Tan0004206 (gene) Snake gourd v1

Overview


Name	Tan0004206
Type	gene
Organism	Trichosanthes anguina (Snake gourd v1)
Description	P-loop containing nucleoside triphosphate hydrolases superfamily protein
Location	LG08: 73337611 .. 73362192 (-)
RNA-Seq Expression	Tan0004206
Synteny	Tan0004206

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideexonCDS

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

ATGGCGACTATTCCTTCTCTAACTCTAGTGTTAATGGGTCGCACTGGAAATGGAAAAAGTGCAACAGGAAATAGTATTCTTGGAAAGAAGGCGTTCAACTCAAGAAAAAGTTCATCGGGCATTACTAAAACTTCCGAGTTGCAGACGTGTGTGCGGAAAGATGGCCAAGTAATTAACGTCATCGACACTCCTGGTAAGACTAGAAAGGTCTCGCTTGATAGTGCAATATTTCTTAATATCATAAACAAAAACAAATTTTCAAAAACGATTTTTTAAAATTTTTAAAATTTAGTTTAGTTTTTGAAAATATAGGTATAATGAAGATAACAAAATATGAAAGCCCATAAGTGGAGGTAGTATTTATAGCTCTTTATTGATTTTTGTACCTCTTGTTCTAGACTACAAAAATTATATTGAACATATAGCTATGTTTGTACAAGGTCATATAGAAATTATTAAGTGCTTTAATTTCTTGACGTTGATCTCTGATCACATGCAACAAATTAAAATATGTAGGAATGTTCGATTTATCCGGTGGAATAGGATACACAGCAAGGGAAATAGTGAAGTGCATCAATTTCACAAGTGAAGGAATTCATGCAGTTCTTTTAGTTTTTTCAATGAGGACCCGATTCACTCAAGAAGAAGAAGCCACAATTCAAACCCTACAAAATTCATTCGGACCCAAAATTGTGGACTATGCCATTGTAGTATTAACAGGGGGCGACGAGTTTGACGACGACGACGATAACGCTCTAGAAGATTACTTGAGTCATGGGTGTCCTGTGGCCTTAAAGGACATTCTAGCTGCCTGCAAGAATCGATGTGTGGTTTTTGACAACAAAACTAAGAGTGTATCAAAGAATGATGAACAAGTGAATGAGCTTTTGGATTTGGTGAATGAAATGATAGCGCAAAATGGAGGACAACCCTACAAACCTTTGATTTCTAATCTGAAGCTTGAGAAGGAGTTTAATGAAGTCAAAACCAAGCTTGAACAATCATACACACAAAACTTGCCTTCTGATCCTAAGCTTGAGGAAAACTTGAATGAGGTAGGCCACACAACCACACCTTTTTTTTTTTTTTTAAGTATAAATTTAGTTTCTCACCTTATTTAATACCTTTTTAATTAAACTTTTCATTTTATATTTCATAATTTATTATATATTTTCAATTTTGTATCTAGTAGGTTATTCAACATCTTTTAAAAATTCACAAATGTACTTTTTACCAAAGTTAAATTTTATATTTCGTAGTTTACTATATATTTTCAATTTTGTATCTAATAGGTCATTGACTCTCATTCAACCTTTTTTTAAAAATTCACAAACCTATTTCTTACCAAATTTGAAGTGTAAGATCTTATTAGACATAAAATTTTAGTAGTGACCTATTAGACATGACATAATTGAAACTAGTTTAGAGACCTAGCTAATTATATTAGATTTTTTTTTTTAGTTTAAGAACCTAATTGGACTCAAAATTCGGAGTTTAAAGATCTATTAGATACTTTCTAAGGTTATAAACTAATTAGCTACAAATTTAAAAGTTCAAGTACTAAACTAGTAATTTAATTTTCTTAGAAAAAAGTTATTTATTGACTTGTTTTTTTCTTTCTTCATTCTTCTATAGTACAATCAAACTTTTACATTTTCAATTGATTCATCATACCTTTTACACTAATTAAATTGTTGAAATTAAACTTATAATATTGCAAAATACATAAACTACTCTTTGTAAATTTAATTGCAACCCTATAGAAAAGTTTAGGAGATGATTAATGAAATTGAAAATGAGGGAGATCAATATGATTGTAACAACTTTATAGTTTTATGAGGGTGTGGTTTGACCTCTTGATCATGTGTCAATTACCATTCAACTATATACTCACTTTGGCTAATAATCTCATATAAATTTAATTGGTATTTTTGTTTATAACTTTTAATTTTTCAAAATATTGACAAAACATACCGTGGTTAATCATTCAATTTGTTGATAATGGTTGTACTTTTGTTTTAATTTCTCTTTTAAATTTGATATTAAATATAAATGAATATTAAAAAGTTTTTTAAAAAATTGATTTCCAGAAATTGCTTTGATGGCAAGAAAATAAACTTGATTGAACTTAGTCTATTTGACATAAAATCTTAGATCATCCTTGATATAAACAACAAATTTCAACGGCAACTGGAAGAAGAAAGAGAAGCGCGTCGCAAAGTAGAAGAGGCAACCCAACGAATGCAAAACCAATACACATATGAAATTGATAACCGAAACGAACGGCTACGTGATGCTGTCCAAAGGCCAACAGTGGTCAAAATTGAGCATGATCTTCACCCTCTTCTTAGAAGGTGCCATATTCTTTAAGTTCCAAACATTATATTAGAACTGTAATAAATTGGGTAAGAAGAGGCCATATTCTTTAAGTTCCAAACATTATATTAGAACTGTAATAAATTGATATAACCATATGCATTATTATATGTGTATTGGTTGAATAAGGCAGCTCCCTGTGAGTGTTGGTGTGTATATTGTAATGTAAAAAGATTGATGTGTAATAAATTATTATAATAAATATTATTATTATTATGCGCTCAGATTTACATGAATTTTTTATAGGAAAAAAATGCACTTTCAGACTTTGAAGTTTGAGATTTAGAATCGATGTCTATTTTGGCCCCAAATTTTAAAATAAAACACTTTAGTCCATAAAGTTTACAAAATAATTTTAAATGGTCAATGACTGTACTAATCTAACTGAACGAAATGGATTTATTATTTTCTGACGTAGATTGGTTGGCATGTCAATATTTTGTTTAATTATTTGACAAATAAGCTGAAAAAAATTAACTTAGAAATTAAACTCTTCCTCCTCAATAATCCTAGCCATCGAATCGCTTTTGTCTATGGTTGTCCTGTCAAATGGGTTGTGACATTTTATCCAATGTATTTGGCATTGGCAAGAATAAATCATTTGGGGATTCAATATATACTAATGAATCTCATGAATCTAGAAGAAAAAATAAAACTTTAATTTTGGTTACTGGAGTTGATAATTTAGGGATTAAGTGAGTTTATTCAGTAAAAATTGAGAAAAAAAAAACTAAAATATTTCAATGATGGAGTTTTTCAATTGATTTGGGAATTAAAGTTTAGAAGCTTGTTATCCATTTCTCTGTTGTTGACCATATATATTACATTAATACTGCCATAAATGTAAAAATCTTAAGCTTTCTGACTGGCAAAGGTTGTGACGAGACTAACAAGACAGCAACAAACGCTGGGGCTGTGATGGACAGGGAGGCTGCAATTAATGGGTACGTAGAAAGCAATTCATGGGCTACGGCATATTGGTGGATTTGGAGAGGAATAGAGATTTTGAACATTTTAACATAATTAAACAAATTTGACTTCGTAAACCAATCCACGTCAGTAGATAAACGAGTTAAGTCGGGGACATTTAGAATCATTTCGCAAATTAACTTTAGAGACTAAAATGTTTCTTTTCAAACTTTGGAGGTCAAATAGATATAAACTTCAAACCTCATAGACTAAAAGTGCATTTTTTCTTTTTTTTTTTTATTTATAAATAAGTCATTTAATCATTGAACAAGTAATTTAATCATCTATATGTATCTTTAAAAATTGAAAAATAATTAATAGTGTAATTGAATAATATTGTGACCAATGATATATAAGTTAAGCTATATCCAATTGACTTAAGGGTCGCTTCTTTCTCTCTCGTCATTTGATCAACTTGCCTCAATCACACTTTTATATTAAGGTCTCAGTTGTTCCGTAGTCATTTGATCAAGTTGTGAGGGGTGGATTGGCACAGTAAGTCCTTCACCACCCTAACTAGCAAGAATGAAGACAAGTTGAAAGTTATCTTCCTTGGGCATCCATTAAATAAATAAAATGAAAACAATTTTTATGTTGCAACTTTTAATCATATGTTGAATTTCTGCTAAATTCACCTACTAATTTTAACAAACATTAGAGTAAAATATTTTAAAACTAACTAATTTTAACAAACACCAATCTTGGCACAAAATTAAGCCCAATTAATACATGGGATAAATGATTAAACAATAAAAGTCACAAATTATTTCAACAAAACTCAGTTATATATAATTTATGTATATGAGAATATTTTTATTCGCGATTTTTCTATTGTAAATCTATGATTTATATTTTACATAAATAAAAGGCCTCAGGACTATTTCAAGTATGTCTCAATTTGGGTTATCTTTTAAATAAAGGTTTTCAAGTTCATTTTTACCTATTAAAAACTCTCCATAGGATCCTTTCAATAAAAAAAATGTCAATAATGATTTATTAACATTTTATGACAAGTGAGCATATTCTTCGGATGTTAGTTAACACATAAAACAACTCAATTCATTTATCAACAAAATCAAACTCACCAACAAAAAAGATTTATTTATTTCAATTGGCATGTCTATGTATCAAAATATATGTTAATGAAATAAAAAGTTAAAGATACATTGAGAGATATTAAGCAACTTTAATATGTATATATTTTGAATACATTATAACATAGTAGTTAAAATATCCTTAAAAATGAGAGTTTATCCTATTGCTGATATATTGGCTCAAAAAGAATATATATATATATATATATATATAGAGGGAGAGAGAGGTTTATGCTTCATTCTATTTTGGTCTCAACATTTTTAAATGTCTAAATTAAGTCATGTGATAAAGCTTAAAAATGGTCTATCTTCAAGCAATTCAAAATTGATTAAATAATAATAATTTTCATTCAACAAAATATAAACATGTATAGTTTAAATTGCTAATAAATACTTATTTTTCTTTTTTGAAAAATTAACAATATGCTCAGACCAATTATATAAGTTTTCTACCTATTTAAGCAAACAATTAATTTTTAGTATTTGTTCTGTTGTACGGTGATTCCTTTCTTTTCTCTTTTTAGAGGAAATTAGTTAATTATATATCCACTCCATTTGGATTCGGTTTCCGTTGAGAGTCAGTCAATCTTGGGTGCTTAAGTTTAGGATTTATACTTAGAGTACTTTAGCTTAGCTTAAACTTTAATTTACTCATCAAATTAGTGACAGTGACATGACAGTGAGTTTTATATGTTTCTATATAAATGTGGGAAAACATTTTTTTTACCGCAGCAATTTGGCTTTGAGTTTGAAGTCTCTCTTCTTCTTTCTCTGCAAATATAATCAATCTTTCAATATTAATAATCAAATGGAGGTTGTTCCTTTTCTAACTATGGTGTTAATGGGTCGTACTGGAAATGGAAAAAGTGCTACTGGAAACAGTATTCTTGGAAAGAAGGCGTTCAATCCAGGAAAAAGTTTATTGGGCGTTACAAAAAGCTCCGAGTTGAAGTCATGTTTGCGAGAAGATGGTCAAGTAATAAATGTCATCGACACTCCCGGTAAGAAATAGAGTAATTCTGTATGGTTTAATTTTTTTTTTTTAAAAAAGTAATTTTGTAGTTTGTTTTTTTTTTAAAAAAAACAAATGTAATTTATTTGATCTCTCTCATACAATAAAATATGCAGGAATGTTTGATTTAAACAGTGGAACAGAATACATCACAGAGGAAATATTGAAATGCATTGATTTGGCAAAAAATGGCATTCATGCCGTTCTTTTGGTTTTCTCAGCGAAAACCCGATTTTCTCAAGAAGAAGAAGCCACTGTCAAAACCCTACAAAAGTTATTCGGATTTAAAATTCTAGACTATGCCATTGTGGTTTTCACTGGGGGTGACGAATTCGATGACGAAGATGACGTCACCTTTGAAAGTTACTTGCGTGATTGTCCTCAGGCCTTGAAGGATATTCTAGCTGCTTGCAAAAACCGTTGCGTACTTTTTGACAACAAAACAAGGAGTGGAACAAAGAAAACTGAACAAGTAAATAATCTTCTAACTGTGGTAAATCAAGTGATAGCCGAAAATGGAGGACAACCCTTCACACATAGGTTGTTTTTTAATACGAAGCTTGAGGAAAAGGTAAATGAGGTAAAAAGCAAGCTTGAAGAGCAAATAGCAGAAGAGAGAGAAGCGAGACGCCAAGCCGAAGAAAAATACCAAGAAATGCAAAAACAATTGGGGAAACAAATTCAAGACCAAAATCAACTCCTACATCAGATAGCTGCAAGGCCAATTGAGGTCACGATCGTGAAAAAGCCGAGTTCATGTACTATTGTTTAAGTCTCAAAACATTATAATAAACATTATATTATATTATATTATACGATGTCACACTGCATGAATTAAAATAAATAAATAAATAAATATATATCTATATATGTATGTATATGTGTGTATTTTAAACTATAATAAACTATGGTCGAATAAAGCAACTATTTGTATTGTGTTGTCTTGTAAAAAAATCTATGTAATGAATTATACATTCATACCGTATATGGTTTTATATATAAAGAATTTCAAATTATTCCACCTTTAAAAAATGTTACGTTGTTTGAATCTTTTTGTGAACTATTGAATATAAATAGAATGGTGGAATATTTTGCAATTTTATTTAAGCTAAATATACTGGTTGTGGTTCGTCTATAGATTTTTAAGTTAATGTTCTCAATTTGGCTCTTAATTTTTTAAATTACACAATTCTACTCCTAATGTATTAAAAATGTTCAATTCTGTTATTTCATATCTTATCGAAGATTTTTTTTCTCAATTATAAAAAAGTATTGAATTTGTCTATGTAAAAAATACTTTCATAAACATTTCCTCTATTATTTTAGTTGTAATTTCCTATAATATTCCATAAACATTTCAAAATTATATATCATTTGAGAAAAAAAAACAGTTAATATTGGATGAAAAATTGAAGTGAAATTAACTTGGAACACATGATAGTAACTAAGATGCTTGCTTAGGATTAAGTATGAAAGAACGACGCTCCACACCATGTCGAGTTTTCATCTAATATTCTGATAAATTTCTACTTGAAAGGTAATATTCCAATTCAAAAATTAAAAATAAGCAAAGTATGCAATGAAAAAGTTTAGTGTTTGGTGTAGATGTTATTAATATTTAAATAACGTTACTTGTTGGCGAATTTTTAATGATATTATTCCTACAGGTGGTAACTTATGTAAAAAAAGGAATCACTTCTGAAGTGTGGTGTTCTTTTTGCAGGTGCCATCTCGAAACTTCTGCCCATCTCTTTTGGGAATGCAAGTTAACCAAGAAAGTGTGGAGTTCCTTTTTTCCCTTCCAATGTCTCCTGGTTATCCGTTGGCAGGGGCACCCTAAACCCTAGAGGATTTACTGGGACTACATCAGGAAGGAAGAGAAGGATAACGAGCTAGAGTGGATTTTCATCATACTATGGAACATTTGGAGGGAGCAAAACAATTGTCGTTTTCGAAGTACTCGTGTACTTTTCAAGGACTTGATAGATGATGCGACCCACTCATCTCTGGACTCTTTTTGGGGGTCGAAGAAAGAGGTCTCCTCTATGGCCTCCCTCCCCTTTGCCTCGACGATGAGGTTCAACACAATGGGGGTGGAAACCACTAAACATTGGGGGTATGGAAGCTTAATACGGATAGTTAGAGACTGGAGAGTGACTCCCCTGATTGGAGGTTGCAAGTCTATCCCCCATGCGTAGTCGGTCAAGATCTTTGAGGCAATTACGATAGTAGAAGTTTAAAAAAATTGTTGAATTTGTTGGGAAAAAAAACCTCCCACCACTAGGAATAAGCAGAAATAAACCGAGAAATTAAAAGATACCAACAAAATAAGAGACACAAGAATTTACGTGGAAAAAACTCCAAACCCGAGAAAAAAACACGAACAGAAAAGAAATTCCACTATGTGAAAAATTGTTACAATCACATAGAATTCTCTCCCCCGACCCCAATTACAAAAACACTCTCCCAAAGCTTATACCACTCACACCCTTCTTTCCCACTCTCGCACTGCAGAATATAAAGAGGGAATTTAACTAGAGCTAGTCTCCAAGCTTAAAGTATTTCTAATTGGGATGCTTTGAAACCAAAGCCATAGACTCCTTTTATAGTGCCAGGAGCCCATCACTTTCCTAAACCTTTTAGATGTAGGACAATTCATCACTTTCCTAAACCTTTCAGGTGTAGGACAATTCAACACTTTCCTAAACCTTTCAGATGTAGGACAATTTTCCTTCTAATATATTGTCAAAACCCAACAATTTCCACCTTGACAAGATATTTGAAGAATCCACATCTCTTGCTGCATCATTGTCTTTACCGACAATCATAAATCTCAACACAGAGAATTATAACCTACTCCACCATAAAAGTAGACTACTTGGAATGCCACCTCCCAAGACTTTTCTTTTTCGTCACATGCCGATAAACCCAGCTGAAATTTATGGTGCAACTTCCACCTACTTGGCTCACCCTAAGTTCTTCACCATCGACATAACTTCCACCACACACCTTGCATAACCGCCAAGTCAATGCCCGTGTGCAAACTTGTGGAACCGCTAACATCACATCCTATATCATGGCAAAGCGGACATACCATAAGGATGAATTCTGTCTTTCTTCGGAAGATGTCACCATCTCCCCTGACGAAAGAGACCATGTTAGCATCCGACCCAGAGCCTTTTACGAACTTGCTCTGTTAGGACAATTCTTTTCATGTGTCCATATCGCTGTCTTCCCAAAGAATCTCTTCTTTTGCACGAAGTCTTTCTTCTTCTTCTTCCAATTCCAGTTGCACCACTGGGACTCCGCTTGACCACCATCACCGCTTAACCTTTCAGAACACCACAACTTGGTCTTCCTTCAAATCCTTGTGTAACCCAAATTGCATCATCAAGACATCTTTGACTTGCACTTGCCACAAGCCAAAGTTCATCTTTCCACAAATTTCTCCACATCAATCTTTATCTGACTCATAAAGCTTGACATATCTACTTCCCTCCTAGTGAATCTAAAGCTCTGATACCACTTGTTGGGAGAAAACCTCCCACCACTAGGAATAAGCAGAAATAAACCGAGAAATTAAAAGATACCAACAAAATAAGAGACACAAGAATTTACGTGGAAAAAACTCCAAACCCGGAGAAAAAAACACGAGCAGAAAAGAAATTCCACTATGTGAAAAATTGTTACAATCACATAGAATTCTCTCCCCGACCCCAATTACAAAAACACTCTCCCAAAGCTTATACCACTCACACCCTTCTTTCCCACTCTCAGACCAGAGAATATAAAGAGGGAATTTAACTAGAGCTAGTACTCCAAGCTTAAAGTATTTCTAATTGGGATGCTTTGAAACCAAAGCCATAGACTCTTTTATAAAGCCAGGAGAGCCCATCACTTTCCTAAACCTTTTAGATGTAGGACAATTCATCACTTTCCTAAACCTTTCAGGTGTAGGACAATTCAACACTTTCCTAAACCTTTCAGATGTAGGACAATTTTCCTTCTAATATATTGTCAAAACCCAACAGAATTGGCAGAAAGAGGGCACCCCAAGGCTTGTTGTCGAATCATATTCTAAAGAAGGTTATCAACTTAGTTAACTTTTTTACTCTAATATGTCTAAAGTCTCTTTTTGTGTTGAGGACATTTTGACCCTATCTAAGGGTTTTTCATTTATTCTTTTTTTTTTTGTAACATTTTTCAGAGAGGGGAACAAACTGCTCAACTTAGTAGCTTCGACATCTTCTTCAGGGTGTTCTTTGGTCTGGAAAGAAAATATTCTAGCGGACTTTCTCTCTCGTTCGTGAGGGGGTCATGTGTTGTAATTTGGTTTGTTTCTAAGTTCACAAAAAAAAAAAGAAAGAAAGAAAGAAGGAAAATCATATCAATATATATGTATTAATGCAGATATCATTGTTATATGTGTCATTCATACCGATTTTTCTTTGAAGTCAAATTTAGAAAATCATTCAAATTCAAATTCATGAATAAAAGTTTTGTAAAAATTATTAGGGAAGACTTTTGCTTTACCAAATTTAATACGTAAATTAAACAGATTTTTATACTTTCACAAACATGCATACCCAATCTAAAAAGTTATTTTCAAATTGATTTTCTATATATTTATCTAAACACTGTCCTCTTCAACATTATTTATTATTTCATGAAGTATTATGCATATGTCTGTGACGACAAGCAAAAAATGGAGGGTTATAGGATTAACCAAGAAAGTATCCGAAAACATGTCCAAGACTTAAAATTGTACATAAACAGGACCAATATGCATGCTTAAGTAGAAATATAGAGTCCAATGTGTGAATATATATTATACCAAATGAAAGAGTGTTGCCTAAAATTTCATACAATGCAAACATAAAAAGAAAAAAAAAAAAGTAATTTGAGCCTTAAACTAATGTCTATGATGTAGATAAAGTGTACCACCCTACAAATGACAAAAAAAAAATTGTATTAGTATAAAAAAGTCAACTTAAAACAATAGAACAATGAATGTAGTTAGGTATGGAACGATCCCCTTAGATAAGAAGTCGAGGTTGATGAGGGTAGATGTGGGTGGAAATTAGGTAGTCTTTACACTGTACAAGTAAAAGGAATAATTTAGAAAATATACTATTCAAATAAGGAACTATAAGATTACAATGAAGAATTAAGAAGAGATATTATAAAAAAAAATGGTTGATGAGATAACAAAGAACAAAGGAAAAATATACTCTCAGATTGGGTGGAAGGTTTTCTGCAAGTAGAGTTGTGCTCACATGATCCTCATGAGTGAGTGTGTACAGTGGTGGATCAAGAATTTTATGTCAGAGGGGGTTTGATATATTCTAATATTAGTTTGTTCATTAGATTAAAAAACACTAGTCCCTAAATTTACATGGAATTAACAATTTAGTCTTTGAACCATGGATGGTAATAATTTAGGTCTCGTTTGATAATCATTTATTTTTTTTTTAGAAAATTAAGCCTATAAGTACTATTTTTGTAACACCCCATAATTTTGAACACTTCCTACTTGGGGCGTTATTCTAAATCGTACCACTCGCGCCGAAATTTCGGCAGCATAACGACACAACCTAGACAAACAAAAAAAATAAACCTGAACCTGAACAATAAACACTTCAATAAGGTCTCACAAGGGTGCCCAACCTCCTCCAAACTACAAAGAAATTAACAGGTTGGGCTCCAGTCCCTCGGAGTTCTCAGACAACCACATAAAAACAGAACATGCTACGATTACGAAAGATACCAACAAAACATGCTAAGTTTCACGATACAACTAAACGATACAATGAAAGAAAACAGAGTGCAACAAAGGTGAAGAAAACAACTTCTAACAACACAACCTCTAACTAAGACCTAACAAGCCTTCCATACCCTCGCAGGATCTCGCCAATGCTGGTCACCTCACGATTTTGCCCTACCTGCAACCAAAAACACACAAAACGAGGGGTGGGTATAAAATACTCACAAGTAGCCCACTTCCTCCAAAATAAAGCAACAATGGTCAAACCTTAAGCCTAACCACTCACAACTCGCCAACCCGTTCCAAAAAACTCCACTTTCACCCTGAACCTGACTCAAACTCAGACCCGTTATTCTCCTGTCCTACCCTTAGCTACTAGATTAAGTTGGTGCCAAGCAATAACTGGGGCTCACTCTATGAGTCACCCTACTGGATGGAGGATGGACCCCACATCCCAAATCTCATCACACCTATTGGATGGAGGACGAACCCCACATCCCATATCTCATCATATCTGGATGGAGGACGGACCCCACATCCCATATCTCATCACATCGAGATGGAGGACGAACTCCACATCTCATATCTCATCACATCTAGATGGAGGACGAACTCCACATCCCATATCTCATCACATATGGATTGAGGACAAACCCCACATCCCATGTCTACCTCACCAATCCTAGAGCCACAGCTAAGAGTTACATAGGAGTCTGAGGTTAATACTAAGGTTGGTTGGATTAACCACGATCCTAAGGCTACAAAACACTTTCTCGAGTTACCACAAAACAAGATCACAACCAATAAGCCTCATACAACATGGTTCAAATTCAAGCAAAATGGTGTGCACACTATCACAAAACCAACTTTACGTCAATCATCATCATACAACTCTAGTTCAGGCACGAGATGAACAAAATGTCACATGTTATCACAGGATTCAAAGCAACCAAAATCAACTCCTAACTACTCTATTGCATGCAGTTTGCCCCTAACCCCTACTCTTATGGGTGGGGTAATCCAAATGACTACTTACCTAAATCCAGCTAAAGCGTGATTCAGGAAGAACATACGTGATCCAAACAGTGCCTCAACTTCCACCTAAGCCTTAACGACGAACATGAACACGTATTAGAAAAATCAAACACAAACGAGGCCTACAAAACTTGCAGGGACTCGAACTTACCCCACAAAAGTCTGAACGAGTTGAAGAACAAACTGAGAGAGTCGCACAGACTCTGGCGAATGACGGGCTCAACGGCGGCGGTGCGTGTCAAATAACTAAGACCCCGCTTGATAACTATTTGATTTTTAGTTTTTGGAAAATACGCTTGTGTTTTTCACAATTTTTTTCCATCTTCTCTACAATAATCTCTATCTTTTTTGAGGTATTATTTAAATTCTTAGCCAAATTTCAAAAAAAAAAGACCAAGTTCTTAGAAAACTACTTTTTTTAGCTTTCAAAATTGAGTTTGGTTTTTGAAAATATAGGTACAAAGTAGATAAGAAAATATAGAAACTCATTGGTAGAAATAGTCTTTTTAGGCTGAATTTCTAAAAACTAAAATTAAAAATCAAATGGTTATCAAACGAGACCTAAATAATTATGAAACGAGGTCTAAATGATTATAAAAGGTAGCTTTAATTATTCTTTTGAAGTATTTGTTGTGTGTACGGAAATTCCTTTCTTTTCTCTTTTTAGAGGAAATTCGTTAATAACTCACTCCATTTAGATTCTAGTTATTGTTAAGTCGGTCAATCTCGGGAGCTTAAGTTTAGGATTTATACTTAGAGTAATCGAGCTTGGCTTAAACTTTAATTTACTCATGAAATTGACAGTGACAGTGACTGAGTTTTATGGTTCTATAAAATGGGGCAACATTTTTTATTTTTTACCGCAACATTCATTTGGCTTTGAAGTCTCTCTTCTTCTCTGCAATACAATAGAATAATAGAAACTCGATTTTCAATATTTAATTAATGGCGACTATTCCTTCTCTAACTCTAGTGTTAATGGGTCGTACTGGAAATGGAAAAAGTGCAACAGGAAACAGTATTCTTGGAAAGAAGGCATTCAACTCAAGAAAAAGTTCATCGGGCATTACTAAATCTTCCGAGTTGCAGACATGTGTGCGGAAAGATGGCCAAGTAATTAACGTCATCGACACTCCTGGTAAAAGTAGAAAGGTCTCGCGTGATAGTGCAATATTTCTTATTTTTAGAAACAAAAACAAGTTTTCGAAAACTATTTTTTAAAATTTTCAAAAATTGGTTTGGTTTTTGAAAATAGAGGTAAAATGAAGATAACAAAATACGAAAGCCCATAAGTGGAAGTAGTATTTATAGCTCTATTGATTTTTGTACATCTTGTTCTAGACTACAAAAAATTATATTGAACATGGTTATGTTTGTACAAAGGTCATATATAAATTATTAAGTGCTTTAATTTTTTGACGCGGATCTCTGATCACATGCAACAAACTAAAATATGTAGGAATGTTCAATTTATCCGGTGGAATAGGATACACAGCAAGGGAAATAGTGAAGTGCATCAATTTCACAAGTGAAGGAATTCATGCAATTCTTTTAGTTTTTTCAATGAGGTCCCGATTCACTCAAGAAGAAGAAGCCACAATTCAAATCCTACAAAATTCATTCGGACCCAAAATTGTGGACTATGCCATTGTAGTATTAACAGGGGGCGACGAGTTTGACGACGACGAGAACGCTCTAGAAGATTACTTGAGTCATGGGTGTCCTGTGGCCTTAAAAGACATTCTAGCTGCCTGCAAGAATCGATGTGTGGTTTTTGACAACAAAACTAAGAATGTATCAAAGAATGATGAACAAGTGAATGAGCTTTTGGATTTGGTGAATGAAATGATAGCGCAAAATGGAGGACAGCCCTACAAACCTTTGATTTCTAATCTGAAGCTTGAGAAGGAGTTTAATGAAGTCAAAACCAAGCTTGAACAATCCTACACACAAAACTTGCCTTCTGATCCTACGCTTGAGGAAAACTTGAATGAGGTAGGCCACGCACAGCCACACCCCTTTTTTCTTTTGTATATAACTTTCTTTTAGGTATAAATTAAATTTAAGTTTCTGACCTCATCTAATACTTTTTAATTCAACTTTTCATTTTATATTTCATAGTTTACTATATATTTTCAATTTTGTATCTAATAAGTCATTGACTCTCATTCAACATTTTTTAGAAATTCACAAACTTACTTCTTACCAAATTTGAAGTTTAGGAAATAAACTTGATTGAACGTACTTAAAGTCTATTTGGCATAAAATCTTAGATCATCCTCGATATAAACCACAAGTTTCAACGGCAACTGGAAGAAGAAAGAGAAGCGCGTCGCAAAGTAGAAGAGGCAACCCAACGAATGCAAAACCAATACACATATGAAATTGATAACCAAAACGAACGGCTACGTGATGCTGTTCAAAGACCAACAGTGATCAAAATTGAGCATGATCTTCACCCTCTTCTTAGAAGGTGTCATATTCTTTAAGTTCCTAACATATATTATATTAAAACTGCAATAAATTGATATAATCATATGCACTATTATATGTGCATTGGTTGAATAAGGCAGCTCTCTGTGACGTGCCTGTGTGTATTGTAATGTAAAAAGATTGATGTGTAATAAATTATTATAATAATTATTATTATTATTATTATGCGCTCAGATTTACATTAATTTTTTATGGGAAAAATGCACTTTCAGACTTTGAAGTTTGAGATTTAGAATTGATGTCTATTTTGATCCCAAATTTTAAAATAAAACACTTTAGTCCATAAAATTTACAAAATAATTTCAAATGGTCAATGACTTTACTAATCTAACCGAAATGGATTTATTATTTTCTGACGTAGATTGGTTGGCATGTCAATATTTTGTTTAATTATTTGACAAATAAGCTGAAAAAAATTAACTTAGAAATTAAACTCTTCCTCCTCAATAATCCTAGCCATCGAATCGCTTTTGTCTATGGTTGTCCTGTCAAATGGGTTGTGACATTTTATCCAATGTATTTGGCATTGGCAAGAATAAATCATTTGGGGATTCAATATATACTAATGAATCTCATGAATCTAGGAGAAAAAATGAAACTTTAATTTTGGTTACTGGAGTTGATAATTTAGGGATTAAGTGAGTTTATTCAGTAAAAATTGAGAAAAAAAAACTAAAATATTTCAATGATGGAGTTTTTCAATTGATTTGGGAATTAAAGTTTAGAAGCTTGTTATCCATTTCTCTGTTGTTGACCATATATATTACATTAATACTGCCATAAATGTAAAAATCTTAAGCTTTCTGACTGGCAAAGGTTGTGACGAGACTAACAAGACAGCAACAAACGCTGAGGCTGTGATGGACAGGGAGGCTGCAATTAATGGTTATGTAGAAAGCAATTCATGGGCTACGGCACATTGGTGGATTTGGAGAGGAATAGAGATTTTGAACATTTTAACATAATTAAACAAAATTGAATTCGTAAACCAATTAAGTCGGAGACATTTAGAATTGTTAAACTTATTCAAAGCCCTTACCTATTCTTTAGGATAGTTGGCTATTGTTAAAGTTTTTTTTATTTTTTTGGTAAGTCTATTTTTGGTGTATTAAAGTCTATATAAAGGTTTTGTTTCTAATCAAATCATTAATCATCTTTTCACTCATTCCTTCTTCATTTCTTTCGTAATGTTCTCTCCATTTAGTTTAACAAGTGGTATCAGAGCTAGTTGTGACATCTTTTCTTAGCCATTAAACCAACCTCTATTCATTTATCTTCAAAAGCTTGCAAGCAATAGTTATGGCCTCTGACAGCTATGTGCAACCAGCAATTCCTTGCTTTGATGGTCATTATGATCATTGGAGCATGTTGATGGAAAATTTTCAGCGGTCCAAAGAGTATTGGGCCATTGTCAAAGCAGGAGTAGATGAACCAGCTGTTGGAGTTGTTTTGTCAGAAGTTGAACAAAAGAAGCTAAAGGAACGAAAATTGAAGGTTCTTAAGGCAAAGAATTATTTATTCCAAGCCATTGATCGTGCCTTGGAGACCATCTTGCAAAAGGATACATGTAAGCAAATTTGGGACTCCATGAAGAAAAAGTATTAAGGCACGACGAGGGTGAAAAGACAGCAGCTTCAAGCTCTTCGCAAAGAGTTCGAGATTCTTCAAATGAAGAAAGGTGAGTCCGTGGATGTGTATTTCTCACGGACCTTGGCTATAGTAAACAAGATGCGGATCCATGGAGAGAAGATTGAAGGTGTAGCCGTAGTTGAGAAGATTCTTCGGTTAATGGATCATAAATTTGCATATGTGGTTTGTTCCAATGAGGAATCAAAAGATATCGATAATTTATCAATTGATGAATTACAAAGTTCTTTACTTGTGCATGAGCAGAGAATGACGTCAAATGCAAGTCCAACTGAAGAACAAACCTTGAAGTCTTCAACTCATGGTGAAAACTCAACTGGAAGAGGTCGTGGTCGAGGTCGTGGAAAATGGCAAGGAAGAGGAAGAGGTGATGGTCATGATCAACAGAAGCAAACATCCAACAACTCGAAGTTTAATAAGTCCAACATTTAATGTTATCGTTGCCAGAGGTTTGGCCATTACAAGTCTGAATGCAGAACTAGACTTAATCGTGGAAAAGTAGAGCAGTCCAATTTCATTGAGAAAAATGAGCAAGAAACCCTATTGATGACGTGCCAACATAACGATGAACTTTGACCAAACATATGGTACATAGACACTGGTTGCAACAATCATATGTGTGGTAACAAGTCTATTTTCTCATTTGGATGAAAATTATTATTCCACTGTTTCATTTGGTGATAATTCTAAAATAGATGTAGTGGGTAAAGGCAATATACAAATCAGAACAAAAAAGGGAAATATTGAAACAATATCAAATGTGTTCTATATTCCTGATTTGAAAAGCAATTTATTGAGTGTTGGACAGCTACAAGAGAAGGGTTATGTCATAACCATCAAAGAAGGCGCCTGTGAGATATATGATCCCAGGAGAGGATTGATAGCTCGTGTTAAAATGGCCTCAAATAGGTTGTTCCCACTTAAACTAGAAGGCCTGTGATTATGCTTGAAGACTAACATAGACCAAGACCCCACATGGCTTTGGCATTTGCGATATGCCCACCTGAATTTCAATGGTTTGCAGGTCCTTTCTCAAAAGCAAATGGTGGTTGGCCTTCCCCAAATTTCACCTCCTACAAAAATATGTGAAGATTGTGTTGTTGGCAAACAACATCATGAGAATTTTCCAAAAGGCAAAGCATGGAGAGCTCGTAATCCTTTGGAGTTGATCCATTCTGACATATGTGGCCCAATAAACCCAATATCAAATGGGAACAAGAAATATTTTATTTCTTTTATCGATGACTTTTGCAGAAAAACTTGGATTTATTTCTTGCAGGAAAAGTCAGAGGCGTTTTCAATTTTCAAGAGCTTTAAGGCGAGAATTGAAAATGAAATTGGGAAGAAAATCAAAACTCTTCGAACGGATCGTGGAGGAGAATACATGTCACAAGAATTTATAAATTTTTGTGACGAGCATGGAATTCGACGACAGTTAACAGCAACCTACACACCTCAACAAAATGGTGTTGCCGAAAGAAAGAATCGTACGATCCTCAACATGGTTCGAAGTATGATTGCTAATGGATGAGTTCCAAAGCAATTCTTGCCAGAAGCAGTAAATTGGGGTGTTCATGTTTTGAATCGAAGTCCCACTTTTTCGGTTAAAAATATGACTCCTCAAGAAGCTTGGGATGAGCGTAAACCATCTGTTGATCACTTTAAGGTGTTCGGGTGCATTGCATATGCACACATTCCTGACGAGAAAAGGAAGAAGTTAGATGATAAAAGCAAAAAATGTGTCTTTCTTGGCATCAATGAGCAATCAAAGGCTTACAAATTGTTAAATCCAATCACAGGCACTATAGAGCCACAATCAATACCGGTGAACTTAGAAGACAATGATGTATCGTTGTCTCCACAACCTAAAGATCTAGTCCAACAATCAGTTGAGACTACTGAGACTCAAGTAGAAGGTACAAGCTCAAGAACACAACGAGTTAGAAGAAGATCAGCTTGGATGGAAGATTATGAGGTTAGTGGTGATCTTTCTGATGAAGCACTTGTCCATTATGCTTTATTATCATAATGTGATCCATTAACTTTTAAAGAAGCTGTCAAAGATACAAAGTGGAAGCAGGCCATGGATGAAGAGATTACGTCGATAGAAAAAAAAAAAACAACACTTGGGAGCTATCAATACTTCCTGAAGGGCAAAAATCCATTGGTGTTAAATGGGTTTACAAAACGAAGTTGAATAAAGATGGCCAAATAGATAAGTATAAAGCCCGTCTCGTTGCAAAGGAGTACAAACAACAAATTGGTGTTGATTACAATGAAGTTTTTGTTCCAGTTGCAAGACATGATACCATTCAGATGGTGGTAGCATTGGCAGCACAAAATAATTGGAAAATTCTTCAAATGGATGTAAAATCAGCCTTTCTGCATGGAAACTTGAATGAAGAGGTTTTCATAGATCAACCTCCTGGCTATGTCCAACAAAGCGACGAAGGAAAGGTATATAGGCTAAAGAAAGCTTTATATGGTTTGAAGCAAGCTCCTAGGGCTTGGTACAACCGAATTGAAGCTTACTTCATTAAAGTTGGATTTGAGAAATGTCCATATGAGCATACTCTTTTTATTAAATTTTAGCCTGCAAACAAGATTTTGATAGTATGTTTGTATGCAGATGATTTGATCTATACAGGCAATGATTCGATTATGTTTGAAGAATTCAAGCAATCCATGATGGCAGAGTTTGAAATGACAGATCTAGGGGCAATGCATTATTTTCTTGGCATTGAGGTAATGCAATCAGCAACTGGAATTTTCCTCAATCAGAAGAAATATATACTAGAGATTTTGGACAGGTTTCAAATGAAGAATTGCAACTCAACTACAACTCCCGTTGAATGCAATTTAAAGCTCACAAAGGACCATGAAGGAAAGAAAATCGACGGTACTCTCTATAAGCAAATTGTTGGAAGCTTGATGTACTTGACAACTACAAGGCCAGATATAATGTATGTTGTAAGTTTAATTAGCAGGTTTATGGAATCTCCAACTGAACTTCATCTTATTGCTGCAAAAAGAATATAATCCTACGTTACTTAAAAGGGACTCCTGATCATGGCATTCTTTATCAAAAAAGAGGAGAATTAAACCTTATTGGTTTTAGTGATAGTGATTATGCATGAGATTTAAATGACAGGAAAAGTACTTTAGGGTATGTTTTCATGCTTAGTTGAGGAGCTATCTCATGGTCTTCGAAAAAGCAGCCAATCCTCACATTATCTACCACTGAAGCTGAATTTGTAGCAGCAACATCATGTGCATGCCAAGTCATCTGGTTAAGAAACATTCTTGAGAAGTTGCATTATAAGCAAGAAGAAGCAATTATCATTTATTGTGATAATACTTCAACAATCAAGCTATGATATCAATTGATAAGGACAACGAACCAAGAGAGAGAGAGAGAAAAATCCGCCATGACGACTCGTTTCAAGAAGAACAGAAAGAAGAGAGGACATGTTAGTGTCAGTCATGGTCGAATCGACAAACACCGAAAGCATCCAGGTGGTCGGGGTAACACCGGAGGTATGCACCACCACCGGATTCTCTTCGACAAGTATCACCCTGGTTATTTCGATAAAGTCGGTATCGCGTACTTCCACAAGCTTCGCAGAACAAGTTCTATTGCCCGATTGTCAATGTTGACAAGATCCGGTCCTTGATCCCTCAAGAAGTGAAGGATAATGCCTCCAAAGACAACGTTCCGTTGGTTGATGTCACGCAGTTCGGTTACTTTAAGGTTTTGGGCAAGGGTGTTTTGCCGGAGAATCAACCATTGTGGAGATATGTGGAGGTTCGTTGTCCTTATCAAGAATCATTTTGCAAAATAACTTTAGGGACTAAAATGTTTCTTTTCAAACTTCGGAGGTCAAGTAGATATCAACTTCAAACCTCATAGATTAAAAGTGCATTTTTTCTTTTTTTTTTTATTTATAAATAAGTCATTTAATCATTGAACAAGTAATTTAATGATCTATATGTATCTTTAAAAATTAAAAAATAATTAATAGTGTAATTGAATAATATCGTGACCAATGATATATAAGTTAAGCTATATCCAATTGACTTAAGGGTCGCTTCTTTCTCTCTCGTCATTTGATCAACTTGCCTCAATCACACTTTTATATTAAGATCTCAGTTGTTCCGTAGTCATTTGATCAAGTTGTGAGGAGTGGACTGGCACAGTAAGTCCTTCACCACCCTAACTAGCAAGAATGAAGACGAGTTGAAACATCATTAAAGAAATAAAATGGAAAAAAAAATTACTCTAAACTTGACACAAACTGAACGCCACATTTAAACCTATATTACAACTTTCATCACATGTTGCTAAATTCACCTACTAATTTTAACAAACATTAGATAAAATATTTTAAAACTAACTAATTTTAACAAATACCAATCTTAAATTAAGCCCAAGATTTAGAGCAATACTTTGCATTTTAAGTTGCACCCAATTTTTTCAGCCCACTCCAACTTCACAGCAAAAAAAAAAAAAAAAAAAAACGCAGTCCATGATAGACAAGCTTTTAGTATTTGTTCTGTTGTACAAGAATTCCTTTCTTTTCTCTTTCTAGAGGAAATTACTTGATTATCCACTTCATTTGGATTCGGTTCCGTTGAGTCAGTCAATCTCGGGTGCTTAAGTTTAGGATTTATACTTAAGAGTACTTTAGCTTAACTTAAACTTTAATTTACTAATCAAAGTGACGGTGACAGTGACTATGAGTTTTATATGTTTCTATAAATGGATGAGAACATTTTTTTTGAGTTTGAAGTCTCTCTTCTTCTTTCTCTGCATATACTGCAAATACAATTGATCTTTCAATATTACTCATTAAATGGAGGTGGTTCCTTTTCTAACTATGGTGTTAATGGGTCGTACTGGAAATGGTAAAAGTGCGACTGGAAACAGTATTCTTGGAAAGAAGGCCTTCAACTCGGGAAAAAGTTTATTGGGTGTTACAAAAAGCTCCAAGTTGAAGTCATGTGTGCGAGAAGATGACCAAGTAATAAATGTCATCGACACTCCTGGTAAGAAATAAAGTAACTCAGTATGGTTTCAGAAAAATAATAATAAAAATAATTTTGTAGTTTGCTTTTAAAAAAATGTAATTATTTATTATTTATTTTTTTTTTTTTAGAATTACAGGGATTCAAACCACAAATATCATGATCGCTAACACATTTATTATGCACTTATGATTTTAGTCTTTAAATTCTTAGGAAATTGATAATAATTTGATCGATATTTCCCAGTAAGGAAGAAGTAAATGATTAACTTTAAAAATTATAACTTAATTATAACTTTGGTTTATGAACTCTCAGAATTTGTTGCGTTTATTAAGCCTTGTTTTATAATTATTTGGTTTATAAAAATTATGTTTTCACACAATATTTTTATTATAATGATTTTTATCTTTCCTAAGAAAGCATGTGAAACCAAATTACAAAAACAAAAACGAGTTCTTAAAAAAATGATTAGTTTTTAAAATTTGACTTTGTTTTTTAAAACATTTGTGATAAGTAGATAACATCACAAATAAACTTACAAGAAAGATAGTTGTATTTATGAGCTTAATTTTCAAAAATAAAAAACAAAAAATAAAAGGGTAATCAGAAACTTTAATTTCTAGTAGTTAAATTATTCAACATTTAAGGTGGTGTGCTTATCTTGAATTTGTATTTTAAATTATTTCTAATAAATATTTTTTTATAAAATTTCTAATAAATCTTTAAACTTTGGGGCATTGGCGTAAATAGCAATACGATTTATATAAATTGCAGGTGTGTCTATTGTTCATTCAATTTGCAAAAATAGCAAAAAAAAAATTGTCCATCTCCCAAACAGACCACAGAAAAGTAAAAAATATCCCGATATTGTCCGCAAGTATATCAGTAGTCTATCAGTGATAGACTGTTGATATACCTAATACAAAATATATTACTGATAAACTGCCGATATACTTATATGAAGTTTATCAAAAAGTATATAAGTATATGTCACATATTATATAGAGAGAGAATCACTAATACATTACTAATAAATTTATTTTATACGCGTTTTTCAATATAAAGTTTATCACTAGTCTATCAGTAATATATGGTTGATATAATAATGATATCATAATATAAAATAAATAACTGATATACTGCTAATATACTTATATGAAGTTTATCAAGAGTAATAATTCACATATGAAATATACATAATATAAAATATATCATTGATATGTTATTGATGTATTCAACTTTATTTCTTTATTTTATTAATGATTTATATTTACTACCTCTTAGTGGACTACAGACATACTCACCACTAAGCCAAATGTTTTTTTTTGTGTGATTTCATTTGATTTTTCCTATACATATTATATAAAATAAAAAATTTGAGGGGCGCTCAAGCCCCTCTGGGCCTTAACTAAATATGTCACTGGTACCAACGATAGATCTTATATACCATAATATACCTAGTAAGTTGAATATATCAATGTGATATACTACTGATATACTTTATTCACGTATATAAAAAAATAAGAAATGTTTACTATATTAAGAATACGATAGTGATTCATAATCGGTATATCTATATGTTGATATATCAGGTATGTTTGATATATCAAGAATATAATAATGATAGAAATAGTTATATATCAATGTTAGTAATTCGCATATGATAGCGTTCATTTTACTGAGATACTACCTATATACTCAATGTTAGGTATATTCGTAAAATGAACATATCTAAAATGAAGTATATCATTAATATACCAAGATGCAAAATATCTCTGATATGTTATGAATATATATATAGTATATCATTTATTTGATATTACTAAAAAGAAGTGTATCCATAGTATATGGATAATGTACTACTAAGTACTTTGTTTTAGAGTATCTCAGTATCTCAGATATACTATCTATATATTAAATGTAAAGTATATCAGATATACTATCGATATAACAAATATAGAGTATCTCAATATATAGTATTATATAATACACCAATGAGGGTAAGATTGAAATAATAAAAAAATGGAAAATAAGATTCTTAGAAATTTTGTTATATTTTTCAATCTAAAAAACCATGGCTAGATTTGTGTAAATGTACTAGTTTTTTTTTTTTTCACCCATTCCAATTCCCAAACTTTTTCAATGTTTAACAAATTTTTCCGCTAGTAGCTTCATGTGAACTAGATTTTTGAAAGTTATTTGGTAGTGTAAATATTAAATTAATGGAGGTAAATTCCCCCTCATTAAAATTTTAACCAAACATTAACCTATTCTTTTATTTTGTTTTCTTAAAATTAAACTACTTTTAATCAATTTATAAACACTTTAAAAAACATAGCAAACACACAATCCTACACAATCCTGCACACATCTATTCTTCTTCTTATTATTTATAATATAAAGATGAATCAAATAACAATCTATCACAATTTGATCTATTATTCTTCTTATTATTATTTATAATTAACAATCTTTCACAATTTGATCTCTTTCATGCAATAAAATATGCAGAAATGTTTAATTTAAACAATGAAACAGAATACATCACAGAGAAAATATTGAAATGTATTGATTTGGCAAAAGATGGCATTCATGTCGTTCTTTTGGTGTTCTCAGTGAAAACCCGATTTTCTCAAGAAGAAGAAGCCACTGTCAAAACCCTACAAAAATTATTCGGATGCAAAATTCTGGACTATGTCATTGTGGTTTTCACAGGGGGTGACGAATTCGACGACGAAGACGACGTCACTTTCGAAAGTTACTTGCGTGATTGTCCTATGGCCTTGAAGGATATTCTAGCCGCTTGCAAGAACCGTTGCGTACTTTTCGACAACAAAACCAGGAGTGGAACAAAGAAAGTTGATCAAGTAAATAATCTTCTTACTGTGGTAAATGAAGTGATAGCTGAAAATGGAGGACAACCCTTTACACATAGGTTGTTTTTTAATATGAAGCTTGAGGAGAAGATGAATGAGGTAAAAAGCAAGCTTGAACAGCAAATAGCAGAAGAGAGAGAAGCGAGACGCCAAGCGGAAGAGAAATACCAAGAAATGCAAAAACAATTGAGGAATCAAATTCAAGACCAAAATCAAATCCTACGTGACATAGTTGCAAGGCCAGTTCAGGCCAAGGTTGTGGAAAAGGAGGATTCATGTCCTATTCTTTGA

