Spo17730 (gene) | SpinachBase

Overview


Name	Spo17730
Type	gene
Organism	Spinacia oleracea (Spinach)
Description	Adaptin ear-binding coat-associated protein
Location	SpoScf_02688 : 33022 .. 48204 (+)

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.

ATGAGAACATCCGGATATATGTGGTCACATATCTTACAACCTAAAAGCAAGGAATATGATTTCACTATTCATCCAATAGTGTATTGCCTAAAAAACCCTTAAGATTTTTATCATTTATCATTTGTGCCCTCCTCTAACTCTCGTGTTCACTCCTCCTTGCCTCGGTGCCTCCCTTCTCCCTCCTCCCTACTTCCTACTTGCCTTCTTCTTTTCCTTTCACCCGTGGTTCTTCCATTGATGGTTTTTCAGCAAACCCTAGATCTCACTCAATCTCCTACGCCCCCATTTTCTCTCTCCTCTCCTCTCCCTCCTTCTTTCTTTATCCATTTTCTTCTTCGCTACATCTATCTCACTCCACAATAACTGAATATGGCGGCTGATATCCTTGATTGTGGTTAGGGTTTTCTCGTTCTTCTTCTTTCAAGGTTAACTGGAAGTAGACGAAGATAATGGACAAGGTACTTTTCTTCTTTTCTCAATTTCTTAATGTTCTAGGTCTAGGTATTTAAAATTCGATTCTTTTAGGATTTTGGTGTTTCAGATTATAATTTCTCTCAATTTCTAAATTTTCTAAGTCTTGGTATTAAAAATTCGATTTTATAGGGGTTTTAGGTGTTTCAGATTTCTATCTTCTATCAATTTCTGAATTTTCTAGGTCTAGGTAATTTTAGGGGTTTTTGGGTTTCAGATTCTTATCATTTCTTAGTTTCTAAAATTTCTAGGTCTATGCATAAATAACTATCTTAGCATCTGGATTTCTTATGAGAGTGTTAGGATTCTACTCTTTTCATAATTGGTTGATTTATGAATTTGTTAGGTAGATTTCCAGCCAAAGGAAGGAGATAATGCTAAAACTAAGCTTGAAAATCACTAGGATACTCTTGGCTGAGATGGCTTGAGCTGAGGTGACATTCTACTATTTTTTTTCATCTCATTCATTGTGACTAAGGTTGGAAAACAATTGGTGTATAAATGTTGATTATGTATTGCCAACTTTTATTTGGTTTCAGGAAGCTAAGAAACTCTAGGCTTATATTAAAGTGAAGGATTTGCTCAAGATCCCAACAAGCGTAACATAAAATGTGACAAGCTGTTGCATTCCATTGTTCGTGTAGATACGATCAACAAGTTCCAGATGAATAAATCTCTCTATAAGCATGTATGTCCGCTCAATCAGAAGAAGGTAATACCGATCTCTTGTTTTATGATCATCTTTCATGAGATATTTCCATTTCAAGTTCTGATTAACAACTGAATTATCTGTGTATGGCAAATGACTCTGATCCTAGGACAGGGGCTCTGGTGCTCTATGATGGAATTTTTTTTTAGAAATTATACATTATGCAAAATGGGCATAGTAACATTGTGGTAACATTTATTATACATTATGCAAAAAGGTTTTTGGTTGTATCTATCAATTTATGAATTTTCGTAGGTCTTGGTGTGAAGCATAGTGGTTATGATTTGTGTGTGAACCAGAATTTATTTCCCAGTTTTCTTTGTTGTTATGTAATTACAATTTATGGCTCAATATTTTTTACATAGGTTTGGTACAATTACTATTCTTTGTTGTGAAATATATAATTTTTTGATCGAATTGTTGAATAAAATCTTCAATAGTTATTGCAATCAACTTAGTTTTTAGGGGTCTAATTAGTTGGGTTTTTTTTTCTACTTCCCAAACAAGATTGAGGGGTTTTTAATCCAATTTAGGTTATGATTATTTTGTACTTCCAATTAATTATAGGCTGGAAATTTATTTAAAATTTCAATTTTAGACAGTAATTGAATTGCCTGTTTTGCTTAATTTCTACCAACAGTGTGTCTTCATTTACAATGAGTTTGCCAATTTCGTAAAATTGTGTGTACATGATCATGAGATATTTCATTGAGTCAACCAAAAATAATTTGTTGAACTTTTGAAGAGAATGTGTTGGACCGATGTCCTGAGAAATAGTAGTATATAAATCTAGATTTTCCAGTTGGGACATGATTAAGTGTGCCATAAATTGAGGATTTTTTAGGGAGCAGGCACATATTGGGATATTAATCTTAGGAGAGTTTGGTCTTTTTATTAGAAGATCCTCTTTCCGCCCCTAGGTTTTTCATGTGAAAGAACGGGGAGAATGGTAACAGGATAAGGATGGTGAATTCTAATCAGATGTTAATCAGTCTAACGATCATGTTAATCAGATGTTTTGGAAAGGGAAGAACAACAATAGATTAATAATCAAACCAATTGCGAAGACGAGAAGTAGATAACAGCTTAGCAAAACAATTAGTTTTGACCGTTGGACTCCAAGCTAAAAATATGCACAATGTTGAGTGGGTTTTTCAGTTTTGATGGGATATGGCAATGTTGCGCATTGGTAGTGCTTAAGTTTTTCTTCTTCGTTCTTAAAGAATTGATTCTGTCAGAGTGAACTTTTGGTGGAAAGCATTTATCAATAAGCACTATAGTGTTATGACCAGCTAAAGATTATTATTTTAGTTTGCAGGCAAGCTGTGCTGTTATTGGGGAATCGGTGTCAAAATTTCTTTTAATATATTCACCCAATCTTATGGTGTACTTTCAAATTGCAAGATGTTATGTGTGCGTTCTTGATCCAACCAGTTAAGATAATTGCTCACCATTTCTGGTTAGACGTGATTCAAAATCTCATCTTAAATGGTTAAGATTTATGAGCCTTGCAGAGATGTTCTGTTCATAAGAATGGATACTCTGATCTTGTAGTTTGTCTCTGTCTCTTACACCAGGTTTTATGATCTTATTATGAAAATAGTTGCGGGGAACATTTCTAAGTTGTAGTCCATCTGCAATCTGCATTTCCCCTCCTATTTCCCATTCTTATTTTCTTATCAATTTCATTTTTTATCGCTGGTACTGTGTGATTAGTTATCAGTTTTTTTTCTTCATTTATATCCTCTCAATTTCTGTATTTTTCTTTGTTTATCTACTCTCAATTTCTAGGTCTAGGTACTTAATGTTTGATTTTAGGGGTTTTGGTGTTTCATATTCTTATACTCTATCAATTTCTGAATTTTTGTAGGTCCTGGTGTTAAAAAATCCATTTTTGGTTTTTTTTGGTGTTTTAAATTCCAATGTTCTCCCAAATTTCTGAATTTTCTTGGTCTAGGTACTTAATTTCTAATTTTAGGGGTTCTCGGTGTTCAGATTCTTATCTTCTCTCAATTTCTGAAACTTCTAGGTGTAGGTGTTAAATTTTATTTTAGGGGTTTTACTATCGTTTCTCTTCACGGAATTCAACCGTAGATACTTAGAATTTTGGTATAGTTTATTTGAGGGTTAAGTTATATTTTATGCAGGTTACTAATCAACGAGATTAGTCAGGAAAAGTTTCCCTTGTTGGTCAAAGAAAGCGGTGAAGTTTTAAAGGTGAAGCTAAAAGGCTAAACAAAATAGCCAAGTGTTGTTCAAGGTCAGGGAAAGAAGGCCATCTTAATTGCGGTGTGGATGCTGAGGGTGATCAACATTTTCAAGGGACTCCGTCATGTCGAGAAGAGAAGTCAGCAGGCTTAAAATTGTGAGTTGATTCTCAATGTGTTAGTTGTTTTCAAGTTTGCAACTTCCGAGTAGCAAGTCGTGTTTGAAAAATGATAAAGAATGGTACTTTTACTTATTGCTTATTTTGATTCTATAATTACTGCAGTTTTCATTTTCAAGTTTGCAATTTTTGAGGATGATAAAATACTATCGTTACTGACCAAAAAGTCTTTATTGTACTCATCGGCCTTTAGTCTTATGTTACTTCGGGATAACAAGCTCACACAGACATCATTATGCATGCACAAACTACAAAATGTTTCGAATAACAGCCAGATTGGAAATAATTTGTATCAAATAAACAAACATAATGTACTACCAAATCATTATTCTCCATTCCAATCAGCTGGTCATTCTTGAGTTAACATTCACACATGTGTGGCAAACCATCTATTGGGTAAAGGTCTAAATCAAACAGATGAAACACCTCATTCCTTGAGCAAACAAGAAAAAAAAAATCAGAATTAGGGATATTGTAATAAGACTCATTAATGTGTAGATGATTTTATACAGAGTAGCTTTATAATTTGTAATGTGTTATATGTGTATACAAGAGCAAGTATGTGTCATATATTTAAATGATGTATAGTTTTCTGTGATGCTGCTTAACTGATACCAAACGCGAGAAGGCAGCAAAACATGTTATGATTAATCAGGTCATGCTGCTTAACTGATACCAAATCTGTTTATCTTATACATTTACAGTTCAGTCATTACCTCAGTAATTATGGATTTAGAGAATTTTTCAAGCGCTGCGGAATTCAAATCTCTAACCAGGAGTGAGCTTAATGAGGTTATAGTTCTCTGTTGTCAAGTTTTTGGGTTGAGCTTCTCCAGGAGTGAGCTTAATGAGGTTATAGGCCTTTTCTCAGTTGCTGAATTCATCATCACAAGATTAGAGACCCTTTATATATTTTTTTAAATATTTGACTAAAACTTTCTTTTGAGGTGGAGAAGCTGAATTTGTTATTGTTTGCATTTTCTTTGTTCTATGGTCATATTTCATATTTTGCTCATTTCTCTTGGATCAGTGATGGTTTTGAAATTTCCTTGTGTTTAATTGTAGAGATGATGAATGGGATGTAAATAAATGGGCATGGGAGGGAGTCTTGAAAGTTATTAGCAAGGGAGAAGAGTGCATAATCAGACTTGAGGATAAGTCAACAGGTAAAACTATATACTCAGCAGTAGTTGTAATGGATACGTATCTACGGAGTATTATTGTAAATTAAGACTTAGGGTAGGTTAGTTGGAGAATGTTATTGTTACGTTTTGTTTAGCATTTTCATATTTCTTTGGTTGAATTGGTTCAGGTGAACTCTATGCTCGGGCTTTTTTGAGAAAAGGAGAGCCACATCATGTGGAAACTGTAATTGATAGTAGCAGGTTTACTACTTTGTTGTCTTTACACTTAGGAATAACCTTTTCTTAAATATCTTGTGCCAGCTAAGACCTTGTGTAGCGTCTAAGTTTATGTTCTCTTATGCAGATACCTTTTGCTTCGAATAGAAGAGAAAACAGGTGAGTGACAAATTTTTGTCTGATTGAATTTTAAATGTGTATTTATATTTTCATCTCTTGTCCCATTGCTTGATCAAGATGTAGCTGATTGATTTTCATGTCCTTTGTGAATTTGTGCCAAAGTTGTCATCCTTTGTTGGTCACCTGTTTCTTAGTATGATCCACATTTCCTGAATGTGTCCTAAATTGCTTTTGACATTTCATTTTCAGATAAAAACCCTACCTTGTGAGCACAAAACTCGAATGATGCGTTTTTGTTCTCCCCCTAATAATGGCATGCGTTCCACCACCCATTTTTGAGAAAATTAAACTATCCCATGCTATTTCCCCACTTATATCTCTTTATAAGAATCACGTGCAAAAACCACAAATAACCATTAATATATTCATCCCTTGCTTTGAAATTGTAGTTGAATTCTAATATGAAATTGTACACGTGGTCGTCTTCGACATGCTTTTGTTGGGATAGGGTTTCATGAGAGAACTGAAGCTTATGACTTCCAAGCTGCTCTGCATGACCATATGAAGTATCTCTCTGCTTATCTTTTGTGCAATTATAATTTTTTTTGTGTTAGATGCAACAAGTAAACATATAAAAAGTAGTTTTCTGTGTTAGATGCATGTTGTCTTCAAACAATTACCTGAAAGAACTGAGGCATCCATTGAATAACTAACTGTCTGTTTGATTTCCAAATTTCTAATTTAGATATCTCGATAACAAGAAAACTGCTGAAGAAATGGAGCAGCAATTCCAGAATTCTTCAGCCATTGATTACAGTTTGAAAGATGGAGAGACCCTTGTTCTTCAGTTAAAATAAGTAAGCTCGCTATTTGTCTGTTTCCTCACTGATTAAATAAATAATTTGCTACTCGAATGAATGATAATCTGTTTATGCTCAACATTTTATTATTAGAAACCTGGTGGCAATATAAATCTGAAATCCATTGATGAGGGTGTGAACAACCTATGAATAACAGATAAAAGTAAAGCTAAAGAGCCCTTGTTTTCTATCAGACCACCTCCTCCTCCACCAGGGGCGGACCTACATGGAACTTGAGGGGACCAAAGGGACCCCCATTTTCTGAAAAAATTAAACCAGGAATCTATATATTCTTGCTTAATGTCCGCTCAGAATAATAATAAATTGGTGTAGCTTAGTGGTTAATCTACTTGCTGTTACTCTATCCTTTGAACGCAGAAGTCATGTGTTCGAGTCCCGACCCTACACTCTTCAAAGCTGTTACACTTTTTTCCTTACCCGTGACCATTCATCTTCATGGTTTCTTACTTTCTAAAATGTTTTTGGCTTTATTTTTTATTTTTACCATTTTCTGATTTTTTCATGATTTATTTCTTGCTCTTTTTTTGTTTTTTTCTTCTGATTTTAGTACTGTATTTATATTTTATAATTGCTTAATTTCATTGCATTTTTTAGGGGTCTAATTATATAATAACAATATGGCCCATAAATATTGAAAAAGGTGCAACTTTTTTTATACAATGGTGTAGTTTTGTCATTCTTTTTGTTAGTAATTTGTAATGAATCAGATTTCTTATAACATGTAAAAACTCATCGTATACACTCGTAATAATTTTTTTCTTGAGATGAATCGCTGTAAATTATTGTTTGGACTGATATATTGATTTCTATTGCTCTTAAGCCTACACAAAAATTCCTAAATCTTCACTGCATAATTTTGTTATGGATATTAAGAAAATTTATTACCTAACGTTCCCCAATTCCCCTTAACAAAAGGGGCAAAATAGAAGGATAAGCAATTTTGTTTTTTTAAAAAAGTAAAAAGTTGGACCCCCATTTCTATATTACTGAGTCCACCACAGTCCTCCACCACCAACCCTCTCACCAACTTCTTCTCCTAAAACTCCTAGATCCCCAAGTTCTAATCCTAATAAAATATTCGAAGAGGAGAAAGAAGATCCCAGTAAAGAGCAGGTTCAACCTGATTTTAATTTTAAGGAAAATCAAAGTTCAGAAGATACAACAGATGAGGAATTTAGGGATTTTCAAGCAGCTGGCTGATTTTTTAACTTGTATAAATAAACTTCTGTTCATAAATGAAATTTCTTTCGGACAAGGCTGGTGTACATTGTGCATGATCAAGTGTTGATCCAAAGTCTATGCTATGCGAATTTTTAAGGCAGGGCAGTGTTCAGAAGGTGAGGAAAGGAGAAAAGATTGACATTTACACAGATGTGTGGTGATGGTGAGTAGTTAAATTGTTAATTTTTGGCTTAACCCAACTTTTTCGCTCGTTTATGTGATTGATAGTTGATACACGACATACAACGGGAAACAGGTACAAGATAAACCTATGGATGATAGGAAGACAGAACAAGTTGGGTTAATATGTTCTTTGTAATTATTTTTGTGGAGTTGGTTGTGTCAGCTGTTCTTAGTTGTTTTTCAAAGTACTAGCAACACTGGTGCCACAGTTCTATTCTCCGAAGTGTGCTGATGTTTTTGTGTTCAAGCTTGCATGAAGTTTGCTGGTCCGTGGCAGTGCAACAAGTTAGCTCAGGGTTGCCAAGTCTGGTTGTCTGTTGCTTGTTGTGTTTGTTGCTCCGTGAAGTTTTAACCAAAGTGGTCAGGTTGACTTGGTGTGGTGTTGTTTGCTATAAAAACATAGTCCCAATGACTTTGCATAATGGCCCCAGAATTGTTGTAACTGATTTCTTATTTATATACCTCATGTGTTTGCATATTTGTAACTTTTTTATCATTTCAGATCCTCAGTTGTCGGAAATGGAGGTGTTGCAACATGATATATCAGCTCCCTTACAAAACAAATGTTATTAATAATTCTTAAACAATAGGTTTCTTCCTAGAAATACATGGTTATAATACTAATTAAACATACTTGATATATTTTAATAAAAATAATTACGCCATACGTTTTTCCCTACCTTGGGGAACGGCGCGCGATAGCGCTTCGGCCAACAACTAGTATAACCAAACACGACTTACTTTTTCACTGCATCATCACCCCGGGTCCCTACATCATTAACGATGGGCTGAACTTGATAAACTGTAGGGAATTTTTTTTATATAGAATTAACAAGACTCTTAGAATGCTAAAATTTGTAATTTCAAAAATAAAAGAGAAAGAACCCCCCACCGCATTCCCCCACCCCCCAAAAAAAGGGGGAATCAGGTAAGAAAAATAAATAGAACTCCTAGAAGTTCCTATTCCCCCCCAAACCCTCTAGATCTCTTCCACTTAATACTGGGAAAATAAAATAATATCATTACCTTGTCCTATTAACAATGTGCATCAAATATAAAATCTTTTGATATTGACATGCTTCTATAGCACTACAAAAAACACTTATTTGTCAATGAAGACACATAAGGTATCTAAAATATATCAAAAAGTATTTGAAGCATATGGATGTAAAGAAAATATCAATAAAGGAAGAAGTAGCTCACCGCACTAAAAATAGAAGAAAAATAAATGCGGGGATAACATTTCATATTATCAACCTCAGATATAGAAAGTTCGAATAATTTGTAACACTTAAAGACACATTTCACCCCGTTACTCATTGATCCTAAGAATGGCGTCAAAATATCACACAATTGAACCACATAATTCAAGTAAAACACCAAGAACACAAACTAACCATTAGGTTATTTACACTAAGATAATAGTACAGAGTACTTCATGAAAGTAATACACCCAAATACACAAATTTAATCACCAAAATTAGAAAATATGAGAACATTTATGTTAGAACCATCATTAACTGCAATATGGTATGTTTAGGTACATGAAATGGATAAAAATTTATTTATTTTAACAGTCCTTCATCCAGAAAATCGTTGTCTGCACGCATTGTCTCAACCCATCACAATTATGATCAGGGATACGACAAAGTTTACTAAATTGCCGTGTATAATAATTGTATTATTCACACACTCTACAATCTCTGCACTCAATTTAAGTATGATCATTTGGGAAAGTTGATCATAGACCATTATTATAAAAAGAAAGGTGAAAACCTCTTTCAAACATTTGAATATAGTATTTGGGGGATTGAGAGGCATAACGGGAAGATCAACGGTATATGTGACTGTGTTAAAAACTTTTGAGGCTTTGATCAACACAAACTAAGAGACTCTATTAGTAAGTATTGTACATGGACTCCCTACCGGCCTTCCGTCATAAATAAATACAGGGTATATGTCACTTTTTACGAGTGTCGGACTTGGATAGTTTAGGAAGCATTAGAATCTTTCGTCTCAAGCCTCCAAATGCCTATAGGGCCTAAAAACAATGCTCTTCGCGATTCATAGCGAAAACAACAATAACAACAAATATTAAACAACTGCTAACTTTCGCAACATACATACATGAAACTAAAGTTTGCAAGAATCAACTTCTATAATTCAAGATCATAACACAAAACAATTACATCTCTAAAAAAATAAACTTGTCATCCCAAATAAGCAAGAAATAGTACACAGAGACCTAAAGATTGGATTAATAGAGTTAAAAAATTCAAGTAAAAGTACCTGATGAAAAAAATCAAAGGATGGAAATTAGTTTTTAACAAGCAGGAATGTGGAAGCCGAAAGGAACGAGCTCTAAAAAAGTTGAATAACAAACTGGTTCGATCTAAGCATACAAATTTAGCCTCCATCACAACTCTTTCAACCAATCTTAGTTGAGACAATTTATCAAACAAACTGTGGAAAGAACATTAACATTCAAATTATATGAATGAAAAACTCTACAATTCAAAACAGCGCCTGCAGTTTACAAAATTATAGAAATAATACTCGGTTTAGCAACCGAAAGAACGAAAACACAACATCAACACACAACTCCCAACCAAAATTGATCAATGGACAATGACATTAACCTTGATGAATTAAATTTCAAGCAACATATACATTAAAAAATGAGTTGGGAGAGGAGAAAACCCCGAATTAATCAAATTTTAAGAAAATATAGAAATAATACTCGGTTTAGCAACCGAAAGAATGAAAACACGATATCAACATACACAGCCTCCAACCAAAATTGATCAATGAAAAATAACATTAACATTAACCCAAATGAATCGAATTTAAAGCAATATATACATAAATTAAATGAATTTGGGAGAGGAGAAAACTCTAAATTATTTGAATTTTAAGAAAATATAGCTATAATATTCGGTTTAGCAACTTAACGAACCAAAACACGACATCAATAGACACAACCCCCAACCAAAATTGATCAATGAACAATAACATTAACCGAAACGAACCGAATTTCAAGATATATATACAACAAAATGAATTTGGGAGAAGTAAAAACCCTAAATTAATCGAATATTAAGCAAATGATAAACCAAGTTAGTCGGAAATTAAACGAAGAAAAACATAGATTAATCTAGAATTGAGCGTAGAGGGAAGAGATAGAGGCGGAGATTACCTAATTATTGAAGAGAGGGCAGATGTCTGTGTAGTCTTAATCGTTGAAGTCGACAATGATGAAAATACGATCCTTAAATCTAACCCTAATCTGAAGAAAACAATGATGAAACCAAGAGATATTGACAAATAACATTGATGGAGATGAGAAGAAACTCATCATTCTCACTTTGAGTAAGTGGCAGGGTAGGAGGAGAGAGTAAGTGGCAGGCTAGATGTAGAGGGAAACAACGGGGGAAAGCTGCAGCGTAAGGAGGATGAGGGAGGAGATCTTGGTTGTAGGGTGAAAGGGACACGTGGCATCGTCTAACAGGAGTGGGTAATTATGTAAATACAGTGTCTGTAAGGTAAAAGACAACAAAAAGAAGGAAGAAAAATGGGGGCAAGTTCGTTACTTCGCTATTGTGGGAATAATAATATCCACTCCTTGCCTTTATAAGTGCTAGGATTACATTTCAAAATCAATAAATTGGCGAATATTGGGAGGAATAGCTTCTTAAAGTTTATAAGTTTATCGTATTATACTTCGTATGACTTTCGTTTTAAAATAGTTTTTTCATTTTCACTTGTGATAATATTCACTTATCTTACTTTGACCCCGATCTACTAATAAATGAAAATAAATGCTATTATGCAAAATGTTATTGGATTTGTCTCAAATCCCAATGTACATTCTAAATATATCAACCTTTTTTTTGTTACTAATACATACTTACAAGTGTTGTTGGTCAAATTTATGAATTGACAAACATGAAAATTAAAATGATACAACTATTTGTTGACAAACATGAAAATAAATGTACATATTCTCATGAGTTCTCAAATCTCTCTCACTCAATGTTAATTACCCTTAATTTAATCTTTTTTAAGCATACTGCATATTTCTAATTTTCCATGTGAAAGGCTTCATTTTTCTTATGGCACTATTTGGGCTATGATAACATGACGATTTTTGTACAGGGTGTTCTACCGACATACCGGCAAATCTCCCGTGGGCAAACTCAGCCACTGGCTAAGTCAGATAAGAAGGACAACCAAGTCTTACCGGCATTAATCTACATATCTTACTGACATAAACCATCTTCCACGTGATCAGAGATCACCAAGAGGTCACCATCAGAAAAGTCATTGTCCTGCAAAGTAGAGGCTACTCGACTATACAAGGAAATTTGTGTATATAAGGAGGACCTTATTTATTGCTACAAGGTACAAAATCCTTAAATACTTTCACTAATACCACACAACTTACTTACTTACTTCTTAGTTAATCCTTAAATACTTTAAGTAATCTTACTTTAGCATCGGAGGGGAGATCCTCAAACCACCACCGAGGCTAGTTAATCCATTATGTTGTGCATATCACAATCAGTGATCTCAGCAGAAGACATCTATCCCACAGTCAACTGTTCTAATTCCACATCCGGAATATCTGATGCTAGAAGGAGGGGACCTCATCCCTTAGTAACGGTATATCAACTCACATGGAAATCTTTTCAAAAGACAGTAGTAAGAAATCGAAGAAAAATCAGGAGAAAATGACAACTCCACAACCAACGGGTAATGCAAAGCCTCATGCAGCAGTTGTACTGCCAGAAACAATCATCCCACCTATCCAATCGGTAATATCACCCATTGTAAGACATATCCCCCAGTAGGCCCCAGAGGGGTAATTATGGAGGTCGATGACGATGAAAATGAATAAGAGAGGCCACCTAGGAAACATCGAAGCATACCCCTCTCACAAATATTGACGAATCAGTTGTCGCCCCTTTCGGGAATATTCACAAGACCAAAATTGAAAACGTTGTCGGGTGTTATGAAAACATTGTCTGAACTAAAACCACCTCCGATTCCTAGTGGTGGTGTTACCGGTGAAGACACAAAACCAAGTGCACCCAAATTTCCAATCAAAAATCTTCTAGCATCCCTAAACTGAGAAAACCCAACACAAAAAAGGAAACATCCCCACCTGCAAGAGGAAGAACCAAGAGAGGAACTAGAGGAGGAACAACAACTATTCCCAGTGTCTGAGCATAGAAAACCAGTGCACCAAGTATACATACAGCATATTGTCCACCCAAAAGATTCCCCATTATGAAGAAAAGATCTAGAGGAGAGAATGAAAACAATCAAGATGCCAACCGACAAATATGATGGTACCACAGATCCTGAGAATCATTGCACCACGTTCGAGAAACACATAATGATGTACACTGACTCTGATTCCATGTGGTGTAAAGTCTTACTATCCACACTTCTCGATGAGGAGGCTAGTTGGTACAAGGGGTTGGAAGCCGGCTCAATATACAGTTTCAGGCAATTGCAAGTAGACTTCATGGCATGCTTTGTCAGTAAGCAAAAAAGAAAGATGTTAGGAGAACTGATGTCATTTCTCCAGAAATACAGGGAATCCCTAAGGGATTATCTCACCAGCTTTAACAATGAATCAATCACCAATTCAAACTTGCAGTAAGAGGTTGCGGTTCTTGCCTTGATGAGAGGGATGCACGACTGCGAGTTCAAAAAGTATCTCAGCCGAAAGTCATACACAAATCTAGGCGATGTTTTGCACAAAGAAAATGAGTACATAATGGGAGATGAAATGATAAGAATTTCAAATTCTACAGCCCCAACCATCTATAACTCAACGTATAGCTCATTTATAACCCAGACTACAACAATCAGCAACCCACGAAGGGTAATAATCAAAACAATCAGAACCACTATAAAGGGGGGAATTTCAAAAAGGAGAACGGAGGAAATACTGATCAGAAAGAAGAGAAGTCCGCGGATTTTTTGATAATCACACTCCGTTGAGTACGGCAAGAGCCACAATCTGCAATGTGAACAAAATACTGGACAGTTGGAAAAAACCACCGCCAATGATGAGCAAAGAGTGAAACCTCAAAGAGTTTCGCGATTTTCATAATGAGCACGACCATAATAAGGAGGACTGCCAAGACCTCATGGATAACATCAAGGATATGGTGAAAATGGGGCACTTCTGATAATACAGGGCGAGCCAAGGAAACAATAATTACAACCCAGCCAAAAATTTCCAGCAATAACAGTGGAAGTTCATACCAACCATCAGAACAACAATTGCAGAAGCAGGCTCCCAAAATTGAACAACCATACCAGGCACCAAGAATAGAGCAACGACCGGTTGAGACTAGTGCTAGGGGAGAACAAAAAGATAACAACAAGAAACTAATGATATACGTTATCTCTGGCGGTCTAATTCATGAGGTGACAATTAGTGGAGCATTGGCCGAAAGGCCATCGGAACGCATACGAGGAGCAGCCCACGAGCCGAGTGTGCGAAGAACTCAAGGCCCATGAGTGTCTGGGAGCAAGGCCGCACAACAACAACAGCGACAACAATCCCGTGGCTTGGTTGTGCTGCGCGCGTAGGCCGAGCGGAGGGAATAGAAGCAACAGCAGCATCAACAGCCGCTGGCTTGGGAGCGACCCAAGGATTAGCGTTAGGCGCATGCTTGCGGTATATTGTGTTTGCTGGCCACAAGGCTTCATGCATTGGTCAGTCAATTGAACTAATAGCTTAGGTCAATTTATTATCCTATTCCTAATAATTTTCCAACTAACCTAATTTGCACAAAATCCCAAGACACCTAAAGATCCCCGATTCTCACTGTGCCTCCTAATCAATGATCATCCAAAAAAGCCTACACCCTATGACTAAAGATCTAAGCTATCAATATTCAAGATGGATCTGCACGTGTCGGTGGACGTTTGTAGAGGAACTATGATCGGAGTTCTCATTCGTGTTCGTAGACTAATCGGGAATACACACATCAAATGTAACTATGCTTAAACTAACCTCAACTTTCACATTGTTCCTGCTATCAGCTTCAATCTTTTCAACACGCGCAACATAGGGTGGCTTGACTACATCAGCAGGTCTCATCAAAACACAATCTCCAGCAAAAAAATTGGAAGAAAATAAAAACGAAAATTCAGGGAATTAAAATTAACCCAGCAATCAATCAATTGGAAACATCGGAAACCAGAAACTATTCGATTTAGAAACTGTTGTTCTTACCTCTGACGACCTTGTTGGTGCCTTTAATGGTGTACGAATCAAGGTCCCGCTTTTCGGGGCGAGTCTTCGCCATTGGAGAGATATTGGGAGAGAAATGGGGAAGTAGAGAGAGAAAGATTGAATCTTGGAGAATAAAATGGGGGGAATTTGAGGAGAAAATGAAATGCGCAAAACCCTAGATTTTAGGGGAGAAAACCCTAGAGCTTGAAGGTGTTCATGGGAAGAGAAGGAGGAGAGAGAGAGAGTGAGTTTAGAAGGACTTTCAGACTGACGGAGTAAGGTCTTTCGAGCAGCAGGCAGGAGGACGAACGACCGTCCGGAGCAGTTGGCCTGGGTGCAGTGAAAAGTTGGAGGAAGGAAGGAAGCAGGAGGACAAGGCAGTGAAGGCTGAAGCAGATTTTCGATTTAGGTCACAGTAATATTAATTAATTAGAGCAAGTGAGAATAGAAGGTGAGCGCTAAACAAATTTCTGAAAAGTTTCAAACTCATTTGCGTCGCAGTGTCACTAATCTGCGACGCAAATGACTCTAGAGTCATTTGCGAGTCATTTGCGTCGCAGATTAGTAGCATTGCGGCGCAAATCGGTGAGTAT

