Spo23934 (gene) | SpinachBase

Overview


Name	Spo23934
Type	gene
Organism	Spinacia oleracea (Spinach)
Description	ELMO/CED-12 family protein
Location	Super_scaffold_96 : 378316 .. 417544 (-)

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideCDSexonthree_prime_UTR

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

ATGGAACTTCATTTATTGCTCATGTATGCTTGGGGATTCTACTCAAGTTTTGGATTGAAGGTTTATTATAAAACTCTCAACCTTTACCTTCATTATTGTCATTTATTTCTTGTCTCTTTTGACTTGTCTCCTTTATTATTCTCATTAATGATAAACCCTAAAAATAAGCACTTTCATATTTCCTTTTCTACTTGCTTTCTATTTTAGGATTTTTCTAATCTTCTATGATTAGATGCATTGATTGCTTGGCTAATCTTTCAAGATTTGATGATAGTTTTTTCCATTGAATTGATTTCCATGATGAAGTTAGTCTAGACTATTTAATTAAGGATTTTTGTTTTGACTATTTGGAGATGCATGCTTCTATTGAATATACAATGTTGAAATTTATGGTCAATTCAATTCCATGTGTGAATTGTTCCTTATCTAGGTATTTGGGTGTAGCCTAGGGGTTTCCATGTTTGGGGTTTAAGGTAGAATTTCTAGTCCTCGCAATTAAATGTATAAGTTGGGGGGCTTTATCCATTGTTTGCTCGGTTAGACATAACCTTGCTTAGTCAATGGAGTGCAATGCATTGAATTGGCAAGGAATTGTGAGTCTTTGTGTCATACGATTTCGGATGAATGTTTCCTTGTTATCTCCCTAGCTTTGAATTAATGCGAGAGCATGATTTATGGCCTTGTGAGTAGTTTAAGAAACCTATTCCCTTTTGACTTGTCTTTGTAGTTCTAATTTGTTCGTAATTCCTTGTTCCCTGTTGCATGTACCCCTCAGTGAACCCAATTCCTTAGTGTTTTAAATATTTGTATCTCATTTTATTCATTTAGTTTTTACACTCCCTTCAACAAACAACCCTTCTTCGAACTAGCTTATGTTAGCACTTTTAGCTACGAAACCCGCAAGTCTCCGTGGATATCGACCCTTTCTTGTCACTCTACTTGTTTCTAGTGGTTAGTTTAGCTATTTAGATTGATTTAGGTAAGACTAGTAACGACCTAGTTTTTCCGATATCAAATTGTCGGTCCTGACATTTTAAGGGCCCTAGGAAAATCAATATGAGAGCCCCTAACATTGAGTTGTCGACAGTTACATATTTAACCTTTCACATGGGATTAAAAGGCCATTCTACCTCTAAGCTTCTGGATCTTTTATCCCGCTCTCTGTGTCCCAAACAATTTCGCCATCTTAACTATTTTTTTACATACAGTAATGTTTGAGTGAGAAGGTGTTAAAAATCAGTTGGAGTGGGACATAATAACATTGTGGAATTTTCTTGATTAAAAGATGTTGCTTGCTTCTGTAAATCATATCCTTTTACCAATCTTTAATGTCTTATTTTATGGAGCGATTTCCTTCAATATTGCATAAAGATCCAACAATTCCCTAAATACGTTACTTTTTAAGTTATTTCCCACCATACCGTCCACGTAAGCAAGGGAGAAAGAGAAGTAATTTTTTTTTTCCGGTTCAGCATTGAACCGCTATATGAGATAGCGGTTTCGTTTTAAAGCAAACCGCCATCTCAGATGGCGGTTCAATGTTATAAACCGCTATCTCAGATAGCGGTTTGTATTAAAACAAAACCGCTATCTCAGATGGCGGTTTACTTAATTGTAAATTATTTTTAACATGAATTACAGTTTAAATAGAAATATAATTTAGAAGTAACCTCTTATGACATCAATTGTGTCTGTAGCTCAGTGGATAGAGTGTGTTGTTTCTACGCAGGAGGTCGTGGGTTCGAATCCTACCTGATGTGTTTATTTCTTTTTAACCATTTATTAATATTAATTATAAACATTTCTAAATTTAACTTATCAACATTAGTGTCTGTAGCTTAGCGGATAGAGTGTTTATTTCCCAACCAAAAGGTCGTGGGTTCGACCCCTAGCTGATGCAGTTTTTTTTTTAACCATTATAAATAGTACTACTTACGTGATTAAAAAGAGACCGATTTTAATGCTGACGTGGACGGTATGGTGGGAATTAAGTTAAAAAGTGGCGCATTTTGGGAATTTGACGTTCTTTAAACAATATTGAAGGAAATCGCTCTATTTTATGATTGACAGTTCTTCATGTTGATTTTTTTTTTCTCAATTCATGTACTCGTATATCCCAACTCAGACATTTACAAGTATATTTATGAAAAATCTGATCCAACATCAAAATTTAAATAAATTTTCAAACCAAGTTCAACATAAATTTTGAGTTGCCTCCTCATAATAATTAGAATCAAAATCTTATCAAAGAAAGAAGTGTGTTTTCGAAAGAACTCCAACTGCTTCGAAATACTCCTATCTATCAAAATTGTTTTTTAAAAATAATCCCTAAGTGATCGGTAACTCGTATTAACAGTAAATTTTAGCAAAGCATTTTCCCCAATTTCTGACCCCTGTGGCCCTGTCCTCCCTTGTTCAGCCACCTTGCCCCTTCCCCTGTAAACCCCACGAACACCACCTCAATCCATCCATCTTCATTTTACCCCCCCCCCCCCAAATCCACAACATAAGTTTCAACAATAAAAACCTAAAATTCAAAGTTACTACTACTTCTACACAAAAAAGCTCTCGTTTTTCACAATCCGCTGAATCTAAATTTGCTCTCCCCCCTTACTTTCTCTCTCCTCAGGGTTCTGTGGTGGTCATCACGGCGGAGGAGGGACGGTTTTGCGGCGTCTGAGTTCTATTACCGGCCGAAGTTGAGTTTTCGCGGCGGCTGCTTTCTGTTGGTTGCCGGAGTTGGAGAGGTTTTTTTTCGCGGCGGCTGCAAAGGTGGCAACATGAGCAATGATGTATTTGATGGGAAAGTATTAGCTGAGAAGCTATCTAAATTAAATAATTCGCAACAAAGTATCGAGTGTATCCTTCTGCAAATTCTTTTTTGGTCGATGCTAATTTACATTGTTTAAATAATTGTCTGAATTGTTAGTTTTATGCCTCAATTTTGTTGCTAAACTGTGGTTGCTACTTCAATTCAGACGATTCTATCAAATTTGGTGTTCTTTGTAGTTTTACTCTGCAAGGGTTCTAAAGGGTTAGGTTAGTAAATCCGGGGACTGAGACTTTGTCGTTGACGAAACCTCCTTCCAGATATGTTGTTGTCATCCTGAACTTGCAATATTACTGTTGATGTAGCTAATTCACCATGTCCACGAATATTCCTAGTTTTAGTTATTTTGGCTTTCTAGTGGTTGGGAGTTGTGGCTATAGAAGTTTTTTGGGTTGCTATTTAGCTCTTATCGACCATACTAGTCCTTTAAACTACCAAAAGTAGAGAGTGGGCTGTGAGGTTGCGGATATTCAAATTTATTTCAAAATGATTACTGTTTATCTCAAAACATATTGATAGGCTTCTTTAAAAGGATTTGACAACTACCTTTTTTTGACTCGAAGGTGGATAAGAAAATTCTAATGCAAATTCCAAAGAGTTTTTCAAATTTTCTAATTCTTGATTGCCAACAAGCAATAAATGAAGGACTTTCTTATTGCATTTTGTCATTCGGAGTCTTACCATCACATATCTTAGGTTATCTTTAGGGGATAACTCTAGGAGTTAAAGATTTTCGTTATCTAATATTGAGGTTTGCCAAAAGGTTGAAGGATAAAAGAGGGGTTAGAACTTGTGTTCCTTTGTAAGCTTTTAATAGGTGTGTGGGAGAGAAAGAAAAACTTCAGCTGATTATTTAAATGCCATGAGTATCAAATTTTTGTTTCTATGTGATACGGAGTAATCATGTATACCATGTACATATGTTTCTCATTTATGCGTTGAAAGGTTTTAAGTTAATTATTTCAGCCTTTGAACTCACAACTTCTCACTACTATTGTCATTTGAGCTTCTCATTTGTTCTATAGTTTTTTGATTTTGTTGTTGTTTGTTGTTGTTGTTGATGCGTGGTTCAGATGATTTTGATTACTTCGTATATGATTAGCGTGTCCTCTTTTACCTTTCAGCTGACTATGAGATGCTATGGTTGAAATTATTCTGGCTGTGCAGCTTAGTTTTTGAGGAAATTGATATTTGTTGATAAAATGATTAGTTTTGGAGACTAGGAGTTGGAATGGGTTGTTTTGATGTAGATCGAGGGTTTGGGGTGGATTTTTTTTACGAGGAGCTAAGGAGCCGATGCTCGGGATTGGCTTAGCCCATGCTTCATGTTTGGAAATTATTTCCGAAGATTTTTGTTAAGCTGTCCACTACAGTATAGGTTTTGTTTGCTATTATTTTAGCATCTAGATGTATCTGTAGAAGCGTAATAAAAACATGAGTGATGCAAGAGAAGCCTAGTTACGCTTCAAAATTGTATTAAGTTGCCATTTTAAGTTAGTTATTTTACGCATTTCTGGTGAAGTACTTAGCTGTTGGGCAGTCATTCCAGCTACAACTAGATGCGTGAAATCAGCTAATGGCAACTAGTTTGTATGTTAAGGGTATGCCGAGGATTAATTAAAGTCCTACTTCTAGTATGTTTCAGATATTGAGATTGTATTTACAGCACTAAAATGCTTGTTTATCAGAATTTCTTAGTGAATTTCAATGCAATTACTTGTCTTTTGGTGATTCTGTGAGTTGGAAAGGAATTTTAATGAGCCTCTTATTCAAATTTCTTAGTGAAGTTTGGTTTGGGGTTTTCCCTGTTCCGGTTTAATCAAAATCCAAAGAGCATTAAAAAAAGCTTAACCAAAGAGCTGATCAAAATCTACAAATCGCAGAAGAATAATTTCTTTATGTTGTAAATTTGGAGATGAAATTTGATTTGCTTGTTCTGATGAGAGTGTTACTTGTGCGTTAGGCAGGGGAGTTTAATGGTTCGCAGAGGTAATCACAAATAGGTGTTCTGTTCTTTCATGAGATTGCTAGTGTAAAGAGAAGGATGTGAGTCTCTTTGGGGTAGTGGAATATGATTAGGGTGATACCATTTTTAAAATTGTTTGTGAACTTCAATTATGGAGGCATCCCCATTATAAAGAAATAGATGAGCTCACCTTGATTTTCAAGGTTCTACAAGGTTATATTTGTTTTGGAACCAGTACAGATAAGTGTGTACGATTTTCTTAATCAGAAGAAGAGGCATCAGATTACTCTCAAAGTTTTTTCTTATATGAGATATTGTAAGAAGACAGAAATCTCTACCCCTTTAAGCTTCATTCATCAAATAAATAGGATGCCCATCAATGAGTGTAGTGGACTGGGTGCCTCTTCAAAAAGATGCTCCACCACCTCTAATTAGTGGAGGCAGAGGACTGTAGGAGGTGGATGGGGAATTCAACAGCACCTTTTCTTGCAAGTCATGTTTGGGTTGTCTATCTCTGCCCACCAATGTGTCCAGTTTTCCCAGTTCACCATTTAATTTTGAAGGCTAGAGTTTCTCTTGAGGTGAATGCTGTTGTGTGGACCTTTGTGTTGGGAAAAATCAACACTAATGATATGCTCCACAGGAGAATTCAAAGATGGTTATGTCGCCTCTTCAGATATGTGCCTGTTGTGTCATGGCATTGAGGAGACTTGCTCGCATTTCTACATTGTGAGATGGCAAGTAATATCTGGAGGAGGCTATTTTGCAGTGTACGGGGAGTACCGGGTTTTCCCTTGTAATGTTTTGGATCTGTTACAAGTTTATTTGTGGGATTTGGCAGGGCTAAGGCAAACAAGATGTCGCGGCTCAATGCCTTTATGGTTCCTGTGGTTAAAACGTAATGCACCCAATCATCTCAAGAATTACTTTAACTAGTGATGTGTCATGAGATATAATAACTTATTCAGCTTCTTTCTAGTCAGCAGGGGTTCCTGTAGTTCCTTAGTAGGAGAAATGCAATGGAACTGGGTTTATGTGTTATCTGTTTTTTACTGTTTAAGGACAATTTGTTTCTGTTCTTGTATTTTTTGTTAGGTGCTTGTATTTATAAATATTTTTCTTCACTAAAATAAGTAAAAATCAGTTCTCATCTGAATTTTAGGGGTTATACCAATGGTTCTGATATTTTACGCTTTGCTGACCATTCTGATAGGCTTGTAAGATCTTTTCAGTGCTGAAATGTTTAGGAATTGATGAAGGTGTATCCGAGATTCATAATTCAGGAGTGATGTGTTTACGAGTTAATCTAACTTCTGTCCACCATATCTAGAATAATATGATAGGCCTTTTTTTTGGTTACTAGTCTGTAGTCTGTGTACCTCTTGTCTTCTCCATCAGCAGACGAATTTTTTTCTTCCAAATGTGATCTACCAACATGCATCTTTTTTTGTTGACTAAATTAATTTTTCAATTTTGTTGGTTTCTTTTCACGCAAAAATTGGGGCTTCTTGACATCTGCATAGAGCAAAGAATACTTAACAGCTTGCAAAGACATTAAATCTGTTCAAGGCTTTGTAATTTCGCAAATTACTTTTGCTCTCGTTTTTACTTGTGTTTTAACTGTTTTTTATCATTTTTTAAAGAGCTTGAAAACCTCTCTTACTTCATATTATATCCATGATTAAATTCTTGCATTCCTGCAAAATTTTGGAAGTAACCCTTGGTTGTTGTTGCTGCAAATTTTTCCAATTAGCTGCTTTGGTGATTACTAAATAACACCTTGTTTCAGTTTGTGCTTCCAGTGATAGCTTAATAAGCATGCTTTCAATATTTGCGAGTTATTTTTATTTCCTTGAAAAATATCCATAACTTTTGCAATTGTTTTTCTGTACCAAGTGAGTTACATTTCTATTTCTTATCATCTTCATCAAATGTGCAACCCCATTTCAGTATACAACCTTTTGGTGTAAAATCAACTGGCTCCCAGTGGAACTTTTTGTTAGTTTGGTATGGTTACTGATGAGTACATTAGGGTTACAATAAGCTTAAAGATACAGTCCAATAAGATTTTTTCTTGTTCACCCATTCCATTGTAGAGCTTGTCTTTTCTGGAAGACCATCTGGCTCTATCATGTGACACTTGTTATTTTGGATACTAATATGCCTATAATATATTTGAAGCCCTGGCATTGAAAGATGTTGAAAGCATGCTATTGATGAAGATATGGCAATGATGAATATGAATCGTACGTAAGAGTTGGTGGATAAACAAGGAAAGAAGATTATGGCCAAAAGTGGGTGCCCAACAAGTGACTTATGGTGATGGAAAGATATGTACAAACGTGAAAAATGGCTCGCAGTGATTGAAGATTCATGACCCTTGTCTTGGGTTTTAGTTTAGCTAAGAAAAGGTGGAGTAGGGAGCTTGGAAATTTGATGTTGGATTTTTACTATAAGGACGGAATCTCAAGAAAGGTTTTATTAGTTAGGTTTTGAAGCTTAGGTAATTTTTATTTTCTTTTAATTTCAAGGAGAACAATTTCTCTAGTTGTACTTCTCATTTCACTGTTATAATAAATTTGTCTTCTGACAATGAAACATTGGCTTCTGTTGCGTTGCCGAGGACCATACATACTGCTGTTTCCTAAGCAGCATAAATAGAATTGCAGTTGCAAGTATTATGTGATAGTAACTGACCAATAACAACGCTGTGATTAAGAAATGAACAAAATTGACAAACTTAGAGGGATACAAAGATCAAAATAGAGAAAATTGGGGAATGTGGAAGGGTTGGCTTAACTGCTTCTAATGTTGGTCCTAGTGTCTGTTTGTCTTTAGTGTCTGTATACAGAATCATAGAAATGTAGGATTTTCTCCTTTTATATCCATTATTAAATACAAGTATACTGATTTCCTGCAATTTCTTGCAACAATGGAAAAATGTTGAAGGAACACTTTTGCTTTCACTTGCATCAAATAGTTTTGGAAAGACGACTTCAATAAACAAGAAAAAGAAGCTTGACAGCTCATTAGCGCAAGATTTTAACATAAGTATTTCCTTTTTCTATTGTTATATTAGAAGTGCTTTTGTTGAAGGTCGAAGAAAGTAGCCATATGCAAGGGAGTTGGCTGTTGTGGTCCTTGTGCAGGAATGATAAGAAGGAGTTGGCTCTTGTGGGGGAATGATAAGAAAGAGTTGGCGTTGAAATCGGATTTGGATTTTCGAAATTCTCATTATGTTGCTAGTTAAGGTGCTGAGTAAAATGTACTCAATACAAGGTAGAGGTGGTAAATTAGTCAAATAGCCTGGGGAATCCTATATGTATTGTTTTTCTTATATTGGTAGATGACACTATGGATGGAAACAGCATATGAGGGATTTTTTAGTTCATGGAAAAGCAAGGTGTAGGGACTTACTGACTTACTGGTTTGAAATAAGATCTGCAAATGCATGGTGATTTATTTGTAGAAATTTGGTGTCTAGGAACGCTGGGCCACTGTGTGGTTTCCCTCATGGTTTCCCATAGACTAGACTTTTTGACATAAGAATAGAGTGGACACCGTTAAGATTAGTTTCATTAATGTCAGCCCAAGGAAGTTCATTTCTTAAATTTTCTGCTGTTTCTTCCTTCTTGTTGAACCAAGAGTTGGATGTTAAAGTTTTGTTTTTGTAGCTAGTTGACTTGCCATCTTCTCAGTCCTATTCTCAGCTTGGTCTTTTACGTTCTGCGACTACTTCCCCAGTTCCTTATTAATACAGCTTCAGTTCTCTTCTGAGTTCTGATGGAACATTCTATCTGTAGGAGTTTTCAATACTGAAGATAAGTACTTTTTTTCTTATCGTTTTTCTTTGTTTTTTTCACATTGAAGCTCCATAATGGATTGCTAATCACATGGAGAGTTTGTTTCTAAAATTCCATGTCTTATTGCCTTATGCTTGATTTTTTTCCCATTAGCATGTTTGTTTAAAGAACAAAAGGGCCTTCCAAAGTCAAAGCTGGGATGTTGTAAGAATTGAGTCTTTGAGCACATATTAAATGGGGTGCCGCAAGGTGCTTTAGAAGCAGCTAGGGGAAATTTGCTATAAAATATAATTTTATGAATTCTCTCTTGAGAAGTATTTGAAGAAGTTTCTGAATCCCTATGAAGGCGAGTATAGGTGATATTTTGATTGTTTTCTTCCACAAACTCTGCAATTTTCGCTCTTATTGTTGCTGTACTATCTTCTTGGTATCCTGTTTCCTTTAACATGAGATCAGCATTGTCCCGTTGGTGTATTTCCAACCGTAAGAAAGCACGGCAGGTTGTTGAAACATGGGAGAAAATGTTCAATATATCTCAGAAAGAGAAATGTGTTTCGTTTCTTTTTCTTGCGAATGATATATTGCAAAATAGCCGGAGAAAGGGCAACGAATTTGTGAATGAGTTCTGGAAAGTCCTTCCATCTGCACTTAAGCATGTCTTTGATAATGGCGATGAAAGTGGAAAGAAAGCAGCGAACAGACTGGTTAGTACTAAATATATCATCATTGTTATGTTTTCATTTCCGTATTTCTCCAAAAACACATACTCAGTTATTTAATTCATGTAATTATTTATAAACCCTGTTCACATGTATAGCAACATCAAACTTGCTCCCCATGCCACATAGGACACCTCTTCCTAGCTCCCATTGATTTGTAGCTTTCTTTCTTCAAGTTCAGTTACTCTTTCAGTGACATTTATTCAGTATTTATCTTTGTCAACTTGCTTTCCATGCCAAACGGGACATCTCCCTCAAGTTCCCATTGACTAGTAAATTTCTCTCTTCAGGTTCTGTTACTCTTTCGTTTGTGACATAATAACAAATGAGTAAATTTGTGGATTACTATAAAGTCCATGGTACTGAATTCATAATAACTTGTGGAGCCAGGTAGGTATAAAATTGACAAAAAGCCCCATGCAGCTTCTTAGCATGTCTCCCTCTTTTGGGATGCTTCCTTTTTTTTTTTTCAAATAAAGGAAAACTAATTACACCTGCCTACCTTTTTGTGTGTATGGGAGAAAATGGATGTGGTCAATTGTTTTATACCTAGTCTATTTGTTTTGAGTAGCTCATGTGTAAGACAAGCGTCTTGTGTGATTGGGGCGACTTTATAGCCAATGACTTATTTTTGACTTGTTGAAAAAGAAACACGGGTGACATTTTTTAGATTTTAGTAATTTGACTGTCCTAATTTTTTTTTTCCATTCACGTATATATGGCGTGATCTTTATATGGCTACTACTATCTTTCTTTTGACATTTTAGTAATTTTCATGCTTACAAAATGTAGGCATTAATTCATTATCAATTTCCATAATGTAGGCGTTAGTTCATTATCAATTTCTTTGACCAAGCGTTAGAAGCTAAAAAATGTTGAAGAGAGTGGGAACCCCCTGCGTGAATCTTGTCAGTTTTCATGAGATATGGTTCACAAACCACTCATAATATTTTAATCTTTATCAGAGCTAGCCATTTTTTACCTATTTTTTAATTATCTGTTTGGGAATGGGGTTTTTATTTGCAAATCCAGAATTCCAGATATTGCCCTAATCATTTGTCTGGGAATCCAAAGATTTACCCCAGGGTCAAAAGAAAGAATTTGAAACCCTACTTAGACACATGCCATTTATAGATCTGGTCCCCTTGAACATATGCTCGCTCTCTCTCTCATCTGACCCAAATTTTAAAATCACCTGCTCACCTCCCACTCTCCTTGCTTGACACTAAAACCAACCGAGAAAACCAACCAAATTGCCATTATTGAGCCTCCTTTGTTTCTTTTCATTTCCAACACCAATCAAAAGTTTCTGCATATCAATCAATTTTATCAATCTTTGACGACAACCAAACTACTCCTTTCTTAAACCTCCTCCGCGTTTCTGTTGTATTCATTATTGATCCAGCTGTATCTCAATTCGTATAGATTTATTGGTGATTTTCTAGTTTCGGATTTTTTTTGGAATAACGAGAATGGAGTAGAGTAGGCCATGGCCCTCAGAAGTCTAGAACAGTCAACCTGAAAGCAAGAACTTGTCATTAAGTGTCAATGAATGTGGTGGATGTCAATTCACACTCTTTAAAAATTTATAAAAATTGCATAAAACTAAGGTTTTTGAGACCCCAGCAAATCTTGTATAACGGGTATAAAGATCTTAGTCTGTAAGGAACTAAGGATTTCCTTTGCCTATTTATCTTTGAATTTAAATTCAACTATGAAGCATTTTTTGACTTTTTTGAATGACGTTCTTTAATATTCTTTGATCAGTACAAGAAATAGCATTATGGTTCAACTATATATTTTAGTTGATTTAATTGTTAATTCGTTATGAATTTGTTTTCTTTTATTTTTTTATTTATTTTCCCGGGATTTTAAGGCTGGTATTTTTGGGTACTAGTGGGTTCCTTAAAATAATTAGTGGGCGTTTGGTTCATGAAGGGGAAAGGGGAAGAGTTTGAGAAAGGGAGTCAAGGAGAATGTGAAACCAAGCGCTAAGGGGCGTTCGGCACTGCTGCGGTTTTGGGTTTTTTGGTTTCTTTTTCTTAAAAAGTACTCCGTAAAACAAAACTTGTTCGCCAAAAGCGTTTTTAAAATAAACTTCCGTTCAGTTTACACTGGAAATAAATGGAAAATCCAAAACCACTTTTAGTGGTTTCTGAATTTTGGTTTTCTTTTCTTCGGGAGAATCGTTCTCTTTTTCCAACGCTCATTCACTCCTCTCCCTCCTTTCTCCCCTCTTTCTCACTGTTCTCATACAGTACTACTCAAGTACTCAACCCCTTTCTTCCTTCTTCCATGAAATTTCTCTCTCCTCTTGGTATTCCATCGCTAGAAACCCCAAAATAAAAAAATTAATAGAAAAGGGTGTGAGAAATTATTATGGACTGAATATCTTATTCTCCTGAAGAAGAAAAAGGGAGGGGAGGTTAGATTTAATTAGTTTTGATTTCACTAGAGGACTTGATTTGCAATAGTATGTAAAAAAAAAGAGAGAAATAATTAATTATTGGCAGCGATGATGGTGTCGGTGATGACCGATAAAAGATTGCAAAGGTAGTGAATTTAGGGGTTATGTCTTCCAAAGAACTTAAAGATCTACCAAATTAAACAGTTTATAAGATTCATAGAAAATTAACAATGGAATCTGGTATTTAGATCCGTCTTATGAAGAACTTGAAAACCCATCAATGGTGGGTTAGTATCCAGAGCAGAGAGAAATAGATGAAACACAGTAAAATAAATTTAAGAGAAACGTCACTTTTATTGCGGGGTTCCTGAGAGAGGTTATATTTATTTTTATTTTTTTAATAAAAAATTTTAAAAATCAGTTTTTTATTTTGGTAAAACAAAACTAAAGTCGGTTTTTTGTTTTGATAAAACTCACAACTCAAAACTCAAAGTGGTACCGAACGGGCCCTAAATGGGTTGTTTGTTTTAAAAATAAGAAAGAGAACCCAACACATTATCCTTCCATGATTCCATCTATACCACCACCCCTTCCCTTCAATCTACACCTATTCCGCTGCTACCGCGCTACACCACTCCTCCGTCTTTTGCCTCCACCGCCCTTCCCTTCCCCTCTTTCTGCCGCTGCTGCTTCAATTGTCCTCTGCCGCTGCTGCCGTTGCTCCTCCCGCTTTCTCTCTTTTTTATTTTTTTTGAGGAAACTCACTATCTCTCTTAGATCCGGTTGTTTGGAGGTTTTTTTAAGGGTGGTTAGTTTTTTGGGGGTGGTATTCGAGAAAGGTGGGTTGTTTGTTTGAAGGGTTTGGGTGGTTTTAGGGGTGGGTAGGGTGAATTTCGTGGTGGGTGGGCGTACGGGGTGGGTTTTGTGGTTTTCGGGTTGGTTAGGGTGGATGTGGGGTGGTTTCCGGGTTTGTTCGGGTGGTTCTAGCCTTCTAGGCTGTGTGGTTATGAAGACCCTGTACCAACTGCCTCCCTAAACTGTGGAATTTTTGCTCAACATGTTGCCACTGACTTGAAACAACCTTAAAGTATTTTGATTATATGGGGTATGTTCTCCTTTACTATTTTGTAGGTTGACATTTGGGAAGAAAGAAAGGTTTTTGGATCTCGCGGTCAAAGTCTTAAAGATGAACTAGCAGCCAACCAGATAAAAGATCCGGCTCCACAAGTTGTCAGCAATGGAAACACTGCCAATCCCATCAAAATTGTGAAGAAGGATGCTCAATCATTGAGAATTGTCAGTTTTTTTTGTTTCATTTTTTTTGGCTCTGTATATTTTGGTTTTACCTTGGTTTATTAACCAGTTTTATGCTTGAAAAGTCTTCTTGTTCATCATATTTTCAGAAATTGGCCATTGGAGGACTTCCTGAAAAAATTGTGTCAGCATTTCATTCACTCCATGATGAATGCTCAGATGAAGAATCTATTCTGGTGAAGTGTAATGCAACTGTGCATTCTGTAGAAAGAGTTCTGAAAGAAGTAGAAGCTACCACCAGTCAAGGTATGTCATGTACCTCTCTTGTTTTAGGTAGATAATTTTATAGTTTACCCCCTCCTCCTAGATGATAGATGGGAAATGTCACACCTTTCCATTTTGAAGTTGGGACTGTGGGGCATTATATTGCCACTCTCCGGACAATGACTCAGGCTGTACCATCCACTTCTATCACGTTATATGGGCAGGGAAATTTCAAGACTGATGTCATGGGTACTAGTTCCATGGTGAGTGGTTTTCATGTGGTCCACGCCTTTCTTTTCAACAGCCTTAATGTCCCTGTTTTAATTCAGCTCTTTCCGCAACAGATTATTGTGAGATAGAAAAGTCTCTGCCTTACATCATATCCTTCTGTTTTTCAGCAGCCGCTGTCCTGCAATCCTCTTTTCACAATCCACCTGGCACATGACCAAATGTACAGTTCATATATATCCTGATATGGCACTTTGACACCTTTAAACTACGCTACCATCTGAAAAAATTCTTTACAAATTGATCTTTTGGAGTATGATTCACATCTGTTTCTGGCTATTGTCCCAAAGTATGTGTCACATAGTTGGCTGCTTGGCTTTACACTGATCCTGGTACTAGGAAGCAATTGTACTCATTGAGGATGCAGAAATAGCGGATTATCATTTTATGGCCGGATTAAGTGCTAATTTTTGTTGTTTAAGGAAATATTTCTCTTCTGAATACTTTCTCTACCCCCACCATCTCTCTGCTCGTTACCAAACCCTCAGGTCCACCACCACATCACTCACCAGTCACCTCCTTCTTACCATATTAACCCAGAACATGGTCATCACCATATTCCATTTACCAGCACCATCATCACCTGATTTCATTTGGCTGTATTTTGCAATCAAATTTTAAAGTCAAGAATAATACGGATTTCAATAACTTGCTGTGAATTCTACTTTAACAACTTCAGTTTATCGGAGTGTGTGTTTTAGGAAAAACATTGGCTGCTCAATTCTCGCATTCCATTCACCTTTTCCAAGTTCTTTCATTCCCCACATCACTGTTTCAGTGTTTTGTACTGTAGTTGATTTTCACTTAGCTTTTCTTTGTTGAGAATTTTTTTTCCTTATGTCCAAGATTCACAAGTTTTAGCAACAACTAACCTTGTAAAACGGTATAAAATCCTAATTGCAATAAACTCTAATGCTGACCAACGTGCTTTAATGTACATATCCTTGTCTGAGTAAAATAGCCTACATTAAGTCATTAACCCGTTTTCGGAGGAACTTTTGCATGAGCTTTTACATGCATAGCGCCTATACACACATTACAAGCTGGCTTGACTTTTTTTTTCTTTTCGGAATGCTTATTAGCACACACTCTTCATTCCCTTCTTTCTCTTTTTATGTTTACTTCCACGGTTATGTGGTTCATGACTTCATGGTAAGTATTCCATACCCTTGTCGTAGTGTTTTTTATGAGTAATGTAGAGTGTAAGATATTTCCTATGTCCTGTAATTCCACCATTTGGATTGAGCACACAGATTAATAAAGATAGCAAATATAAAAAATACCCATGTGACACCAAATAGCAAAGAGAGAGAAAAGGTTAGGTGAAAAGAGTAAATATAAAATGTGTACAAAGGTACAATGAGTATTTGGTGTGTGACCGCACTACAAAGTAGGTGAAAGCATACCATAATAGGGAATTGTGTAATTAATAATGTAACTTTCAAATAATGCAAATGGTGCAATTCAAAAAAATAAAATATCCCAGTGGAAGTAGAACGTAGATAGTAGGACCATTTTGAGAAGACACAGTACCAATGTATTTGGATAGGTTACTCTAATGGAAAGAGAAAATGAGAGATCCATCTTCCCTTGTTTGGAAGAAGTAGGAGGAAGGAGATCCAAAGTCATTCGTGACATTGATGTTGTTAGAAAAGAAATATCGCAAGTTTGTAAAACTTCACTTGTAAAGGAGGTGGTTGATAAATTTTGGATTGAGGATTTTGTTTGGAATCAGATTCCTTTTGAACTTGGAGAGTGGTTAGATAGAGCCTCGAAGGAGCATAACCTAAGATGTATTTTTTTCAGTATGGACAAGGGTAAGGATGGTTTTGTATGGTACTTCATCAAGATTGCTGGTATTTGATCTACTTTGGAGCAGTTTCATGAGGCTGGTGGTATTGGGAAGACTAAGAACTCCAATAGTATTAGTCTGGTTCCTATGTAGGATCTTTTCATAAAGTTTAAGGTTTTCCTTCCCATTTGTTTGATTACCAACGCCTTTAAGATTGTCACAAAAGTGTTGGAAAACCGACTAAGGGATGTGCTTTCTTTTACCATCTCTCAATCAAAGAATGCTTTTGTGGAGGGACGCCAAAATTTAGATGTGGCTCTTGTAGCTAATGAAGTGGTAGGTGAAGCTCGGAAAAGAAGGGTTTTGGTTGTCAAGCTTACGATTGGGTGAGTTGGAGTTTCTTAGATTTTGTGTTGATAATGTTTTTGTGATTGGTGGAGACATTGGATCAATGGTGCTTGTCTCTCGTTTATTTCTCGTTTTTGGTGAATGGTTTACTTCGCCTCTGAGTTTGCGGCAAGGGAATCCCATATCTCCTCTTCTTTTCTCCATCGTTACTGATGTGCTTGGTAGAATGTATGGGAGAGGTGTGTCAAAAGGTTTGAGTGAGGGTTTTAAGGTTGGAAATGAGTTAGTGCAGGTTTCCCACTTGCACTAAGCACATGATACCATTTTGTTTTTATGAGCAATCACGAAAAGTTGAAGGTGTTTACTGTCTTGTAGGTCTTTGAGTTAATTTCAGGGACGAAGATTAACCTTTCTAAATGGTACACTAGGTGGTGTTGGTCTTGTATCTCTTGACCAGGATGTGTTTGTGGAGTATGCAACGTGATAAGCTTGGTAGGGTGTAAGATTCAAAATTGGTTGTTCGGTTATTTGGGCTATACCCTCGCTGGTAATCCACAATCAGGTACGGTTTGGGTACCTATTGTCTCTCGACTTTTTAGTAGATAGGAACTGTTGGAAAAAGGTATGTTTTCCTTTCAGAGGGAAAGACACAAGGAAGGAGGTTTAGGGGTTGGAAGGCTAGTGATAAAGATTGGTGCTTCAGTGGGTAAGTGGCTATGGAGTTTTCCTCTTGATCCTCTTGATCCCCGACTTTGTGGCATCGTGTAATCCGGAGTATGTATGGGTTACTCAAAAACATGTGGGATGAATGGTGTGGTGTGTCGGTAACTAATGCTTGGCCTTAGAAATTCTTTTTCAAAAAAATCAGTCATCTTGTCGTTAGTCAGTTTCAAGGAAGGGAATGACAATCACATTACATTTTGGGAGGATGTTTGGAGAGGGGAACAACCATTTTCTGTGATGGGGAGAATCAACACTAATGATATGCTATCCATAGAAGACGACTAAGTATGACTATGTCGTCAAATGTGTGTTGTGCTAATAGTGAGTCGTGCTCACACGTCTTGATGGCAAGTAATATTTTTGGGGTATTTTTGCTCTCCCATTAATACCGGGTTATTCCACGTACTGTTTTGGATCTTACACAAGTCGTACTTGTGGGATTTGGAAGGCAAAGGAGGAGAAGATTTTGCGGTGAGATGATTTATGGCGATTCTGTGGTGTTTGTGGATAACTTATTTAACTTCTTGTGGGTTAAGGCAACAGGGTAATTTAGAAGTGAGTTGGGGTAGTTCCACGAAATAGGACTAGTTTGTAATCTTATTTTGAGTTCTCCGTTCTTGTACTTTCTGCTAGTTGTTGATTTATGATGGAAAACTGACGTCATTAATATTCAAAAGTAGAGACTGTTTTAAGAAGGGTACGCATAGTTTGGACTGGTGTTATCAACGTTCCTTTTCATTTGTTCTTACTGTGTGGGAGGAAATCAGTGTTACCCGGTTCGTGGTACGTGGCCTCGAACCGCGAACTCGGTTCGTTCGTACCCGGTTCGATGTGGTTCGCGAACGGGATCACCGGAGGTGACAATCCCGAATTGAAACCCTAGATCTACAATTGAAGCACTTCGATAAAGTTGTGAAGCTCGAAAGCATAGGGTTTTACTAGCCTGAGTGTTGCGAGAACACCGGTGCATTTGCCGGAATAAATGGTGTTCGCATGATAAAGATGTATGTGTATGGTGTAGGGAGGGAGAGGAGGATGAAGGCAGACTTTTTAAGTTGCAACTGTCAGCCACTATTCACCTTCTCCCTTTCCTTTGTCTGTTCACCTTTTCCCACCTTATGTTATTAAATGTATTAAATATAAAGTACTACTCCCAATACAACCAGCCACTGCTTTTCTTTATTAATTGTTTTTTTTCTTTTCACCTCGCAAAATGTAACTACATTTTGAATTTTTATTAGAAATATCCATTAAAAGTAGCCTATTTATTACTGAGACGTTCTGGGTTCTTTAAAGGTTGCATTCCGCGTTCCCGTACCACATACCACTCTAACCCACGTTCCTTGTATCTTTGACGAAAATCTTAGTCTCTAATTGGGGGTTTCATTGATGATGGGTTAATTGGATTGATATCCTTGATTTCTCCTTTAGTTTGCACAAGCAAAAATTAAAAAACATAAAATCACCTTTTTAGCTGTTATTAGCAGCTTTCCATGTTTCCTTAATCGTGAGAGAATCCTAACAATTTTTTGGAGTTAATTCATCATAAAATTGAGGAAAGCCTAAAATCATCCTCAAACTCATCAAACTAGTTACTTTTCATTTCCCCTAAAAGCTCCAACAATGGGTGGGATTTATGCCATGTGGTGGTAATTACTATTCTAGTGTTCTGCCGTCTCTTTCCATTCCTTCCTGTTGAAGTTTGAATCCCTCCCATGATTTTGTGCCAACAAAACGTGGTACTAACTGACAATTAATTCTTTTCGATCAGGAATCCAGCCAGGGACCGGTGTTGCAGATGAGATGCAGGAGCAGGAAAATGTCCTTCAGGAATGTGTCCGACAACTTGAAGGTACAGAAGCCATCCGGGTAACTCTGGTTTCTCTGCTAAAAGAGGCAGTTCAGGATCAAGTACGTCTCTTGCTTTTCTCTAATATAGAATTTCTTTGTTAACTTTGTTAGACATAGGGAATTTGAGCAAGAGATAAAGTAAGGAACATTTGTGTGGGAGTGTGGGAGTGTGTGTGTGTGTGTGTGTGTGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGTGTGTGGGAGTGTGGGAGTGTGTGTGTGTGTGTGTGTGTGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGGGTNGTGTGTGTGTGTGTGTGTGTGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGGGTGGAGGGAGGGAGAGCTTGATGCACTCATACCTTTCCCATCATCATGTGCTGCAATGGATGCCAAGGCATTGTGCTGCAGCATTAGCTTCTTATCAAACTTGCAAATTATTTAATACTTCATCCGTTAAGGGATTTTACGATGTTTCTTGTATTACGTTTTCCAATGCAAAAATTCAATCATTAATATATTTTTTTTATCAACATATAAAAAGTTGGTGTTATAAACTTATACAATGAGACAATTCTAACAAGATCCACATGATTACATTTTTTTATTAAGTATTAATCACAAATGATATTCAAAGTAGATTACATAAACAGTGTCAAAACTCAAAAGTCAATATGTGTCAACTAAAACAGAACGGAGGAAGTATGGTGTATTAGACTGGGCATTACTCAAGAATCCTGAACCACTTCCTCCAACCTTTTGAGCCATCTCATCATAAAGCGACAATCTTGATTGTCTTGGTTGGTTACCTAAAGTCTAAAATTGGTCATGGCTTGTCACGAACATTGTCACAGAAAAAGTTCACACATCAAGAAGTAGAAGCAGGAAAGAGAGGTAGAGTTGGAGAGCATCAATGAATTTGGAATTTAACTTTCTAGGAAAATCGACAACCAAAACCTTTGCACCAAGGGTAGCTGAAAGGACTCCAGAATGTTCCACATTTATCTGTTTGTATATGTTACGGTTTTCTGAAAACCATTCCTAATAGTTGTATTCTTTCAGGAAGCGCAGCTTGAGACTCTACAGCGTCAATTACGGGTAAAACTCTTCCTCCCTAGTCCCTACTGAGAGCACTCGTTATTTTAAATCATGTATAACAAAACTAAGGATAAATTGTAGCTTACTAGACTAGAAAGTATGTTAACCTCATTTTCAAGAAACATGCAAGCAGGTGCCACCGCTAAATCGGTTATTTGAAGTAAGGGTTGAGGCTCAAAGGGAGCTTTTGTGCCTCGCTCCTTTAAGAGTTTGTCTTGGTATGAGCTTCAAAAGAGCAATTAAAGGAATGATAAATTGACAAATAATTGGTATGTGTTTCTGAAAAGGTGATTAGTGAAAATATAGGGCGTTATAAGGTGGAATAATTCCTTCAATCCATGTAGGATTTGTACCTACATCCTCCATGGGATTTACACAAATGATTGAGCTAATATTTTTGTTATTCTTCTTCCATTCTAAAAGCAATGTACATTTCTGTTGGTTTATGGTTTCTCTCTATCTCTCTCCTCGTGACATGGGTCTTCTTAATCTTCGTGTCAGTCTCCCCCATGTTGCACTTATTTGAGAACAGAGGAAGTATTAAGTTCTAAACAACCATACCATTAAAACCGTTATCTTACCACGTATCAGAAATTTCTGCCTCCGAGCGATAGTCAATCAAAAGAAATAACCAAAACTAACCAATAGGGTTCCCTGATTTTGGATTACAAATTGATTAGAGGATAATACCTATATCTCTAACCTGATATATTCCGTCAATTACAATTTGATCGATGATATCAATTTGATCAATTACTATGGTGTTTCAAAGAGTTTACACATTACTGTGTGGGATGTGTGATCAATTCCTTCTCCTTCAATGCTCGAGTCCAGTCCAGTTTGATTCAGGGTTTCTATCGTAAAAACTCCCATCTTTTTCGCAATCTCTAGTTATTGCCGTTCTCAACTCCTTACTTTTGAATCTTATAAATCCTTTCCCTATCTTTTTATTTCAATGAAATCCAATAAGGTTGCGTTTGGAATCATGGATTTCATTTCAAATGGTTAATTTCAATTTCTGGAATTAAAATCTTAGAATTTGATTCCGAATTTTGTTTTTGGGAGACATGAGAATTCGAAATCCGAAATTTCAAGTTCTTAATATGTTGTTTGGCAACAATAGACATTTCAATTCACCATTAGAATATTAATTTTACAGCAAATTATTTCAACAACAACAACAAAGCCTTAGTCCCAACATTTGGGGGTCGGATAACATGAATCGACATAGGAGATTGTCATTGTGACCAATCAAACAAGAAAGGAGCGGCAAGTTAAAAGAATAAACAAGGAAGAGGGGGAAAGTGAAAAAATGGAAGTAAAATAAGAAAAAATATATAATATAGATTAAAGAAAAATATCATAAAGGATAGTAAAAATGTAAAATTTAAAACGCAAGGAATTAAAAATAAAAATCAGGAGAAATAAATAAATTAAGTACATTTAAAAAAGCATAATTACATTTTTACTTAGTTCATTTTAAAAAATATTACACCAAAATAATCCAACGAAACTATAAATCAACTGATTATGAAGAACAATTAAAACAATACACCCAACCCTAGTACATACTCCCTCAATTCCACAATGTTCCTCATGTTTACTATTCATATGGTCAAAGTTTAAAAACTTTGACCTTAATTAATAGTATAATTAAGAGTGAAAATATTAACTTGTGGGATATTATTGGATTCGTTTCAATATAAATTTTCTAAATATCATTTTTTATAATTTTTACTAATGCAAAATTAAAACTATTAACGGTCAGAGTAGTGCATTGGAGACCGCGTATAATGGAAAAGTGAGGAACATTATGGAACAGAGGGAGTACATATTTAAATCAGATTAACAATCAAGGAAAATAATGGTGTTAAAAAAGGATGATGTTCAATAGAATCCCAACTTCAAATAAAAATGTGTTATTCAACAACAATTAAACATGCTAGTCATGGAATTATCCAATTAATCAACAATATACTACCAAAATTAATATCAGCTTCAAGTTTCAAAATTGGGGAAAACAAAACCCTAACTCTTGGAATTTCGTTGTATTCACTTCAATCTTCTCATGGCGCCGTAATCATATTGATATTAGGAGAATGGACGGGTCGTTGGCGTTGACAATAAGGTTACAAGGTGGCAAGGATAACGAAGTTGCGAAGTGGTTACAAAGCGGCCACGACAACGAGGCTATGAGACAAGGGTGATCGAGGAGAGCTAGATAAGGAGTAGTAGGTGAAGGAGATAGAATAAATGGAGGCTGGCATGAGAGGAAGAGAGAGTCGATCGAGATCTTGGTAGTTCATCAATGGCAGAGGGGAGGGAAAGTGAAGAGAGGAAGAAGAAGAAAGGTTGACTGAGAGTAGAGAAGAGAGCGAAATAAATGGATTTCAAATACCACATTTCATTTGCATTTCAAACTCTTTACATTGGCCTTGTTTTCTAAGGGACTTGGAATTGGGCCAAATCCAAATCCAAATTCCATGTCTTTCCAAACAAGTTAATTGGGCAAAATCCAGAATTTCAAATGAAATTCTAGTTCCCAAATAGGCCATAAGGTAATCACCTTTAGATTTCTTATTCTGTAATCAACATAAAAAACCTAATTACTTGTATCAATCAAGGAGTACGAATTTTTAAAAATTAGGCTATACTACAAGCTTCATTAAAAGTTCTATTTAGAAGCAAGTTATTTAAACTAAGTAGGTAGAACAAGTCTCGCCTTTCCATGATACAGGTTCATTCTGGACCTTATATTAGGAAGACAATGCAAGATTGAGATATAATCTCAGTTTACAGTTACTCGTTTTCACATGATCTTGATCTTATATATTTGTGTGAGCATTCTGCGCCTTGGTTCTTGGACCATGAATTGAGTTTAATCGTGTTTCCTAGCAGTGGTCCAAAAGTCATTTAAGATCTACTCGTACTTTTGTGACAGGCAGTATTCATGGTAAGACTTGATCTTTACATTAAGGTTTGTTGCTACTTCCTTTTTGTAAGACTCTCAGAATTCCGTTGTTGACATGCAAGTTCATCTTTTACATCAATGTCTCAACTCTCAGAGAGGTCGTTGGCTATGGAAAGATTAGGATTCTTCCAATAGATTAAGACATCAAAGAGAGGCCAAGAAAACAACAGCCATATATTTTTGACGCAGGGATCTACTTGGGAAGAGCCTGATGTTTTTGCTCCGCCATAGCACCTACTATATTGTTAGAACTTCCCTCTGCTTATGTCAGCCAAAGGAGATGGCAACAAGGCATGAAATTCACCGCAAGTGGGAATCTGAATGGCAAGCTTAAAGTTTTTTCGTTAAGTAAAAATAAACTCCGTATTTCATAGTATGTTGGAAAAAACAGGAAGGGAATGTCACTCACATTTAAGAGGGGTAAAGACAAAAACAAAAGTACTTGCCCTTTAACTATTGAGTAATAATCTACAATATTAGAATAATAACGTAACTGTAGGAAGTTATTACTTGACTCCAAAATTAAGCCTCAAAATTTGAAAACTTCACAAGGGGAAGCTAATACCCTCAAGAATCTGTTAGATGATAAGGTCCAATGCCGTTCAGGAGTAATTGCACATCCGAGTCTTTAGATTATGTGAGGTGGGAATTTGAACCTTAAGCTATTCAAAATGTTATAACCCCTTATGGTGTAGTTTCATTACATGTTTTTTTCAGGATTACCATACTATGTCATGTGGAACTCCCATCATTTGTTTTATGGGTTTTGAAATATTGTCGTTGTATATGTAGACAGATCATGCTAATTGCTGCCTTTAGGTAAGAATCGGATTTGTTTAATTAAGAAAGTTAATTTCTTCGTTTTTTACTACATTTTATGCCCTTTTACTATAATTATTGCTTCATTTTCTCCAAATAATTTTGCCGCTGAGTTGGTGATGTGCATGGAGTTGCAGATTGCTCGTAGTCGGATTAATGACGTGGGAATTCTGAGGCCAAAGGTATCATCGCATGATCACGGTTTATCAGCTGGATCAGTTCGTGCATTGACTGAACCGCCAATGACGGGAGAGTATAATAACTCTTTGCAGCCGACAAGCAGTCTTCAAATCCCTCCAAGTCAACCAATTGGCAATCAGCAGATTCCTGTTCATCAAGTTCCTCAAACTCCTAATCAACATGTAACCTCTTTTGCTGCACTCACAGCATCTGATGAAGATAGTAAAAAGGCTGCAGCTGCTGCTGTTGCTGCTAAGCTTGCTGCTTCCACATCCTCAGCACAGATGCTTACCTCGGTCCTTTCTTCCCTTGTGGCACAAGAGGCTGCTTCAAAGAATGATAGCTTGAGAAAGGGAGGGTTTTCTGCTAACTTGACAATGTTCTCTCCTGAAAAACGGCAAAAACTCGAACAGTCATCATCAGGAGCAGATGTTGCAAACCTTGATCCAGGTAGCTCACCCTATTTTACCCCTATCCAGCAACCGATATCGGGTAACCCAGCCTCCCAGTCCAGCATGCAGGGTTCATTGGGCCCGCCTCCCCTGCCGCCACCTCCCCCATCTCTGCAACCTACCAATCCAGTTCTTAATCAGTTTACTCAGTCTGCTGGTATGATGATGAATATGATGCCTTATGGATTTGGTAGTAACAGCTTACCACCACCACCTCCTTTTCCATCTCATGTTTCCATGGGACTTGCACGACCACCAGGGCCTCAAAGCTCACAGCCGCTTCAGCCTCCTCAACAACAGAATGCAAGTGGAGGATTCTATCGGCCACCTGGTATTGGTCTTTATGGGTCAAACAGTCAGCCTTCAACACCACCTGTGCAGCGGCAGTAACTGTATGCTGACATTTTTAGAAGGGAGAGGGATATTTGATATTTCTCCCATGCGACTGTACATTATTAGGGGCTCTTGTTTACTTGTAGGCTATACACCTTTTGGCACCATACTCTGTCTATCAACTTTGATGGATGTTGTGTAGCATTAAGGGGGTTATTTATTAGTTACAAAACCATCTTACATCTGTAGTTAGACATGTATCCTTTAAAAACGAGCAGAGTAGCTTTTAGTTCTCTTAGGTAACAATGAAAAACTTATATCTCATTTAGCTGTATGATGTTCACAGCTGAAATCTGAGTCGGGAACAATTGTCTCAACAGCCACTCTCAGCAATTGTCTGTGGATCAGATCGACCTATAAGGCGAAGATTCTACCATTCCTCCATTGCAAAATTCTTTCTAGTATTTTAGACTTGTCTTTCCTCACCCTGTCTCTCTCTCTCCCTTTTTCTTCATTCTACCATTCCTCTCTTTCTATCAATTGACGGCCCTACGTTGAAACCACATAACTGCTACAGATTACTTTTCTTCCTTCTACGTTGCAGTTATGTCTTTTTTCTTCCAACCAAGGAAGATAGAATTCCTTTCAAGTTTGAATCATCTTTTATCTCAAGAAAAACAATGTACATGTGAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGTAAAAATTATAAAAAGTTATAAAAAGTTGATATATTTTTTCGTAAGTATAAATCATAAAAGGAAGTTAAAGGAGTTTGTGTCAATAGTATCAAAAACTCAATTGTGTCATGTAAATAAATAAGAACGAAGGAAGTATTATTTTACAACCACTAGCCTCCCTACTACTAATATGGAACGTGATAAGTGCTTTTAAGAATAATGTTATTCATACCAGGAAGTACACCATGTAGGAAATACTACTAAAAAGTGCACTCCAAGAAGTACTATCTCCCAAAAACTACTATTACGATTAAGAGATGGTATAATATGTCATTGTCCAAACAATGCGACAACAACCTTGTTAAGACGAGCCTTCGGGTAAGGTAAATAATATACGGAGTATGACCAATTTTCATAGGACGCCATTTTAGTAATTATGTCAATTAGGGTCTACATTTCTAACGTTTGACGTTTTTTTAAACGACGACAACTTCTTTCCAAAAATGATTATCNCGGAGTATGACCAATTTTCATAGGACGCCATTTTAGTAATTATGTCAATTAGGGTCTACATTTCTAACGTTCGACGTTTTTTTAAACGACGACAACTTCTTTCCAAAAATGATTATCTTATTTCTTGTCTAGTATGACATAAAATATACTCCCTCCGTCCCAGAATACTCGAAACGCTTTCCTTATAAGGTCGTCCCGGATTACTTGCAACGTTTCTAAAAATGGAAACTTTTAGTAATATTGGAGTTGGAGTATCAATTTCTCACTTACCCAAGGATCCACTTACATCCCTACTCCCTAAAAAACATTAAAAAATTCCACTACCCCACCCCAACCCCCTACCCCTTTAAAAGTTGACACACATTCCGCTACCTATATTAAAACAATACTCCACTACCAACTATCATCTAATTAAATAATAAGTCAATTATAATGCATTAAACTTTGTGTCGATCAAACCGTTTCGAGTATTCCGGGACGGAGGGAGTATTATTTAGTTGACGATGCTAATGACCTTCATTTCCCCCTAAGACGTGCACCTCGTATCGACCGTTTGAGCATCCTGGCAATGTAATTTACCAATTTGCCAATAAAACGAAAGCGGCTAGAGGTTAATCAAGTCATGGTTAATCAAATTTATTTATTTATTTACAAAATCCTCCTACTAATCTATATTTCTTTCTTATAACATTGAGGTGCCCCGTATTTGCAATAGTCCTTTCTCACCCCTATAAATACTACCCATTTTTCTCACTTACAAACCCCCTCCAATCCTCTACTAATCCCCCTCTATTGCTCTCCCTCTCTAGTTTTCTACGTTTATGGATAAACATTTTAAATGGTCAAATGATTACCTTTATCCATTTTTAGTAATTTTTAAAAAATACTACTCCCTCCGTTTCTTTTTGTTTGTTACGGATTCCTTTTAAGGTGTTTCACAATGTTTGTTACGTGGGGAAATATTTCCTTTTATAAACTTATTATACTATCATTTTTTGTGCCATCTTTTAATTTTAATTGGTCCAATTTTTTCAACTCATTAAATATATGTGCAATTTCCCAAGTATGTTAAGTTAGCAATGTTTGAGCTTTTCCATTATTGGTTCATTTTAATAAATAAAACAATCTTATTGGTTGTTGTAATGATTAGTGGATTGAGATTTTACTTGGGTTTATTTTTTCATAAAAAAGAAAAAAAAATCTTTATTATACGTTAAAACGTGCAAAAGTCTAAACATAACAAACAAAAAGAAACGGAGGGAGTACTATACTTTTTATTAAGTGATACTCCCTCCGAATCTAAATGTTTTTCCCAATTTCTTTTGGCACACATGCCAATGCACATTTACATCGTTAATATCTCAAATTACATGTTATTAAAAATTATAAAATTTTCATATTATTAAAGTATTCGTTAAGACGAATCAAACAAGACCCCACATGACTATGTTTTTTTCTTATATATTGAACGTAATTTATAAGATTCTCTTCCATCGTGAATAATGTCAAGGTTCTAAATGGGAAAAACATTTAGATTCGAAGGTAGTAACATTTATCACTAAATTAGATAACTTTTATATTATACTGGGCTAACTTTTAAGTACTTTTTAGATTAAATATTTACCCATATATACAATACTAGTTTTTAGCCCGTGCGATGCACGAATCTATTAAATTGTTAAGTTCAAATAAAACTTCTCTATATATACTAACTGTTATATTTTATATATTATATTAGATTAGTTTTTGATTTTTGATTAAATTTCATTTTAGATTTATTTTTTTAATTATTAAAGTGTTTGATTTCGGATTAGTTGTATATACGTAATATTAGTAATTAATCAATAAAAATATATACGTGGCACTCGACTTTTTTATTCAAAAACAATTTTGAAATCTTATTTTTCATTGGCCGAAACCATTAGTGTTTCTACGTGGTGCTCTGATATTGAATTAGTGTTTGATTTTGGATTTAATTTGTTTTAGATTAGTGTTTAACTTTGGATGAATTTTATTTTTTAGATTAGTGTTTATTTTTGGATGAATTTTATTTTAGATTTATTTTTTAATTATTAGAGTGTTTGATTTCGAAAGGAATTATACATATTAATTAGTAATTAATTAATTAAAATATCTACGTGACACCTAATTAATTATCTACGTGGCACTTGATTTTTTAAAATCAAAAATAAATTAAAAATCTTATTTTACATTAGCCGAAACCAATAGTAATCCCAGGTGGCGCTTTAATATTTCAGCAAATATGCCTCCTTTATTTATATAATATATATTAGATTAGATTTTATTGTCATCACGGATAAATACATTGGAAAAAGAGACCGTGTTTTCATTGGAAAATGAGTAAATAAAATGACCAGTCAGCTCTTAAAACTAAACTACAAGAAAGTAACACAAATAAAAATTTAATGAAGAAATTACATCGTCAACTCCAATTTGAAAAGTACTTAACAATTTGAGCAAAAACGTCAGTTATCCAATTACAATTTCAGAATCCCCAATAGTCGAGCTTCCGATTTATTCAAACACTTAATCATTCAATCACCTTCTTCCTACCTCTTTGCTTGCTTCTGAAGATTTTCAATTATTTGCGTTATTTAAAGGAAACTGGAAATCAAGCCAAGCAAGGTATAAGATACTGTTTCAGAAATTCATATTTATTTTTTTTGCGAATCCTTTATTTTGAGGTAATTTTCATTTTTGAAACTACAATTTTTTGTTTCTGATCATGGGGTTTTTAGGAGATTTTTCTTGATTAGTTAATTTTCATTAGAATTGATGATTTTCATGCCCAATTTGACGCAATTTAGGTCTATTTGATTGCAAGAGAAGAATTTGGAGTTAATTTGGTTATGTCACCGTCGACTACTTTGAGGAGAAGGCTTCATCATGGGGATGTTGATGGTAGAAGGCGTGAGCATTACGATTCATCGGATTTCGGGAGTTTAGGGGAGCCATTGCTTGGGAATCATCGTGAGTATGGTGATAGACATAGTGAGGTGAATTGTTTTCTTCTTGTAAAACGTTATTCGTATTGCTTTCTGGGATTTTTGGTGAATGATGATTATGGTTTGATCTCTAAATGTTGTATTAAATTTTAGCAATATTCATTGGAAGAGCTACTGGATGATCAAGGGAGGAAGGTCAATCTTCATTGGTCGTTTATATTTTCGCAGCTGCTCGCGCAGTGGGCTCAGTGGCTAGGTACTTCATGTGCAACTCATTAACCTTTTTGTTTACGTATTGCCACTTAAGATGAATTAATTAATTTGTGCAAAGCAAGTGTTTCTTTACTGCATTGAACTGATTGTGGAACTTTCTATTGCAATTTCAATCACATCACATGTGACTATGTGAGTAGTTAGAATCTGATGCACATATAAAACCTGCCACAATGTAGGAGGTAGACAAGGATGTTTCTTTTTCGGGAATTAAGAGGGGTGCGAAGCATAGATAATCAACAACTACAACAAAGCAGATAAATAAATTTGAAGTTACTGCTATTTTCCTTCGATTGGCATTATTCAAATGCTTCACCTAAGCTATAAAACTAAAAACACAACAATGATATTCCTATGAAATCTTAAGTATACAAGTGACGAATTATGTAGAACTTAAGGTGACCTTGGTAGGTAAAATGGCCTTCAGAATGGTATAGTTTTGTGTTTATATTTTCTATACTATGTGTCAGTGCCGATATCCACCAACTCTTTGAATATCTTCACCTAGGTCTATTATGTCAATATCTACTAACTCTTTGATTCTCTTCACCTAGATCTATTAATCATTATCCAAGCTTTTTTCAACTGATTTTAACAAATAGCCCCGAACTTTACTTATTTAAACTTATTACGGCTTATCTAAACTTATCTGAAATATAACTTATTGTAGTTGTGAAGTGAACCTGGGGAGCTCTTATTTTCCCTGAACCAATGTATAAAAAGCTCAATGTGCATGTAGGCACGCCTGGTTGAAGTGAGGCACACTTGGTAAATATTAAAAACAAAATGGTGTAAAAAAAGAAAAGTTGCACCTCGTGCGTGGTGCGCCTTTTTGAAGCCACTTCACCTTGTACTTAACTTATTTGAAATATCTAAACTTGTGGCCTTGAACTGAACTTCTAAGCTTGTTTCTCCTGAAACAAGTGGAAATCAAGTGAGGTGAAAAAGGCCTGAAGGTCAAGTATATAGGTGTGCAAGATCATGTACAATTTCTCCTTCTTGCTTCGCCAAGGATCAAACCTAGTAAGGAGTATGGTGTGCTAGACTGTGAGTTATTGTTTCCTTTAGGTTTTTTTTCTTGCCCTAATACTTCCTATTCTATAGTTGACAACTTCCTTCTATTAAGTTTATCTCACTAAAGCACCAGGGCTTATCTTTTTTGTGTCATAATAACCACTCAAATATCCCTGCTGCATCTTACCATTTTAGCTGTCATTGTGCATAACATGTATGATAACAACCTCTATTATTAGGCTTCAATTGAAGGTTGATATCATGGATGTTGTAGTTACAATAGTGATGAATAGAATACTCGGTGAAAAGATTGTTATGGGTCTTCGTTTGACATGGTAGCTTCCATCCGTGGGCACAGATAGCCTGTAGGACCATTTTCAAGATTCTTGGATCTCTCAATTTCCGTATTATGTTGTCGTGGGCACGAACATTGGTCATCAATATGTTCAAACTCGAGTGGGGAAACATGTGAGAGAAGATTTGGTTGAGAAATACTTCCTAGAAGACACGCTAGATGATCTGCAGCAACAAAAAGTATCATCGTGATTTAGTAAAGGGGAGGTGTTCCATCAATGTGTGCCCCAGGCCCAACAAGACCTCATTAAACGGGGATACAAATGAAAAGAACTCAAGCCGAAAACTCGTGAAGATCTTGTCGATAATTATGCAAGTACGAAAACATGAGGTAAATTGAGTACAACTGTTGAATACAAATGTATAACAATTACTGCAAAATTCAGTCTCAATTTTCCTCAACTCTTTGATGTAAAACTCGGTTAAACCTGGATGTACAAAGTCCATGCTATTCTCTCTGCCTAATCAGAGAGTTTGTTAAGGTCACCACGTTTTCCTTTGTTTCTTGAACATAATAGTCAATCTATAGTATCAAATAAGACTTGAGTCTTTGAAATCTCAATAATTACACATGAAGTTCCTTCAACAGAACACGAGTTTGTAAATCTTGATCCCTTAATGTAATGTGAAGATGCAGAAGCAAAGATCATGATACCTTTGACTCTTGATTAGCTTGATCAACGTGCCAAAACACCATTACACTAGGACCTTTGGTTCCATGGAGTGATTTGCGTGGAACATCCTTGGATAACAAGCATCAGAATATTGTGATAAGTTTTACAAACAATGAATTACCTATTTATCCATACCATAATCACGCCCTGCATATAACATTGTTTCGTAGCATCGGCTACATAAACAATATTCTGGTTGATAATGGATCATCAATCAACATAAGTTTACGAAACTACATATGGTCTAAGTTATGAAGCAGATGAAATAAGCCAATATTCGGGGTTTTCTTTTGGTTTTGATAATACTTCAAGGGAGATAACTGTGACTATAGTTCTGAGTTTGAAATATAGGTCAATCAAGTACAAGGTGAAGTCTTATGTGATAAACTGTGGGACTTCATATAATCTCCTCCTAGGACGACCATGACTACCTAAGAATCAGGTGGTTGCATCAATATTACATCAAAAAGCCAAAGGAATGTTGGTGTTTCCATGAGACGTGTACACGATTCCCGAAGATGTTCATGGAACATCACAATATGCCAATGTAAATCAGTTCGAAGAGATTAATCTCACAGAAAATAAAGAAGATTACTTGTATGATAACGAGATCACAACATGGTAGACTTCGGTTATGAAACAAACATGCATCCATTGGTCTATTTCTGAATCAGAAGGTGACCAAACAAACTGGATCCCAGATTAGATTAAGGCGCAAAGGTTGCGCAAACGACTTGAATGACTCTACTGAGAGGAACACCATGTCCATTGTGAAAGAATATTGACATCCGCTAATGAGGTGGTTTCTTTCCATTCTATTATGGAGCCCCATATCTTCTTAGGCAAAATTGATCTGGTTACACTAGCTTCATGTCAAGTAGTGTGCAAAGCATGGGCATCATGACTCCTGGATCGAGAAGACAACCTGTTGTACGTTGTCAAGCGCAAAAAAGATTGGGAACAACGCATAGGAAAATTTGTTATGCGCATCATGACTCCTGGATCGAAAAGTCAACTCGGTGTATGTTGCCAAGCGCAAAGAAGATTGGAAACAACATAGGGAGATTGTGGAATTTGTTACTTGGTGTTACGATTAATGAACACATTCATGACCCGGAGACCGGGGAGTTTGTTACTTGCCGTTAGGATTAATGATAGTGCACTCCCTCTTCTTTGCGCTTGGCAACATACAACTGGTTGTCTTCTCGATCCAAGAGTCATGATGTCCATGCTTTGCACACTACGTGACATGAGGCTAGTGTTACCGGATTAATTTCGCATAAAGATGTGAGGCTCCATAATGGAGTGGATATAAACCACCTCATTAGCAGCTGTCAATATTCTTTCACAATGGACATGGTGTTCCTCTCAGTAGAGTCATTCAAGCCGTTTGCGCAACCTTTGCGCCTTGATCTTATCTGGGATCCAGTTTGGTTGGTTTCGTTCTGATTCAGACATAGGCCAACACATGCGTGTTTGTTTCATCACCGGAGTCGGCCATGTTGTGATCTCGTTGTCATAAAAGTAATCTTCTTTATTTTCTATGAGATTAAACTCTTCGAATTGATTTACTTTGGCATATTGCGATGTTCCATGAACATCCCCGTAAATCGTGTATACGCCCGATGGAAACGCCAACATTCCTTTGGCTTTTTGATGTAACGTTGATGCAACCACCTAATTCTCACGTAGCCATGGTCGTCCTAGGAGGAGATTGTATGAAGTCTCACATATTATCACATAAGATTTCACCTTGTACTTGATTGGCGCATACTTCAAACTCATAACTATAATCACAATTATCTCCCTTGGAGTATTATCAAAACCAAAAGAAACCCCGAGTAATGGCTTATTTGATCTGCTTCATAACGTAGATCATAAAGGTAGTTCCGTGAACTTATGTTAATTGATGATCCAACCAGAATATTGTTTATGTAGCCGCGGCTATGAAACAATGTTATATGCAGGGCATGATTATGGTATGGATAAATAGGTAATTCATCGTTTGTGAAGCTTATCCCAATATTCCGATGCCTGTTATCCAGGGATGTTCTACGCAGATCACTCCATGGAACCGTAGATCTTAATGTAGTGGTGTTTTGGCAGGGTATGTGTCGGCTAAATAAGTAAACTCATCTTCACATGGCATTAAGGGATCAAGATTTGTAAACTCATGTTCTGTCGAAAGAACTTCATATAGTTAAGATTTCAAAGACTTAAGTCTTATTTGATATTATAGAATGACTATTATTTTCAGGAAACATAGAATAACATGGTGACCTTAATAAACTCCATGGACTTTGAACATCCAAGTTTGATCGAGTTTTACATCAAAGAGTTAGGGAAAATTGAGGACTGAATTTTGTAGTAATTGTATACCTTTGTGTTCAACAGTAATACTCAATTTACCCCATGTTTTCGACTTGCATAATCATCGCCAAGATCTTCACGAGTTGTCGGCTTGAGTTCTTCTCTTTTGTATCCCCATTTAATGAAGGTCTTGTTGAGACACACATTGATGGAACACCCTCCCTTTACTAAAACACGATGATACTTTTCGTTGTTGCAGATCATAAAAATGATTTAATGTGTCTTCTAGGAAGTCTTTCTCAACCAAATCTTCTCTGACATGTTTCTTTACTCGAGTTTGATCATTTTATGTTGTCGTGACCGGTGTATGAAAAGTTGGCGTGCCTATGCAATAGGGGAAAGCGTTTTCTTAGTTCTAGGCGAAGCACATTCAAAGATGTAGCACACGTGAGGTGCATAAAACTCACTTAAAGCGCAAGTTCTCAGCCAAGAGGCGCACTTCAGTGAGATTTTTTGAACTTATACAATGCCGTTCACTTCAATGAAGCATGCCCAAGGCGCTTCTAGGTACAACAAGCTCCCTGATGACTTTGAGCTTTTCTATACACTGGTCGTGACTAAGCCCATGTTTTGGATCACGTCTCTTTTATGATGGTTTGTAAAGAAATTGGGAAATAAGCCATCATTAGCGATTCACCTACTCCTCCCAGAAAGTGATATAATTTATTTTGGATAATCTCTTATGTTGATGTACTTTTATGATCTTGTGACCAAATACTCGTGGTTGTATCCTTTTCATCATAATGCAAATTATCCACATATGGCAATGTTTGGAATTCTTGGAGCTAAAGATGTGCTCAGCTTATACGTTAATCAGTCTTCGTGATGGAACGAATACTTTATCCAAATATCAAAATGGACAAAGTACCGGTATTGTGCTCCCTCCGTTCCCTTTTCTTCTCTCCGGTTGGAATCGGGGAAGGAATTAAGAAAGTTGGAATCTGTAATGATTGGGTGTAAGAAAAAATATTAAAGAAATAAGATTATACTTTATGAATAAAGGAAAGAGAGAGAAATGAATAAACTAAGTAAGTGGAGATATTTGATGAAAAAAATCAGAAAATAAGGTGGTGAATGAATTGGCTCATTGGGGGGAGGGGGGGGGGGGGATTGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGGGGGGGGGGGGGGGGGGGGGGGGTGAATGAATTAAATAAGATGGGTGGGGAAATCAATGGGAATAATTGGGTAGGTGAATGGAATAAAGGTAAAATATGGTAGGATATTAAATCGTAAAATGAGGGTATTTTTTGGGGAAAAAAGTTTCCCAAAAAAAAAAAGATTCATAGTGGAGAAGAACAAAAAGGAACGCCAATTAACAGGAAGAACTTTCATTAACGGAGGGAATAGCATTCTTTTTTGCTTTGTTCTAAAAGGGGCATGAGTTGATTGTAGTCTATTATGAATTTATGATATTTTATGAAGTGATAATCGATTAATTGTGTCTTTCTTGAATGAGTTGTCAACTAAAAGCTTGACATTGTGAAATTTTGGGAATGTAGGAAGCTTGATCAGAGCAGGATATGTTATACCATTGTTATCATATGGCAGTTGTCTCTGTCCTTTATGGCTTTATCTAATGTATGTTTAAAATTGTTATTGCCATCCAGCAAATATCATCCTTGGTTCGAGGTCACTTCTTGGACGTCTTGTGGGTCCTGCATTCACATCGCAGACACCTATCCTTGCACCAGCTCTTACATCTTTACAGGTATAGTCAGTGTTCAGGATGCTTTACTTTTCCTCAGTTGACCTATGTTTTCTTGATTTTACGAAGTAGAGAATGGCATTCCTGTAACAAATTGAATCAATTTCGAACCTCTAATGTTTTTTGTGAAGTGTTTCCTTTTCCAATCTAAGAGTATCCAATATTCTCATAAATAACTGGCATTTCATCTGCATTAGGGGGGCTACTTTTTTTAGTACACTTTGTTTTCCTGAAGGTGCGTGCCTTTTCTTCCTTTTGACACATTTTACATGACACCGATCTTTTATTTCTATTCACGGAATGCAAGGAGAATAAAGGAAATGGGGAGGGGGTGTGAGAAATGGTTTTATTTCTACCATTATTTTTCACTTGCTTTTACTTTGATTCAAATTTTCTTAAATTGCATAATTGATGCGCTGTCATGTTGCTGTTTTAGGAAGAAAGACTCAGACAGCTTCAAAGCAGGTTGAAAGTTCCTTTTGATGGAAGCCGGATAGAGCATCAGGTTGATCTTCATTTCATGGTCATTTAGACAGTTTTATTGCATGGTCTATGAAAGTATGAAACAATGCAATTTTGTGAAATTTTGATTAGCAGCAGTATCACTGCAGTGAAAATTGCATTGACATGTTATTCCTTCAAGACACCGAGGGAAGATCATGAGATATATTTCATGGTCGGGTAAACCTAGTGAAAACATTAAGATTCAATAAGATCCACACTAGTAGGATGTTTGGTTTAACTTATCGAACAGGTTGGGTTTTCTCAANAAAACCCCCCCCCCCCCCCCCCAACCAAATGCTGCTAACATAAACGCTAATTTATTTGCTGCCGTTCTGATAGATGTAATAGTCAGCAATGCTATGAACCGCATGGAAATCCCCCTCGTCTATAACTTAGCATACGGTCTGAAAAAAACATTAAGATTCTGATAAGCTGTAGACTAGTAGGAATATCTAGGTTTAACTTATTAAACAGCTTTTTTGTTCTTTTTTTTTTTTACAAATGCTGCCAACATACAGCTAATTTCGTTCCTGCCTTTTTAATATATAAGTAGTTGTCAACAATGCTCTGTTATTGAGTTGCATGTGTGTCATGTCATGTCGATACCTGACTGTTCGTTTTGGAGAGTTTTGCTTCAAAGTTTATGATTTGTAGTTGTTAATGCTTATTGTGTTTGCTGTATACTTGTATTTAAGCAATTTCCTGAGCTTTACATTGCTAACGATTGGACATTTATATTTAATTCTACACGGACTGCATTTGATTATTACTATACAGTATACACCCATATTAATATTAGAAACAATTCAATTGATTTTCTGGATGAGCAGCTGATGATGATCAGAATCTAGAATTTATTCACGCTGTGATTTCCATTTCTTCACACCTTCTCTAGTCTCTAAGTGATGATGGAAAGCTCATTACTCAGGCACTTCTTTCCCTTATAATTGTTAGTTTGTTACATAATTTCTAAATGGATTATCGTATTTCTAGTGCGCGAGTGTGTGTGTGTTTTAAAGTTGGATCTTTTTATGTATATTAATGCATATATTCTAGTATCAAATTGGGAAAGAAAATATTTTGTTCCAGGATGCTCTTAAGCAGCTTTGGAGGTTGGCTTTTCCCAACAGGGAGCTCCCACCTCTTAAATCAGAACTATGGAAGGAAATGGGCTGGCAAGGAACCGATCCCTCAACAGATTTTAGGTATGAATTTCTGTTCGACACTACACCTTACATAAAAAACCATCCTACATCTTCCCAGAATTTGATTATCTTTTTATGCTAGGGGTGGCGGATACATATCACTTGAGAATCTCATATATTTTGCTGAGAAATATCCGGTACGTATCCAACTATCTAATATTTTAATTTTTTTTTTTAACTCTTGACCACTTTGCTTTCAAATGTGTGACTAATTTGATAAATTTGAACATTCTTTTTCACTCGCATTTCTTTCCCTAATCTGCCTGACAATGAAATCGACGAGATGTTTATTTTAGAAAACAATTTTTAAAATCTAACAGTGGTTGTGTGTGTGATATGTGATAATGCAAGATCTGCTGATCCATTTTCGGCACCAGAGGAACATTTTTGTCAATTATTTCTCACTGCCTATCCTGATACTTCCATCAGCACTCTTGCAGTGTTGCTGTATTACATCTGCCCACTCCTTTACATCTCCATATGTCATCCTAGCAGCAGCATGTTCACTGCCTATCCGGATTCTTCCATCAAACTTGACACGAGCTTTCTTCTCATTCCATGCACGAAACATTAACTGCATTAAAATTGTCTGTATCTTATTGGACTGTTGCAATCTGACACGTGGACCTGTCACCATTAAGGCTAACACAATCCAAATAGCTTTTCCATACCTCTTTCCTTTGCTTTTGGCGTTCATGGCTGTAACTCTGCTGCTCCTCATTTTTTATGGTCCACTTTTATTTGATGTCGATGCAGTAGAAGTTTCCTGTTCCACTTATGTTTTTGCACATGACTTTCTCAGCATGTCACTGTATTCTTTTAATAGTTGGCGGTCTTTGTAAAATTGAGACATTATGGTGAGGAGCATTTATTATCTATTGTAGCCTTGTAGGTACAGAAATTTTTGTACAATTTTGATAATGTGGAACGTTTTGGTCAAGATGGAGTTGAAACGTACGAACTGATGAATCTTCTCACTTTTCCAGGATTCTTTCCAGTGTTTGTTGCACAAGAAAGATGGACAGAGGGCTGAGTGGGAATATCCTTTTGCTGTAGCTGGCATCAACATTTCGTTCATGTTGGCACAAATGCTGGATCTCCAATCTGGTTAGTGACTCAATAATTTTTCTTGTACCTTGTCAAATTTGGAAAACATGGCAACTCTCATTAAATGCCTTCATTCCCTAGTCCCTGGAGAAGGCTGAGGAAGAAGAAACGTAAGATAACATGTACTCCGTAGTAGCTTAAAGCAAAATTATAACAAGCAGCGGAGTCCAAATTTTTAATGCAGGAAAGCCAACTTCTAGAGCAGGGGCACGATTTCTAGAATTACTTGCACAGGATGAGATGGCATTTGACAATCTGTATTGTATAGCCTTTTTGATGATGGACGCGCAATGGCTTGCCAAACGTGCATCATATATGGAGTTTAATGTAAGCCCTTATTCTTCCCTTGTCTTTTATCTGTGGGATAAGAAACAGTTGACGTTCCTTTTGAGTAATTTTGTGTGAGAATAATTTATCAGGATGTTCTGAAATCTACGAGAACTCAACTAGAACGGGAGCTTGGGTTGGAAGATGTCTGCAGCGTAAAAGATTTGCCTGCATACAACCTATTGAGAAGATAAGCCCTGAGGTGACCAAATTTTACGTCGTCAACAACTATTTGGGTTTTACGTAAAATGTCAACAGTGTAGTTATTTTACTATATGTCAATAGGAACTGGATCATGCACAAAGATGTACAATTTTATGTTAGAATTTGTACTTTATGAGCATAGTGATCGTGAACCTTGTGCCTAGAGACTACAGTAAATAAATTTAGTTCAAAAGTTCATATAATGTATACAGTGTTTGTTACGATAAGGAGCTTGTTTCTGGATAGAAATTTCGGATTTTTTTTAAAT