mRNA sequence

ATGGCGACTATTCCTTCTCTAACTCTAGTGTTAATGGGTCGCACTGGAAATGGAAAAAGTGCAACAGGAAATAGTATTCTTGGAAAGAAGGCGTTCAACTCAAGAAAAAGTTCATCGGGCATTACTAAAACTTCCGAGTTGCAGACGTGTGTGCGGAAAGATGGCCAAGTAATTAACGTCATCGACACTCCTGGAATGTTCGATTTATCCGGTGGAATAGGATACACAGCAAGGGAAATAGTGAAGTGCATCAATTTCACAAGTGAAGGAATTCATGCAGTTCTTTTAGTTTTTTCAATGAGGACCCGATTCACTCAAGAAGAAGAAGCCACAATTCAAACCCTACAAAATTCATTCGGACCCAAAATTGTGGACTATGCCATTGTAGTATTAACAGGGGGCGACGAGTTTGACGACGACGACGATAACGCTCTAGAAGATTACTTGAGTCATGGGTGTCCTGTGGCCTTAAAGGACATTCTAGCTGCCTGCAAGAATCGATGTGTGGTTTTTGACAACAAAACTAAGAGTGTATCAAAGAATGATGAACAAGTGAATGAGCTTTTGGATTTGGTGAATGAAATGATAGCGCAAAATGGAGGACAACCCTACAAACCTTTGATTTCTAATCTGAAGCTTGAGAAGGAGTTTAATGAAGTCAAAACCAAGCTTGAACAATCATACACACAAAACTTGCCTTCTGATCCTAAGCTTGAGGAAAACTTGAATGAGCTTTCAAAATTGAGAATGTTCAATTTATCCGGTGGAATAGGATACACAGCAAGGGAAATAGTGAAGTGCATCAATTTCACAAGTGAAGGAATTCATGCAATTCTTTTAGTTTTTTCAATGAGGTCCCGATTCACTCAAGAAGAAGAAGCCACAATTCAAATCCTACAAAATTCATTCGGACCCAAAATTGTGGACTATGCCATTGTAGTATTAACAGGGGGCGACGAGTTTGACGACGACGAGAACGCTCTAGAAGATTACTTGAGTCATGGGTGTCCTGTGGCCTTAAAAGACATTCTAGCTGCCTGCAAGAATCGATGTGTGGTTTTTGACAACAAAACTAAGAATGTATCAAAGAATGATGAACAAGTGAATGAGCTTTTGGATTTGGTGAATGAAATGATAGCGCAAAATGGAGGACAGCCCTACAAACCTTTGATTTCTAATCTGAAGCTTGAGAAGGAGTTTAATGAAGTCAAAACCAAGCTTGAACAATCCTACACACAAAACTTGCCTTCTGATCCTACGCTTGAGGAAAACTTGAATGAGAAGATGAATGAGGTAAAAAGCAAGCTTGAACAGCAAATAGCAGAAGAGAGAGAAGCGAGACGCCAAGCGGAAGAGAAATACCAAGAAATGCAAAAACAATTGAGGAATCAAATTCAAGACCAAAATCAAATCCTACGTGACATAGTTGCAAGGCCAGTTCAGGCCAAGGTTGTGGAAAAGGAGGATTCATGTCCTATTCTTTGA

Coding sequence (CDS)

ATGGCGACTATTCCTTCTCTAACTCTAGTGTTAATGGGTCGCACTGGAAATGGAAAAAGTGCAACAGGAAATAGTATTCTTGGAAAGAAGGCGTTCAACTCAAGAAAAAGTTCATCGGGCATTACTAAAACTTCCGAGTTGCAGACGTGTGTGCGGAAAGATGGCCAAGTAATTAACGTCATCGACACTCCTGGAATGTTCGATTTATCCGGTGGAATAGGATACACAGCAAGGGAAATAGTGAAGTGCATCAATTTCACAAGTGAAGGAATTCATGCAGTTCTTTTAGTTTTTTCAATGAGGACCCGATTCACTCAAGAAGAAGAAGCCACAATTCAAACCCTACAAAATTCATTCGGACCCAAAATTGTGGACTATGCCATTGTAGTATTAACAGGGGGCGACGAGTTTGACGACGACGACGATAACGCTCTAGAAGATTACTTGAGTCATGGGTGTCCTGTGGCCTTAAAGGACATTCTAGCTGCCTGCAAGAATCGATGTGTGGTTTTTGACAACAAAACTAAGAGTGTATCAAAGAATGATGAACAAGTGAATGAGCTTTTGGATTTGGTGAATGAAATGATAGCGCAAAATGGAGGACAACCCTACAAACCTTTGATTTCTAATCTGAAGCTTGAGAAGGAGTTTAATGAAGTCAAAACCAAGCTTGAACAATCATACACACAAAACTTGCCTTCTGATCCTAAGCTTGAGGAAAACTTGAATGAGCTTTCAAAATTGAGAATGTTCAATTTATCCGGTGGAATAGGATACACAGCAAGGGAAATAGTGAAGTGCATCAATTTCACAAGTGAAGGAATTCATGCAATTCTTTTAGTTTTTTCAATGAGGTCCCGATTCACTCAAGAAGAAGAAGCCACAATTCAAATCCTACAAAATTCATTCGGACCCAAAATTGTGGACTATGCCATTGTAGTATTAACAGGGGGCGACGAGTTTGACGACGACGAGAACGCTCTAGAAGATTACTTGAGTCATGGGTGTCCTGTGGCCTTAAAAGACATTCTAGCTGCCTGCAAGAATCGATGTGTGGTTTTTGACAACAAAACTAAGAATGTATCAAAGAATGATGAACAAGTGAATGAGCTTTTGGATTTGGTGAATGAAATGATAGCGCAAAATGGAGGACAGCCCTACAAACCTTTGATTTCTAATCTGAAGCTTGAGAAGGAGTTTAATGAAGTCAAAACCAAGCTTGAACAATCCTACACACAAAACTTGCCTTCTGATCCTACGCTTGAGGAAAACTTGAATGAGAAGATGAATGAGGTAAAAAGCAAGCTTGAACAGCAAATAGCAGAAGAGAGAGAAGCGAGACGCCAAGCGGAAGAGAAATACCAAGAAATGCAAAAACAATTGAGGAATCAAATTCAAGACCAAAATCAAATCCTACGTGACATAGTTGCAAGGCCAGTTCAGGCCAAGGTTGTGGAAAAGGAGGATTCATGTCCTATTCTTTGA

Protein sequence

MATIPSLTLVLMGRTGNGKSATGNSILGKKAFNSRKSSSGITKTSELQTCVRKDGQVINVIDTPGMFDLSGGIGYTAREIVKCINFTSEGIHAVLLVFSMRTRFTQEEEATIQTLQNSFGPKIVDYAIVVLTGGDEFDDDDDNALEDYLSHGCPVALKDILAACKNRCVVFDNKTKSVSKNDEQVNELLDLVNEMIAQNGGQPYKPLISNLKLEKEFNEVKTKLEQSYTQNLPSDPKLEENLNELSKLRMFNLSGGIGYTAREIVKCINFTSEGIHAILLVFSMRSRFTQEEEATIQILQNSFGPKIVDYAIVVLTGGDEFDDDENALEDYLSHGCPVALKDILAACKNRCVVFDNKTKNVSKNDEQVNELLDLVNEMIAQNGGQPYKPLISNLKLEKEFNEVKTKLEQSYTQNLPSDPTLEENLNEKMNEVKSKLEQQIAEEREARRQAEEKYQEMQKQLRNQIQDQNQILRDIVARPVQAKVVEKEDSCPIL

Homology

[Close]

BLAST of Tan0004206 vs. ExPASy Swiss-Prot
Match: F4HT21 (Immune-associated nucleotide-binding protein 9 OS=Arabidopsis thaliana OX=3702 GN=IAN9 PE=2 SV=1)

HSP 1 Score: 216.5 bits (550), Expect = 6.9e-55
Identity = 118/233 (50.64%), Postives = 157/233 (67.38%), Query Frame = 0


Query: 5   PSLTLVLMGRTGNGKSATGNSILGKKAFNSRKSSSGITKTSELQTCVRKDGQVINVIDTP 64
           P  TLVL+GRTGNGKSATGNSILG+KAF SR  + G+T T E Q  V++DG +INV+DTP
Sbjct: 23  PKRTLVLVGRTGNGKSATGNSILGRKAFRSRARTVGVTSTCESQRVVQEDGDIINVVDTP 82

Query: 65  GMFDLSGGIGYTAREIVKCINFTSEGIHAVLLVFSMRTRFTQEEEATIQTLQNSFGPKIV 124
           G+FDLS    +  +EIV+CI+   +GIHA+LLVFS+R R  +EE+  +  LQ  FG KI 
Sbjct: 83  GLFDLSTAADFIGKEIVRCISLAEDGIHAILLVFSVR-RLAEEEQTVLSFLQALFGSKIA 142

Query: 125 DYAIVVLTGGDEFDDDDDNALEDYLSHGCPVALKDILAACKNRCVVFDNKTKSVSKNDEQ 184
           DY IVV TGGDE +++++  LE+YL+  CP  LK+IL  C NR V+F+NKT    K  EQ
Sbjct: 143 DYMIVVFTGGDELEENEE-TLEEYLADYCPEFLKEILGICDNRLVLFNNKTTDKVKKAEQ 202

Query: 185 VNELLDLVNEMIAQNGGQPYKPLISN------LKLEKEFNEVKTKLEQSYTQN 232
           V +LL LV  ++ QN G+PY   + +      +KL  +  EV  +L Q Y+ N
Sbjct: 203 VQKLLSLVESVVKQNNGKPYSDELFHELQEEAIKLRDQKKEV--ELLQGYSNN 251

[Close]

BLAST of Tan0004206 vs. ExPASy Swiss-Prot
Match: Q9C8V2 (Immune-associated nucleotide-binding protein 7 OS=Arabidopsis thaliana OX=3702 GN=IAN7 PE=2 SV=1)

HSP 1 Score: 198.7 bits (504), Expect = 1.5e-49
Identity = 113/251 (45.02%), Postives = 158/251 (62.95%), Query Frame = 0


Query: 9   LVLMGRTGNGKSATGNSILGKKAFNSRKSSSGITKTSELQTCVRKDGQVINVIDTPGMFD 68
           +VL+GRTGNGKSATGNS++GKK F S+  +SG+T   +    V KDG  INVIDTPG+FD
Sbjct: 19  IVLVGRTGNGKSATGNSLIGKKVFASKAHASGVTMKCQTHGVVTKDGHKINVIDTPGLFD 78

Query: 69  LSGGIGYTAREIVKCINFTSEGIHAVLLVFSMRTRFTQEEEATIQTLQNSFGPKIVDYAI 128
           LS    Y ++EIV+C+     GIHAVLLV S RTR TQEEE T++TLQ  FG +I+DY +
Sbjct: 79  LSVSAEYISKEIVRCLTLAEGGIHAVLLVLSARTRITQEEENTLRTLQALFGSQILDYVV 138

Query: 129 VVLTGGDEFDDDDDNALEDYLSHGCPVALKDILAACKNRCVVFDNKTKSVSKNDEQVNEL 188
           VV TGGD  ++  +  LEDYL   CP  +K+++    NR VV DNKT    K  EQV++L
Sbjct: 139 VVFTGGDVLEECKE-TLEDYLGRDCPTFIKEVMRMSSNRKVVIDNKTHDEGKKAEQVHKL 198

Query: 189 LDLVNEMIAQNGGQPYKPLISNL------KLEKEFNEVKTKLEQSYTQNLPSDPK----- 248
           L LV+++     G+ Y     ++      KL K   E+++K   +Y++   ++ K     
Sbjct: 199 LSLVDDIRRSKCGEAYTDDTYHMIKEESEKLRKHHEELESK---NYSEECAAEMKNQSLI 258

[Close]

BLAST of Tan0004206 vs. ExPASy Swiss-Prot
Match: P54120 (Immune-associated nucleotide-binding protein 8 OS=Arabidopsis thaliana OX=3702 GN=IAN8 PE=2 SV=1)

HSP 1 Score: 196.4 bits (498), Expect = 7.4e-49
Identity = 115/249 (46.18%), Postives = 149/249 (59.84%), Query Frame = 0


Query: 5   PSLTLVLMGRTGNGKSATGNSILGKKAFNSRKSSSGITKTSELQTCVRKDGQVINVIDTP 64
           P   +VL+GRTGNGKSATGNSI+  K F S+  SSG+T        V  +G ++NVIDTP
Sbjct: 41  PVENIVLVGRTGNGKSATGNSIVRSKVFKSKTKSSGVTMECHAVKAVTPEGPILNVIDTP 100

