Spo00502.1 (mRNA) | SpinachBase

Overview


Name	Spo00502.1
Type	mRNA
Organism	Spinacia oleracea (Spinach)
Description	(Xaa-pro dipeptidase, putative) (3.4.13.9)
Location	Super_scaffold_143 : 84144 .. 117734 (-)
Sequence length	3654

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: five_prime_UTRexonpolypeptideCDSthree_prime_UTR

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

CAACGAGGCTAGAAAGTTTGCAAAACACACTACCCCCCTTAAACCGTCTTGCTAATGGCGGAAGCTAAAGAGGCCATTCCAATGGCGACTGCAGAAGTACCACGCTCCTCTCTCACTCCTCTTGAAGTTCCAATGCAACTTCACGAAATCAATCGCCAAAAGCTCGTCAAATATCTTCAACAACACCTCACTGATTCTGGTCGCCCAATTCAAGGCATCGTTCTCCTTCAGGTAAATCAATCAATCATCTATTCAATTTAATTCCTCTATTTTTATGTTAATTTGTGTTTTTTTGTATCGAATTACTCAAATATTTCATGCAATTCTTTCGATTGTGTTTGTTATTAGGGTGGAGAAGAGAAGAATCGTTATTGCACCGATCATACCGAACTTTTCCGGTTAGTTTTCTGATTTTGATCACAGATTGAATCATGTTAATTTGAAATTGTGTTTAATGTACAGTATAAACTATGAACCTATGAAGATAAACTTTTTGATTTATGTTACATACTTGCAATCAGTTCCATGTTACCTGGACTCGGGTACCCATGTCGGACACGGATACGTGGCCAAGTGTCCGACACGGCTAATTTGTGAAAAGATTGCATGATTTTGGTCTAAATTGAAATGTCCAAGTGTTCATACCCTCGTACGAGTGTCGTGGATTCAACACGGGTGTTTGAGGTAAAATGAAGAGGCTGGGTAACGGATTGCGTGTGGTGCTGCAACTTCTCCTAGAGGATAAATTAAATCTAAAAATCTTGTCTATATGAAATTATGAATAGGAAATATTGGAAATTAATGTCACAAAGTTTTCGTTTTGAGATCAATACTGTCAATGTGTAGCCTGTAGGTTGTCATAGAGTTTTTGGTTGATTAGTATTGGAGTATTGGTTTTTATTTTGTTTTGTATGATGCATATCTGAATCTGCTGTATTTTAGAAACTTGTAGGCGTAGACCAGAAACATGTCAATCTTACAAGCTGTTGGCTTTCTACCTATTAGCGTAGTCGAAGGGAAAATTAGGAACTCACTGTACAATTATAGTTGTGCATTTTGATAATTAGCTTCTTGGCAAAAAACCCATCTAGGTGATGTGGCTCAAGGTCGTCTTGAGGGAGATATAATGCGAACAAAGAATTTACAGCTTAAGTTTGTACTTCTCATACCAAATGCCATAAAAAAAAAAGACCTAAAGAAGCACTTACTAGTTATGATGAAAATTTGATCAATAATGTCGTATCCATACTTCCATTGCAAGAGTCTGTAACTCTATATTAACTCAAGAGTAATTTTCTGCTCCTGAAGATGAACTTACCAGTCGGTAACTTTAACTTGAATAATGTGGCCCTTATTGTAAAGGGAGCGAGCCAACAAAATACTAAGTAAAAATCAAAGACGGTGCAAACGAAGGACCTTATTGTATGTTAACAAGTATACCTACAGTAGACAGGCACATAAAAGAAAAATAGATGTCTCCACTCTTGAAGTATGGTGGAAAGACTGATTTATAATCTTTTTCAGTTTCAATCCAACTTGGGAATATGTTACTTCTGCATTTTTTGACTTTTACAGTTATACCAATAACCGTAATTAAGTTTTTCCCGCCTGCTGCTCAATGTTTAAATGTTTATTTCACTTGATGAAATCTTGGGTTCTCTTAAAGGGTAAGATATTGAGTATTTGTTATAGCGCCTCAATTGCGAAAGGCCGAAAGCAAAACTTTATCACCTGCTGGTTTTTCTCTTAAAAATAGCAACTTATTTATGTGTTTTTTATGGGCCGTTTGGATCATATACATGTATATGGTTCTGTTTTCAATACATCTATATTAACAATTTGATTGTGCTGAGCTTAGGTTATGTGCTATGGCCCTTAATATTCAAGAGAGATGCTCACTTAGAGTATAAAACTTGATTCATTTAGAGTATACAATGTTCCTTTGCATCCTTGTATTTTATACATCCAAATATATTAGAAGTTTTGTTCAGATTCTAGATGCTAAATTGGTGTTGTTTACTTGTGTTCAATAGGCAGGAGAGTTATTTTGCTTACTTATTTGGAGTGAGGGAGCCAAGTTTCTACGGAGCTGTTGTAAGTTTTTCTCTCTATTCTCTCCTTCCTATTCCTTCTTCCGTACCCCCTCTTACTTCGTAAAGGTAACAACAAAACCTAATCAAATGTCTCGTCAAGTATTAAAGAAAGATCGACAGTGCAAACAACCAAGAACAAGTGCGTCAATCCTACTTAGGTGTAGGACTCATTAGGCTAGATTTTTTATGTTTAGACTGTGGAAGTCCGATAGTTTAGGACTCTAGGAATACAATAGTTTTATGCTTCTAGGAGTTTGTAAAATGTTTGAATAAATAAATGGCAATAGCTAGATTTATATTCCTAGCAAGTGTTTTGACCCACGCATGTTCGTTACAATTATATCCAATTTTATGATAATGATCTCTTGAATTAATTAAAATTAACTAGATCTTACTTTGCTTTAATATAATTTTTAACACGAAGCTAATGATGTAAAGCTTATAAGATGTTTATTGGAAAATATAATTTATTTTATGCATACATAGTAGTTTATTGAAACTAAAACTCTAAATACACATATTTATATAGATACAAAATCAATAAAATTCACACATCTTATTTGCACGATTGCTTTTGTTGTAGTCATATGAGGCACGAAACTTACAAAAATTTGGAATGCCAAGTGTCAATATCTCGGTAGTATTACAAGTTTTAATTACAGGGGATTACTAAGTTGGTTTTTATAAGAATCAAATTCTTTTATTAGTACATATTTGAGTTGAAGTAGGAGGATTATTAAGTAGTGTTTTAATTAGAAGCGAATTCTTTTGTTAGTTGGAATAAATGTTTTTGTCTGATACTCGATCTTACTAAATAGGCGTGTAGCAAAGTTGTAGTTGTCGACTTCATTTCTTAGTGTCGTAGTGCATGGAAATTCACTTGAACAATGCTATTATTATGAGCTAAGAATTACGATGTACTAAACCTATCATTAATTGGTGTATGTCCTCAGGATTCTCATCCTTGGACAAGGCAAAGCAAGTCAACGTATGCTCGTCCCAATTACAAATTAGCTCCTAATTAGGACAAATTATGCCATTAGTAAATATCACACTAGACACAAAGTTTCCATTCGCTACAAGAATAGGATGTTATGCGTGGCATATGGTTGAACACATCAAAATAGTTTGATTAAATCCATGGTTAACTTTGGTAATTATGGGATGAAAGAACAAACATGATACAATATCATGTAAATAAACTGAATCATAGAAGAATTTCTTTAGTGAGCGAAATCAGGGTGGGGAGAAATAGAGAGTTTGGGAGAGAGAATGATGCGGAAGCATTTGTAGTTTTAGTTTAATTTTTATTTTAGAGTTGGATTACATGTTTTTGGCATTAGGAGTTGTTTAATTACGTATTATTAGTTTACTTTCCAAGTTATATTAGGGTTAAGAATTCTAGATTGTTCTATTAGGGTTTGTTAGGTTGTTTTCCTTCTCCTATAAAAGCACACAACTACATATGATAAAAAAAAAAGTTTTTTTGATTAATTTGATGAGCGTATGCTATCTAGGTTTAGGAAGTTAAACCAAACACACAACTGCGACTTGTGCCTCCCTCAAAAGTGCGAATTTTGAGTTACCTATTCACGCTCGTAGACTAAATCATATTACATATGCAAAATCATATTACTTTGCGATTTTCATATGCTATACTTAAACTATCAAAGTTTGCATCTATGTGGTTTGAACGGACGCAAACCGAGAGAGCTCGATTAAACAAAGCAGAGATTAGTACTTGGACTGCCCTTAAGACCAAGATGCGTAAACGGTTTGTCCCAAGAACTTACAAACAAGACCTGTACATGAAGCTCAACTCTTTGGAGCAAAACCATCTTTCAGTCGAACAATACATCAAGGAGTTTGTCATTGGCTTGTGAGTGCAAGGATGAGGATGAGCAAAAGGCAGCAAAATTCTTGATTGGATTAAAAAACGCTATTGCAAATCAGGTGGAACTGCAACATTTTTACTCGTTTGACGAGGCTTGTCAGTTGGCTATTAAGGTAGAAAGACAACTCGCAGAAGCTAAAGCTAAGACCCCTCGATCTCCTTTTACCCCTATAGCTGAAAATTCAAGGCCTTGGGATACTCCAGTTTCACTCGGGAAAGGTTCGAATTCTACTCCACCACCACCTACGAGTGAACCGAGTTCAAAAAAACATATGAACTTGACTCCCGGACAAGCAACAATGAGAGAAAAGCAATGTTTCAAGTGTTAGGGGCATGGACATATTGCTAGGCAATGTCCAAACATGATGTTAGACTGTTAGTTACTTTAGAAGATCACCAAGCATTGTTAATGGCGCAACAAGAGGAGAAAGAAGGAGAAGCTCGTGTTCTTGCCTCGAATACTAATTCACGTTTTGAGTTCAAGGAGATAGAAAATAAATTATTTTCGACCAATGTGGTGCAACCTATGGATGAGGAAGTTAAAAGTTTGGGTATTTTGAGAAAAATCTTACATATGGGAGCTTCACTTGTTGAGGAGAATGGGCAACGTGAGAACTTATTCCACACTCGTTGTTTGGTCAATGGTAAGGTATGCTCGTTGATTGTGGATAGTGGTTCGTGTACTAATGCCGTAGCTAGCAAGGTGACAAAGGAGTTAGGGCTACAAACTCGTGAGCATGTTCGTCCTTACAAGCTGAATTGGTTAAATGAAGATGGTGGGATTCGGGTCACTAAGCAGGCTTTGGTTAGTTTCAAGTTGGGCGAGTACATAGACGAGATATGGTGCGATGTGCTTCCCATGACAACTTGTAATATTCTGTTGGGTCGTCCGTGGCAATACGATCGAGAAGTACTTCACCATGGAAAGGATAATATCTACTCGGTCAAGATCGGTGATAGTCGATTTAGCTTGGCTCCATTACCTCCAAAAATGGCACCCCTTGCTACAGATGATCGTATGAATGTGTGCGTCACAGATTTGCGTGAAGCCATTGTGCACAACAAAAAGGAAAGACGAGCTAATGTGTTGAACGTTTGGAAGACACCACCTTTTGATGTGGGCGACTATGTTTTCTTAAGTTTGAACGCGCAACAAGTGTTCAATAATTCCAAAGGGAAAACTGAAGCTATTGAGAATGGTCCTTTTAAGGTGGTGCACCGTGAGAACTACGACACTTTTCAGATTCTATTGGGCCAAGGTGTATGTGCTTCTATGAAGGCTTGTGATCTAGTTCCGTGCAACTTGTAAGGAACTTGAGGGCAAGTTCGTTTTCAAGACGGGGAGTATGATACGGAAGCATTCGTAGTTTTAGTTTAATTTTTTTTTTAGAGTTGGATTACATGTTTTTGGCGTATAGGAGTTGTTTTAATTACGTATTATTAGTTTATTTTCCAAGTTATATTAGGGTTAAGAATTCTAGATTGTTCTATTAGGGTTTGTTAGGTTGTTTTCCTTCTCCTATAAAAGCACACAACTACATATAATTAAAAAAAAAAATGTTTTTTTGATTAATTTGAGGAGCGTATGCTATCTAGGTTTAGGAAGTTAAACCAAACACACAACTCCGACTTGTGCGTCCCTCAAAACTCCGACTTTTGAGTTACCTATTCACGCTCGTAGTCTAAATCATATTACATACTCAAAATTCATGTTTAGATCCACATCAGAGAAAGTATTAGTGATATATCGAATTAATTATTATCATTACAAGTTAATCCTTTTATATGGCAGTAAATAATTAAAATTAAATGAATATCATGTAAAGAAACTGAATCATAGAAGAATTTCTTCCATTAGTGAGCGAAATCAGGGTATAAAGGGGAGAGATAGAGAGTTTGGGAAAGAGAAAGTATTTGTGATATATCGAGTTAATTATTATCATTACAAGCTAATCCTTTTATATGGCAGTAAATAATTTAAATTAAATGCTGAAATACAGGAAGGTTGTTATGACAACTTGATCAGCATGTTAAACTGGGATGAGGGAAGTTAATGTTGTGTAGGTAAATATGTCAGCTCAATTTACCCTTCTCCCTTGTGAAATATGGAAGGCTAACAATTATCACAATGTAGCATCACGAGCTTCAAATTCAAAACTCTAATTTCATTCAAAAAAATTCTGACCATCCAAATAGCTTCAGATGCTGCAGGAGCCATATCTCTCTATTCTGCCTCAGAGTTGTTTCTTGCTTTTCCAACTAATCGGAGAGTTCCCCAATAAAAGAACATAGCCTGATATGAACCTGACATGAACCTCATATGAATTGGCTGAGTGTCTTGTCTACACCGTATAAGAGAGATCGGATCGAGTGTTTGTTAAGAAATTATGTTTTCCTACCAAAAATGTGTTACCAAACATGTGCAGTAAGTAGCATTGCATTTGCTGAAGACCAGTGTATAAAAAGGCGCGCCTAGGCTCTGAGGCGCAAGGCGATTGGAGCCAGCGCCTTTTATTGTCTGGACGAGGCGATTTCGATGGGGCGCACCTAAGGCGCAAAAAGGCGCACTTTGAGGCGCAAAAAGGCGCAAAAAAGGCGCACCTACTAAGGCACACACCAATTTTCACTTTTTTTTTAAACTTTTTATTAGGGTGCTTCACTTCAATGAGGCGCACCGAGGCACACCGAGGCGCGCCTAAGGCGCTAAGAACTCCAAATCGCCTTGTTGCGCCTTGAGCCTTTTTATATATTGCTGAAGACCATGGTGCATCTCTACGTAATTGTGGAAACACATATATTGTATAGGTTGCTAGAGATATGTAATAGACTTGATATCCTACAATGTCCATCAACAACCTTGATTTTAAAGGAACTACAATGTCAACCAACAACCTTGATTTTAAAGGAAATTGTGAATCTACGTGTAAATATATGTATGGTATACATATTTTTAATACTTATTGTATTCATTATTTAACCAATAGAATCCAAATGATAACATGTAATTTAATTTTTGTTACGTCCGAGAAACAGCTGGGAAATTACGATTTTTGATAACCCAAATAATATATATTATATAGTACTCGTTTTCTAAATGGTGCTAAGAAATTCCATTTTGGTACATTTTCAAAAGTGATTAACAAGTTTGATTTATTCTACTTTTGGTATATCTCTTTCTTACTCAAAACACCTTATCAACCATCTTTGTACACTCACCCAATGCTCTCTCCTCCTTTCTCTTATTTTATTCATCTTTTTCTTATATTCACTCACCACACCAACACTCTGTCTCATTTGTCTTAATATTTGTGCAAATAGTAAACATTAACGTTTAATGGAAACGGAGCTAGTAGAATATTGTTATGTGTTGGCCTCTTGACGCTAGTCGAACACGCAAGAAGAGAATTTTGGGGCAAATGAAGAAGTGGAGTGCTTAAGCAGAGTACGTGTATTGTTTGGAAAAATGCTTACAAATGTTTGATGTTATATACAAATGAACCTCTAAGCCTATTTATTGGAAGGGCTTTAATTCTAGAACCTCCTCCCTAACTAGTGGCTAGGAAAATATACACATGGCACTCACATGTATGCATCCTACATTCTTTTAAATAATTACAACTCACAAGATATTTACAAGGGTATAGTAGAACTCTTCAAACAAATGGAACTCACATGTATGCATCCTATATTCTTTGACATAATTACAAATCACAAGATATTTACAAGGGTATACTAGAATCTTCACAGTTCACACTAGAAGGTTATCCTGGTCCAATAGAGCCTAGAAGCTTCTCCTTAATGCCCCATGCGTCCTTGCGTTTGGCCCATCAGATAGGGGCCCTTGTATCCCTCTCGGCTTATCTAGTCGCATCTTTATATTTATGTCATTTTTATTTATCTCGGGCATGAAAATTTTAAGAAGGGTTTTTATGGGCATCATTAGATTCGCACACTTAACGATGCTCGGTAGGCTAAGAAATGTATCACGATATAAAGGTACACTAAGCACATAAAGAGGCCTAGGCCAATGGCTTGCGGGCCCTAAGTAGGGATGGTGTAAATTTATCATGATATAAAGGCATCATACTGAATTGTGGACTATTAGTCTGAATTGCTATTCATCTAAGGGACAATTTTCTTGACATTACTTCATCGTTAAGGCCATGAGGTGTGGTGGTGGTTTAGTCGGCAGATGATGTTGTGCATGGTTATGGTCAATTAGATGAAGCTGCTGGCAGTTCTGTAGTAGCAGTAATTCAATTAGTAATGCATTCACGATATGACTGCAAAGTAGTCCCAGAAAACTTAGCTAAATTGGCAGAAGAGCAAACTGGTTCACTAATAGATGGAGAAAGATGCCTCCACATCAATTTCATTTTTATATTTATTATTTTGAGACACTTATGTTTGTACTTTCTATATGAAATAATAAACTCTTGGATGGTATCCTAAATAAAGATAGTAAACCACTCCCATAGTTACCTGTTAGTTCGTTGAGCTTTGAAATTCAATTTGACCAATTTGTTGTGTGCACACTCTTTTCTGGATCAAATTCCAGTCAACATGATTCTTCTTTTGTTTTTGGCCTTCATTTACTTTTATTGGTAGACAATGTGACAGGATGTCACTTTTGTTTTTTTGTTTTTTTTTTCTTGAACTAGCATCCTTCGCTTTTCACAATGTTTATTATCTTGACTATTTTAATCATATACATTTGTTCAGATTTGCTTGTGAATGCTTTTTTTTTCTTTGTTTCGTTTTCCTTTGTAACTCATAACGGGATAGTTCAGTTAGCTTTTGTGTTGATGCTAATACTTGGACCATAATTTACTGTCAAGGATATTGCCACAGGGAAATCTATCCTGTTTGCTCCACATCTCCCAGCAGAATACGCTGTTTGGATGGGGCAGATAAAACCACTGTCACATTATACGGTCAGAGCAGATTATTTTACCATTCGATTCCACTGTTAGTATTTATTATACTTTTCTTTGCTCATATCTTTTCGGGGTTCGCACTTTGCAGGAAAGGTATATGGTTAACATGGTCTGTTATGTGGATGAGATGGAAGAAGTTTTGCTCAATCTATACAAAGGAGAAGATAAACCTTTGCTGTTTCTATTGCATGGGCTTAATACAGACAGTGGCAATTTCTCAAAACCAGCAGAATTTAAGGTGTCTACTAGTATTTGTTCTTGTTAATGATTATTGTCGTTGTTTTACAATACCAACTACGGTCAAAGCTACATATATAGACCTGGTCAAGAATTATACATGAATAACCCAGATGTTTTGAAATATTCTACAGTGGTTGACTTAGAGTTTCACCACCAATATTATCAGTACACTCTTGGTGATAGCCCTTAAATAAATGAAATTTAATAGTTCAAGTCATGGTTGATTCAGTAAAAGTAGACCAAACTCTCATGTCACTGAAATAATCACATGCGGAGAGTTTAAAGAAAGACATAGTTGCAAATTTCAAGTGACTAACAACCACACCAACAAAAGAACAAGAAATGTTTATTTGGAGGAATTTTCGGACTAAACAAGGATTTTGGATGATTTCATCATTTTTCTTTTAGAATTTGACAACACCAAATAGCTCTGATACAAGTAAATACAAACATTAGACGTATGCATTACATTATGATACATAAAACGGGTATGGGAAATCACTACCTAGTTTTGTTAAACAAGTCCACAATCGTACCATTTTACCATGTACCACATACCAAATCTCGTGTTCCAGATTATGATTTTCTTTATTTTTTGGTTGGGTGGGGTGGTGGGTGTCCTCCGGACAACTGACACAGGGTTAGGATCAGCCCCTTTTAAAGTTTGCATTATCACAAATGTCTTTCAAATCATCATTGTTATTTGGTCTTGTATGATGCTGAAACTGATCTGTAATTTTTTTGTAAATCAGAATTTTATATTTTGACTAGTTCATATGCTAGCAAATCGTTGACAGATACATTTTTTTACTTGTCAGGGTATTGAGAATTTCAAAACAGATTTGAGTACATTGCATCCTATACTGACCGAGTGTCGTGTTATAAAGTCAAAGTTGGAGCTCGACGTTATCCAATATGCAACTGATATAAGCTCAGAGGCTCATGTTGAGGTATTATTTAATGTTTATCATAAATATACATCTTTTGTCTCTAAAAGCTACCTCATTTTTGTTAACTCTCTGGATGGAACCTTTGAACCTTCGAAAAAAATAAATTTCATTGAATATAATCTAAGATAAGAACATATGAAGCCTTAGATGTGTGAACAGATTGGCAGATTTTTTGTCTCAAGGAGCATAACGAGAACTTGATGCTCTAAGCAATTAGTCTTTTTTTGGTATCTTCAGTCGGTTGTTATACTTCAAACATTGGGATAATGGGGCATGTACCTTCACCTACTCAGACAACGGAAGGATGTACTGTGGATGTCAACTTTTGGGACATTGAAGACAAGTTGGGAGGTTATATACATTCAAGTTAGCATTGCAAAGCTCTGTTTTTTTTTTGTTTTTTTATATCATAGATGGGTTTGTTACATGATAATAATTGAGAGTAGGTGCTGATCAAAGTCTGATTACGGCGTTGGATAGATTTTTCTTCATGAGTTGATGCTCCTCTTTTTAAATTGATTGGTTTGAGTGCAAAGGTTTAGTACAAAATGGCTACGATGGACTGGTGGTGCTGTATGGGTAAAGGAAATAGTGTTTAAGTCAAGATATCGAGAAAAGCAGAAGAAACAGGTTGGATAGTGTAATAGACTTATATTTGGTGATAGAAGCTAAGAGAAAAAGATTGACATGTAGTTGATAACCTAGAAAATAGATGTACTGGACAGAAGATTAATATTTGGAAGACAGAAAATTCGTGGAAATGGATATTTGATTGTAATGTGCTGCAATTAAATACTCAACAACAGTGTTACAGTCTCAGATCTTCGAGTGGCTGGATACCCCAACTACCAAAAGACAATAAAATAAAGCGAGTCAATTCTCTGATTACTTTATTTCTAATCTCCGCTTTATATAACATTTCTGACTTCCTTTCCTCTCTCACTATATTCTTACCAGCAAGTAGGACTATATAGAAATCAGGAGGAAACTCAAGCAAGCGAGGACTTTGTGCATCACTAGCTTTACTGGACATGGTAGTAGTTTTAAGTAAAAGTTAGTTATGGTGCAATTGAAGTTGAATATTATGACTTTTCCAGACCATATCTGACAGTACACATCAAGACTGCTAGCCGTTTCTTCTCCTCTTTTTCTTGGAGATTCTGTTCGGCGCGTTTATTTGTCAGTGATTGTTTGCCTTTGTTGAGATTTTGAAACATTTCTGTTACTTGAAATTATTGGTTGTGTTTTCTGTGATGGGGCATGCGCAATTCTCTGTTACATACATATTTCAATTTCAAACGCAAACATGTTGCTTTAAAATATTTCCTTGCCCATCCCCAATCCATATGCAATCACACAATGGAACTGTAACATCCATTTTAACCAATGCCTGGGTTATTTTTCTTTTCTTTTCCATTGCTTTTTCTTGCTTTAGATCAATGTAATTTGCTTGTCAACTAATAGGCTTGAACCCCAGGAATTCAGGCAAACTTATCTATTATGCTTTTGTCATTTTACTGGATAGATTATATCTTCTCATTATTCATCTACGGAGCAAATATCCTGTACTTTTATCGGTAGTAATATTTATACGAGAATGTTTGGCTGACAGGTAATGAGAAATACAAAAGTGGGCATGAAAGAATATCAATTGGAGAGCATGTTTCTCCATCACACCTATATGTATGGTGGATGTAGGCATTGCTCATACACATGTATTTGTGCCACAGGTGATAATAGGTATGGTTTTCGTTTGTCTTTACTTTATTTTTGCTAGGGATAAAACATTGAGTTATTTAACTGTTTTCCTATTACGGGGTTCATACTTTTTCCCGCATGAGTTTGGGAGTTGGCACTGTGTTGCACCATTGTTATCGTAATTTACTTTGCTGCTGTAATGCACCCCATTTCCCTCAACACTCAGCCCAAAGAAATTGCATTAAAAAAAATGAAAATAGATGTTGAGTTTATTTCCTAATGAAGGCAGAAGTGTTTCAAAAATGTACTTTTTGTTAAAAAAAATCACTCAAGTGTGGTATATCTTCCTGCAGTTCTGTTCTCCACTATGGGCATGCAGCAGCTCCCAATGAACGGGTATGTTGGTGTTGGCAGCTCCTCTCTCCTAAGATCCCAAATTTGTCAGTTTTTCGCGATAGTTGCACCAAAAAGAAAGCTCCTTAGTGAAAGATATATCATATGAACACAGGATGGGTTGATTGAATGAATTTTTTGATATTACAAATATGGAGACATTTAATTGTGAAGAGAAGTTGTATGTTATAACTAATAAAATAGTGAAGCTACAGGAGAAATAAAACTATCTTCTTAGTTGTTACGGAGCTCTTTAAATGTATATTTTTTCCTTTTATTCCCCCTGTTTCTGATAGATCTATCTATTCGCATTTACCTCTGCAGACTTTTATGGATGGAAATATGGCATTGCTGGATATGGGAGCTGAATATCATTTTTATGGTTCTGACATAACCTGTTCGTTCCCTGTATGTAGCTCCATCTTGATTCTTGAATTTTATCCTAAGTACTAGTTTACTAGCATATGTAAATAAGTAAATGTACTGAAAGATGTAAGAGAAGTTGCTTTGTGGATTATATTCTTGACGTCTATTCTTTTGTCTGTATATTTGTATATGGGCACAAAATCAACACTTGTGAGAAGTTCCTCTGGAAATTGGATGACGTATTATTGGCAATAGTCACCTTTAAACCCTTAGAAAATAAGTTTTTTGTTTTTTTGTGGTATCAGTTATTCATGCGATGAAGCTATTTGTCATGTGACTCTTGAGTACTGATGTATTATTTTGCTTCAGGTGAATGGAAAATTTACTGTTGATCAGCGTCTTATATACAATGTGAGTTTTTACTAAGATGTATGCTATGGTCTTTTGAGTTATAGTCGCTATTTGACTTTTAAGGCTGGCAACTTTGTTGCTGCAAGCTAAAAATAAAACTCCTCTTTTTGCAGGCTGTCCTTGGTGCTCACAATTCTGTCATAGCCGCAATGAAACCTGGAGTAAGTTGGATAAATATGCACAAGTAAGGCTGTCTTAGTCCTTTCGTACTTATTTTTTTCTACTTTCTGTCTTTAGATGTTTGCATACTTTCTGTCATTCCAATTAGAGTTTACACATCTATGTTTAACTTTCTTCTCTTTTCTTTTTTTAAAAGAAGGATATCATAAATCAGGTACATGAAATTCTTTGCGTATCAAAATGCCTAATTATGGAAACCTATCATGATCTTTCTGGGAATTGTACTTGTGTTTTGAATAGTTAGATTTTTTTTTGACATGTCTAGTTGTCTACTTCCGTTTGAAAAGACATTCATCTAAATGCCTGTGTTTTGCATGTGGTCTGTTTCATGATTTTTGCACTTTCTATCTTTGTGTCAGACTTGCAGAGAAAGTCATACTCGAGGCTTTAAAGAAAGGGAACATCATCACTGGGTAGGCAGTGTCTATTGCTCTTCTCTTGTCATACCTTATGGAAAGTAAATTCTTATTCTCATGGTATTTCTTTTCCCTGATTTTCTTAATTATTAGTGATATCGAGGATATGATGACTCAAAGGCTGGGAGCTGTTTTTATGCCTCATGGTCTTGGCCACTTGCTAGGGATCGACACCCATGATCCAGGAGGCTATCCCAAGGTTCTGATTACTTATTCTCTTGATCTTCAATATTTCTTCATTCTTGGTGTTTCCAATTCATACCATAGAAAAAAAAGTCGCGGTTGCCGTTGCGTTAACAGTTGCGTTATCGCGGGAACCGCTTGTAATGGGATAAATAGAACGGATCGTGGCTAACGCGGTGTGAATTTTCTCAAAAAATTCATATTAATAGGTTTAAGCTTTGTTTATACCTTTTTAAGTTTAAAAGGCATTATTTCAACACAACCTAACAAACCCTATCACAATTTGAGAAAGGGACATATTTTGTGAACAAATGATCATACAAAATATCTTGTTTTTAAAATACATAACTAATTGCTAAAATATTTTTGTCTAATTTGTGCAAAAGAACGGTGTAACGGGAAAAAAAAAAGCGTTCTAACGCGGCGAGTCACCGTTATGTAACGGGCGACTCGGGGAGAAAGATGTGATTTTTGTCACACATTTATGTAACGGGGTTTTGCGGAACGGTAAATCCCAAATCCGTTACGTAACGGAACGACCGAGTTTTAATTCCATGATTCATACCAACTGGTTGTCGAATTTGCAGGGACTGGAGCGACCAAAAGAACCTGGGTTAAGTTCTCTACGCACAGCCCGAGAACTGAAGGAGGACATGGTTAGCATTTCTGTTTTGTCTCGTGCTTTACTTCCCACTGTGCATGTTATATCTAGATTCTTCCAGAAGAGGCTACTTCTGGAAATCAGGTACAGACTAGTGTTATACTCCATTATAATTGGCCACTGGTTGGAGGTTGTCCCCAGGCCCGTCCATTTGCCGGCCTAAATGGGACACAGCACAGGGCCTCCGGCCCTCCAACAAAAAAGGGCCCCAAAATTGTATGAAAAATTAAATAAAAGCCCAAAAAGAAAATGTATACACACATGCCCACACATGCCCAGGCGCACAGCTGGAGAGGGACGATACATCGCAGTTCACCAGCGATGTATCTGCCCCATACCCACAAAAAAAAAAGTGAAAAGAAAATAAATTGCAATGATGGCCCACCCCTTAAATAAATGGTAAAAATGTTGCGAACTTGTTGTATACTGTCAAAGGTTAGATAAATACTGTCATTATTGTGCATATACTGTCATTGTTGTATTAAAATTTGTCATAATCATCCAAAAAGAAAAAAACGAAATGAAACAAAAATAGTAAAAGGACCACTTAAATGACTGGATAAACGTGTTACATAAGCTCTCTGTCATAATCATCCAAAAAGAAGAAAACGAAATGAAACAAAAATAGTAAAGGGACCACTTAAATGACTGGATAAACGTGTTACATATACTCTGTCATTGTTTGTATAAATACTGTCATTGTTGTATTGAATACTGTCATTTATTTCCGATACTTAGTACTTTGTTTGACTTTTCAACTAATTAAGTGAAAAGACGATTTTACCCCTGGGTATGGGCAAAAAAGCCGCTGGTGAACTGCGATGTATCCCGCCTCCACAACTGGATGCTAGGGGATCTTTTCTACACATGCTAGGGGATCTTTTCTACTTTCTTCTCTTTCTTTTCTCACTTCCCAAACACAAAGGCAGAAAGGTCAGAGACTCAGAGTACTACTAAAGTAATTCTTCATCATTTTTTTTTAACATTTGTTTTCTAAAAGGAGAATATACTTTGTAGCTAATACTAGCTTTTACAGGAAAAAAAATCTTCCTTATTATGCAATTAAAAAAAATTTGAAGAAAAAAATTTAGGGAAATTCTCTATGGTAACATTATACTTTTGCAAATTCTCATTGGTAACAAAACTTTTGACAATTTCTCTATAATAGCATTAGTAATCTAAATTCTCTCAAATATAACATTATTTCACTAATTTCGACTTAATTAATATAATTAGAATTAACCATAGTTAACTGACTTCCCCTTTTATCTTCTTCTTCGTGTATTTCCTCTCACCCCCTTCATCTCCTTCCTCAGATTCATCTAATTTCCCCCCGAGATTCTTTTATATATTCAGTTTCGTTCAATTCAAAACCCCTTTCATCGGTTATGTACAAATCCAATTTCTATATTGAGCAATATGAAATACAATTTGAGATTGAATAAATATTCGTCACCACTCTTCCTCTTATTTTCGCATTCATCTCCGGCGAGAGGTTTGCGTCGTCGTCTTATGTTTGGTCTCTACGCGTTGTCGCCATCCCTGACCGTTAGACCTATCCTCAGTGTTCCATGATTTGCAACAGAAAGGGACGCACATTGATCTGAAGATTGAAGAGCATCATTGCGCCACCACTTCTATATGTCCCAAAATTTGTCACAGTGGCAACTTCTTCTAGTACAATCATTCAAACAAAAGTTTTAAAGTAGTTTTGATGAACATAGTCTCTTATAGTTGATGTAACAGAAGGTTGCTGATGTAAAATATTTTTTCTTTTCGGCATTATTAGGTCCATTTGTTTTAAGGAATAAGGAGTGACAAATTATGGAAGGTTGATGGTTTTTCAAAGGAATGAGTGATCAGTGAAGGTTAATTAATTTGTTAGGACTTGGGAGATCGAATTTACTATAGTAAACAAAGGTTAATTTAGTACTTTTACTAATACTTAACCATAGTTAGTAGAAGATTGGTTAATTAAGTTAAAATTAGGGGAATAATGTTATATTAGAGAAAATTTAGATTAGTAATGCTATTTGAGAGAAAGTGACAAAGATTTTGTTACCAATGAGAATTTGCAAAAGTATAATGCTACCATAGAGAATTTCCCAAAAAATTATAGGGGCCTATTTTTTTATAGTAGCACAGGGCCTCAAAGTCATTTGGACCGGGCCTGGTTATCCCCCTGAAGTTCAGACCAAGCTCTTGCATTTTCTTTCTTAAAGAGTAAGGGGGTTTATAGTCCATGTTTTTGGTTGCCGTGTCTTGCTGTTGTGCAGCTCCCGTTTTTTCAATTCTGTTAACGTTTTCGTCTGTGTACTATAGATAGTTTATCGTTGTTGATGTGTGTTAGACTCTGTTGTCGTATACGCACAAAATCAGTAAATATAAACAAAACAGATAAATAGCTGAACTTATCAACTTGTTTCAGGTAATCACAGTGGAGCCTGGGTGCTACTTCATCAGTGCGTTACTGATTCCAGCAATGGAAAGTTCAGAAACGTCAAAATTCTTCAATCCTGATGCTATAAGGAGATTTATGGTCTTTGGCGGTGTTCGAATTGAAAGTGATGTGGTATTGTTCAGTTGTCCTGTTACTCCTAATTTCGATTTCAATTCCCTGGTGCAGCACCCATATATGAATTTGTGCATTGGTGTTAGATCATGTTGTATGCTCGCGAGCTTGCTGTGTTGTGATTAGCTGGATTTAATGTCTTGATGGGTTTGATATTAGATGCATCTCTCTCTCTCATCTAGATGAACCCGTAGTTCCTTTCTGTTAATGTTTTAAAGATTATTCGACTCATAAAACATGACTTAGGCTTTGTTTTTTCGACTTATTTTGACTTATTTCAAACAAAGTAAGTTCAAATAAGTTCAGATAATATAAGTTCAGAAAAAATAAGTTTTTTCGTACATTTTCACACACAAATAAGTTTAATGCAGACAAAATAAGTTTTTTTCCAGATAAATTAAGTTCAGTTAAGTTCAGGCAAATAAGTCCAGTAGAACGAAGCCTTAATGCAAGATTAATCATGTCATGGAACAAATCTAAATTGAAGTAAAGTTCTGATAAGTTTCATGTTTTTCTTCCAAGCACACTAGAACAACTTGTTGTCATCCCAGTTCTTTGTACTTGATTGGCAATTCTACACGGCTCCTCGACGTGCTTGTTTGTGTCATTTTAATTCTATGTTTCTGAATATTGACGATCACTGTGTACTCTTTTCTTGTCACAGATATGGATTTCTTCTTTTTCTTTTCACCTTATCTTTATTGCTTATTAGATCAGATCATCAGACCAGATTAGATCAGAAAAAACAAAAAACATTCACAGAAAACATTAAGGGGACCAGGTCTGTAGGCATTTGTGCATCAGTCTGACTCAATTTTATTGCTGGAAGCTAGCTTTATTCATGTCTGCCCTTGGTTTGTACACGTTTGTGTATCATGTTGCTTATTATCACCATCATATTCGTTGCTTTTAGCTGCATTTGGTTGAAAACTTTTCTAAACTTTTTACCTGGTGAATTATGTAGTATGTCACATCAATTGGCTGCAAGAACATGACCAATGTTCCCCGCGAGACATGGGAGATTGAAGCTGTTATGGCAGGGGCGAAATGGCCGCTAGAGAAAGGTGTTGTTGATCATTCATATAATGGAATTAGAAATTCTCATTCATAGAGAGAATGCTAAACTTTGCCAACAGATACAAAGAGATGCTAAACTGTAATACTGGTTCATAAAGAGATGCTAAACTGTACTGTAATACTGTTAGTTGTAATTAGAGCTTCTGTTGCATAGTACAATAAGGTCAGTGTCATTTACACCACTTGACAATCAAGTTCAATAATCTTGCAGAAAGCACATGGATATCGATTATCATTTTGCGCGTAAATAAGTGGCTAATGGTTCTACCAAAGTTCATTGTGTTCCTTTTCAATCAGTGACGGATATAGGGGGTTTAAGTGGGGGTCACGTGGCCCCATTCCCCCCCCCCCCCCCCCCCCCCCCCCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTAATTTTAGTTAACTTTCATTATTTAAAAGACAACTTTACTGTAGCTATTTTTTCATTAATTTTTAAGTAGTGACTTTACTACCTACACTTTCTAGATTCGCCACTGTTTTCAATACTAGTTACCATTTACCACAGGTTTTGAGATGTCAAAGAATTGAGCATATTTCAATCATAATTGTAGGCTCAATTGCACCAAACCTTTCTTAGCTCAAAGATGATCATCAACATTATGAACAAGCACTTCAGTATTTTCGAATGTATTAATTTATGCGTTGTTGTTGGTGTGTTTATGTGCACACACATGTTGATACTTGGACTTTTCTATTTTCTAAACAAAAATGAAATAGGATGTTGTAAATGACATTACTTAGTTGGTAGGTTGTTGTGGCTTGTGCCAAACGACTTTGGGTAACACTTACATTCCAGGTACCGGTACGACATGACTCAAAACGTGATGAGTAGTTTACTGTATCTTGTAATGGTCGTTCCAACATGACTCCATGGGGGCGTCTCTTAGCCCGTACAATATCTAGCATAGTCTACCCAACTAACTTTTCGTCGTAACATTGTCAAATTTGTGATTTTATGAGAGATGTTAGGCAAACTCTATTTGTTATTTTGTATTTAGTCGTATCGTATGTTATCTGGACTCTTCATTTCACCTCAAGTAATCATGTCGGATTCACAATACGCTATCTCCTGACATGGATATGACACTTATTTTTGAGCCAAAGATATGACATTTTTCACAAAATAATCGAGTCAAACACTTACAGAAATACATACTCCGACTCCATACTTGTGTCGAACACTTCTTGATGTTAAGCACACTCTATTTGTTATTTAGTCGTATCGTATGTTATCTGAACTCTTTATTTCACCTCAAGTAATCATGTCAGATTCTTAACACACATATCTCCTAACGTGGATATGCCACTTACTTTTTTAATCCAAAACTTTGATCTTTTTCACAAAATAGTAGAGTCAAACACTTAAGTACACATGTCTTGTCCTCTCCACCCGATTTGGTCTGATTTTTCTAGTTTCCACTCTGACTTGACCTGGTCTAATCTGATCTGAATGTTTTCTACGAGTGTTTTTATTTGTTCCGATCTAGTCTGATCTGATCTCATAAGCGATAAAAATAAGCCGAGGAGAACAAAGCCCTATTTCATCGAACACTTTTCAAGTTTTCGTGTCATTTTTCTCCCAAGTTGGTTTAGTGCTTTATTTGTTTTTGCTGTTACCCTGTAATGTGTTTTTGGTCTGTGCACAAATATCAGTAGTTCTGTCCCTTTTTCCCCATTTCCCTCCACCACAACAGCCCAGGCAGCCTACCACCACCACCACCACCACCACCACCCTTAACGTGCCTCACAGTACCTCTCTTTCTCTCTCCTCTGCTCTTCAATTTCTGACGATCAACAGTTCTACTTCTGCTATTCAATTTCATGCAAATTTAACCCCCACTCTTAAGTAATTTCTTTGACATTTTTCATGTGCTAATTTTCTTGCTGTTTTACAATTTTATTTGTGCAAATTATGCATTGAAGTTAGGTCTCAGATTTATTCATGGGTTTGCAATTCTAGAATCACTTTTTCCAGGAAATGCAAATTCTAGAATCTTTAGATTGAACGAGAATTGATTGGAAACAGGGAGAAAAATCTGGGTTTTTTTGATTGATTGAATTGATAAGCAGCAATTTCTAGGGTTTCAAAGAGTGGTAAGTTAATAAATTCCCCCCACCCCCCCTTTTTTTTTGTTTTACTTTACTTGTTCTTTTTTATGTTTTTTTTTTTGGTGAGATTACATGGTTAATTAAATACCGTTCTGAAACGAATTTGAGTACAATGAGATGAGAATATCAATTTCATTGGGTGTTGAACAATGGCAGATGGATTCGAAACCCGAGACGGGGAATGCAGTTGATGGTGGTGTAGGGGTGTTGAATCATCATATTCAGAGTTGTTCACAGTTATCAGGTCTCAGCATTACATCTGAAAGTTCTGCCCCTAATTTTGTTTATCAAAGAAAGAGGATTCAAAAGAACCCTAATCCTGTTTTCCCAACCCTGTCACCTGATAATATTGCTTATGTCTATGAACGAAGGAAACATCAAAAGAGTGCACCCACTAATTTTACACTTATGGTCTCGGAAAATTCATCACCTATTAAAAGAGGGTTGAATGAAAGGGAGGGTACTAGGGTTTCTTCAATAGAGCAGCCATTGACAACTTCAGAAGCAATTGATGGTTATGTGACCGAGGACCGTGGTTTTGATGCAAAAGAAAAGAGGAACAAGGGTTTTGAGTTGTATAGCATAGATGATAGTTGTTCGTCGTCGTTGCTTAATGTGGATAGTGGTTCTTCTCCATTGAAGAGTAAAGTTGATGAAACTGATGAGTGTTCATCCTCTGGTGCACTTGTTGTAGATGTGATGGGAAACGACAAATCGCTATCAGTTAAAGGTCTTTGTGTTTCTATTCTTCGGAGTCATGGGTTGTTGTCTAATTATGAGTCAAACAGATCTGGTCTTTCTGAGGAAGATGCTCCTTCATGTAGTGGAAGCAGTTGTTCTCGCACTTGTAATGTTTGCGGTGTAGTTGGTACGGCCATTGACCTGCTAATTTGTGATGAGTGTGAGAAAGCATTCCATATATCTTGTTTCAATCCATGCATAAAGAAGATTCCCGATGATGATTGGTATTGTCAACCTTGCTCTAAAAAGAAGCATAACTTGTTAAAAGAGAGAGCCATTAGAAGGTCATCAATTATCAGAACTGGTAAAGGTTCTGTGTCATCTGAAGGAGATTTCAGTCCAATAGCACTGATGTTAAATGATTCTCAACCTTACATAACTGGTGTCCGGGTTGGTAAAGGATTCCAAGCATTTGTGCCTGAATGGTGTGGCCCTGTTGCAAGGTATGTTCCAGGAATTTTTCTTTATGCATCTTCATGACACATTGACACGATTGTATTGTAACCTTTTTCTCTTTGAGGGTTTTGTCTAGCAATTATAACCTTTAATAGGTAAGTGAATGGGTTGCGTTTAGGACCTTTTTCTTTGCATGCCATCGTGCATTGAAGAATGTCTTTTTTTCACCAAGAGGTACTAAGATACAATTTAGTTAGGGTGTCTGTCGGGGTCCCTTGGATATCTTTATGGTCACGGTTATACTCAACATCTTTACAGTTTGCTTCGAAAAGGCATGGGTCCGTGATTTTTCCCATTCGAGGGTTCTTTTGTGGTTAGGGAGAGGAGGTGCTTACTACAGGCACTAGGTAATTTAGTTAACTCTATGAAAGTAGGTCATAGAGAAGAGCATGACGAACAATGTGGCACACATGCAAATTTTGATGTATTTATGGCCAATTAATACAAACCATTTATCCATGAAGTTTCTTTACAGGGGAGAACTTTTATGTTACCTTTGTAGATGGTGTTTGGGAGGGCTTCATTTCTTCTTTAGCCATGTTGCTTGGTTATTCTGTTGGTAGGTTCTGCAATGAGAACCTTCGTTGTTTTAGGGCGGGAATTGCTAGAGAAATCTCATGCTGCTTTCAGTCCGAAGTTCTTTGTTGAGTTTTTGGGTTTATGAAATCTGAGAAGAGTGGAAATTGTCACAGATTCTTAGCTTAACTTCAACCATTCAGAAGAAGTGTGAATGTCTGTGGGATGACATGTTACCTATGTAGCGCTAGTAGTAGATATTTTGAGAAGTTTAATTGGTTTAGGGTATGCAGGTTCGTTGAGCTTATCTTCAGATGCCTTTTCTATTTGCTTGAAGAAGTGGGGTAGTTTTGTGGCCATTCAGGGTATGGAATCTTACTGCTATGCTATTTGGATTTAGGTTATTGGTCCATTCAGATGCCCTCCATGCTTGCTAATATTTTTTCATACTCAATTTGAGAAAGTGGAAGAAATCTCCAGCCAAAAATCTCTGTAATTCTGATTACCCAATTGGCTCTTGTTCTTATTTCCTTGTGTGTTGTTATGTGGTATTTTTCTACTCCTTTAGGATTTTTTGAGTTCTACCTTGTAAGACAAAAGAAGTGCTTGTGTCTTTGAGAAGGAGGATAAAGATGGCATAGATCATTCAAATACGGGGAAGGGTTCCTTTGGCAAGCTTGTAGCGTTTAACTTGAAACTGTGTAAACCAGTTAATCAGTGATGATAAAGCTTCTTCAAAATCAAGGGTTTGTACTCGCTTTTTAAAGTTTTTTGTGTGTTCTTCCCACTTGCTTTTGGAGAGATAGCAAGGAACAAGGGTTAATGGCGGGGCGTTGGAGTAATGTGGTTAGCTTTTCTGAAAGAAACAGTAGATGTTTGTACTTTGTAGGAGCAAAGAATCCCAACAAGGGAAGTGGGTAGGACAAAAAAGGTGGAGGGAATATTTATTTTCTTTTAGTCCCAAGAGCTCCAGGTTTTTCTTTTATTGAATTTGAATACATGACACTTACATGACAAACCATCCAAATAGAAGTTTATCCCAGGTATATGAGTTGACATGGAATAGATTGAGTAAAGCTTGGTTTTCTCTTTCACCTTCAACGATCTTTTCCATATCAGGTGATCTAGTGAAGTAGGAGATTTTTGAAGGTGGTGTTGGGTTAAATTAGACCAGGCCTTTGGTTAATTGCAAGGCCTGGGCAGCTGTCATTCCATGCATTTGAAGCCTTTCCTAATCCTACCTTAACCTTGTTTGAGGGGCATTACAACGTGAAATTATTGTAAATTGAAGAAAAGATCAACATACTGTTTAAAAATGTTATGCCAAACTATCGAAAACTTGTAACAGATTCCTTCAAGAAGTATTTGTTTCGAATTTCTAAGAGACTCCATATTCTTTTAACGTAATATTTTGAAAATAGGAAGAGAATATTGGAACCATTGAGTTTTACTTAATAAGGTTATGGGTTAGATCAATTTCTTCATAAGATGACCAACGGATTTTTGAGGGGATAGCTTCTCCCGTGACAAGGATTCAAGTTCCTTATTAGGTTTTTGTATAAGCGCGAGTCAAGTTTTAGCTTGTGAGTGTCACTTGACTTCTCTTGATTTTGTAGATAAACTACTAGATAGCTTGAGGACATAAGACTTTTTGTCATTTGCCCTCCTTTTATATATAGGTGACATAACGTCTTAGTGGAAGGGGAGAGTAAGCTTTCCATGGAAAGGGGGGGAAGGGGAGGATAAACTATTAGGTAGCTTGAGGACATAGACTTTTTGTCATTTGCCCTCCTTTTATATATGGGTGACACCAGATGTCGTAGTGGAGGGGGAGAGTAAGCTTTCCATCGGAGGGGGGAGCTAATGGGGGAAGAGAGAGAGGAAGAGAAAATGGACATGGGGAGAGGTGAAGTGTGTGCTTGACTACATGTATCATACTCTCAATTCTTTTGTTTTAATTTTGTAATTCTAGCAAACAAAGGATGGAGAAATGGATAATGTTTTCCACAACTAACACCCTCTAGATTCCGAAGTTGGGCTGGGGGAGACTGGGAGAGAAAGACAGATATACCATTGCTTGGATCTCTGGGACTAGAGGTTAGAGATTTCATTCTCAAACACTAGTCAATAAGGAATGCTTGTAAATTGGAGATTATATGTGCATTGCAGGTATAGGCATAGGCAACTAAAAATTTGAACTACAATTTTATCATTTCCAGTGCGCATGATTTTTGTGATACAAGTGCACATTTTTTGTTTGGTTGAGCCTGAGAAATATTTGCTCCCTGAAAATGAATATAGCTCAAATTCTTTTCAATCTTGCTAGGAAAATCAAATAATGTGCTTGCAGCTCCAAACCTTCAATACCTTGCCATTCTTCTCAATTTTAGGACTTATTGGTGTTATTTTTTTAGTGAAGTTGTTATTCCTATGCAAGATGTTATATGTGCTTTTGGTTTGCTGCAGGAGAGGCACTGTCTTTCCTGAACCAATGGAGTTGGATCCATTGCAACCGGTTCATTTGCTGGTGAGGCTTACAAAATTTCAATTTACATTGTCATTGGTTTGTCTTGTATGATTTACTGAAAATAATTCCAAATATCGTCTCCTCAGGGACCAACTTCTGGCAAGCATCGTAAGGCCTTTATTGGTAATTGGCTTCAGTGTAGAGATGTCATTGTTGGTATGGGAGATAGCATTGATGGAACTATATGTGGAAAGTGGCGCAGGTAATATGAAATGTTGAATCTTGTTTGGTGCTTTCTTTTCCTTTAGGCATGTGCACCATCTATGTTACTTCGACACGGCAATATAGCCGTCGTACCCGGGTCGACCCGACGCGACAAGGATCCCGGTACGGAATCCGCACCGGATACTTGTGGTCTGTCGGACACGGCAGCTAAAAGGAAGAGGGAGAATCAATTTATTTTTACTTTTTTTCGATTTTCAAACCCTAGATCTGTTAATTGGGTTGAAGATTACCTATTCTCGTTGAAAATTTGGGGCTTTTATTAGAAACGAAATTCCGAATCTGTTAGTGTAATTTTTGTCGACCACCCCGCCGTTGGTACTCGCCGGCGGCAATGAGAGAGCCGATAGCGGTGGCCTCTGTTCTTGATTTTTGGACAATTTATGTTTTGTTGGCTTGTTGCAGACTTCTTGAAAATATACACGTGAATCACAAAATCACAATACTTCAATTTTTTGTCCTCTTGCAGAGTTGTAGTACAGTTAGACTTTCTATTTTTGGTGGAAAGTATGGGGTGTACTGTATTCAAAAAGGAATATTTAAATAAACCGTAACTTGTTAGTTTTTATCCTTAATTTAAGGCTAACTTTTATTTATTTCTTTTTTTTCTATTTAAAATTTTTATATATATATATATATATATATATATATATTTATTTTCCATATCCCCGTACCCGTGTCTTAATTTTTAATTTAGGACAGGGTCCCCGTGCCTTCAAATTTTGATTTTTTCGAGTCCGACACTCGGATCCGTACCCGTGTCCAACACCCGTACCCGAGTCCGAGTAACATAGTGCACCATCTTCGAATTTGTGAGATAATAACTTAATTGGACCTCAACGTTCTATTAGTACAACAAATCAACTATTATCGGATTTTCCAGCTCACCATTTTTGGTTTGCTTCTAAAGAGATAGATATAGTTGGCTTTCTTCTTTGTTATGACTTATGAAGGACTTGAGTAGGGGCCACTGACTGGCACTGTGCACTAGAGTCTTATGAGTGGATACCAATTACCAAGTGTAATCGTGATCATTGCTAAGGATTTTTAGGTGGACAGATGCTGTCTTTAGATGCTTGGTTGGAAGATTCCAAGTTGTAAGCTAGAAACACAGGATGATTCTTTACTTGTATGTTTGCTGTGGTGTCTGATAATTTGCAATTACATTAGTGATTGCAGTAGGAAAAGTTCTTGGTTGGGTTTCTGGTTTGGTGAATTTATGTAGCTAGTTGCCAATCAAGTGAATGTCTAATTGTCTATAGAGGTTACTGTTTTTCTAGGCATAAATAGATACTTTGGGACACCAATGTTTGTATTCCGTGCACTAAGGGAGATCCGAGAAAACTCTATAATCAGCTGGCTATAAAAAGGGGAAGAACTGTGCATGCTGAAATTCTATCATTTCCATGGTTTAGTGTTTAGGAGAACTAGCGATTGCTGGTTCCTCAGAGCTGTGTCAAAATCAAGGCTTTTCGTCACAATATTTTTAGTATCATGCTGATATATCTGAGTAATTTAGTGACTAAAGCAGCTGCCATGAATCTGTTAAAAGAATTTGTATCAAGAACAGCTCACTGCCAACAGCTTGTTGCCTCTCATCTACTTCATTGCTGACATGAGGTTAAATTTTCTGCAAACCTAACTAGAGAAATATGGGTTACTTTGTTCTTGAGCTCTCTTTGTGATATTGGAACCTTGGAGAGGATCATGGGTCTTAGTAGACCTGGTTATCGGGCGGGGCGGGTCAGGGTCGGTGCGGGTCAAAAGAGGGTCGGGTATTGAAAGGGTCATTTTTAGCGGGTCGATAATGGGCGGGTCAAAAGCGGGTCGCGGGTCAATAGCGGGTCATTAATGGGCGGGTCAATAAACGAGCAATGAAAAATGAAAAATGAAAGAGCCATGTGCAAGTACAAGTAAATACGAAGCTATACGCGTAATTTTTTGTATCATTACTATTTTAATTTTCAAAATAATTGTAGTATAAGTTTGACCCTATAATGACCCTGTCCAATAAAGGCCCTGTCCAATAAGAGCCCTGCCCAATAAAAACCATATTAACTACCCTAACCCTATATCCATTGGACTACCCTGTCCAATAACCAGGTCTAGGTCTTAGTATTGAATTTCGTATTTGTGATTCATCTTATTTTTTGGTGCTCTTGCTGCATTCTTTGTTGAACTTTCAGTTATGAAGTACTTCCTCCGTTTTTTAATACTCGCAACGTTTGTTACTTTCACGCATGTCAATGCACTACTTTGTTCATTTATATCTTAATTTCTTTTTATGCAAAAAATATAAAAAGTTGATATTTTGAAAATACACATTGAGACGAATCTAACAAGATCCTACATGACTATGTTTTATTTTATATAAAAGCACCAAGATTAGTCAAAGTAGATTATATGAATAGTGTAAAAAGTCCAAACGTTGCGAGTATTTAAAAACGGAGGAAGTATATGTTTTGCTACGGCCATGTATGAGTCTTCCTTTGGGGCTCCTTTTAAATTGAACCTATTTTTGTTAAAATTTTGAGGGACTACAAAAGAGGCTCGTGGGATGGAAAGTTAAGCTCTTCCTCTGTTCCCAAAAGGGGATGGATTCATGGATCAACCTTGCTAAAGAGCTACTCATCTAGATTGGCCAATTTTATTTGAACTTGTAAAATGTAGAAAATTAAAAGACACTTCATTTATGTTAGCAAGGATGCCAAAGAGACTTGAGAAGGTGTTCATAGGGTTAGTTGACAAGATTTTATTCGAAATGGGATAGGTGATGTATGTTCAATCCGTGCTATCAGCTTCGATGTACGTTGGACAATGGACCCCTTTATATCATAGGTGACACTGTTGTCTTTGTGGGCTCACTAATCGTAATACACTTTGGGAGACATTCATCGAGCTGAAACATAGCTAATCTGTATTATTCTTGAAGCATCAAAAGGCATTGGTCTGATATTTTTGAAATTGCACACCTTGTATAGTAACAAAAAAGAGGGGGATGCTGTAAAACTTACCACTGAAAACAAGCTATTATATATCTGACATTGTTGTTCAACACCAGGATAGATTAGCTTTCTAGAATTTGGTTACTCTGGTTTCCACATATTCGGTGCTTTCATTGGGGCTTGAAACTTGTTTTTTTTATGTTATTTATATTATTGTTCAATGTGCTTTTCTGTTCAACTTGTCTACATTGTTTGCATAGAGGACTCTTAATTTCTTGATACTTGCTTGTTGGTACCATCCTTGTTTATTGAGCCTACTCAACGAGTCTTTTGCATGCAGGGCTCCTCTGTTTGAGATCCAGACTGACAAATGGGATTGTTTTCGTTCTGTTCTTTGGGATCCTTCGCATGCTGATTGCTCTGTACCTCAGGTAAGAATAGCTTTGCATCTATCAATACCTCTGTACCAGGCTAATCAGTCATTTCTATCACACCTAGTACGTGGCTTTCTTCGTCTTTTTGTGGCGGTTGATTTCCTTTGCATATCTTTATATGTTGATACTTGATAGATGAAGGTTTTAAGGTCTTGTTTGTGTCATGGAAATGGGCAGTATGATGCTATTATCTTGTTTTCCTCTTCAGCTGTGCCTCTGAGTGAAATATAATGTGTGATTTCTCTAAATCATGTTTCTTTTTGCAACTCCCTCTTCAACAATACTAGAATAGTAGTCTCCTAGTGTACATATTGTAGTGAAAGAGAGTATGAGTTTCCATTCCTTTTTTTGTTTGTGTTGTCAAAGACAGAAAGATTGTGAAAAAACACAATACAGTACAGTAATACTGTTAGAGGACAAGGCACACTCTTTAAGAAGAACAGAACTAGAAGCATGCCAGTTGCCGTTGGTATACTGAAAGCAACAAGTAGGAAAAAGACCTGATTCAACATATTACAAAGAGGGCAGGAACATAATAAAATACATACCATCTCTAATTCTCTATCTACTAGCCTTATTACGGAAGATACAAATCATAATCCCAAACGAAGCACTCAAATCACCTCTTTAAACGCGCAACTTCGAAGTTCCAATGTTGTTTGCTACATTGCTTCTCCTGATCACGTGGCGCATAAAAAAAGGTAGAGCACTTGAACTCCCTTTTTAAGTAAAATCCACGCATCATAAAGTACCACTAATGACTAATTTCATAATGAAGGAGGAGATGAGAACATATTCTTCACCTTTGTGACACTGTTTCCAACATTATCAGATAGGATCTAGTTGGCCATCACCACCAGTTCCTCGGATTATCAAGCTGTTTAGTTAATCAAAACTACTTTCCGTACAGAAATAGTGGGAATTGCTGGGTTTAGTGTATTCTGTGAGTTGTTATAGAAGATTTTTCAAGAGAAGTAGGTAGAAGAATCAGATAGCTAGATCAGTGAAAAAAAAATAAGATATGGGTTTTCTTACAAGTGGCCATGTCACCAGCTCCATGTTAGTTTCTTTCGAACAGAAGTTCCAGACGAGTTGTGAGTTTTCCAAATAATGTACAATGAAATTGGCACCTTGGAACCAACCAACTGAATATTTTAGAAAGGATAAATCAGTGAAAACGTGAGAATCTAGGAATTTGTATAAAGAGGCTACATTGCTTTTGCTCCTTCTCATGTAGATTCCTTTTTAAATGGAAGTTTCAAGGCCTTCCTTACAATAAATTGTGAAACAGTAGAAGGTGTGAGGTAATTGATAAAGCTAGGAAAAAATTGAAATGCATGCTCTTTTTCCCAAGAGTTCGTCCACAACTCTATGTCTCAACTCTCAACAACTAATCAAAATTTAATCAAGGAAAAAAGACATCTCTTGTTTCTGGATTGAGTTCAAAAGAGATCTATGAATGTGATGGGTATATTCCCATGAAAAAGAGTTGACTTTCTTTTAGGATGTAATTGGATGTGATCATAATGATCTTTTCGGGTAAATTATCTTTCTTAACAGATATTCTCTTCAATATCAAAATCTGGAGATATCTTTGGTCTGATATCTACAAAAGAAACCCAGCTTAAAAGAGAAAAAAAAGAAAGTCCAGTGGTAAACCTGTACAACCACTTCCTCACTAGATGTGTTTAGACACCTCATTCCCAAATCCAATCCTTAATTGACCAACTTATGAAAACCCCGATCAAATCTGTATAAACTTCTTTGTTTGTTGTAGTAGTGAATAAGGTACTAGAAAAAAAAATTAGGACATCTGAAGTATGGTACTGAGCATTATGCAAAATGAAGTTTGTTCACCAATCTTCTTTGTTTTTTTTATCCCAGTTGACTTTCAATAGCATATGATTGTATATGTTTATTTGAATGCACATTTTGTTTTACGTGTCTAATTGAATTTTGGAGTTGTACGTTTGGATTCTTTGGACTGAAAAGCTTTAATTTTTCAGAGGATGCTTTTAATATTCATCTGAGTTTTTACAACTGGAATGTTTCAGGAACTGGAAACTGAAGAAGTACTTAAGCAATTGAAGTACATTGAAATGGTAAGTTTAATTGCTTAATCTGTCAGTTTCCCGCATGAAAAAGTCCATTTAAATGCTTATTTATTGTGCTGTTGTTCCTCCGTTTAGTCGTGTTTATGAATGGTTTCGAAGAGCATTTTCTTCTTTTGGGGATGGGGAGGGGAGGGAGGGAGGGCTAGGATATCCTTTCTGTCATCTTCCCTGTTGGTTTTTCCTACCTCCTATTCATGGTTCTTTGCTTAGTTATGTTCAGTAGTGCTTCATTTTTGTCTTATGTTTTATAAGGGCTTTGTGATTATTTTTCTCTAAATCAGATCCTTGCAGCCTTCCACTTAGGAGCTAGAGGTGGTTGCTTAGCACTTTAAAATTTCTTTCTTTTTTCTTGGGGTGCAGGTGTGAAGGTAGTGAGCACTTACTTACCAAGGTCTATCAGTCAATGTATAGTAGGTTGGAATAGGAATAATTGGGTGCAGATTAGCACCGTTAAGTCGTTAGCCCCTTCATCTGCTCTAGTTGAGGCTTGAATTTGGGAACTTTTAAGCTTGCTTGGTGACAAGAAGAGTTGGAAAGGGTTGGAAACTTCTTTTTTGATTCCTTTCTGATCTTATTGGTATAGAGTGTTTGCTTAAAGATCTGCATACTGCACTTTTCCAACATCAAAGCTTTTCTGGATGAGGGCGGTGTGGTGGGTGGGTTGTACTTTATATATTGTATCTTTGGTGCTTTCACACCTTTCCTTTGTTTTCCTGCTGAGGTGTGTTGTATAAATCTTTTTTTCCTTTCAGGGAGGGGCATAAGGTGGCAAAGGGTTGTATGTCTTGCACCTTAATTTTTGTGAGTATTGCTAAATTAAGGAGTAAATGGATGAAGCAGATGAGGGTTGAAATAGATTACTTAATGGGCAAATTAGGGTTCTGAAGTAATGAATACTTTTCAAGCACAGCTGTACAGGTTTCTTTTCTTCTGTTCATTGGGCTTTCTTTCTATTGAGTGCCAAAATTTGCTCTCCCGTGTTCTGCATTGACATTTATGGCTACATTGTCTTGGTTAGGAGAGTGAGGTTGAAATTTTGAATTAGGCTAGCTGTTGTTTTTCAAGCAATAAGGACTGAAGTTGTAATTTTTTTATTGAAGTGCAAGAGTAAATTGTGACAATCTGAAGGGAAAAAAGAGTGCATGTTTACAATGGCATGAATGTCATGCTCTTTTGAATTTGAAATACTTCTGTCTTTCCATTCTATCATTAACGCAGTTACCGTAATGCCTCTTTTAGGCTATGGCTTTTTGTGTGTGTGTGTGTGTGGGGGGGGGGGGGGGGGGGGGGGGGGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGGGGGGGGGTTGAACATTATTTTATCCGTGTTGACTCATGACAGATGTTTGCAATTGAATAAGCAACAACTGTCTGATACTTCCCCATTGAAACCGTCAGCAAGTGTTGTCCAGCTCTGCGACAGTATGACTTATGAGGCTAATCAGGCCACAGAAAAAAATCGCGGATATGGTCGCGATCGCGTTATCGCGGAAACCGCTTGTAACAGATAAATAGAACGGATCTCGGCTAATGCGGTGTGAATTCTCTCAAAAAATCATATTAATAAGTTTAAGCTTTGTTTATACCTCTTAAGTTTAAAAAACATTATTTCAACACAATCTAACAAACCCCAAATCAATTGGAAACAACCTCTCTGGCATTGCAGGGGTAAGGTTGCGCACACCCGACCCCCCTTACCCCGCTCCTTGCGGGAGCCTCTTTGAGGCAATGGGGTAATGATAATAATGATGATAATGAATCTAACAAACCCCATTATAATGCTAGAGGGACATACAAATGATCATACAAAATATATTGTTTTTAAAATACATAACTAATTACTAAAATATTTTGTGTACAATTTGTACAAAAGAAAGGTGTAACGGAACAAAAAAAGCGTTCTAATGCGGCGAGTCACCGTTATGTAACGGGCGATGCGGGTAGAAAGATATGATTTTTGTCGCACCATTATTTAACGGGGGTTTCGCGGAACGGTAAATCCAAAATCCGTTACGGAACGACCGAGTTTTAATTCCATGAATCAGGCTGATTCATGAAGGTTGGGTAGGAAAGTTGGGTTTGAACTACCAGTTTGTAGTGAGAAATATTCACATGGTGCTTTGGCTGGAAGGTTATTTGTTGCTGCAGAAAAAAAATTGATTTATTCTGTTTGGTAATAAACTCGGGTTTCATTTCTTCTTGCAGTTGAGGCCTCGATTGGCAGCAAAGAGGCGGAAGTTTGATGTCTGTACTGCTAATGGCTCTGAGGCTGTTACAGAGGACGTAAGCAAGTGTACAGGCTCTGTTGATGCAGAAAGGAATTTGTAGTTTTGCTGAATTCGTAGTTTTTTTTTTTTTTAGCAAGGGAATTCGTAGTTTTGCTGCGCAATATATTGGTCANAGTTTTTTTTTTTTTTAGCAAGGGAATTCGTAGTTTTGCTGCGCAATATATTGGTCAATTCAATCAACGTAAATTCATGTGTCTGAGTTTGGTGCATGCTTTCTGACCATGTTGTATTCGAAACCAAAAGCAAGCATAGCTAGTGTACATGTAAAAAGGAACTAAGCTAGGTTTCGGTTCTGTCATCTGGGGTCGTTCGTGCCAAAATGTTAGAATCTATCCCTTACGTTTTTGATGTGGTTGTAGGGGAAAAATATCTTTGTATCAAACATAATGCGGTTGTTAAATCAATGAATTTGTTATTCATTTCCCGATTTTAGTATTTCTGGTGCTAACTGCTATCATTCTGTTGTACAGATTTATAAGCAACCAAATTGTGAATTAGGGATTATGAGATGTTTAGCTTGTTTTTATTCAGTTTTTTTAAGGAACAGGCCACACATAAACGGCGTGACAAATCGGCAAATATCGTATCGCCAACTTGAAAATCCCAATTA

