Sgr012520 (gene) Monk fruit (Qingpiguo) v1

Overview


Name	Sgr012520
Type	gene
Organism	Siraitia grosvenorii (Monk fruit (Qingpiguo) v1)
Description	survival of motor neuron-related-splicing factor 30
Location	tig00153425: 232976 .. 252527 (+)
RNA-Seq Expression	Sgr012520
Synteny	Sgr012520

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonCDSpolypeptide

Hold the cursor over a type above to highlight its positions in the sequence below.

ATGCAAGGAGGAGAAGATGTAAGCATTGAAGAGTTGGCTTCGAATCTCTCTACCTACAAAGACCAGCTTCAGCAGGTACTCCTCTCCTCCCTCCTTTCTGCCTATGACTTACTTGTACTTTCTCTAAATTGTTTTGATTTTGTTTAATTTATTAGGGATTCTCTTTTCTCAATTTTCTCGAAAGCAAAATTGGATATCTATGATATTTGTAACTTTTTCTTTTCTCATTCTTGGTTCTTCTTCCTAGTAGTTCGTATCTTTATTTGGGTTTTATTCACCACCTTGGAGGGTCGCCGTACTGAGTTCACCGAATTCGGAGGTTGAATAATTGCACTAAACCTACCTAGGAAGTTAGAACTTAATCCAGAAAAACTATTATTAAGATTTCTTTTTTGGATTTTCCTGTTGAATGAGGTTTATCTATTCTGGTTGTTTGTTTGTTTGTTTTTTTTTTAGTCTATCTTCGCAAATATTTTATTTTTGTATTTAGAATACTGAAAATCTTGAACAGGGTTTAAGAAACTGAATAGTTTTACATTTGGTTATCTATCAGTCACTTCCTTCACATAACTATGAGTTCTTGGCTTTCACACGTGGCTTCACATAACTCTATGACTTTCTATCCTGATCCAGGTCAGACAGCTGTTAGATGATGATCCCAGCAACTCTGAATACGCAGATATGGAAAAGGAGCTTGAAGAGGTAGTTTGTTTTTGTCCTCCTAATACGCTCATCCTTCCTTCTGTGAACTTGTCAGATGTGTATGGTTTAGCACTCTTCATATTCCCCCTCAATGTATTTTTAGGTTCATCTTCTGCTGTAGCACTAAGGATCAGAGAGCGCTCAGAATTATTATTTTTATTATGTGGGTTACCAGTCCAGTTTGCTTTGTTTCTTTTGTTTGTCTTCCTTCTTCCTTTTAAAGGAAACATGTTCAAATAAGAAAGAGTTATGGCTTCTGTGGAGATTGCCATTTTCATTTTTGGGAAGAAAAGGTGAGGGCATCTTTTATCTTTCATTTATGTGCTCCAGAGCTCAAATTTCTGGTGGATAAATGATGATTATTGGATATGTATAAAAAATTTGAAACTTCATCAAGATGCGCATCACTTCTACCTTGGTTCCCTTGCAGGTGTGCTAATATACGTGATGGCCAGTCTGCTCTTCCCTGACCTCCTTTCAGATGCTGATCCTGGATTTAAGTTCTTGTTTTTTTTTTTTTAAATTTTTTGGGACAAATACCTGATCTTTATGAGATTTACAGTTTAAGAGTATATTTTAACAGCAACATTGGACTTGGGCTAAAGTTGCAGTAATGCAGGTTATCGCTTTGACTGAAGAACTTCTTGCAACAGCAAAGCAAAATGAGATTTCTGGATCAAACGTAGAAACTGGTGACAACAGTCCATCAATTAGTTTCCTGCAGTCTAAAGGAAATAAGATGGTAAGTTCACATTTGTCCTTGTTTTACCCGTTACATTTGTTTCCTGGAAGCAATACAATGTTATAAATGGTTATGGCTTTAGATTTGATGCACACTGTTTGGATCTCTGTGTGGTTGGTGATGGATATTGGTGGTATGGTGTGTGGGTGCGCATGCAACTGCAAACACATTTGTGTCTTTGTGTTCTGAAGGCTTGATATGTCTGCCTTGTTTGGAAGCATCGCTTCTAAATGGTACTTGCATGTGATTTTATTCTGATGTGCTAGTTAAATGGCACTTGGTGGTGCATACTTTTGGGTTTGAATTCAATTCTTTGTCTCTATGGGCTTCTGCTTCAAAGGGCTTTATATTTACGCTTTCACTCATTGTTAACAATTAGGGACTGAATTTGTAAATGAGAGATTCTTTTGTAATTTGAACTTGTCTGTTATTTGTAATTTATAAGTTATTTTGTGGTAGGGCTATTATCAACTCTCATCCTGTTCCTGTATACTCCTTTGGATGTTAAATGAATATTTAAATCTTATTGGAGCCAATGTTGTGTAACTAAATTGAACCTTTGTAACTTCCCAACTGATGGAGGTCATGTAATCTGGATTTGGCTACAAACAAAATCTCTTAACTTTCTCATTTGGAAATTGGACATTTTATTTTTAAAAGCATGTTATATTGATTAATAGGTTTTTTACAACTTTTCAGATTTCTTCTTAATAATTATAACTTTTCCTAATAATTGTTTTTAAAACTTCAAGGGGCATTTGGAATACGAAAATTAAAGGTTGGGGATTGAGTTAACAACCATGGCTAGGCCTAGTGGTATTAGAGCATGTGAAAAAAATAAAGGGATTTTGAGAAAATGAATTCAAACTCCATGGTGGTTATCTATCTAGGATATTAAAATTCTATGAGTTGTTTGACAATCAAATATTGTAAGGTCAGGTGATTGTCTCATGAGATTAGTTGAGGTGTTCTTAAGTTGGCTTGGACATCTTGACCTGGATAGTCATGGATATAAAAAATAAAAAAGAAAATAGGTTGGGGACAGAGTATTGAAAACCCATATTATTATTTGGTGTTGGCATCCTAAACTCACATAAATAATTAATTACTCAATTTAGTTTCTTTAATTTTAATTATTGATTTCTTAATTAGGAATAACTTTTTAAATGTAGTCTGAAATAATTAATTAAACAATAATATCGTTAATAAATTTAGTTTTACTCTATACCATTAATCAATTTATAGAAAATATAATAAGATGTTGAATAATAAATAAATAAAATCTAAATCACATTTTACAAACCCCATTTTCATATATCGAATATAATCAATAATCACCTTATGCATTCCCATCCCCACATACCAAAGGCCACCAGAGGTATTAGTGTGTGTGGCATATTATTTGTTTTTACTTGGCCAATTTCAAAGCGTTTCTGTAACTACCCCTTCTTTTTTGTTCTCAGCCAATTGGATAGCCTTTTGTTATCTCCTTTTGAATTGGGTTTCTGATGGATTCCTAAATCTCCCATACCTTTCTGTACCTCCTCTTCTTGTTATTGCAAAAAACAATTCGAATGGTATGACATGGAAGTAGTACCACTGAAGAGACTCTAGAGACTACATAAATTTCTTGGCAATGGAGTCAACCTTCCTTTGAATTGTTTTTTAAATATTGTATTTCATGTACATAATGTTAACGTGGAAGCATGTGCACCAATGTTTGGTGATCTAATATCCTATGTTTTTTGTATGCAGGAAGCTGGAAGCATATCTGATCATCACGAGAAATTTCCTATTGGAACAAAAGTTCAAGCTGTTTGGAGTGAGGATGGGGAGTGGTGAGTAAAAAAAAAAATGGAGAGTTCAATTCACCAACTTATTCCCTTTTTTAGTTAAAAAGAGACATTATTGAAGAAAAAGTGTGTGCAAAAGACATATGTGCTTGAAATTTTACAAATTATTGGAGCAAGTACTAGAAAATATAGAAAAGACTCATTATTCAATGTTTCAAATTGACCGTCCCCAAAAATGCCAGAATAATAACTGTCTGTTTCTATCGTGAGCATGGAGGTACTTCAATTTTTTCTTGAAGATTTAGACTCATTCCAATTTAAGAAACTGTCACATTTCCATAAATGATGGGGGATGATAATATATTAGATTATGTTTTATTTGATTAAGGAATTAGTTTTAGGTTAATTAGTTTTATTAACTTGTTAATTAGTATTTTTAAATTTAAATTAGTCTTTTACATATTCTTGTAAGGCTACAAATAGTCTCTTTCATTTGTAATTGTTAGTTTTGTGGGATATTCTTGAATATTAAGGGTTTAGAGAGGTTTCTCTCAAGCTTGGGAGTTTTCTCCTTGGTTCGGGATGGATTTCCCTCGTTCATGCAAATCCACTGCATCAATAAAGTTATTCTTTATAAAATGGTTATCATTGGAAATCAGTTTTTTGTGCTATTAGGACAGCAGCTAAGCTATCTCAAAATTGGCTAATCTTTGTAAATTTTTTTTCCATTAATACATCTTAAAGAGAAACCTTAGTGTCTTTGTAGAAAAACGAGGTGTTATCAACTTGAGAAGGATGAAAAAACATGTTAAATTTAGAGTTTGGCTAAACCTATTTGAATACCGTGACAACTATAGTCATTCCCTTTGTGAAAATTATGTACCTAAACTCTGTCTTCATCTCCCCCCTCCAGTTTTCAGTTCATTGTGTCTATTAAATTATCTTGTTTTGAGCTTTCGAAGTAAAATCATCCCTTGGTTTCTTATCCAAATGAATGATGAGTCTAGTGAGAATAAGTCTTAATCCGTTGAAGCTGATTTAACTTTCTAGATCTCCCGGCATATTCTAATTTTGTTGATTGACCAACCTTTACTTCTCACAGCCTCACCTTTCTTTGCCTCCTTTATTGAAACTTTCAATTTTGCTTCTATTTATTTAATTACTTTTCCTTTGACTGTTGTTTTTAATAGAAACAAAACTTTTCCCTTGACTGTGTTCAATTATTTACATATTCAGGTATGATGCTATGATTGAAGCCCATACTGTAAATGGTTTCTATGTTTCTTATGATGGTTGGGGAAACAAAGAAGAGGTAAGGTTTCTGTAGCTGCAGTTTGAGTCAATATTTCAGTTCGCTATTGCTCTCCTGATCCTATTCCTTTGTTCCACTGACCCTGCCCTTGTGTCAATTTTATTTACTTCCCTTGCAGAAAATTTTTTTCCTTTCATGCATTTATGTGAACTTATTAGTTCTTTAGCCTGTTCAGACTTCTCAATCTTTCTGTTTTACCAGAATATTTATGTTGCAGACGTGTTTATTAGAATTGAAAAGTTAATTGGTTGGCATTTTCAACATAGTTCGCATGTCTGTTTCAATTCTTTCTAAGTGTATTCTAGCTTTTTCAGAACTATCTGAATCTGATTTTCTCTATATTTTTAATCAGCAATGTGTATATGTTTTTTTTTTTATATGAAAAAACCAATTAAAAGAAAAAAAAAAGCCACAAAAAGAAGGTCCAATCAACATGTGGACGACAACAGGGAACAAAATAAGATAACAAGATTACAAAAAGGAGCCCCAAGCCCCAGTTGTTGGTAATTAAAAAAAGAGGATAATGACGCAGAGGATTTGATGAGCGAACCTAAAAAGAGATATTAACATGCGCCTGATATAAAAGTGTAGAAAATCAAGCTGTAAATTAAGGACTTTTCCAATCAAGCTGTAAATTAGGGATTTTCCTATTAGAGATTTTTCATTTTATACTAAGTTAGTTTCCTTGCATTTTTCTCTTTCCATATAACTTTAGATTGATTGCTTAATTCTTCTAGCATACATGATTGAGAATTCTCAATCATCCTCTTGTATAAATCTGAGTTTTTTCTTTCCACTCAAAGAATAAGAAATACATTTTGCTCTCATACATAGCTTTGTGGTATCAGAGCCTTGAATTTCTTCAAACCCTAGCCGTCGTCGCCAGACTAGCCTTCTTCCGTCGAGCATCCCTATCTAGAAAACCCTAGCCATCACGCGTCCTTCACAAAACCCTAGCTGTTGCTCGAACTCGCAGATCTTGCTGCTGTTGTCTCTGCTGCAACAGCCGCCGCCGCCTCTGCCTCCTCCACTGCTGCCGTCGCAGCCGCCATTGTTGCCTCTGTGTCTTTCTCTCCAGACAGTGACCTAATTTTTCTTCTTTGCTTCCTCTTATTTTTATATAATGTCAGGATCAAAATCGTAAATTACCATTTTGCCCTCCACTGAGAGCAACAATACTCAGATAACATGTCACAAACTCAAAGGCCACAACTATCTTCAGTGGTCCCAATCTGTGATGATGTTCATGTATGGTCGTGGACGAGAAGACTATATCACGAGTAAAGCAGCTTCACCCAATCTCGAGGATCCAAAATTTTGCATATGGAGGGCCGAAAACAATCAAGTTATGAGCTGGTTGATCAACTCTATGACTAATGAGATTGGGGAGAATTTTCTTCTATTTTCAATTGCCAAAGAGATTTGGGATGCTGCTTGGGACACATTCTCCAATCAGAAAAACACTGCTGAACTCTTCTAGATAGAGACCACTCTTCAAGATCTCAAACAAGGTGATTTATCTGTTACGACTTATTACACCACTTTATCTCGCTATTGGCAACAATTGGACTTATTTGAAACTCATGAATGGAAATGTTCTGATGATGGTGCTCTCTTCTGAAGTATTGTGGAGACAAAAAGGATTTTCAAGTTTCTTATGGGTCTCAATAAATCTTTGGATGAAATTCGTGGTCGAATCTTTGGTACTAAGCCATTACCTAGTCTTCGAGAAGTTTTCGCTGAAGTCTGCTGGGAAGAAAGTTGAAAGCAAATAATGCTGGGACCCAACGAACATCCTCCTGCCCAAAATGGATCTGTCTTTATTTCCCAACTGGATCACTCAAATGATCCAATTGCTCTTGCAGTTCGAAGAAACTCCCAATCATTTGGAGAAAGTCGGCAATGTAAAGGGCGACAATGGTGTGACCATTGTTGTAAACTGGGACATGTCAAAGATACTTGTTGGAAAATACATGGAAAACCAGCAAATTGGAAGCCAAATGCTGCCAAATCAGATCGAGAACTAGGGGTAATGCTGCCGTCTCTGAAACTTCTAACCAACAACCACTTATCAAAAATTTGTTGGATATGCTACAGTAACTATTGAACAAAACCAATTCAACAATAGTAAGTGGTTTTGAGAATGTGCAACAACAAGGTAACCAAAATTCCCTTGCCCTTCATACTCAAACTCTTTCATATGAATGGATCGTGGACTCTGGAGCATCATATCATATGACATGTGATAGATCCTTATTCTCATCTTTTTCTCTTTATATGGGTAATCTTTCGGTTCGAATTGCTGATGGTGCACCTGCTAAAGTAACTGGGATTCAAAGTATTCAAATTTCAAACTCTCTAACCCTTGAATCAGTATTGTTCGTGCCAAAGTTGGAATATAACCTACTGTCTGTGAGGTAAGTTGGATAAAGACTTGAATTGTGAAACTAAATTCCTTGCAAATTCATGTATTTTTCAGGACTTGGGATCGGGGAAGATGATTGACAATGCTGAATTAATTATGTGCAGGATTGTATCTTCTCAAAGCAGCAAGTCCTTCACCATCAAAGGAATGCAGTAAACCTGCAGTTCAGTCTAATCATGAGTCCGCGTATGTTTCGGAGTCTTTAAATCATTCAAATAAAGATAGTCTTGTCATGATGTTGCACTATCGTCTTGGTCATCCCAACTTTGTCTATCTTGAGCGTTTGTTTCCCTCTTTATTTATCAATAAAGAGAGTCAATTTTTCTAGTATGAAATTTGTCAACTCTCCAAACACGTGCTTATTTTTCACCTCATACTTATTTTCCATCTCAACCTTTCTCTCTTATCCATGGAGACATTTGGGGACCTTCAAGGGTAAAAAATATCAATGGGGCACGTTGATTTCTTCTATTTGTTGATGATCACACCCGTTTGAGTTAGACATTCCTTATGAAAGATAAATTTGAAACTAGCCAACTGTTCCTAGTCTTTCATAAAATGATCCAAAATCAGTTTCAAGTCAATATCAAAGTACTTAAAACTGACAATGCTCGTGATTTTTTCAACTCTACTCTTGGGCCCTATCTTCAATCTCATGGTATTGTTCACTAGAGTTCTTGTGTTGACACACCTCAACAAAATGGTGTAGTTGAACGCAAAAATCGCCATCTTCTCGATGTAGCCCAATCCCTAATGCTCACATCCCACATTCCAAAAATTTTCTGGGGTGAAGCTGTTTTAACTGCTACGTATCTCATAAATCGAATGCCCCCCGCATTCTCAAGTTCAACACACCCTTGCAGAGTTTACTTACACTATATCCTACATCTCATCTCGTGTCTCCACTACTAAAAATATTTGGGTGTACCACATTTGTTCATATATATCCTCAGCATCGTAGTAAACTTGATGCACGATCTATGAAATGCATCTTTCTCGGATACTCACCAAACAAGAAAGGATACAAATGTTATCATCCTTCAATGCACCAATTTTTTCATACCATGGATGTCACCTTCTTTGAAAATCAACCATATTTTTGCAATTCTGCGATTTAGGGGGAGCATTGTGATCTTGAACCACAGAATTGGGACTCCATTCCTCACTTTCCTCTAAGCCTATTCGAAAGTTCTTTTGTACCCTCTTCTGAGCCAACTCCCATATCCATCTCTGAGCCTGAACTGCAGGTTTATTCGCGAAGAACAAGACAACCTGAAAGGGACGAAATACAACTTACACAAATTCTGCAAAGCTAAGATCTAAACCAAAATCCCAATGTCCTTGAAACAGTACATGAGATGACAGAAGATGATATGGACAGACCCATTGCTGTAAGGAAAGGTGTGTGCTCATGTACTTAACATCCCATACAGTATCAATTATCTTACACTAATCTGTCACCATTTTTTAGAGCATTTGTGATTTCACTGGATCAGATACAAACTCCCAGCACAGTTCAGGAAGCTTTACAGAGATCTGAATGGAAAGTAGCCACTCTAGAGGAGCTGCAAGCTCTTGAGAAAAATGGGATGTGGATCCTTACAGATTTGCCCTTAGGCAAGCGCACGGTTGGATGTAAATAGATTTTTCCGACCAAACACAAACCAGATGGTAGTATAAAGCGGTTCAAAGCTCGTCTTGTGGCTAAAAGATTCACCCAGGCTTATGGGATTGACTATCAGGAAACCTGTGCTCCAGTTGCCAAGTTACATATTATTCGAGTACTTCTCTTTGTTGCAACTAATCTAGATTAACCATTGTTTCAACTTGATGTAAAGAATGCATTTCTGAATGGCGATTTAGTAGAGGAAGTATACATGGACATACCTCATAGATTTAATGACAGATATACTAGCGGAAAGGTATGTAAACTCGAGAAATCTCTCAATGGACTAAAACAGTCACCTCGGGCTTGGTTTGAAAAATTTACAAATGTGTTGAAACAAGATGGTTATACTCAGTGTCAATTCGATCACACCCTATTCATCCAGCATTTATCACCAAGTAAGATTACTGTGTTAATAGTATATGTTGATGATATAGTTCTCACGAGAAATGCTTTTGAAGAAATGAGTCGGTTGAAGCAACTTCTTTCACGGAAATTTGAAATAAAAGACTTGGGACATCTGAGGTACTTCCTAGGAATGGAAGTAGCAAGATCTAGCAAAGAGATTTCAGTCACTCAACGAAAATACACTTTAGATGTCTTAAGAGAGACTGAGATGAGTGGTTGCAAACCAGTTGATACACCTATGGATGCGAATTCAAAACTTGGAGTTAACCCTGAAAATGAAGCAGTTGATTTAGGCAGGTATCAAGGACTAGTTGGAAAGTTAATATACTTGATTCACACCCGACCAGACATTTGCTTTGCTGTTAGCGTGGTAAGTCAATTTCTAAACAAACCTTCTAAGGAACATATGGAAGCTGTGTATAGAATATTGAGATATCTCAAGCACGATCCTGGAAAGGGCCTCATGTTCAAGAAAACCACGAATCGATCTCTAGAAGTTTACACTGATGCAGATTGGGCTGGATCTCCTGTTGACCGTAAGTCAACATCAGGATATTGTTCCTATGTTTAGGGAAACTTAGTAACCTGGCGCAGCAAGAAACAAGTTGTAGCCCAAAACAGTGCTGAAGCTGAATTTCGATCATTAGCCCATGGTATTTGTGAAGGAATTTGGTTGAAATGTCTTCTTACTGAGCTCAAGGTTGAGATAGAAGGTACTATAGAAGTACTATGTGATAATCAATCTGCCATAGCCATTGCAAGAAACCCGATACATAATGGCTGAATGAAGCATGTCGAGATAGATCGTCACTTCATTATTGAGAAAATTGAGACAAATATAATCAATCTGAGATATGTGCCTTCTCAATAGCAAGCCGCTGATATATTAACTAAGGCTTTGCATCGAACGAGTCTTGGTGGATTAATTTCCAAGCTTGGAATGACTAGCATAGACCATCCAGCTTGAGGGAGAGTGTAGAAAATCAAGCTGTAAATTAGGGATTTTTCCAATCAAGTTGTAAATTAGAGATTTTTTCTCTTAGAGATTTTCCTTGTATTCTAAGTTAGTTTCCTTGTATTTTTTCCTTTCATATAAGTTTAGATTGATTACTTAATTCTAGCATACATGATTGAGAATTCTCAATCATCCTCTTGTATAAATTTGAATTTTTCCTCTCCACTCAAAGAATAAGAAATACATTTTTTCTCATACATAGCTTCAAAAGGTAGTGTAATTCCTAGGAATTTGCAGAAAAGCACTCCAATTTGAGTTAATTAGAAAAAGGTATGATTATAAAAATAATTTTTTTTTGGGAACACCAATTAGATGTGTTAAATCTAGCCTTGTCAACCACCTCTTTCCAACTTCTGACCTTGTCATTAAAAGTTCTATGGTCCCTTTCTGTTTATAACTCCCAAAAATGGCTTTAGTGTCCAACAATAAAATCTTTAAGTACCTGTTGCAACTATGCCCACACTACATCTGCTCAACATTCTGTTTTACATCATGGAATACCCAATGTACACGGAATTAATTCAAATTGCACTTGAACATCTACTACTGAAACGAGATTGGATGAATAGGTTATACTGATTTCTTCACTTTCTCTCATAACACTCACTAATTCTGGCAAGTAGATAGTTCGGCAACTTTTAATAAATTTCTTCTTTTTTTTAACAAGATACGAACGTTTCATAGATAAATGAAAAGGAACAAAATGTTCAAAAGATACAAACTCGCAAAGGAGTGAAAAAAGAAAAAATCGAAAGCATAAAGGGTATAAAAGTATCCCAATTCATACAAATAACCCTACAAGGATAATGTTCAAACAAACTAGAAAGATAACACCAATGAGAAGCTTTGAGATTGACTAGAGCATAACGCTCCAAACATCCTTTGCAAATGTCTTTGAAGATCTTTGGAAACCACTTTAATCAAAACTCAATTATAATGAATTGAACAGCAATAATCCAGAGAAAATAAGCATGAGGAGGCAAGACTGGACCATATTGTAGCTGAAGCTTGTTGAACCTTGAGACATTCCCCAATAACCACTGAAAATTAAAAAGCTATCTTCTGCAGCCTTAAGAGAAACCAAAACTGAAAAGCAAATTTATTTTGGAAAGAGAAAGAAACTTCTTCAAACCTCCACTGCTTAGAAAATTTGACCAAAAGCACCACAACCAAACAAGTCCCCTGTCTTCTTTCTCAAATTGATTATCAAACTAAGGAGCGACTCAAAGGAAGAAGTTGACAAGAGCACCGTCTTTCAGTGAAGCTTTAGAACTTGGGACCTTTAACTTTGGTTTTTGGAATGATTTCTAAAAGAGTAATACCTGTATCGTTGAAGTATTGAAAGAAGTCCTTTTCTGAAATAATTTCAAAACTTTCTGATTTGTTTGAATGACCTTTTATATTCCAGCAATCCAAATTAGGATTTACAGCCTGTGAGGAGTCAGCCTTATCCTCATTAAAAAGAAGTTGGAACTCCTCGGGAAAGGATTGCTCAGCCATATCATTATTGAACCCATCTAAAGCCGGAGAGCCAACCGAATCCATGCCACTGACACTGACATCAATATCTCAAAATTTCCACGTACCGAGGGACTTTTAGTGGTATTCTCGTTTGTTGAGTGAATAAAACCAGAAGAGAAAGAGTTTAAAACCCCTCTTTTATCACAATGCGCTCCATTTTTAAACGTGACAGGTTGTCTTTCCTCGCCAACCTCTTCATTAAAAGCACTATTCAGATTCTCTCCATGAATGCCTTCCTCTTCCAATGAATCCGAATAATTTTCTTGATTATCTTTACAATTTCGTCTGCTGTAGATTAAAGGGAAAGCTTCAATGAATGACTTGTTTGAAAACTTTCTGCACGAGGATAAAGAAGGATCTCTTGGACAATCAACCGTCTGGTCCATGCAAAAGGAGGCCTTTGGACTTCCATCCAAAACAGTCATCGGATGCACCACATTAAATTTGGACAGTGGAGAATCAATCTTTGAACTCTTCATGCAAGGGAGAGTAAATTCCATAGATTCATTACTCAACCTATTTTCAAAAAAGAATGATCATGCAAGGGAGTATCATTAAATGAAGCCCCACCAACCTCCTTAAATTCATTACTCAACCTATTTTCAAAAGAACGGCCATGCAAGGGAGTATCATTAAATGAAGTCCCACCAACCTCCATAAATTCATTACTCAACTGATTTTCAAAAGAATGGCCAAGCAAGAGATGGACATTAAATGAAGTCCCACCAACTTCCTTAAAATGGTAATGACCTAGATCTTCTTCTTCATCGGAATAAAAAGGGATGCATGGTGACTCTTCATCTTCCAAAACCATTTTGACCCGATCATAATCTAATTTGTTGGTAAACACCCGAGAAGCAAGGCTACCAATACTTACATCTAATTTTGAGGGACGAGCAAGTTGAACTTTTGAGTCATTGGAATTCATTACACGAACAAAGATGCTGCCAAGGATGGAGTCTTTAATCTCAATCTCAGCCGGGAGGAAGCCACAAACATTGCGCTTGATCTCCATTCGAACAGAGCTGCAATCCAACATGTTCAAAGTCTGGGTAGAGCAATTCACAAATCCTCCAAAATTATTCCCTAAGGCTTCAAAGCAATTGCGATTCCAATATCTCAATGGTAAGTTCTGAATATTGATCCAACCACCATATCCCACTACTACCTCAGACTTGCTATGCTTTTCCATTGACCATTTCTCAATTTTCAAATGAAAGATGCCTATTTTCTGCCATTTTCCATTCACTTTGAGACCCTTTAAAACCCTTCCTTCCTCCATTCTAAGGCTTTGTCAGCCATAATAGGGTTTATCAAACAATCTACCTCAAAATGTCTCTTCAGAGCAATAGAAATATCTTTCCAGTCATCATGAACATTAAGCCTTGAGATAACCATCATTGAATCCCAATCCATCTCAACCACCTCTTTTTCTTTTTTGACCCAAAATGCTTGATGGTTAATAAATTTCTTCTTAAAACATTTTTCCAGCTTGTGTCTCCATTCAAAAGTTCTTTCATGCAACCATTTCTAACCGCAACTACAGAAAATGATCTTGGGAATATTGTACTTTAAATGCTAATTAATCAAAGCTTGAACATCCTCCCAAAAAAAATTTTGCTACCATCTCCTAGTTTAAGTTTCCAAACTAATCAAAAAGAAATCTGAGTTTTGAGATTGACCACCACAAACAACAACCACTCCCAACCTCTTTTCTTTTGAAAACCAGCCTTTTTTTTCCATCCAAAGTTGGTTTGCAGTTACTCTATGCCTTGGCTCTCTAGTTTCTTTAGGGAATCTTCAAAGCTTTTTTGCTACAAGAGCTTCATTCTTCTTTCTAAGCTTGCCAATGCTAAAGCCACCTCTTTTCAAGCGTCTTGAGGTGAAGTTTCATGTCACTAAATGACTAAGCTTCCGTTAAAAAATTCTTAACGACTTGTATAATCTCACAGCCACTTTTTTTTTTAATAATTTTATTTATTTATTTTTGCATAAGGAAGATAGGCATAAAGTACAATGTAATGGATGAAAGAACATATTGAACTAGCATTAGTCTTCCACCATTCGACAAAAGAGAGTTCTATTCTTTGTTCATGGTTAGGAATACCATTAGGCTGTGTTTTGAAAAGCGTGCTTCTCATAAAGGCCCTTGAAGGGAGCTTTGCTTCAAAGAAGCAAGGCCCCTCAATGAGGTGTGTGTCTCAACAGCCTCACACTAACATTGTTATTATTATTTTTTTTACAAAAAAAAAAATCGTTCAAAATCCTCACTTCTCCAAACAATCTCTTTAAAAAGCGCTAGTTTCTTTAATTTTCATTAGCTTATTTTTCATAGTAGTATATGTTTGCATATATTAAAAATTATGTACATTTTTCTATTGTGCACCTAAAAAAAAGTCAGTTTATTTTTTGTGCTTTGTGTCTTATAGGGCTTTGCCCTTTAGTAGCCCCAGACTTTCAAAAACATTGCTATTATATTAGGGGAGTTAGAAATATTATTAGGATACCATGAGTATATTAGTCATTAGCTAAGAAGTTTGATTGTAGGAGGTGGTTATAAATAGAGTGACTAAGAGGGGATGAAGGCAAGCAATGATTTAGTTATTTGGGCCTGAGTTTACTCAAGAGGGGGGTGTTCAAGTTCATGAAATTACTTGGGTATTCTTCTTTATTTTCTTATTTGGCAAGTTATCAATATAATTTTTTTTTTGTTATTCGTGAGTATTTGGGCCAGCGACTCAAGACAAGCTTAGATGGTCTATTGACCCTAGTGGGAGTTTTACTTGCAAATCCACACTCCATCTTTCTTCCCCAAATACAATTTAAAATCCCCCTTGGTGAATTCAATTTGGAAGTTCAAGGTCCCCAAAAAGGTTAAATTCTTCCTCTCGTCGTGATCCTGTAGAAGTATCAACACCTAGACAAGCTTCAAAGGAAGTTCCCTATGTGGGCTCTCTTCCCCACGGTTTGCAGCCTTTGTTTTAAGAGTGAGGAATTGTTAGATCATATCTTTCTTCATTGTCCCTTGGCTGTGAATACTTGGAATTGGTTGTTTAATGAGTTTGGCATTTTGAGTAGCCTCCCTACTGTATAGAAGACTGGTTTTTGGAGGGCTTTATTGGGATGAGGTTTAGAAACAAGGCCAAGGTCCTTTTGAATTGTGCGATTAGAGCTCTTTTATGGCTTCTTTGGAAGGAAAGAAATCAAAGGTTTTTTTAGGATAATTATTCTACAGAGGATATTTTTTGGAACAATGTACAACATACTTCTTCTTGGTGGTGTTCCAACCACAAGAAATTCGTTTGTAATTGTAGCCTCTTCATGTTTATGGATGATTGGAAGGCTTTGATGTAGTATTTTGGGAGGGGGCTTTCTCTACCCCCGGCTCTTAGGCTATTTCTTCATCATTTTGGAATATATATCTTCTCCGTTTCTTATCAAAAAAAAATATTTTTTAGCCTAGGTGGTAAAAGTAGTAATAGAACGAATTACTACAACTCATAATGTATTACCATTACATATACTAGGGAACTTTTATATTTTTAAAGAATGGGGTAAATTAATATTATTATTCTCATCATTACACGACTTTGAGCCTTACTATGTTCTCACGGAGGTGTAAGCCTCTTATGGTCCAAAGAAGGCACAAGTCTCAAGGCTAAAAGTTCGAGCCTTGCCTCGAGGCTAGTCCCCAAGGCATAAGCCCCAAAAGTCTATTAAAACATTGCTGCAAGATATCAATATAATTTCTATTTTAATTATCTGGTTCCTATCATTAACCCCCCAAAATCTTTTCTTCCACTATACAGAAGAATTCTCATATCTTGGATTACCACCAGGTAGCACACCTATAAATTTACCTTCAAAATCAACGTTAAAGTTCTTACTCTCTTCTCTAAGTTGCATAAATATTTGGTTATCGATGACCAAGCCCACCTCCAGCTCTCCACTGAGGCTCTGTATTAACTGGTGTGTACTGGAGAGAGTGAGAAAGAGAGAATGTTGTCATTGTAATTATTATCCACTTCCAATTTCATCTAAGAGAGGAGAGGCATGTGAGCCAAGAGGGCTAAGGAGAGGAGGTGTGCATGTGAAGACACCAAAGAGAGTTGAGGAGAGGACAGAACAGAAGCACACAAGCAAAATGAGCTGCAAACATGATTGGTTGCAATAGAAAAGGGCAGCCTCAGTTTTGGTGCTATAACGAATAAAAACAAAGCTCTTCATCTCAAATGGTTATGGAGATTCTGTTTGGAAGAAGACTCTTTATGACATTTAGTTATCCCCGCTAGGCATGATATTGATTTTGGTGAATGGTTCTCTAATATATATATTTTTTGAACAAGATACGAACGGATGGTTCTCTAATATTAATGAACAAAGTAGTAAGACAAGTCATTGGAAGCAATTCATCATGCTTTCTAATTTTTTTAAAAATAACATTACATTCAAAGTATGTAAAGGAGCTAGAACTAGAAGTTGAGAAGATGTTTGGGCTGCGGACACTACTCTTGCTGTCAAATTTCCAGATCTATATAACCTAATCCCCTCTAAAAATCAAGTGGTTGCTGTTTATTGGAATGAAGAAGAATCTAATTTGAACTTTGGTTCGTAGATATCTCAATGATCGAGAGGTAGATGAATAGATTAGCCTTTCTAAACTGCTGGAAACTTTTCTTTTAACACACTGTGCTGACAGTTGGCACTGGCAGTGGGTCCATAGCAAAGGTGTGTATTCTTGCAAAAATGCTACGCGAACGTTAATCAGATGCTGTATATTTTCCAAGAGATCTTGCTAGTGGTATCTGGAAAAATAAATTCCTAAAGAAGGTTAAAGTGTTGTTCCTTTCGACAGCTGTTAAAGAGGGCCTTAAGTTGAAATCCGGAATAGACACCCAAACTACTGTGGTCCTGCCTAATTTTTAATGTCTTTACTACTCCAACAGTGTGTCCAGAGCACATCTTTTTGAATTGCCCCTTCACCGTTGGTTTATGGCGGAATTTTCTCCAAAATTTTAATTTTCAGGCCTCCTTTCTAGTTCTGTGAAGAATACAATCCATTTATGCCGGTGGCAGTTTGTTAAATGGAAAAGCTCTTACTTGGTGGGAATCATTGTTAGTGCTACTTTTTGGCTTGTGTGGGGGTAAAGAAACAAGATAATATCCTTAAATGAGATTAGAAGTAAGGAATCTCCTGGGTTTTGGTGATTTCGTTTGCTTTTCTTTGGAGTTCATTCTCCAAATCTTTTTGTAATTACTCCCCATCTATGATTGCTTTCAACTGGATTTTTATTTTTTTGAAATCATGGAAACCTTTGTACATTTTGATACTTAATGAATGCATTGTTGCTTTTGAAAGAAAAAAAGAGATACGTATGATTGATGAATTCCGGCAAGAGACAAGTACAAGGACCAGTGAGAGAGAGAGAGAGAGAGAGGGCTGTGAGCACGAGGGAGAGCTCAATGAAGTTTAGGAGTTCGAATCATAATATGCATGTTTCTGTTGTATTTTTGTTTTATATTTTAAAAGCCTTTTTCTGGAATTGTTCACCTTTTTTACCTCAGTGGTCAGTTAAAAAAAACTGCACCAATTGTCAACTCTTATGATATCTACTAATTTTAGGTGGACCCTGCCAATGTAAGGCCAATCCAACGGGAAGTTAATGCTTTGCTTGAAGCAGAAAGAATGGCTGAAGCTACGAAGCAGGCTATCAAGCGCAAGATTGCCCAAGCTGCTTCTGTTGACTTCCAATCACGAAATTTACCATCAAAGCTTCGTATTGAACCTGACGATCCTGAGGACATAGTAAGTAGTAGACAATCTTAATATTTCATGGCAACTATTTGTTTGGTATTTAAGATAATGCTGTAATGCATTTATTTTATACTTGTGCTTATCTGATGTAGTAATTTTCTTTGTATAGAAAGCTGCCAAACGCAAGAAAATACATGCTTTCAAGTCGAAGATGCGCATAGAACAGCTTGAAGTCACCCAAAATAAACGGCAGAATGCTTGGCAGCAGTTTCAATCAGCAAAAGGCAAGTCTAAAAAGGTTAGTTTTGTGAACACTGGAAATTTTGTGGAATCCTCCTGGGTTTTTATAAAGAGGTACAACAGGTATTACTTGCATAAAGAATTTGATTTCAATTCATAGGGTCGACAATATTTAGGTTTTACAAGTTTTTGTAACCAAGCAATTGATCACTTTTTCACTGAACATTTGAAAACTAAAATATAAGTGGAAGCCCCAAGGCAAAAGGATGTTATAGAAAGGTCTTTCAATTGACATTAATCATGGCAGAAATATAATTTCAAGAAAGTTTTGAGAGGGTATACCAGGTTGTATTGTATTTGAGTATCTTCCCAAGCTTAGAAATATGACCAAAAATTCTGTTGTTCTGTTTCCAACCAAACTTTCCATAAAATATTCAATGCTGTATTAGTCAGGATTTTCCCTTTTTGATTCTCTGGCCGTACATAAGCTGATACTGCCTGCCTTTCCTTAAATCAATGAGGAAAGGCCCAATATAAGCTGGAGCTTCCATAATTTACTTTATGTTTGTATGTAAGTTTGTGTGTCTATGTATGTATGTGGTGATCATTGAATATTGACTTGCATATACTTTTGAGCATTTCTATGGTTGACACAACCATAATAGGTCATAAGTTTTGGATACTAATTTTTGTGTTCCTTACATTTCTGCGAATACAAATTTCAGGTTATGACCTGACACATTATAGTCTCTTATTGTGGGGTTTGAATTTGTTAATGAGGTTCAGAGCTTCAAAGGTGGGAATAGTAACAAGACAGTGAGTAACTTAATATATTAAATGTTAATTAATTACTATTTTCAGATAACAAGACTCACATCATATTCTGGAGAAGTCGACCTGTAATTAATTGGTATTGATTTTCTTTTTGGTTTGTTGATGTTGTAATTTGTACTGATTGGTGATTGGTACAAGGAAAAGAATATGGAGCGGGCTTAAATTTTGTCAGGTTCATAGGGTGTTGTGGAGTACTTTACGTTAAATAGCTCAAGACGGGTTGTTATATCTTTCAAGCTGCTACTAAATTTTCAATTACTGGGATCCTTCGCCTAAAACTTTTCTTTATCCAGTAGTATTATCATCCACATTAAGGATCTCCGTTGTGTAATCCCTTGTGGGTCATTAATAAACGATCAATTCCAAGGTCACAATATTACAAATCCTGCATGCATTACTTTTGTGAGTTCTTCCAAATAAAAGAAGTTTTGCATCTCTTTAAATATGGATGACAATAGTAATAGAAACGAAAAGTCAGCAATTCGAATCAAGATTTATCCGGTACCCTATCTATGTCAAATCAAAAAATAAAGGCAAAAAGGTACAGAGCAATCTTGTATCACACTACTCTTCTTGATGGGTAGGTGGTCAGATCTAGTATGGATCGTACATGGACGGTAGTTGGAGTCGGCGGCTCTCTTAGGGTTCCCTCATCTGGGATCCTTGGAGAAGAGGATCAAGTTGGCCCTTGCGGACAACTTGATGCACTATAATCTTCCTTATAGGTCGAATGTTGAACATTAAGGCATTAATATCTCTTTTATAGGTCGAAGACTTGAATCCTAGCCCCTATATTTGTAATGTTAAATTCTTACAAATAAGTTTAGCATCAGTTGTGAAATCTTCATGATAGTTTCTGTGATTTTAACGTACTTTCAAGCTTGCGATTCTATGCTTTACAACACTTTGTGATTGCGTTTTTTGTTTTGGCACTTTGGCTGCTGGGCTAATAAGTATATACATAAACATATTCTCAGATTGGTTTCTTCTCGGGGCGCAAGAAGGAGAGCATTTTCAAGTCTCCGGATGATCCGAATGGCAAGGTTGGTGTGACTGGAAGTGGTAAGGGTTTGACTGAGTTTCAGAAGAGGGAAAAACACTTGCATCTTAAGGGTGCAACGGTCGAGATGGATGAATAA

