Spo23103 (gene) | SpinachBase

Overview


Name	Spo23103
Type	gene
Organism	Spinacia oleracea (Spinach)
Description	MRNA, complete cds, clone: RAFL23-01-J08
Location	SpoScf_02330 : 15629 .. 36169 (+)

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonfive_prime_UTRpolypeptideCDSthree_prime_UTR

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

CACCACTTTGAACCTCCTGGATTCTTGCCTTCTACTTTTCTTGACAGGATTGTGATTTCACCATTTAACAAAGGCAGATAACTACGGCTTGTGTTTTTCACCTCCTGTTGTGGTGGAGGCGTTACTTCATCCCCAGAATCATCATCTTCACTTTCGAATCCCATGGCATCATCATTGTAAAGTATGGGATATTGATCTTCTTCTTCTTCTACTGGTTGTTGACTGACTTTCTTTTTCCCAAAAGCCATGTTAATTTGTAGAATATATTACAGACTTATGTAATCTGTATTACAAAGAAAGAGGAATTAGGTAGAAGCGTCTATATTGGTGTGCCTATATTGTTTATGGTTGATTCATTATATACCGTGAGAGTTGTGTAGTTTCCTTAAACCTTTGGAGTGAAATCAGTCAATCCGATCACCGGGCTTTCTTTTTTTTCCAAATCTGCCGATGATAAGAGTCCTAATTTCTTCAACTGGTTGTTTATATTATGTAAAGATTTAGGTGCAAAGATTTATTCCTTCTTTTTGTCCCCTTATTATGCGTAANATTATGTAAAGATTTAGGTGCAAAGATTTATTCCTTCTTTTTGTCCCCTTATTATGCGTAACAATGGCTTATTATGCTTAACATACAAAATAGTAATGATTTTTCCCCCTTAGACTCTGACTCTGACTTGTTTATGGGATTTTGTTATACTAATATGCAATATGCGGTTAACTTGATTGCATATAATTTGCTTTTTAAAATGATTTGCATATAATTTTAATGATTTGCGTATTACTATATTATACTATAATAAACAAAAAAGATGTATGTATAATTTAATATTTAGTAACTTCGTACACATCGGTCAATCGATATCGGTCGGTCTAACATATAATCAATCGGTTAATATCTTATTACGTAACAATTAATATAATTTGCCATGTAACGTTTCTTTTAATTATTTTGTTTCCCTTTTGTTTAATTTGATAATTAGGAATGAATATCTTTAGTTTATATTCATCTTTGAATTTAAATATTTGTTCACAATCACATTATAAATTCAAGTATACGGGGGTGGTGGTTCTTGTCGTAAGTGAGGTTTTGGTTTATGTAATGGATCCTTGGGTTTATACATACGATTCTGATGTTGAAGAGGGTGAAGAATTTGTACCCAACACCCCCCCCGTCCCTGCTTCTCCTAAAACTCCATCTCGACCTATTGTCACTGCTTCTGATGATGAGGTATTTGGTTGGGCTTCCGCCTCCAGCTTTTCGCTGTTGACGCCGCCACCAGAGTTGGTGGTGCCGGAAACTCCAAAACACAAGAGGTCCACACCTCTATCTGAGATGATAAAGAGAAGCAGAAAGAAGGCTGGCTTGTTGAACAACTTTGGTAAAAAGAAAATTCAAGTGCCTTTCAAAGAGAAAGATGAAGAGCCGCGCAACAAATATTTCGTTCCTGATTCAGAAGAGGTTGAGTTTCCTCCGGGTTATGTTCCCGGTGATGGCCATGAGATGTTAAAGTTGTTAGTTCCCTCATATTTCGGCATTGTCCGTTATTGTGCTCCGTAGTTTAACGTATTTTTCGTATAATAATAACAATAACAATAACAATAACAATAACAATAACAATAACAATAACAATAACAATAACAATAACAATAATAATAATAATCAAAGTCAATTGCCAACCACAAAAATTGCCTGAACTCCCATCATCTTCATCGAGTTCTAGGTCTTTGTCGTCCATGGTGGTCTCTTTTCAGCAACATGAAAAAACAACAAAAACTTCAATTGACGGTGGAATTCAATGCGTATCGCCTTCACAATCAAAAGCCCCAACTATCTTGTATCCCTTTCCCGTACCTTCAATCGTTGAAACTAGGGTTTTTGGTTTGGTTCTCTAAAAATAGCGAATTGGTTCGCCGGCGAACCGCGAATCGGTACGGGCGAACCGGTTCGCGGTTCGCGGAGGTTAGGAGCGAACCAGGTAACTCTGCGAGGGGACCTACAGAAAGCGCGCGCCTCCGTGCGCCTCATATCGCTTTTGTTGAAGCGCAAGGCGGCCGCCTTTCAGAATTGGAGCGACAAGGAAGAGAAGATTAAGAAAAAAGCTTAAACAATATCGGAATTTCTTCAAATTAACATCTTAGGTGGCTACAGAATTAAGTGTTAAGTGTTTATTGGCAATTGACTTTGATTATTGCATGGATTTGCTTCAATTTCGACCCTAAATCAAAGACCAGAACCCTAATTTTATAGTGAGTCAAAATTGGAGGTCATCGGTCACTTGAACTGTGACAGAGATTAACCACGAGTACTTTGGTGCCTTTGTCGCCGATCATCTCACCGTCTTGGCCATTATCGGTCATGTTTTTAAGAAGCCGACAACCAGTTCGGCTAGAGCTCTTCCTCGGTTTCTCCTTCGGGTTTCCTTCCGTATTTTATGTTGACTATAAAGTACAACTTTTTTTTTGATTTTAAAAAATAGCTATAAAGTAGTAGAGTGCAGCTACCCGTTTTTTTCTTAAATTTTTGTATACTAATTTTTTTTGGACGGGACTAAAAAATAAATTTTTATTGCTGAGTTGTCACTATCCATTGACCAGTGGGCCTTTCGATTTGTTTGTATGTTTTATTATACAATATGCACTTGCAACGATCTAAACTTTTAATTTGTACAGGTATTTTAACAACAATATTAATTTTTCTGGGCTCTTTTATTTCAAAATATACACACAAAAATAAAATAAAATTATATGTACAATGCTGAGTAGAAACAAGACGGAATATATGGAGCGTAAGTTTGGAATCTCGGGTTTCTAGGCCGAGTAGAAACAAGACGGAATATATGGAGTGTAAGTTTAGTGGAGTCCAAGATAGAGAGACGGGGGCGATTACCTTAGATGGGAAAATTGTCCAAGGCTCTGAAATGTTCCGTTATTTAGGATCTATTATCCAAAAGGATGGAGAATTGGATGGCGATGTGGCCCATAGAATCAAAGCAGGTTGGTTGAAGTGGAAAGTTGCCACGGAGTTCCTATGTGATTTCAGGCATGCCTCAAAGATTGAAGGGAAAATTTTACCGCACGGCAATTCGACCGGCTTTGTTATACGGCACAGAATGCTGGGCAGTGAAACATTGCCACGTGCAGAAGATGAATGTGGCGGAGATGCGCATGTTACGTTGGATGTGTGGACATACAAGAAAGGATCGTTTGAGGAATGAGATTATTAGGAAGAACGTAGGGGTTGCACCGATTGAGTTTAAGATGATGGAAAATCGTTTAAGATGGTTTGGACATGTAAGCAGAAGATCAAGTGATGCCCCGGTTAGGAGGATAGAAGGGTGGCAAAGTGATAGAGTTGCAAGGGCTAGGGGAAGACCTAAGAAATCTTGGAGGAAGGTGATTGAGCACGATATGAGCTTTCTTGGGATTTAGGAAAATATGGCTTTGGATAGGACAGAGTGGAGGGAGAGAATATACATTAATGACTTCATTTGATTTATACAGCTTCAATATTTCTGATGATCTCTATTTTTATTTTTAAAATTCTTTCAAATTTTTAATTTTACTTGCTATTTTGAAATGTACTTATTTTACCTATTCATTTATTATAAACTTTACTTATTTTTTATTAGCTCTTACAATATTTTATATATATATATATATATATATATAATATATATATATATATATATATATATATACACATTTTCCTCTTATTTTACTTTCATTAATTCCACTTTCTCTTCCTTATTTTTCTTATTACATCTTGCTCCTTTCTGGTTTGATTGGTGAAAATGACGATCTCCTACGACGATTCATGTTAGCCGACCCCAAATCATTTTGGGACTAAGGCTTTGTTGTTGTTGTTGTTATATGTACAATGCGCGCGCCTTGCGCTTTACGCCTAGGCTATAGGGACCCTTTGCGCTTTGGTGCGCTTTGTGCTTTTAAAATCTAAGAATCAACCAAAGGGCTACCTTATGTTTTCTTTTTAAGCTCTCTATTTTTTTGTTTGATCAAAAAAGGAATTCCACTAAAAGAGGTTGAAGAAATACAAGGGTGATAAAAAGGAAAAATAAACTCAATCTTGCGTTCTATCTAAAAGGAGCACAAGGGATCAACCTATGCATGTGAGCCCAAAATCCCAAATAGAAGCTTCATACACCACAAAATCCTATAAAGAAAATAAAGAAATTAAAGAAAACCCTGCAGCAAGGAAAAACCCATTTATGTCTCTTCATTTAGCGCATCATTCGATTAGAAAGAAAAGCCGGTTGAAATACATGCGGATGATAAACGCAAATGAATTAGAAGAGGAAATAGGGAAAGAGTCGATGGGGAGCCCAATGAATCCCAAGCAAATTATATTGCCTCTGCTTAAGAGGTTAACAATGCAAACAACAATTGATTATTGGTCTCTCTAGTAGCAAGGTATAGAGTGCATATGTGAGGATAAAGTCTTGTTTGAGCTTCCCTAAAAATAGCACCTATATGAAAGCGTCCACCACTCGACCCTCTTTAGAACTTTAGCTTCTAAATTAGGTGTAGAAAGAGGGAGGAATGCAATATTGGCTTTTTTACCCTTGGTGGTTGAGCGACGCCGACCTATAAATGCACGTGTTTGGAAAGTTGGCAGTTGTGATTATGCCCATTATGGGGATTTCAGAAGAAAGCCAATGAGAACGAAGATGACTAGGACACAATGTCTAAAAACGGATATGAAGAAAATGGGTGTTAGAAATAGAGGTGTTCATGAGCGGGTATCATGCTTTTCGGGCAATGTATAAAAAGGCTAAAGGCGCAACAAGGCGTTTGGATTTTCCAAGGCGCGGTTCAGTGCGCCTCGGTGTGCCTCATTGAAGTGAGACGCACTTAATAAAAAGTAAAAGAATGTGAAAAAATAGTGTGTGCCTCGGGAGGTGTACCTCAAGGTGCGCCTTGGTGCTCCTTGTTGCGACTTAGGTGCGCCTCATTGAAATCGTCGCCCAGCCATAACGCCTTGCACTCAAACTTCTAGGCGTGCCTTTTTATACACTGTTTTTGGGTACCCGCTTTGTCGAGTAGTGAAAAAGAGGCCCATGACCGGACCAGCAAAAGTTGGGTACCCGGCTTTCCCGGGTTGTGTCATAGGGTACCCGAATTTATTTCGCTGCATTTCCATTCTACCAAATTCTGTATCGAACTCTAAAAACATGTCAATTAAATTACCTTTCTTAGACACTAAACTTCTGCTACAATTTCTCACCAAATAACAATGAGAATCAAGTCTAAATCATTCATCTAGAGATTACCTTTTCTCTATTTTCTAATATTTTTTTTAAAAACAACAAACAACGAACCAATACTATTATTTTACAACATCCTCCAACTTAAATTCATAGTCATATAACCCATGTCATTTGACGAAGGGTCGTGGAAGATTAAAAAGAAGGAAACCAAGGATTGTTTAAGCAGCAACAACAACAACAACAGGGGGCGACGGAGCAGTACTGCTGGTGCGGTCGGCGAAGTGGTGGAGCTGACGCAATATGTGGTGACGTGATGCGGTGGATCCGATGACCTACTTTGTGAGTGAGATTGAGTTTGTGTGAGAATTGAAAGAGAAGGAGAGCAAGAAACAAGAAAAAGAGAGAGAAAGGGAGGAGGATAGGAGCTTTGTGCGGCTGGAAAATGAAGGAAATGAAAAAAAAGTTTTAAAAACCTACACTCTACCCAAGTAACCATCTCAACTTCCTTTTTTTTCTAAGAAAATAATTTTAACGGGTATCTGTTTAAGGAACAATGTCTATTTCCGATGGAGCCAAAGATTCATTTGTTCTTTTGGTTGTGAGATGTAATGGACTAAATCAAAATGACTCTTAAAACCTAATCGCTTCCTTTCCATGAAGTAGAAGATGGTCGTCCTGTTGATTTCTTGCTCTCTACCCAAGTAACCATCTCAACTTCCTTTTTTTTCTAAGAAAATAAATTTTACCGGTTCCTGTGTAAGGAACAATGTCCATTTCCGATGGAGCCAAAGATTCATTTGTTCTTTTGGTTGTGAGATGTAATGGACTAAATCAAAATGACTCTTAAAACCTAATCGCTTCCTTTCTATGAAGTAGAAGATGCTCGTCCTGTTGTCGTCCTGTTATCGCTTTTGGGTCAATTGGAAACAACCTCTCTGTAATTGCAGGGGTAAGGTTGCGTACACCCGACTCCCCCTTACCCCGCTTCTTGCGGGAGACTTTTTGAGGCAATGGGGTAATGACAATGGACCCGTTTAAGGAACAGAACGGCCCATGCCCCGATCCAGATACATTAATAAACTCCCGGTCGGGTACCCAACCTGTTTATTTTAGACAAAACAGAAAATACCCGTATAATATTTGTCGGGTCAGCGGGTCGACGGGTCGGGTAATGCGGGTCAGGTAGTTTTGAACACTCTTAGTTAGAACATCTTACGTCTCTTTTTCTTATTAGATGACACAATGCGATTTTGACACTATTCACACAAGTTCCTTAGACTTCCTTTTTGTGATTTGTATTTAAGAAAAAACATGGTCATGTGGGGTCTTATTAGATTTGTCTTAATAGATATTTTTTAAATATCAACTTTTATAATTTTTTCTTATCCGTAATTGAAGATGTTTGAAATCGTGCTTTGGTAATGTGCCTGAAAAATTGTGTCATCTAAAAAATAACGGAGGAAGTACAACAATAGATAGACGAAAAAGGGAAATTTTGTTTGGTGAATAATTACATGAGATAATATTAGGTTCATGCATTAAGGGTTTGATATTGTTGTTGTTTGTTAGAGTAACAAGTTAAGGACCGCAAGAAATCATCCAAGCTCACTCTTCTATCATGAGAATTTGACAAAGAATTCAAGATGTTTAACAAGTTAGTGAGGTCTAGCAAGTCTCTTCTAACTATGTTACAAACACCCTTGGTAGCACTCGGACAATTCTTTTGGGGCAAAATCATTAATTGTTTTCACTAAGTAGTCGAGTCGCACACTTTGACATGAGTACCGGAGTCCAAGTAACATAGCTTCTAACATGAAAATTCCATGAAATAATATCACAATCCCTCACCCAAGTGATGAAATAAGAGTATGATATTACAATTATTAGGAACACAGAGAAAAGGTACTACGGAGTATAAGGTGGTTACTCTATATTCCGAGATCTTCGCAAAAAACAAACCGCTCCCCATTTTATTTGAAGGTTAGAAGAAAATATCGTTCTTTATCTATGCAGATAAATGGTATGCGAAATTGAAGATGAAATGTAGCAAACAATACACAATTGATAAAAACATATAAAAGGAAAAATTGTGGATACTTTTTAATGGACAAAATTAAATGTTAAATCGTATAAGTTCTCAATGCCCCATGTCCTATTTGGTTCCCATCCCATATCCCAAGGCTAAAGTTTTTATCCATGTTGGATTTTTGGATTCACACTCAAGACCAACACTCATATCAGATTCTAAGGACCATAGATCAAGTGTTATGGCCTAATATTGTGTAAATCCTTTCTTAATTCTTTGATTCGTTCCCCTAGATATCCCGTTTTTCCGTTAGCGAGCTTCATATGAAGACGAAGGTCTCCCTTAGAAAGGTGAGATCTTCGCTTAGACCTTAGCTTGGGAAGGCTAAATAGTTAATACTAATGATATGGTCCAAAAGCAGCGACTGGGAATGACTATATCACCTGACATTTGCTTGGTGTATGTGTCAAATAATGAGTCGCCCTCACATGTCTTCCATCATTGTGATATGGTTCGCAACCTTTTGTAATGACTTTTTGCAGTGAAGAGTCTTTGGTCAGACCTGTGAGTAGTGGTTGCAAATTTTCTTGTTGCTTTGATGAATGCCATTATGACTATTTTGTGGTGTGTCTTGTTGGAGCAAGCAAAATGGTCTTTTTAAGGCTGTTGCTGTCCCACATGATCTACTATGGGATAAAGTAACTTTATTAGCTTCTTTATAGGCCAAGGCGGTTGAGGCTTTCCCAAATTACTCTATTTAACCCATACAAAGGAAGGCTAAGTTGTAGTTTTGATTTCCATTCTCTCTTTAGAGGACCTTGTCCTCTTGATGTACTTTAACTTTTGTTTGTGCAGTTTTAATTATATTTTTCGTCTTACAAAGAAAAAGAAGATTGTGTAGGTGTTGCATTGTAATTTGTATTGCAGCTGTAATGAGTTTATGTGCAAGTTCTCGACGAATCAATTTAAGTAAAATTATTGTGTGCCTATATTGGTATCTTCCTTTATCAGTTGCCTAATTATGTCTAATTGTCTACAAAATGGAAACATAATGAAAAATTATCATAATTCAGATTTAAGGAACTGTTTGTTTCAACTTATTTCAGCAAAAATAAATTCAGCAAAAATCAGTTTTTTTTGTCAGCAAAATAAGCTCAGATAAGTTAAGTTGTTTTAAATAAGTTCAGCTAAGTTCAATTAAGTTTATAAGAGAATGAATTTCATCTCTCTGCATGGTCATGTGTAAACTGTATATTGCATAACTGCTGTTACACTTGTACATTTTAAGGCCAAAGGTTTGAGAGAGTTATTGTTTTGGGATGTAGTGATTTACCACTGTAGTTGTATTACTTAGCTGATGTGCAACAACAACTACTTTGCGGTCTTCTAGTAGTAGGGACCTCATTAATTTCTTTTCTTTTTCATTTGTTGTTACAATTAGTCATGAGCTATATGCCTCAAGACTTCCGTGGTACCTTGATTCGACAACAAAGGGAACGCTCAGAGAGGACTAAACAAGCTGAAATCGATGCTTTGGTCAAGTCTGGAGGCAGTATACATGATCGATATGCGTTGCTGTGGAAGCAACAGATGGAAAGGTGGATATCTTAGAGTTTGTTTGTTGGTTAATTCTTTCTACCATTATTCTCTGACTTCATCAGACTATTTCTTTTTCAGGAGGCGACAGCTGGCACAGCTTGGATCTGCAACAGGTGTATATAAAACACTTGTGAAGTACCTAGTAGGAGTACCACAGGTTTGTATAATTTGCTTTTGTTTTTTGGGTTTTACTCCACTGATTTTTGGTGGTTGGAACTAGTAGAAAAGCATTTACTAGAGGCGGCACTTTTAGGTCTATTAGAGGCGTTTTAGGGTAGCTGAAAATGGCAGGTTGGCTAATGAATACGTTTTTAATTTGCCGGCGTTAAGAAAAATGCCTCAGATAACATATTCATCTTCTACGTTTTTCTAAAAAAAACGGCTTAAATAAGGTATTCATTTGCTACTTTTTTGAAGAACTCATCAAATTACCACTTTTCTCTATTTTTTTACTTGCACCATTTTCCTTTTATGGAAGTTGCATATTAGTTGCACAATTTCCTTTTATAGTATGTTTTCACATGCTTTTGGTGTGTTCACACACTAATTATCCTTACTCACATTTCACATTTACCGTTGTTACCTTACATTTTCCCTTTCTTTTGTTTGTTATCATATGGACAATTTTGATATTTATAATTTTTCTTATTTGTCATCTATGGTTTATATCAACCATGACAGTAGTGACCATTGAAACCTAAAATTACTTGATTTGCTAACTATGGTTGAAATTTACAATTAATTGAACACCCTTCTCTTTCTCCCTTGATTCTTCTCTATGAGTTCTCACAACCATGGCCATGGATCCTCTTTCCCCAACTTTTCTACCTCTCTCCAACAACGGCATCCCTCTTCTTCAACCAACCCAGATTTGAATGATTAAAACTGTCTCAACAATTTTCTAGCCACCGTTATAAAGGATTGATTTTTGACACGGCACCAATTCAGGAGGTATTGGGGTTTAGGGTTCATCCAACCAAAACCCAGGGTGTCTTTTTTCCGGCCGTCGCAAAGCGACGTTACGGTCATCGTTGTGTCATTTAGGTGTTATATCAGGTGGTTCTTGCTCTGGTTTGTTGGAGCTAGAAGCATTGTAGTTTTAAGATGATGGCAACAGTGATGAGTCCAATTAAATATATTCTTGTTTTACAAGAATAAATTTCATGGGTGATAATTACGTCAATGTGTATTGGAGAATTGACTTTGATGATGTTGCTGCTGTTGAATTACATACATTATATGACATACTAGATGGACTTTGTTGTTTTGGCTGAGCTTGATATTGTCCATGATCATGAATAAAAAAATAACTCAGTGTTTTGCAAGTATGTACTGTTGCTTTGAAGAATTATTTAATTTAAGTGATGTTTTTGAATGTAGGTATTGCTGGATTTTATTCGACAGATAAATGATGACGATGGGTATGTACTTACATCTTGGTGTACAGAAACATGATTCTAGGCTGATATTTATATTTCTGAAAACGTTTTCGATTAGAAACGTCGGAGGTTTGGGTATTAAATATGTACCACTTTAGTAAACCTCCCATTTTGCGATACCAGTTGACCCTACTTCTTTAGACCTCTACCTAATTTATAAGATTCTCTCTCAAGTCTAACAAGCCTGATCTCTGCATTGCTGGAAAGAGATCCCACACAGGAGAAAGCATTCAGTTTAGGGTTGTGGGTTTGCGTTATGTAAAAGTGGGTGTTAATGTAATAGTTCTCTTGCGTTATAAGCCAATTAGCTAACTAGTAAAAAGAAAGACGGAGAGAAGTTATAACTTGTATCAAACTGTCAACCCTTTTGTCCCCTCCCTCCTCCTCCCTCCCTTGCAATGTTTAGCACACACATCATTTTCGTTAAATAAGAACTAAAAAGTTATTTCCTATGTATAACAACTTTCATTCGATATTTTTCATATATGATAACCCAATGTAGATATAATATTGAATAAACTGCATCTTATGAATACCAGCTTTTGACCAAAATTTTATTGTCAATGCTGCAATTTGAGATATAAAAGTTTGTTATCAATGCTTCTATTTGATATTAAAAAGTTTGTTGTCATGCTGCTATTTGATGGTTATTATGTGTTTTTCTTTTTCCATGAAAATTTACAGATTCTGAGTCATCTGACCTTTCAATTTTCTAATATGTTCATCACATTTTTCTTCTTTTTTTTCCTAGTATTTTTTCTCTATGGGATGTTTGAAGCACCTTGTACTAACTTTTTTCTTTTGGTGATTGGTAATGCTGCCTTCAAACCTGCCGATAGTAGGATCAATCATGGGGTGGGGTTGTTGCAATTTATTGGCTATGGTGATTGGCTGAAGGTTTCGATTCTCAAAGCTCTTTTTAGATTGTACCCAAACTTGGTTTGACCTAGTCCATTGTTTACTGGTTACCTTTCTCTGCTCAATTATTTTTGGGATTGAAGTCAGCTGAAATTAACCTTAAGTAATTGCCTGCCTGATGTTACGACTGCTTAAATTAGTTTGCCTGCCTGATGATACGACTGCTTAAATTAGTTTTAATCTCTTTCTCCTATTTTAACTTGTGTGGTTAAGAGAAATATGAAAATGATAATCCTATTCATTTTACATTAACGTATCGTTTTTAATGTTTTCCATAACAGGCCAATGGAAGAGCAAAGGCATCGGTATGGACCACCATTGTACAGCCTTACGAAGATGGTGCTCACTATACGGCTGTTTATTTTTCTTATGTGGACACGTTTTGATGCCAGAAAAATGTGAGATATTCTTTGATTATTTCCCTTCCCCAGTTTCTGATATGATTTGTCTTAGATTATATTGCAGCCAAATTTCGTAAAGTGTGTATTCTGCATTGCTGTTAGTCTCTTTTCCTAGTAGCACAGTTCCCATCCCTGAGAACTTTTGACAATTGATCATGGCTTTACTTTTTATACAGAACAGAAAAGGAATTAGCTACTTTGGAACAAGCTGTTAACACTTATACTACTGAATTTGAGAGGTTTATAAAGTTTATGGGGTAAATCTTTTCACCATTCTTATAAAAGAATAATTGATCTCTGGATTAGATTTCACTATCTTGATGCTTTGTTGACGCATCAATTAATGGACATATCTTCTGTTGTTAGTGAGGTTTTTGCAAATTCGCCCTTCTTTATATCAGCTGATGAAGTAGGCTCCATAGATTCAAGGTGAGTTCCTCTGAAGTATTCATTTTTTTTGGGGAGGGTAGGCCAAGGCCCATTTGAAATGCTCATTATTGGTTTTCAGTTTGTTTGTTTGTCTTAATCTTGAAAAATGTTTTGATCTGTATTTGGAATTAGCAGAAATGATGATTACAAAGAAATAAGCATTCCTGCTGGGAAACTCCATGAGGTTTGTTGCAATTGCCCTTTTCAATTACCTTTTAATGTAAAGGTAGTGTTTTGTATGTGTTAATGGATTTCTGGTGGTTTGTACTCCCTCTCGTTTTTTTATAGATCTACCATTAGCCTTTTCAAGTCTTCCAATGCATAACTTGGACAATTATTAAAAGTTGATATATATTGATACCAATCTAACAAGATCTCACATGAGTACATGACTATGTCTCCTTGTATATAAACTAACAAAGATGGTAAAAGGGGTTATGTGAATAATGTCCCAAGTCAATAAACTTCATCTATTATAAATGGATGAAGTATTTGGTAAGAGGATTTCCTGCTTTGGGTTAAGGCTGTGTTCATTTGGGCCTTACCAAATCCTGGTTTCACCTCTCTATTGGTCCTGCCCGCTGTAAAAGAACTTCTTAATTAACAAAATTTGCAAGTGTAATGTCGCCTGTTGACATTATTTGGAGATTGTGCCACCATAGGACAACGTCTCTAAGTTATCTGCATCACCCCACCAGATACATGAGAAGAAAACAAAAGATAAAGAAACATATAAAATTGATGAAAGGGGAAAAAAGATGCATGCATTGACAATGGGAAACATGAATTTATTACTAACATGTCAAAAATCATACTCATGAACGAAGAAGAATTATCAAAGCAATAGCAAGGTTCATGTGAGTGTGTGTCTATGTATATAGGGTGAAGTTCTGTTGAGATTTACCCTTATGGTGTGAAAGGTTCCTGTGAGAACCCAATTTATGCTAAGAAACAAGCAAGATTTATCTGAAATAGACGACCAGCAAGGGAGAAATTAATAAAAGAAAATTTAGATAAAAGCTGGATTGAAATTTTTACTGAATGATTAGTGAAATCAATTATAAACTAAGCACACTTCCAGGGATGGATATCCTCCCAAGGAAATTTCTCTTACTACAATCAGCATAGTCCCCAGTACATTTCATCAGTTACACATCTTAGTTGCTCCTTATTTAACTTGGTAAGTAACTTCTTTGTGATTCCCCTTTTCACCTTTCCCTTCCTTGTCAGTACACATTTTCTGTATTACCTTCGGGGTATCTTCTAGAATAGGTGAGCACAATGTGATGTCTAGGTAGTTTCTTAGCATTACCCCAACCAGACTGCCACCTTGTCCTCAAAGTGGAAGGCAGTGAAAGGCAGACCTGTAAGTAATTCCACCTAACTTCAAAGTTACATTTCACTAGGACCTCGAAGGTGTTCCTGACCAAACTCTTGGATCCCCCACATCCTTCAATTGTATCCAAAAGAGTTTACATAGAAACGAGCTCCTCTATCTCTCGGTCATGGGGTGGTCTCCTCAAGTGTAAGTCTCACGCATTGTCATTAATTAAACTCGATACAAAGAGAAGATAGGCTGAAAAGGCAAGGAAAACGGCTACAAAAAGGTTCCTCATCTCTCTAAACATCTTCCTAAAAGAATTATCTTACCTTTTCCTATCTTGGACCTCGTTAATGGCTTTAGACTTTAGTAGAGTAGAAACTTGGGAAATAATTTCCATGGATAATGGTGAGTCACCCTAGCATCTTTAGGACCCCACCCATTTTGACATAAGTCGTACTTGCTTTTGATGACATTGTACCAAAGAGACCGACATTCAAGAGGAAACCCCACCATGGCCACCACCATTAATCCACCAAAGCAGTATTTTTTGAAATTCAAACCCCAACCCCAAACCAACCTCTGGATGACATACTAAATCCCAACTTACGAGATGATCTTTTCGAGCCTCCTCTGGCCAAGACCATGAGAAATCCCACTTTCAACCTCTTAATTTTATGTGCTACATCAGTGGGGATTTTAAAAAATGAAAGATAGTAGGGAGGTATCTTCTTGAACATATAAGTATAATGGGAGGTCCAGGTGGATCCTTCATTTATTAGCATCTTACCGTGAAAACTAAGGCTTTGTTGTTGTTGTTGTTGTTGTTACCGTGAGAACTACTCTTAGTTCTCGCCAGATCAACAATCATAAAATAAAATGCAACGGCTCATATTTCAAGCATTTTCCTCCTTGCCTTTGAAGAAATAAAAAAAAGCCAAAATAAGTTGCAATTAAATATCCAAAGAGTTTGTCTCTTCGTCCTCCTTCAATTAACGTTTTGGACACATAGTAAATCTTCACTTTTCCACTAAAGTCAACATTATTAAGGGATATCTCCAGAATTTTATCATCAATTTAATCCACAGTTAACCTAGTTACTTTGTAGAGTTGGAATAATGTTTGGAGAAGGGCAGGCTTGCTGGACTTTGAAAGCATGTATGTGTGAAGGCATCAAAGTTGTGATTGGACATTATGATAGCACACTGCCATGTACTTCAGGGCACATGACAATGTACTCGTGTACCCCTGCCTAGAACATTATGAGAATTTTTTCCAAACTGTCGTTTAGTATTGGTACACGATTGTGTGGACTTGTTCTCTAGAAACGCGACTTAGTTAGCCCCTCATCCTAACATAAAGTGCATTTTATATGGGGAGATAGAAATGATTTATGCAATTTAAATGTCTCTTTTAATTTTGGGGTGACTATCTATGTCTTCATATCTCATGTAATGTGTCCTCAGACTCCTCACCAATCCTTTACATCTTTGTCCTTTTCGAGTTTTCGGGCTTTCTTGATGAGGGGCGATAAGGTTTGTGTCCTTGTCGTATAAAAAGATATTCCACTAACCTAGTCAAAGTGGGAGGAGGGGGAGGTGCCTATTCCATGTTATTCTTTGAAGTACTTTATGGAAGACAATGAATATTTAACAATATATTAAGTAGTTGGATGATGAGCAGATTTGATTAAAGACGAACAATGAAGGGGATGTTCTTATTGGACTTATGATAAAGAAGTATCTCTATTCTATAAGGGAAACTCCTATTTTCATTTTAGTAAATGACCTTTTGGTGCCCCTATGGAATAGTCTATATTTGCCCTCATTCACATTTGAAATGATCACTATTCTATAAGGGAACTCCTAAGTTCATTTTAGCAATTGATCTTTTGGTGCCCCCCCAGGGAATAGACTCAAATACCCTCACTAACTTAAATGTCATTGACTTAATTTAATTTATTTATAAAAACGATTATTTAATGCAAATTTGCAATCTCTTCTTCACGCAAATTTAGCGAAAAAAGTCAAAGAAAACATCTAAAATAATACCAAAAACAAAACTTTGCAATCAATCTGACAGTTCAAGCATGCTATAATGTCTCAATTTAGGAGAGGATAATACCCATAATATGTGTAAGCCTTAATATATCAATTTAGGAGAGAATAATACCCCAAAATATATATAAACAATAATATCCCAATTTAGGAGAGAATAATACCTGAAACAGTAAAATAAAGTTAAAAAAAGTACCCCAAATTTTACATAACATCACAATCATAATTCTATTGAAGGAGAGAAAACATAAGAAGTCAAAAGAATACTAAACAATAATTCGGACTTAATACAATTGCCAAAAGTACGAAATAACTTAAAATTTCCAATAAGAATAATTTCTATTTTACACGACCTCCATTTTTTAATAGATGCATCACTTGGATTTAATTATAATATTAAATAAAATAGAAGTATTTTAAATACGCCAAACCAATCATGGATTATTGTCTTATATACCTTTCTCGACACTACTTATTAGGGCCTGAACCAAAGTTTGAAAAAATACTGTAGAATTAATCGACAATATTCATTGGAAGTTTTTTTATTAAAAATAAATAAAAAGTCAATATTCTTGTAATTCACTAAATCAACTTTTGCCATAGTTAGAGTCAAAATCTTTGGCAATTTCAGTCTTAGTTTTAAAAAGCGCGAAGCGCACAAGGGCCCTGGAGCCTAGCTGCAAAGCGAAAGGGCACGCTTTACGTAGGCGAAGCGCACCCGGAAAGAAATAATAAATTTTCAAAAGTTCATAAAAGATGGATAAAATATGGAAAGAAAAGATGAAAACAAAGAGAAATCGAAAAGATGAAAGAAAAATCCACAATCCGGCTGGAGAAATACGGCGAGAATGCTAGAGAAATCCGGCGACGGGAGAAATCGCACCAGCGTTTTCAAAACCCCCCCAAATTTTCGCTTTTTAAAATAAATAAATCACGTGATACTTTAAAAAAGAAGATAAGAGTCACGTGGCTTTATTTTTATCTAAAAAAGAAGGGTCTGCTGCGTTCTTCTCTGCGCTTCTTCGCTCCCTGTGCTTTAAGTGCGCTTTTTAAAACCAAAATTTCCAGTTCATATTTTGACATTAAAGAATATTTTTTGTAAGAAAATAGAAAGTCAAAATTTAATAGACATCCAATTATAAAATATTTTTTATTACTGAGATTATTACCGAGATAAGTAGGATGTTGTATTCTGTAATCTTATTTTGATAAATGTACGGTTACTTGGTGTAAAAAAAACGGTAGTATTGCTAACTAAATAATAAGTAAAATAAAATATGTTCACTCATACTCCATATTCAGGTAATCAGAGTCATATATATTCCGTATGTGATTCCAATTTTTATGTAAGTTTTATAGTTTATCATTCCATTCGATTACCGCCGTTGAATAACTTTCATAAAATAAGTTACATTTTTCATCAACCCTTAACATAATAAGTTATATAATAATTGTATTCTTCCTTATATGCTGTGTTTCTATGTCATATAAATAACTTATTATTTGCATCATCTTTATAAAAAAAGCAATATTACTACAAAGTATAAATATTGTATTTCATGTATAGCCAACTTATAAATATGAGATGATGATTTCTCAAGTGACTAATATATGAAGTTACAACTGATAGTTAAATTAAACAAGAGATCGAAGAACTATAACCAAACAAGAGATGAACATCAGCAAAAAAAAGGATAATCATTACAATTTTTTTTAATTTAAGTTATGGGCACGTTTTAAGTTATTGAGTAGCAAGTGATCCAATCGTAGAAGTATATTGGAAAATATGCATACATTTAAGCACGCATCATGTGTATATAAGACTTGTACATATATGAAAAAGGCCATGGAGATTAAACTTTTGATGATGCTATTTTTAAGTAGAAAAGGGAAAGTTCTGTTGTCATCTTTTCTTATTTTAGTTTGGTAATGATCAAAGGATAGCAGCATGGTTGTGTTGGGGGGTCTTAAATTGAAAGAGGATGATTTTTTGTTATATCTCTGATTTGCAGTTTATGGATGGACAATTTCTGGACTTGCGTTTTAGATTTATCTGGCTAGGTTTAACGTTGCGAGAAGGCAGGAATATGCTTTATTGTGCACATGCCAGTGTGGGCATGTAGGTTTGCAGGCCTAATAGCACTCCACTTGTATTTTATACATAATCTTTAACTCTCCTCTAAAAACCTGTCTTCAATTATTCGATTTCTTTGTTCTTTTTTTCAAGAGATTAAAATGGCAGCCTGAGTTGGCAACACCAATTACTAATATTTCAGAGATGCTTGTCTTTTGGGGGTGGGAGTGCCGGAATATAGAATAATAACATTGGAGTAAACAGCCACCAGGACATACTAAACTTATGCTTTACTAATAATCACCTTCCCTCTGTGTATTTTTAATATGACCGTCTTTATGATGAAGGATACGAAATCATCATACGAAAAAAGTTATACCTCTTGCTTTGTTTTAGGAACTATATTTATTTCTTTGACTTGAATTCTTTTGAAAATCTCTTTTTGTTGTTTAATCTCACAGTTTTTGTTTCTAGGTGGTGTTGTCAGTGGATTCGATTAACTCATATATTGCTTGGGACTTCTCGTTGGAACAAAGTAAAATGAAATTGGTACGCTCTAGGACTTTTTAATGTCTTACTGAATTTGGTTGCACGTATAGAAGATGTGCTTTTATATTTAAATTTGGTCCTGTATATAGTGTGTTGTTATTACATTCTCATGTGTTTCCATTTGTTATTATTCAGCCGTAAGTTGATAATTGCAGAAGATCTGAGTGGTTAAGTGTTAAAATCTTTTTATTTTTTTTTATATTTTTTATATTTATGATTCAAAGGTGAATTGTTTGAAAGGTTTAGGAGATGGTTCTGTTTAGTTTGCGGTGCAGCGTCTCTCTGTCTCTTTGTTATCTCCTTATTTTGCTTGGGTACCACTTATTGGTTAAGACTTAGGACTTATAAGGGTTTAGGTGTGTTGTTATTACGTCCTTTCCTTGAATTAATAACGTATATAAGTGTTAACCAATACCAAGAGGAATTGGTAGTGGATTTAATAAACCTGGTTGGCTTGACAGACTATAGTTAATCCCCTCTACTAATTAGACCCTTAACACTCTTTAAAGGTGCATCTCTAGGACTTGGTAGTGGATGTAATAAACCTGGTTGACTTGACAGACTATAGTTAATCCCCTCTACTAAATTAGACCCTTAACACTCTTTAAAGGTGCATCGCTACTTGAATGGCCTCCCTGAGTAGAAGCATGAAGCAACTGAAGTACTGTTGATTTTAAAGCATCTCTACTTGAATGGCCTCCCTGAGTAGAAGCATGAAGTCACTGAAGTATTGTTGATTTTAGAGCATCTCTGCTTGAATGGCCTCCTTGAGTAGAAGTTTGAAGCCGTTGAAGTATTGTTGATTTTAGAGCATCATCAAGACAAACCAATAGATTTCCTTTTCTTCTTATTTAATAAACCCCCCTATTAGAGTTTAGTTTAACATGCTCTTACTGCAACTTGTCTACTAACTGCTGTAATTTTCTGTAGTGCATAGCTATCTTGAATTAGCTTCCCCAAGTTGAAGTCCAAAATGAAAGACCTTAGAGAGCGCATCTGTAACCAAATTTTCACTGCCACTACGAATCTCATAATCCAATCCTGTGTGCTTAGACCACTAAGACTGGTGAAAAGAATTTGATACCAAACATGGCCTTGTGGAAATTGGTGGTTTTTACTTCTCTCCAGCAAAGAGGAGTTTTCCATGTTTAATCTTCTTGTGTTCTTTATTGTTCTTTATTATTCATGTCTATTATTCCGCATTAGTATACTAATAATTGCACGATTTGCGAGCCCCCAATCCTCACAATAGGCACTTAAATAATACAAAATGTGGTTTGCCATCTTCTTCCGCATTTTGTAAAAAATGCGTGAGAGTTGAAGGAAACTTCATGGGGAGACTCAGAGGCTCCAAGTAGTTTTGGGTTAGATATAGAATTTATCTTTTAATTCTTTCTGACAAAATGGTCCCTTTGAAAGTCTTCACTATAGAAGGGTCTTCGTAAAGAAGCATGATGAGGAGCTATTTTAAAGATGGAGTTATGAACTTCTTTAGCGTCTCTTGCGATACCATAATATCAAATTCTTGGTAGCTTAATTTTCGCTGCACCAACACCTCCATGCTGTCCTACCATGTGCACAAAGGTTGTGCACTTATCAAGCACATTGTTCATTCATCAAGGTCAACTGGTGTTCGTCGCCAATCGTCGGTTGTAGGTCAAGTTGCTGGACCGAACTAATCACAATCTCTTCTAGTCGTGTCCTCCTGTCAGCGTTGGCTTCTCACAAGAAAACTCAGATCTCATGGCACACCATTGTTGTAAATGTTCTTCACTCAGCATTGTGGCGCTATGTTACTAGGATTCAGGTACTTATATCCGACAAGGGTATGTGTCCAAGTGTCCAACTTGGCTTTGTGATTTTTTTTTATGATTTTGACCCACAATGAAGTGTCTAAGAGTCCTACTGATGCCCGAGGTTCGGGCATGGGTACTTGAGATGAAACTAAGAGTTCGAGTAATATAGTTTAACGTCTTCTTACACCAAGGATGGCAATGCATCAGACTCGGGTCGGACCCTGATCCAACTCCGACCCGAACGCAAAATACGGACCCGAACCTGAATCTGACTCCAAAATCACATAATTCGACTCCAAGTACGTTGAATTCCACAACCTCCGAATCTGACTCGAACCAAGTACTCTAGCTTTCATTCAATTTTCCTCATTTTACATATCCAGAAAAGAAAAATCATCCTAAAATATGAGAATATAGCAATCATCCATTCTTCGGAAAGAATCTCCTTAAAATCAAATACAAAGTAAAACTAATTACATTAATGCTTGTTCATATGTTGATAAATAAACTCTTAAATATTCAAATTTACTTGAAATATACATCTAATTCCCTGAATAATCGACCAGAAGTTGATTTGCATATCAAAAAATTTAATCCAACAAATGTAGTGACAAATACATAAACAAATAAATTTCTTAAATATCATCTAAAACGTTTTCACCCAAGACGAAGATTTTTTATATGGGAATTTAACTCATCTGCTTG

