Spo25518 (gene) | SpinachBase

Overview


Name	Spo25518
Type	gene
Organism	Spinacia oleracea (Spinach)
Description	Metal tolerance protein C2
Location	SpoScf_01058 : 92175 .. 111097 (-)

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: five_prime_UTRexonpolypeptideCDSthree_prime_UTR

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

CTTCTCTCTCCGACAAAGTGCCTTCTAGTCACCGGCCTCACTTCATTGACTCAAAATTAGTCTACGTTACAACAGAGTTTATCCAATGTGGACCTTTCTCCCAAACTACTCTTAGAACTCGATTCTTGAATCAAAATTAGGTTATTTTCCCAAAATAAATCATGGACAACTCCAGGATTTCAAGAGGATCTTCCGATCTCCAATCCCAATTCGTGAAGAGCACATCATTCAACTACAATTCGCAGCAAACTCCACATTCATCAGATCGGAGGTACGCATATCATCGTCAGTCTTCATTACAACAATTTCCCGACCCGCGAACTCCGACGACGGTAATCTCCAACAACAACAACTCACAGACGCCAGCGTTTTCCCGGAGTATTTCGAGCATTGATATTCCTCCAGGATTTCATCCCGGAAATGAGATTGATTACAGCCTGTGGAAAGATTCTCCTAAATCGGAGGGGAAATTATCGTCGACTGAGCTGATTTCATCGGTTTTTCGAGCTTTGAGGACTGGTAATCGGCCTATGAAGAGGTTATTTTTGTTGATTTCGCTTAATGTGGCGTATTCGACTGCCGAGCTATTCATCGGGCTTCTCTCGGGTCGTGTTGGTAAGAATTCTGAGCTTTTTTTTTTATAAATGTTATGTGGAAAGTTGTACTGTTAGTTTGTGCGTTTATCATTTCTGTATTGACGATTTTCTGTGGTTTTTCTGTTATATAAGGGGGATGTTCATAAAACATGTTTACGTCCAAGATTAGTTGTGTAATGTATACTCCAGTTATCAAGCTTTAAATTCCAGTTTGATGATAAAATGTACTCCGTAGTATTTGTAAGGAGTTTTGAAATACGTGCCTAGACTGGAGGAGGTTCTACCTTAAAAACAACAAGACATTAGGTGGTTCTGCCTTAAAACACATAGACAATAAGACGAGTAACTTCTTAGCCTTATTAAGTGATTATCTCTCTTTTAAGTTCAGCCACGGGTGATATTTTGTGGCCTGGAGCTCGTGGGCTGGAGCACATTTATCGACACTCCCCCTCACACGTGCCATTTTCAATTTGGCTCAGAGTATTAACGGTCCAAGGTCCAAGTCGTGGGCCCAACAATGTTAAAAGTATTTAGGGATTCAATTGCTTGATTTTTTTTATTGACCTCTTGGCTGTATATGTTATATGAGTAACGCTTAATTTAACTTAGATACATTCACATGAATTTAGGATATCATAAGTGATTATAATCAATCACAATTAATCACCAACAATATAACTCATAAAATATAACTCCTAAAATATAACTCCTAAAACAATTCATCCCAAATTTATGGACTAAAACAAGCTCCTAGGCGTTGGTTTGAGAAGCTTGTCACGACTTTGAAAGGGTACGACTTTCTGCTACCCTATTCTGATTGTTCCCTGTTTACCTTCACTAAAATTACTAAAATTACTAAATCGTAAAGACAAATGGTTCTCCAAAGTAACGATTCAAATGAATGTGCTTGTGTAAGTTGATGATCTTATTGTTTCTATAAATGATTCCGCTACTTTACGGGCATTTAAGGCCTATTTGGGTGATTGCTTCAAAATAAAGGATCTTGGTTCATTGAAATATTTTCTAGGTATCGAGGTTGTGCATAGCTCCTCGGGTTTATTTTTGTGTCAAAGAAAGTATACTTTGTACATTATTTTTGAAGCGTGTTTATTGGGTGCAAAACCAACTGTGATTTCCAATTGAACAAAATCATAGGCTCGGCCTTGCTATACACTAACCATTGGGGCATATCACCGACTAGTTGGGCGCCTCATCTATTTGGCGGTCACACAACCCGACTTGCATACACTATTCATATTCTATCTCAGTTATGCAGGAGCCTCATATTGAACATTGGGAAGCCGCATTATGTGTTATTCGTTATTTGAAAGGAACTCCTAGTCAGGGTATCTTATTACGAGTAGAGAGTGAACTTACTTTAAGGGGATGGTGTGACTTGGATTGGGCAGCATGCCCCGTCACAAGACGCACCCTTAGTGGTTGTCCCGTTTTCTTGGTTAGTCTCCTATTTCATGGAAAACAAATAAGCAACATTTCTTGGTTGACTGCCACTTTGTTCGTGATGCAATGATAGATGGTTTAATTGCTCCTTCCTACGTTCCTACAACGACACAATTGGCGGGCTTCTTTACTAAGGAAATCTTGGATCTATATGCTCCAACTTGAAGGGGGTGTTAGGATATATTTTAGGAGTTACTCCCTCCGTCCCTGATTAGTTTTTACACTTTTCATTTCATCGTTCCAAATTAGTTTTTACACTTCTATTTTAGGAAAGACCCCACAGTTATTTTAATATCTCTCTCTTTCCACTACCAATAAGTTAGGCCCCACACTCTCTCACATTCAATTAAAAAAAGTACTATACTATCTTCTATCACATCTACTTTTTCAATAAAATAGTATTTGATAACCAAACAAAAATTTATCTCCTAAACTTTGTGTCATGAATCATGATAAGTGTAAACACTAATTTGTGACAGAGGGAGTATATTTTTAGGAGTTATATTCTTAGGATTTATATTGTTGGTGATTAATTGTAATCAATTGTGATTTCCTAAATCCATGCAAATATATCTAAGTTAAATTAAGCGTTACTCATGTAATATATATACAACCATGAGGTCAACAAAGTCAAGCAATTGCATCCCTAATTACTTCTACAAGTTTAGCTTTAGTGAGTTGAATGTTGTATTTGAACCCCAATATGAATTTTGGCTGGATACTCGATACATGACTCTCAATCTTAGAAAGGATGATACTTTCTATAACCTCCAAAGTTAACCTTGGTTTGTGGCTTTTGCTCAACTGAGTGTGGATCGGCTCAAAAGGTTCTAGGATTACATAAAAGTTTAAGTGTAGTATGAAATGCTTTTGGCTGGTATAGAACTCTCTCCATTTTATATTACATGATTGCTTAACTAACTTTCACTTAATACATCAATAGATGATTACTTTTCAATTTAGAATGCCAATGCAATATGATTTGTGAGTACTATGGAGTAATTAACAACTCCTTCCATGTGTTTATTTTTAAAAGACAATTATAATGGAACGGAAAATATTGCAATATTTTTTCTTTCGTGAATAACATAGAAAACTCTCAAACAGTACATTGTTACTGTTGTGCGGTCGAGAAAGTATCTTGTTACGGAATTCTAGAATGGAACTGGAAGGTTCCTTTTGGGTCTGTGTATCAGGAAAGATGTTGGCTCTAAATGAATCGACATTCGTTCTCTGATGGCTCTCTTGTCGCAAAGGATTGCAGTATTATATATTTCTTTTTTTAATAACTATGAAGTTCTTATATATTATGAAAGATCCAAACAAAGGAGGCTTTGATATCAAGAGGCTTTTGAGATAGCTTACTTTATAGATCTTGGGCCTTAGTGCTAACATTTCTGTTTTTATACTAGCAATAATGTGATAGTTTTACCATAAAAAACATACTGGTATTTAAAGTTTTAAACATACATCTTCCGTGAAGTGTAGTTTCTCTACCCCTATCATATCTTTCGATATTTGCGTAGAGTGCGCCTTATGTTTTGTCATTCTCCATGAAGGAATGTAATGATTTTCCTACTGTAATGTTATCAACTGAATAGTTCCTTTGTTGCGATGAATTGATTCTATCGTGTGTTTCTTCTGCCCTACCAGGTCTGATATCTGATGCATTTCATTTGACTTTTGGATGTGGCCTTTTGACGTTTTCATTATTTGCAATGACTGCATCTAGGAGAAAGCCAGACCGAGCCTACACTTATGGGTAAGATGCATCTCCAACTTCCTTGGCAGATGAATTGTTATGACTTTCAGTTCTTGAAAACTGATGAGAGTATCATCCTTAATAAAATACAAAAGTATATGTGTCTTGTAATCTTGTGTTCCTTTATCTTTCTACATTTCCATTTCTTATGTTCTGGGGTTATTGGGTCTGCTTGCCACTTGGCAGTGGAGAAATAGTTGGCCTGGTGGCCCTGGTCTGGAAATCTGGAATGTGGATACTTCTCTTTAATGGCATTTGAATAGAACTTGGGAGTTTGTATATTTGCTTTGTTCCTTGTGACAAACTAAACACTCAAGTACAAAACGAGACAGCCTTCTGAGTTGACCTGTTGCTGCAAAAGTGACAAAAGGACCACTTAACCCCACTATTCCGTTGTTCACTCTGGATTCTGGAAATGACAGAAGGAAAGAAAGATAAAGGTTTTGGCTTCTCCAACTTCTATTTAACAAATGGAACTGAATTTGATGACAAAGGAAGCTTCTGAAATATTATATGGCTTTTTTTTAAACCCTCATGTGGAACTGAGCATGTGGCTCTCTGTTTATAGAGCACTCAACTTGAAAGGAAGACATGGGTTAAATATGTGATAGTCCAGGTTACATAGAGTACTTGTTTCATCCTAAGAGCATGTTTGGTTTAGAGTTTTTAAGTGATGGAAATGGAATCACTTAACTATTTTCATTACCTAATGTTTGGTATGCGAGATGTGGTAATGCAATCCATTTCATAAGGGAACACTACCACCATTTATTACCTCTCCCAACTCATGGTAACAAATTTTTTACCCTCCTCAATCCCACTTTGATACAAGTGATTCATTTCTTAAGTTATACCAAACAACTGATATTGGTAATAAACTAATAATTAACATTACCATTTCCCCTTCTTATTTGTTTCCTTTACATTCCCTTTCCAAAATTTATACCAAACATGCGCCAAGTATCCGTGTCTAATATTTTATACCCTGACATGTATATAGACATCTTGAGACTTGAAATAAGGTTAAAACCGTTTTGTACTTATTATAATACTTCTTCCGTTCCATATTTATTGCATCATGTGTGTTAGGCACTAGATTTTTTGTAGTGGAAACAGAAAGAAAGACAAAGACAAAAATACAAATTTTCCCATGTGATTGAACTATTAACTAAATCAGCAAGAGTTAACATGTAAGGGTATATTGGGTATTTGTAGTGTGAAAGCAACTATTTTATTTCTAAAATGGAAATGGTGCAATATTTGTAAAACTTCCTAAAATTGTAAATGGTGCAACAGTATTGAAACCAGGGCCGTCTCCGATTACTTGGAGGCCCTGTGCTGAATACATATACAACAACAACAACAACAACAACAACAACAACAAAGCCTTAGTCCCAAAAAATTTTCGGGACATATATTCCCTATAAATTTTTTCGGGCAATTATTTAATGTAAAATACTAATATTTTTTGTTTATACAAAATATAGAGTCAAATTAATAACATGTTTAACGTATTATGTGGGTTGGTTTGAGAAAATGAATGAAAATGTTTGATAGAAATGAAAAAGGGTGATTGTTTAGTAAAGAAGAATAAAGCGAAAAGCAAAAAGGAACCCTGGTGCCATCTGCCACGCATCTGCCTCCCTACCAACTAGGACAAAGTTCATATACAGTGCTACAAAGCAGCTGGAATTGTATAACCTTGTAAAGTTTTGGGGTTTTAACTAGCAAATATTTCGGGCCCAAAAATTTTGTGGCCCTGCGCTGTAGGTCCCGTTGGACCGCCCCAAAGCCGGGCCTGATTGAAACGGAGGAAGTTTAATTTTTGGTTGTAGCCTAGTCTGTGATATATCCTTGTAGAAATACATAAGTTAGGCCTTTTAACCAAAAAAAACGTACATAAGCTCTTAATGCAATATTTTGTCCTTGAAAGTACATAAGCTCTTGATGAAAGTTGGAGTTGCTGCTATTGAGTAGAAGATAAGGGAGAACTGGCTATGTTGGGTTAGGCATGTATGGTTCGGAAGATGCACTGGTAACGAATGTGAGAGTTGAGATGATGGGGATTTTAGAATAAGCTGAAGGAGACTGGAGGAGGGAATAAAGTATGACAAGAAAAAATGAATTTGCAAGAGCATGCAACACTAATTAGAACTTAGACGTGAATGGAGGAAGAAGCTTTGTGGATGAACATATGAGTAAATTTCTTGGTTCATGCAGCCGGCCCCATGCAATTGGAATAAGTTTCTTGTTGCCTTTCCTAGTCCTGATTTCCTGAATATGGGAAATCTGTGTGTAGTGGCATTGCTGTTGTTGGTTTGTTGTTTGTACTATGGAGTGTTATTGACCTGCTGATAAGAAAATGTCTAAGGCCTCTAAGCTATGTTATCTGCTAAATTTCTTCTTGCTTAGGTCTAAACTCTGATTTCAGTGAATAGGGATTTAGTAACAGTAAACAATTGGTTTTGGCTGATTTTCAGGATCTTCCTTCATATTATGTTAATGGAGTTTCTGTCTTTTTCAGGTATAAGAGGCTTGAAGTTTTGTCTGCCTTCACAAATGCTGTAAGTTATGAATTTGTCAGACATCTATGTCAGATCTATACTTCTCGCGTAATATGTTTTATTTTCCTTTCGTCTCAATATTATATTGAATGTTGGTTGGGTTAAATTCCTAGAGCAGAGGGTTAATAAATTGGAGCCTGCAAAGATGTTTTAAGACGTACTTTCATTTATTTATTTTTATTCTACTGTTATCATGTCTATTCAAGCTAATTTTTCTCAAGTCTTGTCTGACACGGATTTACTCTGCATTTGTAGACAGCTGTTTCTTCTCTTTTTGTCTTTTTCTTTGGCTGTGGAAGCGCTTCACGCATACATACAAGACGAGTCAGAGCATAAGTAAGTTCATAGAGATATGATGTGGTCTTGCTTGTGAATATCAGTTGGTTATTTTGTTAAGATTTGTTTCCATAACCAGCTATTATTATTACTCTTGATGACAAATTGCATTGTGTGAAGAAGCTCGGGAAAGGTTCTGCAATTGACACATGTTCTATTGTGTAATCATCATTCAAGGGCTGGGAGCTAAATTTGGAAATAGAATTGGTATAGATAAAAAGAAGGAAAGATGTGATGAACTGATAATTTGTGCAGAAAATTAGTGTGATGAACTGATAATTTGTGCAGAAAATTAATGGCAGATATATGTTTACATAAAATGGGATACAAAAGGTAGTGACTTGAGGCCACCAATCTCTAGGTTTAGTGACTTGAGGTCACCACTCTCCAAATCCTAATCTTTACCAAATTCTCAATATCCCCCTCATAACCTACTGTGCCCTTATTTATAACCATTATACCTAATTTGTCTTCTACTTAATATTACTCATTACCTATTATGCCCTCCCCTTACACTTGGTTCATTACAATACCGACCCCCTAAACTTCCACCTTGTCCTCAAGGTGGGTAGTAATAATCATTGAATTCCCGACCTTTGTAGTAATCACTTTTATCGTTCCCAGGTCTAATGCCTGGCTTCCACTGGAGCTCAAGGTCTTGGTTGAGTATGTCTCTTGGTGACTCCAAGGGTAAGGTGAAATGAACATGAAAATCGTGGAAAGCAGTCATGAAGTGAGTGAGGTCTGGTTTTGAAGGTAGCTTGAACTGATTATATGTTGAGAACGTGGGTCTTGAGTGAGAGCAGTCAAACGTGGAATTGGGGGAATGGGTGGGATCAGGATGGTTGGGTTTAGAATTAGCATGTGTGGGCTGTAATGCTCCTCTTTCGAATGGGTTGTAACTTGTAAGTGAGAGGGTTGGGGGTTGACCACCAACAGGTGGCTCCCAGATGCTCCACAAGATCTATTGGTGAAATATCCTCCACCACCGTTGACAACACTTTTCGTTAACTCCACCGACCCTCTCTGACCACTAGTAAGACCACTGCCCGAAACCCTTCCTCGAGACTTTTCTACCAAGAAACCCAACTGACCTCCATAAGTAAAACCTGGACCACCACCTGATCTGCAACCACCAGCACCGCCTCGCTCGAATACTACAGTTGGTATACCAGATTCACCACTTATGCTACCACTAACACCTAGACCGGTGAATCCACCTGCAAAATCACCATGACTTTTACCAGATCCGCCACTGGCACCGCCATCCTCAAAAACCCCACCCTTCGTGAATTTGTCTGGTTCGCCACCTGATTTGCCTCTGAAACCATCGTCTCCTAGCATATTTTACACCATTTGAACCCCTTCCTCCAAACTGATCTGGTGAAAAACATTCACCCCCATATTTCTCCACTTCCCTTTTCTCTTGTACATCAGTCACCTCCGGATCAACATAATGTTCATCTCTATCATTTCCTTAATCTCCTCTTTAATTTCCTTCCATTCTTGCTGAAACGAAGAGAAAATCGGAGAAAGACCTTCCATAATATTTTTCACGAATTCTTCCTTACATTTTTGGAATATCTCATCCCATTGAATTTCTTACCAGATTTGCTTAACTCCATTGTTTTTTTTTTTAAACTCAGAAAATCAGATACCAAGTGTGATGAACTGATAATTTGTGCAGAAAATTGGTGTGATGAACTGATAATTTGTGCAGAAAATTAATGACAGAAATATGTTTAATTTGCTTGAAAGATGATAAACACAAAATGGGATACAAAAGGTAGGGACTTGAGGCCACCAATATCTAGGTTTAGTGACTTGAGGTCACCACTCTCCAAAGCCTAAGCTTTACCGAATTCTCAATATCCCCCTCATAACCTACTGAGCCCTTATTTATAACCATTATACCTAATTTGTCTTCTAATTAATATTACTCATTACCTATTATGCCCTTCCGTTACACTTGGTTCATTACTAAAGAAAACCATTCGACAATCTGTTATGTCTTTGGTGATTTCGCCTTTTTCTGGGAGGAAAATCGAGTGTTTTGTCTATGAGATTTTTGTGTATATTTGTAACTTTTCTAAGAAAACCTACTGAGTTTGCGGCTTTTATTTGTATCATTTTAGGTCTTGACTAGGACCTCATTACTTCAATTTTTAAGTGTCCATAAAAAAAATTAATGGGCTTGTTTCATAATCTGAGTACATGTTGTAAAAAGAAAACTGGATGACTCTGGATGATTTGTCTGATTTCAGAAATGTTATAATAATCCCAGGCTGTAAGTAGAGAAAAGGTGGGCTGCTTTTTGGTGTGACATCAGGTCATTTAATGCTTATAATTGATACAGTCTCATAGCAAGTATATATATGTGTCTCAGAAATAATACAATCTCAAAATGCGCTCAGCCCTGATGTTTGCGGTCCTATGCTGCTTGTAAACCATTTTATCGCTATTCAAATGTTTTCTCGTCAGTGGCAGCAACTAAGATTTTGTAGGTCCAATTTGTTTGCATGTTATTGATAGAGCCATCCCTTCAAAGACCACAAAGTAAGATGCTTCATTTAAACTGATATGCTTTGTGCTGTATCTATGTCGTAGTGATCATTTTATTTCTTTCCTTGTAGGCATTATCTCATTGTTTCAGCAGTGACAAATTTGTTGGTGAATCTTGTTGGTGTTTGGTTCTTTAGGAACTATGCTCGAAGAAATCTTGGTAATTTTACCATCCTTTTTCAGTTGTCTTCTGTTTCTTTTCTTTTCCGTGTCAGATTTTTGTTTCTTGTCTTTTCCGTGTCAGATTCTTGTCTTTAGGGCCATTCAGGAATCCAGAAAGTTCCATATTTAGTACATCTTGTCAAAAGTACGATATTTTGGGATAAAGTTTGGAACAGCATGCATGGCAACCAAAGTTTGATTAGCCATGTGCTGTTCATAGCCTATAAATAGAGCAATTCATTCTTCATTTCCGTCTTTATCTTGATTTAATGAAAAGTAGTTTCCTTTCCATGACTATTAAAAGTTGTGAACTGCGAATGATGATTGCCGGCTTGATGAGAGAGATGAATTTCTGGATAAAACATAACAGCACAATGCCTCTAAGAGGCTGATGCGAAGCTGGCTAAGAGTTGTTGGATCTGTAACTGTTCCCATGTGATAATTGAGGAGCGATTCCAATTAACCCTAATCTGTAACGCGATGACTGCTTGCTGTTCACAAGTCTCAAGAGTCTCAAGAAGAAACAAGTACTAACTGTTTATTTTGATTTAGTCCATTATAAACGAAAAGCAAATACGGAGTATTAATTGATATTTCAGCTCTATTGGAAGAACACTAAGTTTAGAATATGAAACATCACATGAATCACTGCAGGTGTATTAAAATTCCTTAACGGGCCAAGCATAATGCATCTGTTAATAGCCAATCCCGAATGCTAATTGTTAAGGCTTACCGATTCTGAATGTAATCTGATTTATCAGCTTATTGAAAACTGCAAATGCAGGATTATATAATTATCAAGGGAGTAGCTCACGCTTTCATCCTTTCTCTCTCTGAGAACCTACACTCTATACTCGTGAATTGTGATTGTTCCAATTTGTTTGGTGGAAATTTCCACTTACCATGTGAACATCTTTAAAACTGTTCTGCATGAAAAGCCTCAACCTATTAGGCTATTATTACCCGTCAGTCCTGGTCTGCGGTCACATCCAGAACTGTACTTGATTCCAAGTTGGTTTTTTGTTAGGTTATGACAATTTTTGTTTTCAGTAACACTGTTGGGCTCCTTGCATAAGATTGAAATACTTCATTGAATTTGATTTGCATTCTCTCACTCCCTGGGATGAACTAATACAAGGGAAGGGGTACTCTAGGTAGTTTCTTAGTTACAGGGTTGCTTTGGGAAGAAGCTAGGGAGTTTGTCACTTTATATAGAGCATATTAGAGAATAGCATGTTGAATTATGATCAGTGATTTGTGAGCTTTTAATAGTTCATTTGGGAGAGAATCAAGCCTCTCGAAATCTAAATATCATTAACGTCTTTTGTAATTTCCATCTTATTATTCGAATCTTCATCTTCTTCCTTACAATCTGCCATTTATAATGTTGAAGCGACGTTAATTCATACCACGCCCCCACAAACTATGTTTCGGAGATTACAAAACTTGAATGCGGTTAATCGCATATTCATCTCTAGAGCTATGTGGGCTAGTTTAATGAAACTAAGAAGCGATCTCATACCCATTCAAAGTACCAGAACTATCATGAAATTCTTGCCTCTAATTGAGCTTTTTTTCCTTTATCGAGCATGTGTTACCATCTTGCCCCCTTTGGATAGTTTCTCTAATGATGTGTGGTGTACATGCATTCGTATATGCGTGAGTCGAGATTCTACTTTTGTTTAGAGAATATGTAGTTTGTTGTCTTTCGACCTTTCCATGATTCTTGTTTTTGTTTAGAGAATATGTTCTGAATTTATTGAATACAGAGTTTGGAGGCTGGGAAATTTTGAAGGTTTAAGCAATGTGAAGGGAAGATGGGAAGCTATAATTGCTGAGATGGTTTTTGCCTGTTGTGTTCCTTAACCACCATCAATGGAGACTGAATCACCGCCACATGATCCCTTATCCCCCTTCCTCTTTCCAATCTCAACAAAAACCCCTATGCCTCCTCTACCGCTGTAACACCCTACGCCCATGCAAATGCCATTGTTTGGACTACTTTTGTTTCAGAAGCTGCTGGCTTTGAGAACTATGATGATGTTTAACAGAAAACCAAGATGTCGTGAATGAGAGAAGCAACCAACCAAACCCTAGCTTCAAATTTGGGGAAAATTTGGGGTTCCGTTGGCGATCAATTTTGAGGGAAGTGTAGCAGAGGAGAGAGAAAATCACAGGAGGGGAGAGAAAGCTAGGTTGCACGGAACGGGTACGGGGACGGAAAAAGGCAAAATCAAAATTGCAAAAAACGGGTACGGCATGGTTTCGGCAAAAAAAAACAAGAAATTTAACTAAATTAAACATCCTACATAATAATAATTTTACAATAAGTAAAAATAAAAACCAATAAAGAAAAATGAATAAAGAAAAATGAGTAAAGAGACAAAAAAAAAATCTACCGTAACTTTTTTATACCCTAGTCAGATGGAGTATAACCCCTTAAAAACAGCTATAATAAATTAAAAAAATAAATATGTAAAGAGACGGGCCTACTGAAATACTGACAAGTGTAAGTTATGACTTAAAAATAGTTGTAAGTCATAGTAATATATAAAGAAAATAAAAGCAGCTGTAAGTATATATAAAGAAAATAAATAAATAAATAAAAGCATCTTCTACTCTTCTTCTTCTTCCGCTTTCTTCGTCTTCCTCGGTTCTTAACTTCCTCAAGTCTCTCTTCGTTATCTCCATCCGCCCCTTTCATTTTTTCTGGTTCTCTAGCACTTCCCGACCACCAAGGACCAAGGCAACGTACCACGTTCCGGGTATCGAGGCGGCGAGTACTTTGCACTTTCGCACTTCAGGTGAGTTAGAGAGTGAAATTGGGGAATTTTGAAAAGTAAAACCTTGAAATGTGAATTTGGGTTGTTGGGTACGTGTCTTCCTCCTAAAAAACGTACCCATCCCGCCCTTAACTTCACCTTAGCAGTCCCCAAAAGTAGCCCGTGTACCCGACCCTTTGGAATCGTTCTGGGTACCATGCGAATCCGTCCCGTACCCGTATTGGGAGGCGTACCCATGCTTCATAGAAAGAAAGCCATGAGTATGTGATTGAGGATTAGTAAAGTGTCTTCTTTTTGGTTGATTCAGTTTATATATTTTAATTTCCCTTCCAAATCTTTCCAATTGTGGAGGGATTTGTTTCTTAAACAATAACATAAAGAAATTCCCTATATTCCATTCCTCTCCAATTTCCTCACCCTCATGATTAGCTATTTAAACATGGGAAAAACTTCCTCCCTTTCTCTCGAAACCCCTCTATCCAAACATGTGTAAATGTTTGATGAAGCATTTGGAGAGGCTCCTAATTAATGGAAGAGGATGAAAACATAGGTTTAATAACCCGAGCCGTTAATAACCCGCAAGCTGGAACCCCAAAGCCGATCCGATTCGATTATATTCAACCCGAACCGACCCGAACATATTAACCCGATTAAGATCTGAACCCTGAACCCGATGAACCCGATAACAAACTGTGCGTAGGAACGCGATCCATTTCAATACGAATCGAATGGATCAGAAACCCGTTAATAACCTGCGAGGAAAACTCGTTTAATCCTAACCGTTTACAACCCGAACTATTTCATCTCATAACCTATTTAATCCGAACCGTTTATAACCCGTAACCTTTTTAATTCGAACCGTTTACAATCCGTAACTTGCTTAATCCCACTATTGATCTTAAATTCTTAACACTTTTAAAAAATTAGCTATTTCCCTTATCCTCTAATCAAGGCTTCAATATTACTCCCTCCGTCCCAAAATACTCGAAACAGTTTGACCGGCACAAAGTTTAGTAATTGATTTATTATTTAATTAGATGGTAGATGGTAGTGAGGTATTTTTTTTAATATAGGTAGTGAGATGTGTGTCAAACTTTTAAAGTGGTAGGGGGTGGGGATGGGGGTAGTGAAATTTTTTAATGGTCTTTTTAGGAAGTAGGGACGTAGCCATGTAGGTGAGTCCTTGGGTAAATGAGAAATTGATATAATATTTAATAAAAGTTTCCATTTTTAGAAATGTTGCAAGTAATCCGGGACGGCCTTATAAGAAAAGTGTTTCGAGTATTACGGGACAGAGGGAGTATAATTTATAAATTAATTGAAAATTGTGATTTTAGTAATAACCTGATATCGTGATTTTGTAATTTGGAACCGAATTGACCTGACCCGAAGTACAACCCGAAGTACAACCCGAACCCGATGTAACCTGGCTAAACCTGTTAAGAACCCTAAACCGATATGAACCCGAACCCGATGTAACCCGGCTAAACCTGTTCAACCCGACCTATTTCAAACCGTTATCTGATGAACTCGACCCGAATTCAAACCTATTACAATACGGCTAAACCCGTTTACAAACCGTTGAGTTCCAACCCGACCCAACCTTACCCGTCCCGACTATAAATCGATCCAATTATAATCCGATGTAAACCCGACCTGATTTGAACCCGTGGTTTATTAACTCGAACCGATCTGACCCGTTAATATTTGAACCCGACCCGATTTGACTCGTTTGCGAAATGAACCTGTTTCAAGTCTCAAATGTTCGAAGTCAAATTTTTGTTTAAACATTAAGATAGATATTTTTACCATGGGTGTGACTATAAAGAGTTGGCTTAACAGGTAGGGGTATTGTGGGTATTACATAATTACATAATTAGACTCTTATTTGGGTGTCGTATCCGACAAATCGACAAGGGATCAGAGGGTAAATTCATAATGAATTCATACAGGGTACTATACATATGGTATCATGCCGTGTTGAAGGATGAGAGAATCTGACACCTAGGCTGATACCTTACTTCCTCCATTCTTATTTAGTTGACACTTTTCCTTTATCACGTTTTCCAATGCACCTTTCTTATCATTAATATATTTAATTATGTAAAAGAAAAAAAATATAAAAATTGATATTTTGAAAAATTTAACAAAACGAATTTAACAAGATCTTATATGACTATAATTTGCCTTATGCATAAATAACAAAATCCGGTCAGAGGAGGGTGTGAATTTTCGCTAAAGTCAAACTGTGTCAACTAGGAGGAAGTAGATAGTTAGTTTGTTAAAGGTAGCTTGAAGAATGATATAGTTGGTTAGTCAGAGGGAAATGAAATCAAAAAATTGCTCCAAATAAAGGAGAGTAGGCAAAGAGAATGGGATGCGGAGTCTTTGGGAGTGAAACAAGCCACTCGAAAGCTTGTAGTTGTCTATCAATTGTTCTATATCCCAGAAATATTAATCATTATTATCTTCTCCTTTAATCCTCTCATCAATTCTGTTCAGATATACTAGTTCATAGATATACTAGTTCATAGCAGTGATGTGATAAAACACAATTAGCAAACACAGATACACCCATAAGGCTATGACTGTCGGAACTTTCCGTGTGGTATCTTAACGGATTTGGTTTAATGACAGGAAGATCAACTATGAAGGCCATTCATCTCATGAGACAATTAATGGAGAACTATCGGGATAAAAGAAAGATTTACATATGATTTTCATTGCTTTGGAGGAGGCGTATGATAAGGTACTGAGGGGATTAGGGGAAGTACTTTGGTGAGCTTTAACAAGGAAAGGAAATTTGCAAAAATATACGGACATCATTAAGGACATGTTTGACGGTGCTAGCACGAGTGTGCGGACTAGTGTTGGAAAGGCAGGAGTTCCCTATCACAATTGGAGTACATAAAAGCTCCACACTTGGCCCTTTTCTCTTTGCCATAGTAATGGGTGAAGTGACGAGTTCAGTATGCCATGGTGCATGTTGTTTGCTGATAGTAAATTGAAATTATGGAGACATACTTTAGAATCTTGGGGATTTACGTGAGCAGAAGTAAGACAAGATATTTGGAGTGTAAGTTTAGTGGTGATAGAAGCGGAGAGGCAGGGACGATCACCTTGGATGAGAGGACAATAGAAGGTTTAGATTTCTTTCGTTACATAGGATTTATTATTTCTATTATCCAAAAAAATGGGGTGTTGGATGGAGATGACGCCCATAGAATTAAATCAGGTTTGTTGAAGTGGAAGAGTGTTTCAGGGTTTCTATTCTATGTGATCCAAGAATTCCCCTTAGATTGAAGGGAAAATGTTGTGTTGTGAAACAAAGTCACATTCATAAGATGAATGTGCGGAGTTGCATATGCTGCGTTGGATGTGTGGCCATACAAGAAAGGATCGGTTGAGGAATGAGGTGATTAAGAAGAAAGTGGGTGTTACAAAGAACATGATGAGGGAGAATCGACTAAGGTGCTTTCGCTCCTTCGACTGATTTTTTGCGTTGGGAGATGTCCCCTGGCCGGAAGAATTGAAGAGTGACAAATGGATGGAATTGTAATGAGTAGGAGAGGACCAAAGCAAACATGGAAGAGGGTGATTGAGAGTGGTATGAGTTTATTGGGGATTGAGGAAAATATGCCGCTAGATAAGGCGGAGCGGAAGGAGAAAATACATACCGACGACTCAACATAACTTCTTTTCCATCTCTTTCTCTTTTTTCTATTTTCGTTGCAAACTTCTCTCATTTTCTTATTTTTATTTAGTTATTGTGTTTTTTTTCAGAATATATTCTTTGCCTCTTATTTACCGGCCTATCTTCTTTTCATATTCCCTCTTTTTTCGCGCCTTGTGTCTACTCTCTTTAACATAACCTTTTATTTTCTTTTATTTCTCTTACTTCACGTTCCGCACGCGGTTCCTTATAATGGTTCATGTTAATCGACCCCAACCATTTAGGGACTAAGGCTTGGTTGTTGTCGTTGTTTCTGTATATTTTTGTATCCAAGTATAGTGATTTCATCAATATTTGGAAGATGAAATCCAAGGTGGTAGCATATGGATGTCAGTTCATATCTCTTTTCTTTTAGTTGACGAGGTCTTGTTTTACCTTTTGCTAGAGCCTAGTTCATCTGTGCTTTTATTTTCTTTACGAATTTTGTTTTAGGTGTCCCTTTTTGTTCTTTCCGTTTAGAATATTTCCTTTTATATTATAACATAACCCTAATATTCAGTCAAAAGTCGTGCCAAGTGATTATTTTAGTCAATCAAATTCTTTGGGGTATTAAAACTCTCACACTTTCCCATTGGGGCATTAATTCTCTCACACTTTCCCATTGAGACATTAAATCTCTCACACTTTCCCAATGTCAGATTTTGGATAAAAGTGAAAACATAAAAAAATGAAATTTGCATTGTATAAGTAATAAAAAGAATGAATCTTTATCCACATTAATAAATTGTTACCAAATTTAAAGATTAAAAAGGACGGAGGGAGTAATCAATACTCTCTTTGCATAGCAACAACAACAACAATCAAGCCTTAGTCCCTAAATTATTGGGGTCGGCTAACATGAACCGTCATAAGGAATAGACTATGGAGCGTGAAGTAAGAAGAATAAAAGGTTATGTTAAAGAGAGTAAACACAAAAATGAGAAAGTAAAGTTGCGGTAACAAGACACGGAAAATAGGGAATAAGAAAACAAGATAGGGCGGTTTAAAGAAGAGGCGCAATTTCTTTGCATTAGAATAACTAAAAATATTGCTGACTAATTTAATGTTTAGAGGAATGTGAGTGCCATAATTTATTTATAAATTCGTGGTTACTAGTCAGTTTTCTTCTTCCTTCTGCCTTTTAAGTTGCTTATTGTATAGAAATGGAAGAGAATTATATTTTCTTGCTCAAGGTTTTAAGTTTCTGAGTTCTGAAGAACTTTTCTTCTCGTAGCCTACAGAAATGCAGAAGATATGAATTATCACTCGGTGTGCCTCCATGTGATTGCTGATTCAATTCGCAGGTTTAACATTATTTCTCCTTCTTCCCCTTTTCTGACATGTACATCTCCCTTTAATCTTATACGAAATACTCCATATTTCATAAATCTAGATTTGGGATGCCTTGAAATGAAGGTAAAGGGTGGGTTGTTACTTTTTCAATTTTGTTCTCATTATTTTTTCCCAACGATTTGTTCAATATGTAACAGTTAGTCCCGTCTCTCGAGTGAATTCCTTCACCTTTTGTGGAATTTGTCTCATCTGTTTTATCCCACACTCTGAAAATTCTTAAAGCTATACCTTCTTTCTCTCAGTGCAGGTTTGATTCTGGCGTCTTGGCTTTTGTCTATGGGGTATTAACTTTTCTCTGTGAATCGTGGTGAATCTTCTCCTCTCTGTCCGTCATTCTTCTAACTCTTTGCTTCTCTTTATATTTGTCTGCATTTCAGGATTCAGAATGCTGAAGTTTTGTGTATGGGACTAGTTTCAGTTACAGTCTTTATGCTTGTAATGCCACTATTTAAGGCAACAGGTGGAATTTTGCTGCAAATGTCCCCACCTAGCATTTCATCTTCAGCAATTACCAAATGTTCTAGACAGGTGATTAGATGCATTATTTTTGCGAATTTCTACAACACTTGGGTGATCTCGTGTCTGTGTCAGGTTTTTATTTTACTGTATGGATGTTATTAGATTGCTGCTCTTGAAGATGTGACAGAAGTTTATGCAGCACGTTTCTGGGAATTGGTACCTGGGTATCTTGTTGGTTCACTCTCCCTGCAGGTGGTATTTACATACATGAATGATAAATATTTTATTGTTATTTATGCCTTGAAATTCTTAAATTTCATTTGATTTGTTGGATGGCCCTCTGTGTGCATGATTTACTGATCGGATCTGTTCATTTGGCAGTTAAAGAAGGGGGCTGATGACCGATCGATTCTGCAGTTTGTGCATGGATTATACCATGATCTTGGTGTCCAGGACTTGACATTACAGACTGATTATGTCTGAAATCTTCATTGACTGTTTGTCTGTTCCTGCTCAAGTTACTAAGATTTTATAAGCCTTTTCGTTTAAACCAAGCATAGGCTCGAAAACATTCTTTACAGGCTTTTTAGACATTCTTTAATCTTTATAGGCCGAGTTTTCTTATTCCTTGTAAAATAATCAATATAAATTATTGTCTTCGTGATTGTTTAACAGTATGTCAGTATCAGTTTTTTAACTTTTATGTTTGGATTTCATGATTATGCTTAATCCAAATTCCAGGGAACCTCCCTTGGTAAGAAAATTCACTAATGATGCCGACGCCGTACTAGTATTTTGTAAATGTTTGACAAATATTGTTTTGGGATATCTGAATAAAAACAGGTGAAACAATCCAAGGTATCCAAACCCTTGTTCAGACAATCGATTATCTTTTGCAAAGGGCTTAATCATGTTTGTAACTTGTGAAACTTGAAAACTCAGGTGGACCGTTTGATTAGAATGCAAGCATGTTTCTTAACCTATCTAGATTCACAAATTGGCCAATTCTTTCTATAATCTGTTTGAATGATCTATAGAATCACAAATGTTTTAGTATACACTATGGAATACAGACCGATAATTGATCTTGAGCAAGTCAAGAACAGAAGAAGAGAAAATGACCGAGCTTCTGGAGTAAGGAAAGAGACACAGAATTCAGAGCAGAAGAGTGAA

