGAAGCTCAACAATGAGACTGTCTCAATTGAACTCAAAAATGGAACTGTGGTCCATGGCACTATCACAGGTCTCCATCTCTATTTCACTCACAACATGATTTGCATAAATCCTAGATTTGATTCTGTTAAACCCTAGATTTATGAACTTGCAGGCAAAATTTTTTTAAACTTCAACTGCAATTCTGTTTTCTTCTTTATACTCAACTAATGTCAGAAGTTGTCTAACATTTTGGTCCAAAGAGATAATTGGATTTTGAATTCTATGGCCAATTTTGAGTGGTTTATGATGTAGCATAGTGATGTAAACAAGCTGGTGGGTTCTTATTAATGATGAAAAGATGCTGAAAGAATACAAAACCAGCCCCTTATATAGGCTGAAAAACTAACCAAGGGTGAAACTTTAAAGAGTTAAACTAACTACCAGCTTTAATAAGCTGTAAAAAATAAAAGGGGCTGCCCTTTGCCCAAAATAAAAGATAAAACTAACCAAGAAAGGTAAAAATAAAGACCTCTTGGATTTACACAAGAATTACACAAGAAAGGGCAAGAACTTTCAAGAAAGGACAAGATGTCCTACATCAAACCCTTCCCCCTTAGAAAAGAACTCGTCCTCGAGTTATGTTTGGAGAGTAAAGTCATCTGGAGCAAAGTAAGAGTATAAATTAGCCACATTAAAGGTGTTGCTGATGCGAAGGTTTGTAGGAAGATCAATGCGATAAGCGTTGTCTCCAATGCGCTCCAAAATAGAAAATGGACCAAGCTTTCTGTTTGTTAGTTTGTTGTGATGACCAGCTGGTAGTCGTGACTTGCGAAGGTGAACCATCACTAAATCACCCACTTGAAACTCCTTAAACCGTCGGTGAGAGTCAGCTGATTGTTTATATGAAGCATTAGCCCGCTCTAGGTGTTCTTTAACTTCAGAATGTAAATCAACAATCCTTTTTGCCATGTGTTCAGCCTCGGAACTAACATCAACAACAGTAGGTAGGTTAGCTAAGTCAAAAGTAACACGAGGTAGATGAGTGTTAACAACTTCGAAGGGGGACTTCCCTGTGGACCTATTTTTCATGTGGTTGAAGGCAAATTCGGCTAGAGCCAATTGAAGATCCCATTGTTTTGGTTTATCACCACTAAGGCAGCGCACAAGATTGCCAAGAGTACGGTTGGTTACTTCGGTTTGACCATCCGTTTGAGGGTGACTTGTGGTGCTGAAAAGTAGGTTAGTGCCAAACCGTTTCCACAAAGAGCGCCAAAAATAACTCATAAATTTGACATGTCTATCTGAAACAATTGACTTGGGTATGCCATGAAGCCTAACAATCTCACGAAAAAAGAGATTAGCAACATTAAGAGCATCGTTAGTCTTTTTACAAGGCAAGAAATGCGCCATTTTACTAAAACGGTCTACAACAACTAAAACCGAATCAAAACCACGTTGGGTGCGAGGCGAGGCAAGCACAAAATCCATTGATAAGTCTTCCCATATTGAATTAGAAATAGGGAGAGGTGTGGAAAGACCTATATTTTGAGTTCCTCCTTTTGAAGTTTGACAAATAAAACACCGTCGCACAAAATTGGTAATATCTTTTTGAAGTTGTGGCCAAAAAAATTTGGAAGATTCTGCTGTAATTGTTTTATCTCGACCAAAGTGGCCAGCTAACCCCCCCCCCCCCCCCCCCGAATGACATTCCTTGATGATGGATTCTCTAAGGGGCGTGTGGGGAATACAAATGGAATCACCCTTAAACAAAAACCCATCTAAAAATATGAAAGTCTGAGCAAGGTTTATGGTTTGTACATTTTTCCCAAATGTCTTTAAAATCTACATCAGTGGCATACATTTGAGGGAGGGTATCAAAAGCAATAATTTCACCTTTAAGTAATGTTAAAAGAGTACCTTTTCGGCTCAGTGCATCAGCCACTTTATTGGACTTACCCGTGGTGTGTTTGATGACAAAATCAAAGCGTTGTAAAAATTGAAGCCATCTAGCATGCATACGACTAATATTTTTTTGTGACTGAAGAAACTTCAAAAAAAATGGTCAGTTAGTAAGATAAATTCGTTAGCTAACAAATAATGCTCCCATTGTTTAAGGGCACGAATCAAAGAATATAATTCCTGCTCATAAGTGCTCCACTTTTGGCGAGCAGGACTTAATTTCTCACTCAAAAACTCAATAGGGTGGCCTTCTTGACTAAGGACAGCTCCAATGCCAACTCCCGAAGCATCCACCGAGACCTCAAAGGGTTTTTGAAAGTTGGGGAGGGCTAGAACTGGAGTGGAGGCTAAAAGGGTTTTAAGTTTAGTGAAGCTACTGTCTTGCTCTTTTTCCCAAGCAAAGTTTCCTTTTTTCAAACAATTAGTTAGGGGTGCTGCCACGGTGCTAAAATCTCTTATAAATTTGCGGTAAAAAGATGCTAGACCTAGGAAAGATTGTAAAGCTTTGATGTTATTTGGTGTAGGCCAATTTTGTATGGCTGTAATTTTACGAGGATCCACTGCCACCCCTTGAGAACTAATGCAAAAACCTAAAAAATTAATTGCTGTGGACATGAAAATGCACTTCTTTAGGTTAATAAACAGCTGATTAGTGTGTAAAACAGAGAATATTTGATGAAGGTGATCAAGATGTTCATCTTTAGAATGACTATAAATAAGTATATCATCAAAGTAAACCACCACAAACTTATTCATGTAAGGTAATAGAACTTGATTCATAAGTCGCATGAAAGTGCTTGGAGCATTAGACAATCCAAATGGCATTACCAACCACTCAAAAAGGCCTTCATTTGTTTTAAAAGCCGTTTTCCATTCATCCCCGGGTTTAATTCTAATTTGGTGGTAGCCACTTTTTAGATCTATTTTAGAAAGTATAGAGGCTCCCCCAAGTTGGTCTAAAAGGTTGGTTAAACGAGGAATGGGGAAGCGATATTTAACAGTTATTTTGTTTATGGCTCTACTATCAACACATAACCGCCAACTACCATCTTTCTTAGGAGCTAAAAGGGCGGGTACGGCACAAGGACTTAAGCTAGGTTGAATGTGGCCTTTGTCAAGTAATTCTTGGATTTGTTCATGTAATATTTGATATTCCTTAGGACTCATGCGATCGTGTGGAAGATTTGGTAGAGAGCTGCCGGGTACAAGGTCGATTTGGTGTTGGATGTTCCTTAAGGGTGGGAGGGTAGAAGGGGAAGTTGAAATTTCTGGAAATTTGGCTAAAAGCTCACTGATTTGGGTGGGCAGATTTTGTGTTTCTTGGTTTTCAACCTCTCCTTTAACAAGAAAAGCAACTAGACTTTCTTTATGTTTAGGGATAATATCTTTTCCAGAAGTTATGGTAAAAAGTTGTTTTTTAGATGTTCCCTCATGGTGCTTTTTTTTATCCTCAACGTTTCCTAAAGGTAAAAGGACCACTGTTTTTCCCATCCATTCAAAAGTGTAGGTATTATCACGACCTCTATGTAGGGCTTGGTTATCAAACTGCCAAGGTCTACCTAATAAGATATGACATGCATCCATTTCCAACACATCACACACAATTTGGTCTTTATAATGTTGTCCTATGGAAAGTGATACAGTACAAATATCTGAAATTTGTTTCTCACCCCCTTTTTGGATCCAGCTTACCTTGTAGGGATTGGGGTGGGGTTCCGTTTTTAGATTTAAAGCATGCACAAGTTTTTTAGAAACTAAGTTCTCAGTACTACCACTATCAATAATTACTTGACAAATCTTACCATTGACCGTGCATCTTGTGCGAAACAACTTGATTATTTGAGGATTTATCTCGGTCTTGGGTGTAAGGAGGATCTTTTGAATGATGCATGATAGTTGATCTCCTTCCGAATCAGGATCGGCATATTCATAGTCATTCCCACCTTTGGAATCATTAGAGTTTTCCTCATTGTCCTCCTCGCGAATGGTTAGGTTTCGGCGTTGTGGACACTCATTTGAGAGGTGCCTTTGCTGTCCACATCTAAAACATTTTCCAAGAGTAGGGCGATTATATGGATTAGTAGTCTTTTTAGTAAAATTACCTTCCAAACCTTTGCCTGAATGGTTCTTGGACAGAATTTCATCCTTCTTGCCTTGTGCTGAAGAATTGGATGAAGATCCTTGTTGAAAGTTTTTTGTAGTGTCCAGCATGTTTCTTTTTGAAGGTTGCTGTTCTTGTTTAGCCCAATTGCTTCTCCTTTGGTATGTCTTGATTTGTTTCCCCTCTTCATTTTCCTCAATCTTTGTTGCAAGAGAGATGGCATCAGTAAGATAAGCTAGCGGATGTAGATTGACTACCTCTTTGATATCATCACGAAGGCCATTTACAAATCTTGAAATTTATTGTTGTTCGGTCTCAGGTAGGTTGTTTCTAGCCCCCAATCGGTGAAAATCTTCAGTGTAATCAAGAACCGATCGACCACCTTGTTTACGTAGTTGATATTGATTGTACACGATTTGTTCATAGTTGATTGGGAGAAAACGTTTCTTCATTAGGCGTAGCATCTTAGGCCATTTTTTAATGGGTTGCTTTCCATAGTACCGCCGATTATTTTGCAGTTGATCCCACCATGCCGATGCACCACTTTGCAACTTGAATGCAACCAATTTGACCTTTTTGTCTTCTTGATCCAATCCAAGAATTTTTCGACGTCCATCCTCCCACTAAAGCTAGGAAGATCCACCTTCATCTTAATTTCTTGGTTTTCTTGACCATAGTGAACATAATGATGGTTTCTTGGAATTCTTGCGCCTTGAATATGCTGCCTTATGTTTTGAAATTCGCCATCATCCGAAGATTCTAAATCATACATCATAAATTCAGGCATTTGATTTCCAGGGAGTCTACCAACTTGATGATTTCCAAGTTGTAACATAGGATTATCTTGCTGTAAAGGCCTTTCTTGGATTTCTTGGATAGGAGGTTGAACATTTTGATTTGCAGCAACTTCTCTAGGGTTTCTTTGTTCATGGTTAACATCTAAACGAGCTACTTGTTGAGTGAGATTCGCAATTGATCGTTGGATGTCTTCGAATCCTTTTTTCAGCACCTCAATCGATGCTTCAACCGACTGCAAGCGTCGATCGTTGGAGGAAGCTGCCGAGTCCGTTGGTGTTTGAATCAAAAGATCCACTTGTGAACTAAGTTCAAGCTAGGATCGGAGCTCTGATACCACTTGATGTAAACAAGCTGGTGGGTTCTTATTAATGATGAAAAGATGCTGAAACAATACAAAACCAGCCCCTTGTATAGGCTGAAAAACTAACCAAGGGTGAAACTTTAAAGAGTTAAACTAACTACCAGCTTTAATAAGCGGTAAAAAATAAAAGGGGCTGCCCTTTGCCCAAAATAAAAGATAAAACTAACCAAGAAAGGTAAAAATAAAGACCTCTTGGATTTACACAAGAATTATACAAGAGAGGGCAAGAACTTTCAAGAAAGGACAAGATGTCCTACATCACATAGCCCTCTTGATATCTTTTGATTGCATAAATTGGATAATGATGATTTTTTAATAAAAATTATGTGACTATTATCTTGTAGTGGCAAATAGTAGGGGTCTTTCAAGGTTTAGTTGTTACGAGTGTATAATCTCACTATTGTTGCTTATTCATTAGCTTATACCCCAACGTGTGTTCCCATAATGGTGTAAGTGTGGAGTTGGAGACGAGTGTATAATCTCACTATTGTTGCTTATTCATTAGCTTATACCACCACGTGTGTTCCCATAATTGTGTAAGTGTGGGGTTGGAGAACCATTGATGCACACTCAATCTTAATTTTAACAAATAGTATTAAATTCATGGGTAACTCAAAGGAAATTAAATCCCTTGGCTTCTGGGTGTTGGGAGGATAAAATATCCTCCCTTTTTGCTATCCTTACTCGGTATAGTTTTGTTTTAATAAAAACTATTGTAAGTTTGTAACTTTAAAAGGGATTTTAAAATCCTTTATTAACTGTTGACTATTGACACAGAATATCAATGCATTCTTCTATTCCATGACATATCAATCAATTTTAACATGTGTTAAACTAAGCTCTATTGAGTGATGTTTAGATCAGAGTCATGGAGAGAAACGCTCTCTCAATGAGTCTTGAACGTAATTGATTCTTGTTCAAGTTGTGTTTCAGAAAGGAAAGTGCAGATTGAAGAGCTTTGCAAAGGAAAATCTTCGAAAGTTAAGTTTCACTTGGGGAGTGTGAGAATCTAGGTATTATTTATGAAACAAGATCAGTTACACTAGGGAAGAGTTCGAGAGCTTCCTAGTTCTCTCCAGTCTGACCCTTTACACTTCTTACTCAAAAAGGTACCTCCTTCTGTTAAAGGCTTCTAACTATATAGGCATTAACAACAAACTATAACCGACTCTAACTAACATCTATTAGTCCCCACCCTTATTAAGGGCTCAGTAATCAATACAAAAACGCCAGCTTCCATCCTTCTTCTTTACCAACAAAATCGGACTAGAAAACGCGCTGGAGCTAGGTTGAATGATCCCAGTAGAGAGCATTTCATCTACCAGCTTTTCGATCTCATCTTTCTGACATTGAGGATACCTATACGGGCGAACATTCACTGGGGTCGTACCAGGGAACAACTCTATTGCATGATCCAGCTCACGGTGAGGGGGAAGTCCAGGCAACGGTTGGAAAACTGAGTTATGATTCTCCAACACAGAACGTATTACTAAAGGAACGTCATCTCAAAGCTCAACTGAACTGTCATGGAGCTGCTGCAACGCACTAAATTCAACCAAGAATCCTTGTTTCTCCAACTTCAAGGTTTTCATCAAGGATTTCAGAGTGACCTGGGAGCGTATCAAAGATGGATCACCTTGCAAAACAATCTGGTTTCCATGGAGAGTGAAGCTTAGTTGTAGAGTCTGATGATTCGACGTGACATCTCCTAGCGTTTCAAGCCATTTAACACCCAAGATGACATCGACCGTACCCAAAGCGATAGGCAAGAAGTCTTGAACCACCGTCATAGGACCCAATGATAGAACGACATCCTTGCAAATTTGAGCACCCTGAACGGATGAACCGGTGCCCAAGATGGTACCATGCCCATCAATATCACTTAACGGTAGCTTCAGAGTTTTGACTAGCTTCAAAGCAATGAAATTATGCGTTGCTCCACTGTCAACAAGTACGATCACTTCGGTAGCTCCGATTAGTCCTTTCAACTTAATCGTCTTCGGTGATCCTACACTCGTCATTGAATGCGAAGCCACAACTTCGGGCTCCTTATGATCCTGTACAGGCGCAACTTCATCGCTGGCCAGTTCAGCTGACTGCATGGCAACATCTTCAATCGGATGATCAAGATCCATCTCCTCCTCTTGAACCACCATGACCTGAAGTTCTTTCTTCTTGCATCTATGTCCAGGAAAGAATTTCTCTTCACAACGATAACAGAGGCCTTTTCCCCTCTTTATCTGAAGCTCAGCATCCGTCATCCTCTTAAATGGAACTTCAGAGGATTTGGAAGTCGTCTCTGTTCGAACAGTGGTGCCCAACTTACTTGGATTAACAGAAATTGTGCGGGCAGTGGATCCCGCCCCATAATTAGGATATTTGGATTGGGCTGTTGAATTGGATCGGGTCAGAGGTTTAGGACTGAATGGAGCCCCAAAATACTTTTCTTCAAAGTGAAGAAGTTCATGTTCAAGTTTTTGGGCTGTCTCCATTATCATATGTAGCCCAATGGGCCTTGCAACTCTCAGCATGATCTTGATATCATCTTTCACCCCATCGAAAAACTTGCCTTCGAGAGTCGCATTGTCCAGATTGTCCAGAGGTGCCAAATAGTCTTCGAATTTCTCACGATACTCAGTGACGGTCGTCTCGTGCTTAAGGGCAAAAAACCTCTCGTGAAGATTACCTTCTTTCGTCGGCAAGAAGCGTTTCAGCAACAACCGGAGAAATTCTTCCCAGCACGCGATCAGACGACGTTTTTGTTCATAGTAGTGCCATTTCAAGGCCACGCCGTCAAGGCAAAGCACTGCTGCTTCAATCTTCTCCGAGTCCGCCAAACGATTCACCACAAAATATCGCTTTACTTGATGAAGCCATTTGTATGGATTTGCGTTGGAGAACACAAGGATCTCCAACTTCCGAAGCCGAAGGTCGAACACCGGGGCAAACGCATTTGTCAACGCCTGTGGATTAACGGTTTCCACTTCTACTGGAGCTGCTACCCTGGCCGCTTCGTCAGATTTTTTTGGCTGTTCCTTGGCCGGGGCAACATTCTTCGCCTTCAAACTCTCAAAATGTGCTGCCATGGCAAAAAAGCTTTCTTTCATCTGCAGTGCCATATTCGAAAAATTTTCCATAGAATTATGGGTCGCTGCAATCTCTTTTTCCTTGAGCCACAATATTTGCTTCCAAGGCTTCCATACGTGATTCCATGCGAGTTGACATCGTCAGGTAGCGTGCGGAAAGAAAATTTGGCTCTGATACCAAATTGATAGAATCTAGGTATTATTTATGAAACAAGAACAGTTACACCAGGGAAAAGTTCGAGAGCTTCCCAGTTCTCTCTAGTCTGACCTTTTACACTTCCTACTCAAAAAGGTACCTCCTCCTGTTAAAGGCTTCTAACTATATAGGCATTAACAACAAACTATAACCGACTTCTAACTAACATCTATTGGTCCCCACCCTTCTTCTTCTTGCGTCTACTATATACATACTTAACAGGGGGTCTATCAGAGTGTTGCAAGGGTCATAGATTGTTTAGAGGCTATTGGTTCCCATCTTGAAGTGAAGTCTTTCTTTAGGAGAAGAAGCTATCTTGAAGTGTTGTTGATGTTCTGTTGTAGCGGTAGAACCACATAAGGGGAGAAGGTCATCCATTATCATTACTAAGGGAGGAGGTAAAGGGTGGTTTTTCGTGAGAGATGCCTTGAAAAGCTTGCGCTTGAGAGGTTTGGGAAGGGCACGAGAGAATTTTCGAAGAGTTTGTTCAGTAGCTTGAATCCCCCAGTGAGGTTGGAGTCCTCCCTTGATCAAGTTGTAAAAAGAGATGACAAAATTCACGAGGTGTTCCTCCTCCATTTGCCGTTTCGAGAGAAGGGAAGATTTTTAGGGCACGCTGGTGTTTGCACCATTTTGTGGGGTTTGTGGGGGGGGGGGGGGGAGGAACAATAGAATTTTTAGGGGGACTGAGAGACATCCTTGTGAGGTTTGAGCTAATATTTACATTCTTTGTTTCTTTATGGGCCTCTGTTTCTAAGGCTTTTTGTAATTACATACCAGGTATGATTTTGGTTGACTGGAAACCCTTTCTGTAGTTGGTTTCCTTTGTTTGGGGCTTGGTTTTTTGGATGCCCTTGTATTCTTTCATTTTTTCTCAATGAAAGCCCGATTATTTATCAAAAAAAAAATAAAAATTCACGAGGGTTGGAGGTGGAGGGCGAGGATGATGTTTGAAGCCTCGAATTTTGTATTACTGGTGAAAGGTAAGGCCAACGATTCATGGGCGAAGATTGAAAAAGGATTAAAAACTTGCTTTGGGTCTCACTTCTGCACCAAGTCATTTTTTGGGAACATGGTGGTGGTTCTTTGTGAGGATTTTCAAAAGTGGCAAGCAATGTTCGACTTCAAAAAGGGGCCGATTCTGAATTTTGCATTTATTTATTTTTTCATGGAGTTATGAGAAGATTGTGGAGGAAAGATATTTGCCGTTTATGTAGGGGTGGGTGAAATTCTTGGATGTTCCTCCCCATTTGCGAATGGTGAGCATTATTTCTAAATTGGCGAATTTGTTCAATGGGTTAGTAGGGGATTGTAGTTTTTCGGTGCAGGGAGAAGGGTATGGGGAGGAGATGAGAGCCTTTGTGAAGGGTAGGGAGGATGGTTTTATTCCTAGGGGTTGTTTCTTAAATTGGGAAAGGATTGGGTTCAAGTCGTTGAACTTCATCAGCATCGGAGTTGATGGTTTTGAGAGTTGCTTTTCCTTGTTGAAGAAAAGCACCTTGTCGCTGTTGCTGAAGAGATCGTACATGCATAGGCGGCCAAGTTTAGACAAAGACGTGTAGCTCGCTTAGCCATGTTTTATTTCTTCTAGACGAGGTGCTTTTTCTAATCCGGGAGTTGGGTTTGCTTCAACTCTAAAGGCCCAAACCAAAAAATGGGAGAAAGGAAAGTTGAAAATAGACGTCGGTCCTTCTCAAGTTATGGACCCATATAATCTGAGCGAGGGAAGAAAGGGTTGTGCTATTGGGTTGTGTCAGTCAAGCCTTGGTGTGTTGGGCTTTAGTTATGGATCCTTCTCAAGTTATGGATCTAGAGGAAAGGAAAGAATCAAAGAAGAGGGATTTTTCAGGGAATTTTATTTTTGATGGTGACTTGTCGGGTTGAAGTCATGAAGGAGAGGGACCCAACCTCGGTATTTCAACACCTAATCCTTCGATGATGAGTAGCTCTGAAGATGATTCCTTCCTTTCTTCGTTGGTGGAAAGAAAACTTGGACATAATGCTGTTTCTTTGCTTTTTGATGAGACGGTCGAAGCTTCCTTGGATTTAATCCCTGAGTTCGCTTTGGTGTTTGACGAAAAGGATAATTTCAAGTCGTTGGTGGAGTAGTCACTAGAAGTTTAGTCCACGAGAAAAGTGCGTGCTTCATCTCCAGGTACTTCAAATCAGGTACAAACTCCCTTTTTGAGTTTTTCGAGTATCAGACTGTGGGCTAGCGTTGCTGTAGGGAGATGATCAAGGAGTTCCTCCTCCATCCGCCTTTCCAAGAGAAAAGAAGATTTTTATGGCTTGCTAGTGTTTGCACCATTTTGTGGGGTTTGTGGGGGGAGAGGAACAATAGAATTTTTAGAGGAGCTGAGAGAAATCCTTGTGAGGTTTGGGCTAATATTACTTTTTTTGTTTCTTTATGGGCCTCTGTTTCTAAGGCTTTTTGTAATTACCAGTTAGGCTTGATTTTGATTGACTGGAAACCCTTTCTGTAATTGGTTTCCTTTGCTTTGGGCTTGGTTTTTTGGATGCCCTTGTATTCTTTCATTTTTTCTCAATGAAAGCTCGGTTCTTTATAAAAAAAAAAAAACTCCCTTTTTGAGTTTTAACCTTCCTTATTTGGTGCAGATTGCAGAGAATGTGGGACCCCGCTTGTCTAGTCTCTTCTCTACTTTCCTCTCCTAGGCCTTGTTGATTCATGGGATGGGGCCTTGTACTTTTGTACTAGTCAATTCTTTGTTGTTGCCTGTGTTTCCTTATTTGTCATCCTTCCCTTTTCCCTTTGTCTCGAGTGGTTGTGGTTTAGAGGTTTGCAAGGATTCTTCAACGGTTGGAGCGTGTTCAAAAGAGTTGAGTGGTATGAATCTTGCTTCAGTCCCTTCGTTATGTGGGGTTTGCTTGGAGTTAGTCACCCCAGCTTCTGAAAGGCTTGGTGGGTAACCAAGGTCCTAGGGACTTGTCCCACGTTGATTCTTTTCAAGATTTGCTTATTAGAGAGGCATGATTGGTGCTCGCTCCTGAATAGTGGTTGCTTGCAAATTGTGCCTATTGCCTTGATCAAAGCCTCGTTAATGAAAAGGAAGGGGTGAAAGAAAGAGGTTGCTTTGGAGAAAAAGCCCTTAAGAGAGTTTAGGAACCTTGAGTGTTCAGTTAACTATGATGGAAAAGGGTGAGATCGGGGGGGTATTGTTTCTCAATGAAATTCTCTCTTGGAATGTTAGGAGTTTAGGGTTAGGGTAAAAGGAAGTTTGGTGAAAGAGGAATTAAGGGAAAATTCCGATTTTGTCATTCTTTAGGAAACTAAGCGTAATAGGTATTGCAGTCATGTGTTAAAAGTTTGTGGGGCAATCAATTTGTTTTGAGTGGGTTGGTTTGGAGTTGGTTGGAGCCTTGCTAGGTATCCTTATGATGTGGGCTGAGAGACATTTTAAATTGATGGTTGTGTTGAAAGGTGTTTTCTCTGACTTTGGGTTTTGAGTTTCAAAATAGGGGAATTGGATGGAATTACAGGTTCATATGGTCCTCCTTTGCCTAATGGGATAAAAGCTTTTTGGGAAGAGTTAGGTAGCCTCTTTGGTCTTTATGGAGATTTTTCGTGCTTAGCTGGTGATTTCAATGTGTCAAGGTTTCCCTTAGAGAAGTCTAGCGTAGGGTGGGTTACTAGATCAATGTAGTGTTTCAACAGTTTTATGGAGAGGTGTAATCTTATAGGCCCTTCTCTAGTTAACTGTTTTCCCTGGTCTAGTAGAACGAAGAGAGTGGCATGTTGTAGATTAGACATATTTCTCCTCTCTAAAGGTTGGTTGGAGTTCTTTCCTCATGCGAGGTCGTCAATGGGCCCTAAAATTACTTTAGATCTTTTTTTTTTTAAATAAGAAACAACAATTTTCATTGATAAATTAAAAGAGACTAATGCGTAAGGATACTGTTAGGTATCCAAACTAAGAAAACACTCAAACTCTAATATATTGCAATATCAACAAGAAGCTACAATATGCCAATAGCCTTTCTAGAGGGCTATCTCTCTCTCAAAGTCTCACACTAAGACAATACCACTGAAATTTTTCACACCTTCTAAGGATCTCAATTACCCTATTTATAATCAAGACCCCTCTATCCAATTACCACTATCCTTACTACTATTCCACTATTCCCCATATACCTCTATTAGTACTTTCGCATTACTCTGCCTTTCAAAGACACTTTTTCCTCAAGGTATGCTTACACAACCCAATCCTCAAGAAAATGAAAATACAGAGCCAATGCTCTTCCAAAGAAAGAAAATACTCATTGTTTAAAACAAAACCCAGCTAATTGGCACTTTGACGACCATGTGCAGTGATAGATGGTAGTGAGAAGCGGCAATTGGTGGCAACTCATGAAATGTTGATGGCATATCGTCGCAGAAGAGGTGATTGACCCCGACAAATGGTGACAGTTGATGGTGGCCAGTAGCGATGGACAACTATAGATGGTCGAGATGGTTGGTGGTGTGAGCTTGCCCAGTGAAGATGGTGGCAACATAATAGGAAACATGGACGACTAGGGTTTGTTCTTTTCATGTGGAGAGGATGACAAATCAGTTGGACCTTGGGTTTAAAATAACAGAACGTCCAACCTAAAGCTCAATCTTGTTTAACAGTCCCTTTTTCGATCTTTGGAAGCAATTGTGCCAAACTTTCTTTTATTTGAATCTAGCCCATTAAGTAGCCTACCCCTTTCTTTTGGATTCTTCTCCAAGATGATGTTCCACGTGATTAGGGTTAGTTTCTCTTTCTTTTGATTCTTTTCTTTCTTCTTGATTGGCCCACTCGGTTGTCGCTTCTTCATGAATGTTGCCTCAATGCCATCTTTTATTTTTCCTCTCCTAGACCCTTTAAGGGGTTTTCATGTAGCTCTTTTTTTCAAATTCTTTGTGCCCTTCCTCCCTTCCATGGTGATTCTGCATTTTCTTCCCTATTTTTGGAACGTCCAGTGCCAAAGTCACTGAATGGGTAAGTCGCCAATCTCTATAACGAACTATGTAATGTACTTTATTTGCTGGGTTACGGGTGACCATTTTACTGGAGGTTTCTATTGTATCAATCTACAAAGGAAAGTTTCTATAACATTTTTAGGGAAACAAATAGATTTGGGAGGAGCTTTGGGATTGGATTAGATTTAACCCTTCTTTATGGGCATCCGTTAATCGGACCTTTTGTAATTACCAGTTGGGGCTCATTCTTTTTGATTGAGATTCATTCTTGTAATTAGTTTTTGGGGCTTTTGTTAGTAGACTTGTATTTAGTTTTTGGGGCTTGTTTTTTGCATGCCCCTGTTCTTCCTTTCATTTTTCTTATTGGAGGTTCAATTATAAAAAAGAAAACATATGTTAAACTGCCTTGCATTTTTATTGAAGCTCCTATATTATCAAATGACTCCCATAGTTCCTTTTCTTCCCCTTCCCCCCTATTACTGTTGGGACGATTTATTAAACCTATCGAGGCTTCTAGACTTTTGCAAGATATGTTCCACAGAGAAACATTGTGATGATCTGTACCCACCCAACCCCATCCTTCTCGATTGATTATGGATCTATGATCCTCATCAAACTTTCAAGCAAAAGTAGAAATCACAACCTTCCCCATTTAGCCATGATTGAAAGAAAACTCTACACCATTGAGTAGTGTTTTAAAAGGCATGCCCACGCACGAAGCGAGGCACACACCCAATGCACCTCTAGGGTGCCTCTTTATTTTAATCGTTTTTTAAACCCTAAATAGTGCGCTTATGGTTATTATTAAAAAAAAAATTATAAAAACATAAATCCCTAAACGCTATACCCCTTGCATATAGAGTTATGTTTATTTCATTTTTTTTAAAATAAAATATATGAAACTTATGAGACGAGGGAGAGGCACGACAATTGCACCCCCCCCACCCCCCACCCAATTTCTTTTCATCTTCTTCACATTGATGAACAATTCTTATTCCTCTTTCTACTCTTCGCTTCCAGCTATCTCTCGGTCTTCTTTGTTAGTCTCTTTCTCTCTGCCAACTTTCTATCTCGGTTTTTCTCTCTCTCTCTCTCCAAGTCTTTTCATTTCACTCGTCACTTGGTTTCCCTTTCTCCATCTCACTCTTAGTTTATTCTCTCTTTCTCTCCCTAACTATTTTTATTTTATTAAGTTAGTCTAAAATTATAATATGAGATAATTAATTTGATCATTTAAAACTTCATTTCTTTCTAGGAGGATTTTTTAAAACAAGGGACAACACTTTTCATTAAGGAAATGGAAAGAGACTAAAAAATACAAACTCGAGATAAAAATAAAAGAAAAGAAGATTTTTTTTTAATAAGAAACCTCAAAGGGAATATATATTATCAACAAAAGGGCAAAATAGCCTAAGGGCTAGGGTGGAGATCACCCCTCCCATAAACTATCTCAAAAGAGCTTGCAATTCTTTAATTATCATTAATAGACTATAATTACAAAAGAAGTCGTATTTTGTACATAGTTACAAAAGAATCTAAACGTGAGGATTTATCTTCAAACGTTCTCGCGCTCCTTTCTTTCCGCAAGAGCCAAAGAGTTGCTCTAATAGCACAACTAGCTATTATCTTAGCTTTCCCCTTCATATGCCAAACACTAAGCCCTTCCACCACCCAATTGTCTACCTTTCTGGGCAAGCATAACAAGATCCCTAATGGCTAATAGCTTAACTACGAAACACCAAGCCTTATAGGAAAAATCACAATGGACAAATAGGTGATCAATGTTCTCACTATCTTTTAGGCAGAGATGATGTTAGACCTTCAGTGATAAGTCTACTCAAGAAAGGGCAAATAGGGAAATAGGAGTTTAGATAAAGTTTAACTGATAGCAGTTTTTATGTTGTTGGTTTAAATGTTTTTGAATAGGGAGTTATAACTTCCAATTAGTTGGTTGTGTCCTATCTTCTATACATATGTTAGTTATTTTGGAGTCAGGTTTGTAGAGTTTTATTTGAAGTTTGTAGATGGAGAGAACAATGACCCTCTCGAATTGGTCATTTGTGGATAGGTTGTAATCCTGTTGAGAGGAAGTTAGTAAATAAAGGATACCTATCAATTTGGTATTAGAGCACATCTTTCGATCTGGGAAAAGGCAAGAAACACATGGCCCAGAAGAAAATTGATGAACGTTTTGAAGCAGTCGAGAAAGAGATGAATGAGATGAGTGGTGAACTACGACACTTACTTGGACTAGAGCGAGCCATTGAGAGTCTCAAAGAGGACATTGGCTTAATTCTCCTTGCTTTGTAGGACACGTGACCCTTCCCAATGCAAGTTTCACATTTCGACAATGACAAGACCCCAACGAGGGAGACGACGAAGACCAGTGAACCATTTGGACACTTCGCCGATGGTGACTACAAGGGTAAAGAGTATGGGTGAAATAGTAGAACGCCGTTGTCAGAAAAAAAATTGAGATGCCGATTTTTTATGGTGATGATCCGAAATCTTGGATTTTTCAAGTCGAGTGATATTTCGACATCCACACTTTGACAGATTTTGAGAAATTGGTGGTTGCAGTCGTCAGTTTGGTGGTCCGTGCAGTCAAGTGGTATCGATGGGCAGAAAAAAGACGACCTTTTGTTAATTGGGAAGACCTTTGCGCCCGACTTACTAAGCGTTATCATCCCTTGCGTCCAGGCGATACCCACATATGTTTCCTCAAAATCAAGCCAAAAGACATGGTTTTGGACTATTGCGAACAGTTTGAAGCGATGACTAGTTTACTTTTCGATATTTTTGAATCTGTTTTGCGCAGCACCTTCATGAAAGGTTTAAAGAAATGCATACGTATAGATGTACGCCTCTTTAAACCTACTACCCTTGAGGATATGATGGAATTAGCCCAACTAGCAGAGGATCGTGCAACATACAACATGGCCCATGAGTCTAATTCGAATAGCTGGCCTATGGGTCGTGGTTTTTCAGCATCTCCCTATCGTAAACCCTCTGAGGGTGTAATCACTTGCCCGATCACACTTGGTGATCGAACCCAGCGGTACCAAATCTCCCCAAAACCGCAACAACCACAGGTTTTCAGAAACAGGTGGCCACCCCCATTCATCCTCGATTCCACGCTACAAGTGCCTATTAGATGCTGAGTATCAAGCGCGAAAAGATAAGCGCCTCTGTTTTCGTTGTGAAGAGAAGTTCACCATCAGTCATCGCTGTAAACAATGTGCGTTGAACATCTTACTGGTTCACGATGGGGAAGAAGCTGACGAGGACCCTCACGATCACATTGAATCTGAATTACCCATGGAAAGCGAGGAGTTCGTGGAATTATCGCTCACTTCGATGATGGGTTTCACTTCTTCGGGCACCATGAAGCTTACCGAAATAGTCAAAGGTTGGGACATTTTAATTTTGATCGATTGTGGTGGTGCGACACATAATATTATTTCGAGCACTCTGGTGGCGGAATTACAACTTCCTATCAGTGAGACAACAGGATACGACGTCGTGGTGGGAACAGACACTTCTATCCCAAGTAAAGGAAAGTGTTGGCAGGTGGAATTGTTCATACAGGGCTTAACTTTTGTTGCCGATTTTCTTCCTCTGGCATTGGGCAATGTTGATGTTATTCTTAGAATGTCGTGGTTACGTAGTTCGGGTGAGATGACGGTTAATTGGTGCAAGCTAATCTTGCAATTTATTAAGGGCACTGAGCAAGTCGTTCTTTGCGGGGATTCGCAACTAACCAAATCTGCAACCTCACTCTGATCTGTTTCCCGTTCTTGATACCTTAAAGATCAGGGATTTTTAATCGAGTTGAAGAGAGTAACAGTTTCACCAGAATCTTCCCCTATTTTGTTGGGATTTTCAGCGGCGGTCGAAAATCCTTTGGGTGAGATATGAGGTTTGTTAATGCAGTTTCAACAAATCTTTCAAATGCCAGCCACCCTCCCTATTGAACGATTAGTTGATCACTGCATTGTACTTACAAAGGGCACCCAACCCGTTAATAAGCGGCCATGCCGTTATCCTCACATCTAGAAGAATGAAATCGAGCGATTGGTGCAAGAGATGCTTCTAGCTGGTATTATACTTCCTAGTTACAGTCCTTTCTCTAGTCCAGTCCTTTTGGTGAAGAAGAAAGATGGCAGTTGGCGATTTTGCATTGATTATCGAGCCCTTAATTCGGCCACTGTACCAGACAAATTCCCACTTCCCGTCATTGAAGAACTTCTCGATGAGTTGCATGGTTCTCAAATTTTTTCAAAAATTGATCTCAAGTCCAACTATCATCAGATCTGTATGCACAAAGACTGTATTGCCAAAACAGCTTTTTGGACTCATGACACTATGAATTTTTGGTTATGCCTTTTGGTTTAACAAACGCTCTGGCTACTTTTCAGGCTATAATGAATCAGGTTTTTCGGCCTTATTTGCTGAAGTTTGTTCTCGTCTTCTTTGGATATTCTCATTTACAACCCAGATATTGACTCTCTTACTACCCATTTGCTGACCGTGTTTACTTTGTTAGCAGATAACCAATTATATGCTAATATTAAAAAAAATGTCAGTTTGCACAGCCACGTGTGGAATTATCTTGGTCACTGGGTTTCTGCGGAAGGCGTTGAAGCCGATTCAGAAGAAGATAAAGGCTATGGTTAATTGGCTGGTGCCTACAAATTTACGGAAGTTGCGAGGATTCCTTGGTCTCAGCGACTATTATCGTCGTTTTGTTGCTAGTTATGGATCTATCTCTGCTCCATTTACTCAACAATTCAAGAAAGACACATTTAACTGGAATGCAACCGTTGATGAAGCTTTTCATCGCTTAAAGCACGCCATGATTTCTGTTCCTGTGTTGGCCCTTCCAAACTTTTCTGTTGAATTTATTGTGGAGATGGATGCCTCCAGTACGGGATTGGGGGTAGTTTTAATGCAATCGGGTTGCCCTATCGCTTATGAAAAAAGATGTTTAGCGCTATGTGGAAGCATGCCCTATTTGTCAGCAGAATAAGACCTTGCATCTTTCTCTTGTTGGTTTGTTACAACCATTGCCCATTCCACTACAAGTTTGGGATGACATCACCATGGATTTTATCGAGGGATTGCCTTTATCCCATGGATCTAATGTTATTCTTGTAGTATGATGGACTCAGTAAATATGGCCATTTTTTACCTCTTCGACATCCTTTTACTGCCAAATCTGTTGTTGCTGTTTTTATCAATGACGTTAAACTACATGGTTTCCCGCTTTCCATTATCTCCGATCGTGATAAGGTTTTCCTTAGCCATTTTTGGATTGAGTTGTTTCACCTCCAAGGTACCTAGTTACATCGAAGTACAACCTATCATCCCCAAACGGATGGCCAAACTGAAGTGGTCAATCGTTGTCTTGAAACCTATTTGTGTTGTTTTCGTCTGGAAACACCAACACAATGGAAATCTTGGTTGCCTTAGGCTGAATATTGGTACAACACTACTTTTCATTCCTCCATTGGCACCACTCCTTTTCATATTATTATCAGTTTAAAGACACGTGCGATGTATGTTAAATTTCAATGTTTTAATTGAAAATAAAAAAAAAGAAAGACGGTGCCTAGAAGTTTAAAACTATATATTATTTTGTTCTAGGGAGCATTAGAATGAATATAAAATACTTTGCACGTGGTTTAAAATCTTTGGAATATAATTTTTTACGGTGAAAGTTCAAAACTTTACCCTAATGAAAAAGAAACTTCCATCAAATAAGTGAAAAAAAATAAAAAATCTACACTAATGATGATTGCTAATTGTTAGATAAGGTAATTATTTATAAGAAAAGTCATATTATATGCATAAAAATCCACGCACACAGTTGAACATGCATGTCAAAGAAAAAGAGTGAGTTAAAAAGTATTTGCTAAAAGTCATAACATACTAAACACTCTGTATGAAGCTTTTAAAATCACTTTAGTAAAAATCCTTTACAAATAACTTACTTGAGAGTAGTTACACCAAGAGCTCGGTAACAGAGCACATCACTGAACATGTACCTAAACTAGTCATACTATCGTAGAGTAATCTCGATACACACAGAAGAGCAACTAGTCATACTATGTACCAAGTGATCTCAAGGCACATAACAGAGCGAATCTAGTCATACTATGCACCGAGTAGTCTCAAGATGCATAGTAGTGCAATTAGTTATATGCGCGCATAGTAACCCCCAAAGGGCAAATACCCTAACATACGACCCAAAGCTTGGGTTGAGAGTGGGTCCCAAAGACCTCATATATCACATCATACACACACTACGGAAACAATTGGACAAGGAGCCAAAATATCAGAATGAACTAATTCGAAAGGCACACTTGCTCGATTATCAATTCTAACGCTTGGGTTGAGACGATGAAATTTGGCAAATTGACATGAGTCACAATTTAATGAAGATAAGTTATGGAATTGAGGACAAAATTTTCTTAGCACTGACAGAGATGGATGACCTAGATGACAATGAGCATCAAAAGGAGAAACAACTCCAGAGCAGACAACTTAAGGTCACAACTTAAGGTCAAGTCCTCCAGATTTATGTCCTCTGCCAATAATCTTCTTCGTCACAAGATCCTGAAACAAGCAATAGCCAGGATAGAATGAAACACAACAATTAAGGTCACAAGTGAGTTTACTAATAGAGATTAAATTAACAGAAAGTTGAGGTGAATGTAGAACTGATGATAGAGAAAGAGATGGGGTTAGATTGACTGTGCTAGATCCAGTAACAGACAATGTTGATCCATTTGCCAAAGTAACGTTATTAAGCGATGTAGTCTTCTCTTAAACCCTAGAGAAATGTTATTAAGGGATGCAGATGAAGAAAAAGTGGAAAACAAACTAGGATTACCTGTCATATGATCGGTAACACACCAGAGTCTATGACCCATTTGGTTGAGGAGGAAAGAAGACAATGATTCATGTTACTTGATCCAACAATGGTTGTAATAAGGGTAAGCACAGATGATGAAGACGATGCTTTCAATGATTTCTGGTATTGTTGAAATGTAGCAAACTCAGTCATAGAATTAACAAATGGTTCCTTAAATGAACCATGGATGGATTGAGTCTACGATTGTACCACATTAGATATCACTACGTGTTCTTGTTCGGCCATAGGTAAATCTGATTCAAAACCACAAAATTTGAGCCAAACGACCAGACAACTTCCAAAAAATATGAGCTAAATGAAGAGTTCCTAATAAAGAACCCTAATTCGTTTCCAAATCAACTTTTAACCCTAGCCAAGTCAGAGATACTCTTGATACACAATAAATAGCAAACCAGAGCAAATAGAGAAAATTCTAGCCAAACACGCGCTCTCACAAGGTAGGAACAGAACAGAACTGAATAAGAAAACAAATCGAAACCGAGCAAAACACACAACTCGAGTTATACAGACTGGTCATAAATTTCAGCATGAGACGAACCCAACAAACGGAGGGAGAAAAATCACACACACGTGCCTTCACGTGCCGGCGTGTGGTGGCGGTTGCAGGAACTTCCGGCAGCACGTGCAGCTCACTCGCGGGGAGTCTCGATGGCAAATTCAGTACAGCTACTGTTCGGCAAGTGGGCTTTCTTGTGGGTTGGGTGGTGACAATAAATTCCTCCGACGATAGACCTTTATGGCTACAACGACACGGATTCAGGCAGCGACGGTAGTGGCGGCAGTGGATGCAGTTGATGGCGACAGTGACGGTTCAAGGTGGCAAATGTTTTCAGATTAACAAAACCTTCTAAGGTGTTCCAAATCAAACCTTGAAGTTGACAAATTCAAAACCTTAATTGTCCTAGATCTACTCTGATACCATGTTATTGATATATCGAATATGAGAGAAACCAGTATCTTTCTATACAATGGAATCAAATATATATAGGCATACATAAAAGCCCTAAACTAATAATAGTAAAATTACAATAAAGGACCAAAGACTACAAGCTACTATATTCACATATATACTATAACAGTCCGCATATTGGAGAATGGCAACTTCAATAACTTTGCCCACCTAGAGGCCTCTTAGGATTTTCCTTTGCAGACAATAATGGACTGACCGACTAATAGCATCCCCAACGATAGAGAAGAGAAAAGGAGATAAAGGATTTCCTTGCCTTAATCCCCTAGAAGCCCAAATCTTGCCCCAGTTTTCCCATTAATCAAGATAGAAAAGTTGTTGTTTCTAAGGCATCCTTGAATCCACCGTCTCCATAATCTACCAAAGTCTTTAAACTCAAGGATGACATCTTGAAATTCCCAACTCACCTCGTCGTATGCCTTCTCAAGATCTAGCTTGATCATAACCCCTTTATCTTTCTTAAGCTTGCATTCCTCCACTGCCTTCGAAGCCACATGAATAACATCTAAGATCTGTCTACCTTGAACAAAGGCTGCCTGGCAATCATGGATGGTTTGGGGTAAAATAGCTTTCAATCTCTCAGCAAGCACTTTGACTATAATCTTGTACAGGGAAGAAACCAAACTAATCGGCCTGAAGTCCCTGACTTTGGAAGCACTCCTCTTCTTAGGGATTAAGCATATATAAGTTTCGTTGGTGCGCCTGTTAATGATGCCATTTTTGAAAATCTCCTGGAACACCTCTACTAGATTTGATTTCAAGATGTTCAAGAAGTTTTTTTAAAAATTCCCCTGTCATACCATCCGGTCGGGAGATTTTAAGTTACCAATGTCTTGAATTGCTTTGAAAATGTCTTCCTCCCTAAAGGCCTTCTCCAAGTTCATGTTGCTTTGTTGATCAATAGGGGCTCAATCAATTCCATCTATAGTATATCGAGGGCCATTATCTCTCTCATAAAGATTCCCATAGAACTCGAGGATTTCTTTTTCAATCTGACTTCTGTGGATAAGAGATTGCCTTCCTCACTTTCAAGGACTGAAATGCAAGCTCTATTCTTCATGGTAGTAGCCCATTGATGAAAAAAAGAAGAATTCTCATCTCCCTCTTGCAGCCATTAAATTTTACATTTTTTATTTAAGCTTATTTGCTCTTTTATTGTAAGCTCCTAGGAAGCTAGGACACGTCATATATGGCGAAGAATCCGTGTCGGGCACGAACACGTCCGGACATGTTTTGGACACGTGTCGAACACGAGCTGGACACTTGTCAGACACGCAATTTTGCATGTCCTTTTTTTTTTAAAAACAGATACGCTTGGACACGTTGGGACACGGGATTGGACACGTCTGGGCCCAAATCTACAACCCAAAGGGTTATGTTTAATTAAAAAAAAGGAAATAAAACTCTAATAGCCACATAATTGTGAAACGAAAACTCCCACCTACCTACCTTGTCGATCTCCCTCAACGCACTAGTCGCCACCGTCGCCGTCAGCTTCAGAAGTCGCCGCTATGAGTTCTTGATGTTGCTGTTGGAAGATGTCTTCAAAAGCTCCAAAAGTTGCCGTCGGAAGTTGCAAAAGCACCAGCCCACCTTTTCTTTTCTTTTTTTTTTTTAACCTCTTTTCAGTTAAATCTATTTAACCTGGAGAAACCCAGGCCTAGCCCAATAAAAGAAGCATTTTTAAATTAAAAAAAGAAAGAATGATGAAATTAAACTACGGTAAAGAAAAATTTAAATTTATACTAAAAAAAATTATATATATATATATAAAAATTTTAAAAAAATTATATATACTAAAAAAAATTTAAAAAAACAATGTATCCTCAATGTGTCTGTATCCTAGTTTTTTAGAAATTGATGTATCGCCGTGTCCTGTCGTGTCCGCGTTCGTGTCCCGTGTCCGTGTCCGTGCTTTTTAGGTAAGCTCTAACGGCTCGTTTTTCAACTTCATTCTTTGCTCAAGTTGATGAGATTGAATGATCGCTTGCTCTTCTATGTTATCCAGCTGCTCAATCGGATTGAAAATCTCCTTTTTCTTGTCATTTATATTCCTGAAGACTTCTCTATTCCATTGTTTCATGTGAATTTTCAGCCCCTTTAATTTTTTCATAAATTTGAATCCAGCCCATCCTTCAGGATGAAGAAATAAAGACATCCCAATGTAGATAAGCAGAAATCATTCAAACAATTTAAACTAACATTTAAATATCCATCATGGAAAAACTAGAAAAAGACTTGGAAAGAGCGCACCAAGAAGAGGCCTCAAACGAAGAGCATCAAAATGATCAAAAGTCCAACCACAAGAGACTCTTGCTGTAAAATACTCTTGAATTCCTTTTTAACCAGATCTTGGAAAGTAAGACTTTAAATGCATTAACGCACAGAAGATGCGACCTTGTTGATAATGAAATATAGAAGAGCAACTGAGTTGCATTTTCTTTACATGTAATTGAGAGAACCCAAGAGACCTTGAATAATTCAAACAATTTAAACTAATATTTCACCGAATAAGAACAAACCGATGGCATTCGCACAAAATTATGCAACTTTCTCTGCAAAATCTCAGAAGTATCAAGGCTTCCATTCATAACAATACATAGAAGTATATTGATCTTCTTAGGACTTTTGGATTTCCAAATAACCTTATAAATCTTCTTACTCAAAGGAGAAGAAAAAACAAACTTGCGTACCAAAGATTTAACCGAGAATGAACCAGAAGGCTTCAACGACCAAATTCTAGAATCATCCAATGAAATAACCTTCTTTGAAGAAATAAAGCCCAAAAGAGCACTCGAATCATCAAGCTGACCTTTTAACAACCGTTTGTATACTAAAGACCATGGGGAAGTATTTTGATCCCACAAATCAGTCACCACTCCATTTGGATAAGAAGAGATAAGAAAAAGCCTTTGAAAAACTGATCTTACAAAGGCCTTTCACACACCCAAATATCATTTCAGAAGGAAATCCTAGTACCCACACTCAATTTGAAACTAGCCAAAGAGTTTACTTTCTGCCAAATCTTTGAAATATAAACTTTTGAGCCGTATGCCAACCAAAAGAAGATTCACCATGAATGCTCAAAACCACCTTTCTCCAAAAAGCATGAGGCTCAACCATAAATTTCCACCCCCATTTAACTAAAAAAGCTTCGTTCCGATTCTTCAAGCCACCAATGCGGAGAACTGCATATATTTTATTGTGCACAGATCATCACAATGTTTCTGATCTGCAATTCAGTCATCGTACACTCAGTTACTTCTTGTTGCCTTAACAGCTGGTTTCATCGCATCTAACAAGGCGGCAATATTCCCCTCTGCTATCTTGTTCAATTTGGCTTCCATGGTTTCTGTCTTCCCGCTTGACAACAATATGAAAAAGAAGAGACTGTGAAATGATCACAAAAGATTCAATTTCATTGATGATGATCAAAAAAGGGCAGAAAGTATTTATAGAACTTTCTGTGAATACAAAGATAATATAGTTTCAACTGAAAATAACAAAGTGTAAATAAACAGTTGCAAATCATAACAGCTAATGGGCTCTCTTAACACCGCTTGTTATGCCTCAAGATAGAGCTATGATACCACTTGATAGAATGTGCAAGGTGATGGTGAACCATAATTTGCTATTCCAAAAGGCACAAACATAAAAGAAGAATATGCACATATCAAGCTATTTGAGAGGCTTGAGTTCCTCCTCAAAAATTGGTAGAAACACGTTTTTCTTTTTCTTCCTATACCTCACTATAAATCAGTAACCGGTTTACCCAGGCCCCCACTGCCCTCACAAAATATTCCTTCCCTATACGGTCACATAACAAACTCCTCATTTGTGCGAGTTTGCATGTTGTCACTCTTCTTTCACATTTGTATTTGATGGCAGCCTCTCAATTCTACCAGAATATTATAAACTTGGTTAAATATTCTATGGGAGGATTTTGCACTTGAGACTATTGGTGTCATTACAAACAATATGTTTGAACAATTTACAATGCCCTTATGTCTTGTGAAATGTTTTTTATTATGATACGTTGAAGCATCCAAGCTACGTTAAATATTTCAGTTCGCTTTAACAAATACTTCTGAAACATGCCTTATTTAGATGACTTGCATAGAGAGAGGAGATTAATACCACATCATCGCAGCTGTTGAGTTTAGATGTTGTAGATTCTGTACGTATTCTTTTTACTTTACGTTAAGTACTGGTCAAGGATAGAAGTTACTGAGGATGCTTTTCTTGTATTACATAGGTGTGGATATTAGCATGAATACACATTTGAAGGCTGTGAAACTTACCCTAAAGGGGAAAAATCCAGTTACCATGGATCATTTAAGTGTGAGGGGTAACAACATCAGATATTATATTCTTCCTGACAGCTTGAATCTCGAAACTTTACTAGTTGAAGAGACACCCAGGGTCAAGCCCAAGAAACCAACTGCAGGTATGCGTTGTTCTTGTACTCTGGCCTGTACTTTATGGTCATTTCGTGCAAGTTGTTTTATATTGAAGCATATGCAAATCTATTTCAGCATCTTATATGTTATGTCGCTTATGTATTTCTTCTCTCTGCTGCAACTGCAGGGAGGCCTTTGGGACGCGGGCGTGGACGGGGGCGTGGGCGTGGTCGCGGGCGTGGACGCTAGACTAGTTGCTGTTTCAATTTTTGTGCCCTGTAGTGTGAACGCGTGCCATGTATTGCAGGAGAGTTTATGAATTTAGTGACATTGAGAAGTGGTATGACAATCCTCTGTCCAGTCATGTTTATTACAATGCCATCTAGTTCTTTTTTATGATTGATGAAGCTTTGCGATATTTTCTTGTTCCTGGATCCTCCCCTATTGATGATTTACTTTATTAAATGTCATCACAATGATCCCCTGGCATGTATTTAGATTGATATCTCATTTTCTATTTCTTGTATAAAGAAAGATAACCATTTTCTAT