mRNA sequence

CACCACTTTGAACCTCCTGGATTCTTGCCTTCTACTTTTCTTGACAGGATTGTGATTTCACCATTTAACAAAGGCAGATAACTACGGCTTGTGTTTTTCACCTCCTGTTGTGGTGGAGGCGTTACTTCATCCCCAGAATCATCATCTTCACTTTCGAATCCCATGGCATCATCATTGTAAATCATGAGCTATATGCCTCAAGACTTCCGTGGTACCTTGATTCGACAACAAAGGGAACGCTCAGAGAGGACTAAACAAGCTGAAATCGATGCTTTGGTCAAGTCTGGAGGCAGTATACATGATCGATATGCGTTGCTGTGGAAGCAACAGATGGAAAGGAGGCGACAGCTGGCACAGCTTGGATCTGCAACAGGTGTATATAAAACACTTGTGAAGTACCTAGTAGGAGTACCACAGGTATTGCTGGATTTTATTCGACAGATAAATGATGACGATGGGCCAATGGAAGAGCAAAGGCATCGGTATGGACCACCATTGTACAGCCTTACGAAGATGGTGCTCACTATACGGCTGTTTATTTTTCTTATGTGGACACGTTTTGATGCCAGAAAAATAACAGAAAAGGAATTAGCTACTTTGGAACAAGCTGTTAACACTTATACTACTGAATTTGAGAGTGAGGTTTTTGCAAATTCGCCCTTCTTTATATCAGCTGATGAAGTAGGCTCCATAGATTCAAGAAATGATGATTACAAAGAAATAAGCATTCCTGCTGGGAAACTCCATGAGGTGGTGTTGTCAGTGGATTCGATTAACTCATATATTGCTTGGGACTTCTCGTTGGAACAAAGTAAAATGAAATTGGTACGCTCTAGGACTTTTTAATGTCTTACTGAATTTGGTTGCACGTATAGAAGATGTGCTTTTATATTTAAATTTGGTCCTGTATATAGTGTGTTGTTATTACATTCTCATGTGTTTCCATTTGTTATTATTCAGCCGTAAGTTGATAATTGCAGAAGATCTGAGTGGTTAAGTGTTAAAATCTTTTTATTTTTTTTTATATTTTTTATATTTATGATTCAAAGGTGAATTGTTTGAAAGGTTTAGGAGATGGTTCTGTTTAGTTTGCGGTGCAGCGTCTCTCTGTCTCTTTGTTATCTCCTTATTTTGCTTGGGTACCACTTATTGGTTAAGACTTAGGACTTATAAGGGTTTAGGTGTGTTGTTATTACGTCCTTTCCTTGAATTAATAACGTATATAAGTGTTAACCAATACCAAGAGGAATTGGTAGTGGATTTAATAAACCTGGTTGGCTTGACAGACTATAGTTAATCCCCTCTACTAATTAGACCCTTAACACTCTTTAAAGGTGCATCTCTAGGACTTGGTAGTGGATGTAATAAACCTGGTTGACTTGACAGACTATAGTTAATCCCCTCTACTAAATTAGACCCTTAACACTCTTTAAAGGTGCATCGCTACTTGAATGGCCTCCCTGAGTAGAAGCATGAAGCAACTGAAGTACTGTTGATTTTAAAGCATCTCTACTTGAATGGCCTCCCTGAGTAGAAGCATGAAGTCACTGAAGTATTGTTGATTTTAGAGCATCTCTGCTTGAATGGCCTCCTTGAGTAGAAGTTTGAAGCCGTTGAAGTATTGTTGATTTTAGAGCATCATCAAGACAAACCAATAGATTTCCTTTTCTTCTTATTTAATAAACCCCCCTATTAGAGTTTAGTTTAACATGCTCTTACTGCAACTTGTCTACTAACTGCTGTAATTTTCTGTAGTGCATAGCTATCTTGAATTAGCTTCCCCAAGTTGAAGTCCAAAATGAAAGACCTTAGAGAGCGCATCTGTAACCAAATTTTCACTGCCACTACGAATCTCATAATCCAATCCTGTGTGCTTAGACCACTAAGACTGGTGAAAAGAATTTGATACCAAACATGGCCTTGTGGAAATTGGTGGTTTTTACTTCTCTCCAGCAAAGAGGAGTTTTCCATGTTTAATCTTCTTGTGTTCTTTATTGTTCTTTATTATTCATGTCTATTATTCCGCATTAGTATACTAATAATTGCACGATTTGCGAGCCCCCAATCCTCACAATAGGCACTTAAATAATACAAAATGTGGTTTGCCATCTTCTTCCGCATTTTGTAAAAAATGCGTGAGAGTTGAAGGAAACTTCATGGGGAGACTCAGAGGCTCCAAGTAGTTTTGGGTTAGATATAGAATTTATCTTTTAATTCTTTCTGACAAAATGGTCCCTTTGAAAGTCTTCACTATAGAAGGGTCTTCGTAAAGAAGCATGATGAGGAGCTATTTTAAAGATGGAGTTATGAACTTCTTTAGCGTCTCTTGCGATACCATAATATCAAATTCTTGGTAGCTTAATTTTCGCTGCACCAACACCTCCATGCTGTCCTACCATGTGCACAAAGGTTGTGCACTTATCAAGCACATTGTTCATTCATCAAGGTCAACTGGTGTTCGTCGCCAATCGTCGGTTGTAGGTCAAGTTGCTGGACCGAACTAATCACAATCTCTTCTAGTCGTGTCCTCCTGTCAGCGTTGGCTTCTCACAAGAAAACTCAGATCTCATGGCACACCATTGTTGTAAATGTTCTTCACTCAGCATTGTGGCGCTATGTTACTAGGATTCAGGTACTTATATCCGACAAGGGTATGTGTCCAAGTGTCCAACTTGGCTTTGTGATTTTTTTTTATGATTTTGACCCACAATGAAGTGTCTAAGAGTCCTACTGATGCCCGAGGTTCGGGCATGGGTACTTGAGATGAAACTAAGAGTTCGAGTAATATAGTTTAACGTCTTCTTACACCAAGGATGGCAATGCATCAGACTCGGGTCGGACCCTGATCCAACTCCGACCCGAACGCAAAATACGGACCCGAACCTGAATCTGACTCCAAAATCACATAATTCGACTCCAAGTACGTTGAATTCCACAACCTCCGAATCTGACTCGAACCAAGTACTCTAGCTTTCATTCAATTTTCCTCATTTTACATATCCAGAAAAGAAAAATCATCCTAAAATATGAGAATATAGCAATCATCCATTCTTCGGAAAGAATCTCCTTAAAATCAAATACAAAGTAAAACTAATTACATTAATGCTTGTTCATATGTTGATAAATAAACTCTTAAATATTCAAATTTACTTGAAATATACATCTAATTCCCTGAATAATCGACCAGAAGTTGATTTGCATATCAAAAAATTTAATCCAACAAATGTAGTGACAAATACATAAACAAATAAATTTCTTAAATATCATCTAAAACGTTTTCACCCAAGACGAAGATTTTTTATATGGGAATTTAACTCATCTGCTTG

Coding sequence (CDS)

ATGAGCTATATGCCTCAAGACTTCCGTGGTACCTTGATTCGACAACAAAGGGAACGCTCAGAGAGGACTAAACAAGCTGAAATCGATGCTTTGGTCAAGTCTGGAGGCAGTATACATGATCGATATGCGTTGCTGTGGAAGCAACAGATGGAAAGGAGGCGACAGCTGGCACAGCTTGGATCTGCAACAGGTGTATATAAAACACTTGTGAAGTACCTAGTAGGAGTACCACAGGTATTGCTGGATTTTATTCGACAGATAAATGATGACGATGGGCCAATGGAAGAGCAAAGGCATCGGTATGGACCACCATTGTACAGCCTTACGAAGATGGTGCTCACTATACGGCTGTTTATTTTTCTTATGTGGACACGTTTTGATGCCAGAAAAATAACAGAAAAGGAATTAGCTACTTTGGAACAAGCTGTTAACACTTATACTACTGAATTTGAGAGTGAGGTTTTTGCAAATTCGCCCTTCTTTATATCAGCTGATGAAGTAGGCTCCATAGATTCAAGAAATGATGATTACAAAGAAATAAGCATTCCTGCTGGGAAACTCCATGAGGTGGTGTTGTCAGTGGATTCGATTAACTCATATATTGCTTGGGACTTCTCGTTGGAACAAAGTAAAATGAAATTGGTACGCTCTAGGACTTTTTAA

Protein sequence

MSYMPQDFRGTLIRQQRERSERTKQAEIDALVKSGGSIHDRYALLWKQQMERRRQLAQLGSATGVYKTLVKYLVGVPQVLLDFIRQINDDDGPMEEQRHRYGPPLYSLTKMVLTIRLFIFLMWTRFDARKITEKELATLEQAVNTYTTEFESEVFANSPFFISADEVGSIDSRNDDYKEISIPAGKLHEVVLSVDSINSYIAWDFSLEQSKMKLVRSRTF

Relationships

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


Feature Name	Unique Name	Type
Spo23103.1	Spo23103.1	mRNA

Homology

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BLAST of Spo23103.1 vs. NCBI nr
Match: gi|902169578|gb|KNA07678.1| (hypothetical protein SOVF_169670 isoform B, partial [Spinacia oleracea])

