Spo25031 (gene) | SpinachBase

Overview


Name	Spo25031
Type	gene
Organism	Spinacia oleracea (Spinach)
Description	60S ribosomal protein L38
Location	chr3 : 13972778 .. 13991210 (+)

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.

CAATTCCACTGTAAAAGACTAAGAGCCCAAATATTTTTTGGTAGCAATATCTCGAATGTGTTAGCCCAAAAATGATACCACCACTACTAGAAAAGCCCAAACAATAGAATGTTCACAGTTTATCAACCCTTTCTCTCTCCTTTATTAGGGTTTTAGCTACACAACTGCGCAACTTCGGCATTTCCCTTCTTCCCAGTTCTCCGCCTTTCAACCACCATGGTGAGCTCTCTCTCTTTCTCTATCGTCTTTCTCCGCACTGATTTGTTCTTACTTTCATTCGTATTATTGTGATTTGATCTCCATTAATCTGTTTTCTTTTTCTGTGAATTTGTCTGCTGCAATTTTCAACTTCAACTTGCCTTTTTCCTTTTTGATTTTTCTTGTTAGTGTTTAGTTTTTGCTCATAGAATTTCTTTGAATTTGCGAATAATGTGATATATGATGTCTGTAGAATCATTTGTTCAGAATCGAGTATTGATGAAAATAATGACATTGTATGATTAATTTAGATTTTGAATATTTGAACGAAATTTTTCTGTATTGTGAAATTAGAGCGGTTGAATATGTCTTATAGGTGATATGCTAGCTCCGTTTACTGGTCGATGGTGGAAGAATTTTTCCAGGGTATTTGAAAAGTGAGATTTTTGCTGTGTAGATATTATAAATTTATAAACATATTAGGGGTAGTTGTTATTCTTACTTTCATTAATTCCATTTTCTTCCTCTTCCTTGGTTTGATTTGGTCACAATTAAGGTCTCCTATGACGATTCATGTTAGCCGACTGACTAAGGCTTTGTTGTTGTATTAGGGGTAGTTGTTAATTTGAATCACTAGTGTCCTAGTTGATGTGTTGTGTGGCAAAACGTGATTATATGGTGTTTGGTAACTGTTGGGTGATTGTCTATATGGACTGATTTTGGGATGTATGTTGAAATGCAGCCGAAGCAGATTCATGAGATAAAGGATTTCCTTCTGACTGCCAGAAGGAAAGATGCACGTTCCGTGAAGATCAAGAGAAGCAAGGATGTTGTCAAGTTCAAGGTCCGTTGCTCCAAGTATCTTTACACTCTCTGTGTCTTTGACAATGAGAAGGCTGACAAGTTGAAGCAGTCTCTTCCTCCTGGTTAGTCCCTCTTTTGATTTCCTGCCCTGAATTTACTCTTGTAGCATTCTTGGTTGCACATTATGATGTTTATTGAGTTATGATTGTACAAAGATTAATTCTTTGAGGAAGTTGGATCGTACTTTAATTGTCTATATCATTGCCATTGTGAAATACCCGCAAAAACTACCATGATCACCTTCGATGTGGTTGTTTTGCTAATGGTGGTTGATTGCCTTCTTCTCAGAATATTACTACTTATTATCTGTTCTTGGTTGTGTAACATATTGGTCACCCTAGTTTTAGTATACGAATGTTGGAGTATTACTTCAATATTTATCATCTGTTGGCATTTTCTCCTATTGATTTTTAAGAGTGGATAAGAGGGGAGGGAGCAAAGTGGCATTCCGTAGCATTAGATGACAACAAAATGAAATGGCCTTGAAAATTGAATGAGTGTTTCTGGTCAATCATATTGTATGTTAATGTTGTGTTCTGATGGAACATGTCGTGTGAACGTACATTAGTTTCCACACTGCTTAGTATGAAAGTAGGACACTTGTACAGGATAAGACATTATTATGTATGAATGTATGGTAATGAGATTAACTTTAGTTCAAGGACATTGCTAAAAGTGAAATTTGTGATTAAGGGAGACCAACAAAACCTTTCTTGTTCCCTAGATGTTACTTTGATGGTTTGGTTGTTATCAATCTGGTTTTGATTCCTTTTTTTCCGATTTATTTGGCAGGTTTGAGCGTCCAAGATCTTTGAGCAAGTGGAGTTGCCGTTCTCATATAGTAGCTGTTAGGCAATTGAAATCAGTTGTTTTTGTTTTGTCAAGCTTTGCAATTAGTGCAATGATTTGTAATCCTTTTAATCGAGTTGCATACTTGCTTGAAAGATATGATTTTGGCCCCTAAACTTTATTTTATGACCATATGTTATTTTTACTCATATTTCCAGTTTATTGATGATTCCTTGCTTTTGATTGTGAATGTGGTGTGTTGACCAGTGGTAAAGGCTCTTTATTCACCTCTTATGTTATTTTGCATTATAATTTCCAATCCTGGTTTACAGTGAGAGCTGTGTAGTACTCTGTATTGGAGATTTCTAGCAAAGTAGAGATCAAACGCTGGGGTTGTACAGAAACAGCATTAATTTTGCCATATTTGTTGTTTTACGTTTAGCTTCAACAGCATCAGGGCAAGCAAGGAAGTGCTTATATTTGGTTCAGAAGTTGAAAAATGGTAAACACAGCAACACAAGGGATTCCGAAATCTTGAGTTTGCAAATACGAGTGATTCTGAAAAATGGTAAACACAGCAACACAAGTGATTCCGAAAAATGGTAAACACAGCAACACCCTAGTGTTTTTACATGCTTTTTCAAACGCTTGAATTCTGTCTGATACATACGTTTATTAGGCTTTTCATTAGTGTTATTAAGCACTCTTTTATCCTCATAGCTGCTGAGGTACCACAATTGTGAACCTATAAATCACTTGGTTTGTGGTCCTAAAAAGGTCGAAAATTATGACTGATTTATTAAACATTCATAATGTTTTTGACTTTTGGTACATGTTTAAACAGCAAAAACGTTTCAGAACACTCAAAAGAGTTGTGGGTAGCTGAGTTTTTGAAGGACTTTATGTACCATATACTACTCTATAAGTCAAAATCCTATTTTGGCCTATACTTTCTTATGGATGTTGCCAAATCTTTTTTTGGTGTGGGTTGTTATTCTAACAAACATTCAGGGTTGTTAATGATACAAATATGAAACAATAACTTCTACTCCATTTGTCGGAATCAAGGTTGTTTAAGAATATTGAAATACTACCTACGTCTAAAATCTGTACATTTAAGGATGTCCTCGAAAATCTGTCACGTTCTTAAAATTAGTTCTGTTTTGTTAATCAAATTTCAAAACATGCCTAGCTCTGTAAGTTATTGATGAGTAAACGATATTAATAAAGCACCTATTATAAAGGATTATAATCATGTTATGTCCTTAATTGTAAGAGGTTGATACAATGATGCAAACGAGCATGAGTGGTTCTGAGCATGTGTAAGGTGGGCGACTGTATAAGACCCTAAAAAAAAAGGAAGTCTTAAAATTGACACTTTGTATTTCGTTATGTTATTTTCACTATATACAAAAAGAAATTAAGTGATTCGGTGGTTAATTTTTTGGATTTTGGGATGTCCTACTCGTTTAATCTTCATCTTTTTCATAAAATTTATAATTTAGTAAACTTCGTAAAATAATTTTCGTAAACTTTTGTTGTTAATAAAACTAGTTTTATGGCTCGTGCGACGCACAATATTTTTTTATTAATCAAATTAGATAATGATGATATAAAAGTTGAAGGGGCAATGAACTAAATAATCAAGCATTGATTAATTGAACTTTTAAGAATGTTAAAAGTTTTTCTATTAAATATTTAGGGAGAATTGTACAAAATAAGTTAAAATATATAAAAATAAAAGAGATTTTAAGGTGGTGACAACTAGACATGACAAATGGGTCGTTTGGTTCGGGTTCGGATCGGGTCAATTTGGGTCACTTTCACTTCGGATCGGGTACGGGTATGGGTCGGGTCCATTCGGATTTTGGGTTTAATTTGGTAGATCGGGTCAATATCGGATCGGGTCATTATTGGTTCGGTACATTTCAGATCAGATCATATCAGATTGGATTTTTTCGGTTTAGTTCGGATATTTTCGGGGTAGATCAGATTTTTCTTGTTTAATTTCAAGTTTTGATTTGGCAATTTCGCTTTAGATTTGGTCACCATTCATAAAATATTCAATTATGATATATAACAATATTTTTACAAAATAATTAAGGAATAAGCGTATACAGTTCGAGATTACTGGTTTACCGTATGGAAATTTTAGTAAATGATAAAGGTTACATTTTCACATTGTTACAAGTGATAATTTAGGCGACTCTAGTCTTTCTTCTACTAATGTATGGCCGAGAAGACGAAACATGAAATATGGACAAATATAATAATATATATTGGTGATTAATAAAAGATTATCTTGATTTAGTAAAGTAACTAGTATTTGAGACCAAACTCTCGAATTATTTCATAGATAATGTGTGGTTATTAATGATAATAATAATAATAATCATAATAATAATAATAATAATAATAATAATAATAATAATCTTGATCAGCGACAAATGCAATCTTGATTTCATGGCTTGGTACCTCGACGACGGTACCATTATTGGGGACACTGCTTTGGTTTCTTCGGCTTTGCAGGTGATTACTTCTGAGGGTCCGGCATTGGGGTTGCATTTAAATGTTGAGAAAACGGAAATCTTTTGGCCAACTCCTGATTCGAGGAGCTACGATTCCACACTTTTCCCTCCTAGTATTGCCCGCCCCAGGGGTGGAGTCAAGCTTCTGGGTAGCCCAGTTAGCTTGAAGGCTAACTTTTGTAGCCGTTTGATAGAGGACAGGGTCGCTAAGACTGTGGGTTTGATGGAGGCCGTGGCTGAGCTTAATGATCCTCAACCGGAGCTCCTTCTTCTGCGGTGTTGTGTGGGAGTTAGTCGTCTATACTTCTCTTTACGGACTTGTCCGCCGCATATGCTCGGGTCTGCTCCTATTTCCTTTGATCTCGCCTTACGGAGGGTTCTTCAGGATATTATTGTGGATGGTGGTGCGGGCTTTGGAGATTGGCAGTGGCGGTGTGCCACTCTACCTTTTCGGTTGGGTGGTTTCGGGGTCTACACCGCGCAGGATTCTTCCGCATGTGCTTTTGTTGCCTCTCGTCTCCAGTCTCTTGGTCTCCAGAACAGACTGCTTGGGCATGGTGGTGACTCTGTTTTGGGCCTTGCTTGTGATTTAGCTTTAAATAGCTTTCGGGATTTGTGTCATTTCGATCCTCTCGATCTCTGCCGTGTGGTACCAGCCCCCCGTTTATGAAAAAGTTGGCTACAGTGTACTTTGCTATGGTAGAGAAGAAGATGATGGGACAGCACAACCCGAGTTCCAGAGAAAAGGCTATACTCATTAGCAACCGAGCGGCACACTCCTTAGACTTCTTGAGTGCCCTCCCAATTGAGGGGTTAGGGCAGACGATGCACCCAAGACAATTTAGGTGTGTTTTGTGTTATCGCCTTGCGATTCCTATGTTCCCTCCTGACTTTACTTGTCCTTGCTGCTCTTCGAAAGTCATAGATCGTTTCGGGGATCACACAGTGCATTGTGGTAATGATGTTGGCCTAACAACAACAACAACAACAACAACGGCAGTTTCTCCGGCAGTTTAGGGCGGTTAATCCGGCGGTTCGGGGCAGTTTCGGCGTTCACTTTCAGGCTCGGAATTCGCAGGCGTTTTCAGGTTGGTTTCCACGGTTTTTGGGTGCAATTTTCAGCGGTTTTTGGTCAGTTTTCAGGCAGTTCTGGGGCACTATTCAGGCGGCTTTCCGGTGCAATTTACAGCAGGTTTGGGTCTAGTTTTCAGGCGGTCTTGGGGCAGTACTCAGGCGGTTTTCCGGTGCATTTTACAGCAGTTTTTGGTCCAGTATTCGGGCGTTTTCGGTGCAATTTTCAGGCGCTTTCGGGGCAGTATTCAGGCGGCCACGGTGTGCGGTTGTGCGGTTCTGTGGGGTTGTGCGGTTCAGTGTGGCAAGTGTGCGGTTTCGGGGCTGTATTCAGGTCTGGTTCGTCGATTAAGTTCGTTGGCAGTCAGGTTTTCAGTGTGATTGTTGCTGCAGTGTTGGTGTGATTGTCGGTGTTGGTGTGATTGGTGGTGTTGGTGTGATTGGTGCGTGGTGGTGGTGTGTTGATATTGTTGAGGTCAGAGGGTGTATTGTTTCAGTGTTATTTTAGTGTCGCGTTGTGTTTGGTGGCATTGTGTGGTTGGTGCATTGTGAGGTTGCGTTTCTTGGTGGAGGTTACAGATTCAGTGCGGTTGAAATGCTTTGATATGGCGGCTTCCGTGGAGAAGTTTCATTGCCCTTTTGTGGGTCTTAGCGGGTGCCAGGATGGAGGTGGGCGTGGTATGGTAAGGAGTTCTCTGATCACTCACTTACGGGATCGTCATTGTTGCTCTGGTGTGCGGGATGTAACCCGTCATTCCCTTACTACCAATTTGCAGGTTTTTTCTACGGCTGAGGTGACCTTTCGTCGTATGGGAATTTGGCTGTGTGGAGATTGTTTCAAGACACATACTCATCGTACTAGGTGTCGACATGGCAGTGGTTCTAGTACTGTTTTTGTGGACCCACCTAATTATGGGGATGGTATTATTCGTTTTATTCTCTACGGTATTCAAAAGCCTCAAGCTCCTACTGCCGAGCTGTCTTCTTCTGTTGCGCCTCGAGAACATCATTTTTCTTTTGATGTTGCTCTTCTAGACACTTTATTGTCTAAGCGGTTGCGTTCTGTGAAATCCATCCCTCCCAAATGTCGTTTGGGTTTTTCGCGAGTTCTAAAAGGGGCGCTTGATAAGGTGATTTGCAGACCAGATGACATCGCTTGTTGGGTTCAGTTGCTCGTGTTGCCTCTTTGTGTGCTCTCGACTTTTTCTCCGCAAAGTAATCGTGAGTGTTCCTCTGGTGTTAGGCGGCGACGACAGGAAGAGAGTATCACCTCTACTATTCGTTCTTGGGGTGAGCCTGGTGGTTCTGAGCAACTTGTCATCAACACATTGGCCAGCGTGTCTCCATTGGATGTTGACGAAGACCATGATTTGGCGGAGCGTAATATTAAGCAATGCAAGAGAAAGATTTCTGACGGTCACTACACTGCTGCTGTTAGAGTTCTTTCGTCCTCAGGTCTTGCCCCTTACAGTGATGCTACTCTGGCAGATTTGCAAGCAAAACAGCTTCCTTTCCGGTCCCTACCTTACCGGATATCCCTGTTGATCATCACCTTGCTGCTACCTCCGCTGTTGTGTTGGAGCAGATTAGGGGCTTTCCGCGGGGTACTTCGTGCGGTAGAGATGGCTTGCGTGCTCAACACCTTTTGGATTGCTTGGGTGGTGCTGCTGTAGCTGTTTCTGATGAGTTGGTGGATGCTATTACTCAGGTAGTTAATCTCTTTCTTGCTGGCAAGTGACCTGGTGAGCTTGGAGGATATATTGCTAGTGCTCCTCTTACGCCACTTGTTAAGCCTGGTGGTGGTATTCGGCCTATTGCTGTGGGCACTATTTGGAGGCGCCTTGTTTCTAAGGTCGGGGCTGCTTTGATTGGTCCGCGTTTAGGAAACTACTTCGGAGGGCTTCAGTTTGGAGTTGGGGTTCCAGCAGGTGGTGAGACTATTCTCCATGCTGTCAATCGCTTGGTTGAGCCTCGTGGGGCTGATGTTGGCCTCTCTATGTTATTGGTGGATTTTCGGAATGCGTTCAATTTAGTTGATCGATCGGCTTTGTTGCGTGAGGTTCGGCTACATTGTCCTGCTCTTTCGCGTTGGGTTGAATTCTGCTACTCTTCTCCAGCGCGGCTGTATTATGGGGAGCATACCTTGTGGTCTTATCAAGGTGTGCAGCAAGGGGATCCTCTCGGCCCTTTGCTTTTCTCTCTGGTTCTACATCCACTGGTGGTCGAATCAGAGACTCTTTTGATCTATCTCTTCAGGCTTGGTACTTGGACGATGGCACTATCGTTGGTGACACTTTGGTGGTTGGAAAGGTCTTGGAGTTGATTTTGGAGGAGGGTCCTCATTTAGGTCTCCATGTTAATGTTGAGAAGACAGAGGTTTTCTGGCCTTCATAGAACCCACGCAGTCGTCTAGAGGGTGTCTTTCCTTCGGATATTGCTCGTCCTGCGCTTGGTGTTAAGTTGCTTGGTGGTCCAGTCAGTACGGATTCCTCTTTTTGTAAGGAGTTGGTTTCGCAGCGTGTGTCGAAGACTGTTGTGTTGATGGATGCTGTAGCTAAGCTTAATGATCCCCAGTGTGAGTTGTTGCTTCTTCGTGCGTGTACTGGAGTTTCTAAACTCTACTTTGCTATGCGCACTTGCCCGCCTCATCTTTTCGAAGCGGCCCAATTATCCTTTGATGTGGCTCTTCGGGCTTCTTTAGAGCGTATCGTGACTGCTTCGGGACCTGGGTTCGGTGACTGGCAATGGCGTCTTGCCACCTTGCCTTATTCTTATGTAGGATTGGGTGTTTATTCAGCTGGTGATGTTCGGCATTATGATTTTCTTGCATCCCGTTTGCAGTCTTCTGGTTTGCAGGATTCGCTTCTTCGGCTTTCAGGTGTTGATGGTCGGGGATCGGCCTTTGATGATGCTCTTGGTCTTTTCAATAGGACCGTGGATACCGACCTTATGAGTAGCCCTAGTGAGATCGCTGCCCCCACACTCATGAAGAAATTGGCAGACATATATTTCACGAAGGTTACTGCTGATGCGGTATCCGCCTACTCCTTATCTTCACGTCATGTTGCCTTATGGAAATCACAGCAGGGGGATCACTCCTCAGCTTGGTTGCGGGCAATCCCCATCTCAGGTTTAGGCCAGACTATGAACGGTAAGACTTATCGTTCGGTTCTTTGCTATCAGTTGGGTATTCCGTTGTTCTCTGATTCGACGCCGTGTTCTGCTTGCTCTCGGGTTTTTGATGGGGACATTTATGGGGATCATGCCGTGTCTTGTGCTGGAATTGTGGGTATCAAACATCGACATAATGTTGTTCGTGATACCCTTTTGGATATTTGCTATCGGTCGGGGATTTCTGCTCGCAAGGAGGTTGATGTTGGGCTGACTAGTGAGGGTGATGAAGCTCTTCGTCCTGCAGATATATTGCTTTATTCATGGGATGGCGGTCTAGATGTGTGTGTTGACTTGACTGGGTCTTCCCCTATGACGCAATCGGGGTTGTCAGGCTTCGTTCCGGGTCGGGTTGTGGCGGTTGCAGCGCAGCGGAAGCTGGATAAGTATGTGGCACGTTGTAGGGCTTTGGGTTACGGTTTCTTTCCTTTTTCCTTCTCTTCTTTTGGGGAATTAGAGAAAGGGGCTGTTTCTTTGCTGAAGCGGGTCCAGACGTACTCCAGGGCTCAAGACATTGGGGACGGACAGCTGCCCACATTTTCAGCAGGATCGGGTTCGCCATAGCTAGAGGAGTGGGGGCCCAGATTGTATCTCGGCTCCCCTCCAACTTCTTGTAGTTCACTTGATCTTTGTAGCTTGTTAAGCTTGTAACGTTTTGGTATTTTCTCATAATATATAATAATAAATAAATAAATAAATAAATAAATAATAAATACATTATTAATAATAATAATAATAATAACATTAATAATAACAATAATAATAATAATAATAATAATAATAGTTAGAAAACTTGTGTTATTTAGTTTGAACTAATGATAAATTTGAGTTGTTCTTCGGTTCGGATTGGTTTCTGATCTTCAGTTCAGACCGATTTTGGGTTGACTCAAATTTTACAGTTATTTTCGGTTCGGGTTACTTTGGTTTCGGATGAAACTTGGTACGGGCTAATTCGGTTCGGGCCGATTCGGGTATCGGATCATTTCGGGTTAAAATCAATTTCGGATCGGTTTTAGTTTCGGTTCGGGTAAATTTGGGTTTCGAGTTGATTTTGGGTCGTCATTTCGGGTCAAAATCGAGTAATGGATCGGTTCATTCGGACCGGGTCCGTTTTTCCAGGCTAGTGACAACTGACAAGTGTTATGCAAATCTTCTTGCTTTAAAATATTAAAATAGATAGTGTTCATCTTTAAAACAAATAAATTAAAAACCCAATTTAAAAAATTAACACGGGATATATGTCATTGTAAGCGTTTTTAGTCCGACCCCTCCATAAATAAGTCCTAATCCAGTACCACTACCACTACCACTACCACTACCACGTCTAGAAGAGCGTCATTCACAAAATTGGACACGGGACAACTTACTAAGTTGGTTCTCAGTAGCTTATTATATCCAACTCAATTGAAATGACATCACTTGTAAAGTGGCAAAGAGATGATGAAGAGGAATGGGTGAAAGACGGAAGTTGTTTGGAGTGATTAGATCTATTCAACTAATTAATTCAACTAATTAATGTAACTTAGGAGAACACCGTCGGTGGTAATTATGATTGATCTTGGAGGACCCATTTTTATTTGTAATTTATTTATTTTTGCCATCATATCGGATTGAGAATGAATTTCATTAATAATTTTGTGTACCATATGTTTAATTAATTAATATTTTTGTTTAGTATTCTTTCTTTGATGTTGAGTTTTTTTTGGCGCACCAAAGATGCCACCATCATCTTGGGTTGCTTTGCGTTTATTGCAACATCCGAGGACACACACACTTAACATAGTTTAAAGGTCTTGGGTCATTTTACAATTAAGTCTCATACGTGTAGCTTGTGTGAAACTTTATAATCAATTCAACTAGCTAATATTAATCAATCTGTGTCAGGTCAGAAGAATATAGAATTAGATTCATTACTTAGATTAAACATTCATTACTTACATACAATTACTTATCATTACTTAAAGTTAGATTCATTACATAGTTTAACCATTCATTATTTAGATTTATTCACATGGGTCGAATATCTCATATGGAGTCTTTCGTGTCTGATTACTTGATCCAAAACAATTTTAAGATCTTTGTAAATAGATCTTAATATCCAATATGGTCCATCATTGATAAATAATTTCAGATCTAAGTCATTAGCATTTGAATGTTATTTCGCAATAAAGAGATATGTGTGATACACATAGGACTAATCTAATTTTACGTACTTCCACTAAACTTCTTATATATCTATAATATTCATGTACATTTTATGAAACTAAAATACTTATTAGTTTCACTAAAATACAGTTCCAATTCCCAATTTTCTTGCTTAAATCCATGCTTGGATTTCATAAGCTAACATCCTTTTTCAAGCATTAATTGGATCCATAAATCATATGACATGCCATATACATAGTTTCTTCCAAAATTTAATTGATGAATACGTTTTGTCATCCAATTGTCATATGTACCAATATGCAACCATTGCTTGATTTATAGACATGAGCATTTCGATTATGCATGAGGTTTCAACACAATCAGCGCCGTGAATTTTCTTGTAACCTTTAGCAACTAATCTAGCTTTGTGCTAAAACACGATTTCATATTTGATGGTTTTTACCCTTAAAACCAATTTACAGCCAATAGGTGTAAATCCATTCTTGCAAATCAACAAAATTTCAATATTGTCATCAAAACACTGAGTTTGTTTTATGGCAGTCACAAACTCATTACTCTTCATGGTAATAGTTTGACTGCAAGTTGTAGGTTTCTTCACCATCTAATAGAAGAATCTTATATATAGTTTCAGTGACCTGAACTCTATGCCTACATGGGTATAGAACATCAAACAATAGAATATCAATATCCACATTGAAAGTCCTTTGAATGTTCTATTCTCCTTGAAACACTTGTAAAGTCTTCGGGATATCTTTAAAGCCACTTCTAACGTCCTTAAAGAATAAGTGTTCGGATTTTCTGAAAAACTTTAAAAGCCTTCAGAATGTCCATTTATTTTTGTTGTTTGCCTCGAAGACTTTCGAGGTCTATTTTCTCCCATTTGTCATTTTTGAAACGAATATGCAAAAGGACACTATTTCGACCAAACCAAGATTATGTTCTCAAAATTCGTGGTAGAAATAATACCCTTGTGTATCATTTGAATAAATCACAATGAAACATACATCAATACTTATGCCTTAGTTTGTTGAATAACAAACACTAAGCTCCCACTGAGTTTAGGAACTCTTAGATGTATATTATGGAAAGATATTCTGAAATTACTTTTCAATAACATTGACGAATTTGGTTTAGTGTGATGGTAGTTTAACATCTTATTTAGAAATTATAGGAAAAGTCTTTATGATTCATCATTGATCGAATCAAGTACCAATTGAATTCGATAATTCCAATTTAGACATACCATATCTTGTGGAGTTTGATCGTGAAATTACAACACACAATCACTGGATGACCATCCTTGGTTTAAGTAATCATCAACGTGATCTAAGATAGATCTTATGATTTCTTGCCAAATGGATTTTATACTTCTCTATGAACCTTTGAACTAGTCAACAGATTCAATATCACATTGAGTAAATAAATCCATATTCACTCAAACCCAGGTGAAATAATAAAGTCATAAAATCTTTCTTTAGCTTTGAACTATGTTGTCTAGGAGTTCTAACAATAGTTCATTTCTTTTGTTACCTGTAACAAATAAGACTAGCTTGTCTTGAAGATCTAGAAAGCACTCAACTTTCAAAAGTCCATCAAAATGGAGATTTAGAATGTTAACTTGTTGATATCATCTAAGCAATAATGCCAAACATTAGTGGCACTCAAATCAAGAGATTGATTTGTACCTAGTAAAGTTTTGTTGTTTAAAGAGTTGTTTGTTTTAATCAAGCATACATGACTCAACCCTCAAATGACTATTTCATTCAAACAAACATACAAAAGTTGTTTTTGTTTTCTTTGAATGTGAGGCTTTTTATGTTTGAAACAGAAATTTAGGTATGCCGATAAAGGAAAAAAATAACCATTAAATTCCAACCTTGAAAGGACTTAAAACAAACTAGATGACCCTACAACTAATGTAGCAATGTCATGCTTTATTTCCCACTTGTAGGTCATTAGTATAGTCTAGCTTCCATCGTTTGAGTCATTACTGAAGTAAGAACCTCAAGGTATTTGAAACCAAGGAAGTTTGATTGCTAGGTCACTTATCTTTAAACATAAACTTGTAGGTAGAAAAGAAATTGTAAATTCCTTTCACTTGTTCCTTGTTTTCCTATTTCTTATACCTTTTTTTATAGTCTTAAGATTTAGCTTCTCAAGTGTTGACTTTTATACTTTGTTAGACATGTCTAATGTCATTTCAACAAAGTTCTTACCATTTCATTCGTATTGAACATTTGCTTCAACTAGATAATCTCACAAGAAGATTCTAAAGTTCTCTGAGTATCGATCTATTCGAATGTCTATTAGATAGATTCATTTGAGAAGTAAATGTACAAAGATAATTTGGTTGTTAACCATTGGTAAACTTGAGTCTTTTTACTCAATGATTCATGATTCCAAAATTACATTGTATTTTTAATTTCATTAAGCACCAAATGGTTTCCATTCGAATTCACTAGTAAAAAACAACCATAAAAGTCTCTATAAGAAACGTACATTTTAAATTGGTCAGTTTCTCTCATTTCCGTGAGTCGTTCTTGGATTCACGGCCAATCGAGGAAACTTACTATTAACTCTGTAAAAGGATTTATTGCAGTGAAGGATATTTAATTAAAAATACTAATTAAAAATACATTGAAGCATGCAAAGTCTAAACATTTATCATGAGTAATAACTTGAAAAAGAAAACATGCAATTTTAAACAAGCTAATGAGCATTTTATTTGAAATATTTAGTTCCGGCGGGTGTGAATAAAATGAGTCCAAGATCCTCAAAATCATTAAAAAAAATAAGCATGATTTGGCTTGTTTTAATCATAAAACATTTTAGGTAAGAAAATCATTTGCTAATAGTCTAAAAACTACTCTTGGTTGATAGGTACGTCTAAGAACTTATTAGGAAAACTGGCCTAGCTATCTCATTTGCCATGACATGAAAGGACTTCTCACTTATATCGTTGAGTTCAACCAAAATCAACTTGTACTCACAACTAATTATGTACCTTAACCTTTTTCGATCAAGAAGTGACACCTCATTTTGACGGAAAACTATCACTAATCGATCGAAAAATGTACTCACAACTAATGGTGCACCTTACCCTTTAGGATCAAGAAGTGACACCTTTCTTTGGCGGAAAACTATCACTAATTGATCTAAAGGAAAAAGTAAGTGTTATTTTGGAATGACACATTTTAACTCAATTTGAAGTTTAAAACTTAAGGCTTTACTATGTTGGTTGGATTTTAAGTGAACTAAAATCTTTAAACATGCAACATATTCAAGACACATTCTCATGCATCATTCAAGACATATTCAACTTCATCTTGAATCTTGGACTTCAAACTCCGTCTTGAAAATGGAGTTGAACCTTCATACTTGAACTTCAATATAGGAGGCGCCATTTTCATCAAATAGGGATTGCAAAATTAAAATAGCTAAAATAATTATTACAACATGCTAACGGTGTGCATACCGTATTTAAATAAAACTTATGGTGCTTTAGACTATATTTTACATTCAAATATTATGGTTCGCATACTATATTTTCTATCCTATTTGGGTCATACTAGTCACTTTCCGAAACCTGCAAAATAATATATATGCAATATATATCATTCACTCATTCATTTATCAATGAAATACTTAGCAAGTCAGCAACAAAACACATCACATAATATTTGCAACAACTAATTAAGGCTCAAGAATCTACCAATTATTTGACCTTATTAGTTCTAATCAAGTTGTTAATCCTAAGGAAATAAGGACCTAATCAAGGATAAATGAAATTTAACTAATCATGAATTAAAGCTCCCATTCAAACGAAGAATTATATGTTTTACTAACTTTAAACATATTTTTCCTAGTCCAACCTGAAACCACAAGTTTTAATTAAAATTTAAAGCTCATATAATAATTATTTTAAATCCCATTATTTGATAATTAGTTTATTAAAATAAATTTATTATAATTTATTCAAAGTTTTAATTTTATTAAATAATTAGTATAATATTAATTAAAATAGTAAAATTTATAAAATTAAATTCCGAGAAAAAATTACGAGCACGAATATAAAATTAATTAAGTTCGTCGCTCAACGAAAAATCAAAACCGCACGTACGCGCGCAATGGCCCAAGCCATAACACGAGTGTGCATGCTGCCAAGGCAGGCCCATGGGCGCAGCGCCCATGCATCGCCAAGGCAGAAACATTATGAATGGCCATGGCACGAAGCCACACCATCCAACAGCAACGCGCGAGCTGGCTTGGTGCCATCGGTCGCTGGGCATGCAAACAACGCGCAACACGCACACGAGCTCCCTTGTTCGTCGTGTCGCTCGATCATTGCTCGCTTATGATTGCTGCCTTCGCCTCACACGTCCACTTGCACAGCCGCACACACGGGACACAATTAAACAATGCTCGCACACCGCCCGCGCCCTGCGCCCTTGCATACCGTACATGCACCGCACACCCACACAAGCTCCCTTGCTCGCAGGTTGTATGTGCGCACCATAGCAGCAACGCCCATGGGGAGCTTATACGCCTTTGGCCCTTGCGGCCTCGTTCGTATACTCAAGCTTGTGAACGTTTTTATAAAATCGTAAACTCATGAAAAATAAATAAATCGTACAAATTTCATGAATTTTTAGGCGAAAAAATCAAAAATTTATAAATCAGTTAATTTTTTATTACATGAATATTTGGGATTAGAATTAGGGTTCATAAAATTTTAAAAGTTTCAACTTTTAACAATTTTATGTGGTCTTTTAATCATTAGATCCCAATTAAATTATCAGTTAATTATTAAAAATCGAATCAAAATTCCAATTTATTAGAAAATTAAACAAATTAATTATAATTACAAATTAGGTAGTATAATAAACTAATTTAATTCTTAAAATTGTTAATCATATGAAGTAGGTTAATTATTATCAAGAATTACACACAAAATTTGCAAATATCAAGAATTGCCGTCCATCCGTAGATAGTCCACATCACGTTCAGATCCACCTTAAATTTGACCAACTAGAATCTCAGTATAAGGTATAAGGAATTCGGGATCTCACTTTAATGGTGATAGGTAAAGTATGAAAACCAGTGGCGGTGCCAGTACGGGTTTAGTGGGTTCAACTGAACCCGTACTTGCAAAAACAAAAAAGAAGGTTAAGTTTCTGAACTACCGGGATTAACCTTTATGTATAATTTAGCGCTCAAACATGGCAAGAAGTGAATAATGGATCATTGGTTTGAGGGAGGAATGTTGTATGTGAGGTCGCGTGTTTGACTCCCAGCAAGAAATATTCTTTGACATTTCATTTTTTTTCTTTTCCTTCGTCGTAGCAATAGTTTTAAACTTCTAATAAATAATTTTTTTTACACATTCCTATTACTAAATGTCTTTCAAAATTTGAAAGTTATCCAATGCTCTAGCAAAAATTGGATTTTGTTTTTATTCCTTTTCTTTAAAACTTTTTCCTTTAATTATTTATTTTATGTACTACTGACGTATGAAACCTTTTATTTGCCCCTAAAAAATCAATAAAATCTGCTAATGTACTCTCTGCGCACAAAAAATATTACGTATGTTTTAATTTCGAACCCTTAACACAAAATTCCTGGTACCGCCACTGATGAAAACTCGTGTGTATTCTATGTACATAGAACACATATACATAGGAAATAGGAAAACCTTAGGATACCAAAACCCTAGCCCTAGGACCAATCGGCCAACCTAAGCTTGTGGCCCAAGTTACTTGATGCGCAAGTAAGCTTGGCGCCCAAGCTCAATGCACAACCCAAGCGCTAGCGCTGGCCGCAGCAGCGTTGCACGCTCTGGGCCTTGTGCCTTGTGCGCTCCGCTTATGTTGGGATTTGTGCCTTGCGCGTTGCTCGCTGCTCGTGGCCTGGCGTTTGGGCGAAGGGCCGACGCTTGCGCGCTGCCCTGTCGCTTGTTGTGCGCTTCTAATTCGTTTCCTGTTTCCGGTAATATTTCTGATTCGAACAATAAATCTGTTTTCGATAATATTTCTGATTCCGACAATATTTCCGATTCCAGTAATATTTTCGTTTTCGACAATATTTTCGTTTCCGGCAATGTTTCCGTTTCCAAAATATTTCTATTTCCAATAATATTTTCGATTCAAACCACATTTCCATTTCTGGTAATACCTTTTCCGGTAATATTTATAATTCCAATAATATTTCTGATAAGAAGAATATTTACACTTCCGGCAATATCTTCGTACGTTTCAGACAAATATTCTCGTTTTGCCTTTTGATAATTTGTGTAGCTCGATCCCACTGAAACCAACAATCATCATTTCCGAATATCCATTATTAGAGTATTTACTGAATAAAATATCACCTAAATATATAATTGATCCATTAACGTACTATTAGTGCGACCCTACGAGTTCAGCCAAGAGTAAGTTATGGTATTAATAATATTAATTCCACTTGAACTGAAGCGGTTTCTAGTTAGACATTCAGATCACTTGATCTCACTGAATAATTAACATGCTTAATTAATACTGAACCGCGTTTATAAGATTTCGCATTGAATACATTAAATACAAATTGGACCAAGGGCATATTTCCTTCAAGTATGAGCTAATTAAGATCATTGTGGATCAAATTGTTGAATTATTGTAGCACCTGTGTCAAAATTCGTGTTGCTAACACCTGAAACAAGACATAAAATTGTCTGTCTTCTGATCTGACACGAGTTGATCTATATTAGGTACTTGATATATGACAAAAAGTGAACCTGTCACATTAGGAAAATCGCTTACGGAGTAATTGAGTAGAAAATAAATTGATTTTCAATTACATATTTTAGTTGCAATACATATTGTAAATGCGAGGAGGGAGATTCAAACTTATAACCTATTATAAATATATTCTCTCGGTCTTAACCAATAGATCAAACTAACATCGTTGAATTCACTTCCTTATTAAATGTCTACTATTTGAAATCAACTTCCCTTTACACCCAAAACTAAGTATATTGTAATTAAAACTAAAATATGTACATGTCATTGACTAATTGGTGTTCAATAGTGGTTATAGTACGAAAGTAACCAATAATGGACTATGGGAAGTTGGATGCAAATAAAACAAATTATAGCATTGCGTTAGGTGGGATGCGCATTGCATGATGATTAGGTTGCACTTGCTAATAATCGTTGTCTTTGCTGAATTCAGTATGGTGGGGGTATTTCCATATTTGAGCAAGTTTAGATGAAATCATTTAATGGTAATTTAGGCCATGTTAAGAAAAACTACTAGGAGCAGGCATCTTTTAGCGGTTGAACAATGGATTTTATTAGAGTATAGGGTGGGGACGTGGGGTAACAGAAAACTAGTAGTGGGTAACGGTTAACTGTCAAATTAGTTGTTGATAACTTGAATGTACGGTAAAAGTAGCGATTGAAATTGTAAAATACAATACAATCATATTGTATTTAACTTTTGAGAAAAGATGTCCAACTGTTACCAATACACTAAACGCTATCTTGTCAAACACATTTAAATTTTACAAGTAGCGTTTTGGCTATTGCTACCGATTAAACGCTACTTCAAATAATATGCTCTAAATTGCGTCCCAGATTAGACATACATTGGAATCCTGAAGCACCACCACG