mRNA sequence

ATGAGAACATCCGGATATATGTGGTCACATATCTTACAACCTAAAAGCAAGGAATATGATTTCACTATTCATCCAATAGTGTATTGCCTAAAAAACCCTTAAGATTTTTATCATTTATCATTTGTGCCCTCCTCTAACTCTCGTGTTCACTCCTCCTTGCCTCGGTGCCTCCCTTCTCCCTCCTCCCTACTTCCTACTTGCCTTCTTCTTTTCCTTTCACCCGTGGTTCTTCCATTGATGGTTTTTCAGCAAACCCTAGATCTCACTCAATCTCCTACGCCCCCATTTTCTCTCTCCTCTCCTCTCCCTCCTTCTTTCTTTATCCATTTTCTTCTTCGCTACATCTATCTCACTCCACAATAACTGAATATGGCGGCTGATATCCTTGATTGTGGTTAGGGTTTTCTCGTTCTTCTTCTTTCAAGGTTAACTGGAAGTAGACGAAGATAATGGACAAGGTAGATTTCCAGCCAAAGGAAGGAGATAATGCTAAAACTAAGCTTGAAAATCACTAGGATACTCTTGGCTGAGATGGCTTGAGCTGAGGAAGCTAAGAAACTCTAGGCTTATATTAAAGTGAAGGATTTGCTCAAGATCCCAACAAGCGTAACATAAAATGTGACAAGCTGTTGCATTCCATTGTTCGTGTAGATACGATCAACAAGTTCCAGATGAATAAATCTCTCTATAAGCATGTATGTCCGCTCAATCAGAAGAAGGTTACTAATCAACGAGATTAGTCAGGAAAAGTTTCCCTTGTTGGTCAAAGAAAGCGGGAAAGAAGGCCATCTTAATTGCGGTGTGGATGCTGAGGGTGATCAACATTTTCAAGGGACTCCGTCATGTCGAGAAGAGAAGTCAGCAGGCTTAAAATTAGATGATGAATGGGATGTAAATAAATGGGCATGGGAGGGAGTCTTGAAAGTTATTAGCAAGGGAGAAGAGTGCATAATCAGACTTGAGGATAAGTCAACAGGTGAACTCTATGCTCGGGCTTTTTTGAGAAAAGGAGAGCCACATCATGTGGAAACTATACCTTTTGCTTCGAATAGAAGAGAAAACAGATATCTCGATAACAAGAAAACTGCTGAAGAAATGGAGCAGCAATTCCAGAATTCTTCAGCCATTGATTACAGTTTGAAAGATGGAGAGACCCTTGTTCTTCAGTTAAAATAAGGTGTTCTACCGACATACCGGCAAATCTCCCGTGGGCAAACTCAGCCACTGGCTAAGTCAGATAAGAAGGACAACCAAGTCTTACCGGCATTAATCTACATATCTTACTGACATAAACCATCTTCCACGTGATCAGAGATCACCAAGAGGTCACCATCAGAAAAGTCATTGTCCTGCAAAGTAGAGGCTACTCGACTATACAAGGAAATTTGTGTATATAAGGAGGACCTTATTTATTGCTACAAGGTACAAAATCCTTAAATACTTTCACTAATACCACACAACTTACTTACTTACTTCTTAGTTAATCCTTAAATACTTTAAGTAATCTTACTTTAGCATCGGAGGGGAGATCCTCAAACCACCACCGAGGCTAGTTAATCCATTATGTTGTGCATATCACAATCAGTGATCTCAGCAGAAGACATCTATCCCACAGTCAACTGTTCTAATTCCACATCCGGAATATCTGATGCTAGAAGGAGGGGACCTCATCCCTTAGTAACGGTATATCAACTCACATGGAAATCTTTTCAAAAGACAGTAGTAAGAAATCGAAGAAAAATCAGGAGAAAATGACAACTCCACAACCAACGGGTAATGCAAAGCCTCATGCAGCAGTTGTACTGCCAGAAACAATCATCCCACCTATCCAATCGGTAATATCACCCATTGTAAGACATATCCCCCAGTAGGCCCCAGAGGGGTAATTATGGAGGTCGATGACGATGAAAATGAATAAGAGAGGCCACCTAGGAAACATCGAAGCATACCCCTCTCACAAATATTGACGAATCAGTTGTCGCCCCTTTCGGGAATATTCACAAGACCAAAATTGAAAACGTTGTCGGGTGTTATGAAAACATTGTCTGAACTAAAACCACCTCCGATTCCTAGTGGTGGTGTTACCGGTGAAGACACAAAACCAAGTGCACCCAAATTTCCAATCAAAAATCTTCTAGCATCCCTAAACTGAGAAAACCCAACACAAAAAAGGAAACATCCCCACCTGCAAGAGGAAGAACCAAGAGAGGAACTAGAGGAGGAACAACAACTATTCCCAGTGTCTGAGCATAGAAAACCAGTGCACCAAGTATACATACAGCATATTGTCCACCCAAAAGATTCCCCATTATGAAGAAAAGATCTAGAGGAGAGAATGAAAACAATCAAGATGCCAACCGACAAATATGATGGTACCACAGATCCTGAGAATCATTGCACCACGTTCGAGAAACACATAATGATGTACACTGACTCTGATTCCATGTGGTGTAAAGTCTTACTATCCACACTTCTCGATGAGGAGGCTAGTTGGTACAAGGGGTTGGAAGCCGGCTCAATATACAGTTTCAGGCAATTGCAAGTAGACTTCATGGCATGCTTTGTCAGTAAGCAAAAAAGAAAGATGTTAGGAGAACTGATGTCATTTCTCCAGAAATACAGGGAATCCCTAAGGGATTATCTCACCAGCTTTAACAATGAATCAATCACCAATTCAAACTTGCAGTAAGAGGTTGCGGTTCTTGCCTTGATGAGAGGGATGCACGACTGCGAGTTCAAAAAGTATCTCAGCCGAAAGTCATACACAAATCTAGGCGATGTTTTGCACAAAGAAAATGAGTACATAATGGGAGATGAAATGATAAGAATTTCAAATTCTACAGCCCCAACCATCTATAACTCAACGTATAGCTCATTTATAACCCAGACTACAACAATCAGCAACCCACGAAGGGTAATAATCAAAACAATCAGAACCACTATAAAGGGGGGAATTTCAAAAAGGAGAACGGAGGAAATACTGATCAGAAAGAAGAGAAGTCCGCGGATTTTTTGATAATCACACTCCGTTGAGTACGGCAAGAGCCACAATCTGCAATGTGAACAAAATACTGGACAGTTGGAAAAAACCACCGCCAATGATGAGCAAAGAGTGAAACCTCAAAGAGTTTCGCGATTTTCATAATGAGCACGACCATAATAAGGAGGACTGCCAAGACCTCATGGATAACATCAAGGATATGGTGAAAATGGGGCACTTCTGATAATACAGGGCGAGCCAAGGAAACAATAATTACAACCCAGCCAAAAATTTCCAGCAATAACAGTGGAAGTTCATACCAACCATCAGAACAACAATTGCAGAAGCAGGCTCCCAAAATTGAACAACCATACCAGGCACCAAGAATAGAGCAACGACCGGTTGAGACTAGTGCTAGGGGAGAACAAAAAGATAACAACAAGAAACTAATGATATACGTTATCTCTGGCGGTCTAATTCATGAGGTGACAATTAGTGGAGCATTGGCCGAAAGGCCATCGGAACGCATACGAGGAGCAGCCCACGAGCCGAGTGTGCGAAGAACTCAAGGCCCATGAGTGTCTGGGAGCAAGGCCGCACAACAACAACAGCGACAACAATCCCGTGGCTTGGTTGTGCTGCGCGCGTAGGCCGAGCGGAGGGAATAGAAGCAACAGCAGCATCAACAGCCGCTGGCTTGGGAGCGACCCAAGGATTAGCGTTAGGCGCATGCTTGCGGTATATTGTGTTTGCTGGCCACAAGGCTTCATGCATTGGTCAGTCAATTGAACTAATAGCTTAGGTCAATTTATTATCCTATTCCTAATAATTTTCCAACTAACCTAATTTGCACAAAATCCCAAGACACCTAAAGATCCCCGATTCTCACTGTGCCTCCTAATCAATGATCATCCAAAAAAGCCTACACCCTATGACTAAAGATCTAAGCTATCAATATTCAAGATGGATCTGCACGTGTCGGTGGACGTTTGTAGAGGAACTATGATCGGAGTTCTCATTCGTGTTCGTAGACTAATCGGGAATACACACATCAAATGTAACTATGCTTAAACTAACCTCAACTTTCACATTGTTCCTGCTATCAGCTTCAATCTTTTCAACACGCGCAACATAGGGTGGCTTGACTACATCAGCAGGTCTCATCAAAACACAATCTCCAGCAAAAAAATTGGAAGAAAATAAAAACGAAAATTCAGGGAATTAAAATTAACCCAGCAATCAATCAATTGGAAACATCGGAAACCAGAAACTATTCGATTTAGAAACTGTTGTTCTTACCTCTGACGACCTTGTTGGTGCCTTTAATGGTGTACGAATCAAGGTCCCGCTTTTCGGGGCGAGTCTTCGCCATTGGAGAGATATTGGGAGAGAAATGGGGAAGTAGAGAGAGAAAGATTGAATCTTGGAGAATAAAATGGGGGGAATTTGAGGAGAAAATGAAATGCGCAAAACCCTAGATTTTAGGGGAGAAAACCCTAGAGCTTGAAGGTGTTCATGGGAAGAGAAGGAGGAGAGAGAGAGAGTGAGTTTAGAAGGACTTTCAGACTGACGGAGTAAGGTCTTTCGAGCAGCAGGCAGGAGGACGAACGACCGTCCGGAGCAGTTGGCCTGGGTGCAGTGAAAAGTTGGAGGAAGGAAGGAAGCAGGAGGACAAGGCAGTGAAGGCTGAAGCAGATTTTCGATTTAGGTCACAGTAATATTAATTAATTAGAGCAAGTGAGAATAGAAGGTGAGCGCTAAACAAATTTCTGAAAAGTTTCAAACTCATTTGCGTCGCAGTGTCACTAATCTGCGACGCAAATGACTCTAGAGTCATTTGCGAGTCATTTGCGTCGCAGATTAGTAGCATTGCGGCGCAAATCGGTGAGTAT