mRNA sequence

ATGGCGGAAATACAAACGTCCTCCCCCAAAAAGCTCCTCGTCCCACCCAAAATGTGGTTGAACCAAAAAAAAATCACAAACCCTACTTGTCTGCTTCCCTCCCTCTCTTTTCAAATTTCACGCCTTCTCTACCCTCCATCTCTTACTAGCGCTCAGTGCCGCTGCCGCTCGCCTTTCTTGCCTTGTGGTGTTGCTCGCTTTGATCTTCTTCCTCTCTCGATCTCGGATCTCGGGAATACGTCACATTTGGTACGAGATAGGGAGTTTTCTTTTGTCATCCACCAAGAAATACGTCACATTTGGTACGAGACAAGGAGTTATTTTTTTCATGCACCAAGGTTTTTAATGAAGCTCAACAATGAGACTGTCTCAATTGAACTCAAAAATGGAACTGTGGTCCATGGCACTATCACAGGTGTGGATATTAGCATGAATACACATTTGAAGGCTGTGAAACTTACCCTAAAGGGGAAAAATCCAGTTACCATGGATCATTTAAGTGTGAGGGGTAACAACATCAGATATTATATTCTTCCTGACAGCTTGAATCTCGAAACTTTACTAGTTGAAGAGACACCCAGGGTCAAGCCCAAGAAACCAACTGCAGGGAGGCCTTTGGGACGCGGGCGTGGACGGGGGCGTGGGCGTGGTCGCGGGCGTGGACGCTAGACTAGTTGCTGTTTCAATTTTTGTGCCCTGTAGTGTGAACGCGTGCCATGTATTGCAGGAGAGTTTATGAATTTAGTGACATTGAGAAGTGGTATGACAATCCTCTGTCCAGTCATGTTTATTACAATGCCATCTAGTTCTTTTTTATGATTGATGAAGCTTTGCGATATTTTCTTGTTCCTGGATCCTCCCCTATTGATGATTTACTTTATTAAATGTCATCACAATGATCCCCTGGCATGTATTTAGATTGATATCTCATTTTCTATTTCTTGTATAAAGAAAGATAACCATTTTCTAT

Coding sequence (CDS)

ATGGCGGAAATACAAACGTCCTCCCCCAAAAAGCTCCTCGTCCCACCCAAAATGTGGTTGAACCAAAAAAAAATCACAAACCCTACTTGTCTGCTTCCCTCCCTCTCTTTTCAAATTTCACGCCTTCTCTACCCTCCATCTCTTACTAGCGCTCAGTGCCGCTGCCGCTCGCCTTTCTTGCCTTGTGGTGTTGCTCGCTTTGATCTTCTTCCTCTCTCGATCTCGGATCTCGGGAATACGTCACATTTGGTACGAGATAGGGAGTTTTCTTTTGTCATCCACCAAGAAATACGTCACATTTGGTACGAGACAAGGAGTTATTTTTTTCATGCACCAAGGTTTTTAATGAAGCTCAACAATGAGACTGTCTCAATTGAACTCAAAAATGGAACTGTGGTCCATGGCACTATCACAGGTGTGGATATTAGCATGAATACACATTTGAAGGCTGTGAAACTTACCCTAAAGGGGAAAAATCCAGTTACCATGGATCATTTAAGTGTGAGGGGTAACAACATCAGATATTATATTCTTCCTGACAGCTTGAATCTCGAAACTTTACTAGTTGAAGAGACACCCAGGGTCAAGCCCAAGAAACCAACTGCAGGGAGGCCTTTGGGACGCGGGCGTGGACGGGGGCGTGGGCGTGGTCGCGGGCGTGGACGCTAG

Protein sequence

MAEIQTSSPKKLLVPPKMWLNQKKITNPTCLLPSLSFQISRLLYPPSLTSAQCRCRSPFLPCGVARFDLLPLSISDLGNTSHLVRDREFSFVIHQEIRHIWYETRSYFFHAPRFLMKLNNETVSIELKNGTVVHGTITGVDISMNTHLKAVKLTLKGKNPVTMDHLSVRGNNIRYYILPDSLNLETLLVEETPRVKPKKPTAGRPLGRGRGRGRGRGRGRGR
Homology
[Close]
BLAST of Lcy07g000290 vs. ExPASy Swiss-Prot
Match: Q9SY09 (Small nuclear ribonucleoprotein SmD1b OS=Arabidopsis thaliana OX=3702 GN=SMD1B PE=3 SV=1)

HSP 1 Score: 199.9 bits (507), Expect = 3.0e-50
Identity = 102/110 (92.73%), Postives = 108/110 (98.18%), Query Frame = 0 

Query: 113 RFLMKLNNETVSIELKNGTVVHGTITGVDISMNTHLKAVKLTLKGKNPVTMDHLSVRGNN 172
           RFLMKLNNETVSIELKNGT+VHGTITGVD+SMNTHLKAVKLTLKGKNPVT+DHLSVRGNN
Sbjct: 5   RFLMKLNNETVSIELKNGTIVHGTITGVDVSMNTHLKAVKLTLKGKNPVTLDHLSVRGNN 64

Query: 173 IRYYILPDSLNLETLLVEETPRVKPKKPTAGR-PLGRGRGRGRGRGRGRG 222
           IRYYILPDSLNLETLLVE+TPR+KPKKPTAG+ P GRGRGRGRGRGRGRG
Sbjct: 65  IRYYILPDSLNLETLLVEDTPRIKPKKPTAGKIPAGRGRGRGRGRGRGRG 114

[Close]
BLAST of Lcy07g000290 vs. ExPASy Swiss-Prot
Match: Q9SSF1 (Small nuclear ribonucleoprotein SmD1a OS=Arabidopsis thaliana OX=3702 GN=SMD1A PE=3 SV=1)

HSP 1 Score: 197.6 bits (501), Expect = 1.5e-49
Identity = 99/110 (90.00%), Postives = 107/110 (97.27%), Query Frame = 0 

Query: 113 RFLMKLNNETVSIELKNGTVVHGTITGVDISMNTHLKAVKLTLKGKNPVTMDHLSVRGNN 172
           RFLMKLNNETVSIELKNGTVVHGTITGVD+SMNTHLK VK++LKGKNPVT+DHLS+RGNN
Sbjct: 5   RFLMKLNNETVSIELKNGTVVHGTITGVDVSMNTHLKTVKMSLKGKNPVTLDHLSLRGNN 64

Query: 173 IRYYILPDSLNLETLLVEETPRVKPKKPTAGRPLGRGRGRGRGRGRGRGR 223
           IRYYILPDSLNLETLLVE+TPRVKPKKP AG+ +GRGRGRGRGRGRGRGR
Sbjct: 65  IRYYILPDSLNLETLLVEDTPRVKPKKPVAGKAVGRGRGRGRGRGRGRGR 114

[Close]
BLAST of Lcy07g000290 vs. ExPASy Swiss-Prot
Match: Q3ZC10 (Small nuclear ribonucleoprotein Sm D1 OS=Bos taurus OX=9913 GN=SNRPD1 PE=3 SV=1)

HSP 1 Score: 155.6 bits (392), Expect = 6.5e-37
Identity = 82/110 (74.55%), Postives = 95/110 (86.36%), Query Frame = 0 

Query: 113 RFLMKLNNETVSIELKNGTVVHGTITGVDISMNTHLKAVKLTLKGKNPVTMDHLSVRGNN 172
           RFLMKL++ETV+IELKNGT VHGTITGVD+SMNTHLKAVK+TLK + PV ++ LS+RGNN
Sbjct: 5   RFLMKLSHETVTIELKNGTQVHGTITGVDVSMNTHLKAVKMTLKNREPVQLETLSIRGNN 64

Query: 173 IRYYILPDSLNLETLLVEETPRVKPKKPTAGRPLGRGRGRGRGRGRGRGR 223
           IRY+ILPDSL L+TLLV+  P+VK KK  A    GRGRGRGRGRGRGRGR
Sbjct: 65  IRYFILPDSLPLDTLLVDVEPKVKSKKREAVAGRGRGRGRGRGRGRGRGR 114

[Close]
BLAST of Lcy07g000290 vs. ExPASy Swiss-Prot
Match: P62314 (Small nuclear ribonucleoprotein Sm D1 OS=Homo sapiens OX=9606 GN=SNRPD1 PE=1 SV=1)

HSP 1 Score: 155.6 bits (392), Expect = 6.5e-37
Identity = 82/110 (74.55%), Postives = 95/110 (86.36%), Query Frame = 0 

Query: 113 RFLMKLNNETVSIELKNGTVVHGTITGVDISMNTHLKAVKLTLKGKNPVTMDHLSVRGNN 172
           RFLMKL++ETV+IELKNGT VHGTITGVD+SMNTHLKAVK+TLK + PV ++ LS+RGNN
Sbjct: 5   RFLMKLSHETVTIELKNGTQVHGTITGVDVSMNTHLKAVKMTLKNREPVQLETLSIRGNN 64

Query: 173 IRYYILPDSLNLETLLVEETPRVKPKKPTAGRPLGRGRGRGRGRGRGRGR 223
           IRY+ILPDSL L+TLLV+  P+VK KK  A    GRGRGRGRGRGRGRGR
Sbjct: 65  IRYFILPDSLPLDTLLVDVEPKVKSKKREAVAGRGRGRGRGRGRGRGRGR 114

[Close]
BLAST of Lcy07g000290 vs. ExPASy Swiss-Prot
Match: Q4R5F6 (Small nuclear ribonucleoprotein Sm D1 OS=Macaca fascicularis OX=9541 GN=SNRPD1 PE=3 SV=1)

HSP 1 Score: 155.6 bits (392), Expect = 6.5e-37
Identity = 82/110 (74.55%), Postives = 95/110 (86.36%), Query Frame = 0 

Query: 113 RFLMKLNNETVSIELKNGTVVHGTITGVDISMNTHLKAVKLTLKGKNPVTMDHLSVRGNN 172
           RFLMKL++ETV+IELKNGT VHGTITGVD+SMNTHLKAVK+TLK + PV ++ LS+RGNN
Sbjct: 5   RFLMKLSHETVTIELKNGTQVHGTITGVDVSMNTHLKAVKMTLKNREPVQLETLSIRGNN 64

Query: 173 IRYYILPDSLNLETLLVEETPRVKPKKPTAGRPLGRGRGRGRGRGRGRGR 223
           IRY+ILPDSL L+TLLV+  P+VK KK  A    GRGRGRGRGRGRGRGR
Sbjct: 65  IRYFILPDSLPLDTLLVDVEPKVKSKKREAVAGRGRGRGRGRGRGRGRGR 114

[Close]
BLAST of Lcy07g000290 vs. ExPASy TrEMBL
Match: A0A6J1DVC4 (Small nuclear ribonucleoprotein Sm D1 OS=Momordica charantia OX=3673 GN=LOC111024391 PE=3 SV=1)

HSP 1 Score: 212.6 bits (540), Expect = 1.7e-51
Identity = 110/110 (100.00%), Postives = 110/110 (100.00%), Query Frame = 0 

Query: 113 RFLMKLNNETVSIELKNGTVVHGTITGVDISMNTHLKAVKLTLKGKNPVTMDHLSVRGNN 172
           RFLMKLNNETVSIELKNGTVVHGTITGVDISMNTHLKAVKLTLKGKNPVTMDHLSVRGNN
Sbjct: 5   RFLMKLNNETVSIELKNGTVVHGTITGVDISMNTHLKAVKLTLKGKNPVTMDHLSVRGNN 64

Query: 173 IRYYILPDSLNLETLLVEETPRVKPKKPTAGRPLGRGRGRGRGRGRGRGR 223
           IRYYILPDSLNLETLLVEETPRVKPKKPTAGRPLGRGRGRGRGRGRGRGR
Sbjct: 65  IRYYILPDSLNLETLLVEETPRVKPKKPTAGRPLGRGRGRGRGRGRGRGR 114

[Close]
BLAST of Lcy07g000290 vs. ExPASy TrEMBL
Match: A0A0A0LD16 (Small nuclear ribonucleoprotein Sm D1 OS=Cucumis sativus OX=3659 GN=Csa_3G851900 PE=3 SV=1)

HSP 1 Score: 212.6 bits (540), Expect = 1.7e-51
Identity = 110/110 (100.00%), Postives = 110/110 (100.00%), Query Frame = 0 

Query: 113 RFLMKLNNETVSIELKNGTVVHGTITGVDISMNTHLKAVKLTLKGKNPVTMDHLSVRGNN 172
           RFLMKLNNETVSIELKNGTVVHGTITGVDISMNTHLKAVKLTLKGKNPVTMDHLSVRGNN
Sbjct: 5   RFLMKLNNETVSIELKNGTVVHGTITGVDISMNTHLKAVKLTLKGKNPVTMDHLSVRGNN 64