mRNA sequence

ATGGAACTTCATTTATTGCTCATGGTTCTGTGGTGGTCATCACGGCGGAGGAGGGACGGTTTTGCGGCGTCTGAGTTCTATTACCGGCCGAAGTTGAGTTTTCGCGGCGGCTGCTTTCTGTTGGTTGCCGGAGTTGGAGAGGTTTTTTTTCGCGGCGGCTGCAAAGGTGGCAACATGAGCAATGATGTATTTGATGGGAAAGTATTAGCTGAGAAGCTATCTAAATTAAATAATTCGCAACAAAGTATCGAGTCATTGTCCCGTTGGTGTATTTCCAACCGTAAGAAAGCACGGCAGGTTGTTGAAACATGGGAGAAAATGTTCAATATATCTCAGAAAGAGAAATGTGTTTCGTTTCTTTTTCTTGCGAATGATATATTGCAAAATAGCCGGAGAAAGGGCAACGAATTTGTGAATGAGTTCTGGAAAGTCCTTCCATCTGCACTTAAGCATGTCTTTGATAATGGCGATGAAAGTGGAAAGAAAGCAGCGAACAGACTGGTTGACATTTGGGAAGAAAGAAAGGTTTTTGGATCTCGCGGTCAAAGTCTTAAAGATGAACTAGCAGCCAACCAGATAAAAGATCCGGCTCCACAAGTTGTCAGCAATGGAAACACTGCCAATCCCATCAAAATTGTGAAGAAGGATGCTCAATCATTGAGAATTAAATTGGCCATTGGAGGACTTCCTGAAAAAATTGTGTCAGCATTTCATTCACTCCATGATGAATGCTCAGATGAAGAATCTATTCTGGTGAAGTGTAATGCAACTGTGCATTCTGTAGAAAGAGTTCTGAAAGAAGTAGAAGCTACCACCAGTCAAGGAATCCAGCCAGGGACCGGTGTTGCAGATGAGATGCAGGAGCAGGAAAATGTCCTTCAGGAATGTGTCCGACAACTTGAAGGTACAGAAGCCATCCGGGTAACTCTGGTTTCTCTGCTAAAAGAGGCAGTTCAGGATCAAGAAGCGCAGCTTGAGACTCTACAGCGTCAATTACGGATTGCTCGTAGTCGGATTAATGACGTGGGAATTCTGAGGCCAAAGGTATCATCGCATGATCACGGTTTATCAGCTGGATCAGTTCGTGCATTGACTGAACCGCCAATGACGGGAGAGTATAATAACTCTTTGCAGCCGACAAGCAGTCTTCAAATCCCTCCAAGTCAACCAATTGGCAATCAGCAGATTCCTGTTCATCAAGTTCCTCAAACTCCTAATCAACATGTAACCTCTTTTGCTGCACTCACAGCATCTGATGAAGATAGTAAAAAGGCTGCAGCTGCTGCTGTTGCTGCTAAGCTTGCTGCTTCCACATCCTCAGCACAGATGCTTACCTCGGTCCTTTCTTCCCTTGTGGCACAAGAGGCTGCTTCAAAGAATGATAGCTTGAGAAAGGGAGGGTTTTCTGCTAACTTGACAATGTTCTCTCCTGAAAAACGGCAAAAACTCGAACAGTCATCATCAGGAGCAGATGTTGCAAACCTTGATCCAGGTAGCTCACCCTATTTTACCCCTATCCAGCAACCGATATCGGGTAACCCAGCCTCCCAGTCCAGCATGCAGGGTTCATTGGGCCCGCCTCCCCTGCCGCCACCTCCCCCATCTCTGCAACCTACCAATCCAGTTCTTAATCAGTTTACTCAGTCTGCTGGTATGATGATGAATATGATGCCTTATGGATTTGGTAGTAACAGCTTACCACCACCACCTCCTTTTCCATCTCATGTTTCCATGGGACTTGCACGACCACCAGGGCCTCAAAGCTCACAGCCGCTTCAGCCTCCTCAACAACAGAATGCAAGTGGAGGATTCTATCGGCCACCTGGTATTGGTCTTTATGGGTCAAACAGTCAGCCTTCAACACCACCTGTGCAGCGGCAGAAACTGGAAATCAAGCCAAGCAAGGTCTATTTGATTGCAAGAGAAGAATTTGGAGTTAATTTGGTTATGTCACCGTCGACTACTTTGAGGAGAAGGCTTCATCATGGGGATGTTGATGGTAGAAGGCGTGAGCATTACGATTCATCGGATTTCGGGAGTTTAGGGGAGCCATTGCTTGGGAATCATCGTGAGTATGGTGATAGACATAGTGAGCTGCTCGCGCAGTGGGCTCAGTGGCTAGCAAATATCATCCTTGGTTCGAGGTCACTTCTTGGACGTCTTGTGGGTCCTGCATTCACATCGCAGACACCTATCCTTGCACCAGCTCTTACATCTTTACAGGAAGAAAGACTCAGACAGCTTCAAAGCAGGTTGAAAGTTCCTTTTGATGGAAGCCGGATAGAGCATCAGGATGCTCTTAAGCAGCTTTGGAGGTTGGCTTTTCCCAACAGGGAGCTCCCACCTCTTAAATCAGAACTATGGAAGGAAATGGGCTGGCAAGGAACCGATCCCTCAACAGATTTTAGGGGTGGCGGATACATATCACTTGAGAATCTCATATATTTTGCTGAGAAATATCCGGATTCTTTCCAGTGTTTGTTGCACAAGAAAGATGGACAGAGGGCTGAGTGGGAATATCCTTTTGCTGTAGCTGGCATCAACATTTCGTTCATGTTGGCACAAATGCTGGATCTCCAATCTGGAAAGCCAACTTCTAGAGCAGGGGCACGATTTCTAGAATTACTTGCACAGGATGAGATGGCATTTGACAATCTGTATTGTATAGCCTTTTTGATGATGGACGCGCAATGGCTTGCCAAACGTGCATCATATATGGAGTTTAATGATGTTCTGAAATCTACGAGAACTCAACTAGAACGGGAGCTTGGGTTGGAAGATGTCTGCAGCGTAAAAGATTTGCCTGCATACAACCTATTGAGAAGATAAGCCCTGAGGTGACCAAATTTTACGTCGTCAACAACTATTTGGGTTTTACGTAAAATGTCAACAGTGTAGTTATTTTACTATATGTCAATAGGAACTGGATCATGCACAAAGATGTACAATTTTATGTTAGAATTTGTACTTTATGAGCATAGTGATCGTGAACCTTGTGCCTAGAGACTACAGTAAATAAATTTAGTTCAAAAGTTCATATAATGTATACAGTGTTTGTTACGATAAGGAGCTTGTTTCTGGATAGAAATTTCGGATTTTTTTTAAAT

Coding sequence (CDS)

ATGGAACTTCATTTATTGCTCATGGTTCTGTGGTGGTCATCACGGCGGAGGAGGGACGGTTTTGCGGCGTCTGAGTTCTATTACCGGCCGAAGTTGAGTTTTCGCGGCGGCTGCTTTCTGTTGGTTGCCGGAGTTGGAGAGGTTTTTTTTCGCGGCGGCTGCAAAGGTGGCAACATGAGCAATGATGTATTTGATGGGAAAGTATTAGCTGAGAAGCTATCTAAATTAAATAATTCGCAACAAAGTATCGAGTCATTGTCCCGTTGGTGTATTTCCAACCGTAAGAAAGCACGGCAGGTTGTTGAAACATGGGAGAAAATGTTCAATATATCTCAGAAAGAGAAATGTGTTTCGTTTCTTTTTCTTGCGAATGATATATTGCAAAATAGCCGGAGAAAGGGCAACGAATTTGTGAATGAGTTCTGGAAAGTCCTTCCATCTGCACTTAAGCATGTCTTTGATAATGGCGATGAAAGTGGAAAGAAAGCAGCGAACAGACTGGTTGACATTTGGGAAGAAAGAAAGGTTTTTGGATCTCGCGGTCAAAGTCTTAAAGATGAACTAGCAGCCAACCAGATAAAAGATCCGGCTCCACAAGTTGTCAGCAATGGAAACACTGCCAATCCCATCAAAATTGTGAAGAAGGATGCTCAATCATTGAGAATTAAATTGGCCATTGGAGGACTTCCTGAAAAAATTGTGTCAGCATTTCATTCACTCCATGATGAATGCTCAGATGAAGAATCTATTCTGGTGAAGTGTAATGCAACTGTGCATTCTGTAGAAAGAGTTCTGAAAGAAGTAGAAGCTACCACCAGTCAAGGAATCCAGCCAGGGACCGGTGTTGCAGATGAGATGCAGGAGCAGGAAAATGTCCTTCAGGAATGTGTCCGACAACTTGAAGGTACAGAAGCCATCCGGGTAACTCTGGTTTCTCTGCTAAAAGAGGCAGTTCAGGATCAAGAAGCGCAGCTTGAGACTCTACAGCGTCAATTACGGATTGCTCGTAGTCGGATTAATGACGTGGGAATTCTGAGGCCAAAGGTATCATCGCATGATCACGGTTTATCAGCTGGATCAGTTCGTGCATTGACTGAACCGCCAATGACGGGAGAGTATAATAACTCTTTGCAGCCGACAAGCAGTCTTCAAATCCCTCCAAGTCAACCAATTGGCAATCAGCAGATTCCTGTTCATCAAGTTCCTCAAACTCCTAATCAACATGTAACCTCTTTTGCTGCACTCACAGCATCTGATGAAGATAGTAAAAAGGCTGCAGCTGCTGCTGTTGCTGCTAAGCTTGCTGCTTCCACATCCTCAGCACAGATGCTTACCTCGGTCCTTTCTTCCCTTGTGGCACAAGAGGCTGCTTCAAAGAATGATAGCTTGAGAAAGGGAGGGTTTTCTGCTAACTTGACAATGTTCTCTCCTGAAAAACGGCAAAAACTCGAACAGTCATCATCAGGAGCAGATGTTGCAAACCTTGATCCAGGTAGCTCACCCTATTTTACCCCTATCCAGCAACCGATATCGGGTAACCCAGCCTCCCAGTCCAGCATGCAGGGTTCATTGGGCCCGCCTCCCCTGCCGCCACCTCCCCCATCTCTGCAACCTACCAATCCAGTTCTTAATCAGTTTACTCAGTCTGCTGGTATGATGATGAATATGATGCCTTATGGATTTGGTAGTAACAGCTTACCACCACCACCTCCTTTTCCATCTCATGTTTCCATGGGACTTGCACGACCACCAGGGCCTCAAAGCTCACAGCCGCTTCAGCCTCCTCAACAACAGAATGCAAGTGGAGGATTCTATCGGCCACCTGGTATTGGTCTTTATGGGTCAAACAGTCAGCCTTCAACACCACCTGTGCAGCGGCAGAAACTGGAAATCAAGCCAAGCAAGGTCTATTTGATTGCAAGAGAAGAATTTGGAGTTAATTTGGTTATGTCACCGTCGACTACTTTGAGGAGAAGGCTTCATCATGGGGATGTTGATGGTAGAAGGCGTGAGCATTACGATTCATCGGATTTCGGGAGTTTAGGGGAGCCATTGCTTGGGAATCATCGTGAGTATGGTGATAGACATAGTGAGCTGCTCGCGCAGTGGGCTCAGTGGCTAGCAAATATCATCCTTGGTTCGAGGTCACTTCTTGGACGTCTTGTGGGTCCTGCATTCACATCGCAGACACCTATCCTTGCACCAGCTCTTACATCTTTACAGGAAGAAAGACTCAGACAGCTTCAAAGCAGGTTGAAAGTTCCTTTTGATGGAAGCCGGATAGAGCATCAGGATGCTCTTAAGCAGCTTTGGAGGTTGGCTTTTCCCAACAGGGAGCTCCCACCTCTTAAATCAGAACTATGGAAGGAAATGGGCTGGCAAGGAACCGATCCCTCAACAGATTTTAGGGGTGGCGGATACATATCACTTGAGAATCTCATATATTTTGCTGAGAAATATCCGGATTCTTTCCAGTGTTTGTTGCACAAGAAAGATGGACAGAGGGCTGAGTGGGAATATCCTTTTGCTGTAGCTGGCATCAACATTTCGTTCATGTTGGCACAAATGCTGGATCTCCAATCTGGAAAGCCAACTTCTAGAGCAGGGGCACGATTTCTAGAATTACTTGCACAGGATGAGATGGCATTTGACAATCTGTATTGTATAGCCTTTTTGATGATGGACGCGCAATGGCTTGCCAAACGTGCATCATATATGGAGTTTAATGATGTTCTGAAATCTACGAGAACTCAACTAGAACGGGAGCTTGGGTTGGAAGATGTCTGCAGCGTAAAAGATTTGCCTGCATACAACCTATTGAGAAGATAA

Protein sequence

MELHLLLMVLWWSSRRRRDGFAASEFYYRPKLSFRGGCFLLVAGVGEVFFRGGCKGGNMSNDVFDGKVLAEKLSKLNNSQQSIESLSRWCISNRKKARQVVETWEKMFNISQKEKCVSFLFLANDILQNSRRKGNEFVNEFWKVLPSALKHVFDNGDESGKKAANRLVDIWEERKVFGSRGQSLKDELAANQIKDPAPQVVSNGNTANPIKIVKKDAQSLRIKLAIGGLPEKIVSAFHSLHDECSDEESILVKCNATVHSVERVLKEVEATTSQGIQPGTGVADEMQEQENVLQECVRQLEGTEAIRVTLVSLLKEAVQDQEAQLETLQRQLRIARSRINDVGILRPKVSSHDHGLSAGSVRALTEPPMTGEYNNSLQPTSSLQIPPSQPIGNQQIPVHQVPQTPNQHVTSFAALTASDEDSKKAAAAAVAAKLAASTSSAQMLTSVLSSLVAQEAASKNDSLRKGGFSANLTMFSPEKRQKLEQSSSGADVANLDPGSSPYFTPIQQPISGNPASQSSMQGSLGPPPLPPPPPSLQPTNPVLNQFTQSAGMMMNMMPYGFGSNSLPPPPPFPSHVSMGLARPPGPQSSQPLQPPQQQNASGGFYRPPGIGLYGSNSQPSTPPVQRQKLEIKPSKVYLIAREEFGVNLVMSPSTTLRRRLHHGDVDGRRREHYDSSDFGSLGEPLLGNHREYGDRHSELLAQWAQWLANIILGSRSLLGRLVGPAFTSQTPILAPALTSLQEERLRQLQSRLKVPFDGSRIEHQDALKQLWRLAFPNRELPPLKSELWKEMGWQGTDPSTDFRGGGYISLENLIYFAEKYPDSFQCLLHKKDGQRAEWEYPFAVAGINISFMLAQMLDLQSGKPTSRAGARFLELLAQDEMAFDNLYCIAFLMMDAQWLAKRASYMEFNDVLKSTRTQLERELGLEDVCSVKDLPAYNLLRR

Relationships

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


Feature Name	Unique Name	Type
Spo23934.1	Spo23934.1	mRNA

Homology

[Close]

BLAST of Spo23934.1 vs. NCBI nr
Match: gi|731334361|ref|XP_010678188.1| (PREDICTED: regulation of nuclear pre-mRNA domain-containing protein 2-like isoform X1 [Beta vulgaris subsp. vulgaris])

HSP 1 Score: 847.4 bits (2188), Expect = 2.400e-242
Identity = 456/575 (79.30%), Postives = 504/575 (87.65%), Query Frame = 1


		  
Query: 59  MSNDVFDGKVLAEKLSKLNNSQQSIESLSRWCISNRKKARQVVETWEKMFNISQKEKCVS 118
           MSN+VFD  +LAEKLSKLNNSQQSIESLSRWCIS+RKKARQ+VETWE++FN SQKE+CVS
Sbjct: 1   MSNEVFDATLLAEKLSKLNNSQQSIESLSRWCISHRKKARQIVETWEQLFNSSQKEQCVS 60

Query: 119 FLFLANDILQNSRRKGNEFVNEFWKVLPSALKHVFDNGDESGKKAANRLVDIWEERKVFG 178
           FL+LANDILQNSRRKG E+VNEFWKVLP+ALKHV+D+G +SGKKAA RLVDIWEERKVFG
Sbjct: 61  FLYLANDILQNSRRKGGEYVNEFWKVLPAALKHVYDSGGDSGKKAATRLVDIWEERKVFG 120

Query: 179 SRGQSLKDELAANQIKDPAPQVVSNGNTANPIKIVKKDAQSLRIKLAIGGLPEKIVSAFH 238
           SR Q LKDEL A QIK PAPQVVSNG ++NPIKIVKKDAQSLRIKLA+GG PE+IVSAFH
Sbjct: 121 SRIQGLKDELVAKQIKGPAPQVVSNGKSSNPIKIVKKDAQSLRIKLAVGGFPERIVSAFH 180

Query: 239 SLHDECSDEESILVKCNATVHSVERVLKEVEATTSQGIQPGTGVADEMQEQENVLQECVR 298
            LHDE  +EES+L KCNA V SVER+LKEVE T S+GI PGTG+AD+MQEQE+VLQ+CVR
Sbjct: 181 GLHDESLNEESMLTKCNAAVLSVERILKEVENTISRGILPGTGIADQMQEQEDVLQQCVR 240

Query: 299 QLEGTEAIRVTLVSLLKEAVQDQEAQLETLQRQLRIARSRINDVGILRPKVSSHDHGLSA 358
           QLEG EA  +TLVSLLKEAVQDQEAQLETL+ Q++IARSRIN+VG LR +VSS DHG+SA
Sbjct: 241 QLEGAEASHLTLVSLLKEAVQDQEAQLETLRCQMQIARSRINEVGTLRLRVSSCDHGVSA 300

Query: 359 GSVRALTEPPMTGEYNNS-LQPTSSLQIPPSQPIGNQQIPVHQVPQTPNQHVTSFAALTA 418
            +  ALTEPPM GE NN  LQ T+SLQIP SQPIGNQQIP HQV  TP+QH TSFAALTA
Sbjct: 301 TAAHALTEPPMMGEVNNPVLQATNSLQIPLSQPIGNQQIPAHQVSHTPSQHATSFAALTA 360

Query: 419 SDEDSKKAAAAAVAAKLAASTSSAQMLTSVLSSLVAQEAASKNDSLRKGGFSANLTMFSP 478
           +DE+SK+AAAAAVAAKLAASTSSAQMLTSVLSSLVA+EAAS NDSLRK G SA++  F P
Sbjct: 361 TDEESKRAAAAAVAAKLAASTSSAQMLTSVLSSLVAEEAASMNDSLRKAGLSASIPTFPP 420

Query: 479 EKRQKLEQSSSGADVANLDPGSSPYFTPIQQPISGNPASQSSMQGSLG-PPPLPPPPPSL 538
           EKRQKLE  SSGADV+NLD GSSPYFTP+QQPIS N  S SS+Q SLG PPP PPPPPSL
Sbjct: 421 EKRQKLEPPSSGADVSNLDAGSSPYFTPLQQPISSNQLSVSSIQASLGPPPPPPPPPPSL 480

Query: 539 QPTNPVLNQFTQSAGMMMNMMPYGFGSNSLPPPPPFPSHVSMGLARPPGPQSSQPLQPP- 598
            P+NP  NQFTQSAGMM+NMMPYGFG N+LPPPPP PSHV+MGLARP  PQS QPLQPP 
Sbjct: 481 LPSNP--NQFTQSAGMMLNMMPYGFGGNNLPPPPPLPSHVAMGLARPVAPQSPQPLQPPQ 540

Query: 599 ---QQQNASGGFYRPPGIGLYGSNSQPSTPPVQRQ 628
              QQQNASGGFYRPPGIGLYGS SQPSTPPVQRQ
Sbjct: 541 QLAQQQNASGGFYRPPGIGLYGSTSQPSTPPVQRQ 573

[Close]

BLAST of Spo23934.1 vs. NCBI nr
Match: gi|731334365|ref|XP_010678191.1| (PREDICTED: regulation of nuclear pre-mRNA domain-containing protein 2-like isoform X2 [Beta vulgaris subsp. vulgaris])

HSP 1 Score: 825.5 bits (2131), Expect = 9.600e-236
Identity = 448/575 (77.91%), Postives = 493/575 (85.74%), Query Frame = 1


		  
Query: 59  MSNDVFDGKVLAEKLSKLNNSQQSIESLSRWCISNRKKARQVVETWEKMFNISQKEKCVS 118
           MSN+VFD  +LAEKLSKLNNSQQSIESLSRWCIS+RKKARQ+VETWE++FN SQKE+CVS
Sbjct: 1   MSNEVFDATLLAEKLSKLNNSQQSIESLSRWCISHRKKARQIVETWEQLFNSSQKEQCVS 60

Query: 119 FLFLANDILQNSRRKGNEFVNEFWKVLPSALKHVFDNGDESGKKAANRLVDIWEERKVFG 178
           FL+LANDILQNSRRKG E+VNEFWKVLP+ALKHV+D+G +SGKKAA RLVDIWEERKVFG
Sbjct: 61  FLYLANDILQNSRRKGGEYVNEFWKVLPAALKHVYDSGGDSGKKAATRLVDIWEERKVFG 120

Query: 179 SRGQSLKDELAANQIKDPAPQVVSNGNTANPIKIVKKDAQSLRIKLAIGGLPEKIVSAFH 238
           SR Q LKDEL A QIK PAPQVVSNG ++NPIKIVKKDAQSLRIKLA+GG PE+IVSAFH
Sbjct: 121 SRIQGLKDELVAKQIKGPAPQVVSNGKSSNPIKIVKKDAQSLRIKLAVGGFPERIVSAFH 180

Query: 239 SLHDECSDEESILVKCNATVHSVERVLKEVEATTSQGIQPGTGVADEMQEQENVLQECVR 298
            LHDE  +EES+L KCNA V SVER+LKEVE T S+GI PGTG+AD+MQEQE+VLQ+CVR
Sbjct: 181 GLHDESLNEESMLTKCNAAVLSVERILKEVENTISRGILPGTGIADQMQEQEDVLQQCVR 240

Query: 299 QLEGTEAIRVTLVSLLKEAVQDQEAQLETLQRQLRIARSRINDVGILRPKVSSHDHGLSA 358
           QLEG EA  +TLVSLLKEAVQDQ            IARSRIN+VG LR +VSS DHG+SA
Sbjct: 241 QLEGAEASHLTLVSLLKEAVQDQ------------IARSRINEVGTLRLRVSSCDHGVSA 300

Query: 359 GSVRALTEPPMTGEYNNS-LQPTSSLQIPPSQPIGNQQIPVHQVPQTPNQHVTSFAALTA 418
            +  ALTEPPM GE NN  LQ T+SLQIP SQPIGNQQIP HQV  TP+QH TSFAALTA
Sbjct: 301 TAAHALTEPPMMGEVNNPVLQATNSLQIPLSQPIGNQQIPAHQVSHTPSQHATSFAALTA 360

Query: 419 SDEDSKKAAAAAVAAKLAASTSSAQMLTSVLSSLVAQEAASKNDSLRKGGFSANLTMFSP 478
           +DE+SK+AAAAAVAAKLAASTSSAQMLTSVLSSLVA+EAAS NDSLRK G SA++  F P
Sbjct: 361 TDEESKRAAAAAVAAKLAASTSSAQMLTSVLSSLVAEEAASMNDSLRKAGLSASIPTFPP 420

