Spo23103.1 (mRNA) | SpinachBase

Overview


Name	Spo23103.1
Type	mRNA
Organism	Spinacia oleracea (Spinach)
Description	MRNA, complete cds, clone: RAFL23-01-J08
Location	SpoScf_02330 : 15629 .. 36169 (+)
Sequence length	3326

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

This mRNA is a part of the following gene feature(s):


Feature Name	Unique Name	Type
Spo23103	Spo23103	gene

The following polypeptide feature(s) derives from this mRNA:


Feature Name	Unique Name	Type
Spo23103.1	Spo23103.1-protein	polypeptide

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


Feature Name	Unique Name	Type
Spo23103.1.exon.1	Spo23103.1.exon.1	exon
Spo23103.1.exon.2	Spo23103.1.exon.2	exon
Spo23103.1.exon.3	Spo23103.1.exon.3	exon
Spo23103.1.exon.4	Spo23103.1.exon.4	exon
Spo23103.1.exon.5	Spo23103.1.exon.5	exon
Spo23103.1.exon.6	Spo23103.1.exon.6	exon
Spo23103.1.exon.7	Spo23103.1.exon.7	exon
Spo23103.1.exon.8	Spo23103.1.exon.8	exon
Spo23103.1.exon.9	Spo23103.1.exon.9	exon

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


Feature Name	Unique Name	Type
Spo23103.1.utr5p.1	Spo23103.1.utr5p.1	five_prime_UTR
Spo23103.1.utr5p.2	Spo23103.1.utr5p.2	five_prime_UTR

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


Feature Name	Unique Name	Type
Spo23103.1.CDS.1	Spo23103.1.CDS.1	CDS
Spo23103.1.CDS.2	Spo23103.1.CDS.2	CDS
Spo23103.1.CDS.3	Spo23103.1.CDS.3	CDS
Spo23103.1.CDS.4	Spo23103.1.CDS.4	CDS
Spo23103.1.CDS.5	Spo23103.1.CDS.5	CDS
Spo23103.1.CDS.6	Spo23103.1.CDS.6	CDS
Spo23103.1.CDS.7	Spo23103.1.CDS.7	CDS
Spo23103.1.CDS.8	Spo23103.1.CDS.8	CDS

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


Feature Name	Unique Name	Type
Spo23103.1.utr3p.1	Spo23103.1.utr3p.1	three_prime_UTR

Homology

[Close]

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

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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

Position :

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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

Position :

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x 1


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

Position :

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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

Position :

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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

Position :

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x 1


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 mRNA is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0006486	protein glycosylation
biological_process	GO:0006810	transport
cellular_component	GO:0016021	integral component of membrane