Spo19959 (gene)

Overview
NameSpo19959
Typegene
OrganismSpinacia oleracea (Spinach)
DescriptionAutophagy protein 5
LocationSuper_scaffold_217 : 978626 .. 995811 (+)
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.
TTTATCTGACTGTAAAAAAACAAAAACCTCCAATTATGGTCAGGTTTTGGATCGGAGCATGGCTCAACCCGATCAGTATACGCTGTATACCCAAGTCTCCCACAAAGAAAACCGGGGGGTCTTCGATGAGTTCGATCGTTCTCCATCTTCCTCCTCCGTATTCCGTAAGTTTAAAGTTTCTCCCATAGTCCCATTGTTGTCCAGAAAAACAGTCTAGGAATCTGCACAAATCACTCCAAATTTTAGTTCTTAATTCATCTAGAGAGAGATAAAGAAAGAAAATTTGGGAAGAAATGGAGAACGAAGGGACAGAAGCCTTGAAATACGTATGGAAAGGAGCTATACCCCTTCAAATTCACCTCCATGATTCTGAAGTCGCCACTCTTCCTCCTCCTCCCCCAGTTCTGGTCTGCATTTTTTTTTCATTATTCACTTTTGGGTTTTTTCTTTTTTTGTTTTAATTTGCTTTTTGTTGTTGCAGTTTTACTAATCTTTAATCCTGTGATTGTTGGGTTAATTCTAGTTCTTAGTTTGATTGTCATTTTCTTCTTCGTTTGGTCTTTGGTGTGACACTAATTAATGCAATTTGTTGCTGATTTAGGTTTGTTGGGTCTATGCTAGAATCTTTAGTTACTAGTTGGATTGCCAAATGAATATTGTTGTTGTCTAACACTACTCAATCTAACTAAGTTGTTGCCTATTATGGTAGGCTGAGCATTTTACAGAATCCAGTTAGAGGTGATTGTATGTTGTGTCGTCGAACTGAGTAAAGGTGTAAACAGTTTCTTTTTATGTGACGCTCAACAATGGTGGAGCCACTATAGGAGGTGAACTATTATGTAAGTTAGTTTGGGAGGTTAGTAGATTACCTCCAAATGGGGTTAATGGGTTTCCCGACGTCCCGTTGTGTAAAAAGTTTACTTCCAATTGGGGCAGTAGATTCATTGATCTGATTCTGACCACCACTCTCAGAACGAACCACCACTAGTGCCACCTCTATCTGTTGACCAACCCCTTAAATATTAGCCCCTAAATTGATTAATATTATCTCCTAATTCATGAGCATGGCGGTAGTGGAAATTGATGTTGGTGCTTCTGAGTTGAGCAGGTGAAACTTCAATGGAATGAATGATAAACGTTGATACTTTCATGTTTGTGGATTCAAGTTTGTGAAGAGAATTTCCTTTGTTCTGACATGTAGGTCCGAACTTGGTCTCATAATTTAAAAAGTGCAAATCACATCAGGTGCTGTGGTTTTTGTTTTGTGAATGTTTCAAACTAAGGTTTCATTTGTGAAGTAATAGGGATTTGTATTGGAGATCGGAGATCCTCTTGACAGAGAGGTCCAACAATTGAGATTATAAAAGAGGTTGTCCTTAGTTTGTGCATGTTGTTGAAAATATATCCACAAAATTAATAGTGACATCTACTCTATTAGGGTGGACTGGGAAAAGTAGTTTATTTCTTTTTGGATTGAGTGGTGGAGAGAGGATGGACATGATACAATAATCTAAATTATATTTTGATGAATTCATGTTACACCTATGTTTCAGAGAAATGGGATGATATGACTGTTGCATGGATGATCAGTAGTTTGGTCTCATGAATGAAAGGCAAGGAGAGTTTCTGTTGCATAGAAAATAGAAAATCTGATAATGGTGTCATCATCATAAGAAAGCTAGTGACCATGGTCCATGGTGATGGCCTTACTATATTATTATTATTATTTTTTTCTTTCTGTTTTCTTGATTGAAGAGGCAATGGTATTTTTTAACTGAACAAAGTCGGGAAGTTGATATGGCTTCTAATGTGACATGTTTATCTTTTGATTATGTGTGGAGATCATATATTGGATATTGAAATGAGAAATTAGTTAAAAAAGTATGTCTGTGGAGCTGATGAAATTAAAATTTTGGTTTATGGTGAGGACTGACTGAAGGAAATAGGTCCGGTTGTATGTTCTATTGGTAACTATTTTCTCCTTCCACAATCCACACCAATTTCAATGTCTTGCTATTTATGGTGAGAGTATTCTCCTTTGCGCCCCCATAATTTACTGTCAGCGTATTAAGAGTTGAGGCACTATTAGGATATGAAGAGCATATGTGATTTGTCAAAATACATAAATTAGTTTCCTCTTAAATTTTCCTTGTCCTTGCTCTATGAGCTTCTAACAACTAGTTTTTTCTTTTTTAATAGTTTACATCTTTTCTTGTCCTTAACATGATTCTCTTTGCTTTACTCAGACATGAGATTTCCTTGTTTTCATATTTTTATATGTATGCTGCTTGTTTTGGTACTGCAGATATTAGCTCCACGGATAGGTTATCTGCCACTGCTAGCACCTCAAATAAAACCCCTCTTCAGCAGTACACTTCCTCCAGGGGATGATACTGTTTGGTTTGAGTACAAGGGATTACCCCTAAAATGGTATAGTCCTGAACTTATTTTGTGAATGTCAGACTATTATATTGAATAGCATCATCATTGTATTCATGAACTCAAGTTCTTATGAATAAGCTTTATAAACTTTGATCCTCAATTTTTTTTCCTGATGCTACCTTTTGAGGTTTAGCAATTACTCCCTCCGCCCCTAAAAGACTGCCCCATAGGAAAAATACACTTTATTAAGAATTGGGTATAATCAAAAGCAAATGAGTAGGTAGGTTTGTCTTTTAGTTAGATTAAATAATAGTGTGTGAGGAGAGACATATGGAGACCACAAACTAAATAAGGTATGGGGCAAACAAACAGGGATATCCATTTATGGTATATGGGGCAATCTTTTATGGAGGGAGGGAGTATCAAACACCTTTATGGGTTAAAGGTAGTTGCATGTCATGATCAGCATAAATGAAATATCTCAGAGAAACTGGATGATCCTACATTAGATGTTTCTAATGAATGTTGTTTCTCTAGGGAGTATGAGAAACATAGCTTGTTCATGGTGGTGATCTGTTCCCCGGCTGGTTGTTGTTAACAAAGCAGCAGCGCATTTTGATTTGCTTTCTCAAAACTATGGAATTATTTTAATTTTGTAAATGTGCTCATGAGTTGCCGTATCATTATACCTTGCGCATATTGTTTCCATGCCATAACCTTATTTGCAGTGTTATACGACATCACTCACGCAAGTCTTAAACAATATGAGTTACTGACCTATATGTATAGACGAAAGTCATGCAGATGTTATCCTTTCCTATAGTCATAATTGAATAACAGATTTGGAGTTGTCATCACGGGTGTGTCTTTGTGCAGGTATATACCAACTGGCGTTCTCTTTGATCTTCTTTGTGCGGAGCCTGAGAGACCTTGGAATCTTACGGTAAGTTTAACTTGATATTTCTAAAAATTCATTTTATGACTGCAGGAACTGCAGATGAACAAGTAGTTGGACATGTAACTTTGGTTGTGTTTACAGTGCATAATTGCACTGGGCTAGAAATTAAGGATAGGATTCCAAATCATGTGCTTTTTTGGTTAGGGAAACCATCAATTGCATTTTATTTTGTTGTTGTTTCTTAAGCATTTCACAATTTTTGATGGATTTTGTGGCTTGTAGTCTACACTTTATTTTGTCATATCTAGTTGGATTTTGTAAGGGTACTCTGTTTTTCCATTTGTTGTTGTTGCTTCCCCCAATCGAAAAGTTAAAGCCCCTAGCTAAATTAGTCAAAGAGGCTGAATTATGAATCCATGTTGATAACGTCTTTTTTTCTTCTGGCCTGGTTTTATCTTCTTAAACCAAGAATCCATATGGATAACATTAGTCCCCCCCTTCCCCTTTGTGTTAATCTTTTTTTTTTAAAATTTTAAAATTTTTTTTAACCTTTACAGGTGCACTTTAGAGGTTATCCAAGTAACATACTGGCCCCATGTGAAGGCGAAGACGCAGTTAAGTGGAGCTTCATCAACTCTCTGAAAGAGGTAAATTGCATGGAAAACTAAATGCATTTTGTGGCTAGATACATATATATATATATATATTCCCTGCACATGCATCTTTGTGAAGGGAAGCTGTATACTCTGTTATAGGTGCTTGTGACTGTAGAAAATGTATGTTGACTTTCACTTGCTGAGTTACTGATGTGGTTTGTAGTGTGAAGCTCTCAGATTGAATATTAAATCATTGTATACGTTATGAATTTATTCCGCAGCTCTTTCAAAGGATCATCTGGTATTTACTGGAAGGACTTCAGGGGGGGGGGAGGAGTGTAAGAAAATCAGGAAAAGATGGTGGCGGCGGATGGCCTATGAAATGCTAGGAATTGGGGGTGGGGCGGGGAGGAGTATGAGCAAGTCAGGAAAGGATGGTGGTTGCAGTGATGTCTGAGGTGGCCTATGAAATGCTAGGAGTGGGATAACTTTTACCGTCGCATTAAATTTCGTTGGGTGGTTGATGTATGTGTTGGGTGAAGAGAGAGGGAAGGGAGGAAAGATCCTTGTGACCTGTTAGCATGCTCTTTCAAAAGTCCTCTTGGTCGGGAAGTTTTTGTGGTTAAAAGATCGATGGAGAGCATCCTTGAAAGTTTGGACAAACATGATTGATTTTACGGTTTTTACCCAGAAAGAAACTTTTACGAAAGCAAAAACTGCGAACAGGGCTCACTCTAGGATGTTTTGATGTAATTAATATGTTGTAGACAGTTAGACATGGAGGAAGTCATGTTTTTGAACAAAAAAACTGAAAATTGTAGTTATAAAGCTTGAAAATCTCTACCACATTGCATAACCCAGTAATATGAAAAGCTCCATCAGATGATTCAGATCTACTATATACCCATGAAATTATCTAACTAAAGAATATCAAACACAGCCTTCTATGATCACAAATAGCCTAGAATTGCAATGACATATTTTTTCCCTATGAATTTCACGTCTTTGTTCTTTTCAAAATCCAAGAGCACGGGGTATGAAACAACCTGCAGGAACCATATATCCTCTTATATATGGAACTACTTTCTTTGTACATAACTACTTTCTTCACAAAAGTTCAAGAGCCTTACGTTCCACGTGTAATGCATCGGATATAGCCCGTATAGGGAAAGGGCACATCAGGAAGTGTCATAATATTGTTGTTATGGATAGCTTATTTTTTTTAAACTAGTGTCACAATAATATTATGGGTAGCTTGAGCAACAAGAAGAGGTAGTTAGTTATTCTGTAAATAGAGGAGTAGGGAAAGAGAATGCAAGTTGATTATTCTGTCATGTCCATTTACTCTCTCTACCTAAGTTGTATTCCACCATTGATGATTTAATTTAATACAACTACTATCGGTTCCTATCTTGCATACTTAAAACAGTGATTAAGCAATATACAACTCCAATCTACACCATGGAGAAAAAATAGTTTCTTCATTACTTTCTGTTTGGAATCAGGGTGGGGATTAAGAAAGTTGGAATCTTGTAATGATTGGGGGTAAGAGAAAATATTAAATAAATAAGATTCTACTTTATGAACAAAGAAAAGAGAGAGAAATGAATAAAGAAAGAAATTAAGTGGGAATAATGAATTAAATAAGGTGGGTGGGGAAATCAATGGAAATTAAGGTAGGATATGGTAGAAAATTAAATTGTAGAATGGGGGTAGTTTGGGTAAAAACATTTGCAAAAAAAGGAAAAGATTCACAATGGAAAGAATAAAAAGGAACTCCAATTCGGGAAACGGGAAGAACTTTAAGGAACAGAGGGAGTATTATGTAATTGACTTGCTGGCTTTTCTAGCCTGCATAACAACAGCTGTCCAAAAGAAATCCTTCTCATTCGCGCATAAGTGCAAGAATAGTAATATGATTTTCGTAAAATACCAAGCTATGATTTTTAAGTTTTAACTACATAGTGATCAACTGATCAAACCTCGTAGTTATTATGTACTTGTCATTGTTAATTCACTCCGCAGGTTTAGACTTTAGATGGGAAACACCTGCTTTCTTTTTCTGCCTTCAGGAAGTTGGTATGTTTGTTAGTTAAGTTTTCCGCTGTTATCGAGTCATTGAATAATTGCTGATTGTCTTTGTCTTTGCAGGCTACCTACATAATTAATGGAAACTGTAAGAATATTATGAACATGTCACAGTCAGATCAGTTGGAATTGTGGCAATCTTTAATAAATGGTAAGAGAGCTATTCATTAAAGTTAGACAAACAATAACATTTTACTTCATGTGATTTCAATCTCATATGGGAAGAAGCAGAGATATAGATTAGAAATGAGTATTATGAGCATAGCATACTGTTCAAGGCAGCTTCCTTCTTGTCTCTTCCGCAACTGTAAAGGAGAGAGGAACCTCATCTTCAAGTGTAAATATTTAACTTATTTGATTAAACATTGCCGACATCAACTTCCAAACTTCCCCACCCACTTTCATATCCTTTAAGTCCTCTTCTCCAAGAAAATATTTTGTGGCATAACAATGCAATCCATTTCTTAGAATGGAAAAAAGACAGGATCTGGAACGATGTTGTCCCTTCCTGCACCGGTAGGATATGTAGATTCAAAAGGTCTTGCGCACACAAGGTGTACAATAAATTTATTGTACACCAAGATAACTTTTATGCAGTCTTTTGTAACTCTAACTTACTTTTTTGTAACTTTTATATTATAAAAATAAAAAGTTGATAAATAAACATTTTAAAGGGTTAAATGATTAATTTATACATTATTAGTGATTTTGATAAAATAATTTTTATTCAAATGAAAAAATTTATCATTAAAAAATAGATGACTTTTACATATATGAATGTAACTTTTAAACATTTTAAGTCAACTTTACTCTGGTGTACAATATTTATTGTACACCCCTTGTAAATAAGAATTTGTGATGTCGATTTCTCATGGCACTTGTAAATCACAACGGCCAAAATTTTACCGCTGAACCAAATTCTAACAAAGAAATGAGTTTGTGGTTGGGTTTTAGTTTTTCTCTGTGTAAATCTATAGTTGTGTTATGCTTCTCTACTGAAACATACTTTACTGGAACATATACAATTGAGACTTCACAACTTACATTAATTAAACAGGTGTGTGATTGGAGTTCGGTGGATACCGCCTCTTTGCCGTTCCAGCACTTAAGAGCTGTCAATGGGTTGGTTGGGTCAGAATCAGGTCGGCCCATTAATAGACGGGTGGAGATTTTTCCAAGCCAACCCGACCTGTAAACGGGCTGAGATTCTCAACCCAACCCAACCTGTTAATAAATGGGTCGAACCAAGGTTGACCCGTTTAAGTTTTTTTCTCTTGAAGTGAATCGACTTGACTTTAAAATTAAAGGGTAATTTCTTTTGAGGAAAATCTTGTAGTAAAAACTAATACTCCAATATGTATTTGTCAGGAAATAAGAACCTCAAATAATAATTCAATGTTGGAGGAAAAAATGAGAAATAAAATCTTTAAAATAACATTCTACACATCTGTACTACATCCTTGCTTGAATTTGAATAGTGTGAATTAATTTGGCAATAATAATTTGTAATAAATGAATTAAAGAAAGCCAGATGAGTAGGCGACACTCATATGCTAAGAAGGAGTTTGTTATTTACTTTTTCTTCTCGTCTTCCTTCATTGTTATTTAGGAAATGACCATAAATCTAATGCTTTATTTGTTGATGTAGAGAATACGTACATAGAGAATAAATCTAGGTTAAGAATTTTTGAGATGAGATAGAGATGATAGATATTGAGAGAAAAGAGTAGGTACCCTCAACTATTAGGTGTTAGTTTAAAATTTTCATATTTATAATTTATTAAATCTAAAAAGACTCAAAATTTTAAACTGGTTGAGGTGACCCAATTAGTTACTCCCTCTGTCCCAATTTAATTGTCATACTTTCCATTTACGCCGTCCCAATTTAATTGTCACATTTCCTTTTATGGCATGGACCCACTAATATTTTTATTATCTTTCTCTTTTCACTACCCAAAATTATGACCCACATTCTCTCACATTCAATTAGAAAATTCTTTCACTATCTCCCACTACACCTACTTTTCTATTAAACTATAATAGATAAGCATACAACAACTTATCGCATAAAACTCTGTGAAAAGCTTAGTGCGACAATTAAATTTTGGGACGGAGGGAATATATGTGTTAGGCGGGTTGCTTTCGGGTTGAAAATCTCAACCTGACCCAACCCATTTAAAACGGGTTGGGTTGACCCATTTAATTAAATGGGTTTACAATCTTGACCCAACCTTTTATTGTTGGGTTCAGGTTGGGTTGGTGGGTTGGGTCAGCTGGCAACCATCAGTACCAGCAAACAAGTACCAGCAAACAACAGTCTTGGCAATCCAACCATTAATAACATTTAGGGAATTTGTTTACAAAAGCAATGCTTCAAAACTAATCTGTTTCACTCTGGCTGAAACTGGGCAAGGAATTACTTACTAGGACTGCTTTCTTTGTATTTGAAGTTTGAACTGGTAATTTCACCAAAGTGTTTGAAACGGGCTTGACGATTCCCATGAAATGATTGAGGGGGTCAATTTTCTGTCTAAGATTTAAATTATGTATGTTTTGTGCCTTGTCATTTTGCGAGACACTTGAAAGTTGTCTCTGTGCACGCACTTCTGCTGCACGGCTAATCACTATATCAAGATTTAGACAGTATTGTTGTTAAACTTTAAAGTATATGGTTATGAATCTATTGTTAAGCATTGTAATCTCTGTTAGGATTCAGTTATCATGTTCCTTATTTTAGGATTTTCTTGGGAATTCTTACAATTCTCTTCTCTGCTAGCTGAAAGCTACTTCAAGAGGCTTTTTGCTATCACTATTTAGGATATGAAACTCTATGTCAATACCCAATTGTCAAAATTTTGATTCCACACACATTTTAGTGGTTTAAACTCAGTTGACCATCTTTATGATTTCTTCTGGTCACTTCCTCTCCTGAATTCTTCTATTTCATTTTCTTATTATAGATTTTGTACTTTCTAGTGAATGCATCAACAATTTATCTATCTGGTTGTATCAGGAAATTTGGAATCCTTCCTCAAGGTAACATCAAAGCTGAAGCTTGGAGCAGTTGACGATGATTACTCAGCAAAACTGTACCCAACAATAAAACCTTTGTCTGATGCCGGTAATACAGATAATCCTGGTGCCAAAACAGGTAATCATACTATTATGTCAAGTTAGATCTGCTTGGATTTTGCATCCACATTGAGATCTTTTATTTTTGTTTTCCTACAGTTACGTAAATACGCAAATACATTAGGAATTTGAATTTACCATGACTGTTAAATAATTCTGTCAAAGTTAAATAGAAAATTGGGGTTTGCAGGGCTGTATTGGGGGTTTTATACTAGTATAGTAGTAAATGCATGTTAAATTATCAAATTCCTTATAAATCTTAAGCTCTTAAAGGAGGCAATTTTTTACTTGGCCTTGGTATGTGGGGTACATGATGAATTAACTAATTTCCTCACCTGTTTACTTTTCTTTTCTTGATCTCATGTGTTACAGTGATCCTTATTTTGGTTTGGGTGTAAAAAATTTGGAATTTTTTGTTAGGCTCGAGTGATGGTTATAATTTGCAATATTTTGACCCTAGAAAATCTCATTAAACTTACAAAAATTGGATTAGTGGGTGAGGAGTCTGTTCAATGATACTCCCTCCATATTTTTTACGAGTTACATGTCAATTAAGAAAGGACAGTTGAATGTAATATAATAATAAAACGATTGGGGGAGGGAGTAATAAACAAATAGAAAAAAGTATGGTGGGAAAAATAATTTAATCAAAGTAGAGAGGGAGTTTATTGTAGTGGTGGCCCCGTAGGAAAGTATGATATATTAAATAATTAGCGAGTGGGTAGAAAATTTGCCAAAAATAGAAATGTAAATACGGCCGCAATTGTTATATGTAACCCCTAAAAAAATCCGGAGGAAGTATCACATAATGCTAGTTGTAAGATTCTTCAGTTTTTAGTTTGTGCTGTTTTTTGCACTTTTAGGACAACGAGTTGTTCCGTGAAAGAACACAGCTTAAGATCCATACATGTATTTGTGAGGCTTATTTGCGCTTGAGAAAAAGAGTTGATGGATCAATTGCATTGATTGAACTCTAAGTTCCAATAGTGACAGTTCTGCGTACCATTTTAAAATTTAATATTTTGTTCAAAGACCTCGATTTTCTGAATCCATTGTCGTTACTTTCACGCAAATTGATGCTATTAGGTGCATAATTGGGTTCTTCTCTCCAATCACTATGTTTTTTTGTCCTATCTCTACCAAGAATTGAAATTCACTATCACCTTAATGAGCAAGTGACTATAACATTACCTAGAAGAATAAGATCAATTGAATACCCCTGAAAAAGAACACTCTTGGAGTGGAGATAAAGAGCTGAAAAAAATTATCAAGGGAATTTGATATACTTTTTGGCACCCGCCATTTAGAATGGAAACCATACAAGAAGAAAAATATGTAAAATGTAGCGAAAATGAAGAATATAATTACATCAAGCTTCACAAGGAAGTCAAAAATGAAAAATATAATTACATCAAGGTTCACGAGGAGGTGATCGTCAGAAGAACAACAAGAAGAACCTTAGTATTGGCATAAAGGAATATATATCCAAACTCCACAAAAGGTGAAGAACATCTTGCAAATAATTCTTGATGGACACCTTGGATTGTCAAACAGACACATGGATTGGGAAAGGTTAGCGTTTCAAGTACCGGTATAGGAAGAAGCACCAAAGATAGCAGCCTAGTTCCCTCCACCACCCCCACCCCGCCCAAACAAACTAGTAAGCAGAAGTGAAAAGAAATGGAGAGAAGTCAAAGTACCCAATAAATTGGATTAGGGACAATTTAGAAGTCAGAAAAGGAAAATACCAACTCTGACTTAGAACACCAGAGCTTCAATTGTTCAAACTTTTGAATGTCTTGGCATTTTATATTGACTGAGATGTAGTTGTTTTTATCCCCCCGCCTCTTCTTTTGTTTCTGATTAAGTCCAAACGTGAAACTGTTTACACAGAAGGTGAAGGTCACAAGTAACTTTTTGGGTCCATTTTTGTTTCAAATCATTATATTTACCAACTTGTCCTTCGTTCACAACTTTACATTAAAATATGACTAATACACCTATGTTCCCTAGGAAATTGTTTCACTAATACTCTCTTCCCTTTTCCCTTCTTCAAAAATATTACTTTTGTTCTTTACTTTTCTTCACGTGTGGCATGAACTTGTTTTTGGTTTCTTAGGTGAACATTTTGGAGGTACTTGATGTAAAACTATTCCTTCAAAGTTAAATTGCTCTCCCAAGTCCCACCAAATTTTAGGGACGAAGCCAGAAACCTAAAATCAATCTTGATGGGGGCCGGATTTTATGTTGTTTATAAGTTTTATTCATAAATTTACTTGTATTAACTATTGTACAAATATTTCATATTATCTCTATAAAAACCGAAATGGAAAGTACGAAAAAATAATAAAAAGAGGAAAATAGGAAATGATGGTAAAGCAGTGAATTATTTCAGAAATTACTCCACCTGTACTCTTCAATGGAAAGAAGTAAACAAGGCAATTTCCCTACCTCCAGGTGAAAGCAGATGAAGAAAAAGCGGAAAAGAAAAGCAAAAACTGTAAAAGAAAGGTTTTTTCACAAAATACCTAGAGGTTTAACTTAATTCACCGTATACCCTCATGTAGTCATGTTTTTGGTAATTCACCATATACCCCCGAAGGTTTGGAAAATTAACATGACTTGACCTTGCCATTAATTCTCTGTTAGATCTCTCATTTTCATCTTCTTCATCTCTCCTCCATCTTCATCTCTCCTCCACCTTCACCATCAATCTCCGTTAATATAACCTCCTCATTCAAACAAAAAATTACAGAGAAACCCATTTCAATTAAACATTATGAGCATGAATCTCAAATTATCGATTGACGAAACCTTCAATGAAAATCAAAGAGAAATTGAGAGGGAAAAGGGTGAAATCAAAATCTTGAGGCCATCAACAGAGAGTAGACCACTGAGAATGCATTCCTTGTAACCATTTCCGAGAACTATGGCATCGTATTCTTCATCCATGGCGATTTAGCTCATATCAGTTTGAACGTCGAGGAAGAAAAAATAGGGAAAGGGCGAACGAGGGAGGAGAGAGATTAGAAGAGAGGGGAAGCGTTAACTTTTGGGGCTATTCAGCTCAGATCAACTTTCGCCACCTCCTCCTTCCTTCACCTTTACTCTTTTTCTCGCATCGTTTCCTGATTCTTGCCATGACAACCACCATTGCCTCTTTCTCCTCTCGATCTACTTTCTCTCACCCCTCAGTCTTCTCTTTCTGTCTCCTCTTGATCTCCTTTCTCTCTCCTCTCTACGGTTTCCGCCCTCTCCTTCAGATGGCGATATTTCAAGGTGGTGGTAGTGAATTTCGTGTTGGTTGGGTGGGTTTTGAGTGACTGATGGTTATTTCCGGGGTTATGAGGGCGTATTTTGGGTGGGTGGAGGGCGTTTCCAAATGGTGGTGGTGGGCAGTGGCGGAGCTACAGTGTGTCATGTTGGGTCAAGTGACACCATTATTTTACAAAAAAATTAAGCTCTAAATTTTTTTTAAAAAAAATTAAAGAAATTAAGGATGCAACATCTTGAGACCGGGACAGTGAGACATAAGAGAGATGAAGATGTAAATTTCATGCCTTACAAGTTCACCATTGTTGTACCTTTCTTCTTCTCCTAGGGATGGAAATGGGTGGGATTTGGATCGGGTGGAGCATCACCCGCATCCATCACCCGCTTTCATCTGCTCCACCCGGTCCATCCGTCACCCGCTTTACTCATCACCCGCATTCCGTCCATCCATCACCCGCGGGTGAACCGGGTGGATCGGGTGGTATTCGGGTGAAAATTATGAACTATAAAAATTCGCCATCTAATAATATGCATAGTAATTAACCAAAAGAAAAAGGATATATACGTACATTTAATTCCGAAACGTATAATTACTTCTTATCACGCATAACTAATAACCAAAAAAAAAAATATGTACTAACTTTAATAAATAATGGATTTATCAATACATTTTATATTTAAACATTAATATAAATAATATATTTAAAATAAATGGGTGATGGATCGGGTGATAAACGGGGACGGTTCGGGTGATGGATAAAAAAACATCACCCGCATCCAACCCGCATCCATCACCCGCTTCACCCATCACCCGCTTTTCATCCATTTAATTCGGGTTTTCACCCGTTTAATTATAGCGGGTGATCGGGTTAATGGATCATCCACTGGATATTTCCATCCCTATCTTCTCCTTCAAGGCTTCAACTAAAGAGGAAGAAAGTCTGTAAATATGTGTTATATTTTTGCGAAAGAGATAAAGAGGAAGCAGTGTAAAAGTAAAGGTTAAAACAAAAGGAAAGAGTTGGGGCCACACAAATCTGATTTTTGTTTGTCCTTTATTATTTTTAAAAAAATTTCACTTCCATTTTGTCTTTACCAGCGGTTATTGTTAGCTTTCCCTTTCAATTTGGGTTTACCCAACAGTTGTTTATCCAACGGATGAAGGTAATCACGTGCTAGCCTTTCTGACTTTTCAGAACCATAATTATAATTTTTTACGTATTATTTATATTTTCTTTTTAATTCTGATTTTTTTTTTTAATTATTTTTGATTTAAAAATATTTTAAGCTGTTACCCTGGCGCACCAATGTACTACTCCCTATGTCGTCCAATTTTGAAAGTTGTTGTATTTCGCCTCCGTCCTGTATATTTTCAATCTAATTGTAATTGTATGGGGGTATTATTTAACTGTTTTGAAATGTCATTTTTTTTTTGTTAATTATGAATTGAACATTGATTTATACGGGTCAGCGAACAATAGTGACACCATCCGAAAAATCCTGACTCCGCCACTGGTGGTGGGGGGTTTCGGTATTCATTGTAGTTGGGGAGGTGGGTTCAGGTGGGCTGGGCAGAGGAAAGAGGAGACAAAGGTGAGGAGAAAAGATGGTGACTGTAACGGTTATGGCTTGCGGTTGTGAAGATTTGTTGATGAAGGAGAATGGTGGTGGTTATCACTAGTGCTAAGCGGTAGGCGGTAGGAGAGATAAGGGGGCGGCAGGGAGGTGGTTGGTGATGGAGTAGCATGGAGGAGAGGAGAGAGGAACGGGGAGCAGCAATGACTGGCTTCCATGGAGGAAATGGTTTGTGGATAAAGGTAGGAGATAACGGAAACTTGATGGCGTTAGTCAATAAGGATAATTCATGTTAATTTTCCATACCTCAAGGGTATATGGTGAATTACTAAAAACACGAGGGTATATGATGAATTAAGTTAAACCCCCCGGTGTGGTGAAAAAACCGTTAAAAAGAAAATTCCGGATATATTGGCAATCGGACATTGTATCAAATTGTTCTACACTCAAGTCTCAACGACTGCAGCATGCCCCATTTCATTGACTATAGTTACTAGAATAAATACTATATAAATTTTCCAGATTTATGACAAGGCCCGGGGACAGCGGCCGGGTCCCCCTTTTGCCCCAACGTAACGTCGTTACTGCAAATTCCAATGGTAAACAGTAGCGGTTCTTCATTATAGCCTGGGTGGCCCCGGGCGAAAATTTCGCTGGTATTTTTAGTTCTGCACTTCTGCCTCCCCCCCTAAATTTTGAATATAGTTGTATAAATTCCATACTATATTGCTTAATTCTTCGATTGGCCTCCTCGTAGGCTCGTACAAGTGTTCAAGATCTACCACTGGTGGTAAAATCTACTTCCTCCATTCGCATACAAATATTTTTTAAGGTCGTGCACATATATTAAGGAGTTAGTTGTTGCATCAACTTTAAGAACTTAAGAAGTGTTCTGCCAAAAAAAAAAAGAGTTTAAGAAGTGACTAACGATATTGTATTGGTGTTTTAAACTAAGTAATAATAGATTTATATTCTAATTGACAAATAATATGGAACAAATATTAGTCAGTTAAATGATCAGGGTATATGGAACGGGGGAAGTAAGATTAATGGTGCCATTTGTATTCTTCCGTGTGCATGATGGCGCATTACCTTATGGATTAATGTCTCCCTTCTCAGCTCCCTGAGTCTGTTTGTTTATTTTTTTGTTAGTCACAGTCCGCCTATCTGGTACAGCCAAATCAAAAGCCATGTTTGTGAAATTGTGGCAGGTAGGATTCCAGTTCGGCTGTATGCTAGGATTTTTACCAAGGTGTTCGATGACTTGGAAGATGCCCCTGAGATTGACAGCTGGGAGAAAATTTCTTACATAAACAGACCCATTGGACTTGATAAAGATGAAGGTGAGCATTTTTTGTAGATTTATTTTTTGAATTTTGATCTGCCCCTTTTCTTCTTTAGTTCAAATACCGTTAATTTTCAAAGACAATGTGCCTTCAATAATCTAGCCTTTCAGAATTGTCTATTATTCCCGATTTTCCATTGTGGGAAAGATGGCAACAACTGGTGTAACTACTGCAAGCTGTCCTATATTTTCTCAGGCAGTCAACAGTCATGTCATCAGTGGTTTTCTGTTTCTATTTTCATATGTCATTTTTGGCAAGCCTTAATTCTTTTGGTGACTGGCAAGTGGCAACGTCTTTCATCTGTTATGCCCTGTTCTCAGCGGGAGGTTAAATCTCCTGCAAATTACAAAGAAAGCAAATAGAACAATCTGCGAAAAGCTGTCGCCTTTATTTTTCCTTACCTTTTTTTTCCTAAACATAAAATATTCCAATTAAAAAAGATTTTTTCTAAGCAAATTGTTTGTGCTTATTCTAGAAACACAACAGGTTTGACGAGATTTGATTCAGTTGTCAAGGGAGTGGTTGATTTGTTCAAATAAAGCTTTAAAAAAGAATTCTGATTTGTTAATCAAAAAGCTGATTTTTGTTTGTTGATTTTCGATCTATATTTTAACTATGGTTCGGAATTTGGCTGTATAACCTGTATCTATGCCAATTGCCAAGCATAGTTATCACGGTCTTTTATTGTTTTTCACTATGGGGTTTTGGGAGAGATATTAAGGCTGTAATAGAGATTGGATTTTACGAAGTATATTTTAACTGTGGCACGTTTAGGGGAAGAGAAAAACAGCAGTTGAGATGTGTGCCTGTTAGAGTATTTTGGGGAACGAAGTAGGTATTTTAACCCGAAAAGGAAATATGAAAAACAGTTTGGACATCCTTAGGAAGTGTGAAAAACAGAGGGAATATTGAAGTATTGCTGATTAATGCATCACTACAGTTTTGAGATTCCTAGGTATTGTCTTGGAAGGATGGAAGGACCGCTCTTGGTACTGTCTTATTAACTTGTTTTCTATAAAATCTCTTTTTGCTGTAGCTCTGACCATATATAGCAAGTATTTGAGTAGGTCGCTATGTTATACAGATGTCTGTTAATGAACACCTTTTGTAGACGAGTAACTATGATGATATTCCATTTGTTGAAGGAAAATACTCAAAATGTGAAGAACACTGCAGGTAAATGCTTTGCCCTAAGTGATGCTATGAAGACTCTTCTCCCAGAGTACTTTGGAGAAGGCAATAATGAGAAAACAACCGAAGCGGAGGTTAAGGAAGTACATTCAGAAGATGCTGACGACACAAAAGATGTAGAAGAGGCGACTACATCAGTTGGTGAGCATACTGAAACCAAACAACCATCAGTAAGTGCTAAAATCAAACTCATTCGAATTCAAGGCATTGAGCCAAAACCCGAGATCCCGTTCTCTTGGGTAGTCAACAACCTAATGAACCCAGATCACTACCTTCACATATGTGTGTATTTGATTCATTGTTAACATGTCTTTGTTTTAAGAGTATTGTTTCATGTGGACTGGGTAACTCTTTTGTATATGTCACTTCCCCAGTCTTTGGCTTCTATGTTGGTTTCTTTTCTCCGACCCCCGTGTTCTTTGTTTACTCGTGCTATTTGTAAACCCCAAATAGTCTGTAAATAACAAGTTATCAATTGTTCTCTTACAAAGTTTCCATATCAGACTCCCCTTGCTCCAGTAACCTTCTGAGGAGGGTATTCTAATGTTTTGCTTTTCATTATATATATATGTTAGGTTATGATACATATAAATGAATATAAATCATGATAAACCATAAAAGCCAGGATTCCTAATTAATTGCCACATAACAATTAGCATAATTTAGGATGCATACTCTTTGTAGCGTGCCCTCCCTAGCTGCGCC