Coding sequence (CDS)

ATGTATGTCCGCTCAATCAGAAGAAGGTTACTAATCAACGAGATTAGTCAGGAAAAGTTTCCCTTGTTGGTCAAAGAAAGCGGGAAAGAAGGCCATCTTAATTGCGGTGTGGATGCTGAGGGTGATCAACATTTTCAAGGGACTCCGTCATGTCGAGAAGAGAAGTCAGCAGGCTTAAAATTAGATGATGAATGGGATGTAAATAAATGGGCATGGGAGGGAGTCTTGAAAGTTATTAGCAAGGGAGAAGAGTGCATAATCAGACTTGAGGATAAGTCAACAGGTGAACTCTATGCTCGGGCTTTTTTGAGAAAAGGAGAGCCACATCATGTGGAAACTATACCTTTTGCTTCGAATAGAAGAGAAAACAGATATCTCGATAACAAGAAAACTGCTGAAGAAATGGAGCAGCAATTCCAGAATTCTTCAGCCATTGATTACAGTTTGAAAGATGGAGAGACCCTTGTTCTTCAGTTAAAATAA

Protein sequence

MYVRSIRRRLLINEISQEKFPLLVKESGKEGHLNCGVDAEGDQHFQGTPSCREEKSAGLKLDDEWDVNKWAWEGVLKVISKGEECIIRLEDKSTGELYARAFLRKGEPHHVETIPFASNRRENRYLDNKKTAEEMEQQFQNSSAIDYSLKDGETLVLQLK

Relationships

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


Feature Name	Unique Name	Type
Spo17730.1	Spo17730.1	mRNA

Homology

[Close]

BLAST of Spo17730.1 vs. NCBI nr
Match: gi|902236163|gb|KNA24245.1| (hypothetical protein SOVF_017320 [Spinacia oleracea])

HSP 1 Score: 159.1 bits (401), Expect = 6.600e-36
Identity = 91/142 (64.08%), Postives = 93/142 (65.49%), Query Frame = 1


		  
Query: 55  KSAGLKLDDEWDVNKWAWEGVLKVISKGEECIIRLEDKSTGELYARAFLRKGEPHHVETI 114
           KSA     DEWDVNKWAWEGVLKVISKGEECIIRLEDKSTGELYARAFLRKGEPH VET+
Sbjct: 44  KSAASYRADEWDVNKWAWEGVLKVISKGEECIIRLEDKSTGELYARAFLRKGEPHPVETV 103

Query: 115 -----PFASNRREN-------------------------------RYLDNKKTAEEMEQQ 161
                 F     EN                               +YLD KKTAEEMEQQ
Sbjct: 104 IDSSRYFVLRIEENIGGRLRHAFVGIGFRERTEAYDFQAALHDHMKYLDKKKTAEEMEQQ 163

[Close]

BLAST of Spo17730.1 vs. NCBI nr
Match: gi|731356813|ref|XP_010689877.1| (PREDICTED: uncharacterized protein At1g03900 [Beta vulgaris subsp. vulgaris])

HSP 1 Score: 152.5 bits (384), Expect = 6.100e-34
Identity = 86/142 (60.56%), Postives = 91/142 (64.08%), Query Frame = 1


		  
Query: 55  KSAGLKLDDEWDVNKWAWEGVLKVISKGEECIIRLEDKSTGELYARAFLRKGEPHHVETI 114
           K+A     DEWDVNKWAWEGVLKVISKGEECIIRLEDKSTGELYARAFLRKGEPH VE +
Sbjct: 42  KTAASYRADEWDVNKWAWEGVLKVISKGEECIIRLEDKSTGELYARAFLRKGEPHPVEPV 101

Query: 115 -----PFASNRREN-------------------------------RYLDNKKTAEEMEQQ 161
                 F     EN                               +YLD KKTAEEMEQQ
Sbjct: 102 IDSSRYFVLRIEENIDGRLRHAFIGLGFRERTEAYDFQAALHDHMKYLDKKKTAEEMEQQ 161

[Close]

BLAST of Spo17730.1 vs. NCBI nr
Match: gi|475563186|gb|EMT14226.1| (Adaptin ear-binding coat-associated protein 2 [Aegilops tauschii])

HSP 1 Score: 148.3 bits (373), Expect = 1.200e-32
Identity = 72/98 (73.47%), Postives = 84/98 (85.71%), Query Frame = 1


		  
Query: 63  DEWDVNKWAWEGVLKVISKGEECIIRLEDKSTGELYARAFLRKGEPHHVETIPFASNRRE 122
           DEW+VNKWAWEG LKV SKGEECII+LEDKSTGELYARAFLR+GEPH VE +  +S    
Sbjct: 51  DEWNVNKWAWEGALKVASKGEECIIKLEDKSTGELYARAFLREGEPHPVEAVIDSS---- 110

