Sed0015917 (gene) Chayote v1

Overview


Name	Sed0015917
Type	gene
Organism	Sechium edule (Chayote v1)
Description	metal tolerance protein 2
Location	LG09: 36374657 .. 36396420 (+)
RNA-Seq Expression	Sed0015917
Synteny	Sed0015917

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: five_prime_UTRexonCDSpolypeptidethree_prime_UTR

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

GAAGAAAGAAGATTCTGAATCTGTAAAATATGTACGGAATCGGTGCTGCTGCTCTGTTCTACACAGTCTCTGTTTCATTTCTTCAACCTCCACTCGCCCGATTCAAAATTCCACACCAAATTCCACAATCCCAAATCTCCCCATCATCAAAACCCACCAATTCTCCATTGAAATGGGCTTCAGATTCCACCGTCTCAACCCCATACTTCAATCCTTCTACACCAGCCTTTCCTCGCCAACCCACCAACAATTTCATGGAATTCCCTCGATCCAATCCCTCCATCGGATCTTTGATGATCCCAAGAGCAAAATCTGCCGAAGATGGCATTTGGGTCACTCCCAGCACCGTCGATTTGAGGATGGCGCGAGTGTTTTCATGGTGGGTCTTGGCGCTGACACTGGATTGGCTGCTGGGAAGGCTGTGACGGGCTATTTATCGGGAAGCACTGCTACAATCGCCGATGCGGCTCATTCGGTTTCTGATGTGGTAACTTAACCTTTAGCTTTCGTTTGTGCTGATTTCTTGAGTTGTTCTTTTTGGTTGAGTTCTTGAAGCTGTCGTTGTCAGTGTCCGCAACTTCTTGATTGAGTTTATGCATCTTTGCAATATTTTGATTCTTGATGCGAAGTGTGAACTGAACCAACAAGAGTATTGAGCTTTAACTCTTAGCGGTGTTTGGGGCAGGTGGGGCAAGGTGAATGGGTATGAGAATGATTATGAGGAGGATGAGAATTAGGGGAAAATATGGAGAATGGTTATTAGGAGTGTTTGGAGTAAGAGGAATGATCGATTATGGAGAGAATGATTGTTTGTGTGATTATGGAGAGAATGATTGTTTGTGTTTGGGATGAAGGAAATGATTATGAGGAAAATAAAATAAGATGAGAGTGAGAAATAGTTATGGAGAGAATAAGATGTGGTTATAAGGATAATAAAAAGTAGTTAGGAGGTGAATAAAAAATTGATTATGAGGAGAATGATTCTCGGTGACATTTACCGTGATAATTTTAATGGAGATTGTCCTAGACATCAACCGATGGAGTATTGACTATTTACCATAGGCACTTTAAGTTGGAATCTACCAATCGATTATTTTATTTTATATTGGCCCGTAGGAGAGAAAGTGGAGTAATTGGAAGAATTATTTATTTCGAAATTGGTGTTTTAGAGGAGAGATGTTGAAAAAAATTTAAATGCTTAAGAAATAAGATTTTTATTTTATCTTAATTTTTTATTGTAACAAAGTTTAATTTGAATTTGTTAAGATTAAATATGTTTGATGAGATTGAAAGAAAATTGATAGAGAATGTGATATAATAATAAATAAATAGGGGTTAGGATAATTTTGATCTTGCTCTCGTAACCTCGTTTTTATTTTATATTTTTATAATGCTTTCTCTGTAATGTATTCTCAGTGCATGGTAAATTTGAGACTCTGGGAGCCCTTGGAATCTCTTCCATGCTTTTAGCAACAGCTGGTGGCATTGCTTGGCATGCTTCAGAACTCTTACTGGTATGCTTGAGTCTTGATTATGAATTCGCTTCTGCCTATCACAAAGGTTTAAGAAATAGAAATGTCTTCTAAATCTTCAGAATCTAAGCCCCCCATACTTCCCCGTAATCCCAATGTTCTCAAAATTCGAGGAATTTTGCATGTTAACTTGATGAAACTTAGTTTAGTCTCTACCATCGGTTCATAACTAGACCTTCACTGTTTTCCCACAAACAGGGATTGTTGTCAGCAGCTCCTGAAATAGTCAATCAGTCCCTTGGACCTGATATTTTGCATAACCATAGTCATGGTGGACATCATCATGGAATCACCATGGATCATCCTGTTCTAGCTTTGAATATGGCTATTATATCAATATCTGTCAAAGAAGGGTACTGAATATATTCCTTTGTGGCCTTTTCCCTTGTTTTAAGAACTAGGGGAAAATTGGAATATTTGTGCATTACCATATTCCCCTTCCCTCTACTCTAGTTTACATAACTGGAAAAATAACCAAATAGGCTGCTTAGTTGAATGCTGGGTTCCATCTTTACTTTCTAGGGTAATAATAATTTCAGCCCTTAGTTCTTCACGTAAGAAATATATTTTTCCGCTCTGTTCATCGCTAGATAGAAAATCGGCCTACTTTATGTTATATGCTAATTCATTCTCTTCTAAACTATATTAAAATTGTAATTTCTTCGGCAGTTTGCTGCTGTATTTCTTCCTAAGATGATGTTTGGTTTTCTTGTCAAATTTTCTCTACTGATCTTTTTTTTTTCCTTTGTACATCTTGTTCTTCAATAGGCTTTACTGGATTACAAAAAGAGCAGGGGAAAGACAAGGAAGTGGACTCATGAAAGCAAATGCATGGCATCATCGTACCGATCTATGATTCTTGCTCTCAACATTCATTCTTATTCTGGATGTACATACAATTTCAGTAGCTTGTAGTCTTATTAACAAGATAACTACCTTAACAAACATTTGGTGAAGCCTGAAGGAACAATTACCAGCTGACCATTTGGTTAGCATGAATGCAGATACAAAAACTTCTAGTTTGAAGCATGTGACATTTCTAAAAGCTTTTGAGAAAGAACTACAAAAGGAAGATACCAAACTGTACAATCCCAGAGATCCCTGAACTCCATCAACTTTCTCAAAAACATCTGTTCTTCTTAAGTTTAATAATCAAAAGAATTTCTCTGACTGCATTTAGACCAAAGAATCTTTGTTTTCTTGTTTGAAGCACGTGATATGGTCACAATGTTTTTCAGTTTCTGGATCATTGAGGTTATAAATTATCAATTTCTGCTTTGGCATTTCTAGATTTTCATGAAAGTGAAGGGTTGAACTTTAACATCATTCTCCTAAATTCATCCATGGTTGTCTTTCAGCACTCAGCTATTGCATGCTTGCTAGTTGAAAAAGCAATCACACTGATACGATCTCGAGCCCGCTGAAGGTTTACTCGAGGCGGAACAAGACATGACGGAATTAGTTATTTATTATTTATTATTAATATTCTTTAATTGTTATTTCATTTGTATTGGGCTTGTGGGCCTTAGTAGAGTTATTACTAAATTAGGTCACTTTCTATGCTTACTATATATAGGATAGGATAGGAGATTATGGAATTCATTCATTCAGTTGTCGTCTTTGTACTTGGCTCTTTGAGAGATTCTCTCGAGAGATTATCGTAGTTTAATAATATTTTGTGGTAGATTCTATCATTTTGGTATCAGAGCCATTTGCCGATCCGGGAATGGTGACTACTAAGATGGAAACAAGGATGCAAGAGTGTGAGGAAGGAACGGCCGACTTGGCGAGGAAGTTGCAGGAGACGAATACGAAGATGGAATCGATAGAGGAGCGTTTGGGAAAAAAGATAGATGCCCAGGATTTAAAGTTCGAGTCGATAACCCGAAATTTGGAACTAATAATGGAATCGATCCGGGCAGACAAAGGGAAGTGACTGATGACCGAGGAGTCGGAGGAGGGGTCGGGCGATGCTGCTGCAGGTGGGGAGGTGGCGGCGGGTGCGACGTCGGGCGGAGGCGGCGCGGTCTGGCAAGGTGTGGGCCGGGCGCGCAGCGGGGCAGACGGAAGCGCGGGGGCGTGGGGCGCGGAGGGGACTAGAGTGCAGGGCGTGGAAGATGGGCACGTTGACGTGGGGGCGTGGAGTTCCAAGGGTGAGCGCGCGCACGGCGCGGGCTGGAGCGCTGAACGCTGGCAGGGTGGCGCGCCGGGTAGGGGTTGTCGGCCAGGGGGTGTCGGGCTGGGCTGGGGCAGGGAGCGTGGGCCAGGGGGTGTTGGGCTGGGCTGGGGCGCGGAGAGTGGGCCAGGGGGTGTTGCGCTGGGCTGGGGAGGGCCAGGCACGGGGGGACCGGGTCGGGTCGGGCAGACTGGTCCGGGTCGGCCTGGGCGAGTCGGGTTGGACCGAAGAGACGGGTTTCATGGGCCTTGTGACAGGGGCAATGTGCCGGGAACGGAATTCGATAGAAGAAGAAACGGGATTTCCGAGGAGAGGAGGGTGCGCAATGGCTACGAAGGGCTGTTAGCGCATGACGGTTGTAACGATCGCGGGCGAAATACGGGGAAAGTCGCCGGAGCGCCGCCGGAAAGTCGCTGGAGCAGCACCGACGAAAGAATCCGGTAGCCCACGTCCCGATCTACAATCTGTCCAAATATCGAAGGATTCCGACCAGCCGTTAGTTCGCAATAGTCGCCGGAGTAGTTTAATCACCGCCAACTTGCAGCCGCGCGTGGAGGCGCGTCCCAGCTCCGATCGGAGTGTTTTTCGTTGGGTTTTGTGCGACAAACAAGATCTACAGTGTTCGGGTATTTCGTTTTTGGTTTCGACATCGCTTGTCTTGGGATTGACAATTGCACGCTGTTTTAGGCATTCTTTTTGCCACTATTTCAGATCTGTTTTTTAAAACAAAACTGCTGTTTTTTTTTTAGTCTATTTGCTGCCCTAATTTGTTTAAATTGAGGGAATATGGTCGAGAATAAGCAAACAAGCGTTATTTCTCACTCAATGGAAATCACGGAACATAAGTTGAATGGCATAAATTACCTAGATTGGAGTCGGACGATTCAGAATCATTTGTTGAGCAATGAGATGGCGAATCACATCGATGAAGATCCACCCAAGGAAGATGTGGAGAGAAAAAGGTGGGATCGAATTGATGCACGACTGTATAACCGGATCACGAACTCAATGAATGATGAGATCGTGGATTTGGTGAGTCATTGTACTACCGTGAAAGAACTTATGAAGTTTGCAGAATTTTTGTACTCTGGAAAGGAACAAGATACGAGGACATACGGCTTATATAATGGTAGAAATGTAAATCCTCTCGTGTCAAAATTTGGTTATGATCGACGCCAGGATTAGAGATGTCCATTTTCCCCGCGGGGACCCGCCCCTAATGGGGCGGGGAATCCCCGATTAAGCGGGGAATGGGGCCGGGGATGGGGGAGAAAAAATCCCCGTTGGCTAAACGGTGCCGGGGACGGGGATTGTACTCCCCGTCCCCGATTCCCCGATCCCCGCCCCGATTATTTTATTTAATATATTTTTTTTAATTCTACTCCTTTAATTTTCAAATAAATATATCTTTGTTGATGATATTTTCTATACATATGAATATTTTCTTTGATAATTAACATTATAATTGAAACTTATAGATATATATTTTTTTAAATCTAATTTTTTGAATTTTTTATCCAAAAAATATTTAAAAAAATGAGAAAAAAAAATTGTAAAAAATCCCCGCGGGGAACCCGATCCCCGAAAAAAAACCGGGGATTTTTCCGGGGACGGGGATTGAATTTTATGGCTGGGACGGGGCCGGGGAAGCCATTCCCCGGCCCCGCCCCGCCCCGCCTCGTGGACATCTCTAGCCAGGATACTAGTGGTGACAACCGGCGTCCTAAAGCTCGAAGAGATCGAAGAGAAATGACTTGTTATTATTGCCATAAGTCAGGTCACATCAAGAGGGATTGCAGAAAACCGCAATATCGTAATCAAGGGCTCCAAGAAGCCCTTATTGTGTCTAATGACAGAGCTCCTCCCGATGAGTTTGCTAAACTCAAGGTTTCTTCTACTTCATTGCAAATGCCATCGTTTTCAAAATCCCCACCTATTGCAACTCTAGCTGAATCAGTAACAATCATTGTCTTCTTTCGCCGCGTGCGCAAAGTGGGTCATTGACTCGGGCGATCGCCATATGACAAAAAACATAAATTTGTTTTCTACTTCGCCGCCGTGCTGCTGCTTTCCCTACTGCTACTTGGCCGATGGATCATTGTCTCCGTCAAGGGGTCGGATCAATCACACTCACCCCTACCTTGTCCTTGTCTTCTGTCTTGTGTCTACCTACGTTTTTCGATAACTCCGATTTCTATGAGTCGCCTATCTCGCGACTTACATTGTTTCGCTTTCGCTTTTTCCCGGTTATTGCTTGTTTCGTGATCATTTGACGAAAAAGATTATTGGTAGGGGACATGAAGTCAGGGTCTCTATATCTTGGATCAAGAACCGCCTGCCGTGGCATGCGCGAGTACTACGCCCGTGTTTGAGGTTCATTGTCGGATGGGTCATCCTTCTTTGTCTGCTTTTGAAGAAGTTGTTTCGCAATTCAATAAAGTGTCGTCTTTAAATTGTGAGTCATGTCAATTTGCAAAGTTTCACCGTTTGAGTTCTTGTCCTAAGGTTTATAAACGAGCTAACCCTTCCTTTGAATTTGTCCACCTTGATGTTTGGGGTCCGAGTCCTGTTGTGTCTAAAACAAGATTTCGCTATTTTGTTACATTTGTTGACGACTTTTCTCGTCTCACTTGGGTTTATCCAATGAAAAATCGTTCTGAGTTGTTTTCTCATTTTTGTGCCTTTAATGTTGAGATTCGCAATCAGTTTAATGTGTCCATCAAAGTTTTGCGCACTGATAATGGAGGCGAATATTTTTCGGGTATTCTCGGTTCCTATCTTCAGGAGAAGGGTATTATTCATCAATCATCTTGTGCGGACACTCCATCTCAAAATGGTGTGGCTGAACGCAAGAATAGGCATTTGCTTGAGACAGCTCGGGCCCTGTCTTTCCAAATGAATGTTCCAAAACATTTTTGGGTTGATGCTGCTTCTACTGCATGTTTTCTCATTAATCGAATGCCATTTTCTGTTTTGGGTAACAAAATTCCGTTCCAAGTCTTGTGTCCTTCTAAAGAAATGTTTCATATCCCACCTAAGATCTTCGGGTGTACGTCTTTTGTTCGTGATGTTCGTCCTCAACGAACCAAGTTTGATCCCAAGTCTTTGAAATGTATCTTCTTAGGGTATTCTCGTGTCCAGAAGGGTTATCGTTGTTATTGCCCTAGCACGAACCGATATGTTGTTTCCTCTGATGTTACCTTTTTTGAGGATACTCCGCTCACCCTGTATCCAGTCCTCCATCCAGAGGATGATATGTTGGTTTATGAGGTGGTGTCTTCGTCTGGAAGTTCAGACCCTCCTCCGTCGCTCTCTGTTCCGTCTCATCCACCTCTTACTCAAGTGTACACTCGGCGTCCACGACCCTCAGAGGCATGCCCCGTACCTGTGACTTCTTCGTCATCTGACTTGCAACCTAGTGATGATCTTGACTTGCCCATCGCCCTTCGTAAAGGTAAACGCTCTTGTACGTATCCTATTTCCCTTGATTCTGTGTCGGTTCCTAAAACTACTAGTGAAGCCTTGTCCCACTCTGGGTGGCACCAGGCAATGGTGGAGGAGGTGGCTGCATTGGATGCGAATGGTACTTGGGAACTAGTAGCTCGTCCGTATGAAAAAAGCATTTATTGGTTGTAAGTGGGTGTTTGCTTGTCAAGATGAATTCGATGGATCGGTTGCTTGCGCTACCAAAGCACGCTTGGTTGCTAAGGGGTATGCTCAGACATATGAGATTGATTATAGTGAGACCTTCTCTCCCGTTGCCAAGATGTCGTCCATTCGCCTATTCATTTCTCTAGCGGCAACGAATGATTGGCCGTTGTTTCAGCTGGATGTTAAAAATGCTTTTTTGCATGGTGATCTCCTTGAGGAAGTCTATATGGAGCAACCACCCGGGTTTGTTGCTCAGGGGGAGAATGCCAAAGTCTGTCGTCTTCGTAAATCCTTATATGGCTTGAAATAGAGCCCACGGGCATGGTTTGGTAAGTTCAGTCAAGCTCTTGAGAAGTTTGGAATGAAGAAGTGTTCTTCAGATATTCTGTATTCTTTCGTCGATCTGTACGCGGGATTGTGTTGCTTGTGGTATATGTTGATGATATCGTAATTATCGGAAGTGATGATTCAGGAATGGTCTCACTAAAGGCCTTCCTTCATAGCCAGTTTAGTACTAAAGATCTCGGAACTCTGAAATATTTCTTGGGTATTGAAGTCATGAGAAGCAAGAAAGGAATCTTTTTGTCTCAGCAGAAGTATGTTCTTGATTTGTTGACTGAAACGGGGAAGTTAGGTGTGAAGCCGTGTAGTACCCCGATGATACCGAATCAACAGCTTGTCAAGGAAGGTGAAACATTTACCGATCCTGAGAGATACAGGAAGATGGTTGGGAAGTTAAACTATTTGACATCCACGAGACCGGATATCTCTTATTCTCGTGAGTATCGTGAGTCGGGCTTTATGTCGTTTCCCACAGCTTGATCATTGGAAAGTCGTGAACAGATTCTAAGTTATCTCAAGTTTGCTCCTCGGAAGGGTGTTTTATACAAGAATCATGGGCACTCCAATATCGAATGTTTTTCGGATGCTGACTGGGCAGGTTCTAAAGAGGATAGGAGGTCAACCTCAGGTTATTGTGTGTTTATGGTAGGTAATCTAGTATCGTGGAAGAGTAAGAAACAAAATGTGGTGTCTCGTTCCAGTGCTGAGTCAGAGTATAGAGCTATGTCTCAAGTAACGTGTGAGATAGTATGGTTGGTTCAATTGCTGAATGAAATCGGAGTGAAAACCGTGATACCTGCTAGACTATGGTGTGACAATCAAGCGAAGAATCCACATTGCCTCTAATCCAGTGTTTCATGAGAGAACTAAGCATATTGAAGTGGATTGTCATTTTATTCGAGAAAAGATACAACAAGGTTTGATTTCGACAAGTTATGTGAAGACTGGAGAACAGTTGGGTGATATCTTCACCAAAGCATTGAATGGAGTCCGAATAAACTACCTCTGCAACAAGCTGGGCATGATAGATATATTTGCTCCAGCTTGAGGGGGAGTGTTAGAGATTAGATGTATATTTGTATTTCTTGTATAGTTTATTGCTTTAATAGATCTAGGCTCATAAGGCCCGTCGGGCCCATTGTAATTCCTATATAAAGGCATTGCCTTTCATTGAATAAAAAAGCGACTCTTTAGTCACAAGCTCGATTACACAAACGACGATCAATGACAACAGATATGCAAACCTTATGAGTTTACAACAGGTGGGAACTGTGAAAGAATATAGGCGCCTGTTTGAGAAGTATGCAAAGGGAATACGCGATATTAGTGCTTGTGCGTTGGAGGGAAAATGGGAAAGCGGATTGAAGGAAGAAATCAGAAGTGAGATGAGGAAGCTGAGACCCGTGGGTATCCATGATAAGAAATTTATGACTCAAGTAATTGAGGATGACCTTGCTTTTCGAGCTCAAGCAAAAGGGGCAGGGTCTTCATCAGTAGTTAAGCCATCCACTAGCAACATGGGAACCGGGGCTATGTGTTACGCAATATTTTGGGACTCAGAGAAGTCGTACTTTTTATTGATATAACTATGTCCATATATATATACAAGGAGAATGATGCAAATCCTAACAACTCACTAAATATAGAATAATACTAAGAATGATGCAAATCCTAACAACTCACTAAATATAGAATAATACTAAGAATGATGCAAATCCTAACAATTCACTAAATATAGAATAATACTAACACTCCCCCTCAAGCTGGAGCAAAGATATCTATCATGCCCAGCTTGCTACAAAGATAATGTATTCTTGTTCCATTCAGTGCCTTCGTGAAGATATCTCCCAACTGTTCTCCGGTCTTTACATAACTTGTAGAGATTAACCCTCGATGTATCTTTTCTCGAATGAAATGGCAGTCCACTTCGATGTGTTTCGTTCTCTCATGAAACACTGGATTCGATGCTATGTGAATAGCTGCTTGGTTATCACACCATAATCTAGCGGGTATAACATTTTCTATCCCAAGTTCAGTCAACAATTGGAGCAACCACACTATCTCACATGTGGCTTGAGCCATAGCCCGGTATTCTGACTCCGCACTTGAACGGGAAACGACATTCTGTTTCTTGCTCTTCCAAGACACCAAGTTCCTCCCACAAATACACAATATCCCAAGTAGATCTCCTGTCCCTCTTTTGACCCTCGCCCAATCAAAGATCTCAATAACATTCCACCTCATATGACCATGACTCTCATACACTATTCCTCGACCAGAGAGCAGATTTCAAGTAACTCAAGATCTGCTCCACACCACCCAATGATCCACGATAGGGAGATGACATATATTGACTTACTACACTTACAGAGTATGCTATATCCACCTCATGCGAATAAATGATAATTTAATTTCCCAACCATTCTTCTCAGATCGTTCAGGATCTTTAAAAGGTTCTCCTTCTTTGACAAGTTGTACGTTTGGTATCATCGAGTATCGCAAGGTTTCACCCCAACTTTCCGGCTTGGATAACAGTCAAGGACATACTTTCGTTGGGACAAAAGATACCTTTCTTGTTTCGCATCACCTCGATACCTAAAAATATTTGAGAGTTCCCGGATCTTTAGTATGAAACTCGTTGTGAAGGAATTCTTTCAAAGAAAACTATACCGGTTGTGTCATCGCCAAAGGTGATTATAATATCATCAACATATACCACCAACAAAAGAATGTTATTATTGAATCTCCCAGAAAACACCGAGTGGTCGACGAACTCTTCTTCAATCCAAACTTTTCAAGGGCTTGACTAAATTTCCCAAACCACGCTCTCGGACTCTGTTTCGTGCCATATAAGGATTTACTGGCCGACAAACCTTGCCATTCTCTCCCGAGCAACAAACCTGTGTGGTTGCTCAAGATACACTTATTCTTGAAGATCGCCATGAAGGAATGCATTCTTAATATCGAGCTGGTGTAACGACCATTCTCGAGAAGCTGCCATCGAGATAAACAATCGAATCGACGTCATCTTGGCCACAGGAGAAAAAGTATCACAATAATCGATGCCATATGACTGAGCATAGCCCTTGGCCACGAGACGAGCTTTCAAACGAGCCACGGACCCATCCGAGTTAACTTTAATCGCAAATACCCACTTACACCCAATTACATTCTTACTGCAGGATTTGGCCACTAGCTCCCAAGTGTCATTAGCATCTAAAGCAGTCATTTCTTCAATCATTGCCTGGCGCCAACCAGAATGAGACAAGGCTTCATGAGTATTCTTAGGAATAGGTACAGAATCAAGAAATGTAAGGAGAGAGTATGTGGAAGGCAACAAATGAGAGTAAGAAACATAAGAAGAAATGGGATAAGTACATGAACGCTTACCTTTGCGAAGGGCAATAGGCAGGTCTAGGTCACTAACTGCTTGCGGTTCAGATGACGAAACATTTTCTGGTGGAGGACATGAGTCAGCAGACTGTTGTTGTACCCGTCTGAAATAAACTTGAGTAATTGGAGGACAAGACGAAGGAGGCTCCGTTGGAGGCAAACTAGGAGTCGGGAAGGAAACAACTTCGTAGATGAACAAGTTATCATCTTCCAGCCTCGAAGTGGACGACACTGGAGTGAAAGGTACATTTTCAAAGAACTGAACATCTGATGACACAAGATATCGATTCGAGCTTGGACAATAACACCGATAACCCTTCTGAACACGAGAATAACTTAGGAAGATACACTTCAACGATTTTGGGTCTAACTTTGTGCGATGAGGGTTTATATCACGAACAAAACAAGTGCAACCAAAAATCTTGGGTGCAATTGGGAATAGTTCCTTTGTAGGAAACAAGACATGAAACGGAGTTTTACCACTGAGTACGGAAGAAGGCATTCTATTGATCAAAAACAAGTCAGAGATACGCATCTACCCAAAAGTGTTTTGGAACATTCATTTGAAACGACAATGCCCTTGCAGTTTCAAGTAAATGTTGATTCTTCCGTTCTGCTACTCCATTTTGAGATGGAGTATCAGCACATGACGACTGATGAAGGATTCCTTTGTCACGTAAGTAAGATCCGAGGAGATTAGAGAAGTATTCTCCCCCATTATCAGTGCGTAAAATCTTAATAGAAGTTTTAAACTGATTTCGAATTTCAGCATTGAATGTACAAAAAATTGAAAACAACTCAGAACGATTTTTTATTAGATAAACCCACGTCAGACGGGAAAAATCATCCACAAAGGTTACAAAATAACGAAATCCTGTTTTAGATGTTATAGGACTCGGACCCCAAACGTCGGAATGAACCAAATCAAAGGGAGCATCAGCTCTCTTATGAACCCTAGGACTCGAACTAAGACGATGAAATTTAGCTAATTGACAAGACTCACAATCTAAAGATGACAAAGTACCGAAAGCTGGATAAAGTTTCTTCAAAACTGATAAGGACGGATGACCTAACCGACAATGAATGTCAAACAAAGACTCAGTGCTCGAACATGCAAACCTCATTCCCTGGTTGTTGATCAAGTATGTAGAGACCGCCAGACTCATATCCTCTACCAATAATCCTCTTCGTCATATGATCCTGAAACAAGCAGTAGCCAGGAAAGAAAGACACAAAGCAATTTAGATCATGGGTAAGTTTGCTAATTGAGATAAGATTAAATGCAAGATTTGGTAGACATAATACTGAAGATAAAGACATTGTGGGCGTAACATTTATCGGACCAGACCCTTGAACCGAAGATGATGACCCATCTGCCAAGGTGACAGCTGGGAACGGGGCCGGGGATAAGGGATTGACAAACAAATTACGGTTACCTGTCATATGTGATATAGCCCCAGAGTCGATGACCCATTTCGGAGAGGAGGTAAGGAGGCATCGATTTTTATTACCTGCCTCAGCAAATGTTGCAGTAGGGGGATTCGAGGAAGATGACTGTGACACTTGGAGGCTAGCAAACCCATCCGCGGAAGCATGAACTGAACGTTCAGGCGCATCGGATGACACAACATGGGCTACTTGAAATTTTTGATTATGATATCACGTAGCTTCCTACAATCCCTTTCGTGTGCCCCGGTTTCGACAATAATAGCATACCATAACACCTTTCGAATCTGTCGTCTCGCTATCTCCACCATGCTCTTGTCGCCGATCGTAATTGATTTTAGGTGCGTAAGAACTCACACCTTTCCCGAACGCGAATCTTGTCTCCCTACAAGTGCAATCGTTAGGTCAGTGATCCTACTGTGTCTTGAGGATGACCCTCAATCTGAAGAAGCCTCCTGTAAACCTCATCTAAACTAGGCACCTCAGTCCCAGAGAGAATTTGTGACCTTGCCATTTCAAACTCAGGACCTAAACCCTATAGAAAACTAATAACACCCATCTTCTCTCTCTGACTCTGTTGAACTTTTATATTTGCATCAAAAGGCATAAGAGCCGTGAGCTCGGCACTGTTCCTCTTGTGCTGCATATAGTACCCCGATATTGATTGTCCCTTTCGATCAGCATGGAAGTAGGATGTGCAAACATCATATATTCTTGTCACCTGCTCCTTTCAAGAATATAAGAACTCCAGAAATTTCATCAATTCCTTGACGCTATTACAATGAGTCACCAGGTCGACCACATCATCTTCTATTGAGTTTTGAATCTGATTATATAGTCGAGCATCATCTCGAAGCCATATTCTTTTCACTGACTCATCCGCTGGTGCATCATCCTTAATATGACTCTCCATCTCCATGCTCAGAAGATGAAACCGAATTGTTTTATTCCAATCGCGATAATTGAGGCCATTCAACTTACGCTTCGTGATTTCCGACGAGTGAGAAATAACACTGGTGTGCTTAGAATCAGCCATATATTCTTCCAAGCGTAAAACACCAATCTAAAATCTGGAAATTAGAGAATCAACGTCGAATTAAACAAAACACAGCAGGAAATTACAAAAAAAAACGCTCTAAACCTCAATCCCGAGACCAAATATTGCCGAAAACCACAAACAAACCACACAGACATGAAGAGAGGCTTGTCGTGCTCAAAGCCCAGGAAAAATCTCGTCAGAAAACCCTTCACGCGCTCTCACGCGCCTCCGTCTGCTGCGGCGATCTGGAACTTCCGGCGGCGCGTGTGAGGTCCCTGTTCGTCGTGCGGCGGCGATCTTCTAGATGCAGGTAGATCGGATGGCGGGCTTTCAAATGACGGTGGCGGTGACGACCAACTCCGGCAAGGCGCGGCGGCGGCAGTGGTTCTGACAGATTCCGGCGGTCCTGCGTAGTTTATGACGGCTATCTCGAACAGCAAGAGTACTATTCGAATATCCCGAGAAGCACACACCCAAACCCTAAATTCAATATTTTAAAACCCTAAGCATGGCTCTGATACCATGTTACGCAATATTTTGGGACTCAGAGAAGTCGTACTTTTTATTGATATAACTATGTCCATATATATATACAAGGAGAATGATGCAAATCCTAACAACTCACTAAATATAGAATAATACTAAGAATGATGCAAATCCTAACAACTCACTAAATATAGAATAATACTAAGAATGATGCAAATCCTAACAATTCACTCAATATAGAATAACACTAACACTATGAACTCGAGGACGACAGGAAGTGCTAATCTGAGAACTATAGCCCTAAGTTCCCAGAGACCTGTTACCACAAGTACACCATCCACATTACCCTATAAACGTTTGACAGATAGTGAGATTCGGGTCCGCAAAGATAAGGGATTGTGTTTCCGTTGTGACGAGAAATTTGTTCCAGGGCATCGTTGTAAAAAGAAAGAGCTCCAGGCTCTAGAGATACTCGTCGTAGGGGATGTGATTACCGAGGAAGCAGTTTCTGAAAATGACAGCGATGAGAATATCAGTGACACGGAGGACGCACGGGACTTAGCAACGCTGTCATTAAATTCGATGGCGGGGTTAAGCTCACCAAAAACTTTGAAAGTCACAGGATCTATTCAAGGTCTACAGGTAGTGGTTCTTATCGACAGTGGGGCCACCCATAATTTTATATCTGATGTGATCGTGACTAAGTTGAAACTTCCGGTGGAACCATCGCATGATTATGGTATTATGCTGGGAATAGGCAAGTCAGTAAGGACAACGGGAATTTGCAAAAATGTGGAACTGCACTTGGCGGAGCTTAAAATAGTTAACGATTTCCTACCTTTACCCCTTGGAAGTGCTGATGTGATCCTAGGGGTAGCTTGGTTGGAGACTTTGGGGAAAATTGAATTCAATTTACGCTCTTTGCAGATGCGATTTGTGTTGGGCTCATGGGAAGCCGAATTGCAGGGGGATCCACGCCTGGTTAAGGCGCAAGTGTCGTTGAAATCTATGATGAAATCTTTGCGACCTGAGGATCAGGGACTCTTGGTGGAATTGAATATGGTTGAGACCACATGTTCCGATGCGGTTCAGACAAACACTCTACCCGATTTAACTCAGGTACCCTGTGAACTGCACTCCTTAATAAAATCTTGCTCACCCGTGTTTGAGTCATTGACAGGGTTACCACCACCGAAGAACAGTGACCATTCCATCGACTTGAGGGCGGGAACGGATTCCGTGAATGTGCGTCCGTACCGATATCCACAATACCAGAAAAATGAGATTGAAAAGTTGGTGCGGGAAATGTTACTGGCTGGGATAATTCGTCCTAGCACGAGCGCTTTCTCGAGTCCTGTGTTGCTAGTAAGGAAGAAGGATGGTAGTTGGCGATTTTGTGTTGATTACAGAGCTCTGAATCATGTCACAGTCCCCTATAAGTACCCCATTCCCTTGGTGGATGAGCTTCTGGATGAGCTTCATGGAGCGACGATCTTTTCCAAAATTGATTTGAAGGCCGGTTACCATCAGATTCGCGTTAATCCTATTGATGTGCACAAAACAGCATTCAGAACTCATGAGGGCCATTATGAGTTCGTTGTCATGCCCTTCGGATTGAGAAATGCTCTAGCCACTTTCCAGTCAGTTATGAATGATATTTTGCGCCCGTATCTGCGTAAGTTTGTGTTGGTTTTCTTTGATGATATTCTCATTTACAGCATGACCATTGTGGAACATAGGGAGCACCTGGCTCGGTAAAACATGCGTTTGTTGCCAACGCCAAGAAATGCCAATTTGGGTTACACCGTATCGAGTATCTTGGGCATTTCATATCTGCTGAGGGCGTGTCTGCTGACCCAGCAAAGATTGAAGCAATGTTTGGATGGCCGAGTCCCAGAAATATTAAAGACTTACGGGGATTCCTAGGTCTAACGGGATACTATCGACGATTTGTAGCCAATTATGGATCGATGGCCTTTTCTTTGACGCAGTTGCTAAAGAAGAGAAAATTTGAGTGGGGGCCAGCTGCAGAGGACTGTTTCCAGAGAATGAAACATGCCATGAGCAGTGTCCCAGTCCTCCGATTACCGGATTTCAACCAGGAATTTGTGGTGGAAACCGACGCGTCAGGAATTGGTGTGGGTGCGGTGTTAATGCAGCAAGGCCAACCATTGGCATACTTTAGTAGGGCTTTGCCGATCATTCATCGCGTAAAGCCTGTCTATGAGCGTGAGTTAATGGCCATTGTGTTCGTCGTTCAGCGATGGAGAGTGTATCTGTTGGGACACCATTTTATTGTACGTACTGACCAGAAAAGCCTTAAGTTTTTACTAGAGCAGCATGTGGTGGATGGTGATTATCAGCGTTGGATTGCTAAACTTATGGGGTATGATTTCAGTATTGAGTACAAGAAGGGTCTCGAGAATCGGGCAGCTGACGCTCTTTCCCGGATGCCTCCGTCTTGTGAGTTGGGAATGCTGAGTGTCGTGGCCGGTATTAACACAGCTGTGTTTACGCAACAGATTAAGGAGGACGCGAAATTAATGCCTATTTTTACGACTTTGAAAGCAGGTGAGGCGGGTCCGCCTGGGTATTCAGTTGTGGGCGATGTGTTACTTTACCAGGGCAGGTTAGTGTTACCGCTGACATCCCTGACGATTCCTCTATTATTGTTAGAATTCCATGGGGGGGCTGTCGGAGGGCATTTTGGAGTCTTAAAGACATATCAGCGACTTGCTAATGAAGTTTATTGGCAAGGAATGAAGGCTCGTGTCCGCGCTTTTGTGGCCGAGTGTTCGATCTGTGTGCAGGCCAAACACCTGTCATTATCCCCAGCTGGGTTGTTACAGCCGTTACCGATTCCAGAACGAATTTGGGAGGACATCTCCATGGACTTTGTTGAGGGTCTTCCGCGTTCGGAGGGTTTCGACACTATTTTAGTAGTGGTTGACAGACTGTCTAAATATGCACATTTCATTCCCCTGCGCCACCCTTTCACTTCCTTATCGGTGTCTAAGGTTTTTATAAAAGAGGTGGTTCGCTTGCATGGGATACCGAAGAGCATTGTGTCTGACCGTGATAAAATCTTCACTAGCTTACTGTGGGAGGAAATGTTTAAGGCTTCGGGGACGAAGCTTCGCCGCAGTACTACATACCATCCCCAAACGGATGGCCAAACCGAGGTTGTCAATTGCTGTTTGGAGTCTTACCTACGATGTTTTGTGATGACTCAACCCAAGGCATGGTATCAATGGTTGTCTTGGGCTGAATTTAGCTTTAACACATCTTTTCACTCGTCCACGGGCATGACGCCTTTTGCGATCGTTTACGGTCGCCCTTCGCCGTCGATTTTGGGATATGATTTTAGAGCTAGCTCAGTGGCGGCTGTGGACTCACTGATGTTAGAAAGAGATCGAATCTTGGATTCCTTGAAGGCTAATTTGTTGTGTGCGCAACAGTCAATGTCGGATCGCGCGAATGCCATCGCCACGATGTTCAGTTTGATGTCGATGACTTGGTTTATATTAAACTCAGGCCTTACCGTCAATCTTCTCTGGCACGGTTTAAACACCCCAAGTTAGCACCACGATTTATTGGTTCGTATCGTGTTTTAGCGCTGGTTGGGCCAGTGGCATATCGGCTAGAGTTGCCTCCATCTGTGAAGATTCATCCGGTTTTTCATGTGTCCGTCCTGCGTAAGGCGGTGGGTTCTTCAGTTCTAGTTTTGGCAACGCCGTCCCTAGTGACGAAAGATTTGTGTGTCGTGGTTTGCCCTAAGGCTGTGTTGGGCATACGGGAGGACCCGCTTGAAGGGGACTCGCACCAAGTTTTGATCCAGTGGGAGGGTTCCACTCCAGAGGATGCTACGTGGGAGTCCGCCAGTGATTTCGAGCTGCAATTTCTGGACTTTCACCTTGAGGACAAGGTGGCTCTTTGGGGGGGAAGTATTGATACGATCCCGAGCCCGCTGAAGGTTTACTCGAGGCAGAACAAGACATGACGGAATTAGTTATTTATTATTAATATTCTTTAATTGTTATTTCATTTGTATTGGGCTTGTGGGCCTTAGTAGAGTTATTACTAAATTAGGTCACTTTCTATGCTTACTATATATAGGATAGGATAGGAGATTATGGAATTCATTCATTCAGTTGTCGTCTTTGTATTTGGCTCTTTGAGAGATTCTCTCGAGAGATTATCGTAGTTTAATAATATTTTGTGGTAGATTCTATCACAAACTCACTATTATCTTTTCTCTGCATAAATTAAAATTAGGTTAAAATGTCATTTTGGTCCCTCATCTTTGAGATTTATTCCAGTTTAGTCTCTAAACTTTTAAAAGCTCAATTTTAGTCTTTGAATTTTGAGGTTTGTTTCATTTTAGTCCCTGAACTTTGTGGTTTGTTCCTTTTCGATTCCCAAACTTTCTACAAAGCTTAAAATTGGTCCTCCGGGAAAATGTTGGCTTACTTTTCTTTAAAAATAATTATCAACTTTATCTATATGTTCACATTTTATCTTTGATTGTATTAAAATTATTAATATTATTGAACCAATTTCAATTAACATTAACTTCAAATTTATCATAGGGGCCAATTTTAAGTTTTTATGAAAGTACAAGGATTAAAAATTGGGCTTTTTAAAGTTCAGAGACTAAAATAGAATAAACCTCAAAGTTTAGGGACTAAAATTCTTTTGAAAGTTAGGAGACCAAAATAGAATCAATCTCAAAGTTGAGGGACCAAAATAATTTTTTAACCTTAAAATTATTTAGTGCGGCAGTATCTATAGATACTTCCAAAGAAATTGGTTGTGATTCTTGATTTTAATTTCAGGAGGTTCCATCCTTGGGGTGAAATTTCTAGATCCCTTAGCAGGTCTTCTTGTCTCCGGAATGATTCTTAAGGCTGGACTTCAAACTGGATACCAAAGGTATATATTAAATCTTAGCTTTTTCACTTTTACTTCAAAACTGTACCACATGGATTTTTCTGGTTAGGTATTTGTATTGGGAAATCTAATAATTTTGAAACACAACCAAGCTTTTCATTGAAACAGTGAAAAGTTACGTAAGTTCGATGAAACGACCAACTTGTAACGTGTAAGAGTCAACAAAAATACAAGCAAGTGTTCCAAGAGTACATGGAATGGAATACATGTTACTCTACTACCCAATTAAAATATTTCCTCTAGGATTAGTCTCTGTTGTTGATGAACTTTGTTATGTTTCATATTTCAATTCTCTCTAGCGGTGTGATTTGTTTTGAATTCTATATTTCTAATGTTCTTTGTTATAATGCATTTTAAGCATCTTGGAATTAGTAGATGCTGCAGTTCCAGCAAATCAAATAGATCCTGTTAGACAAACTATACTGCAAGCAGAGGGTGTCAAGGTAATTTTAAGTTTTGTAAATCTGTTAACTTATAAGGATCTTGTGAAACATAGTATTTTGACTTTTTGGCCGCTGGTTGCTGGGGATGCGGAGTTAAAATATTATGGTATTAGCCTATGGGGTATTAACTGTTAAAATTTAAAACTGCCGGATCCAACCTTGGGTTGACCTAGTGGTCAAAGATGGCCTTGAAGATCTAAGAGATTATGGGTTCAATCTATGGTGGTCATCTACTTATGGATTTCTTTGATATCCAAATGTTGTACGGTCAAACGATATGTTCCATAAGAATAGTTGAGGTGTGCGTAAGCTAGTCGGACACTCACGGATATCAAAAACGAAATGCCTGATCCGATTAGTCTTCCATTTCCATGCTTGTTGTTCATTATGCAAATAACTCTATCTGGCTGATGTTAAAAACCTATCTTTAGGGCTGTCATCGCCTAAGAGGAAGGAGAGCTGGCTCTTCGTTGTATCTCGATGTGCATATTGAGGTTGGTCATCTGAATGTATTACAAATATTTTACTACCAAATGTAATGGAAGGACTCCCATTTACATTACCTTTCTTTTGCTTTCAGGTTGATCCTTTTTCGAGTGTTAGTGCCGCCCATTGTATCGGCGAAAATGTTCGTCAAAAGATTCATACGTCCCATCCTGAAGTACCGAAGTATTTATACATATAGGTACATATGCTACTTGGTTAATTTTTCTTTTGGATCAGTGTTAGTTTTGGGACTCTTTTATCTCTGGCTATTTTGGTACATTTCCTCATTATCAATAATCCCCTGTAGATCCCTCCATCTCACATTTCCACAACAAGTTATCCGACGTGCAACGAGGTTCGATGGGAACTTTGAATCAAAATACAGACGTCCTTCTGAACGAGAAGAACATCGAACGAGCTGTTTCGGAAATCATCATATCAAAATTTCCTGAGGTCTAATTGTTTACTTGATTTAATTAGCATGTTTGTAGAACACCCTTCAAGAAAGGTCTTGAAGCAAAGTTTTGAATGTGTTTGTTTTTCAGAAAATGCTGGTTGAACGCATTACACCTCACTTATTGCAAGGTCAAATTCTTCTCCAAATTGAAGTTTCGATGCCTCCTGACTTACTAATTCGGTAAACTCTCAAACTCCTATACATTCTTAAACTACGGACATGAATACAAATTCAATAAGTTTATATATTTATGTTTAAAATAATGAGTTTAATGTATGGCTGCTCCCATATATTATTATTATGGCCTTTATATTATTGCGTCTAGTGCTATACTTAACAAGCATCACATGTTGGATCTTGTATTTAATTTGTACAACTAGTGTATTTTTATATATATTTAAATTGTATTTTTATGCGAGAAGGAATTCAAAATCAATAAGTTTATGCATTTTATCTTGCTCTCAAACACTATTATTATTATCTTATATTATTGTGTTTAGTTAGTAACCACTATGGGTAGCATAGTGGTCAAAAGGACGATTAATACTATGGGTTATCCATGGTTACCACTTATCTAGGAATTAATTTCCTATGAATTTCTTGTAAGGTTATGGTGTATGAGTAGTTACTAGTGTAGGGGTGGTGCAATAGTCGAAGACTTGAGCTTTTAAGGTGTGCTCTCATCAAGGTTTCAGGTTCGAGACTCACCTGCGAAATTAATTTTTAGATATCTCCCGTATCTTTATTCCTTCGATGTCTCCTGGTGCACGTCCCTAGGACGAGCTTAATTATCTCAGGCAGTGAAGCGAAGCTCCGATTTTCCTGTTTAAAAAAAAAAGTGTACCTAACAAGGGCATATATATATATGTGGGATTTGATATTAGCTTTGTAGAACTTCCTACGCATCCCCTTTATGCAAAGCCAAATTTTCTTGTTAATTTTCATGTTTTGAATGCAAAGCTAAATTAAAGCGCTTTTGCTACTTAGCTTATTATCATCATTATTCTTAATTCTCATTGCATGTTCCAAAAAAAAAAAAAAAAGTGATTGCAAATGATTTGTTATGCAGAAATGCAATGGAAGTAGCAAAACAAGCAGAAATGGAGATCTTGAAGTTAGCCTCTAACATTGTTCATGTCAGAATTCAGCTGAGTTTGGGACATCAAATTTCACAGGTTAGCCATTGAACAATTGGCAAAAAGAAAAAGAATTATAGAAATAGTTTACTGGGTGCCATATTACTTCCCCAATTTTGTTTATAGATTTAGAAAGTATGAATTTTTCCAATTTTGAAACCACAATACGTGTTCCTTCTTGAACATAATGGCATTTATTACTCCTAAATTACATATAATCATTTAAG