mRNA sequence

CAACGAGGCTAGAAAGTTTGCAAAACACACTACCCCCCTTAAACCGTCTTGCTAATGGCGGAAGCTAAAGAGGCCATTCCAATGGCGACTGCAGAAGTACCACGCTCCTCTCTCACTCCTCTTGAAGTTCCAATGCAACTTCACGAAATCAATCGCCAAAAGCTCGTCAAATATCTTCAACAACACCTCACTGATTCTGGTCGCCCAATTCAAGGCATCGTTCTCCTTCAGGGTGGAGAAGAGAAGAATCGTTATTGCACCGATCATACCGAACTTTTCCGGCAGGAGAGTTATTTTGCTTACTTATTTGGAGTGAGGGAGCCAAGTTTCTACGGAGCTGTTGATATTGCCACAGGGAAATCTATCCTGTTTGCTCCACATCTCCCAGCAGAATACGCTGTTTGGATGGGGCAGATAAAACCACTGTCACATTATACGGAAAGGTATATGGTTAACATGGTCTGTTATGTGGATGAGATGGAAGAAGTTTTGCTCAATCTATACAAAGGAGAAGATAAACCTTTGCTGTTTCTATTGCATGGGCTTAATACAGACAGTGGCAATTTCTCAAAACCAGCAGAATTTAAGGGTATTGAGAATTTCAAAACAGATTTGAGTACATTGCATCCTATACTGACCGAGTGTCGTGTTATAAAGTCAAAGTTGGAGCTCGACGTTATCCAATATGCAACTGATATAAGCTCAGAGGCTCATGTTGAGGTAATGAGAAATACAAAAGTGGGCATGAAAGAATATCAATTGGAGAGCATGTTTCTCCATCACACCTATATGTATGGTGGATGTAGGCATTGCTCATACACATGTATTTGTGCCACAGGTGATAATAGTTCTGTTCTCCACTATGGGCATGCAGCAGCTCCCAATGAACGGACTTTTATGGATGGAAATATGGCATTGCTGGATATGGGAGCTGAATATCATTTTTATGGTTCTGACATAACCTGTTCGTTCCCTGTGAATGGAAAATTTACTGTTGATCAGCGTCTTATATACAATGCTGTCCTTGGTGCTCACAATTCTGTCATAGCCGCAATGAAACCTGGAGTAAGTTGGATAAATATGCACAAACTTGCAGAGAAAGTCATACTCGAGGCTTTAAAGAAAGGGAACATCATCACTGGTGATATCGAGGATATGATGACTCAAAGGCTGGGAGCTGTTTTTATGCCTCATGGTCTTGGCCACTTGCTAGGGATCGACACCCATGATCCAGGAGGCTATCCCAAGGGACTGGAGCGACCAAAAGAACCTGGGTTAAGTTCTCTACGCACAGCCCGAGAACTGAAGGAGGACATGGTAATCACAGTGGAGCCTGGGTGCTACTTCATCAGTGCGTTACTGATTCCAGCAATGGAAAGTTCAGAAACGTCAAAATTCTTCAATCCTGATGCTATAAGGAGATTTATGGTCTTTGGCGGTGTTCGAATTGAAAGTGATGTGTATGTCACATCAATTGGCTGCAAGAACATGACCAATGTTCCCCGCGAGACATGGGAGATTGAAGCTGTTATGGCAGGGGCGAAATGGCCGCTAGAGAAAGAAAGCACATGGATATCGATTATCATTTTGCGCCAATTTCTAGGGTTTCAAAGAGTGATGGATTCGAAACCCGAGACGGGGAATGCAGTTGATGGTGGTGTAGGGGTGTTGAATCATCATATTCAGAGTTGTTCACAGTTATCAGGTCTCAGCATTACATCTGAAAGTTCTGCCCCTAATTTTGTTTATCAAAGAAAGAGGATTCAAAAGAACCCTAATCCTGTTTTCCCAACCCTGTCACCTGATAATATTGCTTATGTCTATGAACGAAGGAAACATCAAAAGAGTGCACCCACTAATTTTACACTTATGGTCTCGGAAAATTCATCACCTATTAAAAGAGGGTTGAATGAAAGGGAGGGTACTAGGGTTTCTTCAATAGAGCAGCCATTGACAACTTCAGAAGCAATTGATGGTTATGTGACCGAGGACCGTGGTTTTGATGCAAAAGAAAAGAGGAACAAGGGTTTTGAGTTGTATAGCATAGATGATAGTTGTTCGTCGTCGTTGCTTAATGTGGATAGTGGTTCTTCTCCATTGAAGAGTAAAGTTGATGAAACTGATGAGTGTTCATCCTCTGGTGCACTTGTTGTAGATGTGATGGGAAACGACAAATCGCTATCAGTTAAAGGTCTTTGTGTTTCTATTCTTCGGAGTCATGGGTTGTTGTCTAATTATGAGTCAAACAGATCTGGTCTTTCTGAGGAAGATGCTCCTTCATGTAGTGGAAGCAGTTGTTCTCGCACTTGTAATGTTTGCGGTGTAGTTGGTACGGCCATTGACCTGCTAATTTGTGATGAGTGTGAGAAAGCATTCCATATATCTTGTTTCAATCCATGCATAAAGAAGATTCCCGATGATGATTGGTATTGTCAACCTTGCTCTAAAAAGAAGCATAACTTGTTAAAAGAGAGAGCCATTAGAAGGTCATCAATTATCAGAACTGGTAAAGGTTCTGTGTCATCTGAAGGAGATTTCAGTCCAATAGCACTGATGTTAAATGATTCTCAACCTTACATAACTGGTGTCCGGGTTGGTAAAGGATTCCAAGCATTTGTGCCTGAATGGTGTGGCCCTGTTGCAAGGAGAGGCACTGTCTTTCCTGAACCAATGGAGTTGGATCCATTGCAACCGGTTCATTTGCTGGGACCAACTTCTGGCAAGCATCGTAAGGCCTTTATTGGTAATTGGCTTCAGTGTAGAGATGTCATTGTTGGTATGGGAGATAGCATTGATGGAACTATATGTGGAAAGTGGCGCAGGGCTCCTCTGTTTGAGATCCAGACTGACAAATGGGATTGTTTTCGTTCTGTTCTTTGGGATCCTTCGCATGCTGATTGCTCTGTACCTCAGGAACTGGAAACTGAAGAAGTACTTAAGCAATTGAAGTACATTGAAATGTTGAGGCCTCGATTGGCAGCAAAGAGGCGGAAGTTTGATGTCTGTACTGCTAATGGCTCTGAGGCTGTTACAGAGGACGTAAGCAAGTGTACAGGCTCTGTTGATGCAGAAAGGAATTTGTAGTTTTGCTGAATTCGTAGTTTTTTTTTTTTTTAGCAAGGGAATTCGTAGTTTTGCTGCGCAATATATTGGTCANAGTTTTTTTTTTTTTTAGCAAGGGAATTCGTAGTTTTGCTGCGCAATATATTGGTCAATTCAATCAACGTAAATTCATGTGTCTGAGTTTGGTGCATGCTTTCTGACCATGTTGTATTCGAAACCAAAAGCAAGCATAGCTAGTGTACATGTAAAAAGGAACTAAGCTAGGTTTCGGTTCTGTCATCTGGGGTCGTTCGTGCCAAAATGTTAGAATCTATCCCTTACGTTTTTGATGTGGTTGTAGGGGAAAAATATCTTTGTATCAAACATAATGCGGTTGTTAAATCAATGAATTTGTTATTCATTTCCCGATTTTAGTATTTCTGGTGCTAACTGCTATCATTCTGTTGTACAGATTTATAAGCAACCAAATTGTGAATTAGGGATTATGAGATGTTTAGCTTGTTTTTATTCAGTTTTTTTAAGGAACAGGCCACACATAAACGGCGTGACAAATCGGCAAATATCGTATCGCCAACTTGAAAATCCCAATTA

Coding sequence (CDS)

ATGGCGGAAGCTAAAGAGGCCATTCCAATGGCGACTGCAGAAGTACCACGCTCCTCTCTCACTCCTCTTGAAGTTCCAATGCAACTTCACGAAATCAATCGCCAAAAGCTCGTCAAATATCTTCAACAACACCTCACTGATTCTGGTCGCCCAATTCAAGGCATCGTTCTCCTTCAGGGTGGAGAAGAGAAGAATCGTTATTGCACCGATCATACCGAACTTTTCCGGCAGGAGAGTTATTTTGCTTACTTATTTGGAGTGAGGGAGCCAAGTTTCTACGGAGCTGTTGATATTGCCACAGGGAAATCTATCCTGTTTGCTCCACATCTCCCAGCAGAATACGCTGTTTGGATGGGGCAGATAAAACCACTGTCACATTATACGGAAAGGTATATGGTTAACATGGTCTGTTATGTGGATGAGATGGAAGAAGTTTTGCTCAATCTATACAAAGGAGAAGATAAACCTTTGCTGTTTCTATTGCATGGGCTTAATACAGACAGTGGCAATTTCTCAAAACCAGCAGAATTTAAGGGTATTGAGAATTTCAAAACAGATTTGAGTACATTGCATCCTATACTGACCGAGTGTCGTGTTATAAAGTCAAAGTTGGAGCTCGACGTTATCCAATATGCAACTGATATAAGCTCAGAGGCTCATGTTGAGGTAATGAGAAATACAAAAGTGGGCATGAAAGAATATCAATTGGAGAGCATGTTTCTCCATCACACCTATATGTATGGTGGATGTAGGCATTGCTCATACACATGTATTTGTGCCACAGGTGATAATAGTTCTGTTCTCCACTATGGGCATGCAGCAGCTCCCAATGAACGGACTTTTATGGATGGAAATATGGCATTGCTGGATATGGGAGCTGAATATCATTTTTATGGTTCTGACATAACCTGTTCGTTCCCTGTGAATGGAAAATTTACTGTTGATCAGCGTCTTATATACAATGCTGTCCTTGGTGCTCACAATTCTGTCATAGCCGCAATGAAACCTGGAGTAAGTTGGATAAATATGCACAAACTTGCAGAGAAAGTCATACTCGAGGCTTTAAAGAAAGGGAACATCATCACTGGTGATATCGAGGATATGATGACTCAAAGGCTGGGAGCTGTTTTTATGCCTCATGGTCTTGGCCACTTGCTAGGGATCGACACCCATGATCCAGGAGGCTATCCCAAGGGACTGGAGCGACCAAAAGAACCTGGGTTAAGTTCTCTACGCACAGCCCGAGAACTGAAGGAGGACATGGTAATCACAGTGGAGCCTGGGTGCTACTTCATCAGTGCGTTACTGATTCCAGCAATGGAAAGTTCAGAAACGTCAAAATTCTTCAATCCTGATGCTATAAGGAGATTTATGGTCTTTGGCGGTGTTCGAATTGAAAGTGATGTGTATGTCACATCAATTGGCTGCAAGAACATGACCAATGTTCCCCGCGAGACATGGGAGATTGAAGCTGTTATGGCAGGGGCGAAATGGCCGCTAGAGAAAGAAAGCACATGGATATCGATTATCATTTTGCGCCAATTTCTAGGGTTTCAAAGAGTGATGGATTCGAAACCCGAGACGGGGAATGCAGTTGATGGTGGTGTAGGGGTGTTGAATCATCATATTCAGAGTTGTTCACAGTTATCAGGTCTCAGCATTACATCTGAAAGTTCTGCCCCTAATTTTGTTTATCAAAGAAAGAGGATTCAAAAGAACCCTAATCCTGTTTTCCCAACCCTGTCACCTGATAATATTGCTTATGTCTATGAACGAAGGAAACATCAAAAGAGTGCACCCACTAATTTTACACTTATGGTCTCGGAAAATTCATCACCTATTAAAAGAGGGTTGAATGAAAGGGAGGGTACTAGGGTTTCTTCAATAGAGCAGCCATTGACAACTTCAGAAGCAATTGATGGTTATGTGACCGAGGACCGTGGTTTTGATGCAAAAGAAAAGAGGAACAAGGGTTTTGAGTTGTATAGCATAGATGATAGTTGTTCGTCGTCGTTGCTTAATGTGGATAGTGGTTCTTCTCCATTGAAGAGTAAAGTTGATGAAACTGATGAGTGTTCATCCTCTGGTGCACTTGTTGTAGATGTGATGGGAAACGACAAATCGCTATCAGTTAAAGGTCTTTGTGTTTCTATTCTTCGGAGTCATGGGTTGTTGTCTAATTATGAGTCAAACAGATCTGGTCTTTCTGAGGAAGATGCTCCTTCATGTAGTGGAAGCAGTTGTTCTCGCACTTGTAATGTTTGCGGTGTAGTTGGTACGGCCATTGACCTGCTAATTTGTGATGAGTGTGAGAAAGCATTCCATATATCTTGTTTCAATCCATGCATAAAGAAGATTCCCGATGATGATTGGTATTGTCAACCTTGCTCTAAAAAGAAGCATAACTTGTTAAAAGAGAGAGCCATTAGAAGGTCATCAATTATCAGAACTGGTAAAGGTTCTGTGTCATCTGAAGGAGATTTCAGTCCAATAGCACTGATGTTAAATGATTCTCAACCTTACATAACTGGTGTCCGGGTTGGTAAAGGATTCCAAGCATTTGTGCCTGAATGGTGTGGCCCTGTTGCAAGGAGAGGCACTGTCTTTCCTGAACCAATGGAGTTGGATCCATTGCAACCGGTTCATTTGCTGGGACCAACTTCTGGCAAGCATCGTAAGGCCTTTATTGGTAATTGGCTTCAGTGTAGAGATGTCATTGTTGGTATGGGAGATAGCATTGATGGAACTATATGTGGAAAGTGGCGCAGGGCTCCTCTGTTTGAGATCCAGACTGACAAATGGGATTGTTTTCGTTCTGTTCTTTGGGATCCTTCGCATGCTGATTGCTCTGTACCTCAGGAACTGGAAACTGAAGAAGTACTTAAGCAATTGAAGTACATTGAAATGTTGAGGCCTCGATTGGCAGCAAAGAGGCGGAAGTTTGATGTCTGTACTGCTAATGGCTCTGAGGCTGTTACAGAGGACGTAAGCAAGTGTACAGGCTCTGTTGATGCAGAAAGGAATTTGTAG