mRNA sequence

TTTATCTGACTGTAAAAAAACAAAAACCTCCAATTATGGTCAGGTTTTGGATCGGAGCATGGCTCAACCCGATCAGTATACGCTGTATACCCAAGTCTCCCACAAAGAAAACCGGGGGGTCTTCGATGAGTTCGATCGTTCTCCATCTTCCTCCTCCGTATTCCGTAAGTTTAAAGTTTCTCCCATAGTCCCATTGTTGTCCAGAAAAACAGTCTAGGAATCTGCACAAATCACTCCAAATTTTAGTTCTTAATTCATCTAGAGAGAGATAAAGAAAGAAAATTTGGGAAGAAATGGAGAACGAAGGGACAGAAGCCTTGAAATACGTATGGAAAGGAGCTATACCCCTTCAAATTCACCTCCATGATTCTGAAGTCGCCACTCTTCCTCCTCCTCCCCCAGTTCTGATATTAGCTCCACGGATAGGTTATCTGCCACTGCTAGCACCTCAAATAAAACCCCTCTTCAGCAGTACACTTCCTCCAGGGGATGATACTGTTTGGTTTGAGTACAAGGGATTACCCCTAAAATGGTATATACCAACTGGCGTTCTCTTTGATCTTCTTTGTGCGGAGCCTGAGAGACCTTGGAATCTTACGGTGCACTTTAGAGGTTATCCAAGTAACATACTGGCCCCATGTGAAGGCGAAGACGCAGTTAAGTGGAGCTTCATCAACTCTCTGAAAGAGGCTACCTACATAATTAATGGAAACTGTAAGAATATTATGAACATGTCACAGTCAGATCAGTTGGAATTGTGGCAATCTTTAATAAATGGAAATTTGGAATCCTTCCTCAAGGTAACATCAAAGCTGAAGCTTGGAGCAGTTGACGATGATTACTCAGCAAAACTGTACCCAACAATAAAACCTTTGTCTGATGCCGGTAATACAGATAATCCTGGTGCCAAAACAGGTAGGATTCCAGTTCGGCTGTATGCTAGGATTTTTACCAAGGTGTTCGATGACTTGGAAGATGCCCCTGAGATTGACAGCTGGGAGAAAATTTCTTACATAAACAGACCCATTGGACTTGATAAAGATGAAGGTAAATGCTTTGCCCTAAGTGATGCTATGAAGACTCTTCTCCCAGAGTACTTTGGAGAAGGCAATAATGAGAAAACAACCGAAGCGGAGGTTAAGGAAGTACATTCAGAAGATGCTGACGACACAAAAGATGTAGAAGAGGCGACTACATCAGTTGGTGAGCATACTGAAACCAAACAACCATCAGTAAGTGCTAAAATCAAACTCATTCGAATTCAAGGCATTGAGCCAAAACCCGAGATCCCGTTCTCTTGGGTAGTCAACAACCTAATGAACCCAGATCACTACCTTCACATATGTGTGTATTTGATTCATTGTTAACATGTCTTTGTTTTAAGAGTATTGTTTCATGTGGACTGGGTAACTCTTTTGTATATGTCACTTCCCCAGTCTTTGGCTTCTATGTTGGTTTCTTTTCTCCGACCCCCGTGTTCTTTGTTTACTCGTGCTATTTGTAAACCCCAAATAGTCTGTAAATAACAAGTTATCAATTGTTCTCTTACAAAGTTTCCATATCAGACTCCCCTTGCTCCAGTAACCTTCTGAGGAGGGTATTCTAATGTTTTGCTTTTCATTATATATATATGTTAGGTTATGATACATATAAATGAATATAAATCATGATAAACCATAAAAGCCAGGATTCCTAATTAATTGCCACATAACAATTAGCATAATTTAGGATGCATACTCTTTGTAGCGTGCCCTCCCTAGCTGCGCC

Coding sequence (CDS)

ATGGAGAACGAAGGGACAGAAGCCTTGAAATACGTATGGAAAGGAGCTATACCCCTTCAAATTCACCTCCATGATTCTGAAGTCGCCACTCTTCCTCCTCCTCCCCCAGTTCTGATATTAGCTCCACGGATAGGTTATCTGCCACTGCTAGCACCTCAAATAAAACCCCTCTTCAGCAGTACACTTCCTCCAGGGGATGATACTGTTTGGTTTGAGTACAAGGGATTACCCCTAAAATGGTATATACCAACTGGCGTTCTCTTTGATCTTCTTTGTGCGGAGCCTGAGAGACCTTGGAATCTTACGGTGCACTTTAGAGGTTATCCAAGTAACATACTGGCCCCATGTGAAGGCGAAGACGCAGTTAAGTGGAGCTTCATCAACTCTCTGAAAGAGGCTACCTACATAATTAATGGAAACTGTAAGAATATTATGAACATGTCACAGTCAGATCAGTTGGAATTGTGGCAATCTTTAATAAATGGAAATTTGGAATCCTTCCTCAAGGTAACATCAAAGCTGAAGCTTGGAGCAGTTGACGATGATTACTCAGCAAAACTGTACCCAACAATAAAACCTTTGTCTGATGCCGGTAATACAGATAATCCTGGTGCCAAAACAGGTAGGATTCCAGTTCGGCTGTATGCTAGGATTTTTACCAAGGTGTTCGATGACTTGGAAGATGCCCCTGAGATTGACAGCTGGGAGAAAATTTCTTACATAAACAGACCCATTGGACTTGATAAAGATGAAGGTAAATGCTTTGCCCTAAGTGATGCTATGAAGACTCTTCTCCCAGAGTACTTTGGAGAAGGCAATAATGAGAAAACAACCGAAGCGGAGGTTAAGGAAGTACATTCAGAAGATGCTGACGACACAAAAGATGTAGAAGAGGCGACTACATCAGTTGGTGAGCATACTGAAACCAAACAACCATCAGTAAGTGCTAAAATCAAACTCATTCGAATTCAAGGCATTGAGCCAAAACCCGAGATCCCGTTCTCTTGGGTAGTCAACAACCTAATGAACCCAGATCACTACCTTCACATATGTGTGTATTTGATTCATTGTTAA

Protein sequence

MENEGTEALKYVWKGAIPLQIHLHDSEVATLPPPPPVLILAPRIGYLPLLAPQIKPLFSSTLPPGDDTVWFEYKGLPLKWYIPTGVLFDLLCAEPERPWNLTVHFRGYPSNILAPCEGEDAVKWSFINSLKEATYIINGNCKNIMNMSQSDQLELWQSLINGNLESFLKVTSKLKLGAVDDDYSAKLYPTIKPLSDAGNTDNPGAKTGRIPVRLYARIFTKVFDDLEDAPEIDSWEKISYINRPIGLDKDEGKCFALSDAMKTLLPEYFGEGNNEKTTEAEVKEVHSEDADDTKDVEEATTSVGEHTETKQPSVSAKIKLIRIQGIEPKPEIPFSWVVNNLMNPDHYLHICVYLIHC
Relationships

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

Feature NameUnique NameType
Spo19959.1Spo19959.1mRNA


Homology
[Close]
BLAST of Spo19959.1 vs. NCBI nr
Match: gi|902226457|gb|KNA20386.1| (hypothetical protein SOVF_052660 isoform A [Spinacia oleracea])

HSP 1 Score: 740.7 bits (1911), Expect = 1.200e-210
Identity = 357/357 (100.00%), Postives = 357/357 (100.00%), Query Frame = 1 

		  

Query: 1   MENEGTEALKYVWKGAIPLQIHLHDSEVATLPPPPPVLILAPRIGYLPLLAPQIKPLFSS 60
           MENEGTEALKYVWKGAIPLQIHLHDSEVATLPPPPPVLILAPRIGYLPLLAPQIKPLFSS
Sbjct: 1   MENEGTEALKYVWKGAIPLQIHLHDSEVATLPPPPPVLILAPRIGYLPLLAPQIKPLFSS 60

Query: 61  TLPPGDDTVWFEYKGLPLKWYIPTGVLFDLLCAEPERPWNLTVHFRGYPSNILAPCEGED 120
           TLPPGDDTVWFEYKGLPLKWYIPTGVLFDLLCAEPERPWNLTVHFRGYPSNILAPCEGED
Sbjct: 61  TLPPGDDTVWFEYKGLPLKWYIPTGVLFDLLCAEPERPWNLTVHFRGYPSNILAPCEGED 120

Query: 121 AVKWSFINSLKEATYIINGNCKNIMNMSQSDQLELWQSLINGNLESFLKVTSKLKLGAVD 180
           AVKWSFINSLKEATYIINGNCKNIMNMSQSDQLELWQSLINGNLESFLKVTSKLKLGAVD
Sbjct: 121 AVKWSFINSLKEATYIINGNCKNIMNMSQSDQLELWQSLINGNLESFLKVTSKLKLGAVD 180

Query: 181 DDYSAKLYPTIKPLSDAGNTDNPGAKTGRIPVRLYARIFTKVFDDLEDAPEIDSWEKISY 240
           DDYSAKLYPTIKPLSDAGNTDNPGAKTGRIPVRLYARIFTKVFDDLEDAPEIDSWEKISY
Sbjct: 181 DDYSAKLYPTIKPLSDAGNTDNPGAKTGRIPVRLYARIFTKVFDDLEDAPEIDSWEKISY 240

Query: 241 INRPIGLDKDEGKCFALSDAMKTLLPEYFGEGNNEKTTEAEVKEVHSEDADDTKDVEEAT 300
           INRPIGLDKDEGKCFALSDAMKTLLPEYFGEGNNEKTTEAEVKEVHSEDADDTKDVEEAT
Sbjct: 241 INRPIGLDKDEGKCFALSDAMKTLLPEYFGEGNNEKTTEAEVKEVHSEDADDTKDVEEAT 300

Query: 301 TSVGEHTETKQPSVSAKIKLIRIQGIEPKPEIPFSWVVNNLMNPDHYLHICVYLIHC 358
           TSVGEHTETKQPSVSAKIKLIRIQGIEPKPEIPFSWVVNNLMNPDHYLHICVYLIHC
Sbjct: 301 TSVGEHTETKQPSVSAKIKLIRIQGIEPKPEIPFSWVVNNLMNPDHYLHICVYLIHC 357
[Close]
BLAST of Spo19959.1 vs. NCBI nr
Match: gi|902226458|gb|KNA20387.1| (hypothetical protein SOVF_052660 isoform B [Spinacia oleracea])

HSP 1 Score: 732.3 bits (1889), Expect = 4.200e-208
Identity = 357/368 (97.01%), Postives = 357/368 (97.01%), Query Frame = 1 

		  

Query: 1   MENEGTEALKYVWKGAIPLQIHLHDSEVATLPPPPPVLILAPRIGYLPLLAPQIKPLFSS 60
           MENEGTEALKYVWKGAIPLQIHLHDSEVATLPPPPPVLILAPRIGYLPLLAPQIKPLFSS
Sbjct: 1   MENEGTEALKYVWKGAIPLQIHLHDSEVATLPPPPPVLILAPRIGYLPLLAPQIKPLFSS 60

Query: 61  TLPPGDDTVWFEYKGLPLKWYIPTGVLFDLLCAEPERPWNLTVHFRGYPSNILAPCEGED 120
           TLPPGDDTVWFEYKGLPLKWYIPTGVLFDLLCAEPERPWNLTVHFRGYPSNILAPCEGED
Sbjct: 61  TLPPGDDTVWFEYKGLPLKWYIPTGVLFDLLCAEPERPWNLTVHFRGYPSNILAPCEGED 120

Query: 121 AVKWSFINSLKEATYIINGNCKNIMNMSQSDQLELWQSLINGNLESFLKVTSKLKLGAVD 180
           AVKWSFINSLKEATYIINGNCKNIMNMSQSDQLELWQSLINGNLESFLKVTSKLKLGAVD
Sbjct: 121 AVKWSFINSLKEATYIINGNCKNIMNMSQSDQLELWQSLINGNLESFLKVTSKLKLGAVD 180

Query: 181 DDYSAKLYPTIKPLSDAGNTDNPGAKT-----------GRIPVRLYARIFTKVFDDLEDA 240
           DDYSAKLYPTIKPLSDAGNTDNPGAKT           GRIPVRLYARIFTKVFDDLEDA
Sbjct: 181 DDYSAKLYPTIKPLSDAGNTDNPGAKTGSYKCSRSTTGGRIPVRLYARIFTKVFDDLEDA 240