mRNA sequence

ATGCAAGGAGGAGAAGATGTAAGCATTGAAGAGTTGGCTTCGAATCTCTCTACCTACAAAGACCAGCTTCAGCAGGTCAGACAGCTGTTAGATGATGATCCCAGCAACTCTGAATACGCAGATATGGAAAAGGAGCTTGAAGAGGTTATCGCTTTGACTGAAGAACTTCTTGCAACAGCAAAGCAAAATGAGATTTCTGGATCAAACGTAGAAACTGGTGACAACAGTCCATCAATTAGTTTCCTGCAGTCTAAAGGAAATAAGATGGAAGCTGGAAGCATATCTGATCATCACGAGAAATTTCCTATTGGAACAAAAGTTCAAGCTGTTTGGAGTGAGGATGGGGAGTGGTATGATGCTATGATTGAAGCCCATACTGTAAATGGTTTCTATGTTTCTTATGATGGTTGGGGAAACAAAGAAGAGGTGGACCCTGCCAATGTAAGGCCAATCCAACGGGAAGTTAATGCTTTGCTTGAAGCAGAAAGAATGGCTGAAGCTACGAAGCAGGCTATCAAGCGCAAGATTGCCCAAGCTGCTTCTGTTGACTTCCAATCACGAAATTTACCATCAAAGCTTCGTATTGAACCTGACGATCCTGAGGACATAAAAGCTGCCAAACGCAAGAAAATACATGCTTTCAAGTCGAAGATGCGCATAGAACAGCTTGAAGTCACCCAAAATAAACGGCAGAATGCTTGGCAGCAGTTTCAATCAGCAAAAGGCAAGTCTAAAAAGATTGGTTTCTTCTCGGGGCGCAAGAAGGAGAGCATTTTCAAGTCTCCGGATGATCCGAATGGCAAGGTTGGTGTGACTGGAAGTGGTAAGGGTTTGACTGAGTTTCAGAAGAGGGAAAAACACTTGCATCTTAAGGGTGCAACGGTCGAGATGGATGAATAA

Coding sequence (CDS)

ATGCAAGGAGGAGAAGATGTAAGCATTGAAGAGTTGGCTTCGAATCTCTCTACCTACAAAGACCAGCTTCAGCAGGTCAGACAGCTGTTAGATGATGATCCCAGCAACTCTGAATACGCAGATATGGAAAAGGAGCTTGAAGAGGTTATCGCTTTGACTGAAGAACTTCTTGCAACAGCAAAGCAAAATGAGATTTCTGGATCAAACGTAGAAACTGGTGACAACAGTCCATCAATTAGTTTCCTGCAGTCTAAAGGAAATAAGATGGAAGCTGGAAGCATATCTGATCATCACGAGAAATTTCCTATTGGAACAAAAGTTCAAGCTGTTTGGAGTGAGGATGGGGAGTGGTATGATGCTATGATTGAAGCCCATACTGTAAATGGTTTCTATGTTTCTTATGATGGTTGGGGAAACAAAGAAGAGGTGGACCCTGCCAATGTAAGGCCAATCCAACGGGAAGTTAATGCTTTGCTTGAAGCAGAAAGAATGGCTGAAGCTACGAAGCAGGCTATCAAGCGCAAGATTGCCCAAGCTGCTTCTGTTGACTTCCAATCACGAAATTTACCATCAAAGCTTCGTATTGAACCTGACGATCCTGAGGACATAAAAGCTGCCAAACGCAAGAAAATACATGCTTTCAAGTCGAAGATGCGCATAGAACAGCTTGAAGTCACCCAAAATAAACGGCAGAATGCTTGGCAGCAGTTTCAATCAGCAAAAGGCAAGTCTAAAAAGATTGGTTTCTTCTCGGGGCGCAAGAAGGAGAGCATTTTCAAGTCTCCGGATGATCCGAATGGCAAGGTTGGTGTGACTGGAAGTGGTAAGGGTTTGACTGAGTTTCAGAAGAGGGAAAAACACTTGCATCTTAAGGGTGCAACGGTCGAGATGGATGAATAA

Protein sequence

MQGGEDVSIEELASNLSTYKDQLQQVRQLLDDDPSNSEYADMEKELEEVIALTEELLATAKQNEISGSNVETGDNSPSISFLQSKGNKMEAGSISDHHEKFPIGTKVQAVWSEDGEWYDAMIEAHTVNGFYVSYDGWGNKEEVDPANVRPIQREVNALLEAERMAEATKQAIKRKIAQAASVDFQSRNLPSKLRIEPDDPEDIKAAKRKKIHAFKSKMRIEQLEVTQNKRQNAWQQFQSAKGKSKKIGFFSGRKKESIFKSPDDPNGKVGVTGSGKGLTEFQKREKHLHLKGATVEMDE

Homology

[Close]

BLAST of Sgr012520 vs. NCBI nr
Match: XP_022155149.1 (survival of motor neuron-related-splicing factor 30 [Momordica charantia])

HSP 1 Score: 546.2 bits (1406), Expect = 1.8e-151
Identity = 282/299 (94.31%), Postives = 289/299 (96.66%), Query Frame = 0


Query: 1   MQGGEDVSIEELASNLSTYKDQLQQVRQLLDDDPSNSEYADMEKELEEVIALTEELLATA 60
           MQGGEDVSIEELASNLSTYKDQLQQVRQLLDDDPSNSEY DMEKELEEVI+LTEELLATA
Sbjct: 1   MQGGEDVSIEELASNLSTYKDQLQQVRQLLDDDPSNSEYIDMEKELEEVISLTEELLATA 60

Query: 61  KQNEISGSNVETGDNSPSISFLQSKGNKMEAGSISDHHEKFPIGTKVQAVWSEDGEWYDA 120
           KQNEISGSNVETGDNS SISFLQSK  KMEA S+SDHHEKFPIG+KVQAVWSEDGEWYDA
Sbjct: 61  KQNEISGSNVETGDNSASISFLQSKETKMEAESLSDHHEKFPIGSKVQAVWSEDGEWYDA 120

Query: 121 MIEAHTVNGFYVSYDGWGNKEEVDPANVRPIQREVNALLEAERMAEATKQAIKRKIAQAA 180
            IEAHTVNGFYVSYD WGNKEEVDPANVR IQ+EVNALLEAERMAEATKQAIKRKIAQAA
Sbjct: 121 TIEAHTVNGFYVSYDSWGNKEEVDPANVREIQQEVNALLEAERMAEATKQAIKRKIAQAA 180

Query: 181 SVDFQSRNLPSKLRIEPDDPEDIKAAKRKKIHAFKSKMRIEQLEVTQNKRQNAWQQFQSA 240
           SVDFQSRNLP KLRIEPDDPED+KA KRKKIHAFKSKMRIEQLEVTQNKRQNAWQQFQSA
Sbjct: 181 SVDFQSRNLPPKLRIEPDDPEDVKATKRKKIHAFKSKMRIEQLEVTQNKRQNAWQQFQSA 240

Query: 241 KGKSKKIGFFSGRKKESIFKSPDDPNGKVGVTGSGKGLTEFQKREKHLHLKGATVEMDE 300
           KGKSKKIGFFSGRK+ESIFKSPDDPNGKVGVTGSGKGLTEFQKREKHLHLKGATVEMD+
Sbjct: 241 KGKSKKIGFFSGRKRESIFKSPDDPNGKVGVTGSGKGLTEFQKREKHLHLKGATVEMDD 299

[Close]

BLAST of Sgr012520 vs. NCBI nr
Match: XP_022933076.1 (survival of motor neuron-related-splicing factor 30 [Cucurbita moschata] >XP_022998367.1 survival of motor neuron-related-splicing factor 30 [Cucurbita maxima] >XP_023530530.1 survival of motor neuron-related-splicing factor 30 [Cucurbita pepo subsp. pepo] >KAG6601669.1 Survival of motor neuron-related-splicing factor 30, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 541.6 bits (1394), Expect = 4.3e-150
Identity = 278/299 (92.98%), Postives = 290/299 (96.99%), Query Frame = 0


Query: 1   MQGGEDVSIEELASNLSTYKDQLQQVRQLLDDDPSNSEYADMEKELEEVIALTEELLATA 60
           MQGGEDVS+EELA+NLSTYKDQLQQVR+LLDDDP NSEY DMEKELEEVIALTEELL+TA
Sbjct: 1   MQGGEDVSMEELATNLSTYKDQLQQVRELLDDDPGNSEYIDMEKELEEVIALTEELLSTA 60