Protein sequence

MAEAKEAIPMATAEVPRSSLTPLEVPMQLHEINRQKLVKYLQQHLTDSGRPIQGIVLLQGGEEKNRYCTDHTELFRQESYFAYLFGVREPSFYGAVDIATGKSILFAPHLPAEYAVWMGQIKPLSHYTERYMVNMVCYVDEMEEVLLNLYKGEDKPLLFLLHGLNTDSGNFSKPAEFKGIENFKTDLSTLHPILTECRVIKSKLELDVIQYATDISSEAHVEVMRNTKVGMKEYQLESMFLHHTYMYGGCRHCSYTCICATGDNSSVLHYGHAAAPNERTFMDGNMALLDMGAEYHFYGSDITCSFPVNGKFTVDQRLIYNAVLGAHNSVIAAMKPGVSWINMHKLAEKVILEALKKGNIITGDIEDMMTQRLGAVFMPHGLGHLLGIDTHDPGGYPKGLERPKEPGLSSLRTARELKEDMVITVEPGCYFISALLIPAMESSETSKFFNPDAIRRFMVFGGVRIESDVYVTSIGCKNMTNVPRETWEIEAVMAGAKWPLEKESTWISIIILRQFLGFQRVMDSKPETGNAVDGGVGVLNHHIQSCSQLSGLSITSESSAPNFVYQRKRIQKNPNPVFPTLSPDNIAYVYERRKHQKSAPTNFTLMVSENSSPIKRGLNEREGTRVSSIEQPLTTSEAIDGYVTEDRGFDAKEKRNKGFELYSIDDSCSSSLLNVDSGSSPLKSKVDETDECSSSGALVVDVMGNDKSLSVKGLCVSILRSHGLLSNYESNRSGLSEEDAPSCSGSSCSRTCNVCGVVGTAIDLLICDECEKAFHISCFNPCIKKIPDDDWYCQPCSKKKHNLLKERAIRRSSIIRTGKGSVSSEGDFSPIALMLNDSQPYITGVRVGKGFQAFVPEWCGPVARRGTVFPEPMELDPLQPVHLLGPTSGKHRKAFIGNWLQCRDVIVGMGDSIDGTICGKWRRAPLFEIQTDKWDCFRSVLWDPSHADCSVPQELETEEVLKQLKYIEMLRPRLAAKRRKFDVCTANGSEAVTEDVSKCTGSVDAERNL

Relationships

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


Feature Name	Unique Name	Type
Spo00502	Spo00502	gene

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


Feature Name	Unique Name	Type
Spo00502.1	Spo00502.1-protein	polypeptide

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


Feature Name	Unique Name	Type
Spo00502.1.utr5p.1	Spo00502.1.utr5p.1	five_prime_UTR

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


Feature Name	Unique Name	Type
Spo00502.1.CDS.24	Spo00502.1.CDS.24	CDS
Spo00502.1.CDS.23	Spo00502.1.CDS.23	CDS
Spo00502.1.CDS.22	Spo00502.1.CDS.22	CDS
Spo00502.1.CDS.21	Spo00502.1.CDS.21	CDS
Spo00502.1.CDS.20	Spo00502.1.CDS.20	CDS
Spo00502.1.CDS.19	Spo00502.1.CDS.19	CDS
Spo00502.1.CDS.18	Spo00502.1.CDS.18	CDS
Spo00502.1.CDS.17	Spo00502.1.CDS.17	CDS
Spo00502.1.CDS.16	Spo00502.1.CDS.16	CDS
Spo00502.1.CDS.15	Spo00502.1.CDS.15	CDS
Spo00502.1.CDS.14	Spo00502.1.CDS.14	CDS
Spo00502.1.CDS.13	Spo00502.1.CDS.13	CDS
Spo00502.1.CDS.12	Spo00502.1.CDS.12	CDS
Spo00502.1.CDS.11	Spo00502.1.CDS.11	CDS
Spo00502.1.CDS.10	Spo00502.1.CDS.10	CDS
Spo00502.1.CDS.9	Spo00502.1.CDS.9	CDS
Spo00502.1.CDS.8	Spo00502.1.CDS.8	CDS
Spo00502.1.CDS.7	Spo00502.1.CDS.7	CDS
Spo00502.1.CDS.6	Spo00502.1.CDS.6	CDS
Spo00502.1.CDS.5	Spo00502.1.CDS.5	CDS
Spo00502.1.CDS.4	Spo00502.1.CDS.4	CDS
Spo00502.1.CDS.3	Spo00502.1.CDS.3	CDS
Spo00502.1.CDS.2	Spo00502.1.CDS.2	CDS
Spo00502.1.CDS.1	Spo00502.1.CDS.1	CDS

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


Feature Name	Unique Name	Type
Spo00502.1.utr3p.1	Spo00502.1.utr3p.1	three_prime_UTR

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


Feature Name	Unique Name	Type
Spo00502.1.exon.24	Spo00502.1.exon.24	exon
Spo00502.1.exon.23	Spo00502.1.exon.23	exon
Spo00502.1.exon.22	Spo00502.1.exon.22	exon
Spo00502.1.exon.21	Spo00502.1.exon.21	exon
Spo00502.1.exon.20	Spo00502.1.exon.20	exon
Spo00502.1.exon.19	Spo00502.1.exon.19	exon
Spo00502.1.exon.18	Spo00502.1.exon.18	exon
Spo00502.1.exon.17	Spo00502.1.exon.17	exon
Spo00502.1.exon.16	Spo00502.1.exon.16	exon
Spo00502.1.exon.15	Spo00502.1.exon.15	exon
Spo00502.1.exon.14	Spo00502.1.exon.14	exon
Spo00502.1.exon.13	Spo00502.1.exon.13	exon
Spo00502.1.exon.12	Spo00502.1.exon.12	exon
Spo00502.1.exon.11	Spo00502.1.exon.11	exon
Spo00502.1.exon.10	Spo00502.1.exon.10	exon
Spo00502.1.exon.9	Spo00502.1.exon.9	exon
Spo00502.1.exon.8	Spo00502.1.exon.8	exon
Spo00502.1.exon.7	Spo00502.1.exon.7	exon
Spo00502.1.exon.6	Spo00502.1.exon.6	exon
Spo00502.1.exon.5	Spo00502.1.exon.5	exon
Spo00502.1.exon.4	Spo00502.1.exon.4	exon
Spo00502.1.exon.3	Spo00502.1.exon.3	exon
Spo00502.1.exon.2	Spo00502.1.exon.2	exon
Spo00502.1.exon.1	Spo00502.1.exon.1	exon

Homology

[Close]

BLAST of Spo00502.1 vs. NCBI nr
Match: gi|902231892|gb|KNA22433.1| (hypothetical protein SOVF_033800 [Spinacia oleracea])

HSP 1 Score: 1013.8 bits (2620), Expect = 2.000e-292
Identity = 492/493 (99.80%), Postives = 493/493 (100.00%), Query Frame = 1


		  
Query: 10  MATAEVPRSSLTPLEVPMQLHEINRQKLVKYLQQHLTDSGRPIQGIVLLQGGEEKNRYCT 69
           MATAEVPRSSLTPLEVPMQLHEINRQKLVKYLQQHLTDSGRPIQGIVLLQGGEEKNRYCT
Sbjct: 1   MATAEVPRSSLTPLEVPMQLHEINRQKLVKYLQQHLTDSGRPIQGIVLLQGGEEKNRYCT 60

Query: 70  DHTELFRQESYFAYLFGVREPSFYGAVDIATGKSILFAPHLPAEYAVWMGQIKPLSHYTE 129
           DHTELFRQESYFAYLFGVREPSFYGAVDIATGKSILFAPHLPAEYAVWMGQIKPLSHYTE
Sbjct: 61  DHTELFRQESYFAYLFGVREPSFYGAVDIATGKSILFAPHLPAEYAVWMGQIKPLSHYTE 120

Query: 130 RYMVNMVCYVDEMEEVLLNLYKGEDKPLLFLLHGLNTDSGNFSKPAEFKGIENFKTDLST 189
           RYMVNMVCYVDEMEEVLLNLYKGEDKPLLFLLHGLNTDSGNFSKPAEFKGIENFKTDLST
Sbjct: 121 RYMVNMVCYVDEMEEVLLNLYKGEDKPLLFLLHGLNTDSGNFSKPAEFKGIENFKTDLST 180

Query: 190 LHPILTECRVIKSKLELDVIQYATDISSEAHVEVMRNTKVGMKEYQLESMFLHHTYMYGG 249
           LHPILTECRVIKSKLELDVIQYATDISSEAHVEVMRNTKVGMKEYQLESMFLHHTYMYGG
Sbjct: 181 LHPILTECRVIKSKLELDVIQYATDISSEAHVEVMRNTKVGMKEYQLESMFLHHTYMYGG 240

Query: 250 CRHCSYTCICATGDNSSVLHYGHAAAPNERTFMDGNMALLDMGAEYHFYGSDITCSFPVN 309
           CRHCSYTCICATGDNSSVLHYGHAAAPNERTFMDG+MALLDMGAEYHFYGSDITCSFPVN
Sbjct: 241 CRHCSYTCICATGDNSSVLHYGHAAAPNERTFMDGDMALLDMGAEYHFYGSDITCSFPVN 300

Query: 310 GKFTVDQRLIYNAVLGAHNSVIAAMKPGVSWINMHKLAEKVILEALKKGNIITGDIEDMM 369
           GKFTVDQRLIYNAVLGAHNSVIAAMKPGVSWINMHKLAEKVILEALKKGNIITGDIEDMM
Sbjct: 301 GKFTVDQRLIYNAVLGAHNSVIAAMKPGVSWINMHKLAEKVILEALKKGNIITGDIEDMM 360

Query: 370 TQRLGAVFMPHGLGHLLGIDTHDPGGYPKGLERPKEPGLSSLRTARELKEDMVITVEPGC 429
           TQRLGAVFMPHGLGHLLGIDTHDPGGYPKGLERPKEPGLSSLRTARELKEDMVITVEPGC
Sbjct: 361 TQRLGAVFMPHGLGHLLGIDTHDPGGYPKGLERPKEPGLSSLRTARELKEDMVITVEPGC 420

Query: 430 YFISALLIPAMESSETSKFFNPDAIRRFMVFGGVRIESDVYVTSIGCKNMTNVPRETWEI 489
           YFISALLIPAMESSETSKFFNPDAIRRFMVFGGVRIESDVYVTSIGCKNMTNVPRETWEI
Sbjct: 421 YFISALLIPAMESSETSKFFNPDAIRRFMVFGGVRIESDVYVTSIGCKNMTNVPRETWEI 480

Query: 490 EAVMAGAKWPLEK 503
           EAVMAGAKWPLEK
Sbjct: 481 EAVMAGAKWPLEK 493

[Close]

BLAST of Spo00502.1 vs. NCBI nr
Match: gi|902231891|gb|KNA22432.1| (hypothetical protein SOVF_033790 [Spinacia oleracea])

HSP 1 Score: 999.6 bits (2583), Expect = 4.000e-288
Identity = 487/488 (99.80%), Postives = 488/488 (100.00%), Query Frame = 1


		  
Query: 522  MDSKPETGNAVDGGVGVLNHHIQSCSQLSGLSITSESSAPNFVYQRKRIQKNPNPVFPTL 581
            MDSKPETGNAVDGGVGVLNHHIQSCSQLSGLSITSESSAPNFVYQRKRIQKNPNPVFPTL
Sbjct: 1    MDSKPETGNAVDGGVGVLNHHIQSCSQLSGLSITSESSAPNFVYQRKRIQKNPNPVFPTL 60

Query: 582  SPDNIAYVYERRKHQKSAPTNFTLMVSENSSPIKRGLNEREGTRVSSIEQPLTTSEAIDG 641
            SPDNIAYVYERRKHQKSAPTNFTLMVSENSSPIKRGLNEREGTRVSSIEQPLTTSEAIDG
Sbjct: 61   SPDNIAYVYERRKHQKSAPTNFTLMVSENSSPIKRGLNEREGTRVSSIEQPLTTSEAIDG 120

Query: 642  YVTEDRGFDAKEKRNKGFELYSIDDSCSSSLLNVDSGSSPLKSKVDETDECSSSGALVVD 701
            YVTEDRGFDAKEKRNKGF+LYSIDDSCSSSLLNVDSGSSPLKSKVDETDECSSSGALVVD
Sbjct: 121  YVTEDRGFDAKEKRNKGFDLYSIDDSCSSSLLNVDSGSSPLKSKVDETDECSSSGALVVD 180

Query: 702  VMGNDKSLSVKGLCVSILRSHGLLSNYESNRSGLSEEDAPSCSGSSCSRTCNVCGVVGTA 761
            VMGNDKSLSVKGLCVSILRSHGLLSNYESNRSGLSEEDAPSCSGSSCSRTCNVCGVVGTA
Sbjct: 181  VMGNDKSLSVKGLCVSILRSHGLLSNYESNRSGLSEEDAPSCSGSSCSRTCNVCGVVGTA 240

Query: 762  IDLLICDECEKAFHISCFNPCIKKIPDDDWYCQPCSKKKHNLLKERAIRRSSIIRTGKGS 821
            IDLLICDECEKAFHISCFNPCIKKIPDDDWYCQPCSKKKHNLLKERAIRRSSIIRTGKGS
Sbjct: 241  IDLLICDECEKAFHISCFNPCIKKIPDDDWYCQPCSKKKHNLLKERAIRRSSIIRTGKGS 300

Query: 822  VSSEGDFSPIALMLNDSQPYITGVRVGKGFQAFVPEWCGPVARRGTVFPEPMELDPLQPV 881
            VSSEGDFSPIALMLNDSQPYITGVRVGKGFQAFVPEWCGPVARRGTVFPEPMELDPLQPV
Sbjct: 301  VSSEGDFSPIALMLNDSQPYITGVRVGKGFQAFVPEWCGPVARRGTVFPEPMELDPLQPV 360

Query: 882  HLLGPTSGKHRKAFIGNWLQCRDVIVGMGDSIDGTICGKWRRAPLFEIQTDKWDCFRSVL 941
            HLLGPTSGKHRKAFIGNWLQCRDVIVGMGDSIDGTICGKWRRAPLFEIQTDKWDCFRSVL
Sbjct: 361  HLLGPTSGKHRKAFIGNWLQCRDVIVGMGDSIDGTICGKWRRAPLFEIQTDKWDCFRSVL 420

Query: 942  WDPSHADCSVPQELETEEVLKQLKYIEMLRPRLAAKRRKFDVCTANGSEAVTEDVSKCTG 1001
            WDPSHADCSVPQELETEEVLKQLKYIEMLRPRLAAKRRKFDVCTANGSEAVTEDVSKCTG
Sbjct: 421  WDPSHADCSVPQELETEEVLKQLKYIEMLRPRLAAKRRKFDVCTANGSEAVTEDVSKCTG 480

Query: 1002 SVDAERNL 1010
            SVDAERNL
Sbjct: 481  SVDAERNL 488

[Close]

BLAST of Spo00502.1 vs. NCBI nr
Match: gi|731373074|ref|XP_010666538.1| (PREDICTED: xaa-Pro dipeptidase [Beta vulgaris subsp. vulgaris])

HSP 1 Score: 917.5 bits (2370), Expect = 2.000e-263
Identity = 441/502 (87.85%), Postives = 470/502 (93.63%), Query Frame = 1


		  
Query: 1   MAEAKEAIPMATAEVPRSSLTPLEVPMQLHEINRQKLVKYLQQHLTDSGRPIQGIVLLQG 60
           M EAKE I MA+   P SSL+P EVPMQLH INR+KLVK LQQHL DSGRPIQG+VLLQG
Sbjct: 1   MTEAKEVISMAS---PCSSLSPPEVPMQLHVINREKLVKSLQQHLADSGRPIQGLVLLQG 60

Query: 61  GEEKNRYCTDHTELFRQESYFAYLFGVREPSFYGAVDIATGKSILFAPHLPAEYAVWMGQ 120
           GEEK RYCTDH+ELFRQESYFAYLFGVREP FYGA+D+ATGKSILFAP LP EYAVWMG 
Sbjct: 61  GEEKTRYCTDHSELFRQESYFAYLFGVREPGFYGAIDVATGKSILFAPRLPKEYAVWMGD 120

Query: 121 IKPLSHYTERYMVNMVCYVDEMEEVLLNLYKGEDKPLLFLLHGLNTDSGNFSKPAEFKGI 180
           IKP S++ E YMVN+V YVDEMEEVL++ Y GEDK +L+LLHGLNTDSGNFSKPAEFKGI
Sbjct: 121 IKPQSYFMECYMVNLVSYVDEMEEVLVSQYDGEDKCVLYLLHGLNTDSGNFSKPAEFKGI 180

Query: 181 ENFKTDLSTLHPILTECRVIKSKLELDVIQYATDISSEAHVEVMRNTKVGMKEYQLESMF 240
           ENF+TDLSTLHPILTECRV+KSKLELDVIQYA DISSEAHVEVMRNTKVGMKEYQ+ES+F
Sbjct: 181 ENFETDLSTLHPILTECRVLKSKLELDVIQYANDISSEAHVEVMRNTKVGMKEYQMESLF 240

Query: 241 LHHTYMYGGCRHCSYTCICATGDNSSVLHYGHAAAPNERTFMDGNMALLDMGAEYHFYGS 300
           LHHTYMYGGCRHCSYTCICATG+NSSVLHYGHAAAPNERTFMDG+MALLDMGAEYHFYGS
Sbjct: 241 LHHTYMYGGCRHCSYTCICATGENSSVLHYGHAAAPNERTFMDGDMALLDMGAEYHFYGS 300

Query: 301 DITCSFPVNGKFTVDQRLIYNAVLGAHNSVIAAMKPGVSWINMHKLAEKVILEALKKGNI 360
           DITCSFPVNGKFT DQRLIYNAVL AHNSVIAAM+PGVSW+NMHKLAEK+IL+ LKKGNI
Sbjct: 301 DITCSFPVNGKFTADQRLIYNAVLDAHNSVIAAMRPGVSWLNMHKLAEKIILDGLKKGNI 360

Query: 361 ITGDIEDMMTQRLGAVFMPHGLGHLLGIDTHDPGGYPKGLERPKEPGLSSLRTARELKED 420
           ITGDI+DMM+QRLGAVFMPHGLGHLLGIDTHDPGGYPKGLERPKEPGL SLRTARELKED
Sbjct: 361 ITGDIDDMMSQRLGAVFMPHGLGHLLGIDTHDPGGYPKGLERPKEPGLKSLRTARELKED 420

Query: 421 MVITVEPGCYFISALLIPAMESSETSKFFNPDAIRRFMVFGGVRIESDVYVTSIGCKNMT 480
           MVITVEPGCYFISALLIPAME+S+TSKFFNPD IRRFMVFGGVRIESDV+VTS GCKNMT
Sbjct: 421 MVITVEPGCYFISALLIPAMENSDTSKFFNPDTIRRFMVFGGVRIESDVHVTSTGCKNMT 480

Query: 481 NVPRETWEIEAVMAGAKWPLEK 503
           NVPRETWEIEAVMAG KWP EK
Sbjct: 481 NVPRETWEIEAVMAGGKWPPEK 499

[Close]

BLAST of Spo00502.1 vs. NCBI nr
Match: gi|870842688|gb|KMS96044.1| (hypothetical protein BVRB_002720 [Beta vulgaris subsp. vulgaris])

HSP 1 Score: 909.8 bits (2350), Expect = 4.100e-261
Identity = 433/487 (88.91%), Postives = 461/487 (94.66%), Query Frame = 1


		  
Query: 16  PRSSLTPLEVPMQLHEINRQKLVKYLQQHLTDSGRPIQGIVLLQGGEEKNRYCTDHTELF 75
           P SSL+P EVPMQLH INR+KLVK LQQHL DSGRPIQG+VLLQGGEEK RYCTDH+ELF
Sbjct: 4   PCSSLSPPEVPMQLHVINREKLVKSLQQHLADSGRPIQGLVLLQGGEEKTRYCTDHSELF 63