Query: 123 NRYLDNKKTAEEMEQQFQNSSAIDYSLKDGETLVLQLK 161
            RYL+ KKTAEEM Q ++N+S++DYSLK+GETLVLQLK
Sbjct: 111 -RYLNKKKTAEEMVQHYENTSSVDYSLKEGETLVLQLK 143

[Close]

BLAST of Spo17730.1 vs. NCBI nr
Match: gi|474159928|gb|EMS57249.1| (Adaptin ear-binding coat-associated protein 1 [Triticum urartu])

HSP 1 Score: 147.9 bits (372), Expect = 1.500e-32
Identity = 71/98 (72.45%), Postives = 84/98 (85.71%), Query Frame = 1


		  
Query: 63  DEWDVNKWAWEGVLKVISKGEECIIRLEDKSTGELYARAFLRKGEPHHVETIPFASNRRE 122
           DEW+VNKWAWEG LKV SKGEEC+I+LEDKSTGELYARAFLR+GEPH VE +  +S    
Sbjct: 53  DEWNVNKWAWEGALKVASKGEECVIKLEDKSTGELYARAFLREGEPHPVEAVIDSS---- 112

Query: 123 NRYLDNKKTAEEMEQQFQNSSAIDYSLKDGETLVLQLK 161
            RYL+ KKTAEEM Q ++N+S++DYSLK+GETLVLQLK
Sbjct: 113 -RYLNKKKTAEEMVQHYENTSSVDYSLKEGETLVLQLK 145

[Close]

BLAST of Spo17730.1 vs. NCBI nr
Match: gi|703109721|ref|XP_010099373.1| (Uncharacterized protein L484_004799 [Morus notabilis])

HSP 1 Score: 144.8 bits (364), Expect = 1.300e-31
Identity = 82/142 (57.75%), Postives = 88/142 (61.97%), Query Frame = 1


		  
Query: 55  KSAGLKLDDEWDVNKWAWEGVLKVISKGEECIIRLEDKSTGELYARAFLRKGEPHHVETI 114
           KSA     DEWDVNKW WEGVLKVISKGEECIIRLEDK TGELYARAFLR GEPH VE +
Sbjct: 41  KSAASYRADEWDVNKWVWEGVLKVISKGEECIIRLEDKKTGELYARAFLRNGEPHPVEPV 100

Query: 115 -----PFASNRREN-------------------------------RYLDNKKTAEEMEQQ 161
                 F     EN                               +YL+ KKTAEEMEQQ
Sbjct: 101 IDSSRYFVLRIEENIGGRLRHAFIGIGFRERTEAYDFQAALHDHMKYLNKKKTAEEMEQQ 160

[Close]

BLAST of Spo17730.1 vs. UniProtKB/TrEMBL
Match: A0A0K9RXH9_SPIOL (Uncharacterized protein OS=Spinacia oleracea GN=SOVF_017320 PE=4 SV=1)

HSP 1 Score: 159.1 bits (401), Expect = 4.600e-36
Identity = 91/142 (64.08%), Postives = 93/142 (65.49%), Query Frame = 1


		  
Query: 55  KSAGLKLDDEWDVNKWAWEGVLKVISKGEECIIRLEDKSTGELYARAFLRKGEPHHVETI 114
           KSA     DEWDVNKWAWEGVLKVISKGEECIIRLEDKSTGELYARAFLRKGEPH VET+
Sbjct: 44  KSAASYRADEWDVNKWAWEGVLKVISKGEECIIRLEDKSTGELYARAFLRKGEPHPVETV 103

Query: 115 -----PFASNRREN-------------------------------RYLDNKKTAEEMEQQ 161
                 F     EN                               +YLD KKTAEEMEQQ
Sbjct: 104 IDSSRYFVLRIEENIGGRLRHAFVGIGFRERTEAYDFQAALHDHMKYLDKKKTAEEMEQQ 163

[Close]

BLAST of Spo17730.1 vs. UniProtKB/TrEMBL
Match: G5DW97_SILLA (Adaptin ear-binding coat-associated protein (Fragment) OS=Silene latifolia PE=2 SV=1)

HSP 1 Score: 154.8 bits (390), Expect = 8.600e-35
Identity = 87/142 (61.27%), Postives = 92/142 (64.79%), Query Frame = 1


		  
Query: 55  KSAGLKLDDEWDVNKWAWEGVLKVISKGEECIIRLEDKSTGELYARAFLRKGEPHHVETI 114
           K+A     DEWDVNKWAWEGVLKV+SKGEECIIRLEDKSTGELYARAFLRKGEPH VE +
Sbjct: 45  KTAASYRADEWDVNKWAWEGVLKVVSKGEECIIRLEDKSTGELYARAFLRKGEPHPVEPV 104

Query: 115 -----PFASNRREN-------------------------------RYLDNKKTAEEMEQQ 161
                 F     EN                               +YLD KKTAEEMEQQ
Sbjct: 105 IDSSRYFVLRIEENIGGRLRHAFIGIGFRERTEAYDFQAALHDHMKYLDKKKTAEEMEQQ 164

[Close]

BLAST of Spo17730.1 vs. UniProtKB/TrEMBL
Match: A0A0J8BK80_BETVU (Uncharacterized protein OS=Beta vulgaris subsp. vulgaris GN=BVRB_9g210170 PE=4 SV=1)

HSP 1 Score: 152.5 bits (384), Expect = 4.300e-34
Identity = 86/142 (60.56%), Postives = 91/142 (64.08%), Query Frame = 1


		  
Query: 55  KSAGLKLDDEWDVNKWAWEGVLKVISKGEECIIRLEDKSTGELYARAFLRKGEPHHVETI 114
           K+A     DEWDVNKWAWEGVLKVISKGEECIIRLEDKSTGELYARAFLRKGEPH VE +
Sbjct: 42  KTAASYRADEWDVNKWAWEGVLKVISKGEECIIRLEDKSTGELYARAFLRKGEPHPVEPV 101

Query: 115 -----PFASNRREN-------------------------------RYLDNKKTAEEMEQQ 161
                 F     EN                               +YLD KKTAEEMEQQ
Sbjct: 102 IDSSRYFVLRIEENIDGRLRHAFIGLGFRERTEAYDFQAALHDHMKYLDKKKTAEEMEQQ 161

[Close]

BLAST of Spo17730.1 vs. UniProtKB/TrEMBL
Match: G5DW96_SILLA (Adaptin ear-binding coat-associated protein (Fragment) OS=Silene latifolia PE=2 SV=1)

HSP 1 Score: 152.5 bits (384), Expect = 4.300e-34
Identity = 85/142 (59.86%), Postives = 92/142 (64.79%), Query Frame = 1


		  
Query: 55  KSAGLKLDDEWDVNKWAWEGVLKVISKGEECIIRLEDKSTGELYARAFLRKGEPHHVETI 114
           K+A     DEWDVNKWAWEGVLKV+SKGEECII+LEDKSTGELYARAFLRKG+PH VE +
Sbjct: 45  KTAASYRADEWDVNKWAWEGVLKVVSKGEECIIKLEDKSTGELYARAFLRKGDPHPVEPV 104

Query: 115 -----PFASNRREN-------------------------------RYLDNKKTAEEMEQQ 161
                 F     EN                               +YLD KKTAEEMEQQ
Sbjct: 105 IDSSRYFVLRIEENIGGRLRHAFIGIGFRERTEAYDFQAALHDHMKYLDKKKTAEEMEQQ 164

[Close]

BLAST of Spo17730.1 vs. UniProtKB/TrEMBL
Match: R7W3C0_AEGTA (Adaptin ear-binding coat-associated protein 2 OS=Aegilops tauschii GN=F775_27229 PE=4 SV=1)

HSP 1 Score: 148.3 bits (373), Expect = 8.100e-33
Identity = 72/98 (73.47%), Postives = 84/98 (85.71%), Query Frame = 1