Query: 241 PEIDSWEKISYINRPIGLDKDEGKCFALSDAMKTLLPEYFGEGNNEKTTEAEVKEVHSED 300
           PEIDSWEKISYINRPIGLDKDEGKCFALSDAMKTLLPEYFGEGNNEKTTEAEVKEVHSED
Sbjct: 241 PEIDSWEKISYINRPIGLDKDEGKCFALSDAMKTLLPEYFGEGNNEKTTEAEVKEVHSED 300

Query: 301 ADDTKDVEEATTSVGEHTETKQPSVSAKIKLIRIQGIEPKPEIPFSWVVNNLMNPDHYLH 358
           ADDTKDVEEATTSVGEHTETKQPSVSAKIKLIRIQGIEPKPEIPFSWVVNNLMNPDHYLH
Sbjct: 301 ADDTKDVEEATTSVGEHTETKQPSVSAKIKLIRIQGIEPKPEIPFSWVVNNLMNPDHYLH 360
[Close]
BLAST of Spo19959.1 vs. NCBI nr
Match: gi|731366261|ref|XP_010694973.1| (PREDICTED: autophagy protein 5 [Beta vulgaris subsp. vulgaris])

HSP 1 Score: 654.1 bits (1686), Expect = 1.400e-184
Identity = 315/359 (87.74%), Postives = 334/359 (93.04%), Query Frame = 1 

		  

Query: 1   MENEGTEALKYVWKGAIPLQIHLHDSEVATLPPPPPVLILAPRIGYLPLLAPQIKPLFSS 60
           MEN GT+ALKYVWKGAIPLQIHLHDSEV TLPPPPPVL+LA RIGYLPLLAPQ+KPLF+S
Sbjct: 1   MENVGTDALKYVWKGAIPLQIHLHDSEVTTLPPPPPVLMLASRIGYLPLLAPQMKPLFNS 60

Query: 61  TLPPGDDTVWFEYKGLPLKWYIPTGVLFDLLCAEPERPWNLTVHFRGYPSNILAPCEGED 120
           TLPPGDDTVWFEYKGL LKWYIPTGVLFDLLCAEPERPWNLTVHFRGYPSN L PCEGED
Sbjct: 61  TLPPGDDTVWFEYKGLALKWYIPTGVLFDLLCAEPERPWNLTVHFRGYPSNTLTPCEGED 120

Query: 121 AVKWSFINSLKEATYIINGNCKNIMNMSQSDQLELWQSLINGNLESFLKVTSKLKLGAVD 180
           AVKW+FINSLKEA YIINGNCK+IMNMSQSDQLELW+S++NGNLESFLKVTSKLKLGA+D
Sbjct: 121 AVKWNFINSLKEAAYIINGNCKHIMNMSQSDQLELWRSVLNGNLESFLKVTSKLKLGAID 180

Query: 181 DDYSAKLYPTIKPLSDAGNTDNPG-AKTGRIPVRLYARIFTKVFDDLEDAPEIDSWEKIS 240
           DDY+ KLYP++K  SDAGNTDNPG AKTGRIPVRLYARIFT+VFDDLEDAPE+DSWEKIS
Sbjct: 181 DDYTTKLYPSLKACSDAGNTDNPGLAKTGRIPVRLYARIFTEVFDDLEDAPEVDSWEKIS 240

Query: 241 YINRPIGLDKDEGKCFALSDAMKTLLPEYFGEG--NNEKTTEAEVKEVHSEDADDTKDVE 300
           YINRPIGLDKDEGKCF LSDAMKTLLPEYFGEG  NNEKT E EVKEV SEDA DTK  E
Sbjct: 241 YINRPIGLDKDEGKCFTLSDAMKTLLPEYFGEGIINNEKTIEMEVKEVDSEDASDTKLTE 300

Query: 301 EATTSVGEHTETKQPSVSAKIKLIRIQGIEPKPEIPFSWVVNNLMNPDHYLHICVYLIH 357
           E +T VGEHT++KQ SV A+IKLIRIQGIEPK EIPFSWVVNNLMNPDHYLHICVYLIH
Sbjct: 301 EVSTPVGEHTKSKQSSVGAEIKLIRIQGIEPKSEIPFSWVVNNLMNPDHYLHICVYLIH 359
[Close]
BLAST of Spo19959.1 vs. NCBI nr
Match: gi|747097906|ref|XP_011096936.1| (PREDICTED: autophagy protein 5 [Sesamum indicum])

HSP 1 Score: 489.6 bits (1259), Expect = 4.700e-135
Identity = 242/354 (68.36%), Postives = 277/354 (78.25%), Query Frame = 1 

		  

Query: 5   GTEALKYVWKGAIPLQIHLHDSEVATLPPPPPVLILAPRIGYLPLLAPQIKPLFSSTLPP 64
           GTEA +YVW GAIPLQIHLHDSEV TLPPPPP LILAPRIGYLPLL PQIKP FSS+LPP
Sbjct: 9   GTEAQQYVWGGAIPLQIHLHDSEVTTLPPPPPALILAPRIGYLPLLVPQIKPFFSSSLPP 68

Query: 65  GDDTVWFEYKGLPLKWYIPTGVLFDLLCAEPERPWNLTVHFRGYPSNILAPCEGEDAVKW 124
           G DTVWFEYKGLPLKWYIPTGVLFDLLCAEPERPWNLT+HFRGYP NIL PCE ED++KW
Sbjct: 69  GVDTVWFEYKGLPLKWYIPTGVLFDLLCAEPERPWNLTIHFRGYPGNILTPCESEDSIKW 128

Query: 125 SFINSLKEATYIINGNCKNIMNMSQSDQLELWQSLINGNLESFLKVTSKLKLGAVDDDYS 184
           SFIN+LKEA YIINGNCKNIMNMSQ DQ ELW+S++NG LE +L+V+SKLKL  V DD+S
Sbjct: 129 SFINALKEAAYIINGNCKNIMNMSQPDQAELWRSVLNGQLEVYLRVSSKLKLDIVGDDFS 188

Query: 185 AKL-YPTIKPLSDAGNTDNPG-AKTGRIPVRLYARIFTKVFDDLEDAPEIDSWEKISYIN 244
            KL   T K      + D  G  +TGR+PVRLY R   +  DDLEDAP I SWEK+SYIN
Sbjct: 189 LKLNSSTSKSNQGVNDLDATGTTRTGRVPVRLYIRTIDEDTDDLEDAPAIGSWEKVSYIN 248

Query: 245 RPIGLDKDEGKCFALSDAMKTLLPEYFGEGN--NEKTTEAEVKEVHSEDADDTKDVEEAT 304
           RP+ +   EGKCF L+DA+K LLPE F E +  N  T+ AEV+     D D ++   E  
Sbjct: 249 RPVEV-HSEGKCFTLNDALKVLLPELFTEASSTNAHTSGAEVEGGQRSDGDSSRSPGETG 308

Query: 305 TSVGEHTETKQPSVSAKIKLIRIQGIEPKPEIPFSWVVNNLMNPDHYLHICVYL 355
            +  EH++   PS  A+IKL+RIQGI+P+ EIPFSWVVNNLMNPDHYLHICVY+
Sbjct: 309 AASNEHSQL--PSDGAEIKLVRIQGIKPQLEIPFSWVVNNLMNPDHYLHICVYV 359
[Close]
BLAST of Spo19959.1 vs. NCBI nr
Match: gi|590648662|ref|XP_007032216.1| (Autophagy protein Apg5 family isoform 2 [Theobroma cacao])

HSP 1 Score: 487.3 bits (1253), Expect = 2.300e-134
Identity = 238/352 (67.61%), Postives = 281/352 (79.83%), Query Frame = 1 

		  

Query: 7   EALKYVWKGAIPLQIHLHDSEVATLPPPPPVLILAPRIGYLPLLAPQIKPLFSSTLPPGD 66
           EA KYVW+GAIPLQIHLH+S+V TLPPPPP LILAPRIGYLPLL P IKP FSSTLPPG 
Sbjct: 10  EAKKYVWEGAIPLQIHLHESQVTTLPPPPPALILAPRIGYLPLLVPLIKPHFSSTLPPGV 69

Query: 67  DTVWFEYKGLPLKWYIPTGVLFDLLCAEPERPWNLTVHFRGYPSNILAPCEGEDAVKWSF 126
           DT+WFEY+GLPLKWYIPTGVLFDLLCAEPERPWN+TVHFRGYP N+L PC+GED+VKWSF
Sbjct: 70  DTIWFEYRGLPLKWYIPTGVLFDLLCAEPERPWNITVHFRGYPGNVLIPCDGEDSVKWSF 129

Query: 127 INSLKEATYIINGNCKNIMNMSQSDQLELWQSLINGNLESFLKVTSKLKLGAVDDDYSAK 186
           INSLKEA YIINGNCKN+MNMSQSDQLELW S++NGNLE++L+V+SKLKL  ++D+Y++ 
Sbjct: 130 INSLKEAAYIINGNCKNVMNMSQSDQLELWHSVMNGNLEAYLRVSSKLKLATIEDEYTSL 189

Query: 187 LYPTIKPLSDAGNTDNPG-AKTGRIPVRLYARIFTKVFDDLEDAPEIDSWEKISYINRPI 246
              + K    +G TD  G  KTGR+PVRLY    ++ FDD ED  ++DSWEKISYINRPI
Sbjct: 190 C--SSKSQQGSGETDFTGQVKTGRVPVRLYVWSISEDFDDWEDLSQVDSWEKISYINRPI 249

Query: 247 GLDKDEGKCFALSDAMKTLLPEYFGEGNNEKTTEAEV-----KEVHSEDADDTKDVEEAT 306
            + K EGKCF L DAMK+LLPE+F + +   +  A V     +++ SED    K VE+  
Sbjct: 250 EIHK-EGKCFTLHDAMKSLLPEFFSDESLSDSKLARVDFEDAQKIPSEDVSSNKVVEDQG 309

Query: 307 TSVGEHTETKQPSVSAKIKLIRIQGIEPKPEIPFSWVVNNLMNPDHYLHICV 353
            +  EH E    S SA+IKLIRIQGIEPK EIPFSW+VNNL+NPDH+LHICV
Sbjct: 310 QNAYEHREACCISSSAEIKLIRIQGIEPKLEIPFSWLVNNLLNPDHFLHICV 358
[Close]
BLAST of Spo19959.1 vs. UniProtKB/TrEMBL
Match: A0A0K9RLI8_SPIOL (Autophagy protein 5 OS=Spinacia oleracea GN=SOVF_052660 PE=3 SV=1)

HSP 1 Score: 740.7 bits (1911), Expect = 8.200e-211
Identity = 357/357 (100.00%), Postives = 357/357 (100.00%), Query Frame = 1 

		  

Query: 1   MENEGTEALKYVWKGAIPLQIHLHDSEVATLPPPPPVLILAPRIGYLPLLAPQIKPLFSS 60
           MENEGTEALKYVWKGAIPLQIHLHDSEVATLPPPPPVLILAPRIGYLPLLAPQIKPLFSS
Sbjct: 1   MENEGTEALKYVWKGAIPLQIHLHDSEVATLPPPPPVLILAPRIGYLPLLAPQIKPLFSS 60

Query: 61  TLPPGDDTVWFEYKGLPLKWYIPTGVLFDLLCAEPERPWNLTVHFRGYPSNILAPCEGED 120
           TLPPGDDTVWFEYKGLPLKWYIPTGVLFDLLCAEPERPWNLTVHFRGYPSNILAPCEGED
Sbjct: 61  TLPPGDDTVWFEYKGLPLKWYIPTGVLFDLLCAEPERPWNLTVHFRGYPSNILAPCEGED 120

Query: 121 AVKWSFINSLKEATYIINGNCKNIMNMSQSDQLELWQSLINGNLESFLKVTSKLKLGAVD 180
           AVKWSFINSLKEATYIINGNCKNIMNMSQSDQLELWQSLINGNLESFLKVTSKLKLGAVD
Sbjct: 121 AVKWSFINSLKEATYIINGNCKNIMNMSQSDQLELWQSLINGNLESFLKVTSKLKLGAVD 180