Query: 76  RQESYFAYLFGVREPSFYGAVDIATGKSILFAPHLPAEYAVWMGQIKPLSHYTERYMVNM 135
           RQESYFAYLFGVREP FYGA+D+ATGKSILFAP LP EYAVWMG IKP S++ E YMVN+
Sbjct: 64  RQESYFAYLFGVREPGFYGAIDVATGKSILFAPRLPKEYAVWMGDIKPQSYFMECYMVNL 123

Query: 136 VCYVDEMEEVLLNLYKGEDKPLLFLLHGLNTDSGNFSKPAEFKGIENFKTDLSTLHPILT 195
           V YVDEMEEVL++ Y GEDK +L+LLHGLNTDSGNFSKPAEFKGIENF+TDLSTLHPILT
Sbjct: 124 VSYVDEMEEVLVSQYDGEDKCVLYLLHGLNTDSGNFSKPAEFKGIENFETDLSTLHPILT 183

Query: 196 ECRVIKSKLELDVIQYATDISSEAHVEVMRNTKVGMKEYQLESMFLHHTYMYGGCRHCSY 255
           ECRV+KSKLELDVIQYA DISSEAHVEVMRNTKVGMKEYQ+ES+FLHHTYMYGGCRHCSY
Sbjct: 184 ECRVLKSKLELDVIQYANDISSEAHVEVMRNTKVGMKEYQMESLFLHHTYMYGGCRHCSY 243

Query: 256 TCICATGDNSSVLHYGHAAAPNERTFMDGNMALLDMGAEYHFYGSDITCSFPVNGKFTVD 315
           TCICATG+NSSVLHYGHAAAPNERTFMDG+MALLDMGAEYHFYGSDITCSFPVNGKFT D
Sbjct: 244 TCICATGENSSVLHYGHAAAPNERTFMDGDMALLDMGAEYHFYGSDITCSFPVNGKFTAD 303

Query: 316 QRLIYNAVLGAHNSVIAAMKPGVSWINMHKLAEKVILEALKKGNIITGDIEDMMTQRLGA 375
           QRLIYNAVL AHNSVIAAM+PGVSW+NMHKLAEK+IL+ LKKGNIITGDI+DMM+QRLGA
Sbjct: 304 QRLIYNAVLDAHNSVIAAMRPGVSWLNMHKLAEKIILDGLKKGNIITGDIDDMMSQRLGA 363

Query: 376 VFMPHGLGHLLGIDTHDPGGYPKGLERPKEPGLSSLRTARELKEDMVITVEPGCYFISAL 435
           VFMPHGLGHLLGIDTHDPGGYPKGLERPKEPGL SLRTARELKEDMVITVEPGCYFISAL
Sbjct: 364 VFMPHGLGHLLGIDTHDPGGYPKGLERPKEPGLKSLRTARELKEDMVITVEPGCYFISAL 423

Query: 436 LIPAMESSETSKFFNPDAIRRFMVFGGVRIESDVYVTSIGCKNMTNVPRETWEIEAVMAG 495
           LIPAME+S+TSKFFNPD IRRFMVFGGVRIESDV+VTS GCKNMTNVPRETWEIEAVMAG
Sbjct: 424 LIPAMENSDTSKFFNPDTIRRFMVFGGVRIESDVHVTSTGCKNMTNVPRETWEIEAVMAG 483

Query: 496 AKWPLEK 503
            KWP EK
Sbjct: 484 GKWPPEK 490

[Close]

BLAST of Spo00502.1 vs. NCBI nr
Match: gi|817499302|gb|AKF43198.1| (metallopeptidase M24 family protein [Hypseocharis bilobata])

HSP 1 Score: 822.8 bits (2124), Expect = 6.700e-235
Identity = 395/505 (78.22%), Postives = 438/505 (86.73%), Query Frame = 1


		  
Query: 1   MAEAKEAIPMATAEVP-RSSLTPLEVPMQLHEINRQKLVKYLQQHLTDSGRPIQGIVLLQ 60
           M EA+EA  M +A  P RSSLTP EVP +LH  NR+KL+K ++QHL+DS RP+ G VLLQ
Sbjct: 1   MGEAREATAMVSASSPSRSSLTPPEVPFELHVGNREKLLKSIRQHLSDSSRPLHGFVLLQ 60

Query: 61  GGEEKNRYCTDHTELFRQESYFAYLFGVREPSFYGAVDIATGKSILFAPHLPAEYAVWMG 120
           GGEEK RYCTDH ELFRQESYFAYLFGVREP FYGA+DIATG SILFAP LPA+YAVW+G
Sbjct: 61  GGEEKTRYCTDHIELFRQESYFAYLFGVREPGFYGAIDIATGNSILFAPRLPADYAVWLG 120

Query: 121 QIKPLSHYTERYMVNMVCYVDEMEEVLLNLYKGEDKPLLFLLHGLNTDSGNFSKPAEFKG 180
           +IK LS++ ERYMV++V Y DE+ +VL N Y G  KPLLFLLHGLNTDS NFSKPA+FKG
Sbjct: 121 EIKSLSYFKERYMVSLVYYTDEIAQVLCNQYSGSGKPLLFLLHGLNTDSDNFSKPADFKG 180

Query: 181 IENFKTDLSTLHPILTECRVIKSKLELDVIQYATDISSEAHVEVMRNTKVGMKEYQLESM 240
           +E F+TDL+ LHPILTECRVIKS LEL +IQ+A DISSEAHVEVMR T+  MKEYQLESM
Sbjct: 181 MEKFETDLTALHPILTECRVIKSDLELALIQFANDISSEAHVEVMRKTRANMKEYQLESM 240

Query: 241 FLHHTYMYGGCRHCSYTCICATGDNSSVLHYGHAAAPNERTFMDGNMALLDMGAEYHFYG 300
           FLHHTYMYGGCRHCSYTCICATG N +VLHYGHAAAPNERT  DG+MALLDMGAEYHFYG
Sbjct: 241 FLHHTYMYGGCRHCSYTCICATGANGAVLHYGHAAAPNERTLEDGDMALLDMGAEYHFYG 300

Query: 301 SDITCSFPVNGKFTVDQRLIYNAVLGAHNSVIAAMKPGVSWINMHKLAEKVILEALKKGN 360
           SDITCSFPVNGKFT DQ LIYNAVL AHN+VI++MKPGVSWI+MHKLAEK IL +LKKG 
Sbjct: 301 SDITCSFPVNGKFTSDQTLIYNAVLEAHNAVISSMKPGVSWIDMHKLAEKTILGSLKKGC 360

Query: 361 IITGDIEDMMTQRLGAVFMPHGLGHLLGIDTHDPGGYPKGLERPKEPGLSSLRTARELKE 420
           II GD++DMM +RLGA+FMPHGLGH LGIDTHDPGGY KG+ERPKEPGL SLRT+RELKE
Sbjct: 361 IIVGDVDDMMAERLGAIFMPHGLGHFLGIDTHDPGGYSKGMERPKEPGLRSLRTSRELKE 420

Query: 421 DMVITVEPGCYFISALLIPAMESSETSKFFNPDAIRRFMVFGGVRIESDVYVTSIGCKNM 480
            MVITVEPGCYFI ALLIPAMESS TSKFFN + I RF  FGGVRIESDV+VT+ GCKNM
Sbjct: 421 GMVITVEPGCYFIDALLIPAMESSNTSKFFNRETIGRFKNFGGVRIESDVHVTANGCKNM 480

Query: 481 TNVPRETWEIEAVMAGAKWPLEKES 505
           T  PRETWEIEAVMAGA WPL+K S
Sbjct: 481 TKCPRETWEIEAVMAGAPWPLDKTS 505

[Close]

BLAST of Spo00502.1 vs. UniProtKB/TrEMBL
Match: A0A0K9RSJ3_SPIOL (Uncharacterized protein OS=Spinacia oleracea GN=SOVF_033800 PE=3 SV=1)

HSP 1 Score: 1013.8 bits (2620), Expect = 1.400e-292
Identity = 492/493 (99.80%), Postives = 493/493 (100.00%), Query Frame = 1


		  
Query: 10  MATAEVPRSSLTPLEVPMQLHEINRQKLVKYLQQHLTDSGRPIQGIVLLQGGEEKNRYCT 69
           MATAEVPRSSLTPLEVPMQLHEINRQKLVKYLQQHLTDSGRPIQGIVLLQGGEEKNRYCT
Sbjct: 1   MATAEVPRSSLTPLEVPMQLHEINRQKLVKYLQQHLTDSGRPIQGIVLLQGGEEKNRYCT 60

Query: 70  DHTELFRQESYFAYLFGVREPSFYGAVDIATGKSILFAPHLPAEYAVWMGQIKPLSHYTE 129
           DHTELFRQESYFAYLFGVREPSFYGAVDIATGKSILFAPHLPAEYAVWMGQIKPLSHYTE
Sbjct: 61  DHTELFRQESYFAYLFGVREPSFYGAVDIATGKSILFAPHLPAEYAVWMGQIKPLSHYTE 120

Query: 130 RYMVNMVCYVDEMEEVLLNLYKGEDKPLLFLLHGLNTDSGNFSKPAEFKGIENFKTDLST 189
           RYMVNMVCYVDEMEEVLLNLYKGEDKPLLFLLHGLNTDSGNFSKPAEFKGIENFKTDLST
Sbjct: 121 RYMVNMVCYVDEMEEVLLNLYKGEDKPLLFLLHGLNTDSGNFSKPAEFKGIENFKTDLST 180

Query: 190 LHPILTECRVIKSKLELDVIQYATDISSEAHVEVMRNTKVGMKEYQLESMFLHHTYMYGG 249
           LHPILTECRVIKSKLELDVIQYATDISSEAHVEVMRNTKVGMKEYQLESMFLHHTYMYGG
Sbjct: 181 LHPILTECRVIKSKLELDVIQYATDISSEAHVEVMRNTKVGMKEYQLESMFLHHTYMYGG 240

Query: 250 CRHCSYTCICATGDNSSVLHYGHAAAPNERTFMDGNMALLDMGAEYHFYGSDITCSFPVN 309
           CRHCSYTCICATGDNSSVLHYGHAAAPNERTFMDG+MALLDMGAEYHFYGSDITCSFPVN
Sbjct: 241 CRHCSYTCICATGDNSSVLHYGHAAAPNERTFMDGDMALLDMGAEYHFYGSDITCSFPVN 300

Query: 310 GKFTVDQRLIYNAVLGAHNSVIAAMKPGVSWINMHKLAEKVILEALKKGNIITGDIEDMM 369
           GKFTVDQRLIYNAVLGAHNSVIAAMKPGVSWINMHKLAEKVILEALKKGNIITGDIEDMM
Sbjct: 301 GKFTVDQRLIYNAVLGAHNSVIAAMKPGVSWINMHKLAEKVILEALKKGNIITGDIEDMM 360

Query: 370 TQRLGAVFMPHGLGHLLGIDTHDPGGYPKGLERPKEPGLSSLRTARELKEDMVITVEPGC 429
           TQRLGAVFMPHGLGHLLGIDTHDPGGYPKGLERPKEPGLSSLRTARELKEDMVITVEPGC
Sbjct: 361 TQRLGAVFMPHGLGHLLGIDTHDPGGYPKGLERPKEPGLSSLRTARELKEDMVITVEPGC 420

Query: 430 YFISALLIPAMESSETSKFFNPDAIRRFMVFGGVRIESDVYVTSIGCKNMTNVPRETWEI 489
           YFISALLIPAMESSETSKFFNPDAIRRFMVFGGVRIESDVYVTSIGCKNMTNVPRETWEI
Sbjct: 421 YFISALLIPAMESSETSKFFNPDAIRRFMVFGGVRIESDVYVTSIGCKNMTNVPRETWEI 480

Query: 490 EAVMAGAKWPLEK 503
           EAVMAGAKWPLEK
Sbjct: 481 EAVMAGAKWPLEK 493

[Close]

BLAST of Spo00502.1 vs. UniProtKB/TrEMBL
Match: A0A0K9RUB9_SPIOL (Uncharacterized protein OS=Spinacia oleracea GN=SOVF_033790 PE=4 SV=1)

HSP 1 Score: 999.6 bits (2583), Expect = 2.800e-288
Identity = 487/488 (99.80%), Postives = 488/488 (100.00%), Query Frame = 1


		  
Query: 522  MDSKPETGNAVDGGVGVLNHHIQSCSQLSGLSITSESSAPNFVYQRKRIQKNPNPVFPTL 581
            MDSKPETGNAVDGGVGVLNHHIQSCSQLSGLSITSESSAPNFVYQRKRIQKNPNPVFPTL
Sbjct: 1    MDSKPETGNAVDGGVGVLNHHIQSCSQLSGLSITSESSAPNFVYQRKRIQKNPNPVFPTL 60

Query: 582  SPDNIAYVYERRKHQKSAPTNFTLMVSENSSPIKRGLNEREGTRVSSIEQPLTTSEAIDG 641
            SPDNIAYVYERRKHQKSAPTNFTLMVSENSSPIKRGLNEREGTRVSSIEQPLTTSEAIDG
Sbjct: 61   SPDNIAYVYERRKHQKSAPTNFTLMVSENSSPIKRGLNEREGTRVSSIEQPLTTSEAIDG 120

Query: 642  YVTEDRGFDAKEKRNKGFELYSIDDSCSSSLLNVDSGSSPLKSKVDETDECSSSGALVVD 701
            YVTEDRGFDAKEKRNKGF+LYSIDDSCSSSLLNVDSGSSPLKSKVDETDECSSSGALVVD
Sbjct: 121  YVTEDRGFDAKEKRNKGFDLYSIDDSCSSSLLNVDSGSSPLKSKVDETDECSSSGALVVD 180

Query: 702  VMGNDKSLSVKGLCVSILRSHGLLSNYESNRSGLSEEDAPSCSGSSCSRTCNVCGVVGTA 761
            VMGNDKSLSVKGLCVSILRSHGLLSNYESNRSGLSEEDAPSCSGSSCSRTCNVCGVVGTA
Sbjct: 181  VMGNDKSLSVKGLCVSILRSHGLLSNYESNRSGLSEEDAPSCSGSSCSRTCNVCGVVGTA 240

Query: 762  IDLLICDECEKAFHISCFNPCIKKIPDDDWYCQPCSKKKHNLLKERAIRRSSIIRTGKGS 821
            IDLLICDECEKAFHISCFNPCIKKIPDDDWYCQPCSKKKHNLLKERAIRRSSIIRTGKGS
Sbjct: 241  IDLLICDECEKAFHISCFNPCIKKIPDDDWYCQPCSKKKHNLLKERAIRRSSIIRTGKGS 300

Query: 822  VSSEGDFSPIALMLNDSQPYITGVRVGKGFQAFVPEWCGPVARRGTVFPEPMELDPLQPV 881
            VSSEGDFSPIALMLNDSQPYITGVRVGKGFQAFVPEWCGPVARRGTVFPEPMELDPLQPV
Sbjct: 301  VSSEGDFSPIALMLNDSQPYITGVRVGKGFQAFVPEWCGPVARRGTVFPEPMELDPLQPV 360

Query: 882  HLLGPTSGKHRKAFIGNWLQCRDVIVGMGDSIDGTICGKWRRAPLFEIQTDKWDCFRSVL 941
            HLLGPTSGKHRKAFIGNWLQCRDVIVGMGDSIDGTICGKWRRAPLFEIQTDKWDCFRSVL
Sbjct: 361  HLLGPTSGKHRKAFIGNWLQCRDVIVGMGDSIDGTICGKWRRAPLFEIQTDKWDCFRSVL 420

Query: 942  WDPSHADCSVPQELETEEVLKQLKYIEMLRPRLAAKRRKFDVCTANGSEAVTEDVSKCTG 1001
            WDPSHADCSVPQELETEEVLKQLKYIEMLRPRLAAKRRKFDVCTANGSEAVTEDVSKCTG
Sbjct: 421  WDPSHADCSVPQELETEEVLKQLKYIEMLRPRLAAKRRKFDVCTANGSEAVTEDVSKCTG 480

Query: 1002 SVDAERNL 1010
            SVDAERNL
Sbjct: 481  SVDAERNL 488

[Close]

BLAST of Spo00502.1 vs. UniProtKB/TrEMBL
Match: A0A0J8B4E6_BETVU (Uncharacterized protein OS=Beta vulgaris subsp. vulgaris GN=BVRB_002720 PE=3 SV=1)

HSP 1 Score: 909.8 bits (2350), Expect = 2.900e-261
Identity = 433/487 (88.91%), Postives = 461/487 (94.66%), Query Frame = 1


		  
Query: 16  PRSSLTPLEVPMQLHEINRQKLVKYLQQHLTDSGRPIQGIVLLQGGEEKNRYCTDHTELF 75
           P SSL+P EVPMQLH INR+KLVK LQQHL DSGRPIQG+VLLQGGEEK RYCTDH+ELF
Sbjct: 4   PCSSLSPPEVPMQLHVINREKLVKSLQQHLADSGRPIQGLVLLQGGEEKTRYCTDHSELF 63

Query: 76  RQESYFAYLFGVREPSFYGAVDIATGKSILFAPHLPAEYAVWMGQIKPLSHYTERYMVNM 135
           RQESYFAYLFGVREP FYGA+D+ATGKSILFAP LP EYAVWMG IKP S++ E YMVN+
Sbjct: 64  RQESYFAYLFGVREPGFYGAIDVATGKSILFAPRLPKEYAVWMGDIKPQSYFMECYMVNL 123

Query: 136 VCYVDEMEEVLLNLYKGEDKPLLFLLHGLNTDSGNFSKPAEFKGIENFKTDLSTLHPILT 195
           V YVDEMEEVL++ Y GEDK +L+LLHGLNTDSGNFSKPAEFKGIENF+TDLSTLHPILT
Sbjct: 124 VSYVDEMEEVLVSQYDGEDKCVLYLLHGLNTDSGNFSKPAEFKGIENFETDLSTLHPILT 183

Query: 196 ECRVIKSKLELDVIQYATDISSEAHVEVMRNTKVGMKEYQLESMFLHHTYMYGGCRHCSY 255
           ECRV+KSKLELDVIQYA DISSEAHVEVMRNTKVGMKEYQ+ES+FLHHTYMYGGCRHCSY
Sbjct: 184 ECRVLKSKLELDVIQYANDISSEAHVEVMRNTKVGMKEYQMESLFLHHTYMYGGCRHCSY 243

Query: 256 TCICATGDNSSVLHYGHAAAPNERTFMDGNMALLDMGAEYHFYGSDITCSFPVNGKFTVD 315
           TCICATG+NSSVLHYGHAAAPNERTFMDG+MALLDMGAEYHFYGSDITCSFPVNGKFT D
Sbjct: 244 TCICATGENSSVLHYGHAAAPNERTFMDGDMALLDMGAEYHFYGSDITCSFPVNGKFTAD 303

Query: 316 QRLIYNAVLGAHNSVIAAMKPGVSWINMHKLAEKVILEALKKGNIITGDIEDMMTQRLGA 375
           QRLIYNAVL AHNSVIAAM+PGVSW+NMHKLAEK+IL+ LKKGNIITGDI+DMM+QRLGA
Sbjct: 304 QRLIYNAVLDAHNSVIAAMRPGVSWLNMHKLAEKIILDGLKKGNIITGDIDDMMSQRLGA 363

Query: 376 VFMPHGLGHLLGIDTHDPGGYPKGLERPKEPGLSSLRTARELKEDMVITVEPGCYFISAL 435
           VFMPHGLGHLLGIDTHDPGGYPKGLERPKEPGL SLRTARELKEDMVITVEPGCYFISAL
Sbjct: 364 VFMPHGLGHLLGIDTHDPGGYPKGLERPKEPGLKSLRTARELKEDMVITVEPGCYFISAL 423

Query: 436 LIPAMESSETSKFFNPDAIRRFMVFGGVRIESDVYVTSIGCKNMTNVPRETWEIEAVMAG 495
           LIPAME+S+TSKFFNPD IRRFMVFGGVRIESDV+VTS GCKNMTNVPRETWEIEAVMAG
Sbjct: 424 LIPAMENSDTSKFFNPDTIRRFMVFGGVRIESDVHVTSTGCKNMTNVPRETWEIEAVMAG 483

Query: 496 AKWPLEK 503
            KWP EK
Sbjct: 484 GKWPPEK 490

[Close]

BLAST of Spo00502.1 vs. UniProtKB/TrEMBL
Match: A0A0G2T3M3_9ROSI (Metallopeptidase M24 family protein OS=Hypseocharis bilobata GN=m24 PE=2 SV=1)

HSP 1 Score: 822.8 bits (2124), Expect = 4.600e-235
Identity = 395/505 (78.22%), Postives = 438/505 (86.73%), Query Frame = 1