mRNA sequence

GAAGAAAGAAGATTCTGAATCTGTAAAATATGTACGGAATCGGTGCTGCTGCTCTGTTCTACACAGTCTCTGTTTCATTTCTTCAACCTCCACTCGCCCGATTCAAAATTCCACACCAAATTCCACAATCCCAAATCTCCCCATCATCAAAACCCACCAATTCTCCATTGAAATGGGCTTCAGATTCCACCGTCTCAACCCCATACTTCAATCCTTCTACACCAGCCTTTCCTCGCCAACCCACCAACAATTTCATGGAATTCCCTCGATCCAATCCCTCCATCGGATCTTTGATGATCCCAAGAGCAAAATCTGCCGAAGATGGCATTTGGGTCACTCCCAGCACCGTCGATTTGAGGATGGCGCGAGTGTTTTCATGGTGGGTCTTGGCGCTGACACTGGATTGGCTGCTGGGAAGGCTGTGACGGGCTATTTATCGGGAAGCACTGCTACAATCGCCGATGCGGCTCATTCGGTTTCTGATGTGTGCATGGTAAATTTGAGACTCTGGGAGCCCTTGGAATCTCTTCCATGCTTTTAGCAACAGCTGGTGGCATTGCTTGGCATGCTTCAGAACTCTTACTGGGATTGTTGTCAGCAGCTCCTGAAATAGTCAATCAGTCCCTTGGACCTGATATTTTGCATAACCATAGTCATGGTGGACATCATCATGGAATCACCATGGATCATCCTGTTCTAGCTTTGAATATGGCTATTATATCAATATCTGTCAAAGAAGGGCTTTACTGGATTACAAAAAGAGCAGGGGAAAGACAAGGAAGTGGACTCATGAAAGCAAATGCATGGCATCATCGAGGTTCCATCCTTGGGGTGAAATTTCTAGATCCCTTAGCAGGTCTTCTTGTCTCCGGAATGATTCTTAAGGCTGGACTTCAAACTGGATACCAAAGCATCTTGGAATTAGTAGATGCTGCAGTTCCAGCAAATCAAATAGATCCTGTTAGACAAACTATACTGCAAGCAGAGGGTGTCAAGGGCTGTCATCGCCTAAGAGGAAGGAGAGCTGGCTCTTCGTTGTATCTCGATGTGCATATTGAGGTTGATCCTTTTTCGAGTGTTAGTGCCGCCCATTGTATCGGCGAAAATGTTCGTCAAAAGATTCATACGTCCCATCCTGAATTATCCGACGTGCAACGAGGTTCGATGGGAACTTTGAATCAAAATACAGACGTCCTTCTGAACGAGAAGAACATCGAACGAGCTGTTTCGGAAATCATCATATCAAAATTTCCTGAGAAAATGCTGGTTGAACGCATTACACCTCACTTATTGCAAGGTCAAATTCTTCTCCAAATTGAAGTTTCGATGCCTCCTGACTTACTAATTCGAAATGCAATGGAAGTAGCAAAACAAGCAGAAATGGAGATCTTGAAGTTAGCCTCTAACATTGTTCATGTCAGAATTCAGCTGAGTTTGGGACATCAAATTTCACAGGTTAGCCATTGAACAATTGGCAAAAAGAAAAAGAATTATAGAAATAGTTTACTGGGTGCCATATTACTTCCCCAATTTTGTTTATAGATTTAGAAAGTATGAATTTTTCCAATTTTGAAACCACAATACGTGTTCCTTCTTGAACATAATGGCATTTATTACTCCTAAATTACATATAATCATTTAAG

Coding sequence (CDS)