mRNA sequence

CAATTCCACTGTAAAAGACTAAGAGCCCAAATATTTTTTGGTAGCAATATCTCGAATGTGTTAGCCCAAAAATGATACCACCACTACTAGAAAAGCCCAAACAATAGAATGTTCACAGTTTATCAACCCTTTCTCTCTCCTTTATTAGGGTTTTAGCTACACAACTGCGCAACTTCGGCATTTCCCTTCTTCCCAGTTCTCCGCCTTTCAACCACCATGCCGAAGCAGATTCATGAGATAAAGGATTTCCTTCTGACTGCCAGAAGGAAAGATGCACGTTCCGTGAAGATCAAGAGAAGCAAGGATGTTGTCAAGTTCAAGGTCCGTTGCTCCAAGTATCTTTACACTCTCTGTGTCTTTGACAATGAGAAGGCTGACAAGTTGAAGCAGTCTCTTCCTCCTGGTTTGAGCGTCCAAGATCTTTGAGCAAGTGGAGTTGCCGTTCTCATATAGTAGCTGTTAGGCAATTGAAATCAGTTGTTTTTGTTTTGTCAAGCTTTGCAATTAGTGCAATGATTTGTAATCCTTTTAATCGAGTTGCATACTTGCTTGAAAGATATGATTTTGGCCCCTAAACTTTATTTTATGACCATATGTTATTTTTACTCATATTTCCAGTTTATTGATGATTCCTTGCTTTTGATTGTGAATGTGGTGTGTTGACCAGTGGTAAAGGCTCTTTATTCACCTCTTATGTTATTTTGCATTATAATTTCCAATCCTGGTTTACAGTGAGAGCTGTGTAGTACTCTGTATTGGAGATTTCTAGCAAAGTAGAGATCAAACGCTGGGGTTGTACAGAAACAGCATTAATTTTGCCATATTTGTTGTTTTACGTTTAGCTTCAACAGCATCAGGGCAAGCAAGGAAGTGCTTATATTTGGTTCAGAAGTTGAAAAATGGTAAACACAGCAACACAAGGGATTCCGAAATCTTGAGTTTGCAAATACGAGTGATTCTGAAAAATGGTAAACACAGCAACACAAGTGATTCCGAAAAATGATTAGACATACATTGGAATCCTGAAGCACCACCACG

Coding sequence (CDS)

ATGCCGAAGCAGATTCATGAGATAAAGGATTTCCTTCTGACTGCCAGAAGGAAAGATGCACGTTCCGTGAAGATCAAGAGAAGCAAGGATGTTGTCAAGTTCAAGGTCCGTTGCTCCAAGTATCTTTACACTCTCTGTGTCTTTGACAATGAGAAGGCTGACAAGTTGAAGCAGTCTCTTCCTCCTGGTTTGAGCGTCCAAGATCTTTGA

Protein sequence

MPKQIHEIKDFLLTARRKDARSVKIKRSKDVVKFKVRCSKYLYTLCVFDNEKADKLKQSLPPGLSVQDL

Homology

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BLAST of Spo25031.1 vs. NCBI nr
Match: gi|902189617|gb|KNA11420.1| (hypothetical protein SOVF_135380 [Spinacia oleracea])

HSP 1 Score: 139.0 bits (349), Expect = 3.000e-30
Identity = 69/69 (100.00%), Postives = 69/69 (100.00%), Query Frame = 1

		  
Query: 1  MPKQIHEIKDFLLTARRKDARSVKIKRSKDVVKFKVRCSKYLYTLCVFDNEKADKLKQSL 60
          MPKQIHEIKDFLLTARRKDARSVKIKRSKDVVKFKVRCSKYLYTLCVFDNEKADKLKQSL
Sbjct: 1  MPKQIHEIKDFLLTARRKDARSVKIKRSKDVVKFKVRCSKYLYTLCVFDNEKADKLKQSL 60

Query: 61 PPGLSVQDL 70
          PPGLSVQDL
Sbjct: 61 PPGLSVQDL 69

[Close]

BLAST of Spo25031.1 vs. NCBI nr
Match: gi|629123314|gb|KCW87739.1| (hypothetical protein EUGRSUZ_A00108, partial [Eucalyptus grandis])

HSP 1 Score: 137.1 bits (344), Expect = 1.200e-29
Identity = 68/69 (98.55%), Postives = 69/69 (100.00%), Query Frame = 1

		  
Query: 1   MPKQIHEIKDFLLTARRKDARSVKIKRSKDVVKFKVRCSKYLYTLCVFDNEKADKLKQSL 60
           MPKQIHEIKDFLLTARRKDARSVKIKRSKDVVKFKVRCSKYLYTLCVFD+EKADKLKQSL
Sbjct: 32  MPKQIHEIKDFLLTARRKDARSVKIKRSKDVVKFKVRCSKYLYTLCVFDSEKADKLKQSL 91

Query: 61  PPGLSVQDL 70
           PPGLSVQDL
Sbjct: 92  PPGLSVQDL 100

[Close]

BLAST of Spo25031.1 vs. NCBI nr
Match: gi|297735234|emb|CBI17596.3| (unnamed protein product [Vitis vinifera])

HSP 1 Score: 137.1 bits (344), Expect = 1.200e-29
Identity = 68/69 (98.55%), Postives = 69/69 (100.00%), Query Frame = 1

		  
Query: 1   MPKQIHEIKDFLLTARRKDARSVKIKRSKDVVKFKVRCSKYLYTLCVFDNEKADKLKQSL 60
           MPKQIHEIKDFLLTARRKDARSVKIKRSKDVVKFKVRCSKYLYTLCVFD+EKADKLKQSL
Sbjct: 59  MPKQIHEIKDFLLTARRKDARSVKIKRSKDVVKFKVRCSKYLYTLCVFDSEKADKLKQSL 118

Query: 61  PPGLSVQDL 70
           PPGLSVQDL
Sbjct: 119 PPGLSVQDL 127

[Close]

BLAST of Spo25031.1 vs. NCBI nr
Match: gi|661878012|emb|CDP18171.1| (unnamed protein product [Coffea canephora])

HSP 1 Score: 137.1 bits (344), Expect = 1.200e-29
Identity = 68/69 (98.55%), Postives = 69/69 (100.00%), Query Frame = 1

		  
Query: 1   MPKQIHEIKDFLLTARRKDARSVKIKRSKDVVKFKVRCSKYLYTLCVFDNEKADKLKQSL 60
           MPKQIHEIKDFLLTARRKDARSVKIKRSKDVVKFKVRCSKYLYTLCVFD+EKADKLKQSL
Sbjct: 36  MPKQIHEIKDFLLTARRKDARSVKIKRSKDVVKFKVRCSKYLYTLCVFDSEKADKLKQSL 95

Query: 61  PPGLSVQDL 70
           PPGLSVQDL
Sbjct: 96  PPGLSVQDL 104

[Close]

BLAST of Spo25031.1 vs. NCBI nr
Match: gi|359476741|ref|XP_003631881.1| (PREDICTED: 60S ribosomal protein L38 [Vitis vinifera])

HSP 1 Score: 137.1 bits (344), Expect = 1.200e-29
Identity = 68/69 (98.55%), Postives = 69/69 (100.00%), Query Frame = 1

		  
Query: 1  MPKQIHEIKDFLLTARRKDARSVKIKRSKDVVKFKVRCSKYLYTLCVFDNEKADKLKQSL 60
          MPKQIHEIKDFLLTARRKDARSVKIKRSKDVVKFKVRCSKYLYTLCVFD+EKADKLKQSL
Sbjct: 1  MPKQIHEIKDFLLTARRKDARSVKIKRSKDVVKFKVRCSKYLYTLCVFDSEKADKLKQSL 60

Query: 61 PPGLSVQDL 70
          PPGLSVQDL
Sbjct: 61 PPGLSVQDL 69

[Close]

BLAST of Spo25031.1 vs. UniProtKB/TrEMBL
Match: A0A0K9RIP0_SPIOL (Uncharacterized protein OS=Spinacia oleracea GN=SOVF_068230 PE=3 SV=1)