		  
Query: 1   MAEAKEAIPMATAEVP-RSSLTPLEVPMQLHEINRQKLVKYLQQHLTDSGRPIQGIVLLQ 60
           M EA+EA  M +A  P RSSLTP EVP +LH  NR+KL+K ++QHL+DS RP+ G VLLQ
Sbjct: 1   MGEAREATAMVSASSPSRSSLTPPEVPFELHVGNREKLLKSIRQHLSDSSRPLHGFVLLQ 60

Query: 61  GGEEKNRYCTDHTELFRQESYFAYLFGVREPSFYGAVDIATGKSILFAPHLPAEYAVWMG 120
           GGEEK RYCTDH ELFRQESYFAYLFGVREP FYGA+DIATG SILFAP LPA+YAVW+G
Sbjct: 61  GGEEKTRYCTDHIELFRQESYFAYLFGVREPGFYGAIDIATGNSILFAPRLPADYAVWLG 120

Query: 121 QIKPLSHYTERYMVNMVCYVDEMEEVLLNLYKGEDKPLLFLLHGLNTDSGNFSKPAEFKG 180
           +IK LS++ ERYMV++V Y DE+ +VL N Y G  KPLLFLLHGLNTDS NFSKPA+FKG
Sbjct: 121 EIKSLSYFKERYMVSLVYYTDEIAQVLCNQYSGSGKPLLFLLHGLNTDSDNFSKPADFKG 180

Query: 181 IENFKTDLSTLHPILTECRVIKSKLELDVIQYATDISSEAHVEVMRNTKVGMKEYQLESM 240
           +E F+TDL+ LHPILTECRVIKS LEL +IQ+A DISSEAHVEVMR T+  MKEYQLESM
Sbjct: 181 MEKFETDLTALHPILTECRVIKSDLELALIQFANDISSEAHVEVMRKTRANMKEYQLESM 240

Query: 241 FLHHTYMYGGCRHCSYTCICATGDNSSVLHYGHAAAPNERTFMDGNMALLDMGAEYHFYG 300
           FLHHTYMYGGCRHCSYTCICATG N +VLHYGHAAAPNERT  DG+MALLDMGAEYHFYG
Sbjct: 241 FLHHTYMYGGCRHCSYTCICATGANGAVLHYGHAAAPNERTLEDGDMALLDMGAEYHFYG 300

Query: 301 SDITCSFPVNGKFTVDQRLIYNAVLGAHNSVIAAMKPGVSWINMHKLAEKVILEALKKGN 360
           SDITCSFPVNGKFT DQ LIYNAVL AHN+VI++MKPGVSWI+MHKLAEK IL +LKKG 
Sbjct: 301 SDITCSFPVNGKFTSDQTLIYNAVLEAHNAVISSMKPGVSWIDMHKLAEKTILGSLKKGC 360

Query: 361 IITGDIEDMMTQRLGAVFMPHGLGHLLGIDTHDPGGYPKGLERPKEPGLSSLRTARELKE 420
           II GD++DMM +RLGA+FMPHGLGH LGIDTHDPGGY KG+ERPKEPGL SLRT+RELKE
Sbjct: 361 IIVGDVDDMMAERLGAIFMPHGLGHFLGIDTHDPGGYSKGMERPKEPGLRSLRTSRELKE 420

Query: 421 DMVITVEPGCYFISALLIPAMESSETSKFFNPDAIRRFMVFGGVRIESDVYVTSIGCKNM 480
            MVITVEPGCYFI ALLIPAMESS TSKFFN + I RF  FGGVRIESDV+VT+ GCKNM
Sbjct: 421 GMVITVEPGCYFIDALLIPAMESSNTSKFFNRETIGRFKNFGGVRIESDVHVTANGCKNM 480

Query: 481 TNVPRETWEIEAVMAGAKWPLEKES 505
           T  PRETWEIEAVMAGA WPL+K S
Sbjct: 481 TKCPRETWEIEAVMAGAPWPLDKTS 505

[Close]

BLAST of Spo00502.1 vs. UniProtKB/TrEMBL
Match: F6HGR9_VITVI (Putative uncharacterized protein OS=Vitis vinifera GN=VIT_11s0016g02540 PE=3 SV=1)

HSP 1 Score: 820.5 bits (2118), Expect = 2.300e-234
Identity = 393/487 (80.70%), Postives = 432/487 (88.71%), Query Frame = 1


		  
Query: 18  SSLTPLEVPMQLHEINRQKLVKYLQQHLTDSGRPIQGIVLLQGGEEKNRYCTDHTELFRQ 77
           SSLTP EVPM+LH INR KLVK L QHLT+S  P+ G VLLQGGEE+ R+ TDH ELFRQ
Sbjct: 4   SSLTPPEVPMELHAINRGKLVKSLLQHLTESTHPLHGFVLLQGGEEQTRHDTDHAELFRQ 63

Query: 78  ESYFAYLFGVREPSFYGAVDIATGKSILFAPHLPAEYAVWMGQIKPLSHYTERYMVNMVC 137
           ESYFAYLFGVREP FYGA+DIATGKSILFAP LPAEYAVW+G+IKPLS++ ERYMV+ VC
Sbjct: 64  ESYFAYLFGVREPGFYGAIDIATGKSILFAPRLPAEYAVWLGEIKPLSYFKERYMVSKVC 123

Query: 138 YVDEMEEVLLNLYKGEDKPLLFLLHGLNTDSGNFSKPAEFKGIENFKTDLSTLHPILTEC 197
           Y DE+  VL + YK + KPLLFLLHGLNTDS NFSKPAEF+GIE FKTDL+TLHPIL EC
Sbjct: 124 YTDEIAGVLHDEYKEQGKPLLFLLHGLNTDSNNFSKPAEFEGIEKFKTDLNTLHPILAEC 183

Query: 198 RVIKSKLELDVIQYATDISSEAHVEVMRNTKVGMKEYQLESMFLHHTYMYGGCRHCSYTC 257
           RV KS LEL +IQYA DISSEAHVEVMR T VGMKEYQLESMFLHHTYMYGGCRHCSYTC
Sbjct: 184 RVFKSDLELALIQYANDISSEAHVEVMRKTTVGMKEYQLESMFLHHTYMYGGCRHCSYTC 243

Query: 258 ICATGDNSSVLHYGHAAAPNERTFMDGNMALLDMGAEYHFYGSDITCSFPVNGKFTVDQR 317
           ICATG NS+VLHYGHAAAPN+RTF DG+MALLDMGAEYHFYGSDITCSFPVNGKFT DQR
Sbjct: 244 ICATGGNSAVLHYGHAAAPNDRTFEDGDMALLDMGAEYHFYGSDITCSFPVNGKFTSDQR 303

Query: 318 LIYNAVLGAHNSVIAAMKPGVSWINMHKLAEKVILEALKKGNIITGDIEDMMTQRLGAVF 377
           LIYNAVL AHN+VI+AMKPGV+WI+MHKLAEK+IL++LKKG I+ GD++DMM +RLGAVF
Sbjct: 304 LIYNAVLQAHNTVISAMKPGVNWIDMHKLAEKIILDSLKKGCIVVGDVDDMMVKRLGAVF 363

Query: 378 MPHGLGHLLGIDTHDPGGYPKGLERPKEPGLSSLRTARELKEDMVITVEPGCYFISALLI 437
           MPHGLGH LGIDTHD GGY +GLERPKEPGL SLRT R+L+E MVITVEPGCYFI ALL 
Sbjct: 364 MPHGLGHFLGIDTHDTGGYLEGLERPKEPGLKSLRTVRDLQEGMVITVEPGCYFIDALLA 423

Query: 438 PAMESSETSKFFNPDAIRRFMVFGGVRIESDVYVTSIGCKNMTNVPRETWEIEAVMAGAK 497
           PAME+SETSKFFN + I RF  FGGVRIESDV+VTS GCKNMTNVPRETWEIEAVMAG+ 
Sbjct: 424 PAMENSETSKFFNHEIIGRFKSFGGVRIESDVHVTSNGCKNMTNVPRETWEIEAVMAGSP 483

Query: 498 WPLEKES 505
           WPL+K S
Sbjct: 484 WPLDKSS 490

[Close]

BLAST of Spo00502.1 vs. ExPASy Swiss-Prot
Match: PEPD_HUMAN (Xaa-Pro dipeptidase OS=Homo sapiens GN=PEPD PE=1 SV=3)

HSP 1 Score: 520.4 bits (1339), Expect = 4.400e-146
Identity = 257/474 (54.22%), Postives = 330/474 (69.62%), Query Frame = 1


		  
Query: 23  LEVPMQLHEINRQKLVKYLQQH-LTDSGRPIQGIVLLQGGEEKNRYCTDHTELFRQESYF 82
           L+VP+ L  +NRQ+L + L+++    +G     IV+LQGGEE  RYCTD   LFRQES+F
Sbjct: 16  LKVPLALFALNRQRLCERLRKNPAVQAG----SIVVLQGGEETQRYCTDTGVLFRQESFF 75

Query: 83  AYLFGVREPSFYGAVDIATGKSILFAPHLPAEYAVWMGQIKPLSHYTERYMVNMVCYVDE 142
            + FGV EP  YG +D+ TGKS LF P LPA +A WMG+I    H+ E+Y V+ V YVDE
Sbjct: 76  HWAFGVTEPGCYGVIDVDTGKSTLFVPRLPASHATWMGKIHSKEHFKEKYAVDDVQYVDE 135

Query: 143 MEEVLLNLYKGEDKPLLFLLHGLNTDSGNFSKPAEFKGIENFKTDLSTLHPILTECRVIK 202
           +  VL +    +   +L  L G+NTDSG+  + A F GI  F+ + + LHP + ECRV K
Sbjct: 136 IASVLTS----QKPSVLLTLRGVNTDSGSVCREASFDGISKFEVNNTILHPEIVECRVFK 195

Query: 203 SKLELDVIQYATDISSEAHVEVMRNTKVGMKEYQLESMFLHHTYMYGGCRHCSYTCICAT 262
           + +EL+V++Y   ISSEAH EVM+  KVGMKEY+LES+F H+ Y  GG RH SYTCIC +
Sbjct: 196 TDMELEVLRYTNKISSEAHREVMKAVKVGMKEYELESLFEHYCYSRGGMRHSSYTCICGS 255

Query: 263 GDNSSVLHYGHAAAPNERTFMDGNMALLDMGAEYHFYGSDITCSFPVNGKFTVDQRLIYN 322
           G+NS+VLHYGHA APN+RT  +G+M L DMG EY+ + SDITCSFP NGKFT DQ+ +Y 
Sbjct: 256 GENSAVLHYGHAGAPNDRTIQNGDMCLFDMGGEYYCFASDITCSFPANGKFTADQKAVYE 315

Query: 323 AVLGAHNSVIAAMKPGVSWINMHKLAEKVILEALKKGNIITGDIEDMMTQRLGAVFMPHG 382
           AVL +  +V+ AMKPGV W +MH+LA+++ LE L    I++G ++ M+   LGAVFMPHG
Sbjct: 316 AVLRSSRAVMGAMKPGVWWPDMHRLADRIHLEELAHMGILSGSVDAMVQAHLGAVFMPHG 375

Query: 383 LGHLLGIDTHDPGGYPKGLERPKEPGLSSLRTARELKEDMVITVEPGCYFISALLIPAME 442
           LGH LGID HD GGYP+G+ER  EPGL SLRTAR L+  MV+TVEPG YFI  LL  A+ 
Sbjct: 376 LGHFLGIDVHDVGGYPEGVERIDEPGLRSLRTARHLQPGMVLTVEPGIYFIDHLLDEALA 435

Query: 443 SSETSKFFNPDAIRRFMVFGGVRIESDVYVTSIGCKNMTNVPRETWEIEAVMAG 496
               + F N + ++RF  FGGVRIE DV VT  G + +T VPR   EIEA MAG
Sbjct: 436 DPARASFLNREVLQRFRGFGGVRIEEDVVVTDSGIELLTCVPRTVEEIEACMAG 481

[Close]

BLAST of Spo00502.1 vs. ExPASy Swiss-Prot
Match: PEPD_PONAB (Xaa-Pro dipeptidase OS=Pongo abelii GN=PEPD PE=2 SV=1)

HSP 1 Score: 514.6 bits (1324), Expect = 2.400e-144
Identity = 255/474 (53.80%), Postives = 329/474 (69.41%), Query Frame = 1


		  
Query: 23  LEVPMQLHEINRQKLVKYLQQH-LTDSGRPIQGIVLLQGGEEKNRYCTDHTELFRQESYF 82
           L+VP+ L  +NRQ+L + L+++    +G     IV+LQGGEE  RYCTD   LFRQES+F
Sbjct: 16  LKVPVALFALNRQRLCERLRKNPAVQAG----SIVVLQGGEETLRYCTDTEVLFRQESFF 75

Query: 83  AYLFGVREPSFYGAVDIATGKSILFAPHLPAEYAVWMGQIKPLSHYTERYMVNMVCYVDE 142
            + FGV EP  YG +D+ TGKS LF P LPA YA WMG+I    H+ E+Y ++ V Y DE
Sbjct: 76  HWAFGVTEPGCYGVIDVDTGKSTLFVPRLPASYATWMGKIHSKEHFKEKYAMDDVQYTDE 135

Query: 143 MEEVLLNLYKGEDKPLLFLLHGLNTDSGNFSKPAEFKGIENFKTDLSTLHPILTECRVIK 202
           ++ VL +    +   +L  L G+NTDSG+  + A F GI  F+ + + LHP + ECRV K
Sbjct: 136 IDSVLTS----QKPSVLLTLRGVNTDSGSVCREASFDGISKFEVNNTILHPEIVECRVFK 195

Query: 203 SKLELDVIQYATDISSEAHVEVMRNTKVGMKEYQLESMFLHHTYMYGGCRHCSYTCICAT 262
           + +EL+V++Y   ISSEAH EVM+  KVGMKEY+LES+F H+ Y  GG RH SYTCIC +
Sbjct: 196 TDMELEVLRYTNKISSEAHREVMKAVKVGMKEYELESLFEHYCYSRGGMRHSSYTCICGS 255

Query: 263 GDNSSVLHYGHAAAPNERTFMDGNMALLDMGAEYHFYGSDITCSFPVNGKFTVDQRLIYN 322
           G+NS+VLHYGHA APN+RT  +G+M L DMG EY+ + SDITCSFP NGKFT DQ+ +Y 
Sbjct: 256 GENSAVLHYGHAGAPNDRTIQNGDMCLFDMGGEYYCFASDITCSFPANGKFTADQKAVYE 315

Query: 323 AVLGAHNSVIAAMKPGVSWINMHKLAEKVILEALKKGNIITGDIEDMMTQRLGAVFMPHG 382
           AVL +  +V+ AMKPGV W +M +LA+++ LE L    I++G ++ M+   LGAV MPHG
Sbjct: 316 AVLRSSRAVMGAMKPGVWWPDMRRLADRIHLEELAHTGILSGSVDAMVQAHLGAVSMPHG 375

Query: 383 LGHLLGIDTHDPGGYPKGLERPKEPGLSSLRTARELKEDMVITVEPGCYFISALLIPAME 442
           LGH LGID HD GGYP+G+ER  EPGL SLRTAR L+  MV+TVEPG YFI  LL  A+ 
Sbjct: 376 LGHFLGIDVHDVGGYPEGVERIDEPGLRSLRTARHLQPGMVLTVEPGIYFIDHLLDEALA 435

Query: 443 SSETSKFFNPDAIRRFMVFGGVRIESDVYVTSIGCKNMTNVPRETWEIEAVMAG 496
               + FFN + ++RF  FGGVRIE DV VT  G + +T VPR   EIEA MAG
Sbjct: 436 DPAHACFFNREVLQRFRGFGGVRIEEDVVVTDSGMELLTCVPRTVEEIEACMAG 481

[Close]

BLAST of Spo00502.1 vs. ExPASy Swiss-Prot
Match: PEPD_RAT (Xaa-Pro dipeptidase OS=Rattus norvegicus GN=Pepd PE=2 SV=1)

HSP 1 Score: 513.1 bits (1320), Expect = 7.100e-144
Identity = 257/489 (52.56%), Postives = 336/489 (68.71%), Query Frame = 1


		  
Query: 10  MATAEVPRSSL--TPLEVPMQLHEINRQKLVKYLQQH-LTDSGRPIQGIVLLQGGEEKNR 69
           MA+   P  SL    L+VP+ L  +NRQ+L + L+++    +G      V+LQGGEE  R
Sbjct: 1   MASTVRPSFSLGNETLKVPLALFALNRQRLCERLRKNGAVQAG----SAVVLQGGEEMQR 60

Query: 70  YCTDHTELFRQESYFAYLFGVREPSFYGAVDIATGKSILFAPHLPAEYAVWMGQIKPLSH 129
           YCTD + +FRQES+F + FGV E   YG +D+ TGKS LF P LPA YA WMG+I    H
Sbjct: 61  YCTDTSIIFRQESFFHWAFGVIESGCYGVIDVDTGKSTLFVPRLPASYATWMGKIHSKEH 120

Query: 130 YTERYMVNMVCYVDEMEEVLLNLYKGEDKPLLFLLHGLNTDSGNFSKPAEFKGIENFKTD 189
           + E+Y V+ V Y DE+  VL +     +  +L  L G+NTDSGN  + A F+GI  F  +
Sbjct: 121 FKEKYAVDDVQYADEIASVLTS----RNPSVLLTLRGVNTDSGNVCREASFEGISKFTVN 180

Query: 190 LSTLHPILTECRVIKSKLELDVIQYATDISSEAHVEVMRNTKVGMKEYQLESMFLHHTYM 249
            + LHP + ECRV K+ +EL+V++Y   ISSEAH EVM+  KVGMKEY++ES+F H+ Y 
Sbjct: 181 NTILHPEIVECRVFKTDMELEVLRYTNRISSEAHREVMKAVKVGMKEYEMESLFQHYCYS 240

Query: 250 YGGCRHCSYTCICATGDNSSVLHYGHAAAPNERTFMDGNMALLDMGAEYHFYGSDITCSF 309
            GG RH SYTCIC +G+N++VLHYGHA APN+RT  DG++ L DMG EY+ + SDITCSF
Sbjct: 241 KGGMRHTSYTCICCSGENAAVLHYGHAGAPNDRTIKDGDICLFDMGGEYYCFASDITCSF 300

Query: 310 PVNGKFTVDQRLIYNAVLGAHNSVIAAMKPGVSWINMHKLAEKVILEALKKGNIITGDIE 369
           P NGKFT DQ+ IY AVL +  +V++ MKPGV W +MH+LA+++ LE L +  +++G ++
Sbjct: 301 PANGKFTDDQKAIYEAVLRSCRTVMSTMKPGVWWPDMHRLADRIHLEELTRIGLLSGSVD 360

Query: 370 DMMTQRLGAVFMPHGLGHLLGIDTHDPGGYPKGLERPKEPGLSSLRTARELKEDMVITVE 429
            M+   LGAVFMPHGLGH LG+D HD GGYP+G+ER  EPGL SLRTAR L+  MV+TVE
Sbjct: 361 AMLQVHLGAVFMPHGLGHFLGLDVHDVGGYPEGVERIDEPGLRSLRTARHLEPGMVLTVE 420

Query: 430 PGCYFISALLIPAMESSETSKFFNPDAIRRFMVFGGVRIESDVYVTSIGCKNMTNVPRET 489
           PG YFI  LL  A+     + FFN + ++RF  FGGVRIE DV VT  G + +T VPR  
Sbjct: 421 PGIYFIDHLLDQALADPAQACFFNQEVLQRFRNFGGVRIEEDVVVTDSGMELLTCVPRTV 480

Query: 490 WEIEAVMAG 496
            EIEA MAG
Sbjct: 481 EEIEACMAG 481

[Close]

BLAST of Spo00502.1 vs. ExPASy Swiss-Prot
Match: PEPD_MOUSE (Xaa-Pro dipeptidase OS=Mus musculus GN=Pepd PE=1 SV=3)

HSP 1 Score: 507.3 bits (1305), Expect = 3.900e-142
Identity = 253/488 (51.84%), Postives = 333/488 (68.24%), Query Frame = 1


		  
Query: 10  MATAEVPRSSL--TPLEVPMQLHEINRQKLVKYLQQHLTDSGRPIQGIVLLQGGEEKNRY 69
           MA+   P  SL    L+VP+ L  +NRQ+L + L+++           V+LQGGEE  RY
Sbjct: 1   MASTVRPSFSLGNETLKVPLALFALNRQRLCERLRKN---GAVQAASAVVLQGGEEMQRY 60

Query: 70  CTDHTELFRQESYFAYLFGVREPSFYGAVDIATGKSILFAPHLPAEYAVWMGQIKPLSHY 129
           CTD + +FRQES+F + FGV E   YG +D+ TGKS LF P LP  YA WMG+I    ++
Sbjct: 61  CTDTSIIFRQESFFHWAFGVVESGCYGVIDVDTGKSTLFVPRLPDSYATWMGKIHSKEYF 120