Query: 181 DDYSAKLYPTIKPLSDAGNTDNPGAKTGRIPVRLYARIFTKVFDDLEDAPEIDSWEKISY 240
           DDYSAKLYPTIKPLSDAGNTDNPGAKTGRIPVRLYARIFTKVFDDLEDAPEIDSWEKISY
Sbjct: 181 DDYSAKLYPTIKPLSDAGNTDNPGAKTGRIPVRLYARIFTKVFDDLEDAPEIDSWEKISY 240

Query: 241 INRPIGLDKDEGKCFALSDAMKTLLPEYFGEGNNEKTTEAEVKEVHSEDADDTKDVEEAT 300
           INRPIGLDKDEGKCFALSDAMKTLLPEYFGEGNNEKTTEAEVKEVHSEDADDTKDVEEAT
Sbjct: 241 INRPIGLDKDEGKCFALSDAMKTLLPEYFGEGNNEKTTEAEVKEVHSEDADDTKDVEEAT 300

Query: 301 TSVGEHTETKQPSVSAKIKLIRIQGIEPKPEIPFSWVVNNLMNPDHYLHICVYLIHC 358
           TSVGEHTETKQPSVSAKIKLIRIQGIEPKPEIPFSWVVNNLMNPDHYLHICVYLIHC
Sbjct: 301 TSVGEHTETKQPSVSAKIKLIRIQGIEPKPEIPFSWVVNNLMNPDHYLHICVYLIHC 357
[Close]
BLAST of Spo19959.1 vs. UniProtKB/TrEMBL
Match: A0A0K9RNG4_SPIOL (Autophagy protein 5 OS=Spinacia oleracea GN=SOVF_052660 PE=3 SV=1)

HSP 1 Score: 732.3 bits (1889), Expect = 2.900e-208
Identity = 357/368 (97.01%), Postives = 357/368 (97.01%), Query Frame = 1 

		  

Query: 1   MENEGTEALKYVWKGAIPLQIHLHDSEVATLPPPPPVLILAPRIGYLPLLAPQIKPLFSS 60
           MENEGTEALKYVWKGAIPLQIHLHDSEVATLPPPPPVLILAPRIGYLPLLAPQIKPLFSS
Sbjct: 1   MENEGTEALKYVWKGAIPLQIHLHDSEVATLPPPPPVLILAPRIGYLPLLAPQIKPLFSS 60

Query: 61  TLPPGDDTVWFEYKGLPLKWYIPTGVLFDLLCAEPERPWNLTVHFRGYPSNILAPCEGED 120
           TLPPGDDTVWFEYKGLPLKWYIPTGVLFDLLCAEPERPWNLTVHFRGYPSNILAPCEGED
Sbjct: 61  TLPPGDDTVWFEYKGLPLKWYIPTGVLFDLLCAEPERPWNLTVHFRGYPSNILAPCEGED 120

Query: 121 AVKWSFINSLKEATYIINGNCKNIMNMSQSDQLELWQSLINGNLESFLKVTSKLKLGAVD 180
           AVKWSFINSLKEATYIINGNCKNIMNMSQSDQLELWQSLINGNLESFLKVTSKLKLGAVD
Sbjct: 121 AVKWSFINSLKEATYIINGNCKNIMNMSQSDQLELWQSLINGNLESFLKVTSKLKLGAVD 180

Query: 181 DDYSAKLYPTIKPLSDAGNTDNPGAKT-----------GRIPVRLYARIFTKVFDDLEDA 240
           DDYSAKLYPTIKPLSDAGNTDNPGAKT           GRIPVRLYARIFTKVFDDLEDA
Sbjct: 181 DDYSAKLYPTIKPLSDAGNTDNPGAKTGSYKCSRSTTGGRIPVRLYARIFTKVFDDLEDA 240

Query: 241 PEIDSWEKISYINRPIGLDKDEGKCFALSDAMKTLLPEYFGEGNNEKTTEAEVKEVHSED 300
           PEIDSWEKISYINRPIGLDKDEGKCFALSDAMKTLLPEYFGEGNNEKTTEAEVKEVHSED
Sbjct: 241 PEIDSWEKISYINRPIGLDKDEGKCFALSDAMKTLLPEYFGEGNNEKTTEAEVKEVHSED 300

Query: 301 ADDTKDVEEATTSVGEHTETKQPSVSAKIKLIRIQGIEPKPEIPFSWVVNNLMNPDHYLH 358
           ADDTKDVEEATTSVGEHTETKQPSVSAKIKLIRIQGIEPKPEIPFSWVVNNLMNPDHYLH
Sbjct: 301 ADDTKDVEEATTSVGEHTETKQPSVSAKIKLIRIQGIEPKPEIPFSWVVNNLMNPDHYLH 360
[Close]
BLAST of Spo19959.1 vs. UniProtKB/TrEMBL
Match: A0A0J8B9P7_BETVU (Autophagy protein 5 OS=Beta vulgaris subsp. vulgaris GN=BVRB_4g096660 PE=3 SV=1)

HSP 1 Score: 654.1 bits (1686), Expect = 1.000e-184
Identity = 315/359 (87.74%), Postives = 334/359 (93.04%), Query Frame = 1 

		  

Query: 1   MENEGTEALKYVWKGAIPLQIHLHDSEVATLPPPPPVLILAPRIGYLPLLAPQIKPLFSS 60
           MEN GT+ALKYVWKGAIPLQIHLHDSEV TLPPPPPVL+LA RIGYLPLLAPQ+KPLF+S
Sbjct: 1   MENVGTDALKYVWKGAIPLQIHLHDSEVTTLPPPPPVLMLASRIGYLPLLAPQMKPLFNS 60

Query: 61  TLPPGDDTVWFEYKGLPLKWYIPTGVLFDLLCAEPERPWNLTVHFRGYPSNILAPCEGED 120
           TLPPGDDTVWFEYKGL LKWYIPTGVLFDLLCAEPERPWNLTVHFRGYPSN L PCEGED
Sbjct: 61  TLPPGDDTVWFEYKGLALKWYIPTGVLFDLLCAEPERPWNLTVHFRGYPSNTLTPCEGED 120

Query: 121 AVKWSFINSLKEATYIINGNCKNIMNMSQSDQLELWQSLINGNLESFLKVTSKLKLGAVD 180
           AVKW+FINSLKEA YIINGNCK+IMNMSQSDQLELW+S++NGNLESFLKVTSKLKLGA+D
Sbjct: 121 AVKWNFINSLKEAAYIINGNCKHIMNMSQSDQLELWRSVLNGNLESFLKVTSKLKLGAID 180

Query: 181 DDYSAKLYPTIKPLSDAGNTDNPG-AKTGRIPVRLYARIFTKVFDDLEDAPEIDSWEKIS 240
           DDY+ KLYP++K  SDAGNTDNPG AKTGRIPVRLYARIFT+VFDDLEDAPE+DSWEKIS
Sbjct: 181 DDYTTKLYPSLKACSDAGNTDNPGLAKTGRIPVRLYARIFTEVFDDLEDAPEVDSWEKIS 240

Query: 241 YINRPIGLDKDEGKCFALSDAMKTLLPEYFGEG--NNEKTTEAEVKEVHSEDADDTKDVE 300
           YINRPIGLDKDEGKCF LSDAMKTLLPEYFGEG  NNEKT E EVKEV SEDA DTK  E
Sbjct: 241 YINRPIGLDKDEGKCFTLSDAMKTLLPEYFGEGIINNEKTIEMEVKEVDSEDASDTKLTE 300

Query: 301 EATTSVGEHTETKQPSVSAKIKLIRIQGIEPKPEIPFSWVVNNLMNPDHYLHICVYLIH 357
           E +T VGEHT++KQ SV A+IKLIRIQGIEPK EIPFSWVVNNLMNPDHYLHICVYLIH
Sbjct: 301 EVSTPVGEHTKSKQSSVGAEIKLIRIQGIEPKSEIPFSWVVNNLMNPDHYLHICVYLIH 359
[Close]
BLAST of Spo19959.1 vs. UniProtKB/TrEMBL
Match: A0A061EFI9_THECC (Autophagy protein 5 OS=Theobroma cacao GN=TCM_017687 PE=3 SV=1)

HSP 1 Score: 487.3 bits (1253), Expect = 1.600e-134
Identity = 238/352 (67.61%), Postives = 281/352 (79.83%), Query Frame = 1 

		  

Query: 7   EALKYVWKGAIPLQIHLHDSEVATLPPPPPVLILAPRIGYLPLLAPQIKPLFSSTLPPGD 66
           EA KYVW+GAIPLQIHLH+S+V TLPPPPP LILAPRIGYLPLL P IKP FSSTLPPG 
Sbjct: 10  EAKKYVWEGAIPLQIHLHESQVTTLPPPPPALILAPRIGYLPLLVPLIKPHFSSTLPPGV 69

Query: 67  DTVWFEYKGLPLKWYIPTGVLFDLLCAEPERPWNLTVHFRGYPSNILAPCEGEDAVKWSF 126
           DT+WFEY+GLPLKWYIPTGVLFDLLCAEPERPWN+TVHFRGYP N+L PC+GED+VKWSF
Sbjct: 70  DTIWFEYRGLPLKWYIPTGVLFDLLCAEPERPWNITVHFRGYPGNVLIPCDGEDSVKWSF 129

Query: 127 INSLKEATYIINGNCKNIMNMSQSDQLELWQSLINGNLESFLKVTSKLKLGAVDDDYSAK 186
           INSLKEA YIINGNCKN+MNMSQSDQLELW S++NGNLE++L+V+SKLKL  ++D+Y++ 
Sbjct: 130 INSLKEAAYIINGNCKNVMNMSQSDQLELWHSVMNGNLEAYLRVSSKLKLATIEDEYTSL 189

Query: 187 LYPTIKPLSDAGNTDNPG-AKTGRIPVRLYARIFTKVFDDLEDAPEIDSWEKISYINRPI 246
              + K    +G TD  G  KTGR+PVRLY    ++ FDD ED  ++DSWEKISYINRPI
Sbjct: 190 C--SSKSQQGSGETDFTGQVKTGRVPVRLYVWSISEDFDDWEDLSQVDSWEKISYINRPI 249

Query: 247 GLDKDEGKCFALSDAMKTLLPEYFGEGNNEKTTEAEV-----KEVHSEDADDTKDVEEAT 306
            + K EGKCF L DAMK+LLPE+F + +   +  A V     +++ SED    K VE+  
Sbjct: 250 EIHK-EGKCFTLHDAMKSLLPEFFSDESLSDSKLARVDFEDAQKIPSEDVSSNKVVEDQG 309

Query: 307 TSVGEHTETKQPSVSAKIKLIRIQGIEPKPEIPFSWVVNNLMNPDHYLHICV 353
            +  EH E    S SA+IKLIRIQGIEPK EIPFSW+VNNL+NPDH+LHICV
Sbjct: 310 QNAYEHREACCISSSAEIKLIRIQGIEPKLEIPFSWLVNNLLNPDHFLHICV 358
[Close]
BLAST of Spo19959.1 vs. UniProtKB/TrEMBL
Match: V4U4U7_9ROSI (Autophagy protein 5 OS=Citrus clementina GN=CICLE_v10005246mg PE=3 SV=1)

HSP 1 Score: 478.4 bits (1230), Expect = 7.600e-132
Identity = 234/351 (66.67%), Postives = 281/351 (80.06%), Query Frame = 1 

		  

Query: 7   EALKYVWKGAIPLQIHLHDSEVATLPPPPPVLILAPRIGYLPLLAPQIKPLFSSTLPPGD 66
           EA KYVW+GAIPLQIHLH+SEV TLPPPPP LILAPRIGYLPLL   IKP F S+LPPG 
Sbjct: 4   EARKYVWEGAIPLQIHLHESEVTTLPPPPPALILAPRIGYLPLLVGLIKPYFGSSLPPGV 63