mRNA sequence

CTTCTCTCTCCGACAAAGTGCCTTCTAGTCACCGGCCTCACTTCATTGACTCAAAATTAGTCTACGTTACAACAGAGTTTATCCAATGTGGACCTTTCTCCCAAACTACTCTTAGAACTCGATTCTTGAATCAAAATTAGGTTATTTTCCCAAAATAAATCATGGACAACTCCAGGATTTCAAGAGGATCTTCCGATCTCCAATCCCAATTCGTGAAGAGCACATCATTCAACTACAATTCGCAGCAAACTCCACATTCATCAGATCGGAGGTACGCATATCATCGTCAGTCTTCATTACAACAATTTCCCGACCCGCGAACTCCGACGACGGTAATCTCCAACAACAACAACTCACAGACGCCAGCGTTTTCCCGGAGTATTTCGAGCATTGATATTCCTCCAGGATTTCATCCCGGAAATGAGATTGATTACAGCCTGTGGAAAGATTCTCCTAAATCGGAGGGGAAATTATCGTCGACTGAGCTGATTTCATCGGTTTTTCGAGCTTTGAGGACTGGTAATCGGCCTATGAAGAGGTTATTTTTGTTGATTTCGCTTAATGTGGCGTATTCGACTGCCGAGCTATTCATCGGGCTTCTCTCGGGTCGTGTTGGTCTGATATCTGATGCATTTCATTTGACTTTTGGATGTGGCCTTTTGACGTTTTCATTATTTGCAATGACTGCATCTAGGAGAAAGCCAGACCGAGCCTACACTTATGGGTATAAGAGGCTTGAAGTTTTGTCTGCCTTCACAAATGCTCTGTTTCTTCTCTTTTTGTCTTTTTCTTTGGCTGTGGAAGCGCTTCACGCATACATACAAGACGAGTCAGAGCATAAGCATTATCTCATTGTTTCAGCAGTGACAAATTTGTTGGTGAATCTTGTTGGTGTTTGGTTCTTTAGGAACTATGCTCGAAGAAATCTTGCCTACAGAAATGCAGAAGATATGAATTATCACTCGGTGTGCCTCCATGTGATTGCTGATTCAATTCGCAGTGCAGGTTTGATTCTGGCGTCTTGGCTTTTGTCTATGGGGATTCAGAATGCTGAAGTTTTGTGTATGGGACTAGTTTCAGTTACAGTCTTTATGCTTGTAATGCCACTATTTAAGGCAACAGGTGGAATTTTGCTGCAAATGTCCCCACCTAGCATTTCATCTTCAGCAATTACCAAATGTTCTAGACAGATTGCTGCTCTTGAAGATGTGACAGAAGTTTATGCAGCACGTTTCTGGGAATTGGTACCTGGGTATCTTGTTGGTTCACTCTCCCTGCAGTTAAAGAAGGGGGCTGATGACCGATCGATTCTGCAGTTTGTGCATGGATTATACCATGATCTTGGTGTCCAGGACTTGACATTACAGACTGATTATGTCTGAAATCTTCATTGACTGTTTGTCTGTTCCTGCTCAAGTTACTAAGATTTTATAAGCCTTTTCGTTTAAACCAAGCATAGGCTCGAAAACATTCTTTACAGGCTTTTTAGACATTCTTTAATCTTTATAGGCCGAGTTTTCTTATTCCTTGTAAAATAATCAATATAAATTATTGTCTTCGTGATTGTTTAACAGTATGTCAGTATCAGTTTTTTAACTTTTATGTTTGGATTTCATGATTATGCTTAATCCAAATTCCAGGGAACCTCCCTTGGTAAGAAAATTCACTAATGATGCCGACGCCGTACTAGTATTTTGTAAATGTTTGACAAATATTGTTTTGGGATATCTGAATAAAAACAGGTGAAACAATCCAAGGTATCCAAACCCTTGTTCAGACAATCGATTATCTTTTGCAAAGGGCTTAATCATGTTTGTAACTTGTGAAACTTGAAAACTCAGGTGGACCGTTTGATTAGAATGCAAGCATGTTTCTTAACCTATCTAGATTCACAAATTGGCCAATTCTTTCTATAATCTGTTTGAATGATCTATAGAATCACAAATGTTTTAGTATACACTATGGAATACAGACCGATAATTGATCTTGAGCAAGTCAAGAACAGAAGAAGAGAAAATGACCGAGCTTCTGGAGTAAGGAAAGAGACACAGAATTCAGAGCAGAAGAGTGAA

Coding sequence (CDS)

ATGGACAACTCCAGGATTTCAAGAGGATCTTCCGATCTCCAATCCCAATTCGTGAAGAGCACATCATTCAACTACAATTCGCAGCAAACTCCACATTCATCAGATCGGAGGTACGCATATCATCGTCAGTCTTCATTACAACAATTTCCCGACCCGCGAACTCCGACGACGGTAATCTCCAACAACAACAACTCACAGACGCCAGCGTTTTCCCGGAGTATTTCGAGCATTGATATTCCTCCAGGATTTCATCCCGGAAATGAGATTGATTACAGCCTGTGGAAAGATTCTCCTAAATCGGAGGGGAAATTATCGTCGACTGAGCTGATTTCATCGGTTTTTCGAGCTTTGAGGACTGGTAATCGGCCTATGAAGAGGTTATTTTTGTTGATTTCGCTTAATGTGGCGTATTCGACTGCCGAGCTATTCATCGGGCTTCTCTCGGGTCGTGTTGGTCTGATATCTGATGCATTTCATTTGACTTTTGGATGTGGCCTTTTGACGTTTTCATTATTTGCAATGACTGCATCTAGGAGAAAGCCAGACCGAGCCTACACTTATGGGTATAAGAGGCTTGAAGTTTTGTCTGCCTTCACAAATGCTCTGTTTCTTCTCTTTTTGTCTTTTTCTTTGGCTGTGGAAGCGCTTCACGCATACATACAAGACGAGTCAGAGCATAAGCATTATCTCATTGTTTCAGCAGTGACAAATTTGTTGGTGAATCTTGTTGGTGTTTGGTTCTTTAGGAACTATGCTCGAAGAAATCTTGCCTACAGAAATGCAGAAGATATGAATTATCACTCGGTGTGCCTCCATGTGATTGCTGATTCAATTCGCAGTGCAGGTTTGATTCTGGCGTCTTGGCTTTTGTCTATGGGGATTCAGAATGCTGAAGTTTTGTGTATGGGACTAGTTTCAGTTACAGTCTTTATGCTTGTAATGCCACTATTTAAGGCAACAGGTGGAATTTTGCTGCAAATGTCCCCACCTAGCATTTCATCTTCAGCAATTACCAAATGTTCTAGACAGATTGCTGCTCTTGAAGATGTGACAGAAGTTTATGCAGCACGTTTCTGGGAATTGGTACCTGGGTATCTTGTTGGTTCACTCTCCCTGCAGTTAAAGAAGGGGGCTGATGACCGATCGATTCTGCAGTTTGTGCATGGATTATACCATGATCTTGGTGTCCAGGACTTGACATTACAGACTGATTATGTCTGA

Protein sequence

MDNSRISRGSSDLQSQFVKSTSFNYNSQQTPHSSDRRYAYHRQSSLQQFPDPRTPTTVISNNNNSQTPAFSRSISSIDIPPGFHPGNEIDYSLWKDSPKSEGKLSSTELISSVFRALRTGNRPMKRLFLLISLNVAYSTAELFIGLLSGRVGLISDAFHLTFGCGLLTFSLFAMTASRRKPDRAYTYGYKRLEVLSAFTNALFLLFLSFSLAVEALHAYIQDESEHKHYLIVSAVTNLLVNLVGVWFFRNYARRNLAYRNAEDMNYHSVCLHVIADSIRSAGLILASWLLSMGIQNAEVLCMGLVSVTVFMLVMPLFKATGGILLQMSPPSISSSAITKCSRQIAALEDVTEVYAARFWELVPGYLVGSLSLQLKKGADDRSILQFVHGLYHDLGVQDLTLQTDYV

Relationships

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


Feature Name	Unique Name	Type
Spo25518.1	Spo25518.1	mRNA

Homology

[Close]

BLAST of Spo25518.1 vs. NCBI nr
Match: gi|902235537|gb|KNA23957.1| (hypothetical protein SOVF_020430 [Spinacia oleracea])

HSP 1 Score: 783.1 bits (2021), Expect = 2.400e-223
Identity = 406/406 (100.00%), Postives = 406/406 (100.00%), Query Frame = 1


		  
Query: 1   MDNSRISRGSSDLQSQFVKSTSFNYNSQQTPHSSDRRYAYHRQSSLQQFPDPRTPTTVIS 60
           MDNSRISRGSSDLQSQFVKSTSFNYNSQQTPHSSDRRYAYHRQSSLQQFPDPRTPTTVIS
Sbjct: 1   MDNSRISRGSSDLQSQFVKSTSFNYNSQQTPHSSDRRYAYHRQSSLQQFPDPRTPTTVIS 60

Query: 61  NNNNSQTPAFSRSISSIDIPPGFHPGNEIDYSLWKDSPKSEGKLSSTELISSVFRALRTG 120
           NNNNSQTPAFSRSISSIDIPPGFHPGNEIDYSLWKDSPKSEGKLSSTELISSVFRALRTG
Sbjct: 61  NNNNSQTPAFSRSISSIDIPPGFHPGNEIDYSLWKDSPKSEGKLSSTELISSVFRALRTG 120

Query: 121 NRPMKRLFLLISLNVAYSTAELFIGLLSGRVGLISDAFHLTFGCGLLTFSLFAMTASRRK 180
           NRPMKRLFLLISLNVAYSTAELFIGLLSGRVGLISDAFHLTFGCGLLTFSLFAMTASRRK
Sbjct: 121 NRPMKRLFLLISLNVAYSTAELFIGLLSGRVGLISDAFHLTFGCGLLTFSLFAMTASRRK 180

Query: 181 PDRAYTYGYKRLEVLSAFTNALFLLFLSFSLAVEALHAYIQDESEHKHYLIVSAVTNLLV 240
           PDRAYTYGYKRLEVLSAFTNALFLLFLSFSLAVEALHAYIQDESEHKHYLIVSAVTNLLV
Sbjct: 181 PDRAYTYGYKRLEVLSAFTNALFLLFLSFSLAVEALHAYIQDESEHKHYLIVSAVTNLLV 240

Query: 241 NLVGVWFFRNYARRNLAYRNAEDMNYHSVCLHVIADSIRSAGLILASWLLSMGIQNAEVL 300
           NLVGVWFFRNYARRNLAYRNAEDMNYHSVCLHVIADSIRSAGLILASWLLSMGIQNAEVL
Sbjct: 241 NLVGVWFFRNYARRNLAYRNAEDMNYHSVCLHVIADSIRSAGLILASWLLSMGIQNAEVL 300

Query: 301 CMGLVSVTVFMLVMPLFKATGGILLQMSPPSISSSAITKCSRQIAALEDVTEVYAARFWE 360
           CMGLVSVTVFMLVMPLFKATGGILLQMSPPSISSSAITKCSRQIAALEDVTEVYAARFWE
Sbjct: 301 CMGLVSVTVFMLVMPLFKATGGILLQMSPPSISSSAITKCSRQIAALEDVTEVYAARFWE 360

Query: 361 LVPGYLVGSLSLQLKKGADDRSILQFVHGLYHDLGVQDLTLQTDYV 407
           LVPGYLVGSLSLQLKKGADDRSILQFVHGLYHDLGVQDLTLQTDYV
Sbjct: 361 LVPGYLVGSLSLQLKKGADDRSILQFVHGLYHDLGVQDLTLQTDYV 406

[Close]

BLAST of Spo25518.1 vs. NCBI nr
Match: gi|731323830|ref|XP_010672644.1| (PREDICTED: metal tolerance protein C2 [Beta vulgaris subsp. vulgaris])

HSP 1 Score: 650.2 bits (1676), Expect = 2.400e-183
Identity = 345/396 (87.12%), Postives = 362/396 (91.41%), Query Frame = 1


		  
Query: 12  DLQSQFVKSTSFNYN-SQQTPHSSDRRYAYHRQSSLQQFPDPRTPTTVISNNNNSQTPAF 71
           D  SQF K+TSFN++ S QT +SSDRRYAY RQSS QQ   PRTP T+ISNNN S  P F
Sbjct: 9   DPNSQFTKNTSFNHSTSHQTLNSSDRRYAYSRQSSFQQQFSPRTPMTMISNNN-SMMPGF 68

Query: 72  SRSISSIDIPPGFHPGNEIDYSLWKDSPKSEGKLSSTELISSVFRALRTGNRPMKRLFLL 131
           SRS+SSIDIPP     NE DY LWKDS KSE  LSS ELISSVFRALR+GNRPMKRLFLL
Sbjct: 69  SRSVSSIDIPPA---RNEDDYHLWKDSAKSEENLSSIELISSVFRALRSGNRPMKRLFLL 128

Query: 132 ISLNVAYSTAELFIGLLSGRVGLISDAFHLTFGCGLLTFSLFAMTASRRKPDRAYTYGYK 191
           ISLNVAYSTAELFIGLLSGRVGL+SDAFHLTFGCGLLTFSLFAM  SRRKPDR YTYGYK
Sbjct: 129 ISLNVAYSTAELFIGLLSGRVGLVSDAFHLTFGCGLLTFSLFAMATSRRKPDRVYTYGYK 188

Query: 192 RLEVLSAFTNALFLLFLSFSLAVEALHAYIQDESEHKHYLIVSAVTNLLVNLVGVWFFRN 251
           RLEVLSAFTNALFLLF+SFSLAVEALHAYIQDESEHKHYLIVSAVTNLLVNLVGVWFFRN
Sbjct: 189 RLEVLSAFTNALFLLFMSFSLAVEALHAYIQDESEHKHYLIVSAVTNLLVNLVGVWFFRN 248