Query: 173 IRYYILPDSLNLETLLVEETPRVKPKKPTAGRPLGRGRGRGRGRGRGRGR 223
           IRYYILPDSLNLETLLVEETPRVKPKKPTAGRPLGRGRGRGRGRGRGRGR
Sbjct: 65  IRYYILPDSLNLETLLVEETPRVKPKKPTAGRPLGRGRGRGRGRGRGRGR 114

[Close]
BLAST of Lcy07g000290 vs. ExPASy TrEMBL
Match: A0A1S3C0D0 (Small nuclear ribonucleoprotein Sm D1 OS=Cucumis melo OX=3656 GN=LOC103495011 PE=3 SV=1)

HSP 1 Score: 212.6 bits (540), Expect = 1.7e-51
Identity = 110/110 (100.00%), Postives = 110/110 (100.00%), Query Frame = 0 

Query: 113 RFLMKLNNETVSIELKNGTVVHGTITGVDISMNTHLKAVKLTLKGKNPVTMDHLSVRGNN 172
           RFLMKLNNETVSIELKNGTVVHGTITGVDISMNTHLKAVKLTLKGKNPVTMDHLSVRGNN
Sbjct: 5   RFLMKLNNETVSIELKNGTVVHGTITGVDISMNTHLKAVKLTLKGKNPVTMDHLSVRGNN 64

Query: 173 IRYYILPDSLNLETLLVEETPRVKPKKPTAGRPLGRGRGRGRGRGRGRGR 223
           IRYYILPDSLNLETLLVEETPRVKPKKPTAGRPLGRGRGRGRGRGRGRGR
Sbjct: 65  IRYYILPDSLNLETLLVEETPRVKPKKPTAGRPLGRGRGRGRGRGRGRGR 114

[Close]
BLAST of Lcy07g000290 vs. ExPASy TrEMBL
Match: A0A6J1K070 (Small nuclear ribonucleoprotein Sm D1 OS=Cucurbita maxima OX=3661 GN=LOC111491270 PE=3 SV=1)

HSP 1 Score: 211.5 bits (537), Expect = 3.7e-51
Identity = 109/110 (99.09%), Postives = 110/110 (100.00%), Query Frame = 0 

Query: 113 RFLMKLNNETVSIELKNGTVVHGTITGVDISMNTHLKAVKLTLKGKNPVTMDHLSVRGNN 172
           RFLMKLNNETVSIELKNGTVVHGTITGVDISMNTHLKAVKLTLKGKNPVTMDHLSVRGNN
Sbjct: 5   RFLMKLNNETVSIELKNGTVVHGTITGVDISMNTHLKAVKLTLKGKNPVTMDHLSVRGNN 64

Query: 173 IRYYILPDSLNLETLLVEETPRVKPKKPTAGRPLGRGRGRGRGRGRGRGR 223
           IRYYILPDSLNLETLLVEETPRVKPKKPTAG+PLGRGRGRGRGRGRGRGR
Sbjct: 65  IRYYILPDSLNLETLLVEETPRVKPKKPTAGKPLGRGRGRGRGRGRGRGR 114

[Close]
BLAST of Lcy07g000290 vs. ExPASy TrEMBL
Match: A0A6J1EXE6 (Small nuclear ribonucleoprotein Sm D1 OS=Cucurbita moschata OX=3662 GN=LOC111437383 PE=3 SV=1)

HSP 1 Score: 211.5 bits (537), Expect = 3.7e-51
Identity = 109/110 (99.09%), Postives = 110/110 (100.00%), Query Frame = 0 

Query: 113 RFLMKLNNETVSIELKNGTVVHGTITGVDISMNTHLKAVKLTLKGKNPVTMDHLSVRGNN 172
           RFLMKLNNETVSIELKNGTVVHGTITGVDISMNTHLKAVKLTLKGKNPVTMDHLSVRGNN
Sbjct: 5   RFLMKLNNETVSIELKNGTVVHGTITGVDISMNTHLKAVKLTLKGKNPVTMDHLSVRGNN 64

Query: 173 IRYYILPDSLNLETLLVEETPRVKPKKPTAGRPLGRGRGRGRGRGRGRGR 223
           IRYYILPDSLNLETLLVEETPRVKPKKPTAG+PLGRGRGRGRGRGRGRGR
Sbjct: 65  IRYYILPDSLNLETLLVEETPRVKPKKPTAGKPLGRGRGRGRGRGRGRGR 114

[Close]
BLAST of Lcy07g000290 vs. NCBI nr
Match: XP_004150106.1 (small nuclear ribonucleoprotein SmD1b [Cucumis sativus] >XP_008454659.1 PREDICTED: small nuclear ribonucleoprotein Sm D1-like [Cucumis melo] >XP_022155676.1 small nuclear ribonucleoprotein SmD1b [Momordica charantia] >XP_022157762.1 small nuclear ribonucleoprotein SmD1b [Momordica charantia] >XP_022157763.1 small nuclear ribonucleoprotein SmD1b [Momordica charantia] >XP_038896755.1 small nuclear ribonucleoprotein SmD1b isoform X1 [Benincasa hispida] >XP_038897023.1 small nuclear ribonucleoprotein SmD1b isoform X1 [Benincasa hispida] >KGN59890.1 hypothetical protein Csa_002314 [Cucumis sativus])

HSP 1 Score: 212.6 bits (540), Expect = 3.4e-51
Identity = 110/110 (100.00%), Postives = 110/110 (100.00%), Query Frame = 0 

Query: 113 RFLMKLNNETVSIELKNGTVVHGTITGVDISMNTHLKAVKLTLKGKNPVTMDHLSVRGNN 172
           RFLMKLNNETVSIELKNGTVVHGTITGVDISMNTHLKAVKLTLKGKNPVTMDHLSVRGNN
Sbjct: 5   RFLMKLNNETVSIELKNGTVVHGTITGVDISMNTHLKAVKLTLKGKNPVTMDHLSVRGNN 64

Query: 173 IRYYILPDSLNLETLLVEETPRVKPKKPTAGRPLGRGRGRGRGRGRGRGR 223
           IRYYILPDSLNLETLLVEETPRVKPKKPTAGRPLGRGRGRGRGRGRGRGR
Sbjct: 65  IRYYILPDSLNLETLLVEETPRVKPKKPTAGRPLGRGRGRGRGRGRGRGR 114

[Close]
BLAST of Lcy07g000290 vs. NCBI nr
Match: XP_022931093.1 (small nuclear ribonucleoprotein SmD1b [Cucurbita moschata] >XP_022995872.1 small nuclear ribonucleoprotein SmD1b [Cucurbita maxima] >XP_023533992.1 small nuclear ribonucleoprotein SmD1b [Cucurbita pepo subsp. pepo] >KAG7036369.1 Small nuclear ribonucleoprotein SmD1b [Cucurbita argyrosperma subsp. argyrosperma])

HSP 1 Score: 211.5 bits (537), Expect = 7.6e-51
Identity = 109/110 (99.09%), Postives = 110/110 (100.00%), Query Frame = 0 

Query: 113 RFLMKLNNETVSIELKNGTVVHGTITGVDISMNTHLKAVKLTLKGKNPVTMDHLSVRGNN 172
           RFLMKLNNETVSIELKNGTVVHGTITGVDISMNTHLKAVKLTLKGKNPVTMDHLSVRGNN
Sbjct: 5   RFLMKLNNETVSIELKNGTVVHGTITGVDISMNTHLKAVKLTLKGKNPVTMDHLSVRGNN 64

Query: 173 IRYYILPDSLNLETLLVEETPRVKPKKPTAGRPLGRGRGRGRGRGRGRGR 223
           IRYYILPDSLNLETLLVEETPRVKPKKPTAG+PLGRGRGRGRGRGRGRGR
Sbjct: 65  IRYYILPDSLNLETLLVEETPRVKPKKPTAGKPLGRGRGRGRGRGRGRGR 114

[Close]
BLAST of Lcy07g000290 vs. NCBI nr
Match: XP_022963993.1 (small nuclear ribonucleoprotein SmD1b-like [Cucurbita moschata] >XP_023553601.1 small nuclear ribonucleoprotein SmD1b-like [Cucurbita pepo subsp. pepo] >KAG7011241.1 Small nuclear ribonucleoprotein SmD1b [Cucurbita argyrosperma subsp. argyrosperma])

HSP 1 Score: 210.7 bits (535), Expect = 1.3e-50
Identity = 108/110 (98.18%), Postives = 110/110 (100.00%), Query Frame = 0 

Query: 113 RFLMKLNNETVSIELKNGTVVHGTITGVDISMNTHLKAVKLTLKGKNPVTMDHLSVRGNN 172
           RFLMKLNNETVSIELKNGTVVHGTITGVDISMNTHLKAVKLTLKGKNPVTMDHLSVRGNN
Sbjct: 5   RFLMKLNNETVSIELKNGTVVHGTITGVDISMNTHLKAVKLTLKGKNPVTMDHLSVRGNN 64

Query: 173 IRYYILPDSLNLETLLVEETPRVKPKKPTAGRPLGRGRGRGRGRGRGRGR 223
           IRYYILPDSLNLETLLVEETPRVKPKKPTAG+P+GRGRGRGRGRGRGRGR
Sbjct: 65  IRYYILPDSLNLETLLVEETPRVKPKKPTAGKPMGRGRGRGRGRGRGRGR 114

[Close]
BLAST of Lcy07g000290 vs. NCBI nr
Match: GFP82007.1 (small nuclear ribonucleoprotein sm d1 [Phtheirospermum japonicum])

HSP 1 Score: 210.3 bits (534), Expect = 1.7e-50
Identity = 108/110 (98.18%), Postives = 109/110 (99.09%), Query Frame = 0 

Query: 113 RFLMKLNNETVSIELKNGTVVHGTITGVDISMNTHLKAVKLTLKGKNPVTMDHLSVRGNN 172
           RFLMKLNNETVSIELKNGTVVHGTITGVDISMNTHLK VKLTLKGKNPVTMDHLSVRGNN
Sbjct: 5   RFLMKLNNETVSIELKNGTVVHGTITGVDISMNTHLKTVKLTLKGKNPVTMDHLSVRGNN 64

Query: 173 IRYYILPDSLNLETLLVEETPRVKPKKPTAGRPLGRGRGRGRGRGRGRGR 223
           IRYYILPDSLNLETLLVEETPRVKPKKPTAGRP+GRGRGRGRGRGRGRGR
Sbjct: 65  IRYYILPDSLNLETLLVEETPRVKPKKPTAGRPIGRGRGRGRGRGRGRGR 114

[Close]
BLAST of Lcy07g000290 vs. NCBI nr
Match: XP_022771087.1 (small nuclear ribonucleoprotein SmD1a-like [Durio zibethinus])

HSP 1 Score: 210.3 bits (534), Expect = 1.7e-50
Identity = 108/110 (98.18%), Postives = 109/110 (99.09%), Query Frame = 0 

Query: 113 RFLMKLNNETVSIELKNGTVVHGTITGVDISMNTHLKAVKLTLKGKNPVTMDHLSVRGNN 172
           RFLMKLNNETVSIELKNGTVVHGTITGVDISMNTHLK VKLTLKGKNPVTMDHLSVRGNN
Sbjct: 5   RFLMKLNNETVSIELKNGTVVHGTITGVDISMNTHLKTVKLTLKGKNPVTMDHLSVRGNN 64

Query: 173 IRYYILPDSLNLETLLVEETPRVKPKKPTAGRPLGRGRGRGRGRGRGRGR 223
           IRYYILPDS+NLETLLVEETPRVKPKKPTAGRPLGRGRGRGRGRGRGRGR
Sbjct: 65  IRYYILPDSINLETLLVEETPRVKPKKPTAGRPLGRGRGRGRGRGRGRGR 114