Query: 65  GMFDLSGGIGYTAREIVKCINFTSEGIHAVLLVFSMRTRFTQEEEATIQTLQNSFGPKIV 124
           G+FDLS    +  +EIVKC+     G+HAVLLV S+RTR +QEEE  + TLQ  FG KIV
Sbjct: 101 GLFDLSVSAEFIGKEIVKCLTLADGGLHAVLLVLSVRTRISQEEEMVLSTLQVLFGSKIV 160

Query: 125 DYAIVVLTGGDEFDDDDDNALEDYLSHGCPVALKDILAACKNRCVVFDNKTKSVSKNDEQ 184
           DY IVV TGGD   +DD   LEDYL    P  LK +L  C  R ++FDNKTK   K  +Q
Sbjct: 161 DYLIVVFTGGDVL-EDDGMTLEDYLGDNMPDFLKRVLILCGQRMILFDNKTKDDEKKTKQ 220

Query: 185 VNELLDLVNEMIAQNGGQPYKPLISNLKLEKEFNEVKTKLEQSYTQNLPSDPKLEENLNE 244
           V+ELL L++ +  QN   PY   + +  + KE NE   K ++       S+ +L   + E
Sbjct: 221 VHELLKLIDLVRKQNNNIPYTDEMYH--MIKEENERHKKEQEELESKGHSEEQLAALMKE 280

Query: 245 LSKLRMFNL 254
           L  +   NL
Sbjct: 281 LQIMNERNL 286

[Close]

BLAST of Tan0004206 vs. ExPASy Swiss-Prot
Match: Q9C8V0 (Immune-associated nucleotide-binding protein 6 OS=Arabidopsis thaliana OX=3702 GN=IAN6 PE=2 SV=1)

HSP 1 Score: 190.3 bits (482), Expect = 5.3e-47
Identity = 107/236 (45.34%), Postives = 151/236 (63.98%), Query Frame = 0


Query: 2   ATIPSLTLVLMGRTGNGKSATGNSILGKKAFNSRKSSSGITKTSELQTCVRKDGQVINVI 61
           A+ P   +VL+GRTGNGKSATGNSI+G+K F S+  + G+T   +    V  DG +INVI
Sbjct: 31  ASEPVKNVVLVGRTGNGKSATGNSIIGRKVFESKYQAVGVTTRCKTFRAVTPDGPIINVI 90

Query: 62  DTPGMFDLSGGIGYTAREIVKCINFTSEGIHAVLLVFSMRTRFTQEEEATIQTLQNSFGP 121
           DTPG+FDL+    + ++EIV C+    EG+HAV+LV S+ TR +QEEE  + TLQ  FG 
Sbjct: 91  DTPGLFDLAVSAEFISKEIVNCLILAREGLHAVVLVLSLSTRISQEEENALCTLQMLFGG 150

Query: 122 KIVDYAIVVLTGGDEFDDDDDNALEDYLSHGCPVALKDILAACKNRCVVFDNKTKSVSKN 181
           KIVDY IVV T GD   +D +  LEDYLS+GCP  LK++L  C  R VVFDN+TK     
Sbjct: 151 KIVDYLIVVFTCGDML-EDRNMTLEDYLSNGCPEFLKNVLRLCGGRRVVFDNRTKDEGVK 210

Query: 182 DEQVNELLDLVNEMIAQNGGQPYKPLISNLKLEKEFNEVKTKLEQSYTQNLPSDPK 238
            +QV +LL  V  +  + GG P+   + + ++++E   VK + ++   +N+  + K
Sbjct: 211 AKQVQQLLVHVAAIEKETGGNPFTDTM-HRRIQEEAARVKREEKEIEEKNIADEEK 264

[Close]

BLAST of Tan0004206 vs. ExPASy Swiss-Prot
Match: Q9C8U6 (Immune-associated nucleotide-binding protein 3 OS=Arabidopsis thaliana OX=3702 GN=IAN3 PE=3 SV=1)

HSP 1 Score: 188.3 bits (477), Expect = 2.0e-46
Identity = 109/276 (39.49%), Postives = 160/276 (57.97%), Query Frame = 0


Query: 9   LVLMGRTGNGKSATGNSILGKKAFNSRKSSSGITKTSELQTCVRKDGQVINVIDTPGMFD 68
           +VL+GRTGNGKSATGNS++GK  F S   ++G+TKT +    V   G  INVIDTPG+FD
Sbjct: 16  IVLVGRTGNGKSATGNSLIGKDVFVSEAKATGVTKTCQTYKAVTPGGSRINVIDTPGLFD 75

Query: 69  LSGGIGYTAREIVKCINFTSEGIHAVLLVFSMRTRFTQEEEATIQTLQNSFGPKIVDYAI 128
           LS    + ++EI+ C+     G+H V+LV S+RTR TQEEE T+ TLQ  FG +I+DY I
Sbjct: 76  LSVSAEFISKEIINCLRLAEGGLHVVVLVLSVRTRITQEEENTLSTLQVLFGNEILDYLI 135

Query: 129 VVLTGGDEFDDDDDNALEDYLSHGCPVALKDILAACKNRCVVFDNKTKSVSKNDEQVNEL 188
           V+ TGGDE  + ++  L+DY   GCP  LK +L  C +R V+F+N TK   K  EQV + 
Sbjct: 136 VLFTGGDEL-EANNQTLDDYFHQGCPYFLKTVLGLCDDRKVMFNNMTKDKHKKVEQVQQF 195

Query: 189 LDLVNEMIAQNGGQPYK-PLISNLKLEKEFNEVKTKLEQSYTQNLPSDPKLEENLNELSK 248
           L LV ++  +N G+P++  +   +K E E+ + + K  ++         K+++ L     
Sbjct: 196 LALVAKVEERNEGKPFRGKMYLEIKEETEWLKKQKKAVEASNLGEAELAKMKKELQMEHD 255

Query: 249 LRMFNLSGGIGYTARE-------IVKCINFTSEGIH 277
            RM  +   +    +E       +V  +N   E  H
Sbjct: 256 TRMSQMEDMVKNMLKETSAAHERMVSMLNENLENAH 290

[Close]

BLAST of Tan0004206 vs. NCBI nr
Match: XP_038903488.1 (immune-associated nucleotide-binding protein 1-like isoform X2 [Benincasa hispida])

HSP 1 Score: 369.8 bits (948), Expect = 3.7e-98
Identity = 193/247 (78.14%), Postives = 212/247 (85.83%), Query Frame = 0


Query: 1   MATIPSLTLVLMGRTGNGKSATGNSILGKKAFNSRKSSSGITKTSELQTCVRKDGQVINV 60
           MA IPSLT+VLMGRTGNGKSATGNSILGKK F SRKSSSGITKTS L+ CVR DGQ+INV
Sbjct: 1   MAAIPSLTMVLMGRTGNGKSATGNSILGKKVFTSRKSSSGITKTSTLEKCVRNDGQIINV 60

Query: 61  IDTPGMFDLSGGIGYTAREIVKCINFTSEGIHAVLLVFSMRTRFTQEEEATIQTLQNSFG 120
           IDTPGMFDLS G   T+REI KCI   S  IHAV+LVFS+R RF+QEEEATI+TLQN+FG
Sbjct: 61  IDTPGMFDLSNGTESTSREITKCIKLASGCIHAVILVFSVRNRFSQEEEATIKTLQNTFG 120

Query: 121 PKIVDYAIVVLTGGDEFDDDDDNALEDYLSHGCPVALKDILAACKNRCVVFDNKTKSVSK 180
           PKIVDY IV+LTGGDEFDD DD  +EDYLSH CP ALKDILAACKNRCV+FDNKTKS +K
Sbjct: 121 PKIVDYTIVILTGGDEFDDGDD--IEDYLSHECPAALKDILAACKNRCVIFDNKTKSEAK 180

Query: 181 NDEQVNELLDLVNEMIAQNGGQPYK-PLISNLKLEKEFNEVKTKLEQSYTQNLPSDPKLE 240
            +EQVNELL LV E+I QNGGQPYK PLISN KLEKEF+EVK KLEQS TQ + SDPKLE
Sbjct: 181 KEEQVNELLGLVKEIIDQNGGQPYKPPLISNKKLEKEFDEVKRKLEQSCTQGIYSDPKLE 240

Query: 241 ENLNELS 247
           E LNE++
Sbjct: 241 EKLNEVN 245

[Close]

BLAST of Tan0004206 vs. NCBI nr
Match: XP_038903487.1 (immune-associated nucleotide-binding protein 1-like isoform X1 [Benincasa hispida])

HSP 1 Score: 369.4 bits (947), Expect = 4.9e-98
Identity = 193/247 (78.14%), Postives = 211/247 (85.43%), Query Frame = 0


Query: 1   MATIPSLTLVLMGRTGNGKSATGNSILGKKAFNSRKSSSGITKTSELQTCVRKDGQVINV 60
           MA IPSLT+VLMGRTGNGKSATGNSILGKK F SRKSSSGITKTS L+ CVR DGQ+INV
Sbjct: 1   MAAIPSLTMVLMGRTGNGKSATGNSILGKKVFTSRKSSSGITKTSTLEKCVRNDGQIINV 60

Query: 61  IDTPGMFDLSGGIGYTAREIVKCINFTSEGIHAVLLVFSMRTRFTQEEEATIQTLQNSFG 120
           IDTPGMFDLS G   T+REI KCI   S  IHAV+LVFS+R RF+QEEEATI+TLQN+FG
Sbjct: 61  IDTPGMFDLSNGTESTSREITKCIKLASGCIHAVILVFSVRNRFSQEEEATIKTLQNTFG 120

Query: 121 PKIVDYAIVVLTGGDEFDDDDDNALEDYLSHGCPVALKDILAACKNRCVVFDNKTKSVSK 180
           PKIVDY IV+LTGGDEFDD DD  +EDYLSH CP ALKDILAACKNRCV+FDNKTKS +K
Sbjct: 121 PKIVDYTIVILTGGDEFDDGDD--IEDYLSHECPAALKDILAACKNRCVIFDNKTKSEAK 180

Query: 181 NDEQVNELLDLVNEMIAQNGGQPYK-PLISNLKLEKEFNEVKTKLEQSYTQNLPSDPKLE 240
            +EQVNELL LV E+I QNGGQPYK PLISN KLEKEF+EVK KLEQS TQ + SDPKLE
Sbjct: 181 KEEQVNELLGLVKEIIDQNGGQPYKPPLISNKKLEKEFDEVKRKLEQSCTQGIYSDPKLE 240

Query: 241 ENLNELS 247
           E LNE +
Sbjct: 241 EKLNEFT 245

[Close]

BLAST of Tan0004206 vs. NCBI nr
Match: XP_038905366.1 (immune-associated nucleotide-binding protein 9-like isoform X1 [Benincasa hispida])

HSP 1 Score: 364.8 bits (935), Expect = 1.2e-96
Identity = 187/247 (75.71%), Postives = 212/247 (85.83%), Query Frame = 0


Query: 1   MATIPSLTLVLMGRTGNGKSATGNSILGKKAFNSRKSSSGITKTSELQTCVRKDGQVINV 60
           MA +PSLT+VLMGRTGNGKSATGNSILGKK F SRKSSSG+TKTS L+ CVR DGQ+INV
Sbjct: 1   MAILPSLTMVLMGRTGNGKSATGNSILGKKVFTSRKSSSGVTKTSTLERCVRNDGQIINV 60

Query: 61  IDTPGMFDLSGGIGYTAREIVKCINFTSEGIHAVLLVFSMRTRFTQEEEATIQTLQNSFG 120
           IDTPGMFDLS G  +T+REI KCI   S  IHAV+LVFS+R RF+QEEEATI+TLQN+FG
Sbjct: 61  IDTPGMFDLSNGTEFTSREITKCIKLASGCIHAVILVFSVRNRFSQEEEATIKTLQNTFG 120

Query: 121 PKIVDYAIVVLTGGDEFDDDDDNALEDYLSHGCPVALKDILAACKNRCVVFDNKTKSVSK 180
           PKIVDY IV+LTGGDEFDD +D  +EDYLSH CP ALKDILAAC NRCV+FDNKTKS +K
Sbjct: 121 PKIVDYTIVILTGGDEFDDGND--IEDYLSHECPAALKDILAACNNRCVIFDNKTKSEAK 180

Query: 181 NDEQVNELLDLVNEMIAQNGGQPYK-PLISNLKLEKEFNEVKTKLEQSYTQNLPSDPKLE 240
            +EQVNELLDLV E+I QNGG+PY+ PLISN KLEKEF+EVK KLEQS TQ + SDPKL+
Sbjct: 181 KEEQVNELLDLVKEIIDQNGGKPYRPPLISNKKLEKEFDEVKRKLEQSCTQGIYSDPKLQ 240

Query: 241 ENLNELS 247
           E LNE +
Sbjct: 241 EKLNEFT 245

[Close]

BLAST of Tan0004206 vs. NCBI nr
Match: XP_038905405.1 (immune-associated nucleotide-binding protein 9-like isoform X1 [Benincasa hispida])