HSP 1 Score: 414.1 bits (1063), Expect = 1.600e-112
Identity = 213/220 (96.82%), Postives = 213/220 (96.82%), Query Frame = 1


		  
Query: 1   MSYMPQDFRGTLIRQQRERSERTKQAEIDALVKSGGSIHDRYALLWKQQMERRRQLAQLG 60
           MSYMPQDFRGTLIRQQRERSERTKQAEIDALVKSGGSIHDRYALLWKQQMERRRQLAQLG
Sbjct: 131 MSYMPQDFRGTLIRQQRERSERTKQAEIDALVKSGGSIHDRYALLWKQQMERRRQLAQLG 190

Query: 61  SATGVYKTLVKYLVGVPQVLLDFIRQINDDDGPMEEQRHRYGPPLYSLTKMVLTIRLFIF 120
           SATGVYKTLVKYLVGVPQVLLDFIRQINDDDGPMEEQRHRYGPPLYSLTKMVLTIRLFIF
Sbjct: 191 SATGVYKTLVKYLVGVPQVLLDFIRQINDDDGPMEEQRHRYGPPLYSLTKMVLTIRLFIF 250

Query: 121 LMWTRFDARKITEKELATLEQAVNTYTTEFE------SEVFANSPFFISADEVGSIDSRN 180
           LMWTRFDARKITEKELATLEQAVNTYTTEFE       EVFANSPFFISADEVGSIDSRN
Sbjct: 251 LMWTRFDARKITEKELATLEQAVNTYTTEFERFIKFMGEVFANSPFFISADEVGSIDSRN 310

Query: 181 DDYKEISIPAGKLHEVVLSVDSINSYIAWDFSLEQSKMKL 215
           DDYKEISIPAGKLHEVVLSVDSINSYIAWDFSLEQSKMKL
Sbjct: 311 DDYKEISIPAGKLHEVVLSVDSINSYIAWDFSLEQSKMKL 350

[Close]

BLAST of Spo23103.1 vs. NCBI nr
Match: gi|902169577|gb|KNA07677.1| (hypothetical protein SOVF_169670 isoform A, partial [Spinacia oleracea])

HSP 1 Score: 409.5 bits (1051), Expect = 3.800e-111
Identity = 213/221 (96.38%), Postives = 213/221 (96.38%), Query Frame = 1


		  
Query: 1   MSYMPQDFRGTLIRQQRERSERTKQAEIDALVKSGGSIHDRYALLWKQQMERRRQLAQLG 60
           MSYMPQDFRGTLIRQQRERSERTKQAEIDALVKSGGSIHDRYALLWKQQMERRRQLAQLG
Sbjct: 131 MSYMPQDFRGTLIRQQRERSERTKQAEIDALVKSGGSIHDRYALLWKQQMERRRQLAQLG 190

Query: 61  SATGVYKTLVKYLVGVPQVLLDFIRQINDDDGPMEEQRHRYGPPLYSLTKMVLTIRLFIF 120
           SATGVYKTLVKYLVGVPQVLLDFIRQINDDDGPMEEQRHRYGPPLYSLTKMVLTIRLFIF
Sbjct: 191 SATGVYKTLVKYLVGVPQVLLDFIRQINDDDGPMEEQRHRYGPPLYSLTKMVLTIRLFIF 250

Query: 121 LMWTRFDARKITEKELATLEQAVNTYTTEFE------SEVFANSPFFISADEVGSID-SR 180
           LMWTRFDARKITEKELATLEQAVNTYTTEFE       EVFANSPFFISADEVGSID SR
Sbjct: 251 LMWTRFDARKITEKELATLEQAVNTYTTEFERFIKFMGEVFANSPFFISADEVGSIDSSR 310

Query: 181 NDDYKEISIPAGKLHEVVLSVDSINSYIAWDFSLEQSKMKL 215
           NDDYKEISIPAGKLHEVVLSVDSINSYIAWDFSLEQSKMKL
Sbjct: 311 NDDYKEISIPAGKLHEVVLSVDSINSYIAWDFSLEQSKMKL 351

[Close]

BLAST of Spo23103.1 vs. NCBI nr
Match: gi|731325318|ref|XP_010673452.1| (PREDICTED: uncharacterized protein LOC104889827 [Beta vulgaris subsp. vulgaris])

HSP 1 Score: 370.5 bits (950), Expect = 2.000e-99
Identity = 191/220 (86.82%), Postives = 198/220 (90.00%), Query Frame = 1


		  
Query: 1   MSYMPQDFRGTLIRQQRERSERTKQAEIDALVKSGGSIHDRYALLWKQQMERRRQLAQLG 60
           MSYMPQDFRGTLIRQQRERSERTKQAEIDAL++SG SI +RYALLWKQQMERRRQLAQLG
Sbjct: 138 MSYMPQDFRGTLIRQQRERSERTKQAEIDALIQSGCSIRNRYALLWKQQMERRRQLAQLG 197

Query: 61  SATGVYKTLVKYLVGVPQVLLDFIRQINDDDGPMEEQRHRYGPPLYSLTKMVLTIRLFIF 120
           SATGVYKTLVKYLVGVPQVLLDFIRQINDDDGPMEEQR RYGPPLYSLTKMVLTIR+FIF
Sbjct: 198 SATGVYKTLVKYLVGVPQVLLDFIRQINDDDGPMEEQRQRYGPPLYSLTKMVLTIRIFIF 257

Query: 121 LMWTRFDARKITEKELATLEQAVNTYTTEFE------SEVFANSPFFISADEVGSIDSRN 180
           LMW   DA KIT  EL  LEQAVN YTTEFE       EVFANSPFFISADEVG+IDSRN
Sbjct: 258 LMWESSDANKITADELIILEQAVNIYTTEFERFIKFMGEVFANSPFFISADEVGAIDSRN 317

Query: 181 DDYKEISIPAGKLHEVVLSVDSINSYIAWDFSLEQSKMKL 215
           DDYKEI IPAG  HEVVLSVDS+NSYIAWDF+LEQSKMKL
Sbjct: 318 DDYKEIGIPAGTTHEVVLSVDSVNSYIAWDFTLEQSKMKL 357

[Close]

BLAST of Spo23103.1 vs. NCBI nr
Match: gi|920719527|gb|KOM58724.1| (hypothetical protein LR48_Vigan11g175800 [Vigna angularis])

HSP 1 Score: 340.9 bits (873), Expect = 1.700e-90
Identity = 164/215 (76.28%), Postives = 192/215 (89.30%), Query Frame = 1


		  
Query: 1   MSYMPQDFRGTLIRQQRERSERTKQAEIDALVKSGGSIHDRYALLWKQQMERRRQLAQLG 60
           M+Y+PQDFRGTL+RQQRERSER KQAE+D LV SGGSI DRYALLWKQQM+RRRQLAQLG
Sbjct: 142 MTYLPQDFRGTLLRQQRERSERNKQAEVDTLVNSGGSIRDRYALLWKQQMDRRRQLAQLG 201

Query: 61  SATGVYKTLVKYLVGVPQVLLDFIRQINDDDGPMEEQRHRYGPPLYSLTKMVLTIRLFIF 120
           SATGVYKTLVKYLVGVPQVLLDF RQINDDDGPMEEQRHRYGPPLYSLT M+L +RLF+ 
Sbjct: 202 SATGVYKTLVKYLVGVPQVLLDFTRQINDDDGPMEEQRHRYGPPLYSLTSMILYVRLFLS 261

Query: 121 LMWTRFDARKITEKELATLEQAVNTYTTEFESEVFANSPFFISADEVGSIDS-RNDDYKE 180
           + W R+D +K+  +E+A LEQA++ YTTE ESEVFAN+PFFISAD VG++++ +NDDYKE
Sbjct: 262 ISWARYDTKKLKREEIAILEQAIDVYTTELESEVFANAPFFISADVVGALEAGKNDDYKE 321

Query: 181 ISIPAGKLHEVVLSVDSINSYIAWDFSLEQSKMKL 215
           I+IPAGK +EV+LSVD +NSYIAWDFSL Q K+ +
Sbjct: 322 INIPAGKTYEVLLSVDVVNSYIAWDFSLVQGKINM 356

[Close]

BLAST of Spo23103.1 vs. NCBI nr
Match: gi|359480951|ref|XP_002264842.2| (PREDICTED: uncharacterized protein LOC100243295 isoform X1 [Vitis vinifera])

HSP 1 Score: 340.1 bits (871), Expect = 2.900e-90
Identity = 172/221 (77.83%), Postives = 193/221 (87.33%), Query Frame = 1


		  
Query: 1   MSYMPQDFRGTLIRQQRERSERTKQAEIDALVKSGGSIHDRYALLWKQQMERRRQLAQLG 60
           M+YMPQDFRGTLIRQQRERSER KQAE+D LV SGGSI DRYALLW QQMERRRQLAQLG
Sbjct: 142 MTYMPQDFRGTLIRQQRERSERNKQAEVDVLVNSGGSIQDRYALLWNQQMERRRQLAQLG 201

Query: 61  SATGVYKTLVKYLVGVPQVLLDFIRQINDDDGPMEEQRHRYGPPLYSLTKMVLTIRLFIF 120
           SATGVYKTLVKYLVGVPQVLLDFIRQ+NDD+GPMEEQR RYGPPLYSLT +VL+IRLF+F
Sbjct: 202 SATGVYKTLVKYLVGVPQVLLDFIRQLNDDEGPMEEQRQRYGPPLYSLTTLVLSIRLFLF 261

Query: 121 LMWTRFDARKITEKELATLEQAVNTYTTEFE------SEVFANSPFFISADEVGSIDSR- 180
           L W RF+ARK+T+++L  L QAV+ YT+EFE      SEVFANSPFFISA++ G I++R 
Sbjct: 262 LSWRRFEARKLTKEQLTVLGQAVDVYTSEFERFIKFISEVFANSPFFISAEDAGPIEARK 321

Query: 181 NDDYKEISIPAGKLHEVVLSVDSINSYIAWDFSLEQSKMKL 215
           ND+YKEISIPAGK HEV L V+SINSYIAWDFSL Q KM +
Sbjct: 322 NDEYKEISIPAGKTHEVSLMVESINSYIAWDFSLAQGKMNV 362

[Close]

BLAST of Spo23103.1 vs. UniProtKB/TrEMBL
Match: A0A0K9QLX3_SPIOL (Uncharacterized protein (Fragment) OS=Spinacia oleracea GN=SOVF_169670 PE=4 SV=1)

HSP 1 Score: 414.1 bits (1063), Expect = 1.100e-112
Identity = 213/220 (96.82%), Postives = 213/220 (96.82%), Query Frame = 1