Query: 252 YARRNLAYRNAEDMNYHSVCLHVIADSIRSAGLILASWLLSMGIQNAEVLCMGLVSVTVF 311
           YARRNLAYRNAEDMNYHSVCLHVIADSIRSAGLILASWLL++GIQNAEVLCMGLVSV VF
Sbjct: 249 YARRNLAYRNAEDMNYHSVCLHVIADSIRSAGLILASWLLALGIQNAEVLCMGLVSVAVF 308

Query: 312 MLVMPLFKATGGILLQMSPPSISSSAITKCSRQIAALEDVTEVYAARFWELVPGYLVGSL 371
           MLVMPLFKATGG+LLQM+PPSI SSA++KCSRQIAALEDVTE+YA+RFWELVPGYLVGSL
Sbjct: 309 MLVMPLFKATGGVLLQMAPPSIPSSAMSKCSRQIAALEDVTEIYASRFWELVPGYLVGSL 368

Query: 372 SLQLKKGADDRSILQFVHGLYHDLGVQDLTLQTDYV 407
           SLQLK GADDRSI QFVHGLYHDLGVQDLTLQTDYV
Sbjct: 369 SLQLKAGADDRSIRQFVHGLYHDLGVQDLTLQTDYV 400

[Close]

BLAST of Spo25518.1 vs. NCBI nr
Match: gi|645271465|ref|XP_008240924.1| (PREDICTED: metal tolerance protein C2 [Prunus mume])

HSP 1 Score: 532.7 bits (1371), Expect = 5.500e-148
Identity = 277/374 (74.06%), Postives = 320/374 (85.56%), Query Frame = 1


		  
Query: 33  SSDRRYAYHRQSSLQQFPDPRTPTTVISNNNNSQTPAFSRSISSIDIPPGFHPGNEIDYS 92
           +SDRR A+ RQ+S QQ+ +P TP + I+ N++  TP  SRS+SSID+PPG +   E D  
Sbjct: 21  TSDRRLAFSRQASFQQYHEPHTPVS-INLNDSEATPFLSRSVSSIDVPPGAYLAEEND-K 80

Query: 93  LWKDSPKSEGKLSSTELISSVFRALRTGNRPMKRLFLLISLNVAYSTAELFIGLLSGRVG 152
           L+ +   S  KLS   +  SVFR LR+GNR MKRLFLLISLNVAYSTAEL IGL +GR+G
Sbjct: 81  LFGERRVSAEKLSVLLVFESVFRILRSGNRYMKRLFLLISLNVAYSTAELCIGLFTGRIG 140

Query: 153 LISDAFHLTFGCGLLTFSLFAMTASRRKPDRAYTYGYKRLEVLSAFTNALFLLFLSFSLA 212
           L+SD+FHL+FGCGLLTFSLFAM ASR+KPD  YTYGYKRLEVLSAFTNALFLLF+SFSLA
Sbjct: 141 LVSDSFHLSFGCGLLTFSLFAMAASRKKPDAIYTYGYKRLEVLSAFTNALFLLFMSFSLA 200

Query: 213 VEALHAYIQDESEHKHYLIVSAVTNLLVNLVGVWFFRNYARRNLAYRNAEDMNYHSVCLH 272
           VEALHA+IQDESEHKHYLIVSAVTNLLVNL+GVWFFRNYAR NL YRNAEDMN HSVCLH
Sbjct: 201 VEALHAFIQDESEHKHYLIVSAVTNLLVNLIGVWFFRNYARVNLVYRNAEDMNNHSVCLH 260

Query: 273 VIADSIRSAGLILASWLLSMGIQNAEVLCMGLVSVTVFMLVMPLFKATGGILLQMSPPSI 332
           V+ADSIRSAGLILASW LS+G+QNAEVLC GLVSV VFMLVMPLF+A+GGILLQM+PP++
Sbjct: 261 VLADSIRSAGLILASWFLSLGVQNAEVLCFGLVSVAVFMLVMPLFRASGGILLQMAPPNV 320

Query: 333 SSSAITKCSRQIAALEDVTEVYAARFWELVPGYLVGSLSLQLKKGADDRSILQFVHGLYH 392
            +SA++KC RQI A EDV+EV  ARFWELVPG++VGSLS+Q+KKG DDR ILQ VHGLYH
Sbjct: 321 PTSALSKCWRQITAREDVSEVSQARFWELVPGHVVGSLSIQVKKGIDDRPILQLVHGLYH 380

Query: 393 DLGVQDLTLQTDYV 407
           DLG+QDLT+Q D V
Sbjct: 381 DLGIQDLTVQADNV 392

[Close]

BLAST of Spo25518.1 vs. NCBI nr
Match: gi|595803787|ref|XP_007202062.1| (hypothetical protein PRUPE_ppa006837mg [Prunus persica])

HSP 1 Score: 532.7 bits (1371), Expect = 5.500e-148
Identity = 277/374 (74.06%), Postives = 320/374 (85.56%), Query Frame = 1


		  
Query: 33  SSDRRYAYHRQSSLQQFPDPRTPTTVISNNNNSQTPAFSRSISSIDIPPGFHPGNEIDYS 92
           +SDRR A+ RQ+S QQ+ +P TP + I+ N++  TP  SRS+SSID+PPG +   E D  
Sbjct: 22  TSDRRLAFSRQASFQQYHEPHTPVS-INLNDSEATPFLSRSVSSIDVPPGAYLAEEND-K 81

Query: 93  LWKDSPKSEGKLSSTELISSVFRALRTGNRPMKRLFLLISLNVAYSTAELFIGLLSGRVG 152
           L+ +   S  KLS   +  SVFR LR+GNR MKRLFLLISLNVAYSTAEL IGL +GR+G
Sbjct: 82  LFGERRVSAEKLSVLLVFESVFRILRSGNRYMKRLFLLISLNVAYSTAELCIGLFTGRIG 141

Query: 153 LISDAFHLTFGCGLLTFSLFAMTASRRKPDRAYTYGYKRLEVLSAFTNALFLLFLSFSLA 212
           L+SD+FHL+FGCGLLTFSLFAM ASR+KPD  YTYGYKRLEVLSAFTNALFLLF+SFSLA
Sbjct: 142 LVSDSFHLSFGCGLLTFSLFAMAASRKKPDAIYTYGYKRLEVLSAFTNALFLLFMSFSLA 201

Query: 213 VEALHAYIQDESEHKHYLIVSAVTNLLVNLVGVWFFRNYARRNLAYRNAEDMNYHSVCLH 272
           VEALHA+IQDESEHKHYLIVSAVTNLLVNL+GVWFFRNYAR NL YRNAEDMN HSVCLH
Sbjct: 202 VEALHAFIQDESEHKHYLIVSAVTNLLVNLIGVWFFRNYARVNLVYRNAEDMNNHSVCLH 261

Query: 273 VIADSIRSAGLILASWLLSMGIQNAEVLCMGLVSVTVFMLVMPLFKATGGILLQMSPPSI 332
           V+ADSIRSAGLILASW LS+G+QNAEVLC GLVSV VFMLVMPLF+A+GGILLQM+PP++
Sbjct: 262 VLADSIRSAGLILASWFLSLGVQNAEVLCFGLVSVAVFMLVMPLFRASGGILLQMAPPNV 321

Query: 333 SSSAITKCSRQIAALEDVTEVYAARFWELVPGYLVGSLSLQLKKGADDRSILQFVHGLYH 392
            +SA++KC RQI A EDV+EV  ARFWELVPG++VGSLS+Q+KKG DDR ILQ VHGLYH
Sbjct: 322 PTSALSKCWRQITAREDVSEVSQARFWELVPGHVVGSLSIQVKKGIDDRPILQLVHGLYH 381

Query: 393 DLGVQDLTLQTDYV 407
           DLG+QDLT+Q D V
Sbjct: 382 DLGIQDLTVQADNV 393

[Close]

BLAST of Spo25518.1 vs. NCBI nr
Match: gi|566208658|ref|XP_002323276.2| (hypothetical protein POPTR_0016s04430g [Populus trichocarpa])

HSP 1 Score: 526.9 bits (1356), Expect = 3.000e-146
Identity = 275/381 (72.18%), Postives = 324/381 (85.04%), Query Frame = 1


		  
Query: 33  SSDRRYAYHRQSSL-QQFPDPRTPTTVISNNNNSQTPAFSRSISSIDIPPGFHPGNEIDY 92
           +SDRRYAY RQSS  QQ  +P+TP ++I+N+  +  P  SR++SSIDIPP      EIDY
Sbjct: 16  TSDRRYAYWRQSSFHQQSQEPKTPISIITND--ATKPLLSRTVSSIDIPP------EIDY 75

Query: 93  S-------LWKDSPKSEGKLSSTELISSVFRALRTGNRPMKRLFLLISLNVAYSTAELFI 152
           S       +++D  +   KLS  + + S+FR +R+G+R M+RLFL+ISLNVAYSTAEL I
Sbjct: 76  SFDYQNDTIFEDPKR---KLSDLDSVLSIFRVIRSGSRQMRRLFLMISLNVAYSTAELAI 135

Query: 153 GLLSGRVGLISDAFHLTFGCGLLTFSLFAMTASRRKPDRAYTYGYKRLEVLSAFTNALFL 212
           GL +GRVGL+SDAFHLTFGCGLLTFSLFAM ASRRK D  YTYGYKRLEVL+AFTNALFL
Sbjct: 136 GLFTGRVGLVSDAFHLTFGCGLLTFSLFAMAASRRKSDHVYTYGYKRLEVLAAFTNALFL 195

Query: 213 LFLSFSLAVEALHAYIQDESEHKHYLIVSAVTNLLVNLVGVWFFRNYARRNLAYRNAEDM 272
           LF+SFSLAVEALHA+IQDESEHKHYLIVSAVTNLLVNL+GVWFFRNYAR N+ YR AEDM
Sbjct: 196 LFMSFSLAVEALHAFIQDESEHKHYLIVSAVTNLLVNLIGVWFFRNYARINIVYRKAEDM 255

Query: 273 NYHSVCLHVIADSIRSAGLILASWLLSMGIQNAEVLCMGLVSVTVFMLVMPLFKATGGIL 332
           N+HSVCLHVIADSIRSAGLILASW LS+G++NAEVLC+GLVS  V MLV+PLFKATGGIL
Sbjct: 256 NFHSVCLHVIADSIRSAGLILASWFLSLGVENAEVLCLGLVSAAVVMLVLPLFKATGGIL 315

Query: 333 LQMSPPSISSSAITKCSRQIAALEDVTEVYAARFWELVPGYLVGSLSLQLKKGADDRSIL 392
           LQM+PPSI SSA++KC RQ++A EDV EV  ARFWELVPG+++GS+SLQ+K+G DDR IL
Sbjct: 316 LQMAPPSIPSSALSKCLRQVSAREDVAEVSEARFWELVPGHVIGSISLQVKEGVDDRPIL 375

Query: 393 QFVHGLYHDLGVQDLTLQTDY 406
           Q+VHGLYHDLGVQDLT+QT+Y
Sbjct: 376 QWVHGLYHDLGVQDLTVQTNY 385

[Close]

BLAST of Spo25518.1 vs. UniProtKB/TrEMBL
Match: A0A0K9RYL6_SPIOL (Uncharacterized protein OS=Spinacia oleracea GN=SOVF_020430 PE=4 SV=1)

HSP 1 Score: 783.1 bits (2021), Expect = 1.600e-223
Identity = 406/406 (100.00%), Postives = 406/406 (100.00%), Query Frame = 1


		  
Query: 1   MDNSRISRGSSDLQSQFVKSTSFNYNSQQTPHSSDRRYAYHRQSSLQQFPDPRTPTTVIS 60
           MDNSRISRGSSDLQSQFVKSTSFNYNSQQTPHSSDRRYAYHRQSSLQQFPDPRTPTTVIS
Sbjct: 1   MDNSRISRGSSDLQSQFVKSTSFNYNSQQTPHSSDRRYAYHRQSSLQQFPDPRTPTTVIS 60

Query: 61  NNNNSQTPAFSRSISSIDIPPGFHPGNEIDYSLWKDSPKSEGKLSSTELISSVFRALRTG 120
           NNNNSQTPAFSRSISSIDIPPGFHPGNEIDYSLWKDSPKSEGKLSSTELISSVFRALRTG
Sbjct: 61  NNNNSQTPAFSRSISSIDIPPGFHPGNEIDYSLWKDSPKSEGKLSSTELISSVFRALRTG 120

Query: 121 NRPMKRLFLLISLNVAYSTAELFIGLLSGRVGLISDAFHLTFGCGLLTFSLFAMTASRRK 180
           NRPMKRLFLLISLNVAYSTAELFIGLLSGRVGLISDAFHLTFGCGLLTFSLFAMTASRRK
Sbjct: 121 NRPMKRLFLLISLNVAYSTAELFIGLLSGRVGLISDAFHLTFGCGLLTFSLFAMTASRRK 180

Query: 181 PDRAYTYGYKRLEVLSAFTNALFLLFLSFSLAVEALHAYIQDESEHKHYLIVSAVTNLLV 240
           PDRAYTYGYKRLEVLSAFTNALFLLFLSFSLAVEALHAYIQDESEHKHYLIVSAVTNLLV
Sbjct: 181 PDRAYTYGYKRLEVLSAFTNALFLLFLSFSLAVEALHAYIQDESEHKHYLIVSAVTNLLV 240