		  
Query: 63  DEWDVNKWAWEGVLKVISKGEECIIRLEDKSTGELYARAFLRKGEPHHVETIPFASNRRE 122
           DEW+VNKWAWEG LKV SKGEECII+LEDKSTGELYARAFLR+GEPH VE +  +S    
Sbjct: 51  DEWNVNKWAWEGALKVASKGEECIIKLEDKSTGELYARAFLREGEPHPVEAVIDSS---- 110

Query: 123 NRYLDNKKTAEEMEQQFQNSSAIDYSLKDGETLVLQLK 161
            RYL+ KKTAEEM Q ++N+S++DYSLK+GETLVLQLK
Sbjct: 111 -RYLNKKKTAEEMVQHYENTSSVDYSLKEGETLVLQLK 143

[Close]

BLAST of Spo17730.1 vs. TAIR (Arabidopsis)
Match: AT3G58600.1 (Adaptin ear-binding coat-associated protein 1 NECAP-1)

HSP 1 Score: 131.3 bits (329), Expect = 5.200e-31
Identity = 73/142 (51.41%), Postives = 89/142 (62.68%), Query Frame = 1


		  
Query: 55  KSAGLKLDDEWDVNKWAWEGVLKVISKGEECIIRLEDKSTGELYARAFLRKGEPHHVETI 114
           K+A     DEWDVNKWAWEG LKV+SKGEECII+L DK+TGELYA+AFLR+GE H VE +
Sbjct: 51  KTAASYRADEWDVNKWAWEGALKVVSKGEECIIKLVDKTTGELYAQAFLREGELHPVEAV 110

Query: 115 PFASNR----------------------REN--------------RYLDNKKTAEEMEQQ 161
             +S                        RE               +YL+ KKTAEEMEQ 
Sbjct: 111 IDSSRYFVLRVEEKIDGRVRHAFIGLGFRERTEAYDFQAALHDHMKYLNKKKTAEEMEQH 170

The following BLAST results are available for this feature:

BLAST of Spo17730.1 vs. NCBI nr
BLAST of Spo17730.1 vs. UniProtKB/TrEMBL
BLAST of Spo17730.1 vs. ExPASy Swiss-Prot
BLAST of Spo17730.1 vs. TAIR (Arabidopsis)

BLAST of Spo17730.1 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\|902236163\|gb\|KNA24245.1\|	6.6e-36	64.0	hypothetical protein SOVF_0173...	[more]
gi\|731356813\|ref\|XP_010689877.1\|	6.1e-34	60.5	PREDICTED: uncharacterized pro...	[more]
gi\|475563186\|gb\|EMT14226.1\|	1.2e-32	73.4	Adaptin ear-binding coat-assoc...	[more]
gi\|474159928\|gb\|EMS57249.1\|	1.5e-32	72.4	Adaptin ear-binding coat-assoc...	[more]
gi\|703109721\|ref\|XP_010099373.1\|	1.3e-31	57.7	Uncharacterized protein L484_0...	[more]

BLAST of Spo17730.1 vs. UniProtKB/TrEMBL
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. UniprotKB/TrEMBL)
Total hits: 5


Match Name	E-value	Identity	Description
A0A0K9RXH9_SPIOL	4.6e-36	64.0	Uncharacterized protein OS=Spi...	[more]
G5DW97_SILLA	8.6e-35	61.2	Adaptin ear-binding coat-assoc...	[more]
A0A0J8BK80_BETVU	4.3e-34	60.5	Uncharacterized protein OS=Bet...	[more]
G5DW96_SILLA	4.3e-34	59.8	Adaptin ear-binding coat-assoc...	[more]
R7W3C0_AEGTA	8.1e-33	73.4	Adaptin ear-binding coat-assoc...	[more]

BLAST of Spo17730.1 vs. ExPASy Swiss-Prot
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. ExPASy SwissProt)
Total hits: 0


Match Name	E-value	Identity	Description

BLAST of Spo17730.1 vs. TAIR (Arabidopsis)
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. TAIR)
Total hits: 1


Match Name	E-value	Identity	Description
AT3G58600.1	5.2e-31	51.4	Adaptin ear-binding coat-assoc...	[more]

InterPro

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


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR011993	PH domain-like	GENE3D	2.30.29.30		coord: 62..114 score: 8.5
IPR011993	PH domain-like	unknown	SSF50729	PH domain-like	coord: 63..114 score: 1.12
IPR012466	NECAP-1, N-terminal	PFAM	PF07933	DUF1681	coord: 63..113 score: 3.
None	No IPR available	PANTHER	PTHR12847	ATP-BINDING CASSETTE ABC TRANSPORTER-RELATED	coord: 63..160 score: 2.0
None	No IPR available	PANTHER	PTHR12847:SF4	ADAPTIN EAR-BINDING COAT-ASSOCIATED PROTEIN 1 NECAP-1	coord: 63..160 score: 2.0

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0006897	endocytosis
biological_process	GO:0006289	nucleotide-excision repair
biological_process	GO:0006013	mannose metabolic process
biological_process	GO:0006020	inositol metabolic process
biological_process	GO:0006096	glycolytic process
biological_process	GO:0046486	glycerolipid metabolic process
biological_process	GO:0006094	gluconeogenesis
biological_process	GO:0006000	fructose metabolic process
biological_process	GO:0015976	carbon utilization
biological_process	GO:0006366	transcription by RNA polymerase II
biological_process	GO:0000394	RNA splicing, via endonucleolytic cleavage and ligation
biological_process	GO:0032508	DNA duplex unwinding
biological_process	GO:0005983	starch catabolic process
biological_process	GO:0008152	metabolic process
biological_process	GO:0019252	starch biosynthetic process
biological_process	GO:0006470	protein dephosphorylation
biological_process	GO:0043085	positive regulation of catalytic activity
biological_process	GO:0000023	maltose metabolic process
cellular_component	GO:0009570	chloroplast stroma
cellular_component	GO:0016020	membrane
cellular_component	GO:0000439	core TFIIH complex
cellular_component	GO:0005657	replication fork
cellular_component	GO:0009569	chloroplast starch grain
cellular_component	GO:0009535	chloroplast thylakoid membrane
molecular_function	GO:0005516	calmodulin binding
molecular_function	GO:0005515	protein binding
molecular_function	GO:0005524	ATP binding
molecular_function	GO:0004003	ATP-dependent DNA helicase activity
molecular_function	GO:0008568	microtubule-severing ATPase activity
molecular_function	GO:0046983	protein dimerization activity
molecular_function	GO:0003676	nucleic acid binding
molecular_function	GO:0008138	protein tyrosine/serine/threonine phosphatase activity
molecular_function	GO:0019203	carbohydrate phosphatase activity
molecular_function	GO:0004807	triose-phosphate isomerase activity

RNA-Seq Expression

Co-expression


Gene	r value	Expression
Spo20139	0.73	Barchart \| Table
Spo23096	0.72	Barchart \| Table
Spo03665	0.71	Barchart \| Table
Spo27009	0.69	Barchart \| Table
Spo14911	0.68	Barchart \| Table
Spo02749	0.68	Barchart \| Table
Spo01887	0.68	Barchart \| Table
Spo20788	0.68	Barchart \| Table
Spo14909	0.68	Barchart \| Table
Spo14240	0.68	Barchart \| Table
Spo01344	0.67	Barchart \| Table
Spo03526	0.67	Barchart \| Table
Spo08403	0.67	Barchart \| Table
Spo17186	0.67	Barchart \| Table
Spo24329	0.67	Barchart \| Table
Spo01809	0.66	Barchart \| Table
Spo26481	0.66	Barchart \| Table
Spo10234	0.66	Barchart \| Table
Spo07019	0.66	Barchart \| Table
Spo11534	0.65	Barchart \| Table
Spo10841	0.65	Barchart \| Table
Spo12423	0.65	Barchart \| Table
Spo26995	0.65	Barchart \| Table