HSP 1 Score: 352.4 bits (903), Expect = 6.2e-93
Identity = 184/252 (73.02%), Postives = 208/252 (82.54%), Query Frame = 0


Query: 1   MATIPSLTLVLMGRTGNGKSATGNSILGKKAFNSRKSSSGITKTSELQTCVRKDGQVINV 60
           MA IPSLT+VLMGRTGNGKSATGN+ILGKKAF SRKSSS ITKTS L+ CVR DGQ+INV
Sbjct: 1   MAAIPSLTMVLMGRTGNGKSATGNNILGKKAFTSRKSSSSITKTSTLERCVRNDGQIINV 60

Query: 61  IDTPGMFDLSGGIGYTAREIVKCINFTSEGIHAVLLVFSMRTRFTQEEEATIQTLQNSFG 120
           IDTPGMFDLS G   T+REI KC+   S  IHAV+LVFS+R +FTQ EE TI+TLQN FG
Sbjct: 61  IDTPGMFDLSNGTESTSREITKCLELVSGCIHAVILVFSVRNQFTQGEEGTIKTLQNIFG 120

Query: 121 PKIVDYAIVVLTGGDEFDDDDDNALEDYLSHGCPVALKDILAACKNRCVVFDNKTKSVSK 180
           PK+VD+ IV+LTGGDEFDD DD  +EDYLSH CP ALKDILA C NRCV+FDNKTKS +K
Sbjct: 121 PKVVDFTIVILTGGDEFDDRDD--IEDYLSHECPAALKDILAVCNNRCVIFDNKTKSEAK 180

Query: 181 NDEQVNELLDLVNEMIAQNGGQPYK-PLISNLKLEKEFNEVKTKLEQSYTQNLPSDPKLE 240
            +EQVNELLDLV E+I QNGGQPYK PLIS  KLEKEF E K KLEQS TQ++ SDPKL 
Sbjct: 181 KEEQVNELLDLVKEIIDQNGGQPYKHPLISIKKLEKEFYEFKRKLEQSRTQDIYSDPKLG 240

Query: 241 ENLNELSKLRMF 252
           E LNE++ L ++
Sbjct: 241 EKLNEMTILNLY 250

[Close]

BLAST of Tan0004206 vs. NCBI nr
Match: XP_027914730.1 (immune-associated nucleotide-binding protein 9-like isoform X2 [Vigna unguiculata])

HSP 1 Score: 349.7 bits (896), Expect = 4.0e-92
Identity = 220/529 (41.59%), Postives = 311/529 (58.79%), Query Frame = 0


Query: 8   TLVLMGRTGNGKSATGNSILGKKAFNSRKSSSGITKTSELQTCVRKDGQVINVIDTPGMF 67
           TLVL+GRTGNGKS+TGNSIL KKAF SR      T+  ELQ  V KDG +INVIDTPG+F
Sbjct: 12  TLVLVGRTGNGKSSTGNSILNKKAFKSR------TRMCELQKTVAKDGSIINVIDTPGLF 71

Query: 68  DLSGGIGYTAREIVKCINFTSEGIHAVLLVFSMRTRFTQEEEATIQTLQNSFGPKIVDYA 127
           D S  I    +EI+KCI+   +GIHA+L+VFS+RTRF++EE+  +  LQ  FG KIVDY 
Sbjct: 72  DGSDSI---EKEIIKCIDLAKDGIHAILVVFSVRTRFSEEEQIILSVLQTLFGQKIVDYM 131

Query: 128 IVVLTGGDEFDDDDDNALEDYLSHGCPVALKDILAACKNRCVVFDNKTKSVSKNDEQVNE 187
           I+V TGGDE + + +  L+DY+  GCP  LKD+L  C NR V+FDNKTK  +K  +QV +
Sbjct: 132 IIVFTGGDELEYNGE-TLDDYIGQGCPQPLKDVLLQCDNRKVLFDNKTKDATKQLQQVQQ 191

Query: 188 LLDLVNEMIAQNGGQPY--KPLISNLKLEKEF---------NEVKTKL------------ 247
           LL+LVN +I++N GQPY  K  + + +L+ EF         NE KT +            
Sbjct: 192 LLNLVNMIISKNNGQPYTNKTFVKS-QLQPEFDMIERKSWCNEEKTLVLVGRTGNGKSAT 251

Query: 248 -----------EQSYTQNLPSDPKLEEN-LNELSKLRMFNLSG---GIGYTAREIVKCIN 307
                         Y+ ++    ++++N + + S + + N  G   G  Y  +E++KC++
Sbjct: 252 ANSILGRNAFKSNRYSSSMSRICEIQKNVIKDGSIINVINTPGLFDGSDYVEKEMIKCLD 311

Query: 308 FTSEGIHAILLVFSMRSRFTQEEEATIQILQNSFGPKIVDYAIVVLTGGDEFDDDENALE 367
              +GIHAIL+VFS+R+RF++EE+AT+++LQ  FG KI+DY I+V TGGDE + ++  L+
Sbjct: 312 LAKDGIHAILVVFSVRTRFSEEEQATLRVLQTLFGHKIIDYMIIVFTGGDELEYNKVTLD 371

Query: 368 DYLSHGCPVALKDILAACKNRCVVFDNKTKNVSKNDEQVNELLDLVNEMIAQNGGQPYKP 427
           DYL   CP ALK IL  C NR V+FDNKTK+ +K  +QV +LL+LVN +I +N GQPY  
Sbjct: 372 DYLGEECPQALKHILHQCDNRKVLFDNKTKDETKQLQQVQQLLNLVNMVILKNNGQPYT- 431

Query: 428 LISNLKLEKEFNEVKTKLEQSYTQNLPSDPTLEENLNEKMNEVKSKLEQQIAEEREARRQ 487
                      N    K ++                  K+N+    L +++ EER  R +
Sbjct: 432 -----------NRTFVKSQE----------------GSKLNQQTINLSEKLEEERVERLK 491

Query: 488 AEEKYQEMQKQLRNQIQDQNQILRDIVARP----VQAKVVEKEDSCPIL 495
            EE ++  Q  L N+IQ     L     RP    +Q  + +   SC +L
Sbjct: 492 IEENFKLTQAMLNNEIQTLRSNLESANRRPSMPRLQPMLRQVMSSCHVL 501

[Close]

BLAST of Tan0004206 vs. ExPASy TrEMBL
Match: A0A0A0L9V0 (AIG1-type G domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_3G731070 PE=4 SV=1)

HSP 1 Score: 345.1 bits (884), Expect = 4.8e-91
Identity = 182/245 (74.29%), Postives = 203/245 (82.86%), Query Frame = 0


Query: 1   MATIPSLTLVLMGRTGNGKSATGNSILGKKAFNSRKSSSGITKTSELQTCVRKDGQVINV 60
           MA +  LTLVLMGRTGNGKSATGN+ILGKKAF S+KSSS ITKTS  + CVR DGQVINV
Sbjct: 1   MAVVFPLTLVLMGRTGNGKSATGNNILGKKAFVSKKSSSCITKTSTFEKCVRNDGQVINV 60

Query: 61  IDTPGMFDLSGGIGYTAREIVKCINFTSEGIHAVLLVFSMRTRFTQEEEATIQTLQNSFG 120
           IDTPGMFD S   G TA+EI+KC+   SEGIH V+L+FS+R RFTQEEEATIQTLQN+FG
Sbjct: 61  IDTPGMFDSSSESGSTAKEIMKCMELGSEGIHGVILIFSVRNRFTQEEEATIQTLQNTFG 120

Query: 121 PKIVDYAIVVLTGGDEFDDDDDNALEDYLSHGCPVALKDILAACKNRCVVFDNKTKSVSK 180
            KIVDY IV+LTGGDEF+ D+D  +EDYLS  CP+ALKDILAAC NRCV+FDNKTKS  K
Sbjct: 121 SKIVDYTIVILTGGDEFESDED--IEDYLSRECPLALKDILAACNNRCVIFDNKTKSEEK 180

Query: 181 NDEQVNELLDLVNEMIAQNGGQPYK-PLISNLKLEKEFNEVKTKLEQSYTQNLPSDPKLE 240
            DEQV ELL+LV E+I QNGGQPYK PLISN KL KEF+EVKTKLE   TQ+  SDPKLE
Sbjct: 181 KDEQVKELLELVKEIIDQNGGQPYKPPLISNQKLAKEFDEVKTKLEHFCTQDFNSDPKLE 240

Query: 241 ENLNE 245
           E LNE
Sbjct: 241 EKLNE 243

[Close]

BLAST of Tan0004206 vs. ExPASy TrEMBL
Match: A0A1S3B6D4 (protein AIG1-like OS=Cucumis melo OX=3656 GN=LOC103486280 PE=4 SV=1)

HSP 1 Score: 342.0 bits (876), Expect = 4.0e-90
Identity = 185/246 (75.20%), Postives = 206/246 (83.74%), Query Frame = 0


Query: 1   MATIPSLTLVLMGRTGNGKSATGNSILGKKAFNSRKSSSGITKTSELQTCVRKDGQVINV 60
           M   P LTLVLMGRTGNGKSATGN ILGKKAF SRKSSS ITKTS L+ CVR DGQVINV
Sbjct: 1   MTVPPPLTLVLMGRTGNGKSATGNGILGKKAFVSRKSSSCITKTSSLEKCVRNDGQVINV 60

Query: 61  IDTPGMFDLSGGIGYTAREIVKCINFTSEGIHAVLLVFSMRTRFTQEEEATIQTLQNSFG 120
           IDTPGMF+ SG    TA+EI+K +   SEGI+AV+LVFS+R RFTQEEEATIQTLQN+FG
Sbjct: 61  IDTPGMFNSSGESRSTAKEIMKYMELGSEGINAVILVFSIRNRFTQEEEATIQTLQNTFG 120

Query: 121 PKIVDYAIVVLTGGDEFDDDDDNALEDYLSHGCPVALKDILAACKNRCVVFDNKTKSVSK 180
           PKIVDY IV+LTGGDEF++D+D  +EDYLSH CP+ALK+ILAACKNRCV+FDNKTKS  K
Sbjct: 121 PKIVDYTIVILTGGDEFENDED--IEDYLSHECPMALKNILAACKNRCVIFDNKTKSEEK 180

Query: 181 NDEQVNELLDLVNEMIAQNGGQPYK-PLISNLKLEKEFNEVKTKLEQSYTQNLP-SDPKL 240
            DEQV ELL+LV E+I QNGG PYK PLISN KLEKEF+EVKTKLE   TQ+   SDPKL
Sbjct: 181 KDEQVKELLELVKEIIDQNGGHPYKPPLISNQKLEKEFDEVKTKLEHFCTQDHSYSDPKL 240

Query: 241 EENLNE 245
           EE LNE
Sbjct: 241 EEKLNE 244

[Close]

BLAST of Tan0004206 vs. ExPASy TrEMBL
Match: A0A7J6DKP8 (Uncharacterized protein OS=Cannabis sativa OX=3483 GN=G4B88_019932 PE=4 SV=1)

HSP 1 Score: 340.1 bits (871), Expect = 1.5e-89
Identity = 242/631 (38.35%), Postives = 322/631 (51.03%), Query Frame = 0


Query: 8   TLVLMGRTGNGKSATGNSILGKKAFNSRKSSSGITKTSELQTCVRKDGQVINVIDTPGMF 67
           T+VL+GRTGNGKSATGNSILGKKAF SR SSSG+T T ELQ  V +DGQVINVIDTPG+F
Sbjct: 21  TVVLVGRTGNGKSATGNSILGKKAFKSRASSSGVTSTCELQRTVLRDGQVINVIDTPGLF 80

Query: 68  DLSGGIGYTAREIVKCINFTSEGIHAVLLVFSMRTRFTQEEEATIQTLQNSFGPKIVDYA 127
           D S    +  +EIVKCIN   +GIHAVL+VFS+RTRF+QEE+A +++LQ  FG KI+DY 
Sbjct: 81  DFSAESDFVGKEIVKCINMAKDGIHAVLVVFSVRTRFSQEEQAALRSLQTLFGTKIIDYM 140

Query: 128 IVVLTGGDEFDDDDDNALEDYLSHGCPVALKDILAACKNRCVVFDNKTKSVSKNDEQVNE 187
           IVV TGGDE +++D+  LEDYL   CP  LKDIL+ C+NR V+FDNKTK   K   QV++
Sbjct: 141 IVVFTGGDELEENDE-TLEDYLGRECPEPLKDILSLCENRLVLFDNKTKDERKRVGQVHQ 200

Query: 188 LLDLVNEMIAQNGGQPY-----------------------------KPLISNL------- 247
           LL LVN +IAQNGGQPY                             K  IS+L       
Sbjct: 201 LLSLVNNVIAQNGGQPYTDEIFTEVKQGAMKLRDQQEEVNSLKGYSKREISDLKEQMHLA 260