ATGCTTTTAGCAACAGCTGGTGGCATTGCTTGGCATGCTTCAGAACTCTTACTGGGATTGTTGTCAGCAGCTCCTGAAATAGTCAATCAGTCCCTTGGACCTGATATTTTGCATAACCATAGTCATGGTGGACATCATCATGGAATCACCATGGATCATCCTGTTCTAGCTTTGAATATGGCTATTATATCAATATCTGTCAAAGAAGGGCTTTACTGGATTACAAAAAGAGCAGGGGAAAGACAAGGAAGTGGACTCATGAAAGCAAATGCATGGCATCATCGAGGTTCCATCCTTGGGGTGAAATTTCTAGATCCCTTAGCAGGTCTTCTTGTCTCCGGAATGATTCTTAAGGCTGGACTTCAAACTGGATACCAAAGCATCTTGGAATTAGTAGATGCTGCAGTTCCAGCAAATCAAATAGATCCTGTTAGACAAACTATACTGCAAGCAGAGGGTGTCAAGGGCTGTCATCGCCTAAGAGGAAGGAGAGCTGGCTCTTCGTTGTATCTCGATGTGCATATTGAGGTTGATCCTTTTTCGAGTGTTAGTGCCGCCCATTGTATCGGCGAAAATGTTCGTCAAAAGATTCATACGTCCCATCCTGAATTATCCGACGTGCAACGAGGTTCGATGGGAACTTTGAATCAAAATACAGACGTCCTTCTGAACGAGAAGAACATCGAACGAGCTGTTTCGGAAATCATCATATCAAAATTTCCTGAGAAAATGCTGGTTGAACGCATTACACCTCACTTATTGCAAGGTCAAATTCTTCTCCAAATTGAAGTTTCGATGCCTCCTGACTTACTAATTCGAAATGCAATGGAAGTAGCAAAACAAGCAGAAATGGAGATCTTGAAGTTAGCCTCTAACATTGTTCATGTCAGAATTCAGCTGAGTTTGGGACATCAAATTTCACAGGTTAGCCATTGA

Protein sequence

MLLATAGGIAWHASELLLGLLSAAPEIVNQSLGPDILHNHSHGGHHHGITMDHPVLALNMAIISISVKEGLYWITKRAGERQGSGLMKANAWHHRGSILGVKFLDPLAGLLVSGMILKAGLQTGYQSILELVDAAVPANQIDPVRQTILQAEGVKGCHRLRGRRAGSSLYLDVHIEVDPFSSVSAAHCIGENVRQKIHTSHPELSDVQRGSMGTLNQNTDVLLNEKNIERAVSEIIISKFPEKMLVERITPHLLQGQILLQIEVSMPPDLLIRNAMEVAKQAEMEILKLASNIVHVRIQLSLGHQISQVSH

Homology

[Close]

BLAST of Sed0015917 vs. NCBI nr
Match: XP_038876738.1 (metal tolerance protein 2 [Benincasa hispida])

HSP 1 Score: 508.8 bits (1309), Expect = 3.2e-140
Identity = 270/345 (78.26%), Postives = 288/345 (83.48%), Query Frame = 0


Query: 1   MLLATAGGIAWHASELLLGLLSAAPEIVNQSLGPDILHNHS--HGGHHHGITMDHPVLAL 60
           MLLATAGGIAWHASELLLGLLSAAPEIVNQ  G + LHNHS  HGGHHHGI MDHP+LAL
Sbjct: 162 MLLATAGGIAWHASELLLGLLSAAPEIVNQPFGHESLHNHSHNHGGHHHGIDMDHPILAL 221

Query: 61  NMAIISISVKEGLYWITKRAGERQGSGLMKANAWHHR--------------GSILGVKFL 120
           NM IISI +KEGLYW+TKRAGE+QGSGLMKANAWHHR              GSILGVKFL
Sbjct: 222 NMTIISICIKEGLYWMTKRAGEKQGSGLMKANAWHHRADAISSVVALIGVGGSILGVKFL 281

Query: 121 DPLAGLLVSGMILKAGLQTGYQSILELVDAAVPANQIDPVRQTILQAEGVKGCHRLRGRR 180
           DPLAGL+VSGMILKAGL+TGYQSILELVDAA+PA+QI+PV+QTIL+ EGVKGCHRLRGRR
Sbjct: 282 DPLAGLVVSGMILKAGLETGYQSILELVDAAIPADQINPVKQTILEVEGVKGCHRLRGRR 341

Query: 181 AGSSLYLDVHIEVDPFSSVSAAHCIGENVRQKIHTSHPE------------------LSD 240
           AGSSLYLDVHIEVDPF SVSAAHCIGENVRQKIHTSHPE                  LSD
Sbjct: 342 AGSSLYLDVHIEVDPFLSVSAAHCIGENVRQKIHTSHPEVSEVFIHIDPSISHFPPKLSD 401

Query: 241 VQRGSMGTLNQNTDVLLNEKNIERAVSEIIISKFPEKMLVERITPHLLQGQILLQIEVSM 300
            Q GS GT NQNTD  L EKNIE  VSEII+SKFPE MLVERITPHLLQG+ILLQIEVSM
Sbjct: 402 QQAGSTGTSNQNTDFPLIEKNIEAIVSEIILSKFPENMLVERITPHLLQGKILLQIEVSM 461

Query: 301 PPDLLIRNAMEVAKQAEMEILKLASNIVHVRIQLSLGHQISQVSH 312
           PP+LLIRNAME+AKQAEMEILK ASNIVHV IQL LGHQI Q++H
Sbjct: 462 PPNLLIRNAMEIAKQAEMEILKAASNIVHVSIQLRLGHQIPQLTH 506

[Close]

BLAST of Sed0015917 vs. NCBI nr
Match: KAG6575848.1 (Metal tolerance protein C1, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 505.0 bits (1299), Expect = 4.7e-139
Identity = 268/344 (77.91%), Postives = 287/344 (83.43%), Query Frame = 0


Query: 1   MLLATAGGIAWHASELLLGLLSAAPEIVNQSLGPDILHNHSHGGHHHGITMDHPVLALNM 60
           MLLATAGGIAWHASELLLGLLSAAPEIVNQ LG + LHNHSHGGHHHGI MDHP+LALNM
Sbjct: 157 MLLATAGGIAWHASELLLGLLSAAPEIVNQPLGHESLHNHSHGGHHHGIDMDHPLLALNM 216

Query: 61  AIISISVKEGLYWITKRAGERQGSGLMKANAWHHR--------------GSILGVKFLDP 120
            IISIS+KEGLYWITKRAGE+QGSGLMKANAWHHR              GSILGVKFLDP
Sbjct: 217 TIISISIKEGLYWITKRAGEKQGSGLMKANAWHHRADAISSVVALIGVGGSILGVKFLDP 276

Query: 121 LAGLLVSGMILKAGLQTGYQSILELVDAAVPANQIDPVRQTILQAEGVKGCHRLRGRRAG 180
           LAGL+VSGMILKAGL+TGYQSILELVDAA+PA+QIDPVR+TILQ EGVKGCHRLRGRRAG
Sbjct: 277 LAGLVVSGMILKAGLETGYQSILELVDAAIPADQIDPVRKTILQVEGVKGCHRLRGRRAG 336

Query: 181 SSLYLDVHIEVDPFSSVSAAHCIGENVRQKIHTSHPE------------------LSDVQ 240
           SSLYLDVHIEVDPF SVSAAHCIGENVRQ+IHTSHPE                  LSD Q
Sbjct: 337 SSLYLDVHIEVDPFLSVSAAHCIGENVRQRIHTSHPEASEVFIHIDPSISHVPLKLSDQQ 396

Query: 241 RGSMGTLNQN-TDVLLNEKNIERAVSEIIISKFPEKMLVERITPHLLQGQILLQIEVSMP 300
            GS GT NQN  D+ L EKNIE  VS+II+SKF E M+VERITPHLLQG+ILLQIEVSMP
Sbjct: 397 GGSAGTSNQNIDDIALEEKNIEAIVSKIILSKFHESMVVERITPHLLQGKILLQIEVSMP 456

Query: 301 PDLLIRNAMEVAKQAEMEILKLASNIVHVRIQLSLGHQISQVSH 312
           PDLLIRNAMEVAKQAE+E+LK ASNIVHV I L LGHQI  ++H
Sbjct: 457 PDLLIRNAMEVAKQAEIEVLKAASNIVHVSILLRLGHQIPHLTH 500

[Close]

BLAST of Sed0015917 vs. NCBI nr
Match: XP_022151544.1 (metal tolerance protein C1 [Momordica charantia])

HSP 1 Score: 505.0 bits (1299), Expect = 4.7e-139
Identity = 263/343 (76.68%), Postives = 288/343 (83.97%), Query Frame = 0


Query: 1   MLLATAGGIAWHASELLLGLLSAAPEIVNQSLGPDILHNHSHGGHHHGITMDHPVLALNM 60
           MLLATAGGIAWHASELLLGLLSAAPEIVNQ LG D LHNHSHGGHHHGI MDHP+LALNM
Sbjct: 157 MLLATAGGIAWHASELLLGLLSAAPEIVNQPLGHDDLHNHSHGGHHHGIDMDHPILALNM 216

Query: 61  AIISISVKEGLYWITKRAGERQGSGLMKANAWHHR--------------GSILGVKFLDP 120
            ++SIS+KEGLYWITKRAGE+QGSGLMKANAWHHR              GSILGVKFLDP
Sbjct: 217 TLVSISIKEGLYWITKRAGEKQGSGLMKANAWHHRADAISSVVALIGVGGSILGVKFLDP 276

Query: 121 LAGLLVSGMILKAGLQTGYQSILELVDAAVPANQIDPVRQTILQAEGVKGCHRLRGRRAG 180
           LAGL+VSGMILKAGL +G+QSILELVDAA+PA+QI+PVR+TILQ EGV GCHRLRGRRAG
Sbjct: 277 LAGLVVSGMILKAGLGSGHQSILELVDAAIPADQIEPVRRTILQVEGVMGCHRLRGRRAG 336

Query: 181 SSLYLDVHIEVDPFSSVSAAHCIGENVRQKIHTSHPE------------------LSDVQ 240
           SSLYLDVHIEVDPF SVSAAHCIGEN R+KIHTSHPE                  LSD Q
Sbjct: 337 SSLYLDVHIEVDPFLSVSAAHCIGENARRKIHTSHPEVSEVFIHIDPSISHFQHSLSDWQ 396

Query: 241 RGSMGTLNQNTDVLLNEKNIERAVSEIIISKFPEKMLVERITPHLLQGQILLQIEVSMPP 300
            GS+GTLNQ+TD LLNEK IE  +S II S+FPEKM+VERITPHLLQG+ILL+IEVSMPP
Sbjct: 397 EGSIGTLNQSTDTLLNEKKIESMISRIIQSQFPEKMVVERITPHLLQGKILLEIEVSMPP 456

Query: 301 DLLIRNAMEVAKQAEMEILKLASNIVHVRIQLSLGHQISQVSH 312
           DLL+RNAMEVA+ AEM+ILK ASNIVHV IQL LGH+I Q+SH
Sbjct: 457 DLLVRNAMEVARVAEMQILKAASNIVHVSIQLRLGHRIPQLSH 499

[Close]

BLAST of Sed0015917 vs. NCBI nr
Match: XP_022954108.1 (metal tolerance protein 2 [Cucurbita moschata])

HSP 1 Score: 502.7 bits (1293), Expect = 2.3e-138
Identity = 266/344 (77.33%), Postives = 286/344 (83.14%), Query Frame = 0


Query: 1   MLLATAGGIAWHASELLLGLLSAAPEIVNQSLGPDILHNHSHGGHHHGITMDHPVLALNM 60
           MLLATAGGIAWHASELLLGLLSAAPEIVNQ LG + LHNHSHGGHHHGI MDHP+LALNM
Sbjct: 157 MLLATAGGIAWHASELLLGLLSAAPEIVNQPLGHESLHNHSHGGHHHGIDMDHPILALNM 216

Query: 61  AIISISVKEGLYWITKRAGERQGSGLMKANAWHHR--------------GSILGVKFLDP 120
            I+SIS+KEGLYWITKRAGE+QGSGLMKANAWHHR              GSILGVKFLDP
Sbjct: 217 TILSISIKEGLYWITKRAGEKQGSGLMKANAWHHRADAISSVVALIGVGGSILGVKFLDP 276

Query: 121 LAGLLVSGMILKAGLQTGYQSILELVDAAVPANQIDPVRQTILQAEGVKGCHRLRGRRAG 180
           LAGL+VSGMILKAGL+TGYQSILELVDAA+PA+QIDPVR+TILQ EGVKGCHRLRGRRAG
Sbjct: 277 LAGLVVSGMILKAGLETGYQSILELVDAAIPADQIDPVRKTILQVEGVKGCHRLRGRRAG 336

Query: 181 SSLYLDVHIEVDPFSSVSAAHCIGENVRQKIHTSHPE------------------LSDVQ 240
           SSLYLDVHIEVDPF SVSAAHCIGENVRQ+IHTSHPE                  LSD Q
Sbjct: 337 SSLYLDVHIEVDPFLSVSAAHCIGENVRQRIHTSHPEASEVFIHIDPSISHVPLKLSDQQ 396