Query: 241 NLVGVWFFRNYARRNLAYRNAEDMNYHSVCLHVIADSIRSAGLILASWLLSMGIQNAEVL 300
           NLVGVWFFRNYARRNLAYRNAEDMNYHSVCLHVIADSIRSAGLILASWLLSMGIQNAEVL
Sbjct: 241 NLVGVWFFRNYARRNLAYRNAEDMNYHSVCLHVIADSIRSAGLILASWLLSMGIQNAEVL 300

Query: 301 CMGLVSVTVFMLVMPLFKATGGILLQMSPPSISSSAITKCSRQIAALEDVTEVYAARFWE 360
           CMGLVSVTVFMLVMPLFKATGGILLQMSPPSISSSAITKCSRQIAALEDVTEVYAARFWE
Sbjct: 301 CMGLVSVTVFMLVMPLFKATGGILLQMSPPSISSSAITKCSRQIAALEDVTEVYAARFWE 360

Query: 361 LVPGYLVGSLSLQLKKGADDRSILQFVHGLYHDLGVQDLTLQTDYV 407
           LVPGYLVGSLSLQLKKGADDRSILQFVHGLYHDLGVQDLTLQTDYV
Sbjct: 361 LVPGYLVGSLSLQLKKGADDRSILQFVHGLYHDLGVQDLTLQTDYV 406

[Close]

BLAST of Spo25518.1 vs. UniProtKB/TrEMBL
Match: A0A0J8CNG4_BETVU (Uncharacterized protein OS=Beta vulgaris subsp. vulgaris GN=BVRB_3g060140 PE=4 SV=1)

HSP 1 Score: 650.2 bits (1676), Expect = 1.700e-183
Identity = 345/396 (87.12%), Postives = 362/396 (91.41%), Query Frame = 1


		  
Query: 12  DLQSQFVKSTSFNYN-SQQTPHSSDRRYAYHRQSSLQQFPDPRTPTTVISNNNNSQTPAF 71
           D  SQF K+TSFN++ S QT +SSDRRYAY RQSS QQ   PRTP T+ISNNN S  P F
Sbjct: 9   DPNSQFTKNTSFNHSTSHQTLNSSDRRYAYSRQSSFQQQFSPRTPMTMISNNN-SMMPGF 68

Query: 72  SRSISSIDIPPGFHPGNEIDYSLWKDSPKSEGKLSSTELISSVFRALRTGNRPMKRLFLL 131
           SRS+SSIDIPP     NE DY LWKDS KSE  LSS ELISSVFRALR+GNRPMKRLFLL
Sbjct: 69  SRSVSSIDIPPA---RNEDDYHLWKDSAKSEENLSSIELISSVFRALRSGNRPMKRLFLL 128

Query: 132 ISLNVAYSTAELFIGLLSGRVGLISDAFHLTFGCGLLTFSLFAMTASRRKPDRAYTYGYK 191
           ISLNVAYSTAELFIGLLSGRVGL+SDAFHLTFGCGLLTFSLFAM  SRRKPDR YTYGYK
Sbjct: 129 ISLNVAYSTAELFIGLLSGRVGLVSDAFHLTFGCGLLTFSLFAMATSRRKPDRVYTYGYK 188

Query: 192 RLEVLSAFTNALFLLFLSFSLAVEALHAYIQDESEHKHYLIVSAVTNLLVNLVGVWFFRN 251
           RLEVLSAFTNALFLLF+SFSLAVEALHAYIQDESEHKHYLIVSAVTNLLVNLVGVWFFRN
Sbjct: 189 RLEVLSAFTNALFLLFMSFSLAVEALHAYIQDESEHKHYLIVSAVTNLLVNLVGVWFFRN 248

Query: 252 YARRNLAYRNAEDMNYHSVCLHVIADSIRSAGLILASWLLSMGIQNAEVLCMGLVSVTVF 311
           YARRNLAYRNAEDMNYHSVCLHVIADSIRSAGLILASWLL++GIQNAEVLCMGLVSV VF
Sbjct: 249 YARRNLAYRNAEDMNYHSVCLHVIADSIRSAGLILASWLLALGIQNAEVLCMGLVSVAVF 308

Query: 312 MLVMPLFKATGGILLQMSPPSISSSAITKCSRQIAALEDVTEVYAARFWELVPGYLVGSL 371
           MLVMPLFKATGG+LLQM+PPSI SSA++KCSRQIAALEDVTE+YA+RFWELVPGYLVGSL
Sbjct: 309 MLVMPLFKATGGVLLQMAPPSIPSSAMSKCSRQIAALEDVTEIYASRFWELVPGYLVGSL 368

Query: 372 SLQLKKGADDRSILQFVHGLYHDLGVQDLTLQTDYV 407
           SLQLK GADDRSI QFVHGLYHDLGVQDLTLQTDYV
Sbjct: 369 SLQLKAGADDRSIRQFVHGLYHDLGVQDLTLQTDYV 400

[Close]

BLAST of Spo25518.1 vs. UniProtKB/TrEMBL
Match: M5VQK2_PRUPE (Uncharacterized protein OS=Prunus persica GN=PRUPE_ppa006837mg PE=4 SV=1)

HSP 1 Score: 532.7 bits (1371), Expect = 3.900e-148
Identity = 277/374 (74.06%), Postives = 320/374 (85.56%), Query Frame = 1


		  
Query: 33  SSDRRYAYHRQSSLQQFPDPRTPTTVISNNNNSQTPAFSRSISSIDIPPGFHPGNEIDYS 92
           +SDRR A+ RQ+S QQ+ +P TP + I+ N++  TP  SRS+SSID+PPG +   E D  
Sbjct: 22  TSDRRLAFSRQASFQQYHEPHTPVS-INLNDSEATPFLSRSVSSIDVPPGAYLAEEND-K 81

Query: 93  LWKDSPKSEGKLSSTELISSVFRALRTGNRPMKRLFLLISLNVAYSTAELFIGLLSGRVG 152
           L+ +   S  KLS   +  SVFR LR+GNR MKRLFLLISLNVAYSTAEL IGL +GR+G
Sbjct: 82  LFGERRVSAEKLSVLLVFESVFRILRSGNRYMKRLFLLISLNVAYSTAELCIGLFTGRIG 141

Query: 153 LISDAFHLTFGCGLLTFSLFAMTASRRKPDRAYTYGYKRLEVLSAFTNALFLLFLSFSLA 212
           L+SD+FHL+FGCGLLTFSLFAM ASR+KPD  YTYGYKRLEVLSAFTNALFLLF+SFSLA
Sbjct: 142 LVSDSFHLSFGCGLLTFSLFAMAASRKKPDAIYTYGYKRLEVLSAFTNALFLLFMSFSLA 201

Query: 213 VEALHAYIQDESEHKHYLIVSAVTNLLVNLVGVWFFRNYARRNLAYRNAEDMNYHSVCLH 272
           VEALHA+IQDESEHKHYLIVSAVTNLLVNL+GVWFFRNYAR NL YRNAEDMN HSVCLH
Sbjct: 202 VEALHAFIQDESEHKHYLIVSAVTNLLVNLIGVWFFRNYARVNLVYRNAEDMNNHSVCLH 261

Query: 273 VIADSIRSAGLILASWLLSMGIQNAEVLCMGLVSVTVFMLVMPLFKATGGILLQMSPPSI 332
           V+ADSIRSAGLILASW LS+G+QNAEVLC GLVSV VFMLVMPLF+A+GGILLQM+PP++
Sbjct: 262 VLADSIRSAGLILASWFLSLGVQNAEVLCFGLVSVAVFMLVMPLFRASGGILLQMAPPNV 321

Query: 333 SSSAITKCSRQIAALEDVTEVYAARFWELVPGYLVGSLSLQLKKGADDRSILQFVHGLYH 392
            +SA++KC RQI A EDV+EV  ARFWELVPG++VGSLS+Q+KKG DDR ILQ VHGLYH
Sbjct: 322 PTSALSKCWRQITAREDVSEVSQARFWELVPGHVVGSLSIQVKKGIDDRPILQLVHGLYH 381

Query: 393 DLGVQDLTLQTDYV 407
           DLG+QDLT+Q D V
Sbjct: 382 DLGIQDLTVQADNV 393

[Close]

BLAST of Spo25518.1 vs. UniProtKB/TrEMBL
Match: B9IHY3_POPTR (Uncharacterized protein OS=Populus trichocarpa GN=POPTR_0016s04430g PE=4 SV=2)

HSP 1 Score: 526.9 bits (1356), Expect = 2.100e-146
Identity = 275/381 (72.18%), Postives = 324/381 (85.04%), Query Frame = 1


		  
Query: 33  SSDRRYAYHRQSSL-QQFPDPRTPTTVISNNNNSQTPAFSRSISSIDIPPGFHPGNEIDY 92
           +SDRRYAY RQSS  QQ  +P+TP ++I+N+  +  P  SR++SSIDIPP      EIDY
Sbjct: 16  TSDRRYAYWRQSSFHQQSQEPKTPISIITND--ATKPLLSRTVSSIDIPP------EIDY 75

Query: 93  S-------LWKDSPKSEGKLSSTELISSVFRALRTGNRPMKRLFLLISLNVAYSTAELFI 152
           S       +++D  +   KLS  + + S+FR +R+G+R M+RLFL+ISLNVAYSTAEL I
Sbjct: 76  SFDYQNDTIFEDPKR---KLSDLDSVLSIFRVIRSGSRQMRRLFLMISLNVAYSTAELAI 135

Query: 153 GLLSGRVGLISDAFHLTFGCGLLTFSLFAMTASRRKPDRAYTYGYKRLEVLSAFTNALFL 212
           GL +GRVGL+SDAFHLTFGCGLLTFSLFAM ASRRK D  YTYGYKRLEVL+AFTNALFL
Sbjct: 136 GLFTGRVGLVSDAFHLTFGCGLLTFSLFAMAASRRKSDHVYTYGYKRLEVLAAFTNALFL 195

Query: 213 LFLSFSLAVEALHAYIQDESEHKHYLIVSAVTNLLVNLVGVWFFRNYARRNLAYRNAEDM 272
           LF+SFSLAVEALHA+IQDESEHKHYLIVSAVTNLLVNL+GVWFFRNYAR N+ YR AEDM
Sbjct: 196 LFMSFSLAVEALHAFIQDESEHKHYLIVSAVTNLLVNLIGVWFFRNYARINIVYRKAEDM 255

Query: 273 NYHSVCLHVIADSIRSAGLILASWLLSMGIQNAEVLCMGLVSVTVFMLVMPLFKATGGIL 332
           N+HSVCLHVIADSIRSAGLILASW LS+G++NAEVLC+GLVS  V MLV+PLFKATGGIL
Sbjct: 256 NFHSVCLHVIADSIRSAGLILASWFLSLGVENAEVLCLGLVSAAVVMLVLPLFKATGGIL 315

Query: 333 LQMSPPSISSSAITKCSRQIAALEDVTEVYAARFWELVPGYLVGSLSLQLKKGADDRSIL 392
           LQM+PPSI SSA++KC RQ++A EDV EV  ARFWELVPG+++GS+SLQ+K+G DDR IL
Sbjct: 316 LQMAPPSIPSSALSKCLRQVSAREDVAEVSEARFWELVPGHVIGSISLQVKEGVDDRPIL 375

Query: 393 QFVHGLYHDLGVQDLTLQTDY 406
           Q+VHGLYHDLGVQDLT+QT+Y
Sbjct: 376 QWVHGLYHDLGVQDLTVQTNY 385

[Close]

BLAST of Spo25518.1 vs. UniProtKB/TrEMBL
Match: A0A0B0MGW1_GOSAR (Metal tolerance C2-like protein OS=Gossypium arboreum GN=F383_22958 PE=4 SV=1)

HSP 1 Score: 516.5 bits (1329), Expect = 2.900e-143
Identity = 279/402 (69.40%), Postives = 324/402 (80.60%), Query Frame = 1


		  
Query: 19  KSTSFNYNSQQ--TPHS----------SDRRYAYHRQSSLQQ-FPDPRTPTTVISNNNNS 78
           K+ SF Y+SQ+  +P+S          SDRRYA+ RQSS +Q   DP+TP    S +N S
Sbjct: 3   KNKSFKYSSQEPESPYSWNAEFGISNASDRRYAFSRQSSFKQSMRDPQTP----SFSNGS 62

Query: 79  QTPAFSRSISSIDIPPGFHPGNEIDYSLWK--DSPKSEGKLSSTELISSVFRALRTGNRP 138
             P  SR++SSIDIPPGF+    +D+S     D+  S  K    + +  VFR +RTGNR 
Sbjct: 63  SKPFLSRNVSSIDIPPGFY---SVDHSTEGNFDAKGSADKFLVFDSVFWVFRVMRTGNRQ 122

Query: 139 MKRLFLLISLNVAYSTAELFIGLLSGRVGLISDAFHLTFGCGLLTFSLFAMTASRRKPDR 198
           MKRL ++ISLNVAYSTAEL IGL +GR+GL+SDAFHLTFGCGLLTFSLFAM ASRRKPD 
Sbjct: 123 MKRLLIMISLNVAYSTAELAIGLFTGRIGLVSDAFHLTFGCGLLTFSLFAMAASRRKPDS 182

Query: 199 AYTYGYKRLEVLSAFTNALFLLFLSFSLAVEALHAYIQDESEHKHYLIVSAVTNLLVNLV 258
            YTYGY+RLEVLSAFTNALFLLFLSFSLAVEALHA+IQDESEHKHYLIVSAVTNLLVNL+
Sbjct: 183 VYTYGYQRLEVLSAFTNALFLLFLSFSLAVEALHAFIQDESEHKHYLIVSAVTNLLVNLM 242