Query: 61  KQNEISGSNVETGDNSPSISFLQSKGNKMEAGSISDHHEKFPIGTKVQAVWSEDGEWYDA 120
           KQNEISGSNVETGD+S SISF Q+KGNKMEA S+SD+HEKFPIGTKVQAVWSEDGEWYDA
Sbjct: 61  KQNEISGSNVETGDDSASISFQQTKGNKMEAESMSDYHEKFPIGTKVQAVWSEDGEWYDA 120

Query: 121 MIEAHTVNGFYVSYDGWGNKEEVDPANVRPIQREVNALLEAERMAEATKQAIKRKIAQAA 180
            IEAHTVNGFYVSYDGWGNKEEVDPANVR IQ EVNALLEAERMAEATKQAIKRKIAQAA
Sbjct: 121 TIEAHTVNGFYVSYDGWGNKEEVDPANVRTIQLEVNALLEAERMAEATKQAIKRKIAQAA 180

Query: 181 SVDFQSRNLPSKLRIEPDDPEDIKAAKRKKIHAFKSKMRIEQLEVTQNKRQNAWQQFQSA 240
           SVDFQSRNLPS+LRIEPDDPED+KA KRKKIHAFKSKMRIEQLEVTQNKRQNAWQQFQSA
Sbjct: 181 SVDFQSRNLPSRLRIEPDDPEDVKATKRKKIHAFKSKMRIEQLEVTQNKRQNAWQQFQSA 240

Query: 241 KGKSKKIGFFSGRKKESIFKSPDDPNGKVGVTGSGKGLTEFQKREKHLHLKGATVEMDE 300
           KGKSKKIGFFSGRKKESIFKSPDDPNGKVGVTGSGKGLTEFQKREKHLHLKGA+VEMD+
Sbjct: 241 KGKSKKIGFFSGRKKESIFKSPDDPNGKVGVTGSGKGLTEFQKREKHLHLKGASVEMDD 299

[Close]

BLAST of Sgr012520 vs. NCBI nr
Match: XP_038876515.1 (survival of motor neuron-related-splicing factor 30 [Benincasa hispida])

HSP 1 Score: 538.9 bits (1387), Expect = 2.8e-149
Identity = 278/299 (92.98%), Postives = 288/299 (96.32%), Query Frame = 0


Query: 1   MQGGEDVSIEELASNLSTYKDQLQQVRQLLDDDPSNSEYADMEKELEEVIALTEELLATA 60
           MQGGEDVSIEELA+NLSTYKDQLQQVRQLLDDDP NSEY DMEKELEEVIALTEELL+TA
Sbjct: 1   MQGGEDVSIEELANNLSTYKDQLQQVRQLLDDDPGNSEYIDMEKELEEVIALTEELLSTA 60

Query: 61  KQNEISGSNVETGDNSPSISFLQSKGNKMEAGSISDHHEKFPIGTKVQAVWSEDGEWYDA 120
           KQNEI GSNVETGD+S SISF Q K N+MEAGS+SD+HEKFPIG+KVQAVWSEDGEWYDA
Sbjct: 61  KQNEIPGSNVETGDDSASISFHQPKENEMEAGSMSDYHEKFPIGSKVQAVWSEDGEWYDA 120

Query: 121 MIEAHTVNGFYVSYDGWGNKEEVDPANVRPIQREVNALLEAERMAEATKQAIKRKIAQAA 180
            IEAHTVNGFYVSYDGWGNKEEVDPANVR IQ EVNALLEAER+AEATKQAIKRKIAQAA
Sbjct: 121 TIEAHTVNGFYVSYDGWGNKEEVDPANVRAIQLEVNALLEAERVAEATKQAIKRKIAQAA 180

Query: 181 SVDFQSRNLPSKLRIEPDDPEDIKAAKRKKIHAFKSKMRIEQLEVTQNKRQNAWQQFQSA 240
           SVDFQSRNLPSKLRIEPDDPED+KA KRKKIHAFKSKMRIEQLEVTQNKRQNAWQQFQSA
Sbjct: 181 SVDFQSRNLPSKLRIEPDDPEDVKATKRKKIHAFKSKMRIEQLEVTQNKRQNAWQQFQSA 240

Query: 241 KGKSKKIGFFSGRKKESIFKSPDDPNGKVGVTGSGKGLTEFQKREKHLHLKGATVEMDE 300
           KGKSKKIGFFSGRK+ESIFKSPDDPNGKVGVTGSGKGLTEFQKREKHLHLKGATVEMDE
Sbjct: 241 KGKSKKIGFFSGRKRESIFKSPDDPNGKVGVTGSGKGLTEFQKREKHLHLKGATVEMDE 299

[Close]

BLAST of Sgr012520 vs. NCBI nr
Match: XP_004142808.1 (survival of motor neuron-related-splicing factor 30 isoform X1 [Cucumis sativus] >KGN51867.2 hypothetical protein Csa_008126 [Cucumis sativus])

HSP 1 Score: 537.7 bits (1384), Expect = 6.3e-149
Identity = 276/299 (92.31%), Postives = 287/299 (95.99%), Query Frame = 0


Query: 1   MQGGEDVSIEELASNLSTYKDQLQQVRQLLDDDPSNSEYADMEKELEEVIALTEELLATA 60
           MQGGEDVSIEELA+NLSTYKDQL QVRQLLDDDP NSEY DMEKELEEVIALTEELL+TA
Sbjct: 1   MQGGEDVSIEELANNLSTYKDQLHQVRQLLDDDPGNSEYIDMEKELEEVIALTEELLSTA 60

Query: 61  KQNEISGSNVETGDNSPSISFLQSKGNKMEAGSISDHHEKFPIGTKVQAVWSEDGEWYDA 120
           KQNE+SGSNVETGD+S SI F QSK N+MEAGS+SD+HEKFPIGTKVQAVWSEDGEWYDA
Sbjct: 61  KQNEVSGSNVETGDDSASIGFQQSKENEMEAGSMSDYHEKFPIGTKVQAVWSEDGEWYDA 120

Query: 121 MIEAHTVNGFYVSYDGWGNKEEVDPANVRPIQREVNALLEAERMAEATKQAIKRKIAQAA 180
            IEAHTVNGFYVSYDGWGNKEEVDPANVR IQ EVN LLEAER+AEATKQAIKRKIAQAA
Sbjct: 121 TIEAHTVNGFYVSYDGWGNKEEVDPANVRTIQLEVNPLLEAERVAEATKQAIKRKIAQAA 180

Query: 181 SVDFQSRNLPSKLRIEPDDPEDIKAAKRKKIHAFKSKMRIEQLEVTQNKRQNAWQQFQSA 240
           SVDFQSRNLPSKLRIEPDDPED+KA KRKKIHAFKSKMRIEQLEVTQNKRQNAWQQFQ+A
Sbjct: 181 SVDFQSRNLPSKLRIEPDDPEDVKATKRKKIHAFKSKMRIEQLEVTQNKRQNAWQQFQTA 240

Query: 241 KGKSKKIGFFSGRKKESIFKSPDDPNGKVGVTGSGKGLTEFQKREKHLHLKGATVEMDE 300
           KGKSKKIGFFSGRK+ESIFKSPDDPNGKVGVTGSGKGLTEFQKREKHLHLKGATVEMDE
Sbjct: 241 KGKSKKIGFFSGRKRESIFKSPDDPNGKVGVTGSGKGLTEFQKREKHLHLKGATVEMDE 299

[Close]

BLAST of Sgr012520 vs. NCBI nr
Match: KAG7032438.1 (Survival of motor neuron-related-splicing factor 30 [Cucurbita argyrosperma subsp. argyrosperma])

HSP 1 Score: 526.2 bits (1354), Expect = 1.9e-145
Identity = 277/323 (85.76%), Postives = 289/323 (89.47%), Query Frame = 0


Query: 1   MQGGEDVSIEELASNLSTYKDQLQQVRQLLDDDPSNSEYADMEKELEE------------ 60
           MQGGEDVS+EELA+NLSTYKDQLQQVR+LLDDDP NSEY DMEKELEE            
Sbjct: 1   MQGGEDVSMEELATNLSTYKDQLQQVRELLDDDPGNSEYIDMEKELEEVVYFCPPRYILT 60

Query: 61  ------------VIALTEELLATAKQNEISGSNVETGDNSPSISFLQSKGNKMEAGSISD 120
                       VIALTEELL+TAKQNEISGSNVETGD+S SISF Q+KGNKMEA S+ D
Sbjct: 61  ATWTWAKVAVMQVIALTEELLSTAKQNEISGSNVETGDDSASISFQQTKGNKMEAESMCD 120

Query: 121 HHEKFPIGTKVQAVWSEDGEWYDAMIEAHTVNGFYVSYDGWGNKEEVDPANVRPIQREVN 180
           +HEKFPIGTKVQAVWSEDGEWYDA IEAHTVNGFYVSYDGWGNKEEVDPANVR IQ EVN
Sbjct: 121 YHEKFPIGTKVQAVWSEDGEWYDATIEAHTVNGFYVSYDGWGNKEEVDPANVRTIQLEVN 180

Query: 181 ALLEAERMAEATKQAIKRKIAQAASVDFQSRNLPSKLRIEPDDPEDIKAAKRKKIHAFKS 240
           ALLEAERMAEATKQAIKRKIAQAASVDFQSRNLPS+LRIEPDDPED+KA KRKKIHAFKS
Sbjct: 181 ALLEAERMAEATKQAIKRKIAQAASVDFQSRNLPSRLRIEPDDPEDVKATKRKKIHAFKS 240

Query: 241 KMRIEQLEVTQNKRQNAWQQFQSAKGKSKKIGFFSGRKKESIFKSPDDPNGKVGVTGSGK 300
           KMRIEQLEVTQNKRQNAWQQFQSAKGKSKKIGFFSGRKKESIFKSPDDPNGKVGVTGSGK
Sbjct: 241 KMRIEQLEVTQNKRQNAWQQFQSAKGKSKKIGFFSGRKKESIFKSPDDPNGKVGVTGSGK 300

[Close]

BLAST of Sgr012520 vs. ExPASy Swiss-Prot
Match: Q6DEY1 (Survival of motor neuron-related-splicing factor 30 OS=Xenopus tropicalis OX=8364 GN=smndc1 PE=2 SV=1)

HSP 1 Score: 93.2 bits (230), Expect = 5.3e-18
Identity = 92/286 (32.17%), Postives = 137/286 (47.90%), Query Frame = 0


Query: 10  EELASNLSTYKDQLQQVRQLLDDDPSNSEYADMEKELEEVIALTEELLATAKQNEISGSN 69
           E+LA  L+ YK QLQQV   L  +  N +   ++K+L+EVI LT++LL        S   
Sbjct: 3   EDLAKQLAGYKAQLQQVESALTANGENEDLLKLKKDLQEVIELTKDLL--------SSQP 62

Query: 70  VETGDNSPSISFLQSKGNKMEAGSISDHHEKFPIGTKVQAVWSEDGEWYDAMI-EAHTVN 129
            ET D++          +   +GS     + + +G K  AVWS+DG+WY+A I E    N
Sbjct: 63  SETADDACD--------DMSASGS-----QSWKVGEKCMAVWSDDGQWYEAEIEEIDEEN 122

Query: 130 G-FYVSYDGWGNKEEVDPANVRPIQREVNALLEAERMAEATKQAIKRKIAQAASVDFQSR 189
           G   +++ G+GN E     N+RP++       E  +  E                   S 
Sbjct: 123 GTAAITFAGYGNAEVTSLLNLRPVE-------EGRKAKE------------------DSG 182

Query: 190 NLPSKLRIEPDDPEDIKAAKR--KKIHAFKSKMRIEQLEVTQNKRQNAWQQFQS-AKGKS 249
           NLP          +++ AA+R  KK  A K   RI++LE  +  ++  WQQF + A  K+
Sbjct: 183 NLPM-------SKKEMIAAQREYKKKKALKKAQRIKELEQEREDQKVKWQQFNNKAYSKN 230

Query: 250 KKIGFFSGRKKESIFKSPDDPNGKVGVTGSG---KGLTEFQKREKH 288
           KK     G+ K SIF SP+   GKVGV   G   K +T++Q   K+
Sbjct: 243 KK-----GQVKRSIFASPESVTGKVGVGTCGIADKPMTQYQDTSKY 230

[Close]