		  
Query: 1   MSYMPQDFRGTLIRQQRERSERTKQAEIDALVKSGGSIHDRYALLWKQQMERRRQLAQLG 60
           MSYMPQDFRGTLIRQQRERSERTKQAEIDALVKSGGSIHDRYALLWKQQMERRRQLAQLG
Sbjct: 131 MSYMPQDFRGTLIRQQRERSERTKQAEIDALVKSGGSIHDRYALLWKQQMERRRQLAQLG 190

Query: 61  SATGVYKTLVKYLVGVPQVLLDFIRQINDDDGPMEEQRHRYGPPLYSLTKMVLTIRLFIF 120
           SATGVYKTLVKYLVGVPQVLLDFIRQINDDDGPMEEQRHRYGPPLYSLTKMVLTIRLFIF
Sbjct: 191 SATGVYKTLVKYLVGVPQVLLDFIRQINDDDGPMEEQRHRYGPPLYSLTKMVLTIRLFIF 250

Query: 121 LMWTRFDARKITEKELATLEQAVNTYTTEFE------SEVFANSPFFISADEVGSIDSRN 180
           LMWTRFDARKITEKELATLEQAVNTYTTEFE       EVFANSPFFISADEVGSIDSRN
Sbjct: 251 LMWTRFDARKITEKELATLEQAVNTYTTEFERFIKFMGEVFANSPFFISADEVGSIDSRN 310

Query: 181 DDYKEISIPAGKLHEVVLSVDSINSYIAWDFSLEQSKMKL 215
           DDYKEISIPAGKLHEVVLSVDSINSYIAWDFSLEQSKMKL
Sbjct: 311 DDYKEISIPAGKLHEVVLSVDSINSYIAWDFSLEQSKMKL 350

[Close]

BLAST of Spo23103.1 vs. UniProtKB/TrEMBL
Match: A0A0K9QKA7_SPIOL (Uncharacterized protein (Fragment) OS=Spinacia oleracea GN=SOVF_169670 PE=4 SV=1)

HSP 1 Score: 409.5 bits (1051), Expect = 2.700e-111
Identity = 213/221 (96.38%), Postives = 213/221 (96.38%), Query Frame = 1


		  
Query: 1   MSYMPQDFRGTLIRQQRERSERTKQAEIDALVKSGGSIHDRYALLWKQQMERRRQLAQLG 60
           MSYMPQDFRGTLIRQQRERSERTKQAEIDALVKSGGSIHDRYALLWKQQMERRRQLAQLG
Sbjct: 131 MSYMPQDFRGTLIRQQRERSERTKQAEIDALVKSGGSIHDRYALLWKQQMERRRQLAQLG 190

Query: 61  SATGVYKTLVKYLVGVPQVLLDFIRQINDDDGPMEEQRHRYGPPLYSLTKMVLTIRLFIF 120
           SATGVYKTLVKYLVGVPQVLLDFIRQINDDDGPMEEQRHRYGPPLYSLTKMVLTIRLFIF
Sbjct: 191 SATGVYKTLVKYLVGVPQVLLDFIRQINDDDGPMEEQRHRYGPPLYSLTKMVLTIRLFIF 250

Query: 121 LMWTRFDARKITEKELATLEQAVNTYTTEFE------SEVFANSPFFISADEVGSID-SR 180
           LMWTRFDARKITEKELATLEQAVNTYTTEFE       EVFANSPFFISADEVGSID SR
Sbjct: 251 LMWTRFDARKITEKELATLEQAVNTYTTEFERFIKFMGEVFANSPFFISADEVGSIDSSR 310

Query: 181 NDDYKEISIPAGKLHEVVLSVDSINSYIAWDFSLEQSKMKL 215
           NDDYKEISIPAGKLHEVVLSVDSINSYIAWDFSLEQSKMKL
Sbjct: 311 NDDYKEISIPAGKLHEVVLSVDSINSYIAWDFSLEQSKMKL 351

[Close]

BLAST of Spo23103.1 vs. UniProtKB/TrEMBL
Match: A0A0J8CLC7_BETVU (Uncharacterized protein OS=Beta vulgaris subsp. vulgaris GN=BVRB_4g070820 PE=4 SV=1)

HSP 1 Score: 370.5 bits (950), Expect = 1.400e-99
Identity = 191/220 (86.82%), Postives = 198/220 (90.00%), Query Frame = 1


		  
Query: 1   MSYMPQDFRGTLIRQQRERSERTKQAEIDALVKSGGSIHDRYALLWKQQMERRRQLAQLG 60
           MSYMPQDFRGTLIRQQRERSERTKQAEIDAL++SG SI +RYALLWKQQMERRRQLAQLG
Sbjct: 138 MSYMPQDFRGTLIRQQRERSERTKQAEIDALIQSGCSIRNRYALLWKQQMERRRQLAQLG 197

Query: 61  SATGVYKTLVKYLVGVPQVLLDFIRQINDDDGPMEEQRHRYGPPLYSLTKMVLTIRLFIF 120
           SATGVYKTLVKYLVGVPQVLLDFIRQINDDDGPMEEQR RYGPPLYSLTKMVLTIR+FIF
Sbjct: 198 SATGVYKTLVKYLVGVPQVLLDFIRQINDDDGPMEEQRQRYGPPLYSLTKMVLTIRIFIF 257

Query: 121 LMWTRFDARKITEKELATLEQAVNTYTTEFE------SEVFANSPFFISADEVGSIDSRN 180
           LMW   DA KIT  EL  LEQAVN YTTEFE       EVFANSPFFISADEVG+IDSRN
Sbjct: 258 LMWESSDANKITADELIILEQAVNIYTTEFERFIKFMGEVFANSPFFISADEVGAIDSRN 317

Query: 181 DDYKEISIPAGKLHEVVLSVDSINSYIAWDFSLEQSKMKL 215
           DDYKEI IPAG  HEVVLSVDS+NSYIAWDF+LEQSKMKL
Sbjct: 318 DDYKEIGIPAGTTHEVVLSVDSVNSYIAWDFTLEQSKMKL 357

[Close]

BLAST of Spo23103.1 vs. UniProtKB/TrEMBL
Match: A0A0L9VV90_PHAAN (Uncharacterized protein OS=Phaseolus angularis GN=LR48_Vigan11g175800 PE=4 SV=1)

HSP 1 Score: 340.9 bits (873), Expect = 1.200e-90
Identity = 164/215 (76.28%), Postives = 192/215 (89.30%), Query Frame = 1


		  
Query: 1   MSYMPQDFRGTLIRQQRERSERTKQAEIDALVKSGGSIHDRYALLWKQQMERRRQLAQLG 60
           M+Y+PQDFRGTL+RQQRERSER KQAE+D LV SGGSI DRYALLWKQQM+RRRQLAQLG
Sbjct: 142 MTYLPQDFRGTLLRQQRERSERNKQAEVDTLVNSGGSIRDRYALLWKQQMDRRRQLAQLG 201

Query: 61  SATGVYKTLVKYLVGVPQVLLDFIRQINDDDGPMEEQRHRYGPPLYSLTKMVLTIRLFIF 120
           SATGVYKTLVKYLVGVPQVLLDF RQINDDDGPMEEQRHRYGPPLYSLT M+L +RLF+ 
Sbjct: 202 SATGVYKTLVKYLVGVPQVLLDFTRQINDDDGPMEEQRHRYGPPLYSLTSMILYVRLFLS 261

Query: 121 LMWTRFDARKITEKELATLEQAVNTYTTEFESEVFANSPFFISADEVGSIDS-RNDDYKE 180
           + W R+D +K+  +E+A LEQA++ YTTE ESEVFAN+PFFISAD VG++++ +NDDYKE
Sbjct: 262 ISWARYDTKKLKREEIAILEQAIDVYTTELESEVFANAPFFISADVVGALEAGKNDDYKE 321

Query: 181 ISIPAGKLHEVVLSVDSINSYIAWDFSLEQSKMKL 215
           I+IPAGK +EV+LSVD +NSYIAWDFSL Q K+ +
Sbjct: 322 INIPAGKTYEVLLSVDVVNSYIAWDFSLVQGKINM 356

[Close]

BLAST of Spo23103.1 vs. UniProtKB/TrEMBL
Match: D7TKV8_VITVI (Putative uncharacterized protein OS=Vitis vinifera GN=VIT_08s0056g00110 PE=4 SV=1)

HSP 1 Score: 340.1 bits (871), Expect = 2.000e-90
Identity = 172/221 (77.83%), Postives = 193/221 (87.33%), Query Frame = 1


		  
Query: 1   MSYMPQDFRGTLIRQQRERSERTKQAEIDALVKSGGSIHDRYALLWKQQMERRRQLAQLG 60
           M+YMPQDFRGTLIRQQRERSER KQAE+D LV SGGSI DRYALLW QQMERRRQLAQLG
Sbjct: 142 MTYMPQDFRGTLIRQQRERSERNKQAEVDVLVNSGGSIQDRYALLWNQQMERRRQLAQLG 201

Query: 61  SATGVYKTLVKYLVGVPQVLLDFIRQINDDDGPMEEQRHRYGPPLYSLTKMVLTIRLFIF 120
           SATGVYKTLVKYLVGVPQVLLDFIRQ+NDD+GPMEEQR RYGPPLYSLT +VL+IRLF+F
Sbjct: 202 SATGVYKTLVKYLVGVPQVLLDFIRQLNDDEGPMEEQRQRYGPPLYSLTTLVLSIRLFLF 261

Query: 121 LMWTRFDARKITEKELATLEQAVNTYTTEFE------SEVFANSPFFISADEVGSIDSR- 180
           L W RF+ARK+T+++L  L QAV+ YT+EFE      SEVFANSPFFISA++ G I++R 
Sbjct: 262 LSWRRFEARKLTKEQLTVLGQAVDVYTSEFERFIKFISEVFANSPFFISAEDAGPIEARK 321

Query: 181 NDDYKEISIPAGKLHEVVLSVDSINSYIAWDFSLEQSKMKL 215
           ND+YKEISIPAGK HEV L V+SINSYIAWDFSL Q KM +
Sbjct: 322 NDEYKEISIPAGKTHEVSLMVESINSYIAWDFSLAQGKMNV 362

[Close]

BLAST of Spo23103.1 vs. TAIR (Arabidopsis)
Match: AT5G01010.2 (EXPRESSED IN: 23 plant structures)

HSP 1 Score: 311.6 bits (797), Expect = 3.800e-85
Identity = 158/222 (71.17%), Postives = 185/222 (83.33%), Query Frame = 1


		  
Query: 1   MSYMPQDFRGTLIRQQRERSERTKQAEIDALVKSGGSIHDRYALLWKQQMERRRQLAQLG 60
           M+YMPQDFRGTLIRQQ+ERSER KQAE+DALV SGGSI D YALLWKQQMERRRQLAQLG
Sbjct: 142 MTYMPQDFRGTLIRQQKERSERNKQAEVDALVSSGGSIRDTYALLWKQQMERRRQLAQLG 201

Query: 61  SATGVYKTLVKYLVGVPQVLLDFIRQINDDDGPMEEQRHRYGPPLYSLTKMVLTIRLFIF 120
           SATGVYKTLVKYLVGVPQVLLDFIRQINDDDGPMEEQR RYGPPLYSLTKMV+ IR+F+ 
Sbjct: 202 SATGVYKTLVKYLVGVPQVLLDFIRQINDDDGPMEEQRERYGPPLYSLTKMVIAIRVFLT 261

Query: 121 LMWTRFDARKITEKELATLEQAVNTYTTEFE------SEVFANSPFFISADEVGSIDSR- 180
           L+W R+D  K+++ ++  L +A   YT+EFE      S+VFANSPFFISAD  G + SR 
Sbjct: 262 LLWERYDTFKLSKDQMNLLSEAAIVYTSEFERFVTFISDVFANSPFFISADTAGILWSRD 321

Query: 181 NDDYKEISIPAGKLHEVVLSVDSINSYIAWDFSLEQSKMKLV 216
           N++YKEI + AG+ +E+ L V+S NSYIAWDFSL Q K+ ++
Sbjct: 322 NEEYKEIIVQAGRTYEISLMVESENSYIAWDFSLMQGKISML 363

The following BLAST results are available for this feature:

BLAST of Spo23103.1 vs. NCBI nr
BLAST of Spo23103.1 vs. UniProtKB/TrEMBL
BLAST of Spo23103.1 vs. ExPASy Swiss-Prot
BLAST of Spo23103.1 vs. TAIR (Arabidopsis)

BLAST of Spo23103.1 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\|902169578\|gb\|KNA07678.1\|	1.6e-112	96.8	hypothetical protein SOVF_1696...	[more]
gi\|902169577\|gb\|KNA07677.1\|	3.8e-111	96.3	hypothetical protein SOVF_1696...	[more]
gi\|731325318\|ref\|XP_010673452.1\|	2.0e-99	86.8	PREDICTED: uncharacterized pro...	[more]
gi\|920719527\|gb\|KOM58724.1\|	1.7e-90	76.2	hypothetical protein LR48_Viga...	[more]
gi\|359480951\|ref\|XP_002264842.2\|	2.9e-90	77.8	PREDICTED: uncharacterized pro...	[more]

BLAST of Spo23103.1 vs. UniProtKB/TrEMBL
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. UniprotKB/TrEMBL)
Total hits: 5


Match Name	E-value	Identity	Description
A0A0K9QLX3_SPIOL	1.1e-112	96.8	Uncharacterized protein (Fragm...	[more]
A0A0K9QKA7_SPIOL	2.7e-111	96.3	Uncharacterized protein (Fragm...	[more]
A0A0J8CLC7_BETVU	1.4e-99	86.8	Uncharacterized protein OS=Bet...	[more]
A0A0L9VV90_PHAAN	1.2e-90	76.2	Uncharacterized protein OS=Pha...	[more]
D7TKV8_VITVI	2.0e-90	77.8	Putative uncharacterized prote...	[more]

BLAST of Spo23103.1 vs. ExPASy Swiss-Prot
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. ExPASy SwissProt)
Total hits: 0


Match Name	E-value	Identity	Description

BLAST of Spo23103.1 vs. TAIR (Arabidopsis)
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. TAIR)
Total hits: 1


Match Name	E-value	Identity	Description
AT5G01010.2	3.8e-85	71.1	EXPRESSED IN: 23 plant structu...	[more]

InterPro

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


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	unknown	Coil	Coil	coord: 129..149 scor
None	No IPR available	PANTHER	PTHR23324	SEC14 RELATED PROTEIN	coord: 45..51 score: 1.3E-18coord: 161..209 score: 1.3
None	No IPR available	PANTHER	PTHR23324:SF45	SUBFAMILY NOT NAMED	coord: 45..51 score: 1.3E-18coord: 161..209 score: 1.3

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0006486	protein glycosylation
biological_process	GO:0010233	phloem transport
biological_process	GO:0016567	protein ubiquitination
biological_process	GO:0007131	reciprocal meiotic recombination
biological_process	GO:0033044	regulation of chromosome organization
biological_process	GO:0010090	trichome morphogenesis
biological_process	GO:0043044	ATP-dependent chromatin remodeling
biological_process	GO:0010199	organ boundary specification between lateral organs and the meristem
biological_process	GO:0040029	regulation of gene expression, epigenetic
biological_process	GO:0006810	transport
biological_process	GO:0034968	histone lysine methylation
biological_process	GO:0006554	lysine catabolic process
biological_process	GO:0052543	callose deposition in cell wall
biological_process	GO:0080165	callose deposition in phloem sieve plate
biological_process	GO:0061025	membrane fusion
biological_process	GO:0009556	microsporogenesis
biological_process	GO:0008360	regulation of cell shape
biological_process	GO:0000338	protein deneddylation
biological_process	GO:0000160	phosphorelay signal transduction system
biological_process	GO:0023014	signal transduction by protein phosphorylation
biological_process	GO:0009560	embryo sac egg cell differentiation
biological_process	GO:0006397	mRNA processing
biological_process	GO:0006265	DNA topological change
biological_process	GO:0006511	ubiquitin-dependent protein catabolic process
biological_process	GO:0055114	oxidation-reduction process
biological_process	GO:0009987	cellular process
biological_process	GO:0010467	gene expression
biological_process	GO:0032784	regulation of DNA-templated transcription, elongation
biological_process	GO:0006357	regulation of transcription by RNA polymerase II
biological_process	GO:0009965	leaf morphogenesis
biological_process	GO:0009944	polarity specification of adaxial/abaxial axis
biological_process	GO:0035281	pre-miRNA export from nucleus
biological_process	GO:0016579	protein deubiquitination
biological_process	GO:0006355	regulation of transcription, DNA-templated
biological_process	GO:0030422	production of siRNA involved in RNA interference
biological_process	GO:0051567	histone H3-K9 methylation
biological_process	GO:0030048	actin filament-based movement
biological_process	GO:0051645	Golgi localization
biological_process	GO:0008152	metabolic process
biological_process	GO:0051646	mitochondrion localization
biological_process	GO:0060151	peroxisome localization
biological_process	GO:0006606	protein import into nucleus
biological_process	GO:0006075	(1->3)-beta-D-glucan biosynthetic process
biological_process	GO:0005982	starch metabolic process
biological_process	GO:0035196	production of miRNAs involved in gene silencing by miRNA
biological_process	GO:0031048	chromatin silencing by small RNA
biological_process	GO:0006306	DNA methylation
biological_process	GO:0009630	gravitropism
biological_process	GO:0005985	sucrose metabolic process
biological_process	GO:0048364	root development
biological_process	GO:0008284	positive regulation of cell proliferation
biological_process	GO:0009910	negative regulation of flower development
biological_process	GO:0000398	mRNA splicing, via spliceosome
biological_process	GO:0006346	methylation-dependent chromatin silencing
biological_process	GO:0016572	histone phosphorylation
biological_process	GO:0009640	photomorphogenesis
biological_process	GO:0010638	positive regulation of organelle organization
biological_process	GO:0045893	positive regulation of transcription, DNA-templated
biological_process	GO:0043687	post-translational protein modification
cellular_component	GO:1990904	ribonucleoprotein complex
cellular_component	GO:0016020	membrane
cellular_component	GO:0005774	vacuolar membrane
cellular_component	GO:0005737	cytoplasm
cellular_component	GO:0016459	myosin complex
cellular_component	GO:0016021	integral component of membrane
cellular_component	GO:0019013	viral nucleocapsid
cellular_component	GO:0005634	nucleus
cellular_component	GO:0009365	protein histidine kinase complex
cellular_component	GO:0005829	cytosol
cellular_component	GO:0000785	chromatin
cellular_component	GO:0000148	1,3-beta-D-glucan synthase complex
molecular_function	GO:0003843	1,3-beta-D-glucan synthase activity
molecular_function	GO:0003677	DNA binding
molecular_function	GO:0004386	helicase activity
molecular_function	GO:0016740	transferase activity
molecular_function	GO:0042393	histone binding
molecular_function	GO:0005488	binding
molecular_function	GO:0018024	histone-lysine N-methyltransferase activity
molecular_function	GO:0008270	zinc ion binding
molecular_function	GO:0003824	catalytic activity
molecular_function	GO:0036459	thiol-dependent ubiquitinyl hydrolase activity
molecular_function	GO:0000155	phosphorelay sensor kinase activity
molecular_function	GO:0003690	double-stranded DNA binding
molecular_function	GO:0008234	cysteine-type peptidase activity
molecular_function	GO:0003779	actin binding
molecular_function	GO:0008026	ATP-dependent helicase activity
molecular_function	GO:0005515	protein binding
molecular_function	GO:0003774	motor activity
molecular_function	GO:0000166	nucleotide binding
molecular_function	GO:0003682	chromatin binding
molecular_function	GO:0005524	ATP binding
molecular_function	GO:0005516	calmodulin binding
molecular_function	GO:0003676	nucleic acid binding

RNA-Seq Expression

Co-expression


Gene	r value	Expression
Spo05181	0.74	Barchart \| Table
Spo07876	0.73	Barchart \| Table
Spo24629	0.71	Barchart \| Table
Spo22598	0.71	Barchart \| Table
Spo07696	0.69	Barchart \| Table
Spo05286	0.69	Barchart \| Table
Spo12415	0.68	Barchart \| Table
Spo08779	0.67	Barchart \| Table
Spo08342	0.67	Barchart \| Table
Spo09618	0.67	Barchart \| Table
Spo23066	0.67	Barchart \| Table
Spo24089	0.67	Barchart \| Table
Spo01102	0.66	Barchart \| Table
Spo01587	0.66	Barchart \| Table
Spo09365	0.66	Barchart \| Table
Spo09810	0.66	Barchart \| Table
Spo14106	0.66	Barchart \| Table
Spo17914	0.66	Barchart \| Table
Spo21171	0.66	Barchart \| Table
Spo21673	0.66	Barchart \| Table
Spo24424	0.66	Barchart \| Table
Spo27357	0.66	Barchart \| Table
Spo18796	0.65	Barchart \| Table
Spo17190	0.65	Barchart \| Table
Spo20017	0.65	Barchart \| Table
Spo25161	0.65	Barchart \| Table
Spo12362	0.65	Barchart \| Table
Spo19433	0.65	Barchart \| Table