Query: 259 GVWFFRNYARRNLAYRNAEDMNYHSVCLHVIADSIRSAGLILASWLLSMGIQNAEVLCMG 318
           GVWFFRNYAR NL YR  EDMNYHSVCLHV+ADS+RSAGLILASW LS+G+ NAEVLC+G
Sbjct: 243 GVWFFRNYARVNLVYRKPEDMNYHSVCLHVLADSVRSAGLILASWFLSLGVNNAEVLCLG 302

Query: 319 LVSVTVFMLVMPLFKATGGILLQMSPPSISSSAITKCSRQIAALEDVTEVYAARFWELVP 378
           LVSV VFMLVMPLFKA+GG+LLQM+PP+ISSSA+ KC  QI + EDV EV  ARFWELVP
Sbjct: 303 LVSVAVFMLVMPLFKASGGVLLQMAPPNISSSALAKCWWQITSHEDVIEVSQARFWELVP 362

Query: 379 GYLVGSLSLQLKKGADDRSILQFVHGLYHDLGVQDLTLQTDY 406
           G++VGSLSLQ+KK  DDR IL++ H LYH+LG+ DLT+QTDY
Sbjct: 363 GHVVGSLSLQVKKEMDDRRILEYAHNLYHELGMHDLTVQTDY 397

[Close]

BLAST of Spo25518.1 vs. ExPASy Swiss-Prot
Match: MTPC2_ARATH (Metal tolerance protein C2 OS=Arabidopsis thaliana GN=MTPC2 PE=2 SV=1)

HSP 1 Score: 505.0 bits (1299), Expect = 7.700e-142
Identity = 261/373 (69.97%), Postives = 305/373 (81.77%), Query Frame = 1


		  
Query: 33  SSDRRYAYHRQSSLQQFPDPRTPTTVISNNNNSQTPAFSRSISSIDIPPGFHPGNEIDYS 92
           ++DRR AY R  S QQ   PRTP         +  P   R++SSID+PP  +  +  D  
Sbjct: 27  ANDRRLAYSR--SFQQSHGPRTPAVT-----EAAKPFLDRTVSSIDMPPDIYSVDGSDVF 86

Query: 93  LWKDSPKSEGKLSSTELISSVFRALRTGNRPMKRLFLLISLNVAYSTAELFIGLLSGRVG 152
             +       K+S  E++  VF  + +GNR MKRLFLLI+LNV YST EL IG+ +GRVG
Sbjct: 87  FGEGKDVDMAKVSVLEMVWEVFGVVTSGNRQMKRLFLLIALNVLYSTTELSIGIFTGRVG 146

Query: 153 LISDAFHLTFGCGLLTFSLFAMTASRRKPDRAYTYGYKRLEVLSAFTNALFLLFLSFSLA 212
           L+SDAFHLTFGCGLLTFSLFAM  SR+KPD AY+YGYKRLEVLSAFTNALFL+F+SFSLA
Sbjct: 147 LVSDAFHLTFGCGLLTFSLFAMATSRKKPDHAYSYGYKRLEVLSAFTNALFLMFMSFSLA 206

Query: 213 VEALHAYIQDESEHKHYLIVSAVTNLLVNLVGVWFFRNYARRNLAYRNAEDMNYHSVCLH 272
           VEALHA+IQDESEHKHYLIVSAVTNLLVNL+GVWFFRNYAR N+AYR AEDMNYHSVCLH
Sbjct: 207 VEALHAFIQDESEHKHYLIVSAVTNLLVNLLGVWFFRNYARVNIAYRKAEDMNYHSVCLH 266

Query: 273 VIADSIRSAGLILASWLLSMGIQNAEVLCMGLVSVTVFMLVMPLFKATGGILLQMSPPSI 332
           VI+DSIRSAGLILASWLLS+G++NAEVLC+GLVSVTVFMLVMPLFKATGG+LLQM+PP+I
Sbjct: 267 VISDSIRSAGLILASWLLSLGVENAEVLCLGLVSVTVFMLVMPLFKATGGVLLQMAPPNI 326

Query: 333 SSSAITKCSRQIAALEDVTEVYAARFWELVPGYLVGSLSLQLKKGADDRSILQFVHGLYH 392
            SSA++KC RQI + EDVTEV  ARFWE+VPG+ VGSL LQ+K G D+R +LQ+V+ +YH
Sbjct: 327 PSSALSKCLRQITSREDVTEVLQARFWEVVPGHTVGSLRLQVKSGIDERPLLQYVYDVYH 386

Query: 393 DLGVQDLTLQTDY 406
           DLGVQDLTLQTDY
Sbjct: 387 DLGVQDLTLQTDY 392

[Close]

BLAST of Spo25518.1 vs. ExPASy Swiss-Prot
Match: Y9332_DICDI (Probable zinc transporter protein DDB_G0269332 OS=Dictyostelium discoideum GN=DDB_G0269332 PE=3 SV=1)

HSP 1 Score: 139.0 bits (349), Expect = 1.100e-31
Identity = 99/348 (28.45%), Postives = 177/348 (50.86%), Query Frame = 1


		  
Query: 62  NNNSQTPAFSRSISSIDIPPGFHPGNEIDYSLWKDSPKSEGKLSST--ELISSVFRALRT 121
           NNN+    ++ +I++       +  N  + +   +    +GK   T   L++++ R    
Sbjct: 142 NNNNNNNNYNNNINNNQFNSSVYNNNNNNNNNNNNEFSIDGKSGITIKHLLNNLNR---- 201

Query: 122 GNRPMKRLFLLISLNVAYSTAELFIGLLSGRVGLISDAFHLTFGCGLLTFSLFAMTASRR 181
            +   K+L   IS+ + ++  E+F G     +GL+SD FH  F C  +  +L AM   +R
Sbjct: 202 -DSDAKKLAAWISVMLVFTIYEIFYGAYLESLGLVSDGFHALFDCIGMGIALLAMLVGKR 261

Query: 182 K-PDRAYTYGYKRLEVLSAFTNALFLLFLSFSLAVEALHAYIQDESEHKHYLIVSAVT-N 241
              ++ YTYGY R EVL  F+N  FLLF+SF L +E++   ++    H H  ++S  T +
Sbjct: 262 GISNQEYTYGYDRWEVLGTFSNGCFLLFVSFFLFLESIERLLEPPHIHNHGRVMSLATIS 321

Query: 242 LLVNLVGVWFFRNYARRNLAYRNAEDMNYHSVCLHVIADSIRSAGLILASWL-LSMGIQN 301
           L++N+VGV FF+  +       +    N  ++  H++ DS  S G+IL+S +  + G++ 
Sbjct: 322 LIINIVGVLFFKQKSNERKQQSSIRSENLLTISHHILVDSCTSLGVILSSLVGQAFGLEI 381

Query: 302 AEVLCMGLVSVTVFMLVMPLFKATGGILLQMSPPSISSSAITKCSRQIAALEDVTEVYAA 361
           ++ L   +++  +    +P+   T  ILLQ +P  +  + I    + I  +E V +V   
Sbjct: 382 SDSLISIIIACIIVYNALPICIKTSAILLQTTPDQLKIN-INNAIKDILVMEGVIDVTDK 441

Query: 362 RFWELVPGYLVGSLSLQLKKGADDRSILQFVHGLYHDLGVQDLTLQTD 405
            FW   PG ++ +++L  KK  DD ++ Q +        VQDLT+Q D
Sbjct: 442 HFWSHSPGNIIATVNLLTKKNCDDFTLTQSIRNRLS--FVQDLTIQLD 481

[Close]

BLAST of Spo25518.1 vs. ExPASy Swiss-Prot
Match: ZNT5_HUMAN (Zinc transporter 5 OS=Homo sapiens GN=SLC30A5 PE=1 SV=1)

HSP 1 Score: 122.9 bits (307), Expect = 8.300e-27
Identity = 87/312 (27.88%), Postives = 151/312 (48.40%), Query Frame = 1


		  
Query: 125 KRLFLLISLNVAYSTAELFIGLLSGRVGLISDAFHLTFGCGLLTFSLFAMTASRRKPDRA 184
           +++F  + LN+ ++  ELF G+L+  +GLISD FH+ F C  L   LFA   SR K  R 
Sbjct: 417 RQIFYFLCLNLLFTFVELFYGVLTNSLGLISDGFHMLFDCSALVMGLFAALMSRWKATRI 476

Query: 185 YTYGYKRLEVLSAFTNALFLLFLSFSLAVEALHAYIQDESEHKHYLIVSAVTNLLVNLVG 244
           ++YGY R+E+LS F N LFL+ ++F + +E++   I       H L   +V  L+VNL+G
Sbjct: 477 FSYGYGRIEILSGFINGLFLIVIAFFVFMESVARLIDPPELDTHMLTPVSVGGLIVNLIG 536

Query: 245 VWFFRN-YARRNLAYRNAEDMNYHSVCLHVIADS-------------------------- 304
           +  F + ++  + A + +   + HS   H+   S                          
Sbjct: 537 ICAFSHAHSHAHGASQGSCHSSDHSHSHHMHGHSDHGHGHSHGSAGGGMNANMRGVFLHV 596

Query: 305 ----IRSAGLILASWLL-SMGIQNAEVLCMGLVSVTVFMLVMPLFKATGGILLQMSPPSI 364
               + S G+I+++ L+   G   A+ LC   +++ +F+ V+PL K    +LL   PP  
Sbjct: 597 LADTLGSIGVIVSTVLIEQFGWFIADPLCSLFIAILIFLSVVPLIKDACQVLLLRLPPEY 656

Query: 365 SSSAITKCSRQIAALEDVTEVYAARFWELVPGYLVGSLSLQLKKGADDRSILQFVHGLYH 405
               +     +I  +E +       FW      + G++ +Q+     ++ I+Q V G+  
Sbjct: 657 EKE-LHIALEKIQKIEGLISYRDPHFWRHSASIVAGTIHIQVTSDVLEQRIVQQVTGILK 716

[Close]

BLAST of Spo25518.1 vs. ExPASy Swiss-Prot
Match: ZNT5_MOUSE (Zinc transporter 5 OS=Mus musculus GN=Slc30a5 PE=1 SV=1)

HSP 1 Score: 121.3 bits (303), Expect = 2.400e-26
Identity = 88/310 (28.39%), Postives = 153/310 (49.35%), Query Frame = 1


		  
Query: 125 KRLFLLISLNVAYSTAELFIGLLSGRVGLISDAFHLTFGCGLLTFSLFAMTASRRKPDRA 184
           +++F  + LN+ ++  ELF G+L+  +GLISD FH+ F C  L   LFA   SR K  R 
Sbjct: 415 RQIFYFLCLNLLFTFVELFYGVLTNSLGLISDGFHMLFDCSALVMGLFAALMSRWKATRI 474

Query: 185 YTYGYKRLEVLSAFTNALFLLFLSFSLAVEALHAYIQDESEHKHYLIVSAVTNLLVNLVG 244
           ++YGY R+E+LS F N LFL+ ++F + +E++   I       + L   +V  L+VNL+G
Sbjct: 475 FSYGYGRIEILSGFINGLFLIVIAFFVFMESVARLIDPPELDTNMLTPVSVGGLIVNLIG 534

Query: 245 VWFF----------------RNYARRNLAYRNAED-----------MNYHSVCLHVI--A 304
           +  F                 ++   + A+ +  D           MN +   + +   A
Sbjct: 535 ICAFSHAHSHGHGASQGNCHSDHGHSHHAHGHGHDHGHSHGFTGGGMNANMRGVFLHVLA 594

Query: 305 DSIRSAGLILASWLL-SMGIQNAEVLCMGLVSVTVFMLVMPLFKATGGILLQMSPPSISS 364
           D++ S G+I+++ L+   G   A+ LC   ++V +F+ V+PL K    +LL   PP    
Sbjct: 595 DTLGSIGVIVSTVLIEQFGWFIADPLCSLFIAVLIFLSVIPLIKDACQVLLLRLPPD-HE 654

Query: 365 SAITKCSRQIAALEDVTEVYAARFWELVPGYLVGSLSLQLKKGADDRSILQFVHGLYHDL 405
             +     +I  +E +       FW      + G++ +Q+     ++ I+Q V G+  D 
Sbjct: 655 KELHIALEKIQKIEGLISYRDPHFWRHSASIVAGTIHIQVTSEVLEQRIVQQVTGILKDA 714

[Close]

BLAST of Spo25518.1 vs. ExPASy Swiss-Prot
Match: MTP12_ARATH (Metal tolerance protein 12 OS=Arabidopsis thaliana GN=MTP12 PE=3 SV=1)

HSP 1 Score: 120.2 bits (300), Expect = 5.400e-26
Identity = 88/307 (28.66%), Postives = 151/307 (49.19%), Query Frame = 1


		  
Query: 104 LSSTELISSVF-RALR--TGNRPMKRLFLLISLNVAYSTAELFIGLLSGRVGLISDAFHL 163
           + S E  S++F + +R     +  +++ L + +N AY   E   G +S  +GLISDA H+
Sbjct: 1   MESPESFSTMFMKPIRHILSEKKSRKIALFLLINTAYMVVEFVAGFMSNSLGLISDACHM 60

Query: 164 TFGCGLLTFSLFAMTASRRKPDRAYTYGYKRLEVLSAFTNALFLLFLSFSLAVEALHAYI 223
            F C  L   L+A   SR   +  Y YG  R EVLS + NA+FL+ +   + +E++   +
Sbjct: 61  LFDCAALAIGLYASYISRLPANHQYNYGRGRFEVLSGYVNAVFLVLVGALIVLESIERIL 120