Query: 479 EKRQKLEQSSSGADVANLDPGSSPYFTPIQQPISGNPASQSSMQGSLG-PPPLPPPPPSL 538
           EKRQKLE  SSGADV+NLD GSSPYFTP+QQPIS N  S SS+Q SLG PPP PPPPPSL
Sbjct: 421 EKRQKLEPPSSGADVSNLDAGSSPYFTPLQQPISSNQLSVSSIQASLGPPPPPPPPPPSL 480

Query: 539 QPTNPVLNQFTQSAGMMMNMMPYGFGSNSLPPPPPFPSHVSMGLARPPGPQSSQPLQPP- 598
            P+NP  NQFTQSAGMM+NMMPYGFG N+LPPPPP PSHV+MGLARP  PQS QPLQPP 
Sbjct: 481 LPSNP--NQFTQSAGMMLNMMPYGFGGNNLPPPPPLPSHVAMGLARPVAPQSPQPLQPPQ 540

Query: 599 ---QQQNASGGFYRPPGIGLYGSNSQPSTPPVQRQ 628
              QQQNASGGFYRPPGIGLYGS SQPSTPPVQRQ
Sbjct: 541 QLAQQQNASGGFYRPPGIGLYGSTSQPSTPPVQRQ 561

[Close]

BLAST of Spo23934.1 vs. NCBI nr
Match: gi|902236590|gb|KNA24446.1| (hypothetical protein SOVF_015730 [Spinacia oleracea])

HSP 1 Score: 588.2 bits (1515), Expect = 2.600e-164
Identity = 293/318 (92.14%), Postives = 293/318 (92.14%), Query Frame = 1


		  
Query: 650 MSPSTTLRRRLHHGDVDGRRREHYDSSDFGSLGEPLLGNHREYGDRHSE----------- 709
           MSPSTTLRRRLHHGDVDGRRREHYDSSDFGSLGEPLLGNHREYGDRHSE           
Sbjct: 1   MSPSTTLRRRLHHGDVDGRRREHYDSSDFGSLGEPLLGNHREYGDRHSEQYSLEELLDDQ 60

Query: 710 --------------LLAQWAQWLANIILGSRSLLGRLVGPAFTSQTPILAPALTSLQEER 769
                         LLAQWAQWLANIILGSRSLLGRLVGPAFTSQTPILAPALTSLQEER
Sbjct: 61  GRKVNLHWSFIFSQLLAQWAQWLANIILGSRSLLGRLVGPAFTSQTPILAPALTSLQEER 120

Query: 770 LRQLQSRLKVPFDGSRIEHQDALKQLWRLAFPNRELPPLKSELWKEMGWQGTDPSTDFRG 829
           LRQLQSRLKVPFDGSRIEHQDALKQLWRLAFPNRELPPLKSELWKEMGWQGTDPSTDFRG
Sbjct: 121 LRQLQSRLKVPFDGSRIEHQDALKQLWRLAFPNRELPPLKSELWKEMGWQGTDPSTDFRG 180

Query: 830 GGYISLENLIYFAEKYPDSFQCLLHKKDGQRAEWEYPFAVAGINISFMLAQMLDLQSGKP 889
           GGYISLENLIYFAEKYPDSFQCLLHKKDGQRAEWEYPFAVAGINISFMLAQMLDLQSGKP
Sbjct: 181 GGYISLENLIYFAEKYPDSFQCLLHKKDGQRAEWEYPFAVAGINISFMLAQMLDLQSGKP 240

Query: 890 TSRAGARFLELLAQDEMAFDNLYCIAFLMMDAQWLAKRASYMEFNDVLKSTRTQLERELG 943
           TSRAGARFLELLAQDEMAFDNLYCIAFLMMDAQWLAKRASYMEFNDVLKSTRTQLERELG
Sbjct: 241 TSRAGARFLELLAQDEMAFDNLYCIAFLMMDAQWLAKRASYMEFNDVLKSTRTQLERELG 300

[Close]

BLAST of Spo23934.1 vs. NCBI nr
Match: gi|567889575|ref|XP_006437308.1| (hypothetical protein CICLE_v10031118mg [Citrus clementina])

HSP 1 Score: 574.3 bits (1479), Expect = 3.800e-160
Identity = 338/582 (58.08%), Postives = 418/582 (71.82%), Query Frame = 1


		  
Query: 59  MSNDVFDGKVLAEKLSKLNNSQQSIESLSRWCISNRKKARQVVETWEKMFNISQKEKCVS 118
           MSN+ FDG++L+EKLSKLNNSQQSIESLSRWCI++RKKA+Q+VETW+K FN SQKE+ VS
Sbjct: 1   MSNEAFDGQILSEKLSKLNNSQQSIESLSRWCITHRKKAKQIVETWDKSFNSSQKEQRVS 60

Query: 119 FLFLANDILQNSRRKGNEFVNEFWKVLPSALKHVFDNGDESGKKAANRLVDIWEERKVFG 178
           FL+LANDILQNSRRKG+EFVNEFWKVLP+ALKHV+DNGDE GKKA  RLVDIWEERKVFG
Sbjct: 61  FLYLANDILQNSRRKGSEFVNEFWKVLPAALKHVYDNGDEYGKKAVTRLVDIWEERKVFG 120

Query: 179 SRGQSLKDELAANQIKDPAPQVVSNGNTANPIKIVKKDAQSLRIKLAIGGLPEKIVSAFH 238
           SRGQ LKDE+     K+P P  VSNG ++NPIKIVK+DA S+RIKLA+G LPEKI++AF 
Sbjct: 121 SRGQGLKDEMLG---KNPPPVPVSNGRSSNPIKIVKRDANSVRIKLAVGALPEKILTAFQ 180

Query: 239 SLHDECSDEESILVKCNATVHSVERVLKEVEATTSQGIQPGTGVADEMQEQENVLQECVR 298
           S+ DE  +EE  L  CNA VH V +V ++VE T SQG Q G+   D++QEQENVLQECVR
Sbjct: 181 SVLDEHPNEEVALNNCNAAVHHVGKVSEDVENTPSQGNQHGSASVDQLQEQENVLQECVR 240

Query: 299 QLEGTEAIRVTLVSLLKEAVQDQEAQLETLQRQLRIARSRINDVGILRPKVSSH-DHGLS 358
           Q+E  E  R  LV  LKEA+ DQE++LE ++ +L++AR +I      R ++++    GL 
Sbjct: 241 QMESAETTRAALVFQLKEALHDQESKLELIRTKLQVARGQIERASATRKRLTNPLVPGLP 300

Query: 359 AGSVRALTEPPMTGE-YNNSLQPTSSLQIPPSQPIGNQQIPVHQVPQTPNQHVTSFAALT 418
           + S+    E     E    S+ PTS   IPP   +              NQ V SFA L 
Sbjct: 301 STSIAQGMEATRGAEPILPSVPPTS---IPPQPSV--------------NQPVISFAPLK 360

Query: 419 ASDEDSKKAAAAAVAAKLAASTSSAQMLTSVLSSLVAQEAASKNDSLRKGGFSANLTMFS 478
            ++E++KKAAAAAVAAKLAASTSSAQMLTSVLSSLVA+EAA KN SL  GGF+A L++F 
Sbjct: 361 TTEEENKKAAAAAVAAKLAASTSSAQMLTSVLSSLVAEEAA-KNGSLNSGGFTAGLSIFP 420

Query: 479 PEKRQKLEQSSSGADVANLDPGSSPYFTPI-QQPISGNPASQSSMQGSLGP--------P 538
           PEKR KLE+S++ +DV+  D  ++ YF+P+ QQ ++  P  QS+    +           
Sbjct: 421 PEKRPKLEKSTTASDVSTSDVANTTYFSPLQQQQVTNMPVVQSTSMQPMSQVSQIQSQFA 480

Query: 539 PLPPPPPSLQPTNPVLNQFTQSAGMMMNMMPYGFGSNSLPPPPPFPSHVSMGLARP-PGP 598
           P PPPPP L P  P  +Q+ QS GMM+ +MPYGFG+N+LPPPPP P H++MGLARP    
Sbjct: 481 PAPPPPPPLSPATPPSSQYVQSTGMMVGVMPYGFGANTLPPPPPLPPHMAMGLARPSQSL 540

Query: 599 QSSQPLQPPQQQ-NASGGFYRPPGIGLYGSNSQPSTPPVQRQ 628
           Q  QP Q  QQQ  A+GG+YRPPGIG YG  SQPST PV RQ
Sbjct: 541 QQPQPQQLQQQQPAATGGYYRPPGIGFYG-QSQPSTSPVPRQ 560

[Close]

BLAST of Spo23934.1 vs. NCBI nr
Match: gi|590640232|ref|XP_007029897.1| (ENTH/VHS family protein [Theobroma cacao])

HSP 1 Score: 572.0 bits (1473), Expect = 1.900e-159
Identity = 332/597 (55.61%), Postives = 421/597 (70.52%), Query Frame = 1


		  
Query: 59  MSNDVFDGKVLAEKLSKLNNSQQSIESLSRWCISNRKKARQVVETWEKMFNISQKEKCVS 118
           MS+D FDG++L EKLSKLNNSQQSIESLSRWCI++RKKA+Q+VETW+K+FN SQKE+ VS
Sbjct: 1   MSSDTFDGQILTEKLSKLNNSQQSIESLSRWCITHRKKAKQIVETWDKLFNSSQKEQRVS 60

Query: 119 FLFLANDILQNSRRKGNEFVNEFWKVLPSALKHVFDNGDESGKKAANRLVDIWEERKVFG 178
           FL+LANDILQNSRRKG+EFVNEFWKVLP ALKHV++NGDE GKKA  RLVDIWEERKVFG
Sbjct: 61  FLYLANDILQNSRRKGSEFVNEFWKVLPGALKHVYENGDEYGKKAVTRLVDIWEERKVFG 120

Query: 179 SRGQSLKDE-LAANQIKDPAPQVVSNGNTANPIKIVKKDAQSLRIKLAIGGLPEKIVSAF 238
           SRGQ+LKDE L  N    P P  V+NG ++NPIKIVK+DA ++RIKLA+GGLPEKI++A+
Sbjct: 121 SRGQNLKDEMLGKNPPPPPPPLSVNNGKSSNPIKIVKRDAHAVRIKLAVGGLPEKILTAY 180

Query: 239 HSLHDECSDEESILVKCNATVHSVERVLKEVEATTSQGIQPGTGVADEMQEQENVLQECV 298
            S+ ++  +E+  L KCNA V  + ++ ++VE++ +QG Q  + + DE+Q+QE  LQ+C+
Sbjct: 181 QSVLEDNQNEDIALNKCNAAVQQLHKIGEDVESSLAQGNQNESALLDELQQQEIALQQCI 240

Query: 299 RQLEGTEAIRVTLVSLLKEAVQDQEAQLETLQRQLRIARSRINDVGILR-----PKVSSH 358
            QLE  E IR TL+  LKEA+Q+QE++LE +  QL++AR +I     +R     P V  H
Sbjct: 241 EQLENVETIRATLIFQLKEALQEQESKLELIHSQLQVARGQIEQASNVRKRLTLPTVPGH 300

Query: 359 DHGLSAGSVRALTEPPMTGEYNNSLQPTSSLQIPPSQPIGNQQIPVHQVPQTPNQHVTSF 418
              LSA ++ +  E  +  E N          +P +QP G    P H  P      V SF
Sbjct: 301 ---LSATTI-STAEGAIVVEQN----------LPSAQPTGTPPHPHHAQP------VLSF 360

Query: 419 AALTASDEDSKKAAAAAVAAKLAASTSSAQMLTSVLSSLVAQEAASKNDSLRKGGFSANL 478
           A    ++ED+KKAAAAAVAAKLAASTSSAQMLTSVLSSLVA+EAAS N SL+ GGF++ L
Sbjct: 361 APSMTTEEDNKKAAAAAVAAKLAASTSSAQMLTSVLSSLVAEEAASMNGSLKSGGFTSGL 420

Query: 479 TMFSPEKRQKLEQSSSGADVANLDPGSSPYFTPIQQ------PISGNPASQSSMQGSLGP 538
           +MF PEKR KLE+    +D +N D  S+ YF+P+QQ      P++ + + Q   QG+   
Sbjct: 421 SMFPPEKRPKLEKPMPVSDASNSDVSSTAYFSPLQQQAMTNMPLAPSTSVQPMSQGNQIQ 480

Query: 539 PPL----PPPPPSLQPTNPVLNQFTQSAGMMMNMMPYGFGSNSLPPPPPFPSHVSMGLAR 598
            P     PPPPP L P NP  +Q+ QS GMM+ +MPYG+G+N+LPPPPP P H++M LAR
Sbjct: 481 APFASAPPPPPPPLSPANPPASQYVQSTGMMVGVMPYGYGANTLPPPPPLPPHIAMSLAR 540

Query: 599 PPGPQSSQPLQ------------PPQQQNASGGFYRPPGIGLYGSNSQPSTPPVQRQ 628
           P    SSQPLQ             PQQQ A+GGFYRPPGIG YG N Q STPPV RQ
Sbjct: 541 P----SSQPLQQLQSQSLQQPQSQPQQQPATGGFYRPPGIGFYGQNPQ-STPPVPRQ 572

[Close]

BLAST of Spo23934.1 vs. UniProtKB/TrEMBL
Match: A0A0J8CB50_BETVU (Uncharacterized protein OS=Beta vulgaris subsp. vulgaris GN=BVRB_5g112270 PE=4 SV=1)

HSP 1 Score: 847.4 bits (2188), Expect = 1.600e-242
Identity = 456/575 (79.30%), Postives = 504/575 (87.65%), Query Frame = 1


		  
Query: 59  MSNDVFDGKVLAEKLSKLNNSQQSIESLSRWCISNRKKARQVVETWEKMFNISQKEKCVS 118
           MSN+VFD  +LAEKLSKLNNSQQSIESLSRWCIS+RKKARQ+VETWE++FN SQKE+CVS
Sbjct: 1   MSNEVFDATLLAEKLSKLNNSQQSIESLSRWCISHRKKARQIVETWEQLFNSSQKEQCVS 60

Query: 119 FLFLANDILQNSRRKGNEFVNEFWKVLPSALKHVFDNGDESGKKAANRLVDIWEERKVFG 178
           FL+LANDILQNSRRKG E+VNEFWKVLP+ALKHV+D+G +SGKKAA RLVDIWEERKVFG
Sbjct: 61  FLYLANDILQNSRRKGGEYVNEFWKVLPAALKHVYDSGGDSGKKAATRLVDIWEERKVFG 120

Query: 179 SRGQSLKDELAANQIKDPAPQVVSNGNTANPIKIVKKDAQSLRIKLAIGGLPEKIVSAFH 238
           SR Q LKDEL A QIK PAPQVVSNG ++NPIKIVKKDAQSLRIKLA+GG PE+IVSAFH
Sbjct: 121 SRIQGLKDELVAKQIKGPAPQVVSNGKSSNPIKIVKKDAQSLRIKLAVGGFPERIVSAFH 180

Query: 239 SLHDECSDEESILVKCNATVHSVERVLKEVEATTSQGIQPGTGVADEMQEQENVLQECVR 298
            LHDE  +EES+L KCNA V SVER+LKEVE T S+GI PGTG+AD+MQEQE+VLQ+CVR
Sbjct: 181 GLHDESLNEESMLTKCNAAVLSVERILKEVENTISRGILPGTGIADQMQEQEDVLQQCVR 240

Query: 299 QLEGTEAIRVTLVSLLKEAVQDQEAQLETLQRQLRIARSRINDVGILRPKVSSHDHGLSA 358
           QLEG EA  +TLVSLLKEAVQDQEAQLETL+ Q++IARSRIN+VG LR +VSS DHG+SA
Sbjct: 241 QLEGAEASHLTLVSLLKEAVQDQEAQLETLRCQMQIARSRINEVGTLRLRVSSCDHGVSA 300

Query: 359 GSVRALTEPPMTGEYNNS-LQPTSSLQIPPSQPIGNQQIPVHQVPQTPNQHVTSFAALTA 418
            +  ALTEPPM GE NN  LQ T+SLQIP SQPIGNQQIP HQV  TP+QH TSFAALTA
Sbjct: 301 TAAHALTEPPMMGEVNNPVLQATNSLQIPLSQPIGNQQIPAHQVSHTPSQHATSFAALTA 360

Query: 419 SDEDSKKAAAAAVAAKLAASTSSAQMLTSVLSSLVAQEAASKNDSLRKGGFSANLTMFSP 478
           +DE+SK+AAAAAVAAKLAASTSSAQMLTSVLSSLVA+EAAS NDSLRK G SA++  F P
Sbjct: 361 TDEESKRAAAAAVAAKLAASTSSAQMLTSVLSSLVAEEAASMNDSLRKAGLSASIPTFPP 420

Query: 479 EKRQKLEQSSSGADVANLDPGSSPYFTPIQQPISGNPASQSSMQGSLG-PPPLPPPPPSL 538
           EKRQKLE  SSGADV+NLD GSSPYFTP+QQPIS N  S SS+Q SLG PPP PPPPPSL
Sbjct: 421 EKRQKLEPPSSGADVSNLDAGSSPYFTPLQQPISSNQLSVSSIQASLGPPPPPPPPPPSL 480

Query: 539 QPTNPVLNQFTQSAGMMMNMMPYGFGSNSLPPPPPFPSHVSMGLARPPGPQSSQPLQPP- 598
            P+NP  NQFTQSAGMM+NMMPYGFG N+LPPPPP PSHV+MGLARP  PQS QPLQPP 
Sbjct: 481 LPSNP--NQFTQSAGMMLNMMPYGFGGNNLPPPPPLPSHVAMGLARPVAPQSPQPLQPPQ 540

Query: 599 ---QQQNASGGFYRPPGIGLYGSNSQPSTPPVQRQ 628
              QQQNASGGFYRPPGIGLYGS SQPSTPPVQRQ
Sbjct: 541 QLAQQQNASGGFYRPPGIGLYGSTSQPSTPPVQRQ 573

[Close]

BLAST of Spo23934.1 vs. UniProtKB/TrEMBL
Match: A0A0K9RY49_SPIOL (Uncharacterized protein OS=Spinacia oleracea GN=SOVF_015730 PE=4 SV=1)

HSP 1 Score: 588.2 bits (1515), Expect = 1.800e-164
Identity = 293/318 (92.14%), Postives = 293/318 (92.14%), Query Frame = 1


		  
Query: 650 MSPSTTLRRRLHHGDVDGRRREHYDSSDFGSLGEPLLGNHREYGDRHSE----------- 709
           MSPSTTLRRRLHHGDVDGRRREHYDSSDFGSLGEPLLGNHREYGDRHSE           
Sbjct: 1   MSPSTTLRRRLHHGDVDGRRREHYDSSDFGSLGEPLLGNHREYGDRHSEQYSLEELLDDQ 60

Query: 710 --------------LLAQWAQWLANIILGSRSLLGRLVGPAFTSQTPILAPALTSLQEER 769
                         LLAQWAQWLANIILGSRSLLGRLVGPAFTSQTPILAPALTSLQEER
Sbjct: 61  GRKVNLHWSFIFSQLLAQWAQWLANIILGSRSLLGRLVGPAFTSQTPILAPALTSLQEER 120

Query: 770 LRQLQSRLKVPFDGSRIEHQDALKQLWRLAFPNRELPPLKSELWKEMGWQGTDPSTDFRG 829
           LRQLQSRLKVPFDGSRIEHQDALKQLWRLAFPNRELPPLKSELWKEMGWQGTDPSTDFRG
Sbjct: 121 LRQLQSRLKVPFDGSRIEHQDALKQLWRLAFPNRELPPLKSELWKEMGWQGTDPSTDFRG 180

Query: 830 GGYISLENLIYFAEKYPDSFQCLLHKKDGQRAEWEYPFAVAGINISFMLAQMLDLQSGKP 889
           GGYISLENLIYFAEKYPDSFQCLLHKKDGQRAEWEYPFAVAGINISFMLAQMLDLQSGKP
Sbjct: 181 GGYISLENLIYFAEKYPDSFQCLLHKKDGQRAEWEYPFAVAGINISFMLAQMLDLQSGKP 240

Query: 890 TSRAGARFLELLAQDEMAFDNLYCIAFLMMDAQWLAKRASYMEFNDVLKSTRTQLERELG 943
           TSRAGARFLELLAQDEMAFDNLYCIAFLMMDAQWLAKRASYMEFNDVLKSTRTQLERELG
Sbjct: 241 TSRAGARFLELLAQDEMAFDNLYCIAFLMMDAQWLAKRASYMEFNDVLKSTRTQLERELG 300

[Close]