BLAST of Sgr012520 vs. ExPASy Swiss-Prot
Match: Q3T045 (Survival of motor neuron-related-splicing factor 30 OS=Bos taurus OX=9913 GN=SMNDC1 PE=2 SV=1)

HSP 1 Score: 89.7 bits (221), Expect = 5.9e-17
Identity = 85/284 (29.93%), Postives = 133/284 (46.83%), Query Frame = 0


Query: 10  EELASNLSTYKDQLQQVRQLLDDDPSNSEYADMEKELEEVIALTEELLATAKQNEISGSN 69
           E+LA  L++YK QLQQV   L  +  N +   ++K+L+EVI LT++LL+T     ++ S 
Sbjct: 3   EDLAKQLASYKAQLQQVEAALSGNGENEDLLKLKKDLQEVIELTKDLLSTQPSETLASS- 62

Query: 70  VETGDNSPSISFLQSKGNKMEAGSISDHHEKFPIGTKVQAVWSEDGEWYDAMI-EAHTVN 129
               DN  S     S                + +G K  A+WSEDG+ Y+A I E    N
Sbjct: 63  ----DNFASTQPTHS----------------WKVGDKCMAIWSEDGQCYEAEIEEIDEEN 122

Query: 130 G-FYVSYDGWGNKEEVDPANVRPIQREVNALLEAERMAEATKQAIKRKIAQAASVDFQSR 189
           G   +++ G+GN E     N++P++    A  ++     + K+ I ++            
Sbjct: 123 GTAAITFAGYGNAEVTPLLNLKPVEEGRKAKEDSGNKPMSKKEMIAQQ------------ 182

Query: 190 NLPSKLRIEPDDPEDIKAAKRKKIHAFKSKMRIEQLEVTQNKRQNAWQQFQS-AKGKSKK 249
                           +  K+KK  A K   RI++LE  +  ++  WQQF + A  K+KK
Sbjct: 183 ----------------REYKKKK--ALKKAQRIKELEQEREDQKVKWQQFNNRAYSKNKK 230

Query: 250 IGFFSGRKKESIFKSPDDPNGKVGVTGSG---KGLTEFQKREKH 288
                G+ K SIF SP+   GKVGV   G   K +T++Q   K+
Sbjct: 243 -----GQVKRSIFASPESVTGKVGVGTCGIADKPMTQYQDTSKY 230

[Close]

BLAST of Sgr012520 vs. ExPASy Swiss-Prot
Match: O75940 (Survival of motor neuron-related-splicing factor 30 OS=Homo sapiens OX=9606 GN=SMNDC1 PE=1 SV=1)

HSP 1 Score: 89.7 bits (221), Expect = 5.9e-17
Identity = 84/284 (29.58%), Postives = 134/284 (47.18%), Query Frame = 0


Query: 10  EELASNLSTYKDQLQQVRQLLDDDPSNSEYADMEKELEEVIALTEELLATAKQNEISGSN 69
           E+LA  L++YK QLQQV   L  +  N +   ++K+L+EVI LT++LL+T     ++ S+
Sbjct: 3   EDLAKQLASYKAQLQQVEAALSGNGENEDLLKLKKDLQEVIELTKDLLSTQPSETLASSD 62

Query: 70  VETGDNSPSISFLQSKGNKMEAGSISDHHEKFPIGTKVQAVWSEDGEWYDAMI-EAHTVN 129
                     SF  ++               + +G K  AVWSEDG+ Y+A I E    N
Sbjct: 63  ----------SFASTQPT-----------HSWKVGDKCMAVWSEDGQCYEAEIEEIDEEN 122

Query: 130 G-FYVSYDGWGNKEEVDPANVRPIQREVNALLEAERMAEATKQAIKRKIAQAASVDFQSR 189
           G   +++ G+GN E     N++P++    A  ++     + K+ I ++            
Sbjct: 123 GTAAITFAGYGNAEVTPLLNLKPVEEGRKAKEDSGNKPMSKKEMIAQQ------------ 182

Query: 190 NLPSKLRIEPDDPEDIKAAKRKKIHAFKSKMRIEQLEVTQNKRQNAWQQFQS-AKGKSKK 249
                           +  K+KK  A K   RI++LE  +  ++  WQQF + A  K+KK
Sbjct: 183 ----------------REYKKKK--ALKKAQRIKELEQEREDQKVKWQQFNNRAYSKNKK 230

Query: 250 IGFFSGRKKESIFKSPDDPNGKVGVTGSG---KGLTEFQKREKH 288
                G+ K SIF SP+   GKVGV   G   K +T++Q   K+
Sbjct: 243 -----GQVKRSIFASPESVTGKVGVGTCGIADKPMTQYQDTSKY 230

[Close]

BLAST of Sgr012520 vs. ExPASy Swiss-Prot
Match: Q5R591 (Survival of motor neuron-related-splicing factor 30 OS=Pongo abelii OX=9601 GN=SMNDC1 PE=2 SV=1)

HSP 1 Score: 89.4 bits (220), Expect = 7.7e-17
Identity = 83/284 (29.23%), Postives = 134/284 (47.18%), Query Frame = 0


Query: 10  EELASNLSTYKDQLQQVRQLLDDDPSNSEYADMEKELEEVIALTEELLATAKQNEISGSN 69
           E+LA  L++YK QLQQV   L  +  N +   ++K+L+EVI LT++LL+T     ++ S+
Sbjct: 3   EDLAKQLASYKAQLQQVEAALSGNGENEDLLKLKKDLQEVIELTKDLLSTQPSETLASSD 62

Query: 70  VETGDNSPSISFLQSKGNKMEAGSISDHHEKFPIGTKVQAVWSEDGEWYDAMI-EAHTVN 129
                     SF  ++               + +G K  A+WSEDG+ Y+A I E    N
Sbjct: 63  ----------SFASTQPT-----------HSWKVGDKCMAIWSEDGQCYEAEIEEIDEEN 122

Query: 130 G-FYVSYDGWGNKEEVDPANVRPIQREVNALLEAERMAEATKQAIKRKIAQAASVDFQSR 189
           G   +++ G+GN E     N++P++    A  ++     + K+ I ++            
Sbjct: 123 GTAAITFAGYGNAEVTPLLNLKPVEEGRKAKEDSGNKPMSKKEMIAQQ------------ 182

Query: 190 NLPSKLRIEPDDPEDIKAAKRKKIHAFKSKMRIEQLEVTQNKRQNAWQQFQS-AKGKSKK 249
                           +  K+KK  A K   RI++LE  +  ++  WQQF + A  K+KK
Sbjct: 183 ----------------REYKKKK--ALKKAQRIKELEQEREDQKVKWQQFNNRAYSKNKK 230

Query: 250 IGFFSGRKKESIFKSPDDPNGKVGVTGSG---KGLTEFQKREKH 288
                G+ K SIF SP+   GKVGV   G   K +T++Q   K+
Sbjct: 243 -----GQVKRSIFASPESVTGKVGVGTCGIADKPMTQYQDTSKY 230

[Close]

BLAST of Sgr012520 vs. ExPASy Swiss-Prot
Match: Q8BGT7 (Survival of motor neuron-related-splicing factor 30 OS=Mus musculus OX=10090 GN=Smndc1 PE=1 SV=1)

HSP 1 Score: 86.3 bits (212), Expect = 6.5e-16
Identity = 83/284 (29.23%), Postives = 133/284 (46.83%), Query Frame = 0


Query: 10  EELASNLSTYKDQLQQVRQLLDDDPSNSEYADMEKELEEVIALTEELLATAKQNEISGSN 69
           E+LA  L++YK QLQQV   L  +  N +   ++K+L+EVI LT++LL+T     ++ S+
Sbjct: 3   EDLAKQLASYKAQLQQVEAALSGNGENEDLLKLKKDLQEVIELTKDLLSTQPSETLASSD 62

Query: 70  VETGDNSPSISFLQSKGNKMEAGSISDHHEKFPIGTKVQAVWSEDGEWYDAMI-EAHTVN 129
                     SF  ++               + +G K  AVWSEDG+ Y+A I E    N
Sbjct: 63  ----------SFASTQPT-----------HSWKVGDKCMAVWSEDGQCYEAEIEEIDEEN 122

Query: 130 G-FYVSYDGWGNKEEVDPANVRPIQREVNALLEAERMAEATKQAIKRKIAQAASVDFQSR 189
           G   +++  +GN E     N++P++    A  ++     + K+ I ++            
Sbjct: 123 GTAAITFAVYGNAEVTPLLNLKPVEEGRKAKEDSGNKPMSKKEMIAQQ------------ 182

Query: 190 NLPSKLRIEPDDPEDIKAAKRKKIHAFKSKMRIEQLEVTQNKRQNAWQQFQS-AKGKSKK 249
                           +  K+KK  A K   RI++LE  +  ++  WQQF + A  K+KK
Sbjct: 183 ----------------REYKKKK--ALKKAQRIKELEQEREDQKVKWQQFNNRAYSKNKK 230

Query: 250 IGFFSGRKKESIFKSPDDPNGKVGVTGSG---KGLTEFQKREKH 288
                G+ K SIF SP+   GKVGV   G   K +T++Q   K+
Sbjct: 243 -----GQVKRSIFASPESVTGKVGVGTCGIADKPMTQYQDTSKY 230

[Close]

BLAST of Sgr012520 vs. ExPASy TrEMBL
Match: A0A6J1DPE2 (survival of motor neuron-related-splicing factor 30 OS=Momordica charantia OX=3673 GN=LOC111022290 PE=4 SV=1)

HSP 1 Score: 546.2 bits (1406), Expect = 8.5e-152
Identity = 282/299 (94.31%), Postives = 289/299 (96.66%), Query Frame = 0


Query: 1   MQGGEDVSIEELASNLSTYKDQLQQVRQLLDDDPSNSEYADMEKELEEVIALTEELLATA 60
           MQGGEDVSIEELASNLSTYKDQLQQVRQLLDDDPSNSEY DMEKELEEVI+LTEELLATA
Sbjct: 1   MQGGEDVSIEELASNLSTYKDQLQQVRQLLDDDPSNSEYIDMEKELEEVISLTEELLATA 60

Query: 61  KQNEISGSNVETGDNSPSISFLQSKGNKMEAGSISDHHEKFPIGTKVQAVWSEDGEWYDA 120
           KQNEISGSNVETGDNS SISFLQSK  KMEA S+SDHHEKFPIG+KVQAVWSEDGEWYDA
Sbjct: 61  KQNEISGSNVETGDNSASISFLQSKETKMEAESLSDHHEKFPIGSKVQAVWSEDGEWYDA 120

Query: 121 MIEAHTVNGFYVSYDGWGNKEEVDPANVRPIQREVNALLEAERMAEATKQAIKRKIAQAA 180
            IEAHTVNGFYVSYD WGNKEEVDPANVR IQ+EVNALLEAERMAEATKQAIKRKIAQAA
Sbjct: 121 TIEAHTVNGFYVSYDSWGNKEEVDPANVREIQQEVNALLEAERMAEATKQAIKRKIAQAA 180

Query: 181 SVDFQSRNLPSKLRIEPDDPEDIKAAKRKKIHAFKSKMRIEQLEVTQNKRQNAWQQFQSA 240
           SVDFQSRNLP KLRIEPDDPED+KA KRKKIHAFKSKMRIEQLEVTQNKRQNAWQQFQSA
Sbjct: 181 SVDFQSRNLPPKLRIEPDDPEDVKATKRKKIHAFKSKMRIEQLEVTQNKRQNAWQQFQSA 240

Query: 241 KGKSKKIGFFSGRKKESIFKSPDDPNGKVGVTGSGKGLTEFQKREKHLHLKGATVEMDE 300
           KGKSKKIGFFSGRK+ESIFKSPDDPNGKVGVTGSGKGLTEFQKREKHLHLKGATVEMD+
Sbjct: 241 KGKSKKIGFFSGRKRESIFKSPDDPNGKVGVTGSGKGLTEFQKREKHLHLKGATVEMDD 299

[Close]

BLAST of Sgr012520 vs. ExPASy TrEMBL
Match: A0A6J1K7R2 (survival of motor neuron-related-splicing factor 30 OS=Cucurbita maxima OX=3661 GN=LOC111493029 PE=4 SV=1)

HSP 1 Score: 541.6 bits (1394), Expect = 2.1e-150
Identity = 278/299 (92.98%), Postives = 290/299 (96.99%), Query Frame = 0