Query: 224 QDESEHKHYLIVSAVTNLLVNLVGVWFFRNYARRNLAYRNAEDMNYHSVCLHVIADSIRS 283
             +    + L+V +V  LLVN+VG+ FF  +   + A+  +       + LHV+AD++ S
Sbjct: 121 DPQEISTNSLLVVSVGGLLVNIVGLIFF--HEEHHHAHGGS------GIFLHVLADTMGS 180

Query: 284 AGLILASWLLS-MGIQNAEVLCMGLVSVTVFMLVMPLFKATGGILLQMSPPSISSSAITK 343
            G+++++ L+   G   A+      +S+ +   V+PL + +  ILLQ  P +     + +
Sbjct: 181 VGVVISTLLIKYKGWLVADPASSIFISILIIASVIPLLRNSAEILLQRVPRA-HRQDLKE 240

Query: 344 CSRQIAALEDVTEVYAARFWELVPGYLVGSLSLQLKKGADDRSILQFVHGLYHDLGVQDL 403
             R I   + V  +     W      +V +L L +   +D       V  L  D GV+D 
Sbjct: 241 AMRNILKTKGVCSIQRLHVWSFTNSDVVATLHLLVSADSDKTDTKLQVSRLLEDAGVKDW 298

Query: 404 TLQTDYV 407
           TLQ + V
Sbjct: 301 TLQVESV 298

[Close]

BLAST of Spo25518.1 vs. TAIR (Arabidopsis)
Match: AT3G12100.1 (Cation efflux family protein)

HSP 1 Score: 505.0 bits (1299), Expect = 4.400e-143
Identity = 261/373 (69.97%), Postives = 305/373 (81.77%), Query Frame = 1


		  
Query: 33  SSDRRYAYHRQSSLQQFPDPRTPTTVISNNNNSQTPAFSRSISSIDIPPGFHPGNEIDYS 92
           ++DRR AY R  S QQ   PRTP         +  P   R++SSID+PP  +  +  D  
Sbjct: 27  ANDRRLAYSR--SFQQSHGPRTPAVT-----EAAKPFLDRTVSSIDMPPDIYSVDGSDVF 86

Query: 93  LWKDSPKSEGKLSSTELISSVFRALRTGNRPMKRLFLLISLNVAYSTAELFIGLLSGRVG 152
             +       K+S  E++  VF  + +GNR MKRLFLLI+LNV YST EL IG+ +GRVG
Sbjct: 87  FGEGKDVDMAKVSVLEMVWEVFGVVTSGNRQMKRLFLLIALNVLYSTTELSIGIFTGRVG 146

Query: 153 LISDAFHLTFGCGLLTFSLFAMTASRRKPDRAYTYGYKRLEVLSAFTNALFLLFLSFSLA 212
           L+SDAFHLTFGCGLLTFSLFAM  SR+KPD AY+YGYKRLEVLSAFTNALFL+F+SFSLA
Sbjct: 147 LVSDAFHLTFGCGLLTFSLFAMATSRKKPDHAYSYGYKRLEVLSAFTNALFLMFMSFSLA 206

Query: 213 VEALHAYIQDESEHKHYLIVSAVTNLLVNLVGVWFFRNYARRNLAYRNAEDMNYHSVCLH 272
           VEALHA+IQDESEHKHYLIVSAVTNLLVNL+GVWFFRNYAR N+AYR AEDMNYHSVCLH
Sbjct: 207 VEALHAFIQDESEHKHYLIVSAVTNLLVNLLGVWFFRNYARVNIAYRKAEDMNYHSVCLH 266

Query: 273 VIADSIRSAGLILASWLLSMGIQNAEVLCMGLVSVTVFMLVMPLFKATGGILLQMSPPSI 332
           VI+DSIRSAGLILASWLLS+G++NAEVLC+GLVSVTVFMLVMPLFKATGG+LLQM+PP+I
Sbjct: 267 VISDSIRSAGLILASWLLSLGVENAEVLCLGLVSVTVFMLVMPLFKATGGVLLQMAPPNI 326

Query: 333 SSSAITKCSRQIAALEDVTEVYAARFWELVPGYLVGSLSLQLKKGADDRSILQFVHGLYH 392
            SSA++KC RQI + EDVTEV  ARFWE+VPG+ VGSL LQ+K G D+R +LQ+V+ +YH
Sbjct: 327 PSSALSKCLRQITSREDVTEVLQARFWEVVPGHTVGSLRLQVKSGIDERPLLQYVYDVYH 386

Query: 393 DLGVQDLTLQTDY 406
           DLGVQDLTLQTDY
Sbjct: 387 DLGVQDLTLQTDY 392

[Close]

BLAST of Spo25518.1 vs. TAIR (Arabidopsis)
Match: AT2G04620.1 (Cation efflux family protein)

HSP 1 Score: 85.9 bits (211), Expect = 6.300e-17
Identity = 50/148 (33.78%), Postives = 81/148 (54.73%), Query Frame = 1


		  
Query: 104 LSSTELISSVF-RALR--TGNRPMKRLFLLISLNVAYSTAELFIGLLSGRVGLISDAFHL 163
           + S E  S++F + +R     +  +++ L + +N AY   E   G +S  +GLISDA H+
Sbjct: 394 MESPESFSTMFMKPIRHILSEKKSRKIALFLLINTAYMVVEFVAGFMSNSLGLISDACHM 453

Query: 164 TFGCGLLTFSLFAMTASRRKPDRAYTYGYKRLEVLSAFTNALFLLFLSFSLAVEALHAYI 223
            F C  L   L+A   SR   +  Y YG  R EVLS + NA+FL+ +   + +E++   +
Sbjct: 454 LFDCAALAIGLYASYISRLPANHQYNYGRGRFEVLSGYVNAVFLVLVGALIVLESIERIL 513

Query: 224 QDESEHKHYLIVSAVTNLLVNLVGVWFF 249
             +    + L+V +V  LLVN+VG+ FF
Sbjct: 514 DPQEISTNSLLVVSVGGLLVNIVGLIFF 541

[Close]

BLAST of Spo25518.1 vs. TAIR (Arabidopsis)
Match: AT3G58810.1 (metal tolerance protein A2)

HSP 1 Score: 52.0 bits (123), Expect = 1.000e-6
Identity = 64/325 (19.69%), Postives = 136/325 (41.85%), Query Frame = 1


		  
Query: 124 MKRLFLLISLNVAYSTAELFIGLLSGRVGLISDAFHLTFGCGLLTFSLFAMTASRRKPDR 183
           M++L + + L   +   E+  G+ +  + +++DA HL         SLF++ AS  K + 
Sbjct: 110 MRKLLIAVLLCAIFIVVEVVGGIKANSLAILTDAAHLLSDVAAFAISLFSLWASGWKANP 169

Query: 184 AYTYGYKRLEVLSAFTNALFLLFLSFSLAVEALHAYIQDESEHKHYLI--VSAVTNLLVN 243
             +YG+ R+E+L A  +   +  L+  L  EA+        E +  L+  VSAV  LLVN
Sbjct: 170 QQSYGFFRIEILGALVSIQMIWLLAGILVYEAIVRLNNGSGEVEGSLMFAVSAV-GLLVN 229

Query: 244 LV-------------------GVWFFRNYARRNLAYRNAEDMNYHS-------------- 303
           +                    G     ++     A  +  D  +                
Sbjct: 230 IAMAILLGHDHGHGHGHSHDNGHGHSHDHGHGIAATEHHHDSGHDESQLSDVLIEQKKQR 289

Query: 304 ------VCLHVIADSIRSAGLILASWLL--SMGIQNAEVLCMGLVSVTVFMLVMPLFKAT 363
                   LHV+ DSI+S G+++   ++      +  +++C  + SV V    + + +  
Sbjct: 290 NVNIQGAYLHVLGDSIQSVGVMIGGAIIWYKPEWKILDLICTLVFSVIVLGTTIGMLRNI 349

Query: 364 GGILLQMSPPSISSSAITKCSRQIAALEDVTEVYAARFWELVPGYLVGSLSLQLKKGADD 405
             +L++ +P  I  + + K    +  +E+V  V+    W +  G L+ +  ++++  A+ 
Sbjct: 350 LEVLMESTPREIDPTMLEK---GVCEIEEVVAVHELHIWAITVGKLLLACHVKIRPEAEA 409

The following BLAST results are available for this feature:

BLAST of Spo25518.1 vs. NCBI nr
BLAST of Spo25518.1 vs. UniProtKB/TrEMBL
BLAST of Spo25518.1 vs. ExPASy Swiss-Prot
BLAST of Spo25518.1 vs. TAIR (Arabidopsis)

BLAST of Spo25518.1 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\|902235537\|gb\|KNA23957.1\|	2.4e-223	100.	hypothetical protein SOVF_0204...	[more]
gi\|731323830\|ref\|XP_010672644.1\|	2.4e-183	87.1	PREDICTED: metal tolerance pro...	[more]
gi\|645271465\|ref\|XP_008240924.1\|	5.5e-148	74.0	PREDICTED: metal tolerance pro...	[more]
gi\|595803787\|ref\|XP_007202062.1\|	5.5e-148	74.0	hypothetical protein PRUPE_ppa...	[more]
gi\|566208658\|ref\|XP_002323276.2\|	3.0e-146	72.1	hypothetical protein POPTR_001...	[more]

BLAST of Spo25518.1 vs. UniProtKB/TrEMBL
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. UniprotKB/TrEMBL)
Total hits: 5


Match Name	E-value	Identity	Description
A0A0K9RYL6_SPIOL	1.6e-223	100.	Uncharacterized protein OS=Spi...	[more]
A0A0J8CNG4_BETVU	1.7e-183	87.1	Uncharacterized protein OS=Bet...	[more]
M5VQK2_PRUPE	3.9e-148	74.0	Uncharacterized protein OS=Pru...	[more]
B9IHY3_POPTR	2.1e-146	72.1	Uncharacterized protein OS=Pop...	[more]
A0A0B0MGW1_GOSAR	2.9e-143	69.4	Metal tolerance C2-like protei...	[more]

BLAST of Spo25518.1 vs. ExPASy Swiss-Prot
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. ExPASy SwissProt)
Total hits: 5


Match Name	E-value	Identity	Description
MTPC2_ARATH	7.7e-142	69.9	Metal tolerance protein C2 OS=...	[more]
Y9332_DICDI	1.1e-31	28.4	Probable zinc transporter prot...	[more]
ZNT5_HUMAN	8.3e-27	27.8	Zinc transporter 5 OS=Homo sap...	[more]
ZNT5_MOUSE	2.4e-26	28.3	Zinc transporter 5 OS=Mus musc...	[more]
MTP12_ARATH	5.4e-26	28.6	Metal tolerance protein 12 OS=...	[more]

BLAST of Spo25518.1 vs. TAIR (Arabidopsis)
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. TAIR)
Total hits: 3


Match Name	E-value	Identity	Description
AT3G12100.1	4.4e-143	69.9	Cation efflux family protein	[more]
AT2G04620.1	6.3e-17	33.7	Cation efflux family protein	[more]
AT3G58810.1	1.0e-6	19.6	metal tolerance protein A2	[more]

InterPro

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


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR002524	Cation efflux protein	PANTHER	PTHR11562	CATION EFFLUX PROTEIN/ ZINC TRANSPORTER	coord: 26..405 score: 8.3E
IPR002524	Cation efflux protein	PFAM	PF01545	Cation_efflux	coord: 127..325 score: 1.2
IPR002524	Cation efflux protein	TIGRFAMs	TIGR01297	TIGR01297	coord: 124..382 score: 3.5
IPR027469	Cation efflux protein transmembrane domain	GENE3D	1.20.1510.10		coord: 125..325 score: 2.3
None	No IPR available	PANTHER	PTHR11562:SF23	METAL TOLERANCE PROTEIN C2	coord: 26..405 score: 8.3E
None	No IPR available	unknown	SSF161111	Cation efflux protein transmembrane domain-like	coord: 122..326 score: 5.75

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0098655	cation transmembrane transport
biological_process	GO:0009103	lipopolysaccharide biosynthetic process
biological_process	GO:0006812	cation transport
biological_process	GO:0010306	rhamnogalacturonan II biosynthetic process
biological_process	GO:0055085	transmembrane transport
biological_process	GO:0008152	metabolic process
cellular_component	GO:0016021	integral component of membrane
cellular_component	GO:0000785	chromatin
cellular_component	GO:0005634	nucleus
cellular_component	GO:0005774	vacuolar membrane
cellular_component	GO:0005829	cytosol
molecular_function	GO:0016874	ligase activity
molecular_function	GO:0005515	protein binding
molecular_function	GO:0008324	cation transmembrane transporter activity
molecular_function	GO:0008676	3-deoxy-8-phosphooctulonate synthase activity
molecular_function	GO:0003682	chromatin binding
molecular_function	GO:0003677	DNA binding
molecular_function	GO:0008270	zinc ion binding
molecular_function	GO:0005516	calmodulin binding

RNA-Seq Expression

Co-expression


Gene	r value	Expression
Spo00703	0.69	Barchart \| Table
Spo07824	0.68	Barchart \| Table
Spo24841	0.68	Barchart \| Table
Spo18637	0.68	Barchart \| Table
Spo01482	0.66	Barchart \| Table
Spo21823	0.66	Barchart \| Table
Spo15067	0.66	Barchart \| Table
Spo22874	0.65	Barchart \| Table