Query: 241 RGSMGTLNQN-TDVLLNEKNIERAVSEIIISKFPEKMLVERITPHLLQGQILLQIEVSMP 300
            GS GT NQN  D+ L EKNIE  VS+II+SKF E M+VERITPHLLQG+ILLQIEVSMP
Sbjct: 397 GGSAGTSNQNIDDIALEEKNIEAIVSKIILSKFHESMVVERITPHLLQGKILLQIEVSMP 456

Query: 301 PDLLIRNAMEVAKQAEMEILKLASNIVHVRIQLSLGHQISQVSH 312
           PDLLIRNAMEVAKQAE+E+L  ASNIVHV I L LGHQI  ++H
Sbjct: 457 PDLLIRNAMEVAKQAEIEVLMAASNIVHVSILLRLGHQIPHLTH 500

[Close]

BLAST of Sed0015917 vs. NCBI nr
Match: XP_023548946.1 (metal tolerance protein 2 [Cucurbita pepo subsp. pepo])

HSP 1 Score: 502.7 bits (1293), Expect = 2.3e-138
Identity = 267/344 (77.62%), Postives = 287/344 (83.43%), Query Frame = 0


Query: 1   MLLATAGGIAWHASELLLGLLSAAPEIVNQSLGPDILHNHSHGGHHHGITMDHPVLALNM 60
           MLLATAGGIAWHASELLLGLLSAAPEIVNQ LG + LHNHSHGGHHHGI M+HP+LALNM
Sbjct: 157 MLLATAGGIAWHASELLLGLLSAAPEIVNQPLGHESLHNHSHGGHHHGIDMNHPLLALNM 216

Query: 61  AIISISVKEGLYWITKRAGERQGSGLMKANAWHHR--------------GSILGVKFLDP 120
            IISIS+KEGLYWITKRAGE+QGSGLMKANAWHHR              GSILGVKFLDP
Sbjct: 217 TIISISIKEGLYWITKRAGEKQGSGLMKANAWHHRADAISSVVALIGVGGSILGVKFLDP 276

Query: 121 LAGLLVSGMILKAGLQTGYQSILELVDAAVPANQIDPVRQTILQAEGVKGCHRLRGRRAG 180
           LAGL+VSGMILKAGL+TGYQSILELVDAA+PA+QIDPVR+TILQ EGVKGCHRLRGRRAG
Sbjct: 277 LAGLVVSGMILKAGLETGYQSILELVDAAIPADQIDPVRKTILQVEGVKGCHRLRGRRAG 336

Query: 181 SSLYLDVHIEVDPFSSVSAAHCIGENVRQKIHTSHPE------------------LSDVQ 240
           SSLYLDVHIEVDPF SVSAAHCIGENVRQ+IHTSHPE                  LSD Q
Sbjct: 337 SSLYLDVHIEVDPFLSVSAAHCIGENVRQQIHTSHPEASEVFIHIDPSMSHVPLKLSDQQ 396

Query: 241 RGSMGTLNQNT-DVLLNEKNIERAVSEIIISKFPEKMLVERITPHLLQGQILLQIEVSMP 300
            GS GT NQN  D+ L EKNIE  VS+II+SKF E M+VERITPHLLQG+ILLQIEVSMP
Sbjct: 397 GGSAGTSNQNIGDIALEEKNIEAIVSKIILSKFHESMVVERITPHLLQGKILLQIEVSMP 456

Query: 301 PDLLIRNAMEVAKQAEMEILKLASNIVHVRIQLSLGHQISQVSH 312
           PDLLIRNAMEVAKQAE+E+LK ASNIVHV I L LGHQI  ++H
Sbjct: 457 PDLLIRNAMEVAKQAEIEVLKAASNIVHVSILLRLGHQIPHLTH 500

[Close]

BLAST of Sed0015917 vs. ExPASy Swiss-Prot
Match: Q8L725 (Metal tolerance protein C1 OS=Arabidopsis thaliana OX=3702 GN=MTPC1 PE=2 SV=1)

HSP 1 Score: 349.7 bits (896), Expect = 3.3e-95
Identity = 189/332 (56.93%), Postives = 233/332 (70.18%), Query Frame = 0


Query: 1   MLLATAGGIAWHASELLLGLLSAAPEIVNQSLGPDILHNHSHGGHHHGITMDHPVLALNM 60
           MLLAT  GIAWHA +LL   LSAAPE++             H GHHHGI M+HP+LAL +
Sbjct: 153 MLLATGSGIAWHALDLLSIALSAAPEVI-------------HSGHHHGIDMNHPILALTV 212

Query: 61  AIISISVKEGLYWITKRAGERQGSGLMKANAWHHR--------------GSILGVKFLDP 120
            I SIS+KEGLYWITKRAGE+QGSGLM ANAWHHR              GSILGV FLDP
Sbjct: 213 TIASISIKEGLYWITKRAGEKQGSGLMMANAWHHRSDAISSLVALVGVGGSILGVNFLDP 272

Query: 121 LAGLLVSGMILKAGLQTGYQSILELVDAAVPANQIDPVRQTILQAEGVKGCHRLRGRRAG 180
           LAGL+VS MI+ AGL+TG+QSILELVDAA+PA Q++P+RQTILQ EGVKGCHRLRGRRAG
Sbjct: 273 LAGLVVSTMIVNAGLKTGHQSILELVDAAIPAQQLEPIRQTILQVEGVKGCHRLRGRRAG 332

Query: 181 SSLYLDVHIEVDPFSSVSAAHCIGENVRQKIHTSHPELSDV-------------QRGSMG 240
           SSLYLDVHI VDPFSSVS AH +GE VR++I+ +HPE+S+V                   
Sbjct: 333 SSLYLDVHIVVDPFSSVSVAHEVGEYVRRQINLNHPEVSEVFIHIDPAFLQFSCSTKDHD 392

Query: 241 TLNQNTDVLLNEKNIERAVSEIIISKFPEKMLVERITPHLLQGQILLQIEVSMPPDLLIR 300
           ++ + +++    K++E  VS+I  S+  EK+ ++RITPHLL  +ILLQI V+MP  + I+
Sbjct: 393 SITKESNICQEIKHVEATVSDIFSSQLSEKLTIKRITPHLLHSKILLQIVVAMPSTMSIQ 452

Query: 301 NAMEVAKQAEMEILKLASNIVHVRIQLSLGHQ 306
           + M  A+ AE EILK A N+  V IQLSL  +
Sbjct: 453 DVMIAAEHAEKEILKAAPNVARVSIQLSLNSE 471

[Close]

BLAST of Sed0015917 vs. ExPASy Swiss-Prot
Match: Q10LJ2 (Metal tolerance protein 2 OS=Oryza sativa subsp. japonica OX=39947 GN=MTP2 PE=2 SV=1)

HSP 1 Score: 286.6 bits (732), Expect = 3.4e-76
Identity = 148/237 (62.45%), Postives = 185/237 (78.06%), Query Frame = 0


Query: 1   MLLATAGGIAWHASELLLGLLSAAPEIVNQSLGPDILH-NHSHG--GHHHGITMDHPVLA 60
           MLL TAGGIAWHA ++L G++S+AP+I+      ++ H +HSHG  GHHHGI ++HP+LA
Sbjct: 156 MLLVTAGGIAWHAFDVLQGVMSSAPDIIG-----NVSHAHHSHGSSGHHHGIDLEHPILA 215

Query: 61  LNMAIISISVKEGLYWITKRAGERQGSGLMKANAWHHR--------------GSILGVKF 120
           L++   +ISVKEGLYWITKRAGE++GSGLMKANAWHHR              GSILGV +
Sbjct: 216 LSVTAFAISVKEGLYWITKRAGEKEGSGLMKANAWHHRSDAISSVVALLGVGGSILGVPY 275

Query: 121 LDPLAGLLVSGMILKAGLQTGYQSILELVDAAVPANQIDPVRQTILQAEGVKGCHRLRGR 180
           LDPLAGL+VSGMILKAG+ TGY+S+LELVDAAV  + + P+++TILQ +GVKGCHRLRGR
Sbjct: 276 LDPLAGLVVSGMILKAGVHTGYESVLELVDAAVDPSLLQPIKETILQVDGVKGCHRLRGR 335

Query: 181 RAGSSLYLDVHIEVDPFSSVSAAHCIGENVRQKIHTSHPELSDV--QRGSMGTLNQN 219
           +AG+SLYLDVHIEV PF SVSAAH IGE VR +I  SH ++++V    GS+  LNQN
Sbjct: 336 KAGTSLYLDVHIEVYPFLSVSAAHDIGETVRHQIQKSHNQVAEVFIHIGSLQPLNQN 387

[Close]

BLAST of Sed0015917 vs. ExPASy Swiss-Prot
Match: C6DHK1 (Cation-efflux pump FieF OS=Pectobacterium carotovorum subsp. carotovorum (strain PC1) OX=561230 GN=fieF PE=3 SV=1)

HSP 1 Score: 69.7 bits (169), Expect = 6.6e-11
Identity = 48/189 (25.40%), Postives = 89/189 (47.09%), Query Frame = 0


Query: 28  VNQSLGPDILHNHSHGGHHHGITMDHPVLALNMAIISISVKEGLYWITKRAGERQGSGLM 87
           +  SL P  LH    G       M   ++AL   ++ +S +    W+ KR      S  +
Sbjct: 102 LQHSLEPQTLHAPEVG-------MWVTLIALVATLLLVSFQR---WVVKRT----HSQAV 161

Query: 88  KANAWHHRGSIL--------------GVKFLDPLAGLLVSGMILKAGLQTGYQSILELVD 147
           +A+  H++  +L              G+   D L  L + G IL + L+ GY ++  L+D
Sbjct: 162 RADMLHYQSDLLMNGAILVALALSWKGITRADSLFALGIGGYILYSALRMGYDAVQSLLD 221

Query: 148 AAVPANQIDPVRQTILQAEGVKGCHRLRGRRAGSSLYLDVHIEVDPFSSVSAAHCIGENV 203
            A+P ++   + + I+   G++G H LR RR+G + ++ +H+E+D    +  AH I +++
Sbjct: 222 RALPDDEHRAIAEVIVNWPGIRGAHALRTRRSGPTRFIQLHLEMDDALPLVQAHQIADDL 276

[Close]

BLAST of Sed0015917 vs. ExPASy Swiss-Prot
Match: Q6CZ45 (Cation-efflux pump FieF OS=Pectobacterium atrosepticum (strain SCRI 1043 / ATCC BAA-672) OX=218491 GN=fieF PE=3 SV=1)

HSP 1 Score: 66.6 bits (161), Expect = 5.6e-10
Identity = 46/189 (24.34%), Postives = 87/189 (46.03%), Query Frame = 0


Query: 28  VNQSLGPDILHNHSHGGHHHGITMDHPVLALNMAIISISVKEGLYWITKRAGERQGSGLM 87
           +  SL P  LH    G       M   ++AL   ++ +S +    W+ K       S  +
Sbjct: 102 LQHSLEPQTLHAPEVG-------MWVTLIALVATLLLVSFQR---WVVKHT----HSQAV 161

Query: 88  KANAWHHRGSIL--------------GVKFLDPLAGLLVSGMILKAGLQTGYQSILELVD 147
           +A+  H++  +L              G+   D L  L +   IL + L+ GY ++  L+D
Sbjct: 162 RADMLHYQSDLLMNGAILVALALSWKGITRADSLFALGIGVYILYSALRMGYDAVQSLLD 221

Query: 148 AAVPANQIDPVRQTILQAEGVKGCHRLRGRRAGSSLYLDVHIEVDPFSSVSAAHCIGENV 203
            A+P  +   + + I+   G++G H LR RR+G + ++ +H+E+D    ++ AH I +++
Sbjct: 222 RALPDEEHRAIAEVIVNWPGIRGAHALRTRRSGPTRFIQLHLEMDDALPLAEAHQIADDL 276

[Close]

BLAST of Sed0015917 vs. ExPASy Swiss-Prot
Match: O59758 (Uncharacterized metal transporter C1020.03 OS=Schizosaccharomyces pombe (strain 972 / ATCC 24843) OX=284812 GN=SPCC1020.03 PE=3 SV=1)

HSP 1 Score: 66.2 bits (160), Expect = 7.3e-10
Identity = 39/131 (29.77%), Postives = 62/131 (47.33%), Query Frame = 0


Query: 40  HSHGGHHHG---ITMDHPVLALNMAIISISVKEGLYWITKRAGERQGSGLMKANAWHHRG 99
           H+H GH H    +  +HP +AL +   S+ +KE L+  T+   ++  S ++ ANAWHHR 
Sbjct: 181 HTHIGHSHNPSQLLFEHPFMALGLIFGSVVLKEWLFRKTRTVAQKTDSNILLANAWHHRA 240