HSP 1 Score: 139.0 bits (349), Expect = 2.100e-30
Identity = 69/69 (100.00%), Postives = 69/69 (100.00%), Query Frame = 1

		  
Query: 1  MPKQIHEIKDFLLTARRKDARSVKIKRSKDVVKFKVRCSKYLYTLCVFDNEKADKLKQSL 60
          MPKQIHEIKDFLLTARRKDARSVKIKRSKDVVKFKVRCSKYLYTLCVFDNEKADKLKQSL
Sbjct: 1  MPKQIHEIKDFLLTARRKDARSVKIKRSKDVVKFKVRCSKYLYTLCVFDNEKADKLKQSL 60

Query: 61 PPGLSVQDL 70
          PPGLSVQDL
Sbjct: 61 PPGLSVQDL 69

[Close]

BLAST of Spo25031.1 vs. UniProtKB/TrEMBL
Match: A0A0J8CRR4_BETVU (Uncharacterized protein OS=Beta vulgaris subsp. vulgaris GN=BVRB_3g057800 PE=3 SV=1)

HSP 1 Score: 137.1 bits (344), Expect = 8.000e-30
Identity = 68/69 (98.55%), Postives = 69/69 (100.00%), Query Frame = 1

		  
Query: 1  MPKQIHEIKDFLLTARRKDARSVKIKRSKDVVKFKVRCSKYLYTLCVFDNEKADKLKQSL 60
          MPKQIHEIKDFLLTARRKDARSVKIKRSKDVVKFKVRCSKYLYTLCVFD+EKADKLKQSL
Sbjct: 1  MPKQIHEIKDFLLTARRKDARSVKIKRSKDVVKFKVRCSKYLYTLCVFDSEKADKLKQSL 60

Query: 61 PPGLSVQDL 70
          PPGLSVQDL
Sbjct: 61 PPGLSVQDL 69

[Close]

BLAST of Spo25031.1 vs. UniProtKB/TrEMBL
Match: D7SPL7_VITVI (Putative uncharacterized protein OS=Vitis vinifera GN=VIT_04s0023g00930 PE=3 SV=1)

HSP 1 Score: 137.1 bits (344), Expect = 8.000e-30
Identity = 68/69 (98.55%), Postives = 69/69 (100.00%), Query Frame = 1

		  
Query: 1   MPKQIHEIKDFLLTARRKDARSVKIKRSKDVVKFKVRCSKYLYTLCVFDNEKADKLKQSL 60
           MPKQIHEIKDFLLTARRKDARSVKIKRSKDVVKFKVRCSKYLYTLCVFD+EKADKLKQSL
Sbjct: 59  MPKQIHEIKDFLLTARRKDARSVKIKRSKDVVKFKVRCSKYLYTLCVFDSEKADKLKQSL 118

Query: 61  PPGLSVQDL 70
           PPGLSVQDL
Sbjct: 119 PPGLSVQDL 127

[Close]

BLAST of Spo25031.1 vs. UniProtKB/TrEMBL
Match: A0A0A0KBT2_CUCSA (Uncharacterized protein OS=Cucumis sativus GN=Csa_6G081500 PE=3 SV=1)

HSP 1 Score: 137.1 bits (344), Expect = 8.000e-30
Identity = 68/69 (98.55%), Postives = 69/69 (100.00%), Query Frame = 1

		  
Query: 1  MPKQIHEIKDFLLTARRKDARSVKIKRSKDVVKFKVRCSKYLYTLCVFDNEKADKLKQSL 60
          MPKQIHEIKDFLLTARRKDARSVKIKRSKDVVKFKVRCSKYLYTLCVFD+EKADKLKQSL
Sbjct: 1  MPKQIHEIKDFLLTARRKDARSVKIKRSKDVVKFKVRCSKYLYTLCVFDSEKADKLKQSL 60

Query: 61 PPGLSVQDL 70
          PPGLSVQDL
Sbjct: 61 PPGLSVQDL 69

[Close]

BLAST of Spo25031.1 vs. UniProtKB/TrEMBL
Match: A0A068U8M1_COFCA (Uncharacterized protein OS=Coffea canephora GN=GSCOC_T00018662001 PE=3 SV=1)

HSP 1 Score: 137.1 bits (344), Expect = 8.000e-30
Identity = 68/69 (98.55%), Postives = 69/69 (100.00%), Query Frame = 1

		  
Query: 1   MPKQIHEIKDFLLTARRKDARSVKIKRSKDVVKFKVRCSKYLYTLCVFDNEKADKLKQSL 60
           MPKQIHEIKDFLLTARRKDARSVKIKRSKDVVKFKVRCSKYLYTLCVFD+EKADKLKQSL
Sbjct: 36  MPKQIHEIKDFLLTARRKDARSVKIKRSKDVVKFKVRCSKYLYTLCVFDSEKADKLKQSL 95

Query: 61  PPGLSVQDL 70
           PPGLSVQDL
Sbjct: 96  PPGLSVQDL 104

[Close]

BLAST of Spo25031.1 vs. ExPASy Swiss-Prot
Match: RL38_ARATH (60S ribosomal protein L38 OS=Arabidopsis thaliana GN=RPL38A PE=3 SV=1)

HSP 1 Score: 135.2 bits (339), Expect = 2.700e-31
Identity = 66/69 (95.65%), Postives = 68/69 (98.55%), Query Frame = 1

		  
Query: 1  MPKQIHEIKDFLLTARRKDARSVKIKRSKDVVKFKVRCSKYLYTLCVFDNEKADKLKQSL 60
          MPKQIHEIKDFLLTARRKDARSVKIKRSKD+VKFKVRCS+YLYTLCVFD EKADKLKQSL
Sbjct: 1  MPKQIHEIKDFLLTARRKDARSVKIKRSKDIVKFKVRCSRYLYTLCVFDQEKADKLKQSL 60

Query: 61 PPGLSVQDL 70
          PPGLSVQDL
Sbjct: 61 PPGLSVQDL 69

[Close]

BLAST of Spo25031.1 vs. ExPASy Swiss-Prot
Match: RL38_SOLLC (60S ribosomal protein L38 OS=Solanum lycopersicum GN=RPL38 PE=3 SV=1)

HSP 1 Score: 127.9 bits (320), Expect = 4.400e-29
Identity = 63/69 (91.30%), Postives = 67/69 (97.10%), Query Frame = 1

		  
Query: 1  MPKQIHEIKDFLLTARRKDARSVKIKRSKDVVKFKVRCSKYLYTLCVFDNEKADKLKQSL 60
          MPKQIHEIKDFLLTARRKDAR+VKIK++KD+VKFKVRCSKYLYTLCV D EKADKLKQSL
Sbjct: 1  MPKQIHEIKDFLLTARRKDARTVKIKKNKDMVKFKVRCSKYLYTLCVSDFEKADKLKQSL 60

Query: 61 PPGLSVQDL 70
          PPGLSVQDL
Sbjct: 61 PPGLSVQDL 69

[Close]

BLAST of Spo25031.1 vs. ExPASy Swiss-Prot
Match: RL38_BRABE (60S ribosomal protein L38 OS=Branchiostoma belcheri GN=RPL38 PE=3 SV=1)

HSP 1 Score: 117.9 bits (294), Expect = 4.500e-26
Identity = 57/69 (82.61%), Postives = 65/69 (94.20%), Query Frame = 1

		  
Query: 1  MPKQIHEIKDFLLTARRKDARSVKIKRSKDVVKFKVRCSKYLYTLCVFDNEKADKLKQSL 60
          MPKQIHEIKDFLLTARRKDA+SVKIK++KD VKFKVRCS+YLYTL + D EKADKLKQSL
Sbjct: 1  MPKQIHEIKDFLLTARRKDAKSVKIKKNKDNVKFKVRCSRYLYTLVITDKEKADKLKQSL 60

Query: 61 PPGLSVQDL 70
          PPGL+V++L
Sbjct: 61 PPGLAVKEL 69

[Close]