Query: 1   MQGGEDVSIEELASNLSTYKDQLQQVRQLLDDDPSNSEYADMEKELEEVIALTEELLATA 60
           MQGGEDVS+EELA+NLSTYKDQLQQVR+LLDDDP NSEY DMEKELEEVIALTEELL+TA
Sbjct: 1   MQGGEDVSMEELATNLSTYKDQLQQVRELLDDDPGNSEYIDMEKELEEVIALTEELLSTA 60

Query: 61  KQNEISGSNVETGDNSPSISFLQSKGNKMEAGSISDHHEKFPIGTKVQAVWSEDGEWYDA 120
           KQNEISGSNVETGD+S SISF Q+KGNKMEA S+SD+HEKFPIGTKVQAVWSEDGEWYDA
Sbjct: 61  KQNEISGSNVETGDDSASISFQQTKGNKMEAESMSDYHEKFPIGTKVQAVWSEDGEWYDA 120

Query: 121 MIEAHTVNGFYVSYDGWGNKEEVDPANVRPIQREVNALLEAERMAEATKQAIKRKIAQAA 180
            IEAHTVNGFYVSYDGWGNKEEVDPANVR IQ EVNALLEAERMAEATKQAIKRKIAQAA
Sbjct: 121 TIEAHTVNGFYVSYDGWGNKEEVDPANVRTIQLEVNALLEAERMAEATKQAIKRKIAQAA 180

Query: 181 SVDFQSRNLPSKLRIEPDDPEDIKAAKRKKIHAFKSKMRIEQLEVTQNKRQNAWQQFQSA 240
           SVDFQSRNLPS+LRIEPDDPED+KA KRKKIHAFKSKMRIEQLEVTQNKRQNAWQQFQSA
Sbjct: 181 SVDFQSRNLPSRLRIEPDDPEDVKATKRKKIHAFKSKMRIEQLEVTQNKRQNAWQQFQSA 240

Query: 241 KGKSKKIGFFSGRKKESIFKSPDDPNGKVGVTGSGKGLTEFQKREKHLHLKGATVEMDE 300
           KGKSKKIGFFSGRKKESIFKSPDDPNGKVGVTGSGKGLTEFQKREKHLHLKGA+VEMD+
Sbjct: 241 KGKSKKIGFFSGRKKESIFKSPDDPNGKVGVTGSGKGLTEFQKREKHLHLKGASVEMDD 299

[Close]

BLAST of Sgr012520 vs. ExPASy TrEMBL
Match: A0A6J1EY48 (survival of motor neuron-related-splicing factor 30 OS=Cucurbita moschata OX=3662 GN=LOC111439780 PE=4 SV=1)

HSP 1 Score: 541.6 bits (1394), Expect = 2.1e-150
Identity = 278/299 (92.98%), Postives = 290/299 (96.99%), Query Frame = 0


Query: 1   MQGGEDVSIEELASNLSTYKDQLQQVRQLLDDDPSNSEYADMEKELEEVIALTEELLATA 60
           MQGGEDVS+EELA+NLSTYKDQLQQVR+LLDDDP NSEY DMEKELEEVIALTEELL+TA
Sbjct: 1   MQGGEDVSMEELATNLSTYKDQLQQVRELLDDDPGNSEYIDMEKELEEVIALTEELLSTA 60

Query: 61  KQNEISGSNVETGDNSPSISFLQSKGNKMEAGSISDHHEKFPIGTKVQAVWSEDGEWYDA 120
           KQNEISGSNVETGD+S SISF Q+KGNKMEA S+SD+HEKFPIGTKVQAVWSEDGEWYDA
Sbjct: 61  KQNEISGSNVETGDDSASISFQQTKGNKMEAESMSDYHEKFPIGTKVQAVWSEDGEWYDA 120

Query: 121 MIEAHTVNGFYVSYDGWGNKEEVDPANVRPIQREVNALLEAERMAEATKQAIKRKIAQAA 180
            IEAHTVNGFYVSYDGWGNKEEVDPANVR IQ EVNALLEAERMAEATKQAIKRKIAQAA
Sbjct: 121 TIEAHTVNGFYVSYDGWGNKEEVDPANVRTIQLEVNALLEAERMAEATKQAIKRKIAQAA 180

Query: 181 SVDFQSRNLPSKLRIEPDDPEDIKAAKRKKIHAFKSKMRIEQLEVTQNKRQNAWQQFQSA 240
           SVDFQSRNLPS+LRIEPDDPED+KA KRKKIHAFKSKMRIEQLEVTQNKRQNAWQQFQSA
Sbjct: 181 SVDFQSRNLPSRLRIEPDDPEDVKATKRKKIHAFKSKMRIEQLEVTQNKRQNAWQQFQSA 240

Query: 241 KGKSKKIGFFSGRKKESIFKSPDDPNGKVGVTGSGKGLTEFQKREKHLHLKGATVEMDE 300
           KGKSKKIGFFSGRKKESIFKSPDDPNGKVGVTGSGKGLTEFQKREKHLHLKGA+VEMD+
Sbjct: 241 KGKSKKIGFFSGRKKESIFKSPDDPNGKVGVTGSGKGLTEFQKREKHLHLKGASVEMDD 299

[Close]

BLAST of Sgr012520 vs. ExPASy TrEMBL
Match: A0A5N6QL51 (Tudor domain-containing protein OS=Carpinus fangiana OX=176857 GN=FH972_004442 PE=4 SV=1)

HSP 1 Score: 468.8 bits (1205), Expect = 1.7e-128
Identity = 243/300 (81.00%), Postives = 273/300 (91.00%), Query Frame = 0


Query: 3   GGEDVSIEELASNLSTYKDQLQQVRQLLDDDPSNSEYADMEKELEEVIALTEELLATAKQ 62
           GGE+VSIEELASNL+TY+DQL QVRQLL DDP NSEY DME+EL+EVIALTEELLATAKQ
Sbjct: 4   GGEEVSIEELASNLATYEDQLHQVRQLLVDDPGNSEYVDMERELKEVIALTEELLATAKQ 63

Query: 63  NEISGSNVET-GDNSPSISFLQSKGNKMEAGSISDHHEKFPIGTKVQAVWSEDGEWYDAM 122
           N+ISGS++ T G  SPS+  LQSKGNKM++GS+SD+H   PIGT+VQAVWS+DGEWYD  
Sbjct: 64  NDISGSDMGTSGRVSPSL--LQSKGNKMDSGSMSDYHANLPIGTRVQAVWSDDGEWYDGT 123

Query: 123 IEAHTVNGFYVSYDGWGNKEEVDPANVRPIQRE--VNALLEAERMAEATKQAIKRKIAQA 182
           IEAHT NGFY+ YDGWGN+EEVDPANVRPI+ E  VN L EAER+AEATKQAIKRKIA A
Sbjct: 124 IEAHTPNGFYICYDGWGNREEVDPANVRPIEEEGVVNTLAEAERVAEATKQAIKRKIALA 183

Query: 183 ASVDFQSRNLPSKLRIEPDDPEDIKAAKRKKIHAFKSKMRIEQLEVTQNKRQNAWQQFQS 242
           AS+DFQSR+LP+KLRI+P DPED+K+AKRKKIHAFKSKMR+EQLEVTQNKRQNAWQQFQ+
Sbjct: 184 ASMDFQSRSLPAKLRIDPTDPEDVKSAKRKKIHAFKSKMRLEQLEVTQNKRQNAWQQFQT 243

Query: 243 AKGKSKKIGFFSGRKKESIFKSPDDPNGKVGVTGSGKGLTEFQKREKHLHLKGATVEMDE 300
            KGK+KKIGFFSGRK+ESIFKSP+DP GKVGVTGSGKGLTEFQKREKHLHLKGATVE DE
Sbjct: 244 TKGKTKKIGFFSGRKRESIFKSPEDPFGKVGVTGSGKGLTEFQKREKHLHLKGATVEADE 301

[Close]

BLAST of Sgr012520 vs. ExPASy TrEMBL
Match: A0A6A1VA07 (Survival of motor neuron-related-splicing factor 30 OS=Morella rubra OX=262757 GN=CJ030_MR7G007723 PE=4 SV=1)

HSP 1 Score: 466.5 bits (1199), Expect = 8.6e-128
Identity = 242/299 (80.94%), Postives = 271/299 (90.64%), Query Frame = 0


Query: 3   GGEDVSIEELASNLSTYKDQLQQVRQLLDDDPSNSEYADMEKELEEVIALTEELLATAKQ 62
           GGE+VSIEELASNL+TYKDQL QVRQLL DDP NSEY DME+EL+EVI LTEELLATAKQ
Sbjct: 5   GGEEVSIEELASNLATYKDQLHQVRQLLVDDPGNSEYVDMERELKEVIDLTEELLATAKQ 64

Query: 63  NEISGSNV-ETGDNSPSISFLQSKGNKMEAGSISDHHEKFPIGTKVQAVWSEDGEWYDAM 122
           NEISGSN   +G  SP +   QS+ N+M++G++SDHHE FPIGTKVQAVWSEDGEWYDA 
Sbjct: 65  NEISGSNTGSSGRMSPGMP--QSEDNQMDSGTMSDHHEAFPIGTKVQAVWSEDGEWYDAT 124

Query: 123 IEAHTVNGFYVSYDGWGNKEEVDPANVRPIQR-EVNALLEAERMAEATKQAIKRKIAQAA 182
           I A++ NG+YVSYDGWGN+EEVDPAN+RPI+   VNAL EAE++AEATKQAIKRKIA AA
Sbjct: 125 INAYSPNGYYVSYDGWGNQEEVDPANIRPIEEGGVNALAEAEKVAEATKQAIKRKIALAA 184

Query: 183 SVDFQSRNLPSKLRIEPDDPEDIKAAKRKKIHAFKSKMRIEQLEVTQNKRQNAWQQFQSA 242
           S+D QSR+LP+KLRIEPDDPED+KAAKRKKIHAFKSKMR EQLEVTQNKRQNAWQQFQ+ 
Sbjct: 185 SMDLQSRSLPAKLRIEPDDPEDVKAAKRKKIHAFKSKMRFEQLEVTQNKRQNAWQQFQTT 244

Query: 243 KGKSKKIGFFSGRKKESIFKSPDDPNGKVGVTGSGKGLTEFQKREKHLHLKGATVEMDE 300
           KGK+KKIGFFSGRK+ESIFKSP+DPNGKVGVTGSGKGLTEFQKREKHLHLKGATVE D+
Sbjct: 245 KGKAKKIGFFSGRKRESIFKSPEDPNGKVGVTGSGKGLTEFQKREKHLHLKGATVEADD 301

[Close]

BLAST of Sgr012520 vs. TAIR 10
Match: AT2G02570.1 (nucleic acid binding;RNA binding )

HSP 1 Score: 392.5 bits (1007), Expect = 3.0e-109
Identity = 203/295 (68.81%), Postives = 246/295 (83.39%), Query Frame = 0


Query: 3   GGEDVSIEELASNLSTYKDQLQQVRQLLDDDPSNSEYADMEKELEEVIALTEELLATAKQ 62
           G E++SIE+LAS++STYK+QL+QVRQLL +DP NSEYADMEKEL+EVIALTEE+LATAKQ
Sbjct: 4   GVEELSIEQLASSISTYKEQLEQVRQLLSEDPRNSEYADMEKELKEVIALTEEVLATAKQ 63

Query: 63  NEISGSNV-ETGDNSPSISFLQSKGNKMEAGSISDHHEKFPIGTKVQAVWSEDGEWYDAM 122
           NEIS S+   + + +P    L+    K    +   H  KFP+GTKVQAV+S+DGEWYDA 
Sbjct: 64  NEISLSDAGVSAEATPGSPDLEGAWEKTGLRNDPIHEGKFPVGTKVQAVFSDDGEWYDAT 123

Query: 123 IEAHTVNGFYVSYDGWGNKEEVDPANVRPIQREVNALLEAERMAEATKQAIKRKIAQAAS 182
           IEAHT NG++V+YD WGNKEEVDP NVRPI  E NA++EAER+A+ATK A+KRKI +AAS
Sbjct: 124 IEAHTANGYFVAYDEWGNKEEVDPDNVRPI--EQNAIVEAERLAQATKNALKRKIEKAAS 183

Query: 183 VDFQSRNLPSKLRIEPDDPEDIKAAKRKKIHAFKSKMRIEQLEVTQNKRQNAWQQFQSAK 242
            D+Q++ LP+KL+I+P+DPED+K AKRKKIHAFKSK R EQLEV QNK+QN WQQFQ+ K
Sbjct: 184 SDYQTKTLPAKLKIDPNDPEDVKIAKRKKIHAFKSKARFEQLEVVQNKKQNDWQQFQTTK 243