Query: 100 S---------------ILGVKFLDPLAGLLVSGMILKAGLQTGYQSILELVDAAVPANQI 153
                            L   +LDP  G LVS ++  AG  +  ++ L+L+D A      
Sbjct: 241 DALTGMVSLLALSGTYFLNAPWLDPFFGCLVSIVVFSAGFNSSKKAFLQLLDRAPSEELR 300

[Close]

BLAST of Sed0015917 vs. ExPASy TrEMBL
Match: A0A6J1DDD3 (metal tolerance protein C1 OS=Momordica charantia OX=3673 GN=LOC111019455 PE=4 SV=1)

HSP 1 Score: 505.0 bits (1299), Expect = 2.3e-139
Identity = 263/343 (76.68%), Postives = 288/343 (83.97%), Query Frame = 0


Query: 1   MLLATAGGIAWHASELLLGLLSAAPEIVNQSLGPDILHNHSHGGHHHGITMDHPVLALNM 60
           MLLATAGGIAWHASELLLGLLSAAPEIVNQ LG D LHNHSHGGHHHGI MDHP+LALNM
Sbjct: 157 MLLATAGGIAWHASELLLGLLSAAPEIVNQPLGHDDLHNHSHGGHHHGIDMDHPILALNM 216

Query: 61  AIISISVKEGLYWITKRAGERQGSGLMKANAWHHR--------------GSILGVKFLDP 120
            ++SIS+KEGLYWITKRAGE+QGSGLMKANAWHHR              GSILGVKFLDP
Sbjct: 217 TLVSISIKEGLYWITKRAGEKQGSGLMKANAWHHRADAISSVVALIGVGGSILGVKFLDP 276

Query: 121 LAGLLVSGMILKAGLQTGYQSILELVDAAVPANQIDPVRQTILQAEGVKGCHRLRGRRAG 180
           LAGL+VSGMILKAGL +G+QSILELVDAA+PA+QI+PVR+TILQ EGV GCHRLRGRRAG
Sbjct: 277 LAGLVVSGMILKAGLGSGHQSILELVDAAIPADQIEPVRRTILQVEGVMGCHRLRGRRAG 336

Query: 181 SSLYLDVHIEVDPFSSVSAAHCIGENVRQKIHTSHPE------------------LSDVQ 240
           SSLYLDVHIEVDPF SVSAAHCIGEN R+KIHTSHPE                  LSD Q
Sbjct: 337 SSLYLDVHIEVDPFLSVSAAHCIGENARRKIHTSHPEVSEVFIHIDPSISHFQHSLSDWQ 396

Query: 241 RGSMGTLNQNTDVLLNEKNIERAVSEIIISKFPEKMLVERITPHLLQGQILLQIEVSMPP 300
            GS+GTLNQ+TD LLNEK IE  +S II S+FPEKM+VERITPHLLQG+ILL+IEVSMPP
Sbjct: 397 EGSIGTLNQSTDTLLNEKKIESMISRIIQSQFPEKMVVERITPHLLQGKILLEIEVSMPP 456

Query: 301 DLLIRNAMEVAKQAEMEILKLASNIVHVRIQLSLGHQISQVSH 312
           DLL+RNAMEVA+ AEM+ILK ASNIVHV IQL LGH+I Q+SH
Sbjct: 457 DLLVRNAMEVARVAEMQILKAASNIVHVSIQLRLGHRIPQLSH 499

[Close]

BLAST of Sed0015917 vs. ExPASy TrEMBL
Match: A0A6J1GQ72 (metal tolerance protein 2 OS=Cucurbita moschata OX=3662 GN=LOC111456474 PE=4 SV=1)

HSP 1 Score: 502.7 bits (1293), Expect = 1.1e-138
Identity = 266/344 (77.33%), Postives = 286/344 (83.14%), Query Frame = 0


Query: 1   MLLATAGGIAWHASELLLGLLSAAPEIVNQSLGPDILHNHSHGGHHHGITMDHPVLALNM 60
           MLLATAGGIAWHASELLLGLLSAAPEIVNQ LG + LHNHSHGGHHHGI MDHP+LALNM
Sbjct: 157 MLLATAGGIAWHASELLLGLLSAAPEIVNQPLGHESLHNHSHGGHHHGIDMDHPILALNM 216

Query: 61  AIISISVKEGLYWITKRAGERQGSGLMKANAWHHR--------------GSILGVKFLDP 120
            I+SIS+KEGLYWITKRAGE+QGSGLMKANAWHHR              GSILGVKFLDP
Sbjct: 217 TILSISIKEGLYWITKRAGEKQGSGLMKANAWHHRADAISSVVALIGVGGSILGVKFLDP 276

Query: 121 LAGLLVSGMILKAGLQTGYQSILELVDAAVPANQIDPVRQTILQAEGVKGCHRLRGRRAG 180
           LAGL+VSGMILKAGL+TGYQSILELVDAA+PA+QIDPVR+TILQ EGVKGCHRLRGRRAG
Sbjct: 277 LAGLVVSGMILKAGLETGYQSILELVDAAIPADQIDPVRKTILQVEGVKGCHRLRGRRAG 336

Query: 181 SSLYLDVHIEVDPFSSVSAAHCIGENVRQKIHTSHPE------------------LSDVQ 240
           SSLYLDVHIEVDPF SVSAAHCIGENVRQ+IHTSHPE                  LSD Q
Sbjct: 337 SSLYLDVHIEVDPFLSVSAAHCIGENVRQRIHTSHPEASEVFIHIDPSISHVPLKLSDQQ 396

Query: 241 RGSMGTLNQN-TDVLLNEKNIERAVSEIIISKFPEKMLVERITPHLLQGQILLQIEVSMP 300
            GS GT NQN  D+ L EKNIE  VS+II+SKF E M+VERITPHLLQG+ILLQIEVSMP
Sbjct: 397 GGSAGTSNQNIDDIALEEKNIEAIVSKIILSKFHESMVVERITPHLLQGKILLQIEVSMP 456

Query: 301 PDLLIRNAMEVAKQAEMEILKLASNIVHVRIQLSLGHQISQVSH 312
           PDLLIRNAMEVAKQAE+E+L  ASNIVHV I L LGHQI  ++H
Sbjct: 457 PDLLIRNAMEVAKQAEIEVLMAASNIVHVSILLRLGHQIPHLTH 500

[Close]

BLAST of Sed0015917 vs. ExPASy TrEMBL
Match: A0A6J1JQY4 (metal tolerance protein 2 OS=Cucurbita maxima OX=3661 GN=LOC111488105 PE=4 SV=1)

HSP 1 Score: 498.4 bits (1282), Expect = 2.1e-137
Identity = 264/344 (76.74%), Postives = 285/344 (82.85%), Query Frame = 0


Query: 1   MLLATAGGIAWHASELLLGLLSAAPEIVNQSLGPDILHNHSHGGHHHGITMDHPVLALNM 60
           MLLATAGGIAWHASELLLGLLSAAPEIVNQ LG + LHNHSHGGHHHGI MDHP+LALNM
Sbjct: 157 MLLATAGGIAWHASELLLGLLSAAPEIVNQPLGHESLHNHSHGGHHHGIDMDHPILALNM 216

Query: 61  AIISISVKEGLYWITKRAGERQGSGLMKANAWHHR--------------GSILGVKFLDP 120
            IISIS+KEGLYWITKRAGE+QGSGLMKANAWHHR              GSILGVKFLDP
Sbjct: 217 TIISISIKEGLYWITKRAGEKQGSGLMKANAWHHRADAISSVVALIGVGGSILGVKFLDP 276

Query: 121 LAGLLVSGMILKAGLQTGYQSILELVDAAVPANQIDPVRQTILQAEGVKGCHRLRGRRAG 180
           LAGL+VSGMILKAGL+TGYQSILELVDAA+PA+QIDPVR+TILQ EGVKGCHRLRGRRAG
Sbjct: 277 LAGLVVSGMILKAGLETGYQSILELVDAAIPADQIDPVRKTILQVEGVKGCHRLRGRRAG 336

Query: 181 SSLYLDVHIEVDPFSSVSAAHCIGENVRQKIHTSHPELSDV------------------Q 240
           SSLYLDVHIEVDPF SVSAAHCIGENVRQ+IHTSHPE S+V                  Q
Sbjct: 337 SSLYLDVHIEVDPFLSVSAAHCIGENVRQQIHTSHPEASEVFIHIDPSISHVPLKFSDQQ 396

Query: 241 RGSMGTLNQN-TDVLLNEKNIERAVSEIIISKFPEKMLVERITPHLLQGQILLQIEVSMP 300
            G+ GT NQN  D+ L EKNIE  VS+II+SKF E M+VERITPHLLQ +ILLQIEVSMP
Sbjct: 397 GGTAGTSNQNIDDIALEEKNIEAIVSKIILSKFHESMVVERITPHLLQSKILLQIEVSMP 456

Query: 301 PDLLIRNAMEVAKQAEMEILKLASNIVHVRIQLSLGHQISQVSH 312
           PDLLIRNAMEVAKQAE+E+ K ASNIVHV I L LGHQI  ++H
Sbjct: 457 PDLLIRNAMEVAKQAEIEVSKAASNIVHVSILLRLGHQIPHLTH 500

[Close]

BLAST of Sed0015917 vs. ExPASy TrEMBL
Match: A0A5A7VI67 (Metal tolerance protein C1 OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold411G00170 PE=4 SV=1)

HSP 1 Score: 491.5 bits (1264), Expect = 2.6e-135
Identity = 262/344 (76.16%), Postives = 283/344 (82.27%), Query Frame = 0


Query: 1   MLLATAGGIAWHASELLLGLLSAAPEIVNQSLGPDILHNHSHG-GHHHGITMDHPVLALN 60
           MLLATAGGIAWHASE+LLGLLSAAPEIVNQ  G + LHNHSH  G HHGI MDHP+LALN
Sbjct: 208 MLLATAGGIAWHASEILLGLLSAAPEIVNQPFGLESLHNHSHSHGEHHGIDMDHPILALN 267

Query: 61  MAIISISVKEGLYWITKRAGERQGSGLMKANAWHHR--------------GSILGVKFLD 120
           M IISI +KEGLYWITKRAGE+QGSGLMKANAWHHR              GSILGVKFLD
Sbjct: 268 MTIISICIKEGLYWITKRAGEKQGSGLMKANAWHHRADAISSVVALIGVGGSILGVKFLD 327

Query: 121 PLAGLLVSGMILKAGLQTGYQSILELVDAAVPANQIDPVRQTILQAEGVKGCHRLRGRRA 180
           PLAGL+VSGMILKAGLQTG+QSILELVDAA+PA+QIDP +QTILQ EGVKGCHRLRGRRA
Sbjct: 328 PLAGLVVSGMILKAGLQTGHQSILELVDAAIPADQIDPFKQTILQVEGVKGCHRLRGRRA 387

Query: 181 GSSLYLDVHIEVDPFSSVSAAHCIGENVRQKIHTSHPELSDV------------------ 240
           GSSLYLDVHIEVDPF SVSAAH IGENVRQKIHTSHPE+S+V                  
Sbjct: 388 GSSLYLDVHIEVDPFLSVSAAHSIGENVRQKIHTSHPEVSEVFIHIDPSISHFPPKLSNK 447

Query: 241 QRGSMGTLNQNTDVLLNEKNIERAVSEIIISKFPEKMLVERITPHLLQGQILLQIEVSMP 300
           Q  S GT NQ+T+ LL EKNIE  VS+II+SKFPE M+VERITPHLLQG+ILLQIEVSMP
Sbjct: 448 QASSTGTSNQSTNFLLTEKNIEATVSDIILSKFPENMVVERITPHLLQGKILLQIEVSMP 507

Query: 301 PDLLIRNAMEVAKQAEMEILKLASNIVHVRIQLSLGHQISQVSH 312
           PDLLIRNAM+VAK+AE EILK  SNIVHV IQL LGHQI Q+SH
Sbjct: 508 PDLLIRNAMDVAKRAENEILKADSNIVHVSIQLRLGHQIPQLSH 551

[Close]

BLAST of Sed0015917 vs. ExPASy TrEMBL
Match: A0A1S3BRB4 (metal tolerance protein C1 OS=Cucumis melo OX=3656 GN=LOC103492849 PE=4 SV=1)

HSP 1 Score: 491.1 bits (1263), Expect = 3.4e-135
Identity = 263/345 (76.23%), Postives = 283/345 (82.03%), Query Frame = 0