BLAST of Spo23934.1 vs. UniProtKB/TrEMBL
Match: V4SRT7_9ROSI (Uncharacterized protein OS=Citrus clementina GN=CICLE_v10031118mg PE=4 SV=1)

HSP 1 Score: 574.3 bits (1479), Expect = 2.700e-160
Identity = 338/582 (58.08%), Postives = 418/582 (71.82%), Query Frame = 1


		  
Query: 59  MSNDVFDGKVLAEKLSKLNNSQQSIESLSRWCISNRKKARQVVETWEKMFNISQKEKCVS 118
           MSN+ FDG++L+EKLSKLNNSQQSIESLSRWCI++RKKA+Q+VETW+K FN SQKE+ VS
Sbjct: 1   MSNEAFDGQILSEKLSKLNNSQQSIESLSRWCITHRKKAKQIVETWDKSFNSSQKEQRVS 60

Query: 119 FLFLANDILQNSRRKGNEFVNEFWKVLPSALKHVFDNGDESGKKAANRLVDIWEERKVFG 178
           FL+LANDILQNSRRKG+EFVNEFWKVLP+ALKHV+DNGDE GKKA  RLVDIWEERKVFG
Sbjct: 61  FLYLANDILQNSRRKGSEFVNEFWKVLPAALKHVYDNGDEYGKKAVTRLVDIWEERKVFG 120

Query: 179 SRGQSLKDELAANQIKDPAPQVVSNGNTANPIKIVKKDAQSLRIKLAIGGLPEKIVSAFH 238
           SRGQ LKDE+     K+P P  VSNG ++NPIKIVK+DA S+RIKLA+G LPEKI++AF 
Sbjct: 121 SRGQGLKDEMLG---KNPPPVPVSNGRSSNPIKIVKRDANSVRIKLAVGALPEKILTAFQ 180

Query: 239 SLHDECSDEESILVKCNATVHSVERVLKEVEATTSQGIQPGTGVADEMQEQENVLQECVR 298
           S+ DE  +EE  L  CNA VH V +V ++VE T SQG Q G+   D++QEQENVLQECVR
Sbjct: 181 SVLDEHPNEEVALNNCNAAVHHVGKVSEDVENTPSQGNQHGSASVDQLQEQENVLQECVR 240

Query: 299 QLEGTEAIRVTLVSLLKEAVQDQEAQLETLQRQLRIARSRINDVGILRPKVSSH-DHGLS 358
           Q+E  E  R  LV  LKEA+ DQE++LE ++ +L++AR +I      R ++++    GL 
Sbjct: 241 QMESAETTRAALVFQLKEALHDQESKLELIRTKLQVARGQIERASATRKRLTNPLVPGLP 300

Query: 359 AGSVRALTEPPMTGE-YNNSLQPTSSLQIPPSQPIGNQQIPVHQVPQTPNQHVTSFAALT 418
           + S+    E     E    S+ PTS   IPP   +              NQ V SFA L 
Sbjct: 301 STSIAQGMEATRGAEPILPSVPPTS---IPPQPSV--------------NQPVISFAPLK 360

Query: 419 ASDEDSKKAAAAAVAAKLAASTSSAQMLTSVLSSLVAQEAASKNDSLRKGGFSANLTMFS 478
            ++E++KKAAAAAVAAKLAASTSSAQMLTSVLSSLVA+EAA KN SL  GGF+A L++F 
Sbjct: 361 TTEEENKKAAAAAVAAKLAASTSSAQMLTSVLSSLVAEEAA-KNGSLNSGGFTAGLSIFP 420

Query: 479 PEKRQKLEQSSSGADVANLDPGSSPYFTPI-QQPISGNPASQSSMQGSLGP--------P 538
           PEKR KLE+S++ +DV+  D  ++ YF+P+ QQ ++  P  QS+    +           
Sbjct: 421 PEKRPKLEKSTTASDVSTSDVANTTYFSPLQQQQVTNMPVVQSTSMQPMSQVSQIQSQFA 480

Query: 539 PLPPPPPSLQPTNPVLNQFTQSAGMMMNMMPYGFGSNSLPPPPPFPSHVSMGLARP-PGP 598
           P PPPPP L P  P  +Q+ QS GMM+ +MPYGFG+N+LPPPPP P H++MGLARP    
Sbjct: 481 PAPPPPPPLSPATPPSSQYVQSTGMMVGVMPYGFGANTLPPPPPLPPHMAMGLARPSQSL 540

Query: 599 QSSQPLQPPQQQ-NASGGFYRPPGIGLYGSNSQPSTPPVQRQ 628
           Q  QP Q  QQQ  A+GG+YRPPGIG YG  SQPST PV RQ
Sbjct: 541 QQPQPQQLQQQQPAATGGYYRPPGIGFYG-QSQPSTSPVPRQ 560

[Close]

BLAST of Spo23934.1 vs. UniProtKB/TrEMBL
Match: A0A061F7B0_THECC (ENTH/VHS family protein OS=Theobroma cacao GN=TCM_025762 PE=4 SV=1)

HSP 1 Score: 572.0 bits (1473), Expect = 1.300e-159
Identity = 332/597 (55.61%), Postives = 421/597 (70.52%), Query Frame = 1


		  
Query: 59  MSNDVFDGKVLAEKLSKLNNSQQSIESLSRWCISNRKKARQVVETWEKMFNISQKEKCVS 118
           MS+D FDG++L EKLSKLNNSQQSIESLSRWCI++RKKA+Q+VETW+K+FN SQKE+ VS
Sbjct: 1   MSSDTFDGQILTEKLSKLNNSQQSIESLSRWCITHRKKAKQIVETWDKLFNSSQKEQRVS 60

Query: 119 FLFLANDILQNSRRKGNEFVNEFWKVLPSALKHVFDNGDESGKKAANRLVDIWEERKVFG 178
           FL+LANDILQNSRRKG+EFVNEFWKVLP ALKHV++NGDE GKKA  RLVDIWEERKVFG
Sbjct: 61  FLYLANDILQNSRRKGSEFVNEFWKVLPGALKHVYENGDEYGKKAVTRLVDIWEERKVFG 120

Query: 179 SRGQSLKDE-LAANQIKDPAPQVVSNGNTANPIKIVKKDAQSLRIKLAIGGLPEKIVSAF 238
           SRGQ+LKDE L  N    P P  V+NG ++NPIKIVK+DA ++RIKLA+GGLPEKI++A+
Sbjct: 121 SRGQNLKDEMLGKNPPPPPPPLSVNNGKSSNPIKIVKRDAHAVRIKLAVGGLPEKILTAY 180

Query: 239 HSLHDECSDEESILVKCNATVHSVERVLKEVEATTSQGIQPGTGVADEMQEQENVLQECV 298
            S+ ++  +E+  L KCNA V  + ++ ++VE++ +QG Q  + + DE+Q+QE  LQ+C+
Sbjct: 181 QSVLEDNQNEDIALNKCNAAVQQLHKIGEDVESSLAQGNQNESALLDELQQQEIALQQCI 240

Query: 299 RQLEGTEAIRVTLVSLLKEAVQDQEAQLETLQRQLRIARSRINDVGILR-----PKVSSH 358
            QLE  E IR TL+  LKEA+Q+QE++LE +  QL++AR +I     +R     P V  H
Sbjct: 241 EQLENVETIRATLIFQLKEALQEQESKLELIHSQLQVARGQIEQASNVRKRLTLPTVPGH 300

Query: 359 DHGLSAGSVRALTEPPMTGEYNNSLQPTSSLQIPPSQPIGNQQIPVHQVPQTPNQHVTSF 418
              LSA ++ +  E  +  E N          +P +QP G    P H  P      V SF
Sbjct: 301 ---LSATTI-STAEGAIVVEQN----------LPSAQPTGTPPHPHHAQP------VLSF 360

Query: 419 AALTASDEDSKKAAAAAVAAKLAASTSSAQMLTSVLSSLVAQEAASKNDSLRKGGFSANL 478
           A    ++ED+KKAAAAAVAAKLAASTSSAQMLTSVLSSLVA+EAAS N SL+ GGF++ L
Sbjct: 361 APSMTTEEDNKKAAAAAVAAKLAASTSSAQMLTSVLSSLVAEEAASMNGSLKSGGFTSGL 420

Query: 479 TMFSPEKRQKLEQSSSGADVANLDPGSSPYFTPIQQ------PISGNPASQSSMQGSLGP 538
           +MF PEKR KLE+    +D +N D  S+ YF+P+QQ      P++ + + Q   QG+   
Sbjct: 421 SMFPPEKRPKLEKPMPVSDASNSDVSSTAYFSPLQQQAMTNMPLAPSTSVQPMSQGNQIQ 480

Query: 539 PPL----PPPPPSLQPTNPVLNQFTQSAGMMMNMMPYGFGSNSLPPPPPFPSHVSMGLAR 598
            P     PPPPP L P NP  +Q+ QS GMM+ +MPYG+G+N+LPPPPP P H++M LAR
Sbjct: 481 APFASAPPPPPPPLSPANPPASQYVQSTGMMVGVMPYGYGANTLPPPPPLPPHIAMSLAR 540

Query: 599 PPGPQSSQPLQ------------PPQQQNASGGFYRPPGIGLYGSNSQPSTPPVQRQ 628
           P    SSQPLQ             PQQQ A+GGFYRPPGIG YG N Q STPPV RQ
Sbjct: 541 P----SSQPLQQLQSQSLQQPQSQPQQQPATGGFYRPPGIGFYGQNPQ-STPPVPRQ 572

[Close]

BLAST of Spo23934.1 vs. UniProtKB/TrEMBL
Match: B9SY93_RICCO (Putative uncharacterized protein OS=Ricinus communis GN=RCOM_0845430 PE=4 SV=1)

HSP 1 Score: 571.6 bits (1472), Expect = 1.700e-159
Identity = 331/588 (56.29%), Postives = 416/588 (70.75%), Query Frame = 1


		  
Query: 59  MSNDVFDGKVLAEKLSKLNNSQQSIESLSRWCISNRKKARQVVETWEKMFNISQKEKCVS 118
           MSNDVFD ++L EKLSKLNNSQQSIESLSRWCI +RKKAR +VE W+K+FN SQ+E+ VS
Sbjct: 1   MSNDVFDAQILTEKLSKLNNSQQSIESLSRWCILHRKKARPIVEIWDKLFNSSQREQRVS 60

Query: 119 FLFLANDILQNSRRKGNEFVNEFWKVLPSALKHVFDNGDESGKKAANRLVDIWEERKVFG 178
           FL+LANDILQNS+RKG+EFVNEFWK LP+ALK V++NGDE+GKKA  RLVDIWEERKVFG
Sbjct: 61  FLYLANDILQNSKRKGSEFVNEFWKALPAALKQVYENGDENGKKAVTRLVDIWEERKVFG 120

Query: 179 SRGQSLKDELAANQIKDPAPQVVSNGNTANPIKIVKKDAQSLRIKLAIGGLPEKIVSAFH 238
           SRGQ LKDE+     K+P P +VSNG ++N I+++K+DA S+R +LA+GGLPEKIVSA+ 
Sbjct: 121 SRGQGLKDEMLG---KNPPPLLVSNGKSSNLIRLLKRDAHSIRYRLALGGLPEKIVSAYQ 180

Query: 239 SLHDECSDEESILVKCNATVHSVERVLKEVEATTSQGIQPGTGVADEMQEQENVLQECVR 298
           S+ DE S EE+ + KC+  V +V ++ +E+E+ ++ G Q G+   +E+Q QEN LQ+CV 
Sbjct: 181 SVIDEVSSEEAAINKCSTAVSNVGKIREEIESGSTAGNQQGSTFLNELQAQENALQQCVE 240

Query: 299 QLEGTEAIRVTLVSLLKEAVQDQEAQLETLQRQLRIARSRINDVGILRPKVSSHDHGLSA 358
           +LE  EAIR  L+S LKEA+QDQE + + ++ QL++A  +I     LR  ++S   G S 
Sbjct: 241 KLESAEAIRAILISQLKEALQDQELKQDLIRAQLQVAHGQIEQSVNLRNMLTSPVFGSST 300

Query: 359 GSVRALTEPPMTGEY-NNSLQPTSSLQIPPSQPIGNQQIPVHQVPQTPNQHVTSFAALTA 418
               A+TE     E+   S+QPTS+   PP                   Q + SFA +  
Sbjct: 301 ----AMTETAKVVEHKTTSVQPTSTRPQPPHA-----------------QPMVSFAPMKT 360

Query: 419 SDEDSKKAAAAAVAAKLAASTSSAQMLTSVLSSLVAQEAASKNDSLRKGGFSANLTMFSP 478
           +DEDSKKAAAAAVAAKLAASTSSAQMLTSVLSSLVA+EAAS N  L+  GF+  L MFSP
Sbjct: 361 TDEDSKKAAAAAVAAKLAASTSSAQMLTSVLSSLVAEEAASLNGGLKSTGFTTGLAMFSP 420

Query: 479 EKRQKLEQSSSGADVANLDPGSSPYFTPIQQ-----------PISGNPASQSS-MQGSLG 538
           EKRQKLE+    +D AN D  ++ YFTP+QQ            +S    SQS+ +Q S G
Sbjct: 421 EKRQKLEKPLPASDTANSDVANTAYFTPLQQQPGTTVPLVLPSVSMQSMSQSNKIQTSYG 480

Query: 539 P-PPLPPPPPSLQPTNPVLNQFTQSAGMMMNMMPYGFGSNSLPPPPPFPSHVSMGLARPP 598
             PPLPPPPP L P NP  NQ+ QS GMM+ +MPYG+G+N+LPPPPP P H++MGL RP 
Sbjct: 481 ALPPLPPPPP-LSPANPATNQYVQSTGMMIGIMPYGYGANALPPPPPLPPHIAMGLGRPA 540

Query: 599 G--PQSSQPLQPPQQQN---ASGGFYRPPGIGLYGSNSQPSTPPVQRQ 628
              P  SQP Q  QQQ    ASGG+YRPPGIG +G N QP+TPPV RQ
Sbjct: 541 AQPPLQSQPQQSQQQQQQTPASGGYYRPPGIGFFGQNHQPATPPVPRQ 563

[Close]

BLAST of Spo23934.1 vs. ExPASy Swiss-Prot
Match: RPR1B_MOUSE (Regulation of nuclear pre-mRNA domain-containing protein 1B OS=Mus musculus GN=Rprd1b PE=1 SV=2)

HSP 1 Score: 118.6 bits (296), Expect = 3.600e-25
Identity = 93/302 (30.79%), Postives = 148/302 (49.01%), Query Frame = 1


		  
Query: 64  FDGKVLAEKLSKLNNSQQSIESLSRWCISNRKKARQVVETWEKMFNISQKEKCVSFLFLA 123
           F    L +KLS+L+NSQQS+++LS W I +RK A  +V  W +    ++  + ++FL+LA
Sbjct: 4   FSESALEKKLSELSNSQQSVQTLSLWLIHHRKHAGPIVSVWHRELRKAKSNRKLTFLYLA 63

Query: 124 NDILQNSRRKGNEFVNEFWKVLPSALKHVFDNGDESGKKAANRLVDIWEERKVFGSRG-Q 183
           ND++QNS+RKG EF  EF  VL  A  HV    DE  KK   RL++IW+ER V+G    Q
Sbjct: 64  NDVIQNSKRKGPEFTREFESVLVDAFSHVAREADEGCKKPLERLLNIWQERSVYGGEFIQ 123

Query: 184 SLKDELAANQIKDPAPQVV----SNGNTANPIKIVKKD----AQSLRIKLAIGGLPEKIV 243
            LK  L+    K P P+      S   T   I+  + D    + S +   A   L E+++
Sbjct: 124 QLK--LSMEDSKSPPPKAAEEKKSLKRTFQQIQEEEDDDYPGSYSPQDPSAGPLLTEELI 183

Query: 244 SAFHSLHDECSDEESILVKCNATVHSVERVLKEVEATTSQGIQPGTGVADEMQEQENVLQ 303
            A   L +  S + ++  K  +    V+ V    + T  +  +  +   DE      +L 
Sbjct: 184 KALQDLENAASGDATVRQKIASLPQEVQDVSLLEKITDKEAAERLSKTVDEAC---LLLA 243

Query: 304 ECVRQLEGTEAIRVTLVSLLKEAVQDQEAQLETLQRQLRIARSRINDVGILRPKVSSHDH 357
           E   +L      R  L  +L E  Q+Q+  L   +++L   + ++  V  +R ++ SH  
Sbjct: 244 EYNGRLAAELEDRRQLARMLVEYTQNQKEVLSEKEKKLEEYKQKLARVTQVRKELKSHIQ 300

[Close]

BLAST of Spo23934.1 vs. ExPASy Swiss-Prot
Match: RPR1B_HUMAN (Regulation of nuclear pre-mRNA domain-containing protein 1B OS=Homo sapiens GN=RPRD1B PE=1 SV=1)

HSP 1 Score: 118.2 bits (295), Expect = 4.700e-25
Identity = 93/302 (30.79%), Postives = 148/302 (49.01%), Query Frame = 1


		  
Query: 64  FDGKVLAEKLSKLNNSQQSIESLSRWCISNRKKARQVVETWEKMFNISQKEKCVSFLFLA 123
           F    L +KLS+L+NSQQS+++LS W I +RK A  +V  W +    ++  + ++FL+LA
Sbjct: 4   FSESALEKKLSELSNSQQSVQTLSLWLIHHRKHAGPIVSVWHRELRKAKSNRKLTFLYLA 63

Query: 124 NDILQNSRRKGNEFVNEFWKVLPSALKHVFDNGDESGKKAANRLVDIWEERKVFGSRG-Q 183
           ND++QNS+RKG EF  EF  VL  A  HV    DE  KK   RL++IW+ER V+G    Q
Sbjct: 64  NDVIQNSKRKGPEFTREFESVLVDAFSHVAREADEGCKKPLERLLNIWQERSVYGGEFIQ 123

Query: 184 SLKDELAANQIKDPAPQVV----SNGNTANPIKIVKKD----AQSLRIKLAIGGLPEKIV 243
            LK  L+    K P P+      S   T   I+  + D    + S +   A   L E+++
Sbjct: 124 QLK--LSMEDSKSPPPKATEEKKSLKRTFQQIQEEEDDDYPGSYSPQDPSAGPLLTEELI 183

Query: 244 SAFHSLHDECSDEESILVKCNATVHSVERVLKEVEATTSQGIQPGTGVADEMQEQENVLQ 303
            A   L +  S + ++  K  +    V+ V    + T  +  +  +   DE      +L 
Sbjct: 184 KALQDLENAASGDATVRQKIASLPQEVQDVSLLEKITDKEAAERLSKTVDEAC---LLLA 243

Query: 304 ECVRQLEGTEAIRVTLVSLLKEAVQDQEAQLETLQRQLRIARSRINDVGILRPKVSSHDH 357
           E   +L      R  L  +L E  Q+Q+  L   +++L   + ++  V  +R ++ SH  
Sbjct: 244 EYNGRLAAELEDRRQLARMLVEYTQNQKDVLSEKEKKLEEYKQKLARVTQVRKELKSHIQ 300

[Close]

BLAST of Spo23934.1 vs. ExPASy Swiss-Prot
Match: ELMOA_DICDI (ELMO domain-containing protein A OS=Dictyostelium discoideum GN=elmoA PE=1 SV=1)

HSP 1 Score: 114.0 bits (284), Expect = 8.900e-24
Identity = 68/205 (33.17%), Postives = 99/205 (48.29%), Query Frame = 1


		  
Query: 731 PILAPALTSLQEERLRQLQSRLKVPFDGSRIEHQDALKQLWRLAFPNRELPPLKSELWKE 790
           P L   L   Q  R + + +R  V F+    EH   L +LW L +P  +L    SE WK+
Sbjct: 352 PELKRQLYIYQRHRFQVITNRKNVTFNKESSEHDALLMKLWSLTYPGVKLESRVSEQWKQ 411

Query: 791 MGWQGTDPSTDFRGGGYISLENLIYFAEKYPDSFQCLLHKKDGQRAEWEYPFAVAGINIS 850
           MG+QGTDP TDFR  G   L+NLIYFA+ Y + F+ +++ +   R E EYP A AGI ++
Sbjct: 412 MGFQGTDPCTDFRAMGIWGLDNLIYFAQNYNEKFRKIVNSQI-DRKEREYPTATAGIVLT 471

Query: 851 FMLAQMLDLQSGKP-------------------TSRAGARFLELLAQDEMAFDNLYCIAF 910
           F L   +  + G P                   T+     F  L      AF+ +YC  F
Sbjct: 472 FELYNSI-FKMGTPNLNPYNSTTSNTTSNTTSTTNIDDLPFFPLFFSHPHAFEEVYCTTF 531

Query: 911 LMMDAQWLAKRASYMEFNDVLKSTR 917
            ++D+ W     +YM F  ++ S +
Sbjct: 532 QILDSTWDDMNGTYMHFQKIMSSVK 554

[Close]