Query: 130 TERYMVNMVCYVDEMEEVLLNLYKGEDKPLLFLLHGLNTDSGNFSKPAEFKGIENFKTDL 189
            E+Y V+ V Y DE+  VL +     +  +L  L G+NTDSG+  + A F+GI  F  + 
Sbjct: 121 KEKYAVDDVQYTDEIASVLTS----RNPSVLLTLRGVNTDSGSVCREASFEGISKFNVNN 180

Query: 190 STLHPILTECRVIKSKLELDVIQYATDISSEAHVEVMRNTKVGMKEYQLESMFLHHTYMY 249
           + LHP + ECRV K+ +EL+V++Y   ISSEAH EVM+  KVGMKEY++ES+F H+ Y  
Sbjct: 181 TILHPEIVECRVFKTDMELEVLRYTNRISSEAHREVMKAVKVGMKEYEMESLFQHYCYSR 240

Query: 250 GGCRHCSYTCICATGDNSSVLHYGHAAAPNERTFMDGNMALLDMGAEYHFYGSDITCSFP 309
           GG RH SYTCIC +G+N++VLHYGHA APN+RT  DG++ L DMG EY+ + SDITCSFP
Sbjct: 241 GGMRHTSYTCICCSGENAAVLHYGHAGAPNDRTIKDGDICLFDMGGEYYCFASDITCSFP 300

Query: 310 VNGKFTVDQRLIYNAVLGAHNSVIAAMKPGVSWINMHKLAEKVILEALKKGNIITGDIED 369
            NGKFT DQ+ IY AVL +  +V++ MKPGV W +MH+LA+++ LE L +  +++G ++ 
Sbjct: 301 ANGKFTEDQKAIYEAVLRSCRTVMSTMKPGVWWPDMHRLADRIHLEELARIGLLSGSVDA 360

Query: 370 MMTQRLGAVFMPHGLGHLLGIDTHDPGGYPKGLERPKEPGLSSLRTARELKEDMVITVEP 429
           M+   LGAVFMPHGLGH LG+D HD GGYP+G+ER  EPGL SLRTAR L+  MV+TVEP
Sbjct: 361 MLQVHLGAVFMPHGLGHFLGLDVHDVGGYPEGVERIDEPGLRSLRTARHLEPGMVLTVEP 420

Query: 430 GCYFISALLIPAMESSETSKFFNPDAIRRFMVFGGVRIESDVYVTSIGCKNMTNVPRETW 489
           G YFI  LL  A+     + FFN + ++RF  FGGVRIE DV VT  G + +T VPR   
Sbjct: 421 GIYFIDHLLDQALADPAQACFFNQEVLQRFRNFGGVRIEEDVVVTDSGMELLTCVPRTVE 480

Query: 490 EIEAVMAG 496
           EIEA MAG
Sbjct: 481 EIEACMAG 481

[Close]

BLAST of Spo00502.1 vs. ExPASy Swiss-Prot
Match: PEPD_DICDI (Xaa-Pro dipeptidase OS=Dictyostelium discoideum GN=pepd PE=1 SV=1)

HSP 1 Score: 456.1 bits (1172), Expect = 1.000e-126
Identity = 232/474 (48.95%), Postives = 305/474 (64.35%), Query Frame = 1


		  
Query: 23  LEVPMQLHEINRQKLVKYLQQHLTDSGRPIQGIVLLQGGEEKNRYCTDHTELFRQESYFA 82
           L+VP+ LH+ NRQ+LV  +     D  +     +LL+ G+   +Y TDH  LF+QE YF 
Sbjct: 35  LKVPLVLHKENRQRLVSQILSKHKDQVKE-NSFILLESGKSTMQYDTDHEPLFKQERYFF 94

Query: 83  YLFGVREPSFYGAVDI-ATGKSILFAPHLPAEYAVWMGQIKPLSHYTERYMVNMVCYVDE 142
           + FG   P  +G V +     SIL  P LPAEYA WMG+I+   +Y   ++V+ V YVDE
Sbjct: 95  WTFGSDIPDCFGIVGLDEQATSILCIPKLPAEYATWMGEIRSKEYYKSIFLVDQVLYVDE 154

Query: 143 MEEVLLNLYKGEDKPLLFLLHGLNTDSGNFSKPAEFKGI-ENFKTDLSTLHPILTECRVI 202
           M + L    K ++   ++ + G NTDSG+     ++ G+ E F  + + L P + ECRVI
Sbjct: 155 MMDYL----KSKNASTIYTILGTNTDSGSTFVEPQYPGLRETFNVNNTLLFPEIAECRVI 214

Query: 203 KSKLELDVIQYATDISSEAHVEVMRNTKVGMKEYQLESMFLHHTYMYGGCRHCSYTCICA 262
           KS  E++VI+Y  D S  AH  VMR  KVG+KEYQ ES FLHH Y   GCR+  YTCICA
Sbjct: 215 KSPKEVEVIRYCVDASVSAHKHVMRKVKVGLKEYQCESEFLHHVYNEWGCRNVGYTCICA 274

Query: 263 TGDNSSVLHYGHAAAPNERTFMDGNMALLDMGAEYHFYGSDITCSFPVNGKFTVDQRLIY 322
              NS+VLHYGHA  PN  T  +    L DMGAEYH Y +DITCSFP  GKF+ +QR++Y
Sbjct: 275 ANKNSAVLHYGHAGEPNSATISENGFCLFDMGAEYHSYTADITCSFPATGKFSPEQRVVY 334

Query: 323 NAVLGAHNSVIAAMKPGVSWINMHKLAEKVILEALKKGNIITGDIEDMMTQRLGAVFMPH 382
            AVL A  +V+ AM+PGVSW++MHKLAE+ IL AL K  I+ GD++D++  ++G+VF PH
Sbjct: 335 QAVLDASVAVMEAMRPGVSWVDMHKLAERCILAALLKAGILVGDLQDLIANKIGSVFFPH 394

Query: 383 GLGHLLGIDTHDPGGYPKGLERPKEPGLSSLRTARELKEDMVITVEPGCYFISALLIPAM 442
           GLGH LG+DTHD GGY        +P + SLRT R LK  MVIT EPGCYFI+ LL  A+
Sbjct: 395 GLGHFLGLDTHDVGGYLGDC----QPKVHSLRTTRTLKAGMVITSEPGCYFINHLLTQAL 454

Query: 443 ESSETSKFFNPDAIRRFMVFGGVRIESDVYVTSIGCKNMT-NVPRETWEIEAVM 494
            + ET+KFFN   + ++   GGVRIE D+ VT  GC N++ N+PR   EIEA M
Sbjct: 455 SNPETAKFFNLTELDKYRNIGGVRIEDDILVTETGCDNLSKNLPRTIDEIEAFM 499

[Close]

BLAST of Spo00502.1 vs. TAIR (Arabidopsis)
Match: AT4G29490.1 (Metallopeptidase M24 family protein)

HSP 1 Score: 791.2 bits (2042), Expect = 7.600e-229
Identity = 369/485 (76.08%), Postives = 423/485 (87.22%), Query Frame = 1


		  
Query: 18  SSLTPLEVPMQLHEINRQKLVKYLQQHLTDSGRPIQGIVLLQGGEEKNRYCTDHTELFRQ 77
           SSL+P  +PM+LH  NR+KL++ +++ L+ S R + G VLLQGGEEKNRYCTDHTELFRQ
Sbjct: 2   SSLSPPPIPMELHAGNRKKLLESIRRQLSSSNRSLDGFVLLQGGEEKNRYCTDHTELFRQ 61

Query: 78  ESYFAYLFGVREPSFYGAVDIATGKSILFAPHLPAEYAVWMGQIKPLSHYTERYMVNMVC 137
           ESYFAYLFGVREP FYGA+DI +GKSILF P LP +YAVW+G+IKPLSH+ E YMV+MV 
Sbjct: 62  ESYFAYLFGVREPDFYGAIDIGSGKSILFIPRLPDDYAVWLGEIKPLSHFKETYMVDMVF 121

Query: 138 YVDEMEEVLLNLYKGEDKPLLFLLHGLNTDSGNFSKPAEFKGIENFKTDLSTLHPILTEC 197
           YVDE+ +V    +KG  KPLL+LLHGLNTDS NFSKPA F+GI+ F+TDL+TLHPIL EC
Sbjct: 122 YVDEIIQVFNEQFKGSGKPLLYLLHGLNTDSSNFSKPASFEGIDKFETDLTTLHPILAEC 181

Query: 198 RVIKSKLELDVIQYATDISSEAHVEVMRNTKVGMKEYQLESMFLHHTYMYGGCRHCSYTC 257
           RVIKS LEL +IQ+A DISSEAH+EVMR    GMKEYQ+ESMFLHH+YMYGGCRHCSYTC
Sbjct: 182 RVIKSSLELQLIQFANDISSEAHIEVMRKVTPGMKEYQMESMFLHHSYMYGGCRHCSYTC 241

Query: 258 ICATGDNSSVLHYGHAAAPNERTFMDGNMALLDMGAEYHFYGSDITCSFPVNGKFTVDQR 317
           ICATGDNS+VLHYGHAAAPN+RTF DG++ALLDMGAEYHFYGSDITCSFPVNGKFT DQ 
Sbjct: 242 ICATGDNSAVLHYGHAAAPNDRTFEDGDLALLDMGAEYHFYGSDITCSFPVNGKFTSDQS 301

Query: 318 LIYNAVLGAHNSVIAAMKPGVSWINMHKLAEKVILEALKKGNIITGDIEDMMTQRLGAVF 377
           LIYNAVL AHNSVI+AMKPGV+W++MHKLAEK+ILE+LKKG+I+TGD++DMM QRLGAVF
Sbjct: 302 LIYNAVLDAHNSVISAMKPGVNWVDMHKLAEKIILESLKKGSILTGDVDDMMVQRLGAVF 361

Query: 378 MPHGLGHLLGIDTHDPGGYPKGLERPKEPGLSSLRTARELKEDMVITVEPGCYFISALLI 437
           MPHGLGH +GIDTHD GGYPKG+ERPK+PGL SLRTAR+L E MVITVEPGCYFI ALL 
Sbjct: 362 MPHGLGHFMGIDTHDTGGYPKGVERPKKPGLKSLRTARDLLEGMVITVEPGCYFIKALLF 421

Query: 438 PAMESSETSKFFNPDAIRRFMVFGGVRIESDVYVTSIGCKNMTNVPRETWEIEAVMAGAK 497
           PAM ++ TSKFFN + I RF  FGGVRIESD+ VT+ GCKNMTNVPRETWEIEAVMAG  
Sbjct: 422 PAMANATTSKFFNRETIERFRNFGGVRIESDLVVTANGCKNMTNVPRETWEIEAVMAGGP 481

Query: 498 WPLEK 503
           WP  K
Sbjct: 482 WPPTK 486

[Close]

BLAST of Spo00502.1 vs. TAIR (Arabidopsis)
Match: AT2G19260.1 (RING/FYVE/PHD zinc finger superfamily protein)

HSP 1 Score: 198.7 bits (504), Expect = 1.700e-50
Identity = 115/291 (39.52%), Postives = 152/291 (52.23%), Query Frame = 1


		  
Query: 692 CSSSGALVVDVMGNDKSLSVKGLC-VSILRSHGLLSNYESNRSGLSEEDAPSCSGSSCSR 751
           CSS G        ND   S+K    V+   S     +  S+ SG+SE D      SS  R
Sbjct: 360 CSSDGT-------NDSCSSLKSSSEVNSTSSKSREDDCYSSDSGVSETDTDG--SSSPFR 419

Query: 752 TCNVCGVVGTAIDLLICDECEKAFHISCFNPCIKKIPD-DDWYCQPCSKKKHNLLKERAI 811
            C  C   GT   +LICDECE+A+H  C    +K + + D+W C  C K + +  K    
Sbjct: 420 QCKHCDKPGTVEKMLICDECEEAYHTRCCGVQMKDVAEIDEWLCPSCLKNQSSKTKT--- 479

Query: 812 RRSSIIRTGKGSVSSEGDFSPIALMLNDSQPYITGVRVGKGFQAFVPEWCGPVARRGTVF 871
                    KG +S E  +           P++ G+R+GK FQA VP+W GP     +  
Sbjct: 480 ---------KGRISHERKWRVTV-------PFVIGIRIGKMFQADVPDWSGPTMSDTSFV 539

Query: 872 PEPMELDPLQPVHLLGPTSGKHRKAFIGNWLQCRDVIVGMGDSIDGTICGKWRRAPLFEI 931
            EP+E+   + +H L       ++    NWLQCR+      +  +G ICGKWRRAP  E+
Sbjct: 540 GEPLEIGQSEYMHDLKKAKNSKKQCSAVNWLQCRE------EDTNGVICGKWRRAPRSEV 599

Query: 932 QTDKWDCFRSVLWDPSHADCSVPQELETEEVLKQLKYIEMLRPRLAAKRRK 981
           QT  W+CF    WDPS ADC+VPQELET E+LKQLKYI+MLRPR  AK+RK
Sbjct: 600 QTKDWECFCCFSWDPSRADCAVPQELETSEILKQLKYIKMLRPRSDAKKRK 616

[Close]

BLAST of Spo00502.1 vs. TAIR (Arabidopsis)
Match: AT5G24330.1 (ARABIDOPSIS TRITHORAX-RELATED PROTEIN 6)

HSP 1 Score: 53.9 bits (128), Expect = 6.600e-7
Identity = 24/72 (33.33%), Postives = 35/72 (48.61%), Query Frame = 1


		  
Query: 744 SGSSCSRTCNVCGVVGTAIDLLICDECEKAFHISCFNPCIKKIPDDDWYCQPCSKKKHNL 803
           S S     C  C        LL+CD+C+K FH+ C  P +  +P   W+C  CS  KH +
Sbjct: 27  SDSDWDTVCEECSSGKQPAKLLLCDKCDKGFHLFCLRPILVSVPKGSWFCPSCS--KHQI 86

Query: 804 LKERAIRRSSII 816
            K   + ++ II
Sbjct: 87  PKSFPLIQTKII 96

[Close]

BLAST of Spo00502.1 vs. TAIR (Arabidopsis)
Match: AT4G14700.1 (origin recognition complex 1)

HSP 1 Score: 52.4 bits (124), Expect = 1.900e-6
Identity = 19/49 (38.78%), Postives = 29/49 (59.18%), Query Frame = 1


		  
Query: 752 CNVCGVVGTAIDLLICDECEKAFHISCFNPCIKKIPDDDWYCQPCSKKK 801
           C +C    T   ++ CD+C   FH++C  P +K++P+ DW CQ C  KK
Sbjct: 166 CQICFKSHTNTIMIECDDCLGGFHLNCLKPPLKEVPEGDWICQFCEVKK 214

[Close]

BLAST of Spo00502.1 vs. TAIR (Arabidopsis)
Match: AT5G44800.1 (chromatin remodeling 4)

HSP 1 Score: 52.4 bits (124), Expect = 1.900e-6
Identity = 21/52 (40.38%), Postives = 29/52 (55.77%), Query Frame = 1


		  
Query: 752 CNVCGVVGTAIDLLICDECEKAFHISCFNPCIKKIPDDDWYCQPCSKKKHNL 804
           C +C + G   DLL CD C + +H +C NP +K+IP+  W C  CS     L
Sbjct: 78  CVICDLGG---DLLCCDSCPRTYHTACLNPPLKRIPNGKWICPKCSPNSEAL 126

The following BLAST results are available for this feature:

BLAST of Spo00502.1 vs. NCBI nr
BLAST of Spo00502.1 vs. UniProtKB/TrEMBL
BLAST of Spo00502.1 vs. ExPASy Swiss-Prot
BLAST of Spo00502.1 vs. TAIR (Arabidopsis)

BLAST of Spo00502.1 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\|902231892\|gb\|KNA22433.1\|	2.0e-292	99.8	hypothetical protein SOVF_0338...	[more]
gi\|902231891\|gb\|KNA22432.1\|	4.0e-288	99.8	hypothetical protein SOVF_0337...	[more]
gi\|731373074\|ref\|XP_010666538.1\|	2.0e-263	87.8	PREDICTED: xaa-Pro dipeptidase...	[more]
gi\|870842688\|gb\|KMS96044.1\|	4.1e-261	88.9	hypothetical protein BVRB_0027...	[more]
gi\|817499302\|gb\|AKF43198.1\|	6.7e-235	78.2	metallopeptidase M24 family pr...	[more]

BLAST of Spo00502.1 vs. UniProtKB/TrEMBL
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. UniprotKB/TrEMBL)
Total hits: 5


Match Name	E-value	Identity	Description
A0A0K9RSJ3_SPIOL	1.4e-292	99.8	Uncharacterized protein OS=Spi...	[more]
A0A0K9RUB9_SPIOL	2.8e-288	99.8	Uncharacterized protein OS=Spi...	[more]
A0A0J8B4E6_BETVU	2.9e-261	88.9	Uncharacterized protein OS=Bet...	[more]
A0A0G2T3M3_9ROSI	4.6e-235	78.2	Metallopeptidase M24 family pr...	[more]
F6HGR9_VITVI	2.3e-234	80.7	Putative uncharacterized prote...	[more]

BLAST of Spo00502.1 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
PEPD_HUMAN	4.4e-146	54.2	Xaa-Pro dipeptidase OS=Homo sa...	[more]
PEPD_PONAB	2.4e-144	53.8	Xaa-Pro dipeptidase OS=Pongo a...	[more]
PEPD_RAT	7.1e-144	52.5	Xaa-Pro dipeptidase OS=Rattus ...	[more]
PEPD_MOUSE	3.9e-142	51.8	Xaa-Pro dipeptidase OS=Mus mus...	[more]
PEPD_DICDI	1.0e-126	48.9	Xaa-Pro dipeptidase OS=Dictyos...	[more]

BLAST of Spo00502.1 vs. TAIR (Arabidopsis)
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. TAIR)
Total hits: 5


Match Name	E-value	Identity	Description
AT4G29490.1	7.6e-229	76.0	Metallopeptidase M24 family pr...	[more]
AT2G19260.1	1.7e-50	39.5	RING/FYVE/PHD zinc finger supe...	[more]
AT5G24330.1	6.6e-7	33.3	ARABIDOPSIS TRITHORAX-RELATED ...	[more]
AT4G14700.1	1.9e-6	38.7	origin recognition complex 1	[more]
AT5G44800.1	1.9e-6	40.3	chromatin remodeling 4	[more]

InterPro

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


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR000994	Peptidase M24, structural domain	GENE3D	3.90.230.10		coord: 206..493 score: 3.6
IPR000994	Peptidase M24, structural domain	PFAM	PF00557	Peptidase_M24	coord: 209..472 score: 4.6
IPR000994	Peptidase M24, structural domain	unknown	SSF55920	Creatinase/aminopeptidase	coord: 202..494 score: 2.75
IPR001965	Zinc finger, PHD-type	SMART	SM00249	PHD_3	coord: 751..797 score: 2.
IPR007865	Aminopeptidase P, N-terminal	PFAM	PF05195	AMP_N	coord: 31..155 score: 1.1
IPR007865	Aminopeptidase P, N-terminal	SMART	SM01011	AMP_N_2	coord: 25..169 score: 1.6
IPR011011	Zinc finger, FYVE/PHD-type	unknown	SSF57903	FYVE/PHD zinc finger	coord: 749..802 score: 1.64
IPR011124	Zinc finger, CW-type	PROFILE	PS51050	ZF_CW	coord: 893..957 score: 11
IPR013083	Zinc finger, RING/FYVE/PHD-type	GENE3D	3.30.40.10		coord: 750..802 score: 3.2
IPR019786	Zinc finger, PHD-type, conserved site	PROSITE	PS01359	ZF_PHD_1	coord: 752..796 scor
IPR019787	Zinc finger, PHD-finger	PFAM	PF00628	PHD	coord: 752..798 score: 1.
IPR019787	Zinc finger, PHD-finger	PROFILE	PS50016	ZF_PHD_2	coord: 749..799 score:
None	No IPR available	PANTHER	PTHR10804	PROTEASE FAMILY M24 METHIONYL AMINOPEPTIDASE, AMINOPEPTIDASE P	coord: 23..515 score: 7.4E
None	No IPR available	PANTHER	PTHR10804:SF100	XAA-PRO DIPEPTIDASE	coord: 23..515 score: 7.4E

GO Annotation

GO Assignments

This mRNA is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0009987	cellular process
biological_process	GO:0006508	proteolysis
molecular_function	GO:0004177	aminopeptidase activity
molecular_function	GO:0030145	manganese ion binding
molecular_function	GO:0005515	protein binding
molecular_function	GO:0008270	zinc ion binding
molecular_function	GO:0016805	dipeptidase activity