Query: 248 -----------------KLEKEFNEVKTKLEQSYTQNLPSDPKLEE-------NLN-ELS 307
                            K+E    E  T+LEQ   +   +  + EE       N N E+ 
Sbjct: 261 YEEQLKRITEMRGLNMRKVESRLKETTTRLEQQLAEEQAARLRAEEFAQQAQKNSNEEIR 320

Query: 308 KLR--------------------------------------------------------- 367
           KLR                                                         
Sbjct: 321 KLREHLELAQEELRKRGENKMGGYACEYSDRENASICNENKALTIVLVGKTGNGKSATGN 380

Query: 368 ------MFN---LSGGI------------------------------GYTAREIVKCINF 427
                  FN    S G+                              G ++REI KCI+ 
Sbjct: 381 TILGRKAFNSKTSSSGVTATCELHHTLRTDGQLINVIDTPGLFDFSDGKSSREIAKCIDL 440

Query: 428 TSEGIHAILLVFSMRSRFTQEEEATIQILQNSFGPKIVDYAIVVLTGGDEFDDDEN-ALE 475
             +GIHA++LV S+R+RFT+EEE+    LQ  FG KIVDY I+V TGGD+F+DD     E
Sbjct: 441 AKDGIHAVVLVLSVRNRFTKEEESVFHSLQTLFGTKIVDYMIIVFTGGDDFEDDVTFEFE 500

[Close]

BLAST of Tan0004206 vs. ExPASy TrEMBL
Match: A0A5A7TRG8 (Avirulence-responsive protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold352G00670 PE=4 SV=1)

HSP 1 Score: 332.0 bits (850), Expect = 4.2e-87
Identity = 178/236 (75.42%), Postives = 200/236 (84.75%), Query Frame = 0


Query: 12  MGRTGNGKSATGNSILGKKAFNSRKSSSGITKTSELQTCVRKDGQVINVIDTPGMFDLSG 71
           MGRTGNGKSATGN ILGKKAF SRKSSS ITKTS L+ CVR DGQVINVIDTPGMF+ SG
Sbjct: 1   MGRTGNGKSATGNGILGKKAFVSRKSSSCITKTSSLEKCVRNDGQVINVIDTPGMFNSSG 60

Query: 72  GIGYTAREIVKCINFTSEGIHAVLLVFSMRTRFTQEEEATIQTLQNSFGPKIVDYAIVVL 131
               TA+EI+K +   SEGI+AV+LVFS+R RFTQEEEATIQTLQN+FGPKIVDY IV+L
Sbjct: 61  ESRSTAKEIMKYMELGSEGINAVILVFSIRNRFTQEEEATIQTLQNTFGPKIVDYTIVIL 120

Query: 132 TGGDEFDDDDDNALEDYLSHGCPVALKDILAACKNRCVVFDNKTKSVSKNDEQVNELLDL 191
           TGGDEF++D+D  +EDYLSH CP+ALK+ILAACKNRCV+FDNKTKS  K DEQV ELL+L
Sbjct: 121 TGGDEFENDED--IEDYLSHECPMALKNILAACKNRCVIFDNKTKSEEKKDEQVKELLEL 180

Query: 192 VNEMIAQNGGQPYK-PLISNLKLEKEFNEVKTKLEQSYTQNLP-SDPKLEENLNEL 246
           V E+I QNGG PYK PLISN KLEKEF+EVKTKLE   TQ+   SDPKLEE LNE+
Sbjct: 181 VKEIIDQNGGHPYKPPLISNQKLEKEFDEVKTKLEHFCTQDHSYSDPKLEEKLNEV 234

[Close]

BLAST of Tan0004206 vs. ExPASy TrEMBL
Match: E5GBE2 (Avirulence-responsive protein OS=Cucumis melo subsp. melo OX=412675 PE=4 SV=1)

HSP 1 Score: 331.3 bits (848), Expect = 7.1e-87
Identity = 178/235 (75.74%), Postives = 199/235 (84.68%), Query Frame = 0


Query: 12  MGRTGNGKSATGNSILGKKAFNSRKSSSGITKTSELQTCVRKDGQVINVIDTPGMFDLSG 71
           MGRTGNGKSATGN ILGKKAF SRKSSS ITKTS L+ CVR DGQVINVIDTPGMF+ SG
Sbjct: 1   MGRTGNGKSATGNGILGKKAFVSRKSSSCITKTSSLEKCVRNDGQVINVIDTPGMFNSSG 60

Query: 72  GIGYTAREIVKCINFTSEGIHAVLLVFSMRTRFTQEEEATIQTLQNSFGPKIVDYAIVVL 131
               TA+EI+K +   SEGI+AV+LVFS+R RFTQEEEATIQTLQN+FGPKIVDY IV+L
Sbjct: 61  ESRSTAKEIMKYMELGSEGINAVILVFSIRNRFTQEEEATIQTLQNTFGPKIVDYTIVIL 120

Query: 132 TGGDEFDDDDDNALEDYLSHGCPVALKDILAACKNRCVVFDNKTKSVSKNDEQVNELLDL 191
           TGGDEF++D+D  +EDYLSH CP+ALK+ILAACKNRCV+FDNKTKS  K DEQV ELL+L
Sbjct: 121 TGGDEFENDED--IEDYLSHECPMALKNILAACKNRCVIFDNKTKSEEKKDEQVKELLEL 180

Query: 192 VNEMIAQNGGQPYK-PLISNLKLEKEFNEVKTKLEQSYTQNLP-SDPKLEENLNE 245
           V E+I QNGG PYK PLISN KLEKEF+EVKTKLE   TQ+   SDPKLEE LNE
Sbjct: 181 VKEIIDQNGGHPYKPPLISNQKLEKEFDEVKTKLEHFCTQDHSYSDPKLEEKLNE 233

[Close]

BLAST of Tan0004206 vs. TAIR 10
Match: AT1G33970.1 (P-loop containing nucleoside triphosphate hydrolases superfamily protein )

HSP 1 Score: 216.5 bits (550), Expect = 4.9e-56
Identity = 118/233 (50.64%), Postives = 157/233 (67.38%), Query Frame = 0


Query: 5   PSLTLVLMGRTGNGKSATGNSILGKKAFNSRKSSSGITKTSELQTCVRKDGQVINVIDTP 64
           P  TLVL+GRTGNGKSATGNSILG+KAF SR  + G+T T E Q  V++DG +INV+DTP
Sbjct: 23  PKRTLVLVGRTGNGKSATGNSILGRKAFRSRARTVGVTSTCESQRVVQEDGDIINVVDTP 82

Query: 65  GMFDLSGGIGYTAREIVKCINFTSEGIHAVLLVFSMRTRFTQEEEATIQTLQNSFGPKIV 124
           G+FDLS    +  +EIV+CI+   +GIHA+LLVFS+R R  +EE+  +  LQ  FG KI 
Sbjct: 83  GLFDLSTAADFIGKEIVRCISLAEDGIHAILLVFSVR-RLAEEEQTVLSFLQALFGSKIA 142

Query: 125 DYAIVVLTGGDEFDDDDDNALEDYLSHGCPVALKDILAACKNRCVVFDNKTKSVSKNDEQ 184
           DY IVV TGGDE +++++  LE+YL+  CP  LK+IL  C NR V+F+NKT    K  EQ
Sbjct: 143 DYMIVVFTGGDELEENEE-TLEEYLADYCPEFLKEILGICDNRLVLFNNKTTDKVKKAEQ 202

Query: 185 VNELLDLVNEMIAQNGGQPYKPLISN------LKLEKEFNEVKTKLEQSYTQN 232
           V +LL LV  ++ QN G+PY   + +      +KL  +  EV  +L Q Y+ N
Sbjct: 203 VQKLLSLVESVVKQNNGKPYSDELFHELQEEAIKLRDQKKEV--ELLQGYSNN 251

[Close]

BLAST of Tan0004206 vs. TAIR 10
Match: AT1G33970.2 (P-loop containing nucleoside triphosphate hydrolases superfamily protein )

HSP 1 Score: 216.5 bits (550), Expect = 4.9e-56
Identity = 118/233 (50.64%), Postives = 157/233 (67.38%), Query Frame = 0


Query: 5   PSLTLVLMGRTGNGKSATGNSILGKKAFNSRKSSSGITKTSELQTCVRKDGQVINVIDTP 64
           P  TLVL+GRTGNGKSATGNSILG+KAF SR  + G+T T E Q  V++DG +INV+DTP
Sbjct: 23  PKRTLVLVGRTGNGKSATGNSILGRKAFRSRARTVGVTSTCESQRVVQEDGDIINVVDTP 82

Query: 65  GMFDLSGGIGYTAREIVKCINFTSEGIHAVLLVFSMRTRFTQEEEATIQTLQNSFGPKIV 124
           G+FDLS    +  +EIV+CI+   +GIHA+LLVFS+R R  +EE+  +  LQ  FG KI 
Sbjct: 83  GLFDLSTAADFIGKEIVRCISLAEDGIHAILLVFSVR-RLAEEEQTVLSFLQALFGSKIA 142

Query: 125 DYAIVVLTGGDEFDDDDDNALEDYLSHGCPVALKDILAACKNRCVVFDNKTKSVSKNDEQ 184
           DY IVV TGGDE +++++  LE+YL+  CP  LK+IL  C NR V+F+NKT    K  EQ
Sbjct: 143 DYMIVVFTGGDELEENEE-TLEEYLADYCPEFLKEILGICDNRLVLFNNKTTDKVKKAEQ 202

Query: 185 VNELLDLVNEMIAQNGGQPYKPLISN------LKLEKEFNEVKTKLEQSYTQN 232
           V +LL LV  ++ QN G+PY   + +      +KL  +  EV  +L Q Y+ N
Sbjct: 203 VQKLLSLVESVVKQNNGKPYSDELFHELQEEAIKLRDQKKEV--ELLQGYSNN 251

[Close]

BLAST of Tan0004206 vs. TAIR 10
Match: AT1G33970.3 (P-loop containing nucleoside triphosphate hydrolases superfamily protein )

HSP 1 Score: 216.5 bits (550), Expect = 4.9e-56
Identity = 118/233 (50.64%), Postives = 157/233 (67.38%), Query Frame = 0


Query: 5   PSLTLVLMGRTGNGKSATGNSILGKKAFNSRKSSSGITKTSELQTCVRKDGQVINVIDTP 64
           P  TLVL+GRTGNGKSATGNSILG+KAF SR  + G+T T E Q  V++DG +INV+DTP
Sbjct: 23  PKRTLVLVGRTGNGKSATGNSILGRKAFRSRARTVGVTSTCESQRVVQEDGDIINVVDTP 82

Query: 65  GMFDLSGGIGYTAREIVKCINFTSEGIHAVLLVFSMRTRFTQEEEATIQTLQNSFGPKIV 124
           G+FDLS    +  +EIV+CI+   +GIHA+LLVFS+R R  +EE+  +  LQ  FG KI 
Sbjct: 83  GLFDLSTAADFIGKEIVRCISLAEDGIHAILLVFSVR-RLAEEEQTVLSFLQALFGSKIA 142

Query: 125 DYAIVVLTGGDEFDDDDDNALEDYLSHGCPVALKDILAACKNRCVVFDNKTKSVSKNDEQ 184
           DY IVV TGGDE +++++  LE+YL+  CP  LK+IL  C NR V+F+NKT    K  EQ
Sbjct: 143 DYMIVVFTGGDELEENEE-TLEEYLADYCPEFLKEILGICDNRLVLFNNKTTDKVKKAEQ 202

Query: 185 VNELLDLVNEMIAQNGGQPYKPLISN------LKLEKEFNEVKTKLEQSYTQN 232
           V +LL LV  ++ QN G+PY   + +      +KL  +  EV  +L Q Y+ N
Sbjct: 203 VQKLLSLVESVVKQNNGKPYSDELFHELQEEAIKLRDQKKEV--ELLQGYSNN 251

[Close]

BLAST of Tan0004206 vs. TAIR 10
Match: AT1G33970.4 (P-loop containing nucleoside triphosphate hydrolases superfamily protein )

HSP 1 Score: 216.5 bits (550), Expect = 4.9e-56
Identity = 118/233 (50.64%), Postives = 157/233 (67.38%), Query Frame = 0


Query: 5   PSLTLVLMGRTGNGKSATGNSILGKKAFNSRKSSSGITKTSELQTCVRKDGQVINVIDTP 64
           P  TLVL+GRTGNGKSATGNSILG+KAF SR  + G+T T E Q  V++DG +INV+DTP
Sbjct: 23  PKRTLVLVGRTGNGKSATGNSILGRKAFRSRARTVGVTSTCESQRVVQEDGDIINVVDTP 82

Query: 65  GMFDLSGGIGYTAREIVKCINFTSEGIHAