Tan0016479 (gene) Snake gourd v1

Overview


Name	Tan0016479
Type	gene
Organism	Trichosanthes anguina (Snake gourd v1)
Description	protein DGS1, mitochondrial
Location	LG05: 605095 .. 628393 (-)
RNA-Seq Expression	Tan0016479
Synteny	Tan0016479

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonfive_prime_UTRpolypeptideCDSthree_prime_UTR

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

AAAAAAAGTGCTCGACCGTTCCTACAGGAAAAGAGAAAAAAAGGAAAAGACATTGAGCGTAAAATTAGTTCTAATTCTAACTCCCAAGTTTGCAAACACATTGAAAAGGGGCTCGCTTCTTCAGTGAGCAAGGAACGTGACAGAAATTTGCTGAAGAGGTGAAGCACAGCTCCAATGGAGACAACGCCCGAAGAAAGTGAAGACAAGGGCATCAGATCCTTAATTTCATTACACTCTCTTCGTGTATGGAACCGAATTGTATCGTTTTTCCCGTCGACTCGTGATTCCAATTTTCTTTGGAAGCTTTCGAGTCTCCTTCGCCGGAGGAGACGCAAGATTGGTCTTCCTCTTCCGCTACCTTTGAACTCGATAAACTCTTCCGTGTAAGTTGCTTTCTACTCGGTTCTACACTTTATTTTTTATAGTTTGTTAGATTTAGCCAAATACTTGTAAAATAACTATCGTCAATGGGGAAATGCAAAAGAGTGAGGAGGTTCTGTTCGATTTCACTCCTTGCCGTTGCTTGTAAAACGTAGCATATGTTGTTAATAATCGTAACTGTTTTTATCATTAATGACTCGAGTCCTCACCCTGTTATGCCGGGCGAAATGGAAATGGATGTCCTTAATTTAAGTTTTCATGAAAGGCCATGGCTATGATGTTATATGAATTTTAAGGAAGTAAAGAATTTCCACCGCAATGACAATGACACAAGTTCCTACCAAGTTGAATCGCAGGCTTTCTAGAGTTTATAGAAGGTGGTGGTTATATATATATATATTTTAACATGGTAAATTTTACTCATCATTCTCTTATCTGTGATCCACTTTGAGCATTATGAACGCGTTTATGTCGGTTGTACATTGTGCTTTCTACTACATGGTTTACTTAGTTTATTAACCCTTCTGGCTTGAACTAAACAAATTGGGAGCTTGGTTTGTCTGGGTCTTCTTATAGCAAATCTCAATCCATTTTTGGATGCTTTTAATTCTTCTCTAGTTGCATATTCAGACCACCATCTGGTCATTGAATATGATCAGCGAGGTTTGCCTCTATAATTGGCTGCTAGTTATTGGGGAAGTGAATGTCGACGAGTGTACACAAATTAGATACAAATATTGTGATTTCGTTCATTATATGGCCTCACGTCTGGGTGGTTTTCAGGCTTTCACAAAAAATTGTTTGGTGACTACCCTGTTTTTGTTGATCAGCCTAGATTGGAAAGTTTTATATGTAATTGGTTTCCTTCATTGGGTTTCCACTTCCATGGTCACTAGGTTGTTTTATTTATTTATTCATTTTGATATGAATATAGGATCTCTTACTAAAAGAAAAAAAAAAAGATACAAATATCATTGGCTTAAACCTCAATGAAATGTTAATTTTATTATTATTATTTTTTGAATGAGAACCTCAACAGAGTGTTATATACCCGAAGACAGGCGGGATCATTCGTAAATCGATTGCCCATTTTATATATAACCCGGCTTTCAACTGTTTTAGTATTTATTGAGCCTTTCTTTTAATCGGTTCATGAAAACTACAAACAGTTTAACAGTAACAGGCTGGGAACCAACAGAGGCATCTAGACTGTACGATGTTTTGGGTGATCTTTTGGAGCACTGTTTCTTGAATTTACATAACATTTGGAAGAACTTGGAGTTCTGGCAATCTCGTGCAGAGGTAAGTCTTTTTGTTGCCTAGTGTTTTTAATAAATTTATTTGATGTACTATAGAAGATGCAACATTAGATTATCACAATGGTACAACCAGGATTACTCAGTTATTCCTTTTTAAGCGTCTAGCATCTTCCAGTCCCACCAAAATCTGATCAATGTAGAGGAGAGGGGCTTCACTTCATCCACCAAAAGACTGAGAACAATGTGTAAGGAACAATTATGAAACCTTCCCCTCTTTCTCCACGCATTTGTGGAGACAAATTATAAAGGAATCTTTTCTTGCAACATATCTTTAGTAATAATCTTTTTGTGAGCAACGCTCAAGGAGAAGTTGAACTTATTTGGGCAAATTGGTCTTCTAAATCAACTTTTTAGGAGCAAAGTTGACTGGAATCTTTTTTTTTTTTTTTGGCTAAGAAACGAACACAAAATATTCAGAAGGAAAGAAAGAAAAGACAACATAAGAGCTGGGGGGAAGAGAGAACCCCCACCCTAAGAACTACTTACAAAGGGCTCAATGGTTAAAAATAAGAGAGAAAGGGTAGTTACAAAAGAATTTGCTAAATCTATGACACGCCACGAAGCATTTAGCTGTACACTATCCCAAAAAAACCAAAGGAAGTAGACTTATCTTAAAAAATCCCTCTATTCCTTTCCTACCATAGCTCCAAAAAAGCACTCTTGACAAACTTCCAAAGAATTCTAGGCTTCCTTTTCAGCTTCCAGTCCCCTAAAGATTCAATGAGCCCCGCAAAGTCGATTGGAATCTAAAAAATATGAAGAAGGCATTACAAGGAAAATCCCTCTCGTCAAAAGTCCTTCCCTCTCATAATTGGATGAAAGATCTGTCAATCCCTTTCAGTTAATTATGCTCGATGACTTTTTAATGCGAAGTATATGATTGTTATCTTTCTGATTCCTGCTAAAACTTGGTTGTGTGTGCTTATGTCATTATTTTCATGGAATTTTCAGGGTACAAATGCTCAAAAAGTTTACTTTATGATTTGTGAGAGAGGTCCAAGGGCCTTTTTTAATGGAACAGTGCAGTTAATGCGCCAAAGTATTAGGGATGGGTTTTCCTTGCAACATGTAGCTCGTGATGCATCTCTTTACATAGCTGACCGAATAACCATATTGAGCAACTTAAGATGTCATCTTGCAGTTTTTGTGGCTCAGGTTTGGTTGGCTTTTTCAGCACTCATTTTCGAACACCATCTCATCATTTTCGTGGTTTATTCTATCCTTGAAAAGATAGTTGCTCCTTGAGTCTCAATGCGCTCTCTCTCTCTCTCACACACACACATGCGTGCGCACACAATTTTTGGACTTGGACTCATGAGACTGGCAGACTAGTAGGAGATCAGATTTGGAAAATTTCTTTTGGCGTTTGCATGGGCTTATGAGACAATGTTATCTTTACTAGTTTTATTTTTTAGTTATATAACGATGTTGTCTCTTTACTGGTATTTTGTTAAATGATTGTGCGTGCCCACCCCCCTTTATTTTCTTTCTTCTAATTTTTTTTTAGATAGGAAACATCTTTCCTTTGAAGAGGTAAAATGTAAAATAGGGGAAGATAAACCATCCTTCCACCTAATGGCCAAACGAGATCTTAGATTAAGCTCTCCAATTGGCTTGAATAATGATGTTTTTCTAGGCTCTGTAAGGGTGGTCTCACCACAAATAGTAATATTTAGAAGAGATACCCAAATGCTATCATATGGAAAGGATATGGAAGATGCAGTCCATCTCCCATTTTTTTTCTTTTTTCCCCAAAGGCGTATATTCTGTGGAACAAATTGGTTGAGATGTTTCATTTTCTTGTTTGGTAATTGGTTAATGGTGGAGTTAACACTTTGGACTGCATATTTAAGAAGTCTTCCTGTCAGCTAGGGCCACAATATTGTATCCTTTGCAGGAGCATCTGAGGACCTTGATCGCCTTCTGTGGATATGTCATTTTTTTTTTTGTCGGTTCTCGACTACATTTCTTGACGTTTAACGTCTTGTTTGGCTTGACCTGATGTGTGTAGTCCTATGTTGGAGGAGTTTCTTCTTTAGTCGCCCTTTTGTGTAAGGGTCGTTTTTTTGTGGTTTGTGGGTGTTCACACTATTTTATGGGGTCTTTGGCTTGAGAGAAGCAATCATACTTTTTTTTTGTTGGATAAGAGAGAAACAATCATACTTTTAGAGGGGTTGAGAGATTTTGGGGGGAGGTTTGGGCCCTTGTTAGGTTTAATGTTTCTCTTTGGGCTTCGGCAAAAACGTTTTGTAATTATTCCTTAATCTCATTTTGGTAGATTGAAGCCCCTTTTTAGTCTAGGCGAGTTCTTGTTGTGGGGCTAATTTTTTTGTATGTCCCATTCTTTCATTTTTCATCCATGAAAAATTGGTTGTTCATTAAAAAGAGAAAAAAACCTCCCTCTTCCTAGTTTGCTAAGGCTTAAGTATTTGTTTGTGAGTGGTTTTTGGTCACTGCTGCCATATGGAAAGGCTATGGAAGATGCAGATTGCAGCCCATCTCCTATGTTTTGCCCAGAGGCATCAATTCTGTGGAACAAACGGGGAGAGATGTTTCATTTTAACTTTCTTCTTCCTAGTTTGCTAAAGATTAGGGATTTGCTTGTGAAGGGTTTTTTGGTTTCCGCTTTGAGGATACAACCAAGTAGCTTAGAGTGGTTTTGATGGGCTCCTTTGAGCCGTTTGGATTGGGTGGTGGAATAGAAGAATCTTTAATGATGGAGCCATAGGTTTGGGTTTGGACCAGTTCCTTTCATTTGTTCTCAAAGAAAGTTTGATTATTCATCAAAAGGAAAAGTTTGGACCAGGTGGAAATCTTTTGGTCTTTCACATTTTTGCATCCATCTGTCATGAAATATCAATGGAATATTTCTTGAGAGTTGTTGGGTGGAAATAGTTTTTTGGAAACTATTTGCGAGGTAGTGATCGAGAAACTTCAAGAGCATCGAAAGGATAATGAAGACTTGGTCTCTCCCTCTCTTCTGCCTTTCCCTCCGGTGATATAATTACAATTTCACTGCTTAACATTCAAATTTTAGCTCTCTCTCAAATTCTTGTTCGCTTATTTTGATTTCGTTCCTTTATGGTTCCTGTAGGTCTTTATGGAAATTGACAAAATTGGCGCAGAGGCAGTGAATGATCAAGAAAATTCCTTACCGTCATTGTTGGTTACATTGAATGGCTTATTTCTTGATCTAGAGGCATCAATTTGTCAACTGCATGCAACACATCATGTAAGATTGATTATTTGTAAACTTTATTGTTAAAAATACCGAAGCAGAAATTATTCTAATTTCATGTTTCAATTCTCAATGTTTATTTTGTATATGACTACGCAGATGGATTTTATCGATGGCAGCTTTCCATTTCCTCTATTTGAAAAATTACCAGTTGTGAACAAGGAGGGATCTCAGTGGACGAGTTGTGAAATCGGAGATGCTATCAACTTGCTTTATCAGAACCTTCACAAGTTGGACTCTTTCATATCTGCTCTTGTAAGATCTCATTTCCGATGCTCCTATAACTACAAATTTAATTTTACGCTCCTGAATGGTTTGGTAGTCAAGAAGCATACTTTCAATTTGATTTGTTTCTAATTTTTGGGACCTGTGGCAAAAAATTCTCAGATCAAAAGAAATATAGTGCTACTACCTTTCATAGAATAACGTTTTCAAGCATTCCAATTCCTTCCATTATGTTGACAACTTGAGATTAATAAATTGTATCATCTCCTACATGGTAAAATTCTTTGCACTGACTTTGGTGTACCAGTCTCTCTCACTCTCTAGTTCTCGGTGTGAGATATTTATGAACTTCATGATCTATGCAACAATAATTATTAAATAGTTGATGTAATGTTTCTTATTGATTGATTTATGATGTAGATTTTTAATAACATTTTTTTTTTTATTAATGATCACAACATGCCCTGCCAACTCAAATGAATGCTAGGAATAGTAATATTCTTACTATTGGTTTTAATGAAAATTTGACTCAACTGTGCCCACAACTCGCTATAGATGTGCAATCACTATAGATTTGAGAGAATCGATGTATACTATTCCATCCAATTCAGAATTCAAATACATATGGACACGGATACAAGATTGCCTAAAGTAAAGAATGTGATAAGACACACATAGAAACGCATACAAGGATTGCGTAAAGTAAAGAACGTGATAAGACAATGGATGTAATGTCTAAGATATTAATAATAATACAATTTGTTAAAGCACTATTGAATTTCCAGTAAATTTAATGTTCTATTCATACTTTAACACTCTCCTCACTTTAGGCTTGAAAATTTACATAAGGGCCAACGTGTGGCTATCAATATTAATTTGTTAAATCACTATTCAACTTCCAGTAAATTTAATGTTTTATTCATACTTTAAGCTAATGACTGCTAGGATTGTTAAGTTTGGTGGTTGTAAATGGGGAGCTTTCATTTTCAGTCAAATTAGGTAATTGGCTGTCTTGAATGAGGAGATTTTTGTTCCTTTGTTGGTGATGGTTCTTCTGAAACTTTTTTAAAGGGTTATAAGATCTTGCAAAGCTAAAGAGGGTTTTTTTAGGAGTCATCAGTCCTGTGCAGTAGTGAGATCATTATCTTGGCTTTTGGTGGTCTCTCCCACATTGCAAAAGGAGGTTTTTGTTTTTTGTTATAGCTTTTTTTGGATTTTTGGTTGGAAGGGTTTCATCAGATATTTCATTGGCTTGTTCGCTTCGAGTCTCCTCGTTTAAAAGCTTCATCTAGGTGTTCTCTTTCAAAGTCTTGTGTTGAGTTTTCTTTTAGATTTTATGCTTATTTGATTTGCCTTTACTTGTCCTTAGTAATTTTTTCTTGTTTCACTCCCTTATAAAATTTGTATCTTATGAGCATTCGTTTCTTTTCATTTTTTTGATGAAAATTTTTGTTTCTTATTCCCCCAAAAAATTAATCGGGGATCAAACACATGGACTCTTACTTTAATACCATGTTAAATCATTATTGAACCCAACAGTTTTAGGCTGTTGGGTTACAATAAATTTAATTTTTTATTCGTACTTTAACACAAATATATTAATATAAATATTATAATGCTCTCCTTCAGGTTGGTATTGAAAACAAAGTCTCGGAGCACCTTAGAGCTATTCCCTACAGTGATGTTTTAGTTCTTGATAGTTTATGAATACTCTTCACTAAGCAGAGTTCATTTATGTGTGTTTTCCTCATATTTTGATGCTTCTTGTTGTATTATGCCTTTCCATACTATGAGGTATTGATGTGCACCTGTCTTCTTTTTTAGGTTTCTAAACATCGAAAGCCAAAGAAATTAACTCAATTCTGGCTTGGATATACCTGTGGTGCAATTGGTCTTTCAGTCTGCTCTGTTTGGCTTCTTCAACATAGTAGATTAATGGGGAGCAATGACATTGAGAATTGGGTTCGTGAAGCACATAATTCAGCAGCTGGTTTTTTCAAGGATCATGTAGAACAACCGGTATTATTTTTACTATTTCGATTTGGTTTTCTTTCTTTACCATTTCGATCTGGTTTTCTTTGTCACATTTGGCGATGTGGAGCTCTATTCTCAATTTTATTTACCATTGTATTCTAGTTTTCTTCGGTTTGGTCTTCAATTATGGTTTATTATTTTTTTTTTGAAAAGAATTATGGTTTATTATTAGGACTCTGAATTCTGTTTACATGAAATGCACCTACTTAAAATGAAGAGTAACATAGTATGTGTTTGGGGTGCATAGTATTCAACAGGTTATAATAACACATGTTATTATAACCTGTGCCCCAAACATGCCCTAAAACTTTTTGAGTCTAATTCTCCTTGTGATATTTGTATTAATTGTTATTATAACCTGTGCCCCAAACATGCTTTAATTCTCTTTTCATAGGCTTCTTTATATTTTATTCTTTTCACTCCTTTGGGAGTTATTATTTCTGAATACTCTGTCCTTTTCATCAATGAATGAATGAAAAGTTTGTTTCTTGTCTTAAAATTATAAGAACGAAAAGTTTGTTTCTTGGTCTTTACAACTCTTCTTTTTTTCATTTCTAATCGGTAGTGTTTCTTGCAATTCAACTTTTAGTATCAAGAGTTTTCTCCCTTTCATTTATCAATGAAATTGTTTCTTATATATTTTTTTTAATAAGAATGAAAGCACAAAAGAAAGGGTCAAAATATGGACAACATGAAAACAGACTGCTAACAGCTGGTTGTAAATTACTGTTCTATTAGTCGCCGCTTAGTTGCCTAGTTTATTGTGAGTGATTAGTTAGTTATGGCAGCAGGTATAAATAGGGCTTGATGCCCATGCTAGGTTGCATCGATGAATTCTATGTCAGTGTAACTTAATTATGATTGATTACCTTTTACCAATGACTTGGGCAACAAATTCAGAAACTCTATTGGATTGATATTCTGACTCCTTATTGTGCAGCTTATTTCAATTAGAGATGAACTTTTTGATACATTTAGAAAGAGGCATAAAGGTGTCATGGAGGTTCAAGAGGTTCACTTAACTGCTAACTCCCTGCACAGGTGATGGTCTTTCACTGACTTAATTTTTTTCCAAGTGAGGACTAACCTATTTACTTTTGAGCGCCAGTTTATTGCTGGAATGATAAAAATCTTGCACATCTTATTTCAATGTCCAATCATAAAATTAGAGGCATTTTAGAATATTGTATGTTTTTAGCATTAATCTCTTTTCATAACTTCAATTAAAAGTTGGTTTCTTGTTAAAAAGAAAAACAGTTTTCTGTTTTATTTTCAAAATGTTTTTTAAGATTTGTGATTCAAGTCAACTTTTTATTTTCAAAATGTTTTTTAAAATTTGTGATTAAATGACTTGTAAAAGTTAATATTTTTTTTGTACATGTTGAAATCACTAATTACAAATTTGTGATTTTAGAAGGAACAACTTCATTTTTGTTTTCCTGATAGATTGGTCATTTATTTTACCCACTAAAAGAAAATAGGGAAAAAGAACTTTTAAATAAACCAAACATATTTTTAAAGACTTTTTGTTTAAAAAAACACAACTATTTCAAAAACAATTATGAAACAACCCCTCTAGTTTATTATTATTATTTTTTTTATTGAAATGCCAAGCTTTCATTAAGCTCAATGAAAGACCACAAAGGGCATACAAAAAACCCCTCTGGTTACTAATCCATTTGGGATGTGATTTTGACCTGACATATGAGGGAGGTCGATGACATTTAGTTAACTTCTATTCTTTCCTCATGATATTTTCTTCTTCACGTATTGGCTTATTCTTTAGACTAGTAATTGATAAAGTTTAAGAGTTTGTTTTGTAAAATTGTTAGTTTAGCAGTTTCCTGTCATTTGTTCTATGAAACGGTGATTTGCAAGAGCACATTAGAGAAAACAACACAAAACAGCAGCAGCAACAACAACGACAACAATAATAATAAATTTAAGAAAATAATTATCCGAAACATGCTGTGCTGACATTTTAATTCTGAAAAACAAAAATATTTTAAAAACAATTCTCGTGCAAGCCCTAAATTTGCAGCAATATCCATATGTTTTTACATGGCAATGCAAGAAATATTAAATAATCATCCTCTTCTTTCCAGAATGTTACTTGCCTTCAGTGAGCACACGAAAGGCCAGAAGTTCTCAGATGATGCATCAGATCAAGAAATGCTTGCGATAGTTATGACCAGGTTATCCTCCATATCTTGTTTCCAGTTTTATCTACTGTTGAACTTTGTAAGGTGCTTGACTTTGTTGTTAAAAACTGAGGAAGGCTGACATTTCCCATAATCAGTGTTATTGTATCTTCTTTGGACCATGGTTTTTTGATTCCATAATCAATGCATTGACAATGGAGCCCTGATGTCAACAAGTCATTGATGTGAACATCTACTAGTGTCATTCTTCGTATTATGTCACAAATTCAACTTTCTTGTAACTCACCTTTTGGTGCTCGGAGTTATCTCCATTTCATTTATCAATGAAATAGTTTCTTTTACCTAAAAAAATGTCACAAATTCAACTTTCTGCTCTTGGGTTACTAATATTCCTTCAATCGCTTTGGAACACTTCTGTTGCCTCTTATGTCTAAGTTTACACCAACTGCTTAGTCAATATGCAGCAACATGCATGTTTCCTCTTACTTTATTGCTCTCATCATGTGGGGGTTCAAATGTGATTTTGACCCCAGACACCTTTCTTTTTGCTGTTTTTCCTCTGCAAATATCTCGGAAGATAATTAGGTTGTTGTGGGGGTTAGCTTGGTTATTCCTATACTGGTTAAGGAATGCTTGTACAGCTTGCATTGTGGAACCTATGGAAAGGATACAGCAACAGTCCTTTGGCTAAATAGTATTAGAACTGTTATGTGGAATGCTTGGCTAGAAATACACAAAAATAATTTCAGAAATTCTACAAAGAACCTTCGTGTTTTAGGAGAATGTTTCTTTCTTGTTGCTTCCTAGCAGAGCTTTCGCTTAAAACTTCATAACTATTCTTCGTATATTAATTCTGAAATCATGTTTTCTATGAAAAGAACATTGCAATAATCTGAAATCAACGTGCATTTGTTTGGTTGATCTAGTGAATGATTTTCTTTGACGATAGACATCCGTTGTTTCCTCTAATTTAGGTATGAGAAGGAACTGATGCATCCCATTCAAAACCTTCTTAGCGGAGAGCTGGCCCGTGCTTTGCTTATCCAGGTTGTTACATGTTCAATTATCATCTCCTTATGTACTGGTACATCATACTTGATAGTTGATAGTTCTCTTTTTGTGTCGATGCAGGTGCAGAAGCTAAAATTGGATATTGAAACGTAAGTTTCGAAACTTGCAATTTTTGGCATACAATACATTATGTATCTTGATCTTCTTTATTTGGTTTCATGCCCATGATTTTAATATTATGATGGCTTTTAATAGGGCAATGCTTGAGCTTGACCAGATTCTCAAGGCAAATGAAATCAATTTCGCTGTTCTAGCTGCATTGCCAGCATTCTTTCTCTCACTTCTTTTGCTGATGCTTTTGCGTGCCTGGTATAAACAGGTAAACAAAAGTCAATTTGGTTCATATCATTTTAAGTTAAATAGATGTTGATCTTATTTCTACTATTTTCCCAGTTTCTTTATCAAATTAGTTTTTTCTTTCCAGAAAGGCGTTCAATTAGTAAGACAGTCGCACTAGAGTGCTAATACCTTCATCTGTTGCTCAGTCATGAAGTGGAGTGGGGAATTCTATCTGCCCCCTGGCCATCAAGTTCGCCAGATTATCCTTGAACTTGGTTGAAGTATTCAAACCCCTAAGGCCCACAGTTCATAAGAACACCTTGTTTTTTTTGTGTGTATGGATATTTTTATTTCCAAATTGCCTTAATCACCCTAGCTTTAATAATTTTTTGACCCAAAAGGAGCTAGACGAAGAGAAATGTTCCAATCCAATCTACCCAAAGAATCCAAAAGCTAAACTCGAGCATTCTCGGTTTGAAGTTCTAGGTTATTGAATTTATCTTCCTATCGAAAGTAATATATATGCATATGCAACTCTTTCCCAAAGCTAATATATATGAAATTTTAGGTTATTGAATTTTGTTAATGTTAAAGAATGAATCTACTCTATTCCATTCACTGAAGAAATATATATACAATTGTATAAGGTTAACCTAAGTAGGAGAAAGTGAAAAGACAACAAAAGGCAACCCACTTAATATTTACAAGAATACAATTATATTAATATAAAGACTCCTCCTCAAGTTGGAGCATATATATACATCATGCCCAACTTGTTAGAGAGATAATCTATTCATGCCCCATTCAATGCCTTGGTGAAAATATCTCCTAATTTCTCTCCAGTCTTCACGTACCTTGTTGTATCTTCTCATGTACAAAATGACAATCAACCTCAATGTGTTTAGTTCGCTCATGAAATACCGAATTAGATGTTATATATAGAGCTGCTTGATAGTCACACCACGATTTGGTCGGTGTTGTGATATCAAATCCCAAATCAATAAGAAGTTGGCGTATCCAGACTAATTCACATACAAATTGTGTCGTCGCTCTATATTCTGACTCAACGCTTGGTCGTGACTCCACATTTGACCTTCTATCTTCTTTAGACCCCGCCCAATCCGCATCTGAGAAACATTCAATGTTCATATGCCCATAACTCTTATATAATGAACCACGCCCAGGAGCTGCTTTTAAATACTGTCGAAATTTAGCGAAATCCTCAACTGAAATCGAAATAGAAGTGTCAAGATTATCAGAAGTAGAGGCAACATGCGCAGATGGAAACCCTTGGGTCTTATTCAACAATTTTCTGCAACACATTTCATGTGTCCAAGCTTATGACAATAGCGACAAACAATGTCTCCTGAATTTGCTCTATGAGTGTTCAAATTTCCTCTGGACGTGTTGGGGGTCCGACCCCTTTATGACCTTTATACTCACTTGTCTGTCCAATTAAGGCACTATTAGACTCAAATGGCAAGATCACTTGTGACTTCTCAGTACGAAGCATTCGAGTATAATCATCTTCCAACGAAGAGATTTCTGAGCTCGACAGAACCTGATCTTTCGCCATATCATATTTAGAGGCAAGACCAACCTAAAATTCACGCTGGGTTGCTGGATTGCAGTGTTGATAGAAGAAGAGTGGAAGAGGGTGGAAGTGTTGTGCGTGGCCTTGCTGGATTTTTTGGATTTAATTATTCTCAGTAGCTTCTTGTGAGGTTTGGTTTTTTGGCCGGAGTTTGGGTTCTTCACTGATGCCTTGGTAGATTTGTTTGTTATGCTTGCTTCGGAGGCAGGGTGTGTTAAGGTGTTTTTGCTTTGGTGAGTTGAGGAGAAGATAGCTCTGTCTGGGCTTTTGTTTGATCCCAAGATTAGCTATTGGCCGTTGGAGGTTTGAGTGGTGAGGTTTGGGTATGCGCCTTTGTTGGTTTCTTTCTGGAGTGTTCTCTTTATTAGCGTTTTTGGCTTTTCTTGTTGATCTTTGAATTTTCTTTGGTTCTTGAAAACCTTATGGTTATTCTTCTCTTGTTCTTGACTCCTTTTTGTTTGCTCTTGGTGAGGTGTTGTTTCTCTTTTGTTCTTCCTTTATTTTTGATTGGTTCCATCTCTCTTTTGTCCTCCTCTTGGAGTTTGTATTTTGAGCATTAGTCTCATTTCATTATTTCAATGAAAATTTGTTGTTTCCTTGTGAAAAAAAAAAAAATTCACGTTGGACATTCTGAATTTTCGCATTACGGGCAACAAAGCATTAAATCTTGCGTACACTGTTTTTCATGTCATAAACTAACTTATGAGAGATTTATCACCTTGATCAGGTTGAAATAGAATCTTACACACATCAAGCACTCGACTGATGTTTCCTTTCCCAGAATAAAGGAATTCCAAGTATTCCAAGAGGTCTTTGATAGATTCATAATGGTTAACGAGCCCAACTATCTCACTGTCAATGGAGTTCTTTAATTGTAAAATAAATCTAGAATCATCTCGGAGCTAATTCTTCTTAGTATCATCTATTGGTGGTGATTGTGCAGTCATGTGATCATTCATATCAAGGCTTCGAAGATAATGACGAATGTTTATTCGCCATGCATAAAAGTTAGATCCATTGAGCTTGTGTTTCGTAATCTTTGACACCATTGGAATCATCTCTGACATCATTATAGCTTTCTTATCAGCCATAAGTGCAAAAAAGACCAAAAACTCATATTAAAACCCAAAACAAAATTGTACCTCAGAAACCCTAGATTTCCAAATAGGTATTTCTTCAACCGACCCTAAACCAAGCAATATATGACCGAAACAAGCATACCACTAGAGAGAGCAAAGAATTCCGAACAAAACCCAAAAAAAGAAGCAGTTTCCGACGACACGCTCCCACACGCGCTGGTGCTTGACGACGACAGTAGGAAGAAGAGGCGGTGCGTGGGTTTCAATCGCGGCTTCCTTCGGGATGAAATTTTGGGGATAGACTAAGCGGATGATGGGCTAGCTATGACGGAAAAAATGGCAAAATTGGGCGGCGGCGGCGATCACTGGTGGCAGCGGCAAAATCCGACAAACTGGGTTCACAAAACCAAAAAACCCAAAGAAAACAAATGGGTTCTAAACTCAAAACTTAAAGTTCTCAAAACCCTAGGCTAACCAAAGAAAAACCCCTAATTGACCTAATGCTCTGATATCTTGTTAATGCTAAAGGTCTAAGAGAATGAATCTACTCTATTCCATTCACTAAAGAAATATATATACTAGTGTACAAGGTTAATATAAGTAGGAGAAAGTGAAAAGACAACAAAGGACAACCCACTTAATATATTTACAAGAATACAATTATACTAATATAAAGACCCTAACAAATTTAGTTATTCTTCTAGCTTCATTTTGATTTTTCTGGTTGTTTTACATGTCTTTTTAGTTTTTACTTTGTCTAATATTGCTCTATCTAAATTTATTGATGAAAAGAAAAAAGAGACAAATTCATTTATTTACTGATTTTGACATTTAGGATACTAGAGCTGAAGGGAAGGGAAGAGCTGCTCGGCTTCAGAGAAGACTACTAGTTGTGGAGGTGGAGAAAGCAATTATGCAATACCAGAGTTTTGTTGACCAAGGACGTGTAAGGAGCCCCATCTACTTGTTGGCTTCTCAAACTTGCTCCTTCTCTGTTTAGTATACACATTTTGTTTGCTATTAAAAAATGGTGTTTAGTTTGCAGATCAGTATGTGAATGCGAACGTTATAGAATAATTAATCCTAGTATATTAAGCCAGAAGTTTTTACTTATTTATTCACTATAGAAAATACACTTGTTAGAAAAGAGAACATCAAAGAAGAGGGAGTCGACTAGTAGTCTAAATCAACCTTCAAAATTAAGGACATTAAATTAGAACTTCCCAATTGGCCCTAATCAAACAAAAGTAAAGAAAAAAAATGAAACTCTTTCCTTTTGGAAGCCTAGAGAGATGTGACAACACATATCAGCCGAAGCCTTTTCTATCTGAAAAAATATATATCCTGTTTCTTACTATCCAATTTTCTACAAAATGGCGAAACAAAGAACTTGTCCAGATGATTTAGCTTTGCTTTTGAGAGTTGGACAAATCTCCCACAAAATGGAAAACATTGAACTTGTACTAATGACCCTGGGTTTCTTCTTGAGGATTATTGATCAGCTACCTGTGTTTCAAACATAGATATTTCTCCATTCCCCAAACAGGCAAACACAATATACGAGAGAAGGAAAAAATTATCATGTTGCTTTATCAAGTATCTTGAGTGCACAATGAGAATGTTTCCGTTTTTCATTTATTTTCAGGTAAAAGATGCAGAATGTAGGTTTGGGTTACTGTTGTATAGTTTGGGTCGACTATACCATGCTTCCGAGAAGCATGCCAAAGCAACTGGTGAATGGCTATAGTAAGTTTTAGCTCAACTTTTCTTCTCTCTTTCTAGGGATTACTTTTCATTCAGCATGTGTTCTAGAAAGAGCAAGATGCAATAACATGTCAAAACATGTGACTATCTTCTAGGCCATGAGGAGTAGCTTTTTCATGAATGTATATTTTTTTCACCCATCTTCTCATACGAACCCCCCCTTTGGTGTTAGACTGGGAATATATTTAAAAGGAAAAAGAATTTACAAGTAAGAAGGGGCTAAAACAATCCCAACATGACCTTCAAAACACCATAATCATTAGGAGATTCCATACTTTGAATTAAAAAAATAAAGGGTTATCAGTGAGTATTTACATAAAACTTGGTTTATTTAAATACGACCTTGGTGTTTTGGTTTAACTATCTTCAAATCAATAAGGGCCTGTTTGGCCCACTAGTTATTATAACCTGTGAAATACTCTGCACCCCAAACACAGATTATTATAATCCCAGACTATACTACTCTGCATTTTAAATAATATTATATGTTTCACAGACTATTATAACCCCCTGTTATTATAACCCACTCAGTGCCCCAAACACCCCCTAAGAGATAAACTTCGGTAGATATAAACTTGCAATGAAGGTTAACCAATATGGCAATTCAGGAGTCTTTTTTTTTTTTGTCTTACGATGAGTTCTAGAAGAAAAATGCTCTCTTCTATCTCTCGGAATGACAACGGGGCGGGACAGGCCGGGGATGCATTCCCCATCCATGTCCTTGCCTCATTTCCCGTTTTGGAGAATCAGGGCCCAATTGGGGATCAGGTCCCCGTGGGAAAAATCCTCACTTTTCTTTGTTTTTTAATATTTTTTTATTAAAATTAATTAAAAATAAAAATTATATTAAAATCATATAAATGTTAGTATTATTATTCATTCATTTATTTAAATCATTAAATTTTAAAAAATATTTAATATAGAAACTTATTACATTATGGTATTAAAAATAGTAAACTTATTTAAAAAAAACAGTATACTACCGTATTATGGATTTAAATATATATAAATAATGTTATTAATAATATAACATTATATATTAATAATAATGTTTTTACAAATAATTATAATTTACATTATATAATTTTTTAAAAAATTAATAAAATAATTATTCAAGAGGGATTTGGGGACGGAGACGAGGCGGGGATACCGTCCCCAAGAATCTCCTGTTTGACCCCCATACCCTCCTATACCCGGTCAAACCTACCCTGTGGGTATTTTTGCTATCCCCCTCCTCCCCTCCCCCATCTAAGCTCCGCAGCTTCTTTTTCACCTTCCTTGGTAACCATGGATGTTGATCAAAACTCTCATGATTGTTGCTTCCCTCAAAGAAGTTAAATGAGCATAAGGTGTTTGTTAGATTTTGATAGTAGGAGGGTGGGTAGCAATGCATTTTGTTTGGAGGAAGGAGGAGCTGCAACGACTTACTCCATTACCCTAATTCGAGTTGAACTGGTCTGCCTTTTGGATACCCTTTCTGACTTGGCCCTTAGCCCTCTATCGGACAAGCTCTTTAGAACATGGAGATCTAGAGGGATGCCATTCTGGGTGCGGAAGATCACAAACAAGAGAGGAGTTTTTGAAGAGATAATGAAGTTGGAAGGGAATGTGAAAAAACAGAACATTGTTATTCCCCCTGTTGGGAAAAAGGGAGGATGGAAGGAAGTGGTTCAGATGGTGAAAAATTTCACGCCTCTCCAGGGGTCCACTGAAGAAATGAGAAGGAAAGGAAAAGAGGAGGAAGAGAATAGAATCACACATGACAGAGCCTTGAGTTCTAATACTTTAAAAGAAGGATATACCATTCTTTAAGGTATTTTCCCGTGTGGGAAATTCCCCATAAGATGGAATAATTGACATTCTCCCATGTTGACTATGAGATCCCACTCTATACATATGGAAAAGCCTCAAGGAGGGTTGATTTTTGTTCAGATTTTAACAGCTACAGACGTCACCCATTTTGCCAAAAGAGTCATCGGAGTTCACAGAGGTTTTTTCTTCCTGTGGCTTTCTGTGGTGAGTGCAAGAATTCAGTGGATAATGCACAAAAACCAAAAACGCAAGGATCAATGCAGAAGAAAGTCACGAGTCATGGGGTGGAAATAGTATGTTGATTTGTAGCAAGGAATTGGTGTTGTCTCCAAACATTTAGCAAAAGGACCAACAAAAAGTCACATCTGATCCCACAGGGTAGTCTGCTGTACCTCTAAAAGCCGATTTCAAATTCAATTTTACTGCAAAGAAAGAATGATAATGGGCCCCACTCCACAAGCCAAAAGAAAAAATTGTTTGGGAAGAGAAAGGTAACAATCATGTAAACTTATTGAAGGAAATTCAGCCTCAATGATGGAAGGAAAGAAAATTTCCTTTTCTGATAGTGAAGATTGCTTGTACTGCCAAGGTTCGTCTGCGTTAGGAGAAGATGAATCTGATCGAGAAGAAGGGCGGTATGATTTGGAGATATGCCATAGAGATATCGAGGGAGATGAGTTGGAAGTTAGTCAACAACTAATTTCCATAGACCCTACTATTAGAAGTATCAATAAGTTGGCTATGGAAATTAGTGTTGCATTCTTTGTAAGGGGCTGTTGAGGATCTCGATTGTGTTCTTTCGAGTTGTCGGTCTTGTTCTGGCTAGGTAGAGGGACTGTAGAGAAATGATCGAGGAGTTCCTTCTTCATCCTCCCTTTCATGAGAAAGGAAAATTTTTGTGGCAAGTTGAGGTGTGTGCTATCTTGTGGGGCTTTGGGGAAAGAGGAACAATATAATTTTTCTAGGACTTGAGAGATCTTTGTGTGACATTTGATCCCTTGTTAAATTCTATGTTTCTCTTTGAGATTTGATGATGAAGCCTTTTTATAATGATCCTTTAGGTCTTATTTTGCTTGATTGGAGGCTCTTCTTGTAGTTTGTCTCCTTCTTTTGTATGCTCTCTTTTTTTGTATGCTTTTTTATTTTATTTTTTTCATTTTTTTTTATCAATGAAGCTTGGTTTTTAATTGAAAAAAAAGGTTATGGGTTTTGATGAGGGCATCGGTTTGTTGTGGGATGAATATTCAATTTCGATGGGATTTTTTTTTCTAGTCGAGTTCTCTTTGACCTTAAAACTCAAGTTGGCTGACAATTCTTAATTATAGGGGTGTATAGGTCGTTGTCCTATCATAATATAAATGCATTTTGAGATGAGCTTTATGATGTTGGTGGCTATGTTTCTGACCTTTAGTGAGTCGGAGGAGACTTCAATGTCACTAGGTGGTCTATGAGAAGTCCTATCATATGACAAGGAGTGTGAGAAAGTTCAACAAATTGATTGAAAAGCTTGAGCTACTTCCCCACCGCCACCGAATGGTGCTCACACTTGGTTCAATGGTAGATTAAGGTTGATTTATCTTTACTAGACAAATTTCTTGTAAGAAAGAGTTGGATGGAGAAATTCTAGTCCTCAAGAGGTTCTATTCTTCACTGCGTTACCTCAAATCATTTTTCAATAGCTCTAGAAACAGAGTGGGGACCAATGTCGTTCAGATTCAAGAACATACAACTGAGCCATAGGGACTTCTTGAAGTTCTTCAAAAGTAATGGAAGAATTTAAGCCCTGATTGATAACCATTTGGTTTCTGGTTTTTGAAAATTAAACCTAAAAATACTACTTCTACTAATAGATTTCTATGTTTCTTATCTCATTTGTACCTATGTTTTAAAAAACCAAGCTAAGTTTTGAAAACTAAAAAAAATAGTTTTCAAAAACTTGTTTTTGTTTTTGAAATTTGGCGACTAAAACTATGGTTCTTTTGGCCAAGTAGGGCAAGTGGTTCTTAGTTGAAAGGGGGGCTCTGTGGAGGAAGGTTATAGCTTCCAAATGTCAATGGCATGAGAAAGAGTGGTGGCCTTCCATAAAAGGTACGCTTAAATTCAAAGGCTGTTGGTCCCATATTTTGGGAAGTTTTTGGCTGTCTGATAGATGGTACAAAACAAAGTGGGCAAAGGGAATAAAACCTTGTTTTGGAGGGATCCTTGGCTGAACAGTGATCCTTCATGTCACTCCATCCCTAGACACTTCAGGATGGCCAGTTCCAAAGATTTTGTGGTGAAACAATACTGGTTTGGTTTACACAATGGCTGGATCCTGGATTTCAGAAGGAACCTCTCGGATTTGGAGGTGGAAGAATGGGCTCTCTCTCTAATATGTTGGCTGGGATTACTGTAAATGATAGCAAAGATATAGGGTGGGTGCTTGAAAGTGATGGGTGTCCTCCATGAAGACGTTTTCTCCAATGTTGATTTTGCAAGGTTCCGTTCTTAATTCCCATCAGATTAAACTAATTTGGCAAGCTCTAGTCCAAAGAAAGTGAAAATGTTTGTGGATTTTTATGTTTGAAAGGCTGAATACCTGTTGTTGTAGAATCCAAACGATTTTGCAATCTACTTTGCTCTCCTCAACTTAGTGCGTGTTGTGTAAGAAGAATGAAGAATCTTTGATGCACTTGTTCTTTTTCTGTCCTTTTGCGGCCGATTGTTGGGAGTATTTGGTTAGAATTTTCAAGATTGACTGGTCTTTTCCTAGCAAAGTTTAGGATGTCCTCTTCCAACTCGTGCGGAACTCCTTTTAAGGGTTAAGCTAAGGCCCTTTGGTCTAATGGGTGATAACTCTTCTTTGGAGGTTATGGTTTTAAAGAAACAAAAGAGTATTCTAACTTCAAGAGACTCGCAGGGGGGTCTTTCGGCAACTTGTTAAAATGTTTGCTTCTACCTGGTCTATTTCTTCTAAATTGTTTTGTAATTGTCGTATAGCTCACTAGAGGCCTTTTTGTAACTTTTTGATGTGTGGAAATTCTCGTCTTTTTTTTTCTACTTTTGACCTGCATCATCTCCTTGTGACTACTCCAGTATTTTCAAAGCGCAAGGCGCACCTCAAGGCGACAAGCCCTTTGATTGCCTGAAGGCGAGAGGCGACAAAAAGACGTCGCCCGAGTGAAGCGAGACACAATAAATAAATATATAAATAAATAATATATAGAACATAAATTTTATAGTAAATATAGTCACATAAAATGTCAAACCCTTAAAAGCTTAATACTAATTGGTAAAAACAACAAAATATTAAAAACATCCAATAAATAATCAAGTTCTAGAAGTTTCAGACATAATTAAGTCATTAAGAATGAATCAATGAACCAAAAATAATAAAGGTAAAACTAGTCTAAAGGACTAAAACATCAATTAAATGTCAAATCATCATTTTCCTCCCCATCTAAATCTAAGTCCTCATCTACTGCTCGCTCTTGATCATTCTCCTCTTCAAGGTCCAGTTATTCTACATCGTGGGTGATATTAAGTTAAAGGAAAGTTTCTAATTTGTATTTTTTTTAAAAAATTAAGTATTTGAATCAGGCGCTCGCCTTTGCCAGGCGCTGTTAGGTGCAGTCGGGCGGTCGCCTGATTGAAGTCGATCGTCTAGGCAACATATGAGGTGCACATCCCCCAAAATGCCTTGCCTCTCGCCTCAGGCGAGCGCCTGGGGTCGCCTTGAAATCACTAGACTACTCTATGAACAAATCTTGGGAGACAAGAAAACATTTGTTAGGGGACAACAAATCTCTATATCTTCACAATGGTGTGATATTGTCCACTTTAGGCATAAGCCCTCGTCATGGATTTTCTTTTTGTTTCACCCAAAAGGCTTCATATTTATGGGTGCACGGATAATCGGTGGGGAGTTTCGAGATCATGATTGGCCAGTCTTCGAAGTCCTTGGCTAAATATCGTGAAGGCATGGTTGAAAGTTCATCATTTTTCTGCTTTTAAACTAGGAAATGGAAGGAATATTTGCTTATGGGTTGACCCCTGGGCGTGTGAAGTCCTCCTCAAGGATCGGTTTCTACCTCTGTTTTTGCTTTCAACTTCACAATCAGCATGTGTTGCGGATTTTTGGGATAGTAGCATTGGATCCTGGGGCTTTTCTTTCAGAAGACTGCTGAAGGAGGAAGAAATTGCTCTTTTTTCCGAATTCCTTTCGATCTTGGAGAAGGTTTAGGCCCTCTTCTTTCATGGATTGGAAGAGATGGTTGGCTGACCCCTCCGGACAGTTCTCGGTTAGTTCCCTTGTCAGAAAGCTAAATGTTCATTCTCCTTGGAACAAGGTGGTCCACAACGCTCTATGGAAGTCCAAGTGCCCAAAAAGAGTTAAGGTTTTGTCGTGGATTTTGATTAATGGAAACTTAAATACTGTGGATGTTTTGCAAAGGAAATCTCCTCGACTGGCTTTGCAACCTTCTATTTGCCTTCTTTGTTACAAGGCAGCTGAAACGGGTATTCACCTTTTTGTGGGTTGTGCCTTTGTCAGAAATTGTTGGTTCAAGCCTTTTCAGATATTTGGTGTCAGTTGGGTGTTCTCTAGCAGCATTAAGGAGAATATTATCCAACTTATGGTAGGGCCTGCTCTTCCTAAGAGGGCTTCGGTTTTGTGGGGTAACGCCGTTAAAGCTATCGTGTCTGACATTTGGTTCGAGCAAAATCAACGCACCTTTCAAGGGATCTCATTTTCATGGGAAGCTCGCTTTGAGGCTATTCATCTAAAGGCTTCTTCCTGATGTACTCTATCCAATGCTTTTGAGGGATATTCTGTTTCTGACATCATCTTAAACTGGAATGCATTTATTTCTTCTTGTTAATTCCTGTGTTTTTCCTTGTTATGTTTTTAGTTTTTATTTTTATCTGGTACAATGAGCATTAGTCTATTTTCATTATTTCAATGAAATTTCTTGTTGCCTTGTCAAAAAAAAAGCTTCATACCTAGGAAGCACAAATACTTCGTTTTTGACAAAGTGTTCGTGACGCGTATTAGACATGGATATGTCTGGTCACGCTCGGGACACGTGTTTGACATGCAAAATTACGTGTCTTTTTTTATTATTATTTTTATTTTCGGACACATTACGGATGCCCCATATACGCCACAGACATGCTTCAACGTTTCATCCTAAAAAGCCCATTAAAAGCCAATATAAATAAACACAAGAAGCCATGCTCCCTTTATTTTTTATTACAAACCCTAAATCTAATTGACCTCCTTCCCTCCTTTCCCGATTCTTTCTTTCTTTCCTTCCTTTCACCTTTCCTCCACCTTCATTCTCCCTCTACTTCCGACTTCTGATCAACGTTGCTACAGCGCCACCACTCCTACTATGGTTTATTTTGATTTTTTCCCCTTATTCACATTTTTTTTTTCAAATAGTTACTGTTAGTATCAAAGAGTATTTTGGGTTTGCTTTTCTAATATCAGATGGTATCTTCTTGTCTAGTAACTAGTTACGTTTTTATGTTCACTTTGTATCGTTAATATTTATTTTGAAATATTACTACGACAATATATACACATAAATTATCTAATTTTTTTTTAAAAATACCGTATCGTACATTTTTAGAAATTGGCGTGTCACCGTGTCTATGTTCGTACTTCTTAGCCTCATACCGATGGAGATAATTGTCTCCACTTATATATCCATGATCTCTCCCTTTTCCTTACAAGTATAGTACATTTACACTAAAGCTAGAATCTAACTTTGTATAAACAGTTTGAGGCAGGATATTCTGGATCTAGGGAAGCCCGATCTTCCAACAAGAGATAAACTCAGAATTGCATCGCGCATGGAACGAGTATACGATTGTTTACTTCCAGCATTGAAACGTTCATAATGCTCGACCTTTTCTATTCAACTGCCCAGGAATATTTTTTGATTTGCTTAATGGAAGTATTTTGCTCCCACTTCCAAGCCTGCTTTTGTAAGCTGCATGTTGGCCCCTGGTTAAAGCCAGTTTGCGTTGCCTGTATTATTTAAGGTGCCAAGTCTCTTTGTTCTACTTTGTCAATCCCACAGGTCAATTTGTCTTCAATGTACATTGGACTTTGTAAGAATACTCTTACAAATGAAAGAAAGAACTGTTGAAAATCATTGATGGATTCGTGGAATATGGCTGGCAACCTTGGTCATTTTGGAACGAAAGTATTTTGTAGTTTTCTCTTTATACTTGTTTTATGAGGAGATGATATTCACATGAAGTTTTGTCCCTATAAAAATAAGTTCCCATTTACTCGACGAATAGCAAAGTGTTATTCATTGAATAGCTGGCTCCTTAAAATTGTCGTTGAAGTC

mRNA sequence

AAAAAAAGTGCTCGACCGTTCCTACAGGAAAAGAGAAAAAAAGGAAAAGACATTGAGCGTAAAATTAGTTCTAATTCTAACTCCCAAGTTTGCAAACACATTGAAAAGGGGCTCGCTTCTTCAGTGAGCAAGGAACGTGACAGAAATTTGCTGAAGAGGTGAAGCACAGCTCCAATGGAGACAACGCCCGAAGAAAGTGAAGACAAGGGCATCAGATCCTTAATTTCATTACACTCTCTTCGTGTATGGAACCGAATTGTATCGTTTTTCCCGTCGACTCGTGATTCCAATTTTCTTTGGAAGCTTTCGAGTCTCCTTCGCCGGAGGAGACGCAAGATTGGTCTTCCTCTTCCGCTACCTTTGAACTCGATAAACTCTTCCGTTTTAACAGTAACAGGCTGGGAACCAACAGAGGCATCTAGACTGTACGATGTTTTGGGTGATCTTTTGGAGCACTGTTTCTTGAATTTACATAACATTTGGAAGAACTTGGAGTTCTGGCAATCTCGTGCAGAGGGTACAAATGCTCAAAAAGTTTACTTTATGATTTGTGAGAGAGGTCCAAGGGCCTTTTTTAATGGAACAGTGCAGTTAATGCGCCAAAGTATTAGGGATGGGTTTTCCTTGCAACATGTAGCTCGTGATGCATCTCTTTACATAGCTGACCGAATAACCATATTGAGCAACTTAAGATGTCATCTTGCAGTTTTTGTGGCTCAGGTCTTTATGGAAATTGACAAAATTGGCGCAGAGGCAGTGAATGATCAAGAAAATTCCTTACCGTCATTGTTGGTTACATTGAATGGCTTATTTCTTGATCTAGAGGCATCAATTTGTCAACTGCATGCAACACATCATATGGATTTTATCGATGGCAGCTTTCCATTTCCTCTATTTGAAAAATTACCAGTTGTGAACAAGGAGGGATCTCAGTGGACGAGTTGTGAAATCGGAGATGCTATCAACTTGCTTTATCAGAACCTTCACAAGTTGGACTCTTTCATATCTGCTCTTGTTTCTAAACATCGAAAGCCAAAGAAATTAACTCAATTCTGGCTTGGATATACCTGTGGTGCAATTGGTCTTTCAGTCTGCTCTGTTTGGCTTCTTCAACATAGTAGATTAATGGGGAGCAATGACATTGAGAATTGGGTTCGTGAAGCACATAATTCAGCAGCTGGTTTTTTCAAGGATCATGTAGAACAACCGCTTATTTCAATTAGAGATGAACTTTTTGATACATTTAGAAAGAGGCATAAAGGTGTCATGGAGGTTCAAGAGGTTCACTTAACTGCTAACTCCCTGCACAGAATGTTACTTGCCTTCAGTGAGCACACGAAAGGCCAGAAGTTCTCAGATGATGCATCAGATCAAGAAATGCTTGCGATAGTTATGACCAGGTATGAGAAGGAACTGATGCATCCCATTCAAAACCTTCTTAGCGGAGAGCTGGCCCGTGCTTTGCTTATCCAGGTGCAGAAGCTAAAATTGGATATTGAAACGGCAATGCTTGAGCTTGACCAGATTCTCAAGGCAAATGAAATCAATTTCGCTGTTCTAGCTGCATTGCCAGCATTCTTTCTCTCACTTCTTTTGCTGATGCTTTTGCGTGCCTGGTATAAACAGGATACTAGAGCTGAAGGGAAGGGAAGAGCTGCTCGGCTTCAGAGAAGACTACTAGTTGTGGAGGTGGAGAAAGCAATTATGCAATACCAGAGTTTTGTTGACCAAGGACGTGTAAAAGATGCAGAATGTAGGTTTGGGTTACTGTTGTATAGTTTGGGTCGACTATACCATGCTTCCGAGAAGCATGCCAAAGCAACTGGTGAATGGCTATATTTGAGGCAGGATATTCTGGATCTAGGGAAGCCCGATCTTCCAACAAGAGATAAACTCAGAATTGCATCGCGCATGGAACGAGTATACGATTGTTTACTTCCAGCATTGAAACGTTCATAATGCTCGACCTTTTCTATTCAACTGCCCAGGAATATTTTTTGATTTGCTTAATGGAAGTATTTTGCTCCCACTTCCAAGCCTGCTTTTGTAAGCTGCATGTTGGCCCCTGGTTAAAGCCAGTTTGCGTTGCCTGTATTATTTAAGGTGCCAAGTCTCTTTGTTCTACTTTGTCAATCCCACAGGTCAATTTGTCTTCAATGTACATTGGACTTTGTAAGAATACTCTTACAAATGAAAGAAAGAACTGTTGAAAATCATTGATGGATTCGTGGAATATGGCTGGCAACCTTGGTCATTTTGGAACGAAAGTATTTTGTAGTTTTCTCTTTATACTTGTTTTATGAGGAGATGATATTCACATGAAGTTTTGTCCCTATAAAAATAAGTTCCCATTTACTCGACGAATAGCAAAGTGTTATTCATTGAATAGCTGGCTCCTTAAAATTGTCGTTGAAGTC

Coding sequence (CDS)

ATGGAGACAACGCCCGAAGAAAGTGAAGACAAGGGCATCAGATCCTTAATTTCATTACACTCTCTTCGTGTATGGAACCGAATTGTATCGTTTTTCCCGTCGACTCGTGATTCCAATTTTCTTTGGAAGCTTTCGAGTCTCCTTCGCCGGAGGAGACGCAAGATTGGTCTTCCTCTTCCGCTACCTTTGAACTCGATAAACTCTTCCGTTTTAACAGTAACAGGCTGGGAACCAACAGAGGCATCTAGACTGTACGATGTTTTGGGTGATCTTTTGGAGCACTGTTTCTTGAATTTACATAACATTTGGAAGAACTTGGAGTTCTGGCAATCTCGTGCAGAGGGTACAAATGCTCAAAAAGTTTACTTTATGATTTGTGAGAGAGGTCCAAGGGCCTTTTTTAATGGAACAGTGCAGTTAATGCGCCAAAGTATTAGGGATGGGTTTTCCTTGCAACATGTAGCTCGTGATGCATCTCTTTACATAGCTGACCGAATAACCATATTGAGCAACTTAAGATGTCATCTTGCAGTTTTTGTGGCTCAGGTCTTTATGGAAATTGACAAAATTGGCGCAGAGGCAGTGAATGATCAAGAAAATTCCTTACCGTCATTGTTGGTTACATTGAATGGCTTATTTCTTGATCTAGAGGCATCAATTTGTCAACTGCATGCAACACATCATATGGATTTTATCGATGGCAGCTTTCCATTTCCTCTATTTGAAAAATTACCAGTTGTGAACAAGGAGGGATCTCAGTGGACGAGTTGTGAAATCGGAGATGCTATCAACTTGCTTTATCAGAACCTTCACAAGTTGGACTCTTTCATATCTGCTCTTGTTTCTAAACATCGAAAGCCAAAGAAATTAACTCAATTCTGGCTTGGATATACCTGTGGTGCAATTGGTCTTTCAGTCTGCTCTGTTTGGCTTCTTCAACATAGTAGATTAATGGGGAGCAATGACATTGAGAATTGGGTTCGTGAAGCACATAATTCAGCAGCTGGTTTTTTCAAGGATCATGTAGAACAACCGCTTATTTCAATTAGAGATGAACTTTTTGATACATTTAGAAAGAGGCATAAAGGTGTCATGGAGGTTCAAGAGGTTCACTTAACTGCTAACTCCCTGCACAGAATGTTACTTGCCTTCAGTGAGCACACGAAAGGCCAGAAGTTCTCAGATGATGCATCAGATCAAGAAATGCTTGCGATAGTTATGACCAGGTATGAGAAGGAACTGATGCATCCCATTCAAAACCTTCTTAGCGGAGAGCTGGCCCGTGCTTTGCTTATCCAGGTGCAGAAGCTAAAATTGGATATTGAAACGGCAATGCTTGAGCTTGACCAGATTCTCAAGGCAAATGAAATCAATTTCGCTGTTCTAGCTGCATTGCCAGCATTCTTTCTCTCACTTCTTTTGCTGATGCTTTTGCGTGCCTGGTATAAACAGGATACTAGAGCTGAAGGGAAGGGAAGAGCTGCTCGGCTTCAGAGAAGACTACTAGTTGTGGAGGTGGAGAAAGCAATTATGCAATACCAGAGTTTTGTTGACCAAGGACGTGTAAAAGATGCAGAATGTAGGTTTGGGTTACTGTTGTATAGTTTGGGTCGACTATACCATGCTTCCGAGAAGCATGCCAAAGCAACTGGTGAATGGCTATATTTGAGGCAGGATATTCTGGATCTAGGGAAGCCCGATCTTCCAACAAGAGATAAACTCAGAATTGCATCGCGCATGGAACGAGTATACGATTGTTTACTTCCAGCATTGAAACGTTCATAA

Protein sequence

METTPEESEDKGIRSLISLHSLRVWNRIVSFFPSTRDSNFLWKLSSLLRRRRRKIGLPLPLPLNSINSSVLTVTGWEPTEASRLYDVLGDLLEHCFLNLHNIWKNLEFWQSRAEGTNAQKVYFMICERGPRAFFNGTVQLMRQSIRDGFSLQHVARDASLYIADRITILSNLRCHLAVFVAQVFMEIDKIGAEAVNDQENSLPSLLVTLNGLFLDLEASICQLHATHHMDFIDGSFPFPLFEKLPVVNKEGSQWTSCEIGDAINLLYQNLHKLDSFISALVSKHRKPKKLTQFWLGYTCGAIGLSVCSVWLLQHSRLMGSNDIENWVREAHNSAAGFFKDHVEQPLISIRDELFDTFRKRHKGVMEVQEVHLTANSLHRMLLAFSEHTKGQKFSDDASDQEMLAIVMTRYEKELMHPIQNLLSGELARALLIQVQKLKLDIETAMLELDQILKANEINFAVLAALPAFFLSLLLLMLLRAWYKQDTRAEGKGRAARLQRRLLVVEVEKAIMQYQSFVDQGRVKDAECRFGLLLYSLGRLYHASEKHAKATGEWLYLRQDILDLGKPDLPTRDKLRIASRMERVYDCLLPALKRS

Homology

[Close]

BLAST of Tan0016479 vs. ExPASy Swiss-Prot
Match: Q8GUK1 (Protein DGS1, mitochondrial OS=Arabidopsis thaliana OX=3702 GN=DGS1 PE=1 SV=1)

HSP 1 Score: 671.8 bits (1732), Expect = 7.2e-192
Identity = 336/597 (56.28%), Postives = 447/597 (74.87%), Query Frame = 0


Query: 2   ETTPEESEDKGIRSLISLHSLRVWNRIVSFFPSTRDSNFLWKLSSLLRR---RRRKIGLP 61
           E+TP  +       L+  +S  +WNR+ S  P+++   FL K+S+L R+   R+R I  P
Sbjct: 9   ESTPSTAL-SNFGELVPFYSSYLWNRLASLLPTSKPI-FLGKISNLYRQTVSRKRSISFP 68

Query: 62  LPLPLNSINSSVLTVTGWEPTEASRLYDVLGDLLEHCFLNLHNIWKNLEFWQSRAEGTNA 121
           LPLP +  +SS  T+T     + +R++ VL +++     NLH+I K+L+FW+SRAEG+NA
Sbjct: 69  LPLPSDFPSSS--TITSNVSADTARIHGVLEEIMADVLSNLHDIQKSLDFWRSRAEGSNA 128

Query: 122 QKVYFMICERGPRAFFNGTVQLMRQSIRDGFSLQHVARDASLYIADRITILSNLRCHLAV 181
           +K YFMI ERGP AF N + + + +S+ +  ++QH+ + +S ++ +R+ +L  LR  LA 
Sbjct: 129 RKAYFMIFERGPTAFVNESTKFVSKSLSEDSAMQHLCQSSSSHMTERMRVLVELRSALAS 188

Query: 182 FVAQVFMEIDKIGAEAVNDQENSLPSLLVTLNGLFLDLEASICQLHATHHMD-FIDGSFP 241
           F+AQ+++E+DK G + V   E +LPSLL  +NGLF +LE S   LHA    D  +DGS+P
Sbjct: 189 FIAQLYVELDKRGEDLVKIPEKALPSLLAVINGLFSNLEGSFSHLHAVRECDSSVDGSYP 248

Query: 242 FPL-FEKLPVVNKEGSQWTSCEIGDAINLLYQNLHKLDSFISALVSKHRKPKKLTQFWLG 301
            PL F++LP VN+EGSQWT CE+ DAINL+++NL KL+S++S +V KHRKP+++T +W+ 
Sbjct: 249 MPLVFDRLPEVNEEGSQWTDCELTDAINLVHKNLEKLNSYLSVMVGKHRKPRRMTLYWVR 308

Query: 302 YTCGAIGLSVCSVWLLQHSRLMGSNDIENWVREAHNSAAGFFKDHVEQPLISIRDELFDT 361
           YTCGA+GLSV S+WLL+HS LMGS+DIENWV +A  +   FF DHVEQPL+SIRDELFDT
Sbjct: 309 YTCGAVGLSVFSIWLLRHSSLMGSSDIENWVHDAKEATMSFFSDHVEQPLLSIRDELFDT 368

Query: 362 FRKRHKGVMEVQEVHLTANSLHRMLLAFSEHTKGQKFSDDASDQEMLAIVMTRYEKELMH 421
           FRKRHKGVME +EV LT +SLHRML  F E    +K  D+ASDQEML +VM RYEKEL+H
Sbjct: 369 FRKRHKGVMETEEVQLTQDSLHRMLRNFCEQATREKVPDNASDQEMLEVVMNRYEKELVH 428

Query: 422 PIQNLLSGELARALLIQVQKLKLDIETAMLELDQILKANEINFAVLAALPAFFLSLLLLM 481
           PI NLLSGELAR LLIQVQKLKLDIETAMLELDQIL+ANEINFA+LAALPAFFLS+++L 
Sbjct: 429 PIHNLLSGELARGLLIQVQKLKLDIETAMLELDQILRANEINFAILAALPAFFLSIVMLT 488

Query: 482 LLRAWYKQDTRAEGKGRAARLQRRLLVVEVEKAIMQYQSFVDQGRVKDAECRFGLLLYSL 541
           +LR W K+D++A+G+GR AR+ RRLLVVE+EK IMQYQS+++QGR KDAE  FGLL+YSL
Sbjct: 489 VLRTWLKKDSKAQGRGRIARIHRRLLVVEIEKRIMQYQSYIEQGRDKDAETVFGLLIYSL 548

Query: 542 GRLYHASEKHAKATGEWLYLRQDILDLGKPDLPTRDKLRIASRMERVYDCLLPALKR 594
            RLY   EK A+AT EW  ++QD+++LG+P   T  KL +  R+  VYDCLLP LKR
Sbjct: 549 ERLYRVVEKPARATDEWDLVKQDLIELGRPQQQTSYKLTVTQRLVTVYDCLLPTLKR 601

[Close]

BLAST of Tan0016479 vs. ExPASy Swiss-Prot
Match: O74963 (Nuclear control of ATPase protein 2 OS=Schizosaccharomyces pombe (strain 972 / ATCC 24843) OX=284812 GN=nca2 PE=3 SV=1)

HSP 1 Score: 96.3 bits (238), Expect = 1.3e-18
Identity = 77/330 (23.33%), Postives = 150/330 (45.45%), Query Frame = 0


Query: 261 DAINLLYQNL-HKLDSFISALVSKHRKPKKLTQFWLGYTCGAIGLSVCSVWLLQHSRLMG 320
           D +++   NL H  D +  A    + +P  + + W       I +++ S WL        
Sbjct: 255 DILSITLDNLSHPTDEYFEA--KAYFRPSAIERNW-----PKIFVTLLSAWLSTQIITKN 314

Query: 321 SNDIENWVREAHNSAAGFFKDHVEQPLISIRDELFDTFRKRHKGVMEVQEVHLTANSLHR 380
              I  W+   +++A  F+ + +++P++ I D +          +++ + +     SL R
Sbjct: 315 RTSIRLWIDYLYSTAVDFYTNWIQKPILGIFDTIRSNRADSQITLLQTKSLESDMESLQR 374

Query: 381 MLLAFSEHTKGQKFSDDASDQEM----LAIVMTRYEKELMHPIQNLLSGELARALLIQVQ 440
           M++ F   T     + D   QE+    L  V+  YE +L  PI+  +SG L R LLIQ+Q
Sbjct: 375 MVIDFVSDTSPAGINLDLVKQEVQQGDLTYVLQAYEHDLKTPIRTAVSGNLVRTLLIQLQ 434

Query: 441 KLKLDIETAMLELDQILKANEINFAVLAALPAFFLSLLLLMLLRA-WYKQDTRAEGKGRA 500
           K K+D+E A+  +D++LK+ E+ FA +   P+     +++  ++A  +  DT +  + R 
Sbjct: 435 KTKVDVEVALSGIDRLLKSQELVFATVGITPSLIFCYVIIRYVKANIFNNDTLSRAE-RR 494

Query: 501 ARLQRRLLVVEVEKAIMQYQSFVDQGRVKDAECRFGLLLYSLGRLYHASEKHAKATGEWL 560
            R ++ L   E      Q  + +D       +  +GLL++ +  +   S     +     
Sbjct: 495 QRFRQSLRAAERILVRSQKMNSLD-------DMSYGLLVFQVNLMAIMSMDMGLSKDVAE 554

Query: 561 YLRQDILDLGKPDLPTRDKLRIASRMERVY 585
            L QD+ D+       + +LR   R+ R++
Sbjct: 555 DLLQDLEDIQSSSYGVQAQLRAVDRIYRLF 569

[Close]

BLAST of Tan0016479 vs. ExPASy Swiss-Prot
Match: Q55GJ3 (Nuclear control of ATPase protein 2 OS=Dictyostelium discoideum OX=44689 GN=nca2 PE=3 SV=1)

HSP 1 Score: 80.9 bits (198), Expect = 5.5e-14
Identity = 47/157 (29.94%), Postives = 97/157 (61.78%), Query Frame = 0


Query: 337 FFKDHVEQPLISIRDELFDTFRKRHKGVMEVQEVHLTANSLHRMLLAFS--------EHT 396
           F+ +H+E+PL++I + +   + K+   + +   +  + +SL RM++ ++          T
Sbjct: 618 FYHEHLEEPLLNIWNVI--RYDKKSLQLADPASLQSSIDSLGRMVIDYNIDRNHLDINST 677

Query: 397 KGQKFSDDASDQEMLAIVMTRYEKELMHPIQNLLSGELARALLIQVQKLKLDIETAMLEL 456
           + ++     + +  ++ +M  YE  +  P+QN+L G++ R +LIQ+QK K+D++ AM+ +
Sbjct: 678 ETRQHLFQLASRGDISSIMKSYESNIRSPLQNILFGDMIRLILIQIQKEKVDVDKAMVAI 737

Query: 457 DQILKANEINFAVLAALP-AFFLSLLLLMLLRAWYKQ 485
           D++L+ANE+NF +LAA+P A FL+LL+  + + +  Q
Sbjct: 738 DKLLQANELNFQLLAAIPSAIFLALLIWQIKKLFTNQ 772

[Close]

BLAST of Tan0016479 vs. ExPASy Swiss-Prot
Match: Q753J1 (Nuclear control of ATPase protein 2 OS=Ashbya gossypii (strain ATCC 10895 / CBS 109.51 / FGSC 9923 / NRRL Y-1056) OX=284811 GN=NCA2 PE=3 SV=1)

HSP 1 Score: 68.2 bits (165), Expect = 3.7e-10
Identity = 79/312 (25.32%), Postives = 134/312 (42.95%), Query Frame = 0


Query: 286 KPKKLTQFWLGYTCGAIG--LSVCSVWLLQHSRLMGSNDIENWVREAHNSAAGFFKDHVE 345
           +P  + ++W        G    + ++W          NDI  +++  HN    F +D V+
Sbjct: 271 QPNWIVRYWPTILIALAGGPAGIAAIW-------NARNDIAAFIK--HN-LFEFARDLVK 330

Query: 346 QPLISIRDELFDTFR---KRHKGVMEVQEVHLTANSLHRMLLAF-SEHTKGQKFSDDASD 405
             L+     ++ T          +M    +    NSL RML+ F  EH            
Sbjct: 331 NWLVEPLRNIWSTVHHDPTSSIAIMSQGTLDTEINSLQRMLIDFLKEHEYANTVDTSVLM 390

Query: 406 QEM----LAIVMTRYEKELMHPIQNLLSGELARALLIQVQKLKLDIETAMLELDQILKAN 465
           +E+    L   M  YE +L  PI+NL++G+L R+LLIQ+QK K+D   A+  +D++L++ 
Sbjct: 391 KEIEQGNLTQFMEIYEAQLRKPIRNLVTGDLIRSLLIQIQKGKVDGSLAIHGIDKLLQSQ 450

Query: 466 EINFAVLAALPAFFLSLLLLMLLRAWYKQDTRAEGKGRAARLQRRLLVVEVEKAIMQYQS 525
           ++ F +++  PA  +  +L   L    K  T    KG   R    + +  VE+ +    S
Sbjct: 451 QLVFGIVSISPALLILYVLCNSLTKLVKYGT-VWSKGAKYRRSVSVSLNNVERLL---NS 510

Query: 526 FVDQGRVKDAECRFGLLLYSLGRL--YHASEKHAKATGEWLYLRQDILDLGKPD-LPTRD 585
            +++          GLL   +  L  Y A       T EW    +DI ++     L T  
Sbjct: 511 PIEEFDGDKGNWNLGLLTLEMANLREYGAKLVPHSRTAEWC---RDIDEMASSSALSTTG 565

[Close]

BLAST of Tan0016479 vs. ExPASy Swiss-Prot
Match: Q12374 (Nuclear control of ATPase protein 2 OS=Saccharomyces cerevisiae (strain ATCC 204508 / S288c) OX=559292 GN=NCA2 PE=1 SV=1)

HSP 1 Score: 64.3 bits (155), Expect = 5.3e-09
Identity = 79/314 (25.16%), Postives = 143/314 (45.54%), Query Frame = 0


Query: 286 KPKKLTQFWLG-YTCGAIGLSVCSVWLLQHSRLMGSNDIENWVREAHNSAAGFFKDHVEQ 345
           KP  LT++W     C   G S  SV  L +SR      I+++++    +   F K  +  
Sbjct: 314 KPSILTRYWPSILLCLLYGPS--SVMSLWNSRYF----IQDFIK---TNVVDFAKGLILN 373

Query: 346 PLISIRDELFDTFRKRHKGVMEV---QEVHLTANSLHRMLLAF----SEHTKGQKFSDDA 405
            L +   +++ T +      + V   + ++   +SL RM+++F    S+ T         
Sbjct: 374 WLWAPLKQVWSTVKHDEGSAISVTSQETLNSDMDSLTRMIVSFVVDNSDSTSNSPIDPIL 433

Query: 406 SDQEM----LAIVMTRYEKELMHPIQNLLSGELARALLIQVQKLKLDIETAMLELDQILK 465
              ++    L   M  YE +L HPI+N+ +G L R+LLIQ+QK K+D   A+  +D++LK
Sbjct: 434 LSTKVEHGDLTEFMEIYETQLHHPIKNIATGGLVRSLLIQLQKTKVDGSMALNGIDKMLK 493

Query: 466 ANEINFAVLAALPAFFLSLLLLMLLRAWYKQDTRAEGKGRAARLQRRLLVVEVEKAIMQY 525
           + ++ F V+A  PA  +    ++ L+ + K       + R  R Q  + +  VE+ +   
Sbjct: 494 SQQLVFGVVALSPALVILYSSIVALKRFVKLGNVWSNEKR-YREQISISLNNVERVL--- 553

Query: 526 QSFVDQGRVKDAE-CRFGLLLYSLGRLYHASE--KHAKATGEWLYLRQDILDLGKPDLPT 585
            ++  QG   D E    GLL+  +  LY             EW    +D+ +L   +L +
Sbjct: 554 -NYSKQGADADEEHLNQGLLVIEVSNLYKLGSFLIPRSRKKEWF---RDVEELVDTNLDS 610

[Close]

BLAST of Tan0016479 vs. NCBI nr
Match: XP_022943966.1 (protein DGS1, mitochondrial-like isoform X2 [Cucurbita moschata])

HSP 1 Score: 1103.2 bits (2852), Expect = 0.0e+00
Identity = 549/594 (92.42%), Postives = 564/594 (94.95%), Query Frame = 0


Query: 1   METTPEESEDKGIRSLISLHSLRVWNRIVSFFPSTRDSNFLWKLSSLLRRRRRKIGLPLP 60
           ME  PEESE+KGIRS ISL+SLR+WN+IV+F PSTRDSNFLWKLSSLLRRRRRK GLPLP
Sbjct: 1   MEAKPEESEEKGIRSSISLYSLRLWNQIVAFLPSTRDSNFLWKLSSLLRRRRRKTGLPLP 60

Query: 61  LPLNSINSSVLTVTGWEPTEASRLYDVLGDLLEHCFLNLHNIWKNLEFWQSRAEGTNAQK 120
           LPLNSINSSVLTVTGWEP EASRLYDVLGDLLEHCFLNLH+IWKNL+FWQSRAEGTNAQK
Sbjct: 61  LPLNSINSSVLTVTGWEPAEASRLYDVLGDLLEHCFLNLHSIWKNLQFWQSRAEGTNAQK 120

Query: 121 VYFMICERGPRAFFNGTVQLMRQSIRDGFSLQHVARDASLYIADRITILSNLRCHLAVFV 180
           VYFMICERGPRAFF+GT QLMRQ+ RDGFSLQHVAR+ASLYIADRITILSNLRCHLAVFV
Sbjct: 121 VYFMICERGPRAFFSGTAQLMRQNFRDGFSLQHVAREASLYIADRITILSNLRCHLAVFV 180

Query: 181 AQVFMEIDKIGAEAVNDQENSLPSLLVTLNGLFLDLEASICQLHATHHMDFIDGSFPFPL 240
           AQVFMEIDKIGAEAVNDQ+NSLPSLLVTLNGLFLDLEASICQLHA H MD +DGSF FPL
Sbjct: 181 AQVFMEIDKIGAEAVNDQQNSLPSLLVTLNGLFLDLEASICQLHAAHQMDLVDGSFSFPL 240

Query: 241 FEKLPVVNKEGSQWTSCEIGDAINLLYQNLHKLDSFISALVSKHRKPKKLTQFWLGYTCG 300
           FEKLP VNKEGSQWTSCEIGDAINLLYQNLHKLDSFI  LVSKHRKP+KLTQ WL YTCG
Sbjct: 241 FEKLPDVNKEGSQWTSCEIGDAINLLYQNLHKLDSFIYILVSKHRKPRKLTQHWLRYTCG 300

Query: 301 AIGLSVCSVWLLQHSRLMGSNDIENWVREAHNSAAGFFKDHVEQPLISIRDELFDTFRKR 360
           A+GLSVCSVWL+QHS LMGSNDIENW  EAHNSA  FFKDHVEQPLISIRDELFDTFRKR
Sbjct: 301 AVGLSVCSVWLIQHSSLMGSNDIENWFNEAHNSAVSFFKDHVEQPLISIRDELFDTFRKR 360

Query: 361 HKGVMEVQEVHLTANSLHRMLLAFSEHTKGQKFSDDASDQEMLAIVMTRYEKELMHPIQN 420
           HKGVMEVQEV LT NSLHRMLLAFSEHTKGQKF DDASDQEMLAIVM RYEKELMHPIQN
Sbjct: 361 HKGVMEVQEVQLTVNSLHRMLLAFSEHTKGQKFPDDASDQEMLAIVMARYEKELMHPIQN 420

Query: 421 LLSGELARALLIQVQKLKLDIETAMLELDQILKANEINFAVLAALPAFFLSLLLLMLLRA 480
           LLSGELARALLIQVQKLKLDIETAMLELDQILKANEINFAVLAALPAFFLSLLLLMLLRA
Sbjct: 421 LLSGELARALLIQVQKLKLDIETAMLELDQILKANEINFAVLAALPAFFLSLLLLMLLRA 480

Query: 481 WYKQDTRAEGKGRAARLQRRLLVVEVEKAIMQYQSFVDQGRVKDAECRFGLLLYSLGRLY 540
           WYKQDTRAEGKGRAARLQRRLLVVEVEKAIMQYQSFVDQGRVKDAECRFGLLLYSLGRLY
Sbjct: 481 WYKQDTRAEGKGRAARLQRRLLVVEVEKAIMQYQSFVDQGRVKDAECRFGLLLYSLGRLY 540

Query: 541 HASEKHAKATGEWLYLRQDILDLGKPDLPTRDKLRIASRMERVYDCLLPALKRS 595
           HASEKHAKATGEWLYLRQDILDLGKP LPTRDKLRI  RMERVYDCLLP LKRS
Sbjct: 541 HASEKHAKATGEWLYLRQDILDLGKPGLPTRDKLRITWRMERVYDCLLPTLKRS 594

[Close]

BLAST of Tan0016479 vs. NCBI nr
Match: XP_023512781.1 (protein DGS1, mitochondrial-like isoform X2 [Cucurbita pepo subsp. pepo])

HSP 1 Score: 1101.7 bits (2848), Expect = 0.0e+00
Identity = 549/594 (92.42%), Postives = 563/594 (94.78%), Query Frame = 0


Query: 1   METTPEESEDKGIRSLISLHSLRVWNRIVSFFPSTRDSNFLWKLSSLLRRRRRKIGLPLP 60
           ME  PEESE+KGIRS ISL+SLRVWN+IV+F PSTRDSNFLWKLSS LRRRRRK GLPLP
Sbjct: 1   MEAKPEESEEKGIRSSISLYSLRVWNQIVAFLPSTRDSNFLWKLSSFLRRRRRKTGLPLP 60

Query: 61  LPLNSINSSVLTVTGWEPTEASRLYDVLGDLLEHCFLNLHNIWKNLEFWQSRAEGTNAQK 120
           LPLNSINSSVLTVTGWEP EASRLYDVLGDLLEHCFLNLH+IWKNL+FWQSRAEGTNAQK
Sbjct: 61  LPLNSINSSVLTVTGWEPAEASRLYDVLGDLLEHCFLNLHSIWKNLQFWQSRAEGTNAQK 120

Query: 121 VYFMICERGPRAFFNGTVQLMRQSIRDGFSLQHVARDASLYIADRITILSNLRCHLAVFV 180
           VYFMICERGPRAFF+GT QLMRQS RDGFS+QHVAR+ASL+IADRITILSNLRCHLAVFV
Sbjct: 121 VYFMICERGPRAFFSGTAQLMRQSFRDGFSMQHVAREASLHIADRITILSNLRCHLAVFV 180

Query: 181 AQVFMEIDKIGAEAVNDQENSLPSLLVTLNGLFLDLEASICQLHATHHMDFIDGSFPFPL 240
           AQVFMEIDKIGAEAVNDQ+NSLPSLLVTLNGLFLDLEASICQLHA H MD IDGSF FPL
Sbjct: 181 AQVFMEIDKIGAEAVNDQQNSLPSLLVTLNGLFLDLEASICQLHAAHQMDLIDGSFSFPL 240

Query: 241 FEKLPVVNKEGSQWTSCEIGDAINLLYQNLHKLDSFISALVSKHRKPKKLTQFWLGYTCG 300
           FEKLP VNKEGSQWTSCEIGDAINLLYQNLHKLDSFI  LVSKHRKP+KLTQ WL YTCG
Sbjct: 241 FEKLPDVNKEGSQWTSCEIGDAINLLYQNLHKLDSFIYILVSKHRKPRKLTQHWLRYTCG 300

Query: 301 AIGLSVCSVWLLQHSRLMGSNDIENWVREAHNSAAGFFKDHVEQPLISIRDELFDTFRKR 360
           A+GLSVCSVWL+QHS LMGSNDIENW  EAHNSA  FFKDHVEQPLISIRDELFDTFRKR
Sbjct: 301 AVGLSVCSVWLIQHSSLMGSNDIENWFNEAHNSAVSFFKDHVEQPLISIRDELFDTFRKR 360

Query: 361 HKGVMEVQEVHLTANSLHRMLLAFSEHTKGQKFSDDASDQEMLAIVMTRYEKELMHPIQN 420
           HKGVMEVQEV LT NSLHRMLLAFSEHTKGQKF DDASDQEMLAIVM RYEKELMHPIQN
Sbjct: 361 HKGVMEVQEVQLTVNSLHRMLLAFSEHTKGQKFPDDASDQEMLAIVMARYEKELMHPIQN 420

Query: 421 LLSGELARALLIQVQKLKLDIETAMLELDQILKANEINFAVLAALPAFFLSLLLLMLLRA 480
           LLSGELARALLIQVQKLKLDIETAMLELDQILKANEINFAVLAALPAFFLSLLLLMLLRA
Sbjct: 421 LLSGELARALLIQVQKLKLDIETAMLELDQILKANEINFAVLAALPAFFLSLLLLMLLRA 480

Query: 481 WYKQDTRAEGKGRAARLQRRLLVVEVEKAIMQYQSFVDQGRVKDAECRFGLLLYSLGRLY 540
           WYKQDTRAEGKGRAARLQRRLLVVEVEKAIMQYQSFVDQGRVKDAECRFGLLLYSLGRLY
Sbjct: 481 WYKQDTRAEGKGRAARLQRRLLVVEVEKAIMQYQSFVDQGRVKDAECRFGLLLYSLGRLY 540

Query: 541 HASEKHAKATGEWLYLRQDILDLGKPDLPTRDKLRIASRMERVYDCLLPALKRS 595
           HASEKHAKATGEWLYLRQDILDLGKP LPTRDKLRI  RMERVYDCLLP LKRS
Sbjct: 541 HASEKHAKATGEWLYLRQDILDLGKPGLPTRDKLRITWRMERVYDCLLPTLKRS 594

[Close]

BLAST of Tan0016479 vs. NCBI nr
Match: KAG6570453.1 (Protein DGS1, mitochondrial, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 1101.3 bits (2847), Expect = 0.0e+00
Identity = 548/593 (92.41%), Postives = 563/593 (94.94%), Query Frame = 0


Query: 1   METTPEESEDKGIRSLISLHSLRVWNRIVSFFPSTRDSNFLWKLSSLLRRRRRKIGLPLP 60
           ME  PEESE+KGIRS ISL+SLR+WN+IV+F PSTRDSNFLWKLSSLLRRRRRK GLPLP
Sbjct: 1   MEAKPEESEEKGIRSSISLYSLRLWNQIVAFLPSTRDSNFLWKLSSLLRRRRRKTGLPLP 60

Query: 61  LPLNSINSSVLTVTGWEPTEASRLYDVLGDLLEHCFLNLHNIWKNLEFWQSRAEGTNAQK 120
           LPLNSINSSVLTVTGWEP EASRLYDVLGDLLEHCFLNLH+IWKNL+FWQSRAEGTNAQK
Sbjct: 61  LPLNSINSSVLTVTGWEPAEASRLYDVLGDLLEHCFLNLHSIWKNLQFWQSRAEGTNAQK 120

Query: 121 VYFMICERGPRAFFNGTVQLMRQSIRDGFSLQHVARDASLYIADRITILSNLRCHLAVFV 180
           VYFMICERGPRAFF+GT QLMRQ+ RDGFSLQHVAR+ASLYIADRITILSNLRCHLAVFV
Sbjct: 121 VYFMICERGPRAFFSGTAQLMRQNFRDGFSLQHVAREASLYIADRITILSNLRCHLAVFV 180

Query: 181 AQVFMEIDKIGAEAVNDQENSLPSLLVTLNGLFLDLEASICQLHATHHMDFIDGSFPFPL 240
           AQVFMEIDKIGAEAVNDQ+NSLPSLLVTLNGLFLDLEASICQLHA H MD +DGSF FPL
Sbjct: 181 AQVFMEIDKIGAEAVNDQQNSLPSLLVTLNGLFLDLEASICQLHAAHQMDLVDGSFSFPL 240

Query: 241 FEKLPVVNKEGSQWTSCEIGDAINLLYQNLHKLDSFISALVSKHRKPKKLTQFWLGYTCG 300
           FEKLP VNKEGSQWTSCEIGDAINLLYQNLHKLDSFI  LVSKHRKP+KLTQ WL YTCG
Sbjct: 241 FEKLPDVNKEGSQWTSCEIGDAINLLYQNLHKLDSFIYILVSKHRKPRKLTQHWLRYTCG 300

Query: 301 AIGLSVCSVWLLQHSRLMGSNDIENWVREAHNSAAGFFKDHVEQPLISIRDELFDTFRKR 360
           A+GLSVCSVWL+QHS LMGSNDIENW  EAHNSA  FFKDHVEQPLISIRDELFDTFRKR
Sbjct: 301 AVGLSVCSVWLIQHSSLMGSNDIENWFNEAHNSAVSFFKDHVEQPLISIRDELFDTFRKR 360

Query: 361 HKGVMEVQEVHLTANSLHRMLLAFSEHTKGQKFSDDASDQEMLAIVMTRYEKELMHPIQN 420
           HKGVMEVQEV LT NSLHRMLLAFSEHTKGQKF DDASDQEMLAIVM RYEKELMHPIQN
Sbjct: 361 HKGVMEVQEVQLTVNSLHRMLLAFSEHTKGQKFPDDASDQEMLAIVMARYEKELMHPIQN 420

Query: 421 LLSGELARALLIQVQKLKLDIETAMLELDQILKANEINFAVLAALPAFFLSLLLLMLLRA 480
           LLSGELARALLIQVQKLKLDIETAMLELDQILKANEINFAVLAALPAFFLSLLLLMLLRA
Sbjct: 421 LLSGELARALLIQVQKLKLDIETAMLELDQILKANEINFAVLAALPAFFLSLLLLMLLRA 480

Query: 481 WYKQDTRAEGKGRAARLQRRLLVVEVEKAIMQYQSFVDQGRVKDAECRFGLLLYSLGRLY 540
           WYKQDTRAEGKGRAARLQRRLLVVEVEKAIMQYQSFVDQGRVKDAECRFGLLLYSLGRLY
Sbjct: 481 WYKQDTRAEGKGRAARLQRRLLVVEVEKAIMQYQSFVDQGRVKDAECRFGLLLYSLGRLY 540

Query: 541 HASEKHAKATGEWLYLRQDILDLGKPDLPTRDKLRIASRMERVYDCLLPALKR 594
           HASEKHAKATGEWLYLRQDILDLGKP LPTRDKLRI  RMERVYDCLLP LKR
Sbjct: 541 HASEKHAKATGEWLYLRQDILDLGKPGLPTRDKLRITWRMERVYDCLLPTLKR 593

[Close]

BLAST of Tan0016479 vs. NCBI nr
Match: XP_022985705.1 (protein DGS1, mitochondrial-like isoform X2 [Cucurbita maxima])

HSP 1 Score: 1098.2 bits (2839), Expect = 0.0e+00
Identity = 547/594 (92.09%), Postives = 562/594 (94.61%), Query Frame = 0


Query: 1   METTPEESEDKGIRSLISLHSLRVWNRIVSFFPSTRDSNFLWKLSSLLRRRRRKIGLPLP 60
           ME  PEESE+KGIRS ISL+SLRVWN+I +F PSTRDSNFLWK SSLLRRRRRK GLPLP
Sbjct: 1   MEAKPEESEEKGIRSSISLYSLRVWNQIAAFLPSTRDSNFLWKPSSLLRRRRRKTGLPLP 60

Query: 61  LPLNSINSSVLTVTGWEPTEASRLYDVLGDLLEHCFLNLHNIWKNLEFWQSRAEGTNAQK 120
           LPLNSINSSVLTVTGWEP EASRLYDVLGDLLEHCFLNLH+IWKNL+FWQSRAEGTNAQK
Sbjct: 61  LPLNSINSSVLTVTGWEPAEASRLYDVLGDLLEHCFLNLHSIWKNLQFWQSRAEGTNAQK 120

Query: 121 VYFMICERGPRAFFNGTVQLMRQSIRDGFSLQHVARDASLYIADRITILSNLRCHLAVFV 180
           VYFMICERGPRAFF+GT QLMRQ+ RDGFSLQHVAR+ASLYIADRITILSNLRCHLAVFV
Sbjct: 121 VYFMICERGPRAFFSGTAQLMRQNFRDGFSLQHVAREASLYIADRITILSNLRCHLAVFV 180

Query: 181 AQVFMEIDKIGAEAVNDQENSLPSLLVTLNGLFLDLEASICQLHATHHMDFIDGSFPFPL 240
           AQVFMEIDKIGAEAVNDQ+NSLPSLLVTLNGLFLDLEASICQLHA H MD IDGSF FPL
Sbjct: 181 AQVFMEIDKIGAEAVNDQQNSLPSLLVTLNGLFLDLEASICQLHAAHQMDLIDGSFSFPL 240

Query: 241 FEKLPVVNKEGSQWTSCEIGDAINLLYQNLHKLDSFISALVSKHRKPKKLTQFWLGYTCG 300
           FEKLP V+KEGSQW SCEIGDAINLLYQNLHKLDSFI  LVSKHRKP+KLTQ+WL YTCG
Sbjct: 241 FEKLPDVSKEGSQWASCEIGDAINLLYQNLHKLDSFIYILVSKHRKPRKLTQYWLRYTCG 300

Query: 301 AIGLSVCSVWLLQHSRLMGSNDIENWVREAHNSAAGFFKDHVEQPLISIRDELFDTFRKR 360
           A+GLSVCSVWL+QHS LMGSNDIENW  EAHNSA  FFKDHVEQPLISIRDELFDTFRKR
Sbjct: 301 AVGLSVCSVWLIQHSSLMGSNDIENWFNEAHNSAVSFFKDHVEQPLISIRDELFDTFRKR 360

Query: 361 HKGVMEVQEVHLTANSLHRMLLAFSEHTKGQKFSDDASDQEMLAIVMTRYEKELMHPIQN 420
           HKGVMEVQEV LT NSLHRMLLAFSEHTKGQKF DDASDQEMLAIVM RYEKELMHPIQN
Sbjct: 361 HKGVMEVQEVQLTVNSLHRMLLAFSEHTKGQKFPDDASDQEMLAIVMARYEKELMHPIQN 420

Query: 421 LLSGELARALLIQVQKLKLDIETAMLELDQILKANEINFAVLAALPAFFLSLLLLMLLRA 480
           LLSGELARALLIQVQKLKLDIETAMLELDQILKANEINFAVLAALPAFFLSLLLLMLLRA
Sbjct: 421 LLSGELARALLIQVQKLKLDIETAMLELDQILKANEINFAVLAALPAFFLSLLLLMLLRA 480

Query: 481 WYKQDTRAEGKGRAARLQRRLLVVEVEKAIMQYQSFVDQGRVKDAECRFGLLLYSLGRLY 540
           WYKQDTRAEGKGRAARLQRRLLVVEVEKAIMQYQSFVDQGRVKDAECRFGLLLYSLGRLY
Sbjct: 481 WYKQDTRAEGKGRAARLQRRLLVVEVEKAIMQYQSFVDQGRVKDAECRFGLLLYSLGRLY 540

Query: 541 HASEKHAKATGEWLYLRQDILDLGKPDLPTRDKLRIASRMERVYDCLLPALKRS 595
           HASEKHAKATGEWLYLRQDILDLGKP LPTRDKLRI  RMERVYDCLLP LKRS
Sbjct: 541 HASEKHAKATGEWLYLRQDILDLGKPGLPTRDKLRITWRMERVYDCLLPTLKRS 594

[Close]

BLAST of Tan0016479 vs. NCBI nr
Match: XP_022943965.1 (protein DGS1, mitochondrial-like isoform X1 [Cucurbita moschata])

HSP 1 Score: 1094.3 bits (2829), Expect = 0.0e+00
Identity = 549/606 (90.59%), Postives = 564/606 (93.07%), Query Frame = 0


Query: 1   METTPEESEDKGIRSLISLHSLRVWNRIVSFFPSTRDSNFLWKLSSLLRRRRRKIGLPLP 60
           ME  PEESE+KGIRS ISL+SLR+WN+IV+F PSTRDSNFLWKLSSLLRRRRRK GLPLP
Sbjct: 1   MEAKPEESEEKGIRSSISLYSLRLWNQIVAFLPSTRDSNFLWKLSSLLRRRRRKTGLPLP 60

Query: 61  LPLNSINSSV------------LTVTGWEPTEASRLYDVLGDLLEHCFLNLHNIWKNLEF 120
           LPLNSINSSV            LTVTGWEP EASRLYDVLGDLLEHCFLNLH+IWKNL+F
Sbjct: 61  LPLNSINSSVITGQWESKKNWSLTVTGWEPAEASRLYDVLGDLLEHCFLNLHSIWKNLQF 120

Query: 121 WQSRAEGTNAQKVYFMICERGPRAFFNGTVQLMRQSIRDGFSLQHVARDASLYIADRITI 180
           WQSRAEGTNAQKVYFMICERGPRAFF+GT QLMRQ+ RDGFSLQHVAR+ASLYIADRITI
Sbjct: 121 WQSRAEGTNAQKVYFMICERGPRAFFSGTAQLMRQNFRDGFSLQHVAREASLYIADRITI 180

Query: 181 LSNLRCHLAVFVAQVFMEIDKIGAEAVNDQENSLPSLLVTLNGLFLDLEASICQLHATHH 240
           LSNLRCHLAVFVAQVFMEIDKIGAEAVNDQ+NSLPSLLVTLNGLFLDLEASICQLHA H 
Sbjct: 181 LSNLRCHLAVFVAQVFMEIDKIGAEAVNDQQNSLPSLLVTLNGLFLDLEASICQLHAAHQ 240

Query: 241 MDFIDGSFPFPLFEKLPVVNKEGSQWTSCEIGDAINLLYQNLHKLDSFISALVSKHRKPK 300
           MD +DGSF FPLFEKLP VNKEGSQWTSCEIGDAINLLYQNLHKLDSFI  LVSKHRKP+
Sbjct: 241 MDLVDGSFSFPLFEKLPDVNKEGSQWTSCEIGDAINLLYQNLHKLDSFIYILVSKHRKPR 300

Query: 301 KLTQFWLGYTCGAIGLSVCSVWLLQHSRLMGSNDIENWVREAHNSAAGFFKDHVEQPLIS 360
           KLTQ WL YTCGA+GLSVCSVWL+QHS LMGSNDIENW  EAHNSA  FFKDHVEQPLIS
Sbjct: 301 KLTQHWLRYTCGAVGLSVCSVWLIQHSSLMGSNDIENWFNEAHNSAVSFFKDHVEQPLIS 360

Query: 361 IRDELFDTFRKRHKGVMEVQEVHLTANSLHRMLLAFSEHTKGQKFSDDASDQEMLAIVMT 420
           IRDELFDTFRKRHKGVMEVQEV LT NSLHRMLLAFSEHTKGQKF DDASDQEMLAIVM 
Sbjct: 361 IRDELFDTFRKRHKGVMEVQEVQLTVNSLHRMLLAFSEHTKGQKFPDDASDQEMLAIVMA 420

Query: 421 RYEKELMHPIQNLLSGELARALLIQVQKLKLDIETAMLELDQILKANEINFAVLAALPAF 480
           RYEKELMHPIQNLLSGELARALLIQVQKLKLDIETAMLELDQILKANEINFAVLAALPAF
Sbjct: 421 RYEKELMHPIQNLLSGELARALLIQVQKLKLDIETAMLELDQILKANEINFAVLAALPAF 480

Query: 481 FLSLLLLMLLRAWYKQDTRAEGKGRAARLQRRLLVVEVEKAIMQYQSFVDQGRVKDAECR 540
           FLSLLLLMLLRAWYKQDTRAEGKGRAARLQRRLLVVEVEKAIMQYQSFVDQGRVKDAECR
Sbjct: 481 FLSLLLLMLLRAWYKQDTRAEGKGRAARLQRRLLVVEVEKAIMQYQSFVDQGRVKDAECR 540

Query: 541 FGLLLYSLGRLYHASEKHAKATGEWLYLRQDILDLGKPDLPTRDKLRIASRMERVYDCLL 595
           FGLLLYSLGRLYHASEKHAKATGEWLYLRQDILDLGKP LPTRDKLRI  RMERVYDCLL
Sbjct: 541 FGLLLYSLGRLYHASEKHAKATGEWLYLRQDILDLGKPGLPTRDKLRITWRMERVYDCLL 600

[Close]

BLAST of Tan0016479 vs. ExPASy TrEMBL
Match: A0A6J1FT53 (protein DGS1, mitochondrial-like isoform X2 OS=Cucurbita moschata OX=3662 GN=LOC111448535 PE=4 SV=1)

HSP 1 Score: 1103.2 bits (2852), Expect = 0.0e+00
Identity = 549/594 (92.42%), Postives = 564/594 (94.95%), Query Frame = 0


Query: 1   METTPEESEDKGIRSLISLHSLRVWNRIVSFFPSTRDSNFLWKLSSLLRRRRRKIGLPLP 60
           ME  PEESE+KGIRS ISL+SLR+WN+IV+F PSTRDSNFLWKLSSLLRRRRRK GLPLP
Sbjct: 1   MEAKPEESEEKGIRSSISLYSLRLWNQIVAFLPSTRDSNFLWKLSSLLRRRRRKTGLPLP 60

Query: 61  LPLNSINSSVLTVTGWEPTEASRLYDVLGDLLEHCFLNLHNIWKNLEFWQSRAEGTNAQK 120
           LPLNSINSSVLTVTGWEP EASRLYDVLGDLLEHCFLNLH+IWKNL+FWQSRAEGTNAQK
Sbjct: 61  LPLNSINSSVLTVTGWEPAEASRLYDVLGDLLEHCFLNLHSIWKNLQFWQSRAEGTNAQK 120

Query: 121 VYFMICERGPRAFFNGTVQLMRQSIRDGFSLQHVARDASLYIADRITILSNLRCHLAVFV 180
           VYFMICERGPRAFF+GT QLMRQ+ RDGFSLQHVAR+ASLYIADRITILSNLRCHLAVFV
Sbjct: 121 VYFMICERGPRAFFSGTAQLMRQNFRDGFSLQHVAREASLYIADRITILSNLRCHLAVFV 180

Query: 181 AQVFMEIDKIGAEAVNDQENSLPSLLVTLNGLFLDLEASICQLHATHHMDFIDGSFPFPL 240
           AQVFMEIDKIGAEAVNDQ+NSLPSLLVTLNGLFLDLEASICQLHA H MD +DGSF FPL
Sbjct: 181 AQVFMEIDKIGAEAVNDQQNSLPSLLVTLNGLFLDLEASICQLHAAHQMDLVDGSFSFPL 240

Query: 241 FEKLPVVNKEGSQWTSCEIGDAINLLYQNLHKLDSFISALVSKHRKPKKLTQFWLGYTCG 300
           FEKLP VNKEGSQWTSCEIGDAINLLYQNLHKLDSFI  LVSKHRKP+KLTQ WL YTCG
Sbjct: 241 FEKLPDVNKEGSQWTSCEIGDAINLLYQNLHKLDSFIYILVSKHRKPRKLTQHWLRYTCG 300

Query: 301 AIGLSVCSVWLLQHSRLMGSNDIENWVREAHNSAAGFFKDHVEQPLISIRDELFDTFRKR 360
           A+GLSVCSVWL+QHS LMGSNDIENW  EAHNSA  FFKDHVEQPLISIRDELFDTFRKR
Sbjct: 301 AVGLSVCSVWLIQHSSLMGSNDIENWFNEAHNSAVSFFKDHVEQPLISIRDELFDTFRKR 360

Query: 361 HKGVMEVQEVHLTANSLHRMLLAFSEHTKGQKFSDDASDQEMLAIVMTRYEKELMHPIQN 420
           HKGVMEVQEV LT NSLHRMLLAFSEHTKGQKF DDASDQEMLAIVM RYEKELMHPIQN
Sbjct: 361 HKGVMEVQEVQLTVNSLHRMLLAFSEHTKGQKFPDDASDQEMLAIVMARYEKELMHPIQN 420

Query: 421 LLSGELARALLIQVQKLKLDIETAMLELDQILKANEINFAVLAALPAFFLSLLLLMLLRA 480
           LLSGELARALLIQVQKLKLDIETAMLELDQILKANEINFAVLAALPAFFLSLLLLMLLRA
Sbjct: 421 LLSGELARALLIQVQKLKLDIETAMLELDQILKANEINFAVLAALPAFFLSLLLLMLLRA 480

Query: 481 WYKQDTRAEGKGRAARLQRRLLVVEVEKAIMQYQSFVDQGRVKDAECRFGLLLYSLGRLY 540
           WYKQDTRAEGKGRAARLQRRLLVVEVEKAIMQYQSFVDQGRVKDAECRFGLLLYSLGRLY
Sbjct: 481 WYKQDTRAEGKGRAARLQRRLLVVEVEKAIMQYQSFVDQGRVKDAECRFGLLLYSLGRLY 540

Query: 541 HASEKHAKATGEWLYLRQDILDLGKPDLPTRDKLRIASRMERVYDCLLPALKRS 595
           HASEKHAKATGEWLYLRQDILDLGKP LPTRDKLRI  RMERVYDCLLP LKRS
Sbjct: 541 HASEKHAKATGEWLYLRQDILDLGKPGLPTRDKLRITWRMERVYDCLLPTLKRS 594

[Close]

BLAST of Tan0016479 vs. ExPASy TrEMBL
Match: A0A6J1JC27 (protein DGS1, mitochondrial-like isoform X2 OS=Cucurbita maxima OX=3661 GN=LOC111483680 PE=4 SV=1)

HSP 1 Score: 1098.2 bits (2839), Expect = 0.0e+00
Identity = 547/594 (92.09%), Postives = 562/594 (94.61%), Query Frame = 0


Query: 1   METTPEESEDKGIRSLISLHSLRVWNRIVSFFPSTRDSNFLWKLSSLLRRRRRKIGLPLP 60
           ME  PEESE+KGIRS ISL+SLRVWN+I +F PSTRDSNFLWK SSLLRRRRRK GLPLP
Sbjct: 1   MEAKPEESEEKGIRSSISLYSLRVWNQIAAFLPSTRDSNFLWKPSSLLRRRRRKTGLPLP 60

Query: 61  LPLNSINSSVLTVTGWEPTEASRLYDVLGDLLEHCFLNLHNIWKNLEFWQSRAEGTNAQK 120
           LPLNSINSSVLTVTGWEP EASRLYDVLGDLLEHCFLNLH+IWKNL+FWQSRAEGTNAQK
Sbjct: 61  LPLNSINSSVLTVTGWEPAEASRLYDVLGDLLEHCFLNLHSIWKNLQFWQSRAEGTNAQK 120

Query: 121 VYFMICERGPRAFFNGTVQLMRQSIRDGFSLQHVARDASLYIADRITILSNLRCHLAVFV 180
           VYFMICERGPRAFF+GT QLMRQ+ RDGFSLQHVAR+ASLYIADRITILSNLRCHLAVFV
Sbjct: 121 VYFMICERGPRAFFSGTAQLMRQNFRDGFSLQHVAREASLYIADRITILSNLRCHLAVFV 180

Query: 181 AQVFMEIDKIGAEAVNDQENSLPSLLVTLNGLFLDLEASICQLHATHHMDFIDGSFPFPL 240
           AQVFMEIDKIGAEAVNDQ+NSLPSLLVTLNGLFLDLEASICQLHA H MD IDGSF FPL
Sbjct: 181 AQVFMEIDKIGAEAVNDQQNSLPSLLVTLNGLFLDLEASICQLHAAHQMDLIDGSFSFPL 240

Query: 241 FEKLPVVNKEGSQWTSCEIGDAINLLYQNLHKLDSFISALVSKHRKPKKLTQFWLGYTCG 300
           FEKLP V+KEGSQW SCEIGDAINLLYQNLHKLDSFI  LVSKHRKP+KLTQ+WL YTCG
Sbjct: 241 FEKLPDVSKEGSQWASCEIGDAINLLYQNLHKLDSFIYILVSKHRKPRKLTQYWLRYTCG 300

Query: 301 AIGLSVCSVWLLQHSRLMGSNDIENWVREAHNSAAGFFKDHVEQPLISIRDELFDTFRKR 360
           A+GLSVCSVWL+QHS LMGSNDIENW  EAHNSA  FFKDHVEQPLISIRDELFDTFRKR
Sbjct: 301 AVGLSVCSVWLIQHSSLMGSNDIENWFNEAHNSAVSFFKDHVEQPLISIRDELFDTFRKR 360

Query: 361 HKGVMEVQEVHLTANSLHRMLLAFSEHTKGQKFSDDASDQEMLAIVMTRYEKELMHPIQN 420
           HKGVMEVQEV LT NSLHRMLLAFSEHTKGQKF DDASDQEMLAIVM RYEKELMHPIQN
Sbjct: 361 HKGVMEVQEVQLTVNSLHRMLLAFSEHTKGQKFPDDASDQEMLAIVMARYEKELMHPIQN 420

Query: 421 LLSGELARALLIQVQKLKLDIETAMLELDQILKANEINFAVLAALPAFFLSLLLLMLLRA 480
           LLSGELARALLIQVQKLKLDIETAMLELDQILKANEINFAVLAALPAFFLSLLLLMLLRA
Sbjct: 421 LLSGELARALLIQVQKLKLDIETAMLELDQILKANEINFAVLAALPAFFLSLLLLMLLRA 480

Query: 481 WYKQDTRAEGKGRAARLQRRLLVVEVEKAIMQYQSFVDQGRVKDAECRFGLLLYSLGRLY 540
           WYKQDTRAEGKGRAARLQRRLLVVEVEKAIMQYQSFVDQGRVKDAECRFGLLLYSLGRLY
Sbjct: 481 WYKQDTRAEGKGRAARLQRRLLVVEVEKAIMQYQSFVDQGRVKDAECRFGLLLYSLGRLY 540

Query: 541 HASEKHAKATGEWLYLRQDILDLGKPDLPTRDKLRIASRMERVYDCLLPALKRS 595
           HASEKHAKATGEWLYLRQDILDLGKP LPTRDKLRI  RMERVYDCLLP LKRS
Sbjct: 541 HASEKHAKATGEWLYLRQDILDLGKPGLPTRDKLRITWRMERVYDCLLPTLKRS 594

[Close]

BLAST of Tan0016479 vs. ExPASy TrEMBL
Match: A0A6J1FYE1 (protein DGS1, mitochondrial-like isoform X1 OS=Cucurbita moschata OX=3662 GN=LOC111448535 PE=4 SV=1)

HSP 1 Score: 1094.3 bits (2829), Expect = 0.0e+00
Identity = 549/606 (90.59%), Postives = 564/606 (93.07%), Query Frame = 0


Query: 1   METTPEESEDKGIRSLISLHSLRVWNRIVSFFPSTRDSNFLWKLSSLLRRRRRKIGLPLP 60
           ME  PEESE+KGIRS ISL+SLR+WN+IV+F PSTRDSNFLWKLSSLLRRRRRK GLPLP
Sbjct: 1   MEAKPEESEEKGIRSSISLYSLRLWNQIVAFLPSTRDSNFLWKLSSLLRRRRRKTGLPLP 60

Query: 61  LPLNSINSSV------------LTVTGWEPTEASRLYDVLGDLLEHCFLNLHNIWKNLEF 120
           LPLNSINSSV            LTVTGWEP EASRLYDVLGDLLEHCFLNLH+IWKNL+F
Sbjct: 61  LPLNSINSSVITGQWESKKNWSLTVTGWEPAEASRLYDVLGDLLEHCFLNLHSIWKNLQF 120

Query: 121 WQSRAEGTNAQKVYFMICERGPRAFFNGTVQLMRQSIRDGFSLQHVARDASLYIADRITI 180
           WQSRAEGTNAQKVYFMICERGPRAFF+GT QLMRQ+ RDGFSLQHVAR+ASLYIADRITI
Sbjct: 121 WQSRAEGTNAQKVYFMICERGPRAFFSGTAQLMRQNFRDGFSLQHVAREASLYIADRITI 180

Query: 181 LSNLRCHLAVFVAQVFMEIDKIGAEAVNDQENSLPSLLVTLNGLFLDLEASICQLHATHH 240
           LSNLRCHLAVFVAQVFMEIDKIGAEAVNDQ+NSLPSLLVTLNGLFLDLEASICQLHA H 
Sbjct: 181 LSNLRCHLAVFVAQVFMEIDKIGAEAVNDQQNSLPSLLVTLNGLFLDLEASICQLHAAHQ 240

Query: 241 MDFIDGSFPFPLFEKLPVVNKEGSQWTSCEIGDAINLLYQNLHKLDSFISALVSKHRKPK 300
           MD +DGSF FPLFEKLP VNKEGSQWTSCEIGDAINLLYQNLHKLDSFI  LVSKHRKP+
Sbjct: 241 MDLVDGSFSFPLFEKLPDVNKEGSQWTSCEIGDAINLLYQNLHKLDSFIYILVSKHRKPR 300

Query: 301 KLTQFWLGYTCGAIGLSVCSVWLLQHSRLMGSNDIENWVREAHNSAAGFFKDHVEQPLIS 360
           KLTQ WL YTCGA+GLSVCSVWL+QHS LMGSNDIENW  EAHNSA  FFKDHVEQPLIS
Sbjct: 301 KLTQHWLRYTCGAVGLSVCSVWLIQHSSLMGSNDIENWFNEAHNSAVSFFKDHVEQPLIS 360

Query: 361 IRDELFDTFRKRHKGVMEVQEVHLTANSLHRMLLAFSEHTKGQKFSDDASDQEMLAIVMT 420
           IRDELFDTFRKRHKGVMEVQEV LT NSLHRMLLAFSEHTKGQKF DDASDQEMLAIVM 
Sbjct: 361 IRDELFDTFRKRHKGVMEVQEVQLTVNSLHRMLLAFSEHTKGQKFPDDASDQEMLAIVMA 420

Query: 421 RYEKELMHPIQNLLSGELARALLIQVQKLKLDIETAMLELDQILKANEINFAVLAALPAF 480
           RYEKELMHPIQNLLSGELARALLIQVQKLKLDIETAMLELDQILKANEINFAVLAALPAF
Sbjct: 421 RYEKELMHPIQNLLSGELARALLIQVQKLKLDIETAMLELDQILKANEINFAVLAALPAF 480

Query: 481 FLSLLLLMLLRAWYKQDTRAEGKGRAARLQRRLLVVEVEKAIMQYQSFVDQGRVKDAECR 540
           FLSLLLLMLLRAWYKQDTRAEGKGRAARLQRRLLVVEVEKAIMQYQSFVDQGRVKDAECR
Sbjct: 481 FLSLLLLMLLRAWYKQDTRAEGKGRAARLQRRLLVVEVEKAIMQYQSFVDQGRVKDAECR 540

Query: 541 FGLLLYSLGRLYHASEKHAKATGEWLYLRQDILDLGKPDLPTRDKLRIASRMERVYDCLL 595
           FGLLLYSLGRLYHASEKHAKATGEWLYLRQDILDLGKP LPTRDKLRI  RMERVYDCLL
Sbjct: 541 FGLLLYSLGRLYHASEKHAKATGEWLYLRQDILDLGKPGLPTRDKLRITWRMERVYDCLL 600

[Close]

BLAST of Tan0016479 vs. ExPASy TrEMBL
Match: A0A6J1JE15 (protein DGS1, mitochondrial-like isoform X1 OS=Cucurbita maxima OX=3661 GN=LOC111483680 PE=4 SV=1)

HSP 1 Score: 1089.3 bits (2816), Expect = 0.0e+00
Identity = 547/606 (90.26%), Postives = 562/606 (92.74%), Query Frame = 0


Query: 1   METTPEESEDKGIRSLISLHSLRVWNRIVSFFPSTRDSNFLWKLSSLLRRRRRKIGLPLP 60
           ME  PEESE+KGIRS ISL+SLRVWN+I +F PSTRDSNFLWK SSLLRRRRRK GLPLP
Sbjct: 1   MEAKPEESEEKGIRSSISLYSLRVWNQIAAFLPSTRDSNFLWKPSSLLRRRRRKTGLPLP 60

Query: 61  LPLNSINSSV------------LTVTGWEPTEASRLYDVLGDLLEHCFLNLHNIWKNLEF 120
           LPLNSINSSV            LTVTGWEP EASRLYDVLGDLLEHCFLNLH+IWKNL+F
Sbjct: 61  LPLNSINSSVITGQWESKKNWSLTVTGWEPAEASRLYDVLGDLLEHCFLNLHSIWKNLQF 120

Query: 121 WQSRAEGTNAQKVYFMICERGPRAFFNGTVQLMRQSIRDGFSLQHVARDASLYIADRITI 180
           WQSRAEGTNAQKVYFMICERGPRAFF+GT QLMRQ+ RDGFSLQHVAR+ASLYIADRITI
Sbjct: 121 WQSRAEGTNAQKVYFMICERGPRAFFSGTAQLMRQNFRDGFSLQHVAREASLYIADRITI 180

Query: 181 LSNLRCHLAVFVAQVFMEIDKIGAEAVNDQENSLPSLLVTLNGLFLDLEASICQLHATHH 240
           LSNLRCHLAVFVAQVFMEIDKIGAEAVNDQ+NSLPSLLVTLNGLFLDLEASICQLHA H 
Sbjct: 181 LSNLRCHLAVFVAQVFMEIDKIGAEAVNDQQNSLPSLLVTLNGLFLDLEASICQLHAAHQ 240

Query: 241 MDFIDGSFPFPLFEKLPVVNKEGSQWTSCEIGDAINLLYQNLHKLDSFISALVSKHRKPK 300
           MD IDGSF FPLFEKLP V+KEGSQW SCEIGDAINLLYQNLHKLDSFI  LVSKHRKP+
Sbjct: 241 MDLIDGSFSFPLFEKLPDVSKEGSQWASCEIGDAINLLYQNLHKLDSFIYILVSKHRKPR 300

Query: 301 KLTQFWLGYTCGAIGLSVCSVWLLQHSRLMGSNDIENWVREAHNSAAGFFKDHVEQPLIS 360
           KLTQ+WL YTCGA+GLSVCSVWL+QHS LMGSNDIENW  EAHNSA  FFKDHVEQPLIS
Sbjct: 301 KLTQYWLRYTCGAVGLSVCSVWLIQHSSLMGSNDIENWFNEAHNSAVSFFKDHVEQPLIS 360

Query: 361 IRDELFDTFRKRHKGVMEVQEVHLTANSLHRMLLAFSEHTKGQKFSDDASDQEMLAIVMT 420
           IRDELFDTFRKRHKGVMEVQEV LT NSLHRMLLAFSEHTKGQKF DDASDQEMLAIVM 
Sbjct: 361 IRDELFDTFRKRHKGVMEVQEVQLTVNSLHRMLLAFSEHTKGQKFPDDASDQEMLAIVMA 420

Query: 421 RYEKELMHPIQNLLSGELARALLIQVQKLKLDIETAMLELDQILKANEINFAVLAALPAF 480
           RYEKELMHPIQNLLSGELARALLIQVQKLKLDIETAMLELDQILKANEINFAVLAALPAF
Sbjct: 421 RYEKELMHPIQNLLSGELARALLIQVQKLKLDIETAMLELDQILKANEINFAVLAALPAF 480

Query: 481 FLSLLLLMLLRAWYKQDTRAEGKGRAARLQRRLLVVEVEKAIMQYQSFVDQGRVKDAECR 540
           FLSLLLLMLLRAWYKQDTRAEGKGRAARLQRRLLVVEVEKAIMQYQSFVDQGRVKDAECR
Sbjct: 481 FLSLLLLMLLRAWYKQDTRAEGKGRAARLQRRLLVVEVEKAIMQYQSFVDQGRVKDAECR 540

Query: 541 FGLLLYSLGRLYHASEKHAKATGEWLYLRQDILDLGKPDLPTRDKLRIASRMERVYDCLL 595
           FGLLLYSLGRLYHASEKHAKATGEWLYLRQDILDLGKP LPTRDKLRI  RMERVYDCLL
Sbjct: 541 FGLLLYSLGRLYHASEKHAKATGEWLYLRQDILDLGKPGLPTRDKLRITWRMERVYDCLL 600

[Close]

BLAST of Tan0016479 vs. ExPASy TrEMBL
Match: A0A1S3BN30 (protein DGS1, mitochondrial OS=Cucumis melo OX=3656 GN=LOC103491445 PE=4 SV=1)

HSP 1 Score: 1084.3 bits (2803), Expect = 0.0e+00
Identity = 541/594 (91.08%), Postives = 562/594 (94.61%), Query Frame = 0


Query: 1   METTPEESEDKGIRSLISLHSLRVWNRIVSFFPSTRDSNFLWKLSSLLRRRRRKIGLPLP 60
           ME TP ESEDKGIRS ISL+S  +WN+IVSF PS  DSNFLWKLSSLLRR+RRK GLP+P
Sbjct: 1   MEATPNESEDKGIRSSISLYSFHLWNQIVSFVPSRHDSNFLWKLSSLLRRKRRKTGLPIP 60

Query: 61  LPLNSINSSVLTVTGWEPTEASRLYDVLGDLLEHCFLNLHNIWKNLEFWQSRAEGTNAQK 120
           LPLNSINSSVLTVTGWEP EASRLYDVLGDLLEHCF NLH+IWKNL+FWQSRAEGTNAQK
Sbjct: 61  LPLNSINSSVLTVTGWEPAEASRLYDVLGDLLEHCFSNLHSIWKNLQFWQSRAEGTNAQK 120

Query: 121 VYFMICERGPRAFFNGTVQLMRQSIRDGFSLQHVARDASLYIADRITILSNLRCHLAVFV 180
           VYF+ICERGPRAFF+GTVQLMRQS+RDGFSLQHVA +ASLYIA RI+ILSNLRCHLAVFV
Sbjct: 121 VYFLICERGPRAFFSGTVQLMRQSLRDGFSLQHVAGEASLYIAHRISILSNLRCHLAVFV 180

Query: 181 AQVFMEIDKIGAEAVNDQENSLPSLLVTLNGLFLDLEASICQLHATHHMDFIDGSFPFPL 240
           AQVFMEIDKIGAEAV+ QENSLPSLLVTLNGLFLDLEASICQLHAT HMDFID S  FPL
Sbjct: 181 AQVFMEIDKIGAEAVDGQENSLPSLLVTLNGLFLDLEASICQLHATPHMDFIDDSVSFPL 240

Query: 241 FEKLPVVNKEGSQWTSCEIGDAINLLYQNLHKLDSFISALVSKHRKPKKLTQFWLGYTCG 300
           FEK+P VNKEGSQW SCEIGDAINLLYQNLHKLDSFIS LV KHRKP+KLTQ+WLGY+CG
Sbjct: 241 FEKVPDVNKEGSQWRSCEIGDAINLLYQNLHKLDSFISNLVYKHRKPRKLTQYWLGYSCG 300

Query: 301 AIGLSVCSVWLLQHSRLMGSNDIENWVREAHNSAAGFFKDHVEQPLISIRDELFDTFRKR 360
           AIGLS+CS WL+QHS LMGSNDIENWVR+AHNSAA FFKDHVEQPLISIRDELFDTFRKR
Sbjct: 301 AIGLSICSAWLIQHSSLMGSNDIENWVRKAHNSAASFFKDHVEQPLISIRDELFDTFRKR 360

Query: 361 HKGVMEVQEVHLTANSLHRMLLAFSEHTKGQKFSDDASDQEMLAIVMTRYEKELMHPIQN 420
           HKGVMEVQEV LTA SLHRMLLAFSEHTKGQKF DDASDQEMLAIVMTRYEKELMHPIQN
Sbjct: 361 HKGVMEVQEVQLTAISLHRMLLAFSEHTKGQKFPDDASDQEMLAIVMTRYEKELMHPIQN 420

Query: 421 LLSGELARALLIQVQKLKLDIETAMLELDQILKANEINFAVLAALPAFFLSLLLLMLLRA 480
           LLSGELARALLIQVQKLKLDIETAMLELDQILKANEINFAVLAALPAFFLSLLLLMLLR 
Sbjct: 421 LLSGELARALLIQVQKLKLDIETAMLELDQILKANEINFAVLAALPAFFLSLLLLMLLRT 480

Query: 481 WYKQDTRAEGKGRAARLQRRLLVVEVEKAIMQYQSFVDQGRVKDAECRFGLLLYSLGRLY 540
           WYKQDTRAEGKGRAARLQRRLLVVEVEKAIMQYQSFVDQGRVKDAECRFGLLLYSLGRLY
Sbjct: 481 WYKQDTRAEGKGRAARLQRRLLVVEVEKAIMQYQSFVDQGRVKDAECRFGLLLYSLGRLY 540

Query: 541 HASEKHAKATGEWLYLRQDILDLGKPDLPTRDKLRIASRMERVYDCLLPALKRS 595
           HASEKHAKATGEWL+LRQDILDLGKP LPTRDKLRI  RMERVYDCLLPALKRS
Sbjct: 541 HASEKHAKATGEWLHLRQDILDLGKPSLPTRDKLRITWRMERVYDCLLPALKRS 594

[Close]

BLAST of Tan0016479 vs. TAIR 10
Match: AT5G12290.1 (dgd1 suppressor 1 )

HSP 1 Score: 671.8 bits (1732), Expect = 5.1e-193
Identity = 336/597 (56.28%), Postives = 447/597 (74.87%), Query Frame = 0


Query: 2   ETTPEESEDKGIRSLISLHSLRVWNRIVSFFPSTRDSNFLWKLSSLLRR---RRRKIGLP 61
           E+TP  +       L+  +S  +WNR+ S  P+++   FL K+S+L R+   R+R I  P
Sbjct: 9   ESTPSTAL-SNFGELVPFYSSYLWNRLASLLPTSKPI-FLGKISNLYRQTVSRKRSISFP 68

Query: 62  LPLPLNSINSSVLTVTGWEPTEASRLYDVLGDLLEHCFLNLHNIWKNLEFWQSRAEGTNA 121
           LPLP +  +SS  T+T     + +R++ VL +++     NLH+I K+L+FW+SRAEG+NA
Sbjct: 69  LPLPSDFPSSS--TITSNVSADTARIHGVLEEIMADVLSNLHDIQKSLDFWRSRAEGSNA 128

Query: 122 QKVYFMICERGPRAFFNGTVQLMRQSIRDGFSLQHVARDASLYIADRITILSNLRCHLAV 181
           +K YFMI ERGP AF N + + + +S+ +  ++QH+ + +S ++ +R+ +L  LR  LA 
Sbjct: 129 RKAYFMIFERGPTAFVNESTKFVSKSLSEDSAMQHLCQSSSSHMTERMRVLVELRSALAS 188

Query: 182 FVAQVFMEIDKIGAEAVNDQENSLPSLLVTLNGLFLDLEASICQLHATHHMD-FIDGSFP 241
           F+AQ+++E+DK G + V   E +LPSLL  +NGLF +LE S   LHA    D  +DGS+P
Sbjct: 189 FIAQLYVELDKRGEDLVKIPEKALPSLLAVINGLFSNLEGSFSHLHAVRECDSSVDGSYP 248

Query: 242 FPL-FEKLPVVNKEGSQWTSCEIGDAINLLYQNLHKLDSFISALVSKHRKPKKLTQFWLG 301
            PL F++LP VN+EGSQWT CE+ DAINL+++NL KL+S++S +V KHRKP+++T +W+ 
Sbjct: 249 MPLVFDRLPEVNEEGSQWTDCELTDAINLVHKNLEKLNSYLSVMVGKHRKPRRMTLYWVR 308

Query: 302 YTCGAIGLSVCSVWLLQHSRLMGSNDIENWVREAHNSAAGFFKDHVEQPLISIRDELFDT 361
           YTCGA+GLSV S+WLL+HS LMGS+DIENWV +A  +   FF DHVEQPL+SIRDELFDT
Sbjct: 309 YTCGAVGLSVFSIWLLRHSSLMGSSDIENWVHDAKEATMSFFSDHVEQPLLSIRDELFDT 368

Query: 362 FRKRHKGVMEVQEVHLTANSLHRMLLAFSEHTKGQKFSDDASDQEMLAIVMTRYEKELMH 421
           FRKRHKGVME +EV LT +SLHRML  F E    +K  D+ASDQEML +VM RYEKEL+H
Sbjct: 369 FRKRHKGVMETEEVQLTQDSLHRMLRNFCEQATREKVPDNASDQEMLEVVMNRYEKELVH 428

Query: 422 PIQNLLSGELARALLIQVQKLKLDIETAMLELDQILKANEINFAVLAALPAFFLSLLLLM 481
           PI NLLSGELAR LLIQVQKLKLDIETAMLELDQIL+ANEINFA+LAALPAFFLS+++L 
Sbjct: 429 PIHNLLSGELARGLLIQVQKLKLDIETAMLELDQILRANEINFAILAALPAFFLSIVMLT 488

Query: 482 LLRAWYKQDTRAEGKGRAARLQRRLLVVEVEKAIMQYQSFVDQGRVKDAECRFGLLLYSL 541
           +LR W K+D++A+G+GR AR+ RRLLVVE+EK IMQYQS+++QGR KDAE  FGLL+YSL
Sbjct: 489 VLRTWLKKDSKAQGRGRIARIHRRLLVVEIEKRIMQYQSYIEQGRDKDAETVFGLLIYSL 548

Query: 542 GRLYHASEKHAKATGEWLYLRQDILDLGKPDLPTRDKLRIASRMERVYDCLLPALKR 594
            RLY   EK A+AT EW  ++QD+++LG+P   T  KL +  R+  VYDCLLP LKR
Sbjct: 549 ERLYRVVEKPARATDEWDLVKQDLIELGRPQQQTSYKLTVTQRLVTVYDCLLPTLKR 601

The following BLAST results are available for this feature:

BLAST of Tan0016479 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q8GUK1	7.2e-192	56.28	Protein DGS1, mitochondrial OS=Arabidopsis thaliana OX=3702 GN=DGS1 PE=1 SV=1	[more]
O74963	1.3e-18	23.33	Nuclear control of ATPase protein 2 OS=Schizosaccharomyces pombe (strain 972 / A...	[more]
Q55GJ3	5.5e-14	29.94	Nuclear control of ATPase protein 2 OS=Dictyostelium discoideum OX=44689 GN=nca2...	[more]
Q753J1	3.7e-10	25.32	Nuclear control of ATPase protein 2 OS=Ashbya gossypii (strain ATCC 10895 / CBS ...	[more]
Q12374	5.3e-09	25.16	Nuclear control of ATPase protein 2 OS=Saccharomyces cerevisiae (strain ATCC 204...	[more]

BLAST of Tan0016479 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_022943966.1	0.0e+00	92.42	protein DGS1, mitochondrial-like isoform X2 [Cucurbita moschata]	[more]
XP_023512781.1	0.0e+00	92.42	protein DGS1, mitochondrial-like isoform X2 [Cucurbita pepo subsp. pepo]	[more]
KAG6570453.1	0.0e+00	92.41	Protein DGS1, mitochondrial, partial [Cucurbita argyrosperma subsp. sororia]	[more]
XP_022985705.1	0.0e+00	92.09	protein DGS1, mitochondrial-like isoform X2 [Cucurbita maxima]	[more]
XP_022943965.1	0.0e+00	90.59	protein DGS1, mitochondrial-like isoform X1 [Cucurbita moschata]	[more]

BLAST of Tan0016479 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1FT53	0.0e+00	92.42	protein DGS1, mitochondrial-like isoform X2 OS=Cucurbita moschata OX=3662 GN=LOC...	[more]
A0A6J1JC27	0.0e+00	92.09	protein DGS1, mitochondrial-like isoform X2 OS=Cucurbita maxima OX=3661 GN=LOC11...	[more]
A0A6J1FYE1	0.0e+00	90.59	protein DGS1, mitochondrial-like isoform X1 OS=Cucurbita moschata OX=3662 GN=LOC...	[more]
A0A6J1JE15	0.0e+00	90.26	protein DGS1, mitochondrial-like isoform X1 OS=Cucurbita maxima OX=3661 GN=LOC11...	[more]
A0A1S3BN30	0.0e+00	91.08	protein DGS1, mitochondrial OS=Cucumis melo OX=3656 GN=LOC103491445 PE=4 SV=1	[more]

BLAST of Tan0016479 vs. TAIR 10


Match Name	E-value	Identity	Description
AT5G12290.1	5.1e-193	56.28	dgd1 suppressor 1	[more]

InterPro

Analysis Name: InterPro Annotations of Snake gourd (anguina) v1
Date Performed: 2021-10-25


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	COILS	Coil	Coil	coord: 250..270
None	No IPR available	PANTHER	PTHR28234	NUCLEAR CONTROL OF ATPASE PROTEIN 2	coord: 2..400
IPR013946	Nuclear control of ATP synthase 2	PFAM	PF08637	NCA2	coord: 126..400 e-value: 1.5E-71 score: 240.9

Relationships

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


Feature Name	Unique Name	Type
Tan0016479.1	Tan0016479.1	mRNA
Tan0016479.2	Tan0016479.2	mRNA
Tan0016479.3	Tan0016479.3	mRNA
Tan0016479.5	Tan0016479.5	mRNA
Tan0016479.6	Tan0016479.6	mRNA
Tan0016479.4	Tan0016479.4	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
cellular_component	GO:0016021	integral component of membrane
cellular_component	GO:0005739	mitochondrion