Query: 243 GKSKKIGFFSGRKKESIFKSPDDPNGKVGVTGSGKGLTEFQKREKHLHLKGATVE 297
            K+KK+GFF+GRKKESIFKSP+DP GKVGVTGSGKGLT+FQKREKHLHLK    E
Sbjct: 244 AKTKKVGFFTGRKKESIFKSPEDPFGKVGVTGSGKGLTDFQKREKHLHLKSGNAE 296

[Close]

BLAST of Sgr012520 vs. TAIR 10
Match: AT2G02570.2 (nucleic acid binding;RNA binding )

HSP 1 Score: 392.5 bits (1007), Expect = 3.0e-109
Identity = 203/295 (68.81%), Postives = 246/295 (83.39%), Query Frame = 0


Query: 3   GGEDVSIEELASNLSTYKDQLQQVRQLLDDDPSNSEYADMEKELEEVIALTEELLATAKQ 62
           G E++SIE+LAS++STYK+QL+QVRQLL +DP NSEYADMEKEL+EVIALTEE+LATAKQ
Sbjct: 4   GVEELSIEQLASSISTYKEQLEQVRQLLSEDPRNSEYADMEKELKEVIALTEEVLATAKQ 63

Query: 63  NEISGSNV-ETGDNSPSISFLQSKGNKMEAGSISDHHEKFPIGTKVQAVWSEDGEWYDAM 122
           NEIS S+   + + +P    L+    K    +   H  KFP+GTKVQAV+S+DGEWYDA 
Sbjct: 64  NEISLSDAGVSAEATPGSPDLEGAWEKTGLRNDPIHEGKFPVGTKVQAVFSDDGEWYDAT 123

Query: 123 IEAHTVNGFYVSYDGWGNKEEVDPANVRPIQREVNALLEAERMAEATKQAIKRKIAQAAS 182
           IEAHT NG++V+YD WGNKEEVDP NVRPI  E NA++EAER+A+ATK A+KRKI +AAS
Sbjct: 124 IEAHTANGYFVAYDEWGNKEEVDPDNVRPI--EQNAIVEAERLAQATKNALKRKIEKAAS 183

Query: 183 VDFQSRNLPSKLRIEPDDPEDIKAAKRKKIHAFKSKMRIEQLEVTQNKRQNAWQQFQSAK 242
            D+Q++ LP+KL+I+P+DPED+K AKRKKIHAFKSK R EQLEV QNK+QN WQQFQ+ K
Sbjct: 184 SDYQTKTLPAKLKIDPNDPEDVKIAKRKKIHAFKSKARFEQLEVVQNKKQNDWQQFQTTK 243

Query: 243 GKSKKIGFFSGRKKESIFKSPDDPNGKVGVTGSGKGLTEFQKREKHLHLKGATVE 297
            K+KK+GFF+GRKKESIFKSP+DP GKVGVTGSGKGLT+FQKREKHLHLK    E
Sbjct: 244 AKTKKVGFFTGRKKESIFKSPEDPFGKVGVTGSGKGLTDFQKREKHLHLKSGNAE 296

[Close]

BLAST of Sgr012520 vs. TAIR 10
Match: AT2G02570.4 (nucleic acid binding;RNA binding )

HSP 1 Score: 392.5 bits (1007), Expect = 3.0e-109
Identity = 203/295 (68.81%), Postives = 246/295 (83.39%), Query Frame = 0


Query: 3   GGEDVSIEELASNLSTYKDQLQQVRQLLDDDPSNSEYADMEKELEEVIALTEELLATAKQ 62
           G E++SIE+LAS++STYK+QL+QVRQLL +DP NSEYADMEKEL+EVIALTEE+LATAKQ
Sbjct: 4   GVEELSIEQLASSISTYKEQLEQVRQLLSEDPRNSEYADMEKELKEVIALTEEVLATAKQ 63

Query: 63  NEISGSNV-ETGDNSPSISFLQSKGNKMEAGSISDHHEKFPIGTKVQAVWSEDGEWYDAM 122
           NEIS S+   + + +P    L+    K    +   H  KFP+GTKVQAV+S+DGEWYDA 
Sbjct: 64  NEISLSDAGVSAEATPGSPDLEGAWEKTGLRNDPIHEGKFPVGTKVQAVFSDDGEWYDAT 123

Query: 123 IEAHTVNGFYVSYDGWGNKEEVDPANVRPIQREVNALLEAERMAEATKQAIKRKIAQAAS 182
           IEAHT NG++V+YD WGNKEEVDP NVRPI  E NA++EAER+A+ATK A+KRKI +AAS
Sbjct: 124 IEAHTANGYFVAYDEWGNKEEVDPDNVRPI--EQNAIVEAERLAQATKNALKRKIEKAAS 183

Query: 183 VDFQSRNLPSKLRIEPDDPEDIKAAKRKKIHAFKSKMRIEQLEVTQNKRQNAWQQFQSAK 242
            D+Q++ LP+KL+I+P+DPED+K AKRKKIHAFKSK R EQLEV QNK+QN WQQFQ+ K
Sbjct: 184 SDYQTKTLPAKLKIDPNDPEDVKIAKRKKIHAFKSKARFEQLEVVQNKKQNDWQQFQTTK 243

Query: 243 GKSKKIGFFSGRKKESIFKSPDDPNGKVGVTGSGKGLTEFQKREKHLHLKGATVE 297
            K+KK+GFF+GRKKESIFKSP+DP GKVGVTGSGKGLT+FQKREKHLHLK    E
Sbjct: 244 AKTKKVGFFTGRKKESIFKSPEDPFGKVGVTGSGKGLTDFQKREKHLHLKSGNAE 296

[Close]

BLAST of Sgr012520 vs. TAIR 10
Match: AT2G02570.3 (nucleic acid binding;RNA binding )

HSP 1 Score: 366.7 bits (940), Expect = 1.8e-101
Identity = 193/295 (65.42%), Postives = 236/295 (80.00%), Query Frame = 0


Query: 3   GGEDVSIEELASNLSTYKDQLQQVRQLLDDDPSNSEYADMEKELEEVIALTEELLATAKQ 62
           G E++SIE+LAS++STYK+QL+QVRQLL +DP NSEYADMEKEL+EVIALTEE+LATAKQ
Sbjct: 4   GVEELSIEQLASSISTYKEQLEQVRQLLSEDPRNSEYADMEKELKEVIALTEEVLATAKQ 63

Query: 63  NEISGSNV-ETGDNSPSISFLQSKGNKMEAGSISDHHEKFPIGTKVQAVWSEDGEWYDAM 122
           NEIS S+   + + +P    L+    K    +   H  KFP+GTKVQAV+S+DGEWYDA 
Sbjct: 64  NEISLSDAGVSAEATPGSPDLEGAWEKTGLRNDPIHEGKFPVGTKVQAVFSDDGEWYDAT 123

Query: 123 IEAHTVNGFYVSYDGWGNKEEVDPANVRPIQREVNALLEAERMAEATKQAIKRKIAQAAS 182
           IEAHT NG++V+YD WGNKEEVDP NVRPI  E NA++EAER+A+ATK A+KRKI +AAS
Sbjct: 124 IEAHTANGYFVAYDEWGNKEEVDPDNVRPI--EQNAIVEAERLAQATKNALKRKIEKAAS 183

Query: 183 VDFQSRNLPSKLRIEPDDPEDIKAAKRKKIHAFKSKMRIEQLEVTQNKRQNAWQQFQSAK 242
            D+Q++ LP+KL+I+P+DPED+K AKRKKIH            V QNK+QN WQQFQ+ K
Sbjct: 184 SDYQTKTLPAKLKIDPNDPEDVKIAKRKKIH------------VVQNKKQNDWQQFQTTK 243

Query: 243 GKSKKIGFFSGRKKESIFKSPDDPNGKVGVTGSGKGLTEFQKREKHLHLKGATVE 297
            K+KK+GFF+GRKKESIFKSP+DP GKVGVTGSGKGLT+FQKREKHLHLK    E
Sbjct: 244 AKTKKVGFFTGRKKESIFKSPEDPFGKVGVTGSGKGLTDFQKREKHLHLKSGNAE 284

The following BLAST results are available for this feature:

BLAST of Sgr012520 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_022155149.1	1.8e-151	94.31	survival of motor neuron-related-splicing factor 30 [Momordica charantia]	[more]
XP_022933076.1	4.3e-150	92.98	survival of motor neuron-related-splicing factor 30 [Cucurbita moschata] >XP_022...	[more]
XP_038876515.1	2.8e-149	92.98	survival of motor neuron-related-splicing factor 30 [Benincasa hispida]	[more]
XP_004142808.1	6.3e-149	92.31	survival of motor neuron-related-splicing factor 30 isoform X1 [Cucumis sativus]...	[more]
KAG7032438.1	1.9e-145	85.76	Survival of motor neuron-related-splicing factor 30 [Cucurbita argyrosperma subs...	[more]

BLAST of Sgr012520 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q6DEY1	5.3e-18	32.17	Survival of motor neuron-related-splicing factor 30 OS=Xenopus tropicalis OX=836...	[more]
Q3T045	5.9e-17	29.93	Survival of motor neuron-related-splicing factor 30 OS=Bos taurus OX=9913 GN=SMN...	[more]
O75940	5.9e-17	29.58	Survival of motor neuron-related-splicing factor 30 OS=Homo sapiens OX=9606 GN=S...	[more]
Q5R591	7.7e-17	29.23	Survival of motor neuron-related-splicing factor 30 OS=Pongo abelii OX=9601 GN=S...	[more]
Q8BGT7	6.5e-16	29.23	Survival of motor neuron-related-splicing factor 30 OS=Mus musculus OX=10090 GN=...	[more]

BLAST of Sgr012520 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1DPE2	8.5e-152	94.31	survival of motor neuron-related-splicing factor 30 OS=Momordica charantia OX=36...	[more]
A0A6J1K7R2	2.1e-150	92.98	survival of motor neuron-related-splicing factor 30 OS=Cucurbita maxima OX=3661 ...	[more]
A0A6J1EY48	2.1e-150	92.98	survival of motor neuron-related-splicing factor 30 OS=Cucurbita moschata OX=366...	[more]
A0A5N6QL51	1.7e-128	81.00	Tudor domain-containing protein OS=Carpinus fangiana OX=176857 GN=FH972_004442 P...	[more]
A0A6A1VA07	8.6e-128	80.94	Survival of motor neuron-related-splicing factor 30 OS=Morella rubra OX=262757 G...	[more]

BLAST of Sgr012520 vs. TAIR 10


Match Name	E-value	Identity	Description
AT2G02570.1	3.0e-109	68.81	nucleic acid binding;RNA binding	[more]
AT2G02570.2	3.0e-109	68.81	nucleic acid binding;RNA binding	[more]
AT2G02570.4	3.0e-109	68.81	nucleic acid binding;RNA binding	[more]
AT2G02570.3	1.8e-101	65.42	nucleic acid binding;RNA binding	[more]

InterPro

Analysis Name: InterPro Annotations of Monk fruit (Qingpiguo) v1
Date Performed: 2022-08-01

Position :

Zoom :

x 1


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	COILS	Coil	Coil	coord: 158..178
None	No IPR available	COILS	Coil	Coil	coord: 9..29
None	No IPR available	COILS	Coil	Coil	coord: 39..63
None	No IPR available	GENE3D	2.30.30.140		coord: 95..153 e-value: 6.0E-12 score: 47.2
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 256..276
None	No IPR available	PANTHER	PTHR13681	SURVIVAL OF MOTOR NEURON-RELATED-SPLICING FACTOR 30-RELATED	coord: 1..292
None	No IPR available	PANTHER	PTHR13681:SF32	BNAA06G34090D PROTEIN	coord: 1..292
None	No IPR available	SUPERFAMILY	63748	Tudor/PWWP/MBT	coord: 100..153
IPR002999	Tudor domain	SMART	SM00333	TUDOR_7	coord: 99..156 e-value: 2.0E-11 score: 53.9
IPR002999	Tudor domain	PROSITE	PS50304	TUDOR	coord: 100..158 score: 13.706213
IPR002999	Tudor domain	CDD	cd04508	TUDOR	coord: 104..150 e-value: 4.96999E-11 score: 54.9115
IPR010304	Survival motor neuron	PFAM	PF06003	SMN	coord: 63..157 e-value: 1.4E-6 score: 27.8

Relationships

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


Feature Name	Unique Name	Type
Sgr012520.1	Sgr012520.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0006397	mRNA processing
cellular_component	GO:0005737	cytoplasm
cellular_component	GO:0005634	nucleus
molecular_function	GO:0003723	RNA binding