Query: 67  DTVWFEYKGLPLKWYIPTGVLFDLLCAEPERPWNLTVHFRGYPSNILAPCEGEDAVKWSF 126
           DT+WFEYKGLPLKWY PTGVLFDLLC EPERPWNLTVHFRGYP ++L PCEGED+VKWSF
Sbjct: 64  DTIWFEYKGLPLKWYTPTGVLFDLLCPEPERPWNLTVHFRGYPVHVLIPCEGEDSVKWSF 123

Query: 127 INSLKEATYIINGNCKNIMNMSQSDQLELWQSLINGNLESFLKVTSKLKLGAVDDDYSAK 186
           INSLKEA YIINGNCKN+MNMSQSDQ+ELW+S++NGNLE++L+V+SKLKL  V+DDY+ K
Sbjct: 124 INSLKEAAYIINGNCKNVMNMSQSDQVELWRSVMNGNLEAYLRVSSKLKLVTVEDDYTVK 183

Query: 187 LYPTIKPLSDAGNTDNPG-AKTGRIPVRLYARIFTKVFDDLEDAPEIDSWEKISYINRPI 246
           L  + K     G TD  G  KTGRIPVRLY    ++ FDDLEDAP+ID W+KIS+INRP+
Sbjct: 184 LNSSSKSQQGTGETDFAGQVKTGRIPVRLYVWSVSEDFDDLEDAPDIDCWDKISFINRPV 243

Query: 247 GLDKDEGKCFALSDAMKTLLPEYFGEGN--NEKTTEAEVKEVH--SEDADDTKDVEEATT 306
            +  +EGKCF L DA+KTLLPEYF +    N+++ + E +E++  SEDA   K+ E    
Sbjct: 244 EVRTEEGKCFTLHDAIKTLLPEYFTDKPLFNDESPKLEDEEMNLSSEDAGSNKNTEV--- 303

Query: 307 SVGEHTETKQPSVSAKIKLIRIQGIEPKPEIPFSWVVNNLMNPDHYLHICV 353
              E    +  + +A+IKL+RIQGIEPK EIPFSWVVNNLMNPD++L++C+
Sbjct: 304 ---EEILYEHVTRNAEIKLVRIQGIEPKLEIPFSWVVNNLMNPDYFLYMCI 348
[Close]
BLAST of Spo19959.1 vs. ExPASy Swiss-Prot
Match: ATG5_ARATH (Autophagy protein 5 OS=Arabidopsis thaliana GN=ATG5 PE=2 SV=1)

HSP 1 Score: 436.4 bits (1121), Expect = 3.000e-121
Identity = 210/349 (60.17%), Postives = 263/349 (75.36%), Query Frame = 1 

		  

Query: 7   EALKYVWKGAIPLQIHLHDSEVATLPPPPPVLILAPRIGYLPLLAPQIKPLFSSTLPPGD 66
           EA+KYVW+GAIPLQIHLH S+VA+ P PPP L+LAPRIGYLPLL P IKP F  +LPPG+
Sbjct: 4   EAVKYVWEGAIPLQIHLHKSDVASHPAPPPALVLAPRIGYLPLLIPLIKPYFKDSLPPGE 63

Query: 67  DTVWFEYKGLPLKWYIPTGVLFDLLCAEPERPWNLTVHFRGYPSNILAPCEGEDAVKWSF 126
           D++WF+YKG PLKWYIPTGVLFDLLCAEPERPWNLT+HFRGYP NIL PCEGED+VKW+F
Sbjct: 64  DSIWFDYKGFPLKWYIPTGVLFDLLCAEPERPWNLTIHFRGYPCNILIPCEGEDSVKWNF 123

Query: 127 INSLKEATYIINGNCKNIMNMSQSDQLELWQSLINGNLESFLKVTSKLKLGAVDDDYSAK 186
           +NSLKEA YIINGNCKN+MNMSQSDQ +LW S++NG+L+++ +++ KLK+G V+D++S K
Sbjct: 124 VNSLKEAQYIINGNCKNVMNMSQSDQEDLWTSVMNGDLDAYTRLSPKLKMGTVEDEFSRK 183

Query: 187 LYPTIKPLSD--AGNTDNPG-AKTGRIPVRLYARIFTKVFDDLEDAPEIDSWEKISYINR 246
              +  P S      T+  G  KT RIPVRLY R   K F++LED PEID+W+ ISY+NR
Sbjct: 184 TSLS-SPQSQQVVPETEVAGQVKTARIPVRLYVRSLNKDFENLEDVPEIDTWDDISYLNR 243

Query: 247 PIGLDKDEGKCFALSDAMKTLLPEYFGEGNNEKTTEAEVKEVHSEDADDTKDVEEATTSV 306
           P+   K+EGKCF L DA+K+LLPE+ G+       E  + +  +E+AD ++++       
Sbjct: 244 PVEFLKEEGKCFTLRDAIKSLLPEFMGDRAQTSGEERSIDD--TEEADGSREM------- 303

Query: 307 GEHTETKQPSVSAKIKLIRIQGIEPKPEIPFSWVVNNLMNPDHYLHICV 353
                        +IKL+RIQGIE K EIPFSWVVNNLMNP+ YLHI V
Sbjct: 304 ------------GEIKLVRIQGIEMKLEIPFSWVVNNLMNPEFYLHISV 330
[Close]
BLAST of Spo19959.1 vs. ExPASy Swiss-Prot
Match: ATG5_ORYSI (Autophagy protein 5 OS=Oryza sativa subsp. indica GN=ATG5 PE=3 SV=2)

HSP 1 Score: 390.6 bits (1002), Expect = 1.900e-107
Identity = 194/357 (54.34%), Postives = 253/357 (70.87%), Query Frame = 1 

		  

Query: 7   EALKYVWKGAIPLQIHLHDSEVATLPPPPPVLILAPRIGYLPLLAPQIKPLFSSTLPPGD 66
           EA + VW GA+PLQ+HLHD++V TLPPPPP L L PRIGYLPLL P IK  FSSTLPPG 
Sbjct: 14  EAARRVWGGAVPLQVHLHDADVTTLPPPPPFLTLGPRIGYLPLLVPIIKAHFSSTLPPGI 73

Query: 67  DTVWFEYKGLPLKWYIPTGVLFDLLCAEPERPWNLTVHFRGYPSNILAPCEGEDAVKWSF 126
           DTVWFEYKGLPLKWYIP GVL+DLLCA+PERPWNLTVHFRGYPS IL PC+GED+VKWS+
Sbjct: 74  DTVWFEYKGLPLKWYIPIGVLYDLLCADPERPWNLTVHFRGYPSEILTPCDGEDSVKWSY 133

Query: 127 INSLKEATYIINGNCKNIMNMSQSDQLELWQSLINGNLESFLKVTSKLKLGAVDDDYSAK 186
           +NSLKEA +II GN KN+MNMSQ+DQ  LWQS++ GNL+ ++ ++++LKLG  ++D   +
Sbjct: 134 MNSLKEAAFIITGNSKNVMNMSQADQGALWQSVMKGNLDGYMNISTRLKLGPFEEDCLVR 193

Query: 187 LYPTIKPLSDAGNTDNPGA-KTGRIPVRLYARIFTKVFDDLEDAPEIDSWEKISYINRPI 246
              +++    +   ++PG+ K  R+PVRLY R   +   DLEDA  +  WE ISYINRP 
Sbjct: 194 T-SSVEGQQGSDEPESPGSGKPCRVPVRLYVRSVQEDLYDLEDALPVGDWESISYINRPF 253

Query: 247 GLDKDEGKCF-ALSDAMKTLLPEYFGEGNNEKTTEAEVKEVHSEDA-DDTKDVEEATTSV 306
            + ++EG+ +  L  A+KTLLPE+F    +    ++E      + A +D  DV   +   
Sbjct: 254 EVRREEGRSYITLEHALKTLLPEFFSSKASRIPDDSETAPQAPDSAPNDDSDVTPRSCEK 313

Query: 307 GEHTETKQP---SVSAK---IKLIRIQGIEPKPEIPFSWVVNNLMNPDHYLHICVYL 355
            E + +  P   +V+ K   +KL+R+QGIE   +IPF WV NNL NP+ YLHICVY+
Sbjct: 314 LESSASSSPQEANVANKGKIVKLVRVQGIEVDMDIPFLWVANNLKNPECYLHICVYV 369
[Close]
BLAST of Spo19959.1 vs. ExPASy Swiss-Prot
Match: ATG5_ORYSJ (Autophagy protein 5 OS=Oryza sativa subsp. japonica GN=ATG5 PE=2 SV=1)

HSP 1 Score: 386.7 bits (992), Expect = 2.700e-106
Identity = 193/357 (54.06%), Postives = 252/357 (70.59%), Query Frame = 1 

		  

Query: 7   EALKYVWKGAIPLQIHLHDSEVATLPPPPPVLILAPRIGYLPLLAPQIKPLFSSTLPPGD 66
           EA + VW GA+PLQ+HLHD++V TLPPPPP L L PRIGYLPLL P IK  FSSTLPPG 
Sbjct: 14  EAARRVWGGAVPLQVHLHDADVTTLPPPPPFLTLGPRIGYLPLLVPIIKAHFSSTLPPGI 73

Query: 67  DTVWFEYKGLPLKWYIPTGVLFDLLCAEPERPWNLTVHFRGYPSNILAPCEGEDAVKWSF 126
           DTVWFEYKGLPLKWYIP GVL+DLLCA+PERPWNLTVHFRGYPS IL  C+GED+VKWS+
Sbjct: 74  DTVWFEYKGLPLKWYIPIGVLYDLLCADPERPWNLTVHFRGYPSEILTLCDGEDSVKWSY 133

Query: 127 INSLKEATYIINGNCKNIMNMSQSDQLELWQSLINGNLESFLKVTSKLKLGAVDDDYSAK 186
           +NSLKEA +II GN KN+MNMSQ+DQ  LWQS++ GNL+ ++ ++++LKLG  ++D   +
Sbjct: 134 MNSLKEAAFIITGNSKNVMNMSQADQGALWQSVMKGNLDGYMNISTRLKLGPFEEDCLVR 193

Query: 187 LYPTIKPLSDAGNTDNPGA-KTGRIPVRLYARIFTKVFDDLEDAPEIDSWEKISYINRPI 246
              +++    +   ++PG+ K  R+PVRLY R   +   DLEDA  +  WE ISYINRP 
Sbjct: 194 T-SSVEGQQGSDEPESPGSGKPCRVPVRLYVRSVQEDLYDLEDALPVGDWESISYINRPF 253

Query: 247 GLDKDEGKCF-ALSDAMKTLLPEYFGEGNNEKTTEAEVKEVHSEDA-DDTKDVEEATTSV 306
            + ++EG+ +  L  A+KTLLPE+F    +    ++E      + A +D  DV   +   
Sbjct: 254 EVRREEGRSYITLEHALKTLLPEFFSSKASRIPDDSETAPQAPDSAPNDDSDVTPRSCEK 313

Query: 307 GEHTETKQP---SVSAK---IKLIRIQGIEPKPEIPFSWVVNNLMNPDHYLHICVYL 355
            E + +  P   +V+ K   +KL+R+QGIE   +IPF WV NNL NP+ YLHICVY+
Sbjct: 314 LESSASSSPQEANVANKGKIVKLVRVQGIEVDMDIPFLWVANNLKNPECYLHICVYV 369
[Close]
BLAST of Spo19959.1 vs. ExPASy Swiss-Prot
Match: ATG5_NEOFI (Autophagy protein 5 OS=Neosartorya fischeri (strain ATCC 1020 / DSM 3700 / FGSC A1164 / NRRL 181) GN=atg5 PE=3 SV=1)

HSP 1 Score: 129.0 bits (323), Expect = 1.000e-28
Identity = 74/200 (37.00%), Postives = 108/200 (54.00%), Query Frame = 1 

		  

Query: 1   MENEGT--EALKYVWKGAIPLQIHLHDSEVATLPPPPPVLILAPRIGYLPLLAPQIKPLF 60
           MEN+ +     + VW G +PLQI L  SE  T     P LI  PRI YLP L P+++  F
Sbjct: 7   MENQASLSSIQRAVWDGKLPLQITLASSESRTYDQTDPYLIACPRISYLPSLLPRLRAFF 66

Query: 61  SSTLPPGDDTV---WFEYKGLPLKWYIPTGVLFDLLC-AEPER----------------- 120
           SS+L   +      WF ++G+PLKW++P G+L+DL   A+P                   
Sbjct: 67  SSSLIEPNSQPHEGWFSFEGVPLKWHLPVGLLYDLYAGADPASKGTRIDETDHPSSSLSD 126

Query: 121 --PWNLTVHFRGYPSNILAPCEGEDAVKW-SFINSLKEATYIINGNCKNIMNMSQSDQLE 175
             PW LTVHF  +P   L   + +  V   +FINS+KEA ++ NG  K IM +S+ D   
Sbjct: 127 TLPWRLTVHFSDWPDEELVRLDADGMVMHDAFINSVKEADFLRNGTAKGIMTLSKEDSAG 186
[Close]
BLAST of Spo19959.1 vs. ExPASy Swiss-Prot
Match: ATG5_EMENI (Autophagy protein 5 OS=Emericella nidulans (strain FGSC A4 / ATCC 38163 / CBS 112.46 / NRRL 194 / M139) GN=atg5 PE=3 SV=2)

HSP 1 Score: 128.6 bits (322), Expect = 1.300e-28
Identity = 82/227 (36.12%), Postives = 120/227 (52.86%), Query Frame = 1 

		  

Query: 10  KYVWKGAIPLQIHLHDSEVATLPPPPPVLILAPRIGYLPLLAPQIKPLFSSTL------P 69
           K VW+G IPL+I L  SE  T     P LI  PRI YLP L P++K  FSS+L       
Sbjct: 11  KSVWEGQIPLKIVLAPSESRTYDQTDPYLISYPRISYLPSLLPRLKAFFSSSLIDPTASQ 70

Query: 70  PGDDTVWFEYKGLPLKWYIPTGVLFDLLC-AEP-------------ERPWNLTVHFRGYP 129
           P D   WF ++G+PLKW+ P G+L+DL   AEP             + PW L VHF  +P
Sbjct: 71  PHDG--WFSFEGVPLKWHYPVGLLYDLYAGAEPATKSSETEALDDEQLPWRLVVHFGDWP 130

Query: 130 SNILAPCEGEDAVKW-SFINSLKEATYIINGNCKNIMNMSQSDQLELWQSLINGNLESFL 189
              L   + +  V   +FINS+KEA ++ NG  K IM +S+ D   LW+++ + +L SF 
Sbjct: 131 DAELVRLDAQGTVMHDAFINSVKEADFVRNGTAKGIMTLSKDDSSGLWKAVQDVDLPSFQ 190

Query: 190 KVTSKLKLGAVDD---DYSAKLYPTIKPLSDAGNTDNPGAKTGRIPV 213
           ++ + L          +   +L+  + P  D+ N+D+P  K  + P+
Sbjct: 191 RIMNILLPPNPHQPLRNLPVRLFLPLPPKPDS-NSDSPFLKVVQSPI 234
[Close]
BLAST of Spo19959.1 vs. TAIR (Arabidopsis)
Match: AT5G17290.1 (autophagy protein Apg5 family)

HSP 1 Score: 436.4 bits (1121), Expect = 1.700e-122
Identity = 210/349 (60.17%), Postives = 263/349 (75.36%), Query Frame = 1 

		  

Query: 7   EALKYVWKGAIPLQIHLHDSEVATLPPPPPVLILAPRIGYLPLLAPQIKPLFSSTLPPGD 66
           EA+KYVW+GAIPLQIHLH S+VA+ P PPP L+LAPRIGYLPLL P IKP F  +LPPG+
Sbjct: 4   EAVKYVWEGAIPLQIHLHKSDVASHPAPPPALVLAPRIGYLPLLIPLIKPYFKDSLPPGE 63

Query: 67  DTVWFEYKGLPLKWYIPTGVLFDLLCAEPERPWNLTVHFRGYPSNILAPCEGEDAVKWSF 126
           D++WF+YKG PLKWYIPTGVLFDLLCAEPERPWNLT+HFRGYP NIL PCEGED+VKW+F
Sbjct: 64  DSIWFDYKGFPLKWYIPTGVLFDLLCAEPERPWNLTIHFRGYPCNILIPCEGEDSVKWNF 123

Query: 127 INSLKEATYIINGNCKNIMNMSQSDQLELWQSLINGNLESFLKVTSKLKLGAVDDDYSAK 186
           +NSLKEA YIINGNCKN+MNMSQSDQ +LW S++NG+L+++ +++ KLK+G V+D++S K
Sbjct: 124 VNSLKEAQYIINGNCKNVMNMSQSDQEDLWTSVMNGDLDAYTRLSPKLKMGTVEDEFSRK 183

Query: 187 LYPTIKPLSD--AGNTDNPG-AKTGRIPVRLYARIFTKVFDDLEDAPEIDSWEKISYINR 246
              +  P S      T+  G  KT RIPVRLY R   K F++LED PEID+W+ ISY+NR
Sbjct: 184 TSLS-SPQSQQVVPETEVAGQVKTARIPVRLYVRSLNKDFENLEDVPEIDTWDDISYLNR 243

Query: 247 PIGLDKDEGKCFALSDAMKTLLPEYFGEGNNEKTTEAEVKEVHSEDADDTKDVEEATTSV 306
           P+   K+EGKCF L DA+K+LLPE+ G+       E  + +  +E+AD ++++       
Sbjct: 244 PVEFLKEEGKCFTLRDAIKSLLPEFMGDRAQTSGEERSIDD--TEEADGSREM------- 303

Query: 307 GEHTETKQPSVSAKIKLIRIQGIEPKPEIPFSWVVNNLMNPDHYLHICV 353
                        +IKL+RIQGIE K EIPFSWVVNNLMNP+ YLHI V
Sbjct: 304 ------------GEIKLVRIQGIEMKLEIPFSWVVNNLMNPEFYLHISV 330
The following BLAST results are available for this feature:
BLAST of Spo19959.1 vs. NCBI nr
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. NCBI nr)
Total hits: 5
Match NameE-valueIdentityDescription
gi|902226457|gb|KNA20386.1|1.2e-210100.hypothetical protein SOVF_0526... [more]
gi|902226458|gb|KNA20387.1|4.2e-20897.0hypothetical protein SOVF_0526... [more]
gi|731366261|ref|XP_010694973.1|1.4e-18487.7PREDICTED: autophagy protein 5... [more]
gi|747097906|ref|XP_011096936.1|4.7e-13568.3PREDICTED: autophagy protein 5... [more]
gi|590648662|ref|XP_007032216.1|2.3e-13467.6Autophagy protein Apg5 family ... [more]
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BLAST of Spo19959.1 vs. UniProtKB/TrEMBL
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. UniprotKB/TrEMBL)
Total hits: 5
Match NameE-valueIdentityDescription
A0A0K9RLI8_SPIOL8.2e-211100.Autophagy protein 5 OS=Spinaci... [more]
A0A0K9RNG4_SPIOL2.9e-20897.0Autophagy protein 5 OS=Spinaci... [more]
A0A0J8B9P7_BETVU1.0e-18487.7Autophagy protein 5 OS=Beta vu... [more]
A0A061EFI9_THECC1.6e-13467.6Autophagy protein 5 OS=Theobro... [more]
V4U4U7_9ROSI7.6e-13266.6Autophagy protein 5 OS=Citrus ... [more]
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BLAST of Spo19959.1 vs. ExPASy Swiss-Prot
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. ExPASy SwissProt)
Total hits: 5
Match NameE-valueIdentityDescription
ATG5_ARATH3.0e-12160.1Autophagy protein 5 OS=Arabido... [more]
ATG5_ORYSI1.9e-10754.3Autophagy protein 5 OS=Oryza s... [more]
ATG5_ORYSJ2.7e-10654.0Autophagy protein 5 OS=Oryza s... [more]
ATG5_NEOFI1.0e-2837.0Autophagy protein 5 OS=Neosart... [more]
ATG5_EMENI1.3e-2836.1Autophagy protein 5 OS=Emerice... [more]
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BLAST of Spo19959.1 vs. TAIR (Arabidopsis)
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. TAIR)
Total hits: 1
Match NameE-valueIdentityDescription
AT5G17290.11.7e-12260.1autophagy protein Apg5 family[more]
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InterPro
Analysis Name: InterPro Annotations of S. oleracea
Date Performed: 2018-06-29
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
IPR007239Autophagy-related protein 5PANTHERPTHR13040AUTOPHAGY PROTEIN 5coord: 2..355
score: 3.6E
IPR007239Autophagy-related protein 5PFAMPF04106APG5coord: 80..353
score: 2.3
NoneNo IPR availablePANTHERPTHR13040:SF2AUTOPHAGY PROTEIN 5coord: 2..355
score: 3.6E

GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0006914 autophagy
biological_process GO:0017148 negative regulation of translation
biological_process GO:0006810 transport
biological_process GO:0052543 callose deposition in cell wall
biological_process GO:0010582 floral meristem determinacy
biological_process GO:0009867 jasmonic acid mediated signaling pathway
biological_process GO:0009965 leaf morphogenesis
biological_process GO:0010076 maintenance of floral meristem identity
biological_process GO:0000165 MAPK cascade
biological_process GO:0009556 microsporogenesis
biological_process GO:0031348 negative regulation of defense response
biological_process GO:0009910 negative regulation of flower development
biological_process GO:0045892 negative regulation of transcription, DNA-templated
biological_process GO:0048481 plant ovule development
biological_process GO:0006768 biotin metabolic process
biological_process GO:0045893 positive regulation of transcription, DNA-templated
biological_process GO:0006612 protein targeting to membrane
biological_process GO:0010310 regulation of hydrogen peroxide metabolic process
biological_process GO:0010363 regulation of plant-type hypersensitive response
biological_process GO:0035304 regulation of protein dephosphorylation
biological_process GO:0006355 regulation of transcription, DNA-templated
biological_process GO:0006417 regulation of translation
biological_process GO:0009617 response to bacterium
biological_process GO:0009266 response to temperature stimulus
biological_process GO:0009862 systemic acquired resistance, salicylic acid mediated signaling pathway
biological_process GO:0019530 taurine metabolic process
biological_process GO:0006464 cellular protein modification process
biological_process GO:0043547 positive regulation of GTPase activity
biological_process GO:0006657 CDP-choline pathway
biological_process GO:0010286 heat acclimation
biological_process GO:0055114 oxidation-reduction process
biological_process GO:0034976 response to endoplasmic reticulum stress
biological_process GO:0009723 response to ethylene
biological_process GO:0009627 systemic acquired resistance
biological_process GO:0006952 defense response
biological_process GO:0006457 protein folding
biological_process GO:0008152 metabolic process
biological_process GO:0009817 defense response to fungus, incompatible interaction
biological_process GO:0006869 lipid transport
biological_process GO:0006888 ER to Golgi vesicle-mediated transport
biological_process GO:0016558 protein import into peroxisome matrix
biological_process GO:0010351 lithium ion transport
biological_process GO:0006891 intra-Golgi vesicle-mediated transport
cellular_component GO:0005667 transcription factor complex
cellular_component GO:0005737 cytoplasm
cellular_component GO:0005829 cytosol
cellular_component GO:0005840 ribosome
cellular_component GO:0016021 integral component of membrane
cellular_component GO:0005886 plasma membrane
cellular_component GO:0005789 endoplasmic reticulum membrane
cellular_component GO:0000139 Golgi membrane
cellular_component GO:0005634 nucleus
molecular_function GO:0000900 translation repressor activity, mRNA regulatory element binding
molecular_function GO:0003677 DNA binding
molecular_function GO:0008430 selenium binding
molecular_function GO:0003700 DNA-binding transcription factor activity
molecular_function GO:0046983 protein dimerization activity
molecular_function GO:0051082 unfolded protein binding
molecular_function GO:0015035 protein disulfide oxidoreductase activity
molecular_function GO:0016491 oxidoreductase activity
molecular_function GO:0004105 choline-phosphate cytidylyltransferase activity
molecular_function GO:0052689 carboxylic ester hydrolase activity
molecular_function GO:0005515 protein binding
molecular_function GO:0005096 GTPase activator activity
molecular_function GO:0005488 binding
molecular_function GO:0004077 biotin-[acetyl-CoA-carboxylase] ligase activity
molecular_function GO:0047800 cysteamine dioxygenase activity
RNA-Seq Expression