Query: 1   MLLATAGGIAWHASELLLGLLSAAPEIVNQSLGPDILHN--HSHGGHHHGITMDHPVLAL 60
           MLLATAGGIAWHASELLLGLLSAAPEIVNQ  G + LHN  HSHG HHHGI MDHP+LAL
Sbjct: 157 MLLATAGGIAWHASELLLGLLSAAPEIVNQPFGLESLHNHSHSHGEHHHGIDMDHPILAL 216

Query: 61  NMAIISISVKEGLYWITKRAGERQGSGLMKANAWHH--------------RGSILGVKFL 120
           NM IISI +KEGLYWITKRAGE+QGSGLMKANAWHH               GSILGVKFL
Sbjct: 217 NMTIISICIKEGLYWITKRAGEKQGSGLMKANAWHHCADAISSVVALIGVGGSILGVKFL 276

Query: 121 DPLAGLLVSGMILKAGLQTGYQSILELVDAAVPANQIDPVRQTILQAEGVKGCHRLRGRR 180
           DPLAGL+VSGMILKAGLQTG+QSILELVDAA+PA+QIDP +QTILQ EGVKGCHRLRGRR
Sbjct: 277 DPLAGLVVSGMILKAGLQTGHQSILELVDAAIPADQIDPFKQTILQIEGVKGCHRLRGRR 336

Query: 181 AGSSLYLDVHIEVDPFSSVSAAHCIGENVRQKIHTSHPELSDV----------------- 240
           AGSSLYLDVHIEVDPF SVSAAH IGENVRQKIHTSHPE+S+V                 
Sbjct: 337 AGSSLYLDVHIEVDPFLSVSAAHSIGENVRQKIHTSHPEVSEVFIHIDPSISHFPPKLSN 396

Query: 241 -QRGSMGTLNQNTDVLLNEKNIERAVSEIIISKFPEKMLVERITPHLLQGQILLQIEVSM 300
            Q  S GT NQ+T+ LL EKNIE  VS+II+SKFPE M+VERITPHLLQG+ILLQIEVSM
Sbjct: 397 KQASSTGTSNQSTNFLLTEKNIEATVSDIILSKFPENMVVERITPHLLQGKILLQIEVSM 456

Query: 301 PPDLLIRNAMEVAKQAEMEILKLASNIVHVRIQLSLGHQISQVSH 312
           PPDLLIRNAM+VAK+AE EILK  SNIVHV IQL LGHQI Q+SH
Sbjct: 457 PPDLLIRNAMDVAKRAENEILKADSNIVHVSIQLRLGHQIPQLSH 501

[Close]

BLAST of Sed0015917 vs. TAIR 10
Match: AT2G47830.1 (Cation efflux family protein )

HSP 1 Score: 349.7 bits (896), Expect = 2.3e-96
Identity = 189/332 (56.93%), Postives = 233/332 (70.18%), Query Frame = 0


Query: 1   MLLATAGGIAWHASELLLGLLSAAPEIVNQSLGPDILHNHSHGGHHHGITMDHPVLALNM 60
           MLLAT  GIAWHA +LL   LSAAPE++             H GHHHGI M+HP+LAL +
Sbjct: 153 MLLATGSGIAWHALDLLSIALSAAPEVI-------------HSGHHHGIDMNHPILALTV 212

Query: 61  AIISISVKEGLYWITKRAGERQGSGLMKANAWHHR--------------GSILGVKFLDP 120
            I SIS+KEGLYWITKRAGE+QGSGLM ANAWHHR              GSILGV FLDP
Sbjct: 213 TIASISIKEGLYWITKRAGEKQGSGLMMANAWHHRSDAISSLVALVGVGGSILGVNFLDP 272

Query: 121 LAGLLVSGMILKAGLQTGYQSILELVDAAVPANQIDPVRQTILQAEGVKGCHRLRGRRAG 180
           LAGL+VS MI+ AGL+TG+QSILELVDAA+PA Q++P+RQTILQ EGVKGCHRLRGRRAG
Sbjct: 273 LAGLVVSTMIVNAGLKTGHQSILELVDAAIPAQQLEPIRQTILQVEGVKGCHRLRGRRAG 332

Query: 181 SSLYLDVHIEVDPFSSVSAAHCIGENVRQKIHTSHPELSDV-------------QRGSMG 240
           SSLYLDVHI VDPFSSVS AH +GE VR++I+ +HPE+S+V                   
Sbjct: 333 SSLYLDVHIVVDPFSSVSVAHEVGEYVRRQINLNHPEVSEVFIHIDPAFLQFSCSTKDHD 392

Query: 241 TLNQNTDVLLNEKNIERAVSEIIISKFPEKMLVERITPHLLQGQILLQIEVSMPPDLLIR 300
           ++ + +++    K++E  VS+I  S+  EK+ ++RITPHLL  +ILLQI V+MP  + I+
Sbjct: 393 SITKESNICQEIKHVEATVSDIFSSQLSEKLTIKRITPHLLHSKILLQIVVAMPSTMSIQ 452

Query: 301 NAMEVAKQAEMEILKLASNIVHVRIQLSLGHQ 306
           + M  A+ AE EILK A N+  V IQLSL  +
Sbjct: 453 DVMIAAEHAEKEILKAAPNVARVSIQLSLNSE 471

[Close]

BLAST of Sed0015917 vs. TAIR 10
Match: AT2G47830.2 (Cation efflux family protein )

HSP 1 Score: 343.6 bits (880), Expect = 1.7e-94
Identity = 188/332 (56.63%), Postives = 231/332 (69.58%), Query Frame = 0


Query: 1   MLLATAGGIAWHASELLLGLLSAAPEIVNQSLGPDILHNHSHGGHHHGITMDHPVLALNM 60
           MLLAT  GIAWHA +LL   LSAAPE++             H GHHHGI M+HP+LAL +
Sbjct: 153 MLLATGSGIAWHALDLLSIALSAAPEVI-------------HSGHHHGIDMNHPILALTV 212

Query: 61  AIISISVKEGLYWITKRAGERQGSGLMKANAWHHR--------------GSILGVKFLDP 120
            I SIS+KEGLYWITKRAGE+QGSGLM ANAWHHR              GSILGV FLDP
Sbjct: 213 TIASISIKEGLYWITKRAGEKQGSGLMMANAWHHRSDAISSLVALVGVGGSILGVNFLDP 272

Query: 121 LAGLLVSGMILKAGLQTGYQSILELVDAAVPANQIDPVRQTILQAEGVKGCHRLRGRRAG 180
           LAGL+VS MI+ AGL+TG+QSILELVDAA+PA Q++P+RQTILQ EGVKGCHRLRGRRAG
Sbjct: 273 LAGLVVSTMIVNAGLKTGHQSILELVDAAIPAQQLEPIRQTILQVEGVKGCHRLRGRRAG 332

Query: 181 SSLYLDVHIEVDPFSSVSAAHCIGENVRQKIHTSHPELSDV-------------QRGSMG 240
           SSLYLDVHI VDPFSSVS AH +GE VR++I+ +HPE+S+V                   
Sbjct: 333 SSLYLDVHIVVDPFSSVSVAHEVGEYVRRQINLNHPEVSEVFIHIDPAFLQFSCSTKDHD 392

Query: 241 TLNQNTDVLLNEKNIERAVSEIIISKFPEKMLVERITPHLLQGQILLQIEVSMPPDLLIR 300
           ++ + +++    K++E  VS+I  S+  EK+ ++RITPHLL  +ILLQI V+MP  +   
Sbjct: 393 SITKESNICQEIKHVEATVSDIFSSQLSEKLTIKRITPHLLHSKILLQIVVAMPSTM--- 452

Query: 301 NAMEVAKQAEMEILKLASNIVHVRIQLSLGHQ 306
           + M  A+ AE EILK A N+  V IQLSL  +
Sbjct: 453 DVMIAAEHAEKEILKAAPNVARVSIQLSLNSE 468

The following BLAST results are available for this feature:

BLAST of Sed0015917 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_038876738.1	3.2e-140	78.26	metal tolerance protein 2 [Benincasa hispida]	[more]
KAG6575848.1	4.7e-139	77.91	Metal tolerance protein C1, partial [Cucurbita argyrosperma subsp. sororia]	[more]
XP_022151544.1	4.7e-139	76.68	metal tolerance protein C1 [Momordica charantia]	[more]
XP_022954108.1	2.3e-138	77.33	metal tolerance protein 2 [Cucurbita moschata]	[more]
XP_023548946.1	2.3e-138	77.62	metal tolerance protein 2 [Cucurbita pepo subsp. pepo]	[more]

BLAST of Sed0015917 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q8L725	3.3e-95	56.93	Metal tolerance protein C1 OS=Arabidopsis thaliana OX=3702 GN=MTPC1 PE=2 SV=1	[more]
Q10LJ2	3.4e-76	62.45	Metal tolerance protein 2 OS=Oryza sativa subsp. japonica OX=39947 GN=MTP2 PE=2 ...	[more]
C6DHK1	6.6e-11	25.40	Cation-efflux pump FieF OS=Pectobacterium carotovorum subsp. carotovorum (strain...	[more]
Q6CZ45	5.6e-10	24.34	Cation-efflux pump FieF OS=Pectobacterium atrosepticum (strain SCRI 1043 / ATCC ...	[more]
O59758	7.3e-10	29.77	Uncharacterized metal transporter C1020.03 OS=Schizosaccharomyces pombe (strain ...	[more]

BLAST of Sed0015917 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1DDD3	2.3e-139	76.68	metal tolerance protein C1 OS=Momordica charantia OX=3673 GN=LOC111019455 PE=4 S...	[more]
A0A6J1GQ72	1.1e-138	77.33	metal tolerance protein 2 OS=Cucurbita moschata OX=3662 GN=LOC111456474 PE=4 SV=...	[more]
A0A6J1JQY4	2.1e-137	76.74	metal tolerance protein 2 OS=Cucurbita maxima OX=3661 GN=LOC111488105 PE=4 SV=1	[more]
A0A5A7VI67	2.6e-135	76.16	Metal tolerance protein C1 OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaff...	[more]
A0A1S3BRB4	3.4e-135	76.23	metal tolerance protein C1 OS=Cucumis melo OX=3656 GN=LOC103492849 PE=4 SV=1	[more]

BLAST of Sed0015917 vs. TAIR 10


Match Name	E-value	Identity	Description
AT2G47830.1	2.3e-96	56.93	Cation efflux family protein	[more]
AT2G47830.2	1.7e-94	56.63	Cation efflux family protein	[more]

InterPro

Analysis Name: InterPro Annotations of Chayote (edule) v1
Date Performed: 2021-10-25

Position :

Zoom :

x 1


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	COILS	Coil	Coil	coord: 272..292
None	No IPR available	PANTHER	PTHR43840:SF15	MITOCHONDRIAL METAL TRANSPORTER 1-RELATED	coord: 1..207
None	No IPR available	PANTHER	PTHR43840	MITOCHONDRIAL METAL TRANSPORTER 1-RELATED	coord: 1..207
IPR002524	Cation efflux protein	TIGRFAM	TIGR01297	TIGR01297	coord: 48..207 e-value: 3.9E-33 score: 112.9
IPR002524	Cation efflux protein	PFAM	PF01545	Cation_efflux	coord: 3..132 e-value: 2.1E-10 score: 40.7
IPR036837	Cation efflux protein, cytoplasmic domain superfamily	GENE3D	3.30.70.1350	Cation efflux protein, cytoplasmic domain	coord: 224..311 e-value: 2.3E-5 score: 26.1
IPR036837	Cation efflux protein, cytoplasmic domain superfamily	GENE3D	3.30.70.1350	Cation efflux protein, cytoplasmic domain	coord: 139..208 e-value: 8.1E-18 score: 66.1
IPR036837	Cation efflux protein, cytoplasmic domain superfamily	SUPERFAMILY	160240	Cation efflux protein cytoplasmic domain-like	coord: 136..207
IPR027469	Cation efflux transmembrane domain superfamily	GENE3D	1.20.1510.10	Cation efflux protein transmembrane domain	coord: 1..131 e-value: 1.5E-13 score: 52.8
IPR027469	Cation efflux transmembrane domain superfamily	SUPERFAMILY	161111	Cation efflux protein transmembrane domain-like	coord: 43..133
IPR027470	Cation efflux protein, cytoplasmic domain	PFAM	PF16916	ZT_dimer	coord: 138..207 e-value: 1.5E-16 score: 60.3

Relationships

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


Feature Name	Unique Name	Type
Sed0015917.1	Sed0015917.1	mRNA

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:0006812	cation transport
biological_process	GO:0055085	transmembrane transport
cellular_component	GO:0016021	integral component of membrane
molecular_function	GO:0008324	cation transmembrane transporter activity