BLAST of Spo23934.1 vs. ExPASy Swiss-Prot
Match: RPR1A_CHICK (Regulation of nuclear pre-mRNA domain-containing protein 1A OS=Gallus gallus GN=RPRD1A PE=2 SV=1)

HSP 1 Score: 109.8 bits (273), Expect = 1.700e-22
Identity = 52/114 (45.61%), Postives = 75/114 (65.79%), Query Frame = 1


		  
Query: 64  FDGKVLAEKLSKLNNSQQSIESLSRWCISNRKKARQVVETWEKMFNISQKEKCVSFLFLA 123
           F    L  KLS+L+NSQQS+++LS W I +RK +  +V  WE+    ++  + ++FL+LA
Sbjct: 4   FSEAALERKLSELSNSQQSVQTLSLWLIHHRKHSALIVSVWERELRKAKPNRKLTFLYLA 63

Query: 124 NDILQNSRRKGNEFVNEFWKVLPSALKHVFDNGDESGKKAANRLVDIWEERKVF 178
           ND++QNS+RKG EF  +F  V+  A KHV    DES KK   R++ IWEER V+
Sbjct: 64  NDVIQNSKRKGPEFTKDFAPVIVEAFKHVSSESDESCKKHPGRVLSIWEERSVY 117

[Close]

BLAST of Spo23934.1 vs. ExPASy Swiss-Prot
Match: RPR1A_PONAB (Regulation of nuclear pre-mRNA domain-containing protein 1A OS=Pongo abelii GN=RPRD1A PE=2 SV=1)

HSP 1 Score: 109.0 bits (271), Expect = 2.900e-22
Identity = 95/319 (29.78%), Postives = 153/319 (47.96%), Query Frame = 1


		  
Query: 64  FDGKVLAEKLSKLNNSQQSIESLSRWCISNRKKARQVVETWEKMFNISQKEKCVSFLFLA 123
           F    L +KLS+L+NSQQS+++LS W I +RK +R +V  WE+    ++  + ++FL+LA
Sbjct: 4   FSEAALEKKLSELSNSQQSVQTLSLWLIHHRKHSRPIVTVWERELRKAKPNRKLTFLYLA 63

Query: 124 NDILQNSRRKGNEFVNEFWKVLPSALKHVFDNGDESGKKAANRLVDIWEERKVFGSRG-Q 183
           ND++QNS+RKG EF  +F  V+  A KHV    DES KK   R++ IWEER V+ +   +
Sbjct: 64  NDVIQNSKRKGPEFTKDFAPVIVEAFKHVSSETDESCKKHLGRVLSIWEERSVYENDVLE 123

Query: 184 SLKDELAANQIKDPAPQV-----VSNGNTANPIKIVKKDAQSLRIKLAIGGLPEKIVSAF 243
            LK  L  +  K P  +      V      + +    +  Q+L +  A+  L E   S  
Sbjct: 124 QLKQALYGD--KKPRKRTYEQIKVDENENCSSLGSPSEPPQTLDLVRALQDL-ENAASGD 183

Query: 244 HSLHDECSD-----EESILVKCNATVHSVERVLKEVEATTSQGIQPGTGVADEMQEQENV 303
            ++H   +      +E  L+       S ER+ K VE            +A E+ +++ +
Sbjct: 184 AAVHQRIASLPVEVQEVSLLDKITDKESGERLSKMVEDACMLLADYNGRLAAEIDDRKQL 243

Query: 304 LQECVRQLEGTEAIRVTLVSLLKEAVQDQEAQLETLQRQL-------RIARSRIN---DV 362
            +           +    +   KEA+ ++E +LE  +R+L       +  RSRI    D+
Sbjct: 244 TR-----------MLADFLRCQKEALAEKEHKLEEYKRKLARVSLVRKELRSRIQSLPDL 303

[Close]

BLAST of Spo23934.1 vs. TAIR (Arabidopsis)
Match: AT3G03610.1 (ELMO/CED-12 family protein)

HSP 1 Score: 424.9 bits (1091), Expect = 1.300e-118
Identity = 213/319 (66.77%), Postives = 247/319 (77.43%), Query Frame = 1


		  
Query: 653 STTLRRRLHHGDVDGRRREHYDSSDFGSLGEPLLGNHREYGDRH---------------- 712
           S TLRRRLHHGDVDGR+ E YD++D  +L EPLLG+      R+                
Sbjct: 3   SATLRRRLHHGDVDGRKYERYDATDSETLSEPLLGSSSTDNSRNEYIEERTLEDIWEEER 62

Query: 713 -----------SELLAQWAQWLANIILGSRSLLGRLVG-PAFT---SQTPILAPALTSLQ 772
                      S+L+AQWAQW+A I+ GS SL+GR +  P F    +   +L P L+ LQ
Sbjct: 63  KRQQVHWTLIFSQLIAQWAQWIAKIVFGSGSLVGRFLSLPTFGQIGTGGRLLPPPLSMLQ 122

Query: 773 EERLRQLQSRLKVPFDGSRIEHQDALKQLWRLAFPNRELPPLKSELWKEMGWQGTDPSTD 832
           EERLR ++ R+++PFDGSR+EHQDAL+QLWRLA+P RELPPLKSELWKEMGWQGTDPSTD
Sbjct: 123 EERLRNIKRRIEIPFDGSRMEHQDALRQLWRLAYPQRELPPLKSELWKEMGWQGTDPSTD 182

Query: 833 FRGGGYISLENLIYFAEKYPDSFQCLLHKKDGQRAEWEYPFAVAGINISFMLAQMLDLQS 892
           FRGGGYISLENLI+FA+ YP+SFQ LLHK+DG RAEWEYPFAVAGINISFMLAQMLDLQS
Sbjct: 183 FRGGGYISLENLIFFAKTYPESFQRLLHKQDGTRAEWEYPFAVAGINISFMLAQMLDLQS 242

Query: 893 GKPTSRAGARFLELLAQDEMAFDNLYCIAFLMMDAQWLAKRASYMEFNDVLKSTRTQLER 941
           GKP++ AG RFL  L +DEMAFDNLYCIAF MMDAQWLA+RASYMEFNDVLKSTR QLER
Sbjct: 243 GKPSTIAGIRFLGFLEEDEMAFDNLYCIAFQMMDAQWLARRASYMEFNDVLKSTRAQLER 302

[Close]

BLAST of Spo23934.1 vs. TAIR (Arabidopsis)
Match: AT1G03620.1 (ELMO/CED-12 family protein)

HSP 1 Score: 278.9 bits (712), Expect = 1.200e-74
Identity = 140/231 (60.61%), Postives = 174/231 (75.32%), Query Frame = 1


		  
Query: 711 ILGSRSLLGRLVGPAFTSQTPILAPALTSLQEERLRQLQSRLKVPFDGSRIEHQDALKQL 770
           ++G+RS +G L   +   Q   +   L+ LQEERL++LQ R+ VPFD +R +HQ++LK L
Sbjct: 33  MVGTRSWIGGLFTRSNRRQDKAVDYTLSPLQEERLQRLQDRMVVPFDETRPDHQESLKAL 92

Query: 771 WRLAFPNRELPPLKSELWKEMGWQGTDPSTDFRGGGYISLENLIYFAEKYPDSFQCLLHK 830
           W +AFPN  L  L +E WKEMGWQG +PSTDFRG G+I+LENL++ A  YP  F+ LL K
Sbjct: 93  WNVAFPNVHLTGLVTEQWKEMGWQGPNPSTDFRGCGFIALENLLFSARTYPVCFRRLLLK 152

Query: 831 KDGQRAEWEYPFAVAGINISFMLAQMLDLQSG-KPTSRAGARFLELLAQDEMAFDNLYCI 890
           + G RA+WEYPFAVAGINISFML QMLDLQ+  KP    G  FL+LL +DE AFD LYCI
Sbjct: 153 QRGDRAKWEYPFAVAGINISFMLIQMLDLQNNPKPKCLPGMNFLKLLEEDERAFDVLYCI 212

Query: 891 AFLMMDAQWLAKRASYMEFNDVLKSTRTQLERELGLEDVCSVKDLPAYNLL 941
           AF MMDAQWLA  ASYMEFN+VL++TR QLEREL L+D+  ++DLPAYNLL
Sbjct: 213 AFAMMDAQWLAMHASYMEFNEVLQATRNQLERELSLDDIHRIQDLPAYNLL 263

[Close]

BLAST of Spo23934.1 vs. TAIR (Arabidopsis)
Match: AT3G60260.1 (ELMO/CED-12 family protein)

HSP 1 Score: 276.9 bits (707), Expect = 4.500e-74
Identity = 140/236 (59.32%), Postives = 173/236 (73.31%), Query Frame = 1


		  
Query: 708 ANIILGSRSLLGR---LVGPAFTSQTPILAPALTSLQEERLRQLQSRLKVPFDGSRIEHQ 767
           A ++ GS + LGR    V        P  +  LT  QEE L++LQSR+ V +D S  +HQ
Sbjct: 29  AEVVAGSAAWLGRGLSCVCVQGRDGDPRPSFDLTPAQEECLQRLQSRIDVAYDSSIPQHQ 88

Query: 768 DALKQLWRLAFPNRELPPLKSELWKEMGWQGTDPSTDFRGGGYISLENLIYFAEKYPDSF 827
           +ALK LW+LAFP  EL  + S+ WKEMGWQG DPSTDFRGGG+ISLENL+YFA K+P SF
Sbjct: 89  EALKDLWKLAFPEEELHGIVSDQWKEMGWQGKDPSTDFRGGGFISLENLLYFARKFPKSF 148

Query: 828 QCLLHKKDGQRAEWEYPFAVAGINISFMLAQMLDLQSGKPTSRAGARFLELLAQDEMAFD 887
             LL K+ G R+ WEYPFAVAGINI+FML QMLDL++ KP S  G  FL  L+ +E AFD
Sbjct: 149 HGLLRKQVGDRSVWEYPFAVAGINITFMLIQMLDLEAVKPRSIVGETFLRFLSVNESAFD 208

Query: 888 NLYCIAFLMMDAQWLAKRASYMEFNDVLKSTRTQLERELGLEDVCSVKDLPAYNLL 941
            LYCIAF +MD QWL+ RASYMEFN V+KSTR QLERE+ +ED+ S++DLP+Y+LL
Sbjct: 209 LLYCIAFKLMDQQWLSMRASYMEFNTVMKSTRRQLEREIMIEDITSLEDLPSYSLL 264

[Close]

BLAST of Spo23934.1 vs. TAIR (Arabidopsis)
Match: AT3G26990.1 (ENTH/VHS family protein)

HSP 1 Score: 271.6 bits (693), Expect = 1.900e-72
Identity = 203/492 (41.26%), Postives = 279/492 (56.71%), Query Frame = 1


		  
Query: 64  FDGKVLAEKLSKLNNSQQSIESLSRWCISNRKKARQVVETWEKMFNISQKEKCVSFLFLA 123
           F+ ++L EKL+KLNNSQ SIE+LS WCI +  KA+ VVETW + F+ + +E+ +++L+LA
Sbjct: 5   FNAQILVEKLAKLNNSQASIETLSHWCIFHMNKAKHVVETWGRQFHCAPREQRLAYLYLA 64

Query: 124 NDILQNSRRKGNEFVNEFWKVLPSALKHVFDNGDESGKKAANRLVDIWEERKVFGSRGQS 183
           NDILQNSRRKG+EFV EFWKVLP AL+ + +NGD+ G+K+A RLV+IWEERKVFGSRGQ 
Sbjct: 65  NDILQNSRRKGSEFVGEFWKVLPDALRDMIENGDDFGRKSARRLVNIWEERKVFGSRGQI 124

Query: 184 LKDELAANQIKDPAPQVVSNGNTANPIKIVKKDAQSLRIKLAIGGLPEKIVSAFHSLHDE 243
           LK+EL   Q ++       NGN   P+K+      S+  +   G   EK+VSA   LH  
Sbjct: 125 LKEELLGRQPENGT----RNGNLV-PLKL------SVPQRQVNGSTLEKVVSAVEVLHGV 184

Query: 244 CSDEESILVKCNATVHSVERVLKEVEATTSQGIQPGTGVADEMQEQENVLQECVRQLEGT 303
             DE++++ K       +E+  +EVE   S G  PG  V  E+Q Q  +L++C+ QL   
Sbjct: 185 QIDEDALVGKSTNAAGYLEKATQEVERDLSSGHAPGPAVVKELQGQHVILRDCIEQLGAM 244

Query: 304 EAIRVTLVSLLKEAVQDQEAQLETLQRQLRIARSRINDVGILRPKVSSHDHGLSAGSVRA 363
           E  R +L+S L+EA+Q+QE +LE ++  L+IAR + +  G L  ++   DHG S+     
Sbjct: 245 ETSRTSLISHLREALQEQELKLEQVRNHLQIARFQSDRTGDLCRQLL--DHGGSS----- 304

Query: 364 LTEPPMTGEYNNS--LQPTSSLQIPPSQPIGN--QQIPVHQVPQTPNQHVTSFAALTASD 423
             +PP T E  +   ++ +S+   P S    +  Q  PV      P Q +          
Sbjct: 305 --QPPATEEEESKEVIKVSSTAAAPQSFTHSDVEQSAPV-MFASNPTQSL---------- 364

Query: 424 EDSKKAAAAAVAAKLAASTSSAQMLTSVLSSLVAQEAASKNDSLRKGGFSANLTMFSPEK 483
           ED +K AAAAV AKL ASTSSA+ML+ VLSSL A E    N++      + +   F PEK
Sbjct: 365 EDPRKTAAAAVVAKLTASTSSAEMLSYVLSSL-ASEGIIGNNNPPAVTETLSSVDFPPEK 424

Query: 484 RQKLEQSSSGADVANLDPGSSPYFTPIQQPISGNPASQSSMQGSLGPPPLPPPPP----- 543
           R KL+                 Y +P  Q    N A+ SS   S  P PLPPPPP     
Sbjct: 425 RPKLQNHDQS------------YLSPHHQ----NTATTSS---STPPQPLPPPPPFQLQP 445

[Close]

BLAST of Spo23934.1 vs. TAIR (Arabidopsis)
Match: AT2G44770.1 (ELMO/CED-12 family protein)

HSP 1 Score: 268.5 bits (685), Expect = 1.600e-71
Identity = 129/206 (62.62%), Postives = 161/206 (78.16%), Query Frame = 1


		  
Query: 737 LTSLQEERLRQLQSRLKVPFDGSRIEHQDALKQLWRLAFPNRELPPLKSELWKEMGWQGT 796
           LT  QEE L+ LQ+R+ V +D +   HQ+AL++LW+L+FP  EL  L SE WKEMGWQG 
Sbjct: 61  LTPAQEECLQSLQNRIDVAYDSTIPLHQEALRELWKLSFPEEELHGLISEQWKEMGWQGK 120

Query: 797 DPSTDFRGGGYISLENLIYFAEKYPDSFQCLLHKKDGQRAEWEYPFAVAGINISFMLAQM 856
           DPSTDFRGGG+ISLENL+YFA  +  SFQ LL K+ G R+ WEYPFAVAGIN++FML QM
Sbjct: 121 DPSTDFRGGGFISLENLLYFARNFQKSFQDLLRKQVGDRSVWEYPFAVAGINLTFMLIQM 180

Query: 857 LDLQSGKPTSRAGARFLELLAQDEMAFDNLYCIAFLMMDAQWLAKRASYMEFNDVLKSTR 916
           LDL++ KP +  GA FL+ L+++E AFD LYCIAF +MD QWL+ RASYMEFN V+KSTR
Sbjct: 181 LDLEAVKPRTIVGATFLKFLSENESAFDLLYCIAFKLMDQQWLSMRASYMEFNTVMKSTR 240

Query: 917 TQLERELGLEDVCSVKDLPAYNLLRR 943
            QLEREL LED+  ++DLP+Y LL +
Sbjct: 241 RQLERELMLEDIMHLEDLPSYALLNQ 266

The following BLAST results are available for this feature:

BLAST of Spo23934.1 vs. NCBI nr
BLAST of Spo23934.1 vs. UniProtKB/TrEMBL
BLAST of Spo23934.1 vs. ExPASy Swiss-Prot
BLAST of Spo23934.1 vs. TAIR (Arabidopsis)

BLAST of Spo23934.1 vs. NCBI nr
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. NCBI nr)
Total hits: 5


Match Name	E-value	Identity	Description
gi\|731334361\|ref\|XP_010678188.1\|	2.4e-242	79.3	PREDICTED: regulation of nucle...	[more]
gi\|731334365\|ref\|XP_010678191.1\|	9.6e-236	77.9	PREDICTED: regulation of nucle...	[more]
gi\|902236590\|gb\|KNA24446.1\|	2.6e-164	92.1	hypothetical protein SOVF_0157...	[more]
gi\|567889575\|ref\|XP_006437308.1\|	3.8e-160	58.0	hypothetical protein CICLE_v10...	[more]
gi\|590640232\|ref\|XP_007029897.1\|	1.9e-159	55.6	ENTH/VHS family protein [Theob...	[more]

BLAST of Spo23934.1 vs. UniProtKB/TrEMBL
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. UniprotKB/TrEMBL)
Total hits: 5


Match Name	E-value	Identity	Description
A0A0J8CB50_BETVU	1.6e-242	79.3	Uncharacterized protein OS=Bet...	[more]
A0A0K9RY49_SPIOL	1.8e-164	92.1	Uncharacterized protein OS=Spi...	[more]
V4SRT7_9ROSI	2.7e-160	58.0	Uncharacterized protein OS=Cit...	[more]
A0A061F7B0_THECC	1.3e-159	55.6	ENTH/VHS family protein OS=The...	[more]
B9SY93_RICCO	1.7e-159	56.2	Putative uncharacterized prote...	[more]

BLAST of Spo23934.1 vs. ExPASy Swiss-Prot
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. ExPASy SwissProt)
Total hits: 5


Match Name	E-value	Identity	Description
RPR1B_MOUSE	3.6e-25	30.7	Regulation of nuclear pre-mRNA...	[more]
RPR1B_HUMAN	4.7e-25	30.7	Regulation of nuclear pre-mRNA...	[more]
ELMOA_DICDI	8.9e-24	33.1	ELMO domain-containing protein...	[more]
RPR1A_CHICK	1.7e-22	45.6	Regulation of nuclear pre-mRNA...	[more]
RPR1A_PONAB	2.9e-22	29.7	Regulation of nuclear pre-mRNA...	[more]

BLAST of Spo23934.1 vs. TAIR (Arabidopsis)
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. TAIR)
Total hits: 5


Match Name	E-value	Identity	Description
AT3G03610.1	1.3e-118	66.7	ELMO/CED-12 family protein	[more]
AT1G03620.1	1.2e-74	60.6	ELMO/CED-12 family protein	[more]
AT3G60260.1	4.5e-74	59.3	ELMO/CED-12 family protein	[more]
AT3G26990.1	1.9e-72	41.2	ENTH/VHS family protein	[more]
AT2G44770.1	1.6e-71	62.6	ELMO/CED-12 family protein	[more]

InterPro

Analysis Name: InterPro Annotations of S. oleracea
Date Performed: 2018-06-29


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR006569	CID domain	SMART	SM00582	558neu5	coord: 68..189 score: 1.0
IPR006569	CID domain	PROFILE	PS51391	CID	coord: 61..193 score: 41
IPR006816	ELMO domain	PFAM	PF04727	ELMO_CED12	coord: 747..912 score: 8.2
IPR006816	ELMO domain	PROFILE	PS51335	ELMO	coord: 762..923 score: 30
IPR006903	RNA polymerase II-binding domain	PFAM	PF04818	CTD_bind	coord: 118..177 score: 5.2
IPR008942	ENTH/VHS	GENE3D	1.25.40.90		coord: 71..199 score: 2.1
IPR008942	ENTH/VHS	unknown	SSF48464	ENTH/VHS domain	coord: 67..177 score: 6.54
None	No IPR available	unknown	Coil	Coil	coord: 311..338 score: -coord: 286..306 scor
None	No IPR available	PANTHER	PTHR12771	ENGULFMENT AND CELL MOTILITY	coord: 697..940 score: 2.0E
None	No IPR available	PANTHER	PTHR12771:SF25	SUBFAMILY NOT NAMED	coord: 697..940 score: 2.0E

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0006909	phagocytosis
biological_process	GO:0006468	protein phosphorylation
cellular_component	GO:0005856	cytoskeleton
molecular_function	GO:0005524	ATP binding
molecular_function	GO:0005515	protein binding
molecular_function	GO:0004672	protein kinase activity
molecular_function	GO:0008270	zinc ion binding

RNA-Seq Expression

Co-expression


Gene	r value	Expression
Spo19802	0.66	Barchart \| Table