BLAST of Spo25031.1 vs. ExPASy Swiss-Prot
Match: RL38_MOUSE (60S ribosomal protein L38 OS=Mus musculus GN=Rpl38 PE=1 SV=3)

HSP 1 Score: 112.1 bits (279), Expect = 2.500e-24
Identity = 54/69 (78.26%), Postives = 64/69 (92.75%), Query Frame = 1

		  
Query: 1  MPKQIHEIKDFLLTARRKDARSVKIKRSKDVVKFKVRCSKYLYTLCVFDNEKADKLKQSL 60
          MP++I EIKDFLLTARRKDA+SVKIK++KD VKFKVRCS+YLYTL + D EKA+KLKQSL
Sbjct: 1  MPRKIEEIKDFLLTARRKDAKSVKIKKNKDNVKFKVRCSRYLYTLVITDKEKAEKLKQSL 60

Query: 61 PPGLSVQDL 70
          PPGL+V+DL
Sbjct: 61 PPGLAVKDL 69

[Close]

BLAST of Spo25031.1 vs. ExPASy Swiss-Prot
Match: RL38_RAT (60S ribosomal protein L38 OS=Rattus norvegicus GN=Rpl38 PE=1 SV=2)

HSP 1 Score: 110.5 bits (275), Expect = 7.200e-24
Identity = 53/69 (76.81%), Postives = 64/69 (92.75%), Query Frame = 1

		  
Query: 1  MPKQIHEIKDFLLTARRKDARSVKIKRSKDVVKFKVRCSKYLYTLCVFDNEKADKLKQSL 60
          MP++I EIKDFLLTARRKDA+SVKIK++KD VKFKVRCS+YLYTL + D EKA+KLKQSL
Sbjct: 1  MPRKIEEIKDFLLTARRKDAKSVKIKKNKDNVKFKVRCSRYLYTLVITDKEKAEKLKQSL 60

Query: 61 PPGLSVQDL 70
          PPGL+V++L
Sbjct: 61 PPGLAVKEL 69

[Close]

BLAST of Spo25031.1 vs. TAIR (Arabidopsis)
Match: AT2G43460.1 (Ribosomal L38e protein family)

HSP 1 Score: 135.2 bits (339), Expect = 1.500e-32
Identity = 66/69 (95.65%), Postives = 68/69 (98.55%), Query Frame = 1

		  
Query: 1  MPKQIHEIKDFLLTARRKDARSVKIKRSKDVVKFKVRCSKYLYTLCVFDNEKADKLKQSL 60
          MPKQIHEIKDFLLTARRKDARSVKIKRSKD+VKFKVRCS+YLYTLCVFD EKADKLKQSL
Sbjct: 1  MPKQIHEIKDFLLTARRKDARSVKIKRSKDIVKFKVRCSRYLYTLCVFDQEKADKLKQSL 60

Query: 61 PPGLSVQDL 70
          PPGLSVQDL
Sbjct: 61 PPGLSVQDL 69

[Close]

BLAST of Spo25031.1 vs. TAIR (Arabidopsis)
Match: AT3G59540.1 (Ribosomal L38e protein family)

HSP 1 Score: 135.2 bits (339), Expect = 1.500e-32
Identity = 66/69 (95.65%), Postives = 68/69 (98.55%), Query Frame = 1

		  
Query: 1  MPKQIHEIKDFLLTARRKDARSVKIKRSKDVVKFKVRCSKYLYTLCVFDNEKADKLKQSL 60
          MPKQIHEIKDFLLTARRKDARSVKIKRSKD+VKFKVRCS+YLYTLCVFD EKADKLKQSL
Sbjct: 1  MPKQIHEIKDFLLTARRKDARSVKIKRSKDIVKFKVRCSRYLYTLCVFDQEKADKLKQSL 60

Query: 61 PPGLSVQDL 70
          PPGLSVQDL
Sbjct: 61 PPGLSVQDL 69

The following BLAST results are available for this feature:

BLAST of Spo25031.1 vs. NCBI nr
BLAST of Spo25031.1 vs. UniProtKB/TrEMBL
BLAST of Spo25031.1 vs. ExPASy Swiss-Prot
BLAST of Spo25031.1 vs. TAIR (Arabidopsis)

BLAST of Spo25031.1 vs. NCBI nr
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. NCBI nr)
Total hits: 5

Position :

Zoom :

x 1


Match Name	E-value	Identity	Description
gi\|902189617\|gb\|KNA11420.1\|	3.0e-30	100.	hypothetical protein SOVF_1353...	[more]
gi\|629123314\|gb\|KCW87739.1\|	1.2e-29	98.5	hypothetical protein EUGRSUZ_A...	[more]
gi\|297735234\|emb\|CBI17596.3\|	1.2e-29	98.5	unnamed protein product [Vitis...	[more]
gi\|661878012\|emb\|CDP18171.1\|	1.2e-29	98.5	unnamed protein product [Coffe...	[more]
gi\|359476741\|ref\|XP_003631881.1\|	1.2e-29	98.5	PREDICTED: 60S ribosomal prote...	[more]

BLAST of Spo25031.1 vs. UniProtKB/TrEMBL
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. UniprotKB/TrEMBL)
Total hits: 5

Position :

Zoom :

x 1


Match Name	E-value	Identity	Description
A0A0K9RIP0_SPIOL	2.1e-30	100.	Uncharacterized protein OS=Spi...	[more]
A0A0J8CRR4_BETVU	8.0e-30	98.5	Uncharacterized protein OS=Bet...	[more]
D7SPL7_VITVI	8.0e-30	98.5	Putative uncharacterized prote...	[more]
A0A0A0KBT2_CUCSA	8.0e-30	98.5	Uncharacterized protein OS=Cuc...	[more]
A0A068U8M1_COFCA	8.0e-30	98.5	Uncharacterized protein OS=Cof...	[more]

BLAST of Spo25031.1 vs. ExPASy Swiss-Prot
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. ExPASy SwissProt)
Total hits: 5

Position :

Zoom :

x 1


Match Name	E-value	Identity	Description
RL38_ARATH	2.7e-31	95.6	60S ribosomal protein L38 OS=A...	[more]
RL38_SOLLC	4.4e-29	91.3	60S ribosomal protein L38 OS=S...	[more]
RL38_BRABE	4.5e-26	82.6	60S ribosomal protein L38 OS=B...	[more]
RL38_MOUSE	2.5e-24	78.2	60S ribosomal protein L38 OS=M...	[more]
RL38_RAT	7.2e-24	76.8	60S ribosomal protein L38 OS=R...	[more]

BLAST of Spo25031.1 vs. TAIR (Arabidopsis)
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. TAIR)
Total hits: 2

Position :

Zoom :

x 1


Match Name	E-value	Identity	Description
AT2G43460.1	1.5e-32	95.6	Ribosomal L38e protein family	[more]
AT3G59540.1	1.5e-32	95.6	Ribosomal L38e protein family	[more]

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0042254	ribosome biogenesis
biological_process	GO:0001510	RNA methylation
biological_process	GO:0006412	translation
biological_process	GO:0000466	maturation of 5.8S rRNA from tricistronic rRNA transcript (SSU-rRNA, 5.8S rRNA, LSU-rRNA)
biological_process	GO:0000463	maturation of LSU-rRNA from tricistronic rRNA transcript (SSU-rRNA, 5.8S rRNA, LSU-rRNA)
cellular_component	GO:0022625	cytosolic large ribosomal subunit
cellular_component	GO:0005840	ribosome
cellular_component	GO:0005622	intracellular
cellular_component	GO:0015934	large ribosomal subunit
cellular_component	GO:0005730	nucleolus
cellular_component	GO:0005654	nucleoplasm
cellular_component	GO:0030687	preribosome, large subunit precursor
molecular_function	GO:0003735	structural constituent of ribosome
molecular_function	GO:0003723	RNA binding
molecular_function	GO:0005515	protein binding
molecular_function	GO:0043021	ribonucleoprotein complex binding