[Close]
BLAST of Lcy07g000290 vs. TAIR 10
Match: AT4G02840.1 (Small nuclear ribonucleoprotein family protein )

HSP 1 Score: 199.9 bits (507), Expect = 2.1e-51
Identity = 102/110 (92.73%), Postives = 108/110 (98.18%), Query Frame = 0 

Query: 113 RFLMKLNNETVSIELKNGTVVHGTITGVDISMNTHLKAVKLTLKGKNPVTMDHLSVRGNN 172
           RFLMKLNNETVSIELKNGT+VHGTITGVD+SMNTHLKAVKLTLKGKNPVT+DHLSVRGNN
Sbjct: 5   RFLMKLNNETVSIELKNGTIVHGTITGVDVSMNTHLKAVKLTLKGKNPVTLDHLSVRGNN 64

Query: 173 IRYYILPDSLNLETLLVEETPRVKPKKPTAGR-PLGRGRGRGRGRGRGRG 222
           IRYYILPDSLNLETLLVE+TPR+KPKKPTAG+ P GRGRGRGRGRGRGRG
Sbjct: 65  IRYYILPDSLNLETLLVEDTPRIKPKKPTAGKIPAGRGRGRGRGRGRGRG 114

[Close]
BLAST of Lcy07g000290 vs. TAIR 10
Match: AT3G07590.1 (Small nuclear ribonucleoprotein family protein )

HSP 1 Score: 197.6 bits (501), Expect = 1.1e-50
Identity = 99/110 (90.00%), Postives = 107/110 (97.27%), Query Frame = 0 

Query: 113 RFLMKLNNETVSIELKNGTVVHGTITGVDISMNTHLKAVKLTLKGKNPVTMDHLSVRGNN 172
           RFLMKLNNETVSIELKNGTVVHGTITGVD+SMNTHLK VK++LKGKNPVT+DHLS+RGNN
Sbjct: 5   RFLMKLNNETVSIELKNGTVVHGTITGVDVSMNTHLKTVKMSLKGKNPVTLDHLSLRGNN 64

Query: 173 IRYYILPDSLNLETLLVEETPRVKPKKPTAGRPLGRGRGRGRGRGRGRGR 223
           IRYYILPDSLNLETLLVE+TPRVKPKKP AG+ +GRGRGRGRGRGRGRGR
Sbjct: 65  IRYYILPDSLNLETLLVEDTPRVKPKKPVAGKAVGRGRGRGRGRGRGRGR 114

[Close]
BLAST of Lcy07g000290 vs. TAIR 10
Match: AT3G07590.2 (Small nuclear ribonucleoprotein family protein )

HSP 1 Score: 197.6 bits (501), Expect = 1.1e-50
Identity = 99/110 (90.00%), Postives = 107/110 (97.27%), Query Frame = 0 

Query: 113 RFLMKLNNETVSIELKNGTVVHGTITGVDISMNTHLKAVKLTLKGKNPVTMDHLSVRGNN 172
           RFLMKLNNETVSIELKNGTVVHGTITGVD+SMNTHLK VK++LKGKNPVT+DHLS+RGNN
Sbjct: 5   RFLMKLNNETVSIELKNGTVVHGTITGVDVSMNTHLKTVKMSLKGKNPVTLDHLSLRGNN 64

Query: 173 IRYYILPDSLNLETLLVEETPRVKPKKPTAGRPLGRGRGRGRGRGRGRGR 223
           IRYYILPDSLNLETLLVE+TPRVKPKKP AG+ +GRGRGRGRGRGRGRGR
Sbjct: 65  IRYYILPDSLNLETLLVEDTPRVKPKKPVAGKAVGRGRGRGRGRGRGRGR 114

[Close]
BLAST of Lcy07g000290 vs. TAIR 10
Match: AT4G02840.2 (Small nuclear ribonucleoprotein family protein )

HSP 1 Score: 191.8 bits (486), Expect = 5.8e-49
Identity = 102/120 (85.00%), Postives = 108/120 (90.00%), Query Frame = 0 

Query: 113 RFLMKLNNETVSIELKNGTVVHGTIT----------GVDISMNTHLKAVKLTLKGKNPVT 172
           RFLMKLNNETVSIELKNGT+VHGTIT          GVD+SMNTHLKAVKLTLKGKNPVT
Sbjct: 5   RFLMKLNNETVSIELKNGTIVHGTITDEYTRFYLNRGVDVSMNTHLKAVKLTLKGKNPVT 64

Query: 173 MDHLSVRGNNIRYYILPDSLNLETLLVEETPRVKPKKPTAGR-PLGRGRGRGRGRGRGRG 222
           +DHLSVRGNNIRYYILPDSLNLETLLVE+TPR+KPKKPTAG+ P GRGRGRGRGRGRGRG
Sbjct: 65  LDHLSVRGNNIRYYILPDSLNLETLLVEDTPRIKPKKPTAGKIPAGRGRGRGRGRGRGRG 124

[Close]
BLAST of Lcy07g000290 vs. TAIR 10
Match: AT1G20580.1 (Small nuclear ribonucleoprotein family protein )

HSP 1 Score: 50.4 bits (119), Expect = 2.1e-06
Identity = 33/112 (29.46%), Postives = 60/112 (53.57%), Query Frame = 0 

Query: 113 RFLMKLNNETVSIELKNGTVVHGTITGVDISMNTHLKAVKLTLKGKNPVTMDHLSVRGNN 172
           + L + +   V++ELK+G +  G++   + + N  L+ +  T K      ++H+ +RG+ 
Sbjct: 10  KLLHEASGHIVTVELKSGELYRGSMIECEDNWNCQLEDITYTAKDGKVSQLEHVFIRGSK 69

Query: 173 IRYYILPDSLNLETLLVEETPRVKPKKPTAGRPLGRGRGRGRGR---GRGRG 222
           +R+ ++PD L    +      R+K K  + G  +GRGRG  RG+   G GRG
Sbjct: 70  VRFMVIPDILKHAPMFKRLDARIKGKSSSLG--VGRGRGAMRGKPAAGPGRG 119

The following BLAST results are available for this feature:
BLAST of Lcy07g000290 vs. ExPASy Swiss-Prot
Match NameE-valueIdentityDescription
Q9SY093.0e-5092.73Small nuclear ribonucleoprotein SmD1b OS=Arabidopsis thaliana OX=3702 GN=SMD1B P... [more]
Q9SSF11.5e-4990.00Small nuclear ribonucleoprotein SmD1a OS=Arabidopsis thaliana OX=3702 GN=SMD1A P... [more]
Q3ZC106.5e-3774.55Small nuclear ribonucleoprotein Sm D1 OS=Bos taurus OX=9913 GN=SNRPD1 PE=3 SV=1[more]
P623146.5e-3774.55Small nuclear ribonucleoprotein Sm D1 OS=Homo sapiens OX=9606 GN=SNRPD1 PE=1 SV=... [more]
Q4R5F66.5e-3774.55Small nuclear ribonucleoprotein Sm D1 OS=Macaca fascicularis OX=9541 GN=SNRPD1 P... [more]
BLAST of Lcy07g000290 vs. ExPASy TrEMBL
Match NameE-valueIdentityDescription
A0A6J1DVC41.7e-51100.00Small nuclear ribonucleoprotein Sm D1 OS=Momordica charantia OX=3673 GN=LOC11102... [more]
A0A0A0LD161.7e-51100.00Small nuclear ribonucleoprotein Sm D1 OS=Cucumis sativus OX=3659 GN=Csa_3G851900... [more]
A0A1S3C0D01.7e-51100.00Small nuclear ribonucleoprotein Sm D1 OS=Cucumis melo OX=3656 GN=LOC103495011 PE... [more]
A0A6J1K0703.7e-5199.09Small nuclear ribonucleoprotein Sm D1 OS=Cucurbita maxima OX=3661 GN=LOC11149127... [more]
A0A6J1EXE63.7e-5199.09Small nuclear ribonucleoprotein Sm D1 OS=Cucurbita moschata OX=3662 GN=LOC111437... [more]
BLAST of Lcy07g000290 vs. NCBI nr
Match NameE-valueIdentityDescription
XP_004150106.13.4e-51100.00small nuclear ribonucleoprotein SmD1b [Cucumis sativus] >XP_008454659.1 PREDICTE... [more]
XP_022931093.17.6e-5199.09small nuclear ribonucleoprotein SmD1b [Cucurbita moschata] >XP_022995872.1 small... [more]
XP_022963993.11.3e-5098.18small nuclear ribonucleoprotein SmD1b-like [Cucurbita moschata] >XP_023553601.1 ... [more]
GFP82007.11.7e-5098.18small nuclear ribonucleoprotein sm d1 [Phtheirospermum japonicum][more]
XP_022771087.11.7e-5098.18small nuclear ribonucleoprotein SmD1a-like [Durio zibethinus][more]
BLAST of Lcy07g000290 vs. TAIR 10
Match NameE-valueIdentityDescription
AT4G02840.12.1e-5192.73Small nuclear ribonucleoprotein family protein [more]
AT3G07590.11.1e-5090.00Small nuclear ribonucleoprotein family protein [more]
AT3G07590.21.1e-5090.00Small nuclear ribonucleoprotein family protein [more]
AT4G02840.25.8e-4985.00Small nuclear ribonucleoprotein family protein [more]
AT1G20580.12.1e-0629.46Small nuclear ribonucleoprotein family protein [more]
InterPro
Analysis Name: InterPro Annotations of Sponge gourd (P93075) v1
Date Performed: 2021-12-06
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
IPR001163LSM domain, eukaryotic/archaea-typeSMARTSM00651Sm3coord: 113..178
e-value: 1.1E-16
score: 71.5
IPR001163LSM domain, eukaryotic/archaea-typePFAMPF01423LSMcoord: 113..177
e-value: 1.9E-17
score: 62.7
NoneNo IPR availableGENE3D2.30.30.100coord: 108..193
e-value: 1.9E-31
score: 109.4
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 201..222
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 193..222
NoneNo IPR availablePANTHERPTHR23338:SF53SMALL NUCLEAR RIBONUCLEOPROTEIN SM D1coord: 113..218
IPR027141Like-Sm (LSM) domain containing protein, LSm4/SmD1/SmD3PANTHERPTHR23338SMALL NUCLEAR RIBONUCLEOPROTEIN SMcoord: 113..218
IPR034102Small nuclear ribonucleoprotein D1CDDcd01724Sm_D1coord: 113..201
e-value: 7.58865E-61
score: 183.58
IPR010920LSM domain superfamilySUPERFAMILY50182Sm-like ribonucleoproteinscoord: 114..221

Relationships

The following mRNA feature(s) are a part of this gene:

Feature NameUnique NameType
Lcy07g000290.1Lcy07g000290.1mRNA


GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0000387 spliceosomal snRNP assembly
biological_process GO:0006396 RNA processing
cellular_component GO:0071013 catalytic step 2 spliceosome
cellular_component GO:0000243 commitment complex
cellular_component GO:0034715 pICln-Sm protein complex
cellular_component GO:0071011 precatalytic spliceosome
cellular_component GO:0034719 SMN-Sm protein complex
cellular_component GO:0097526 spliceosomal tri-snRNP complex
cellular_component GO:0005689 U12-type spliceosomal complex
cellular_component GO:0005685 U1 snRNP
cellular_component GO:0005686 U2 snRNP
cellular_component GO:0005687 U4 snRNP
cellular_component GO:0005682 U5 snRNP
molecular_function GO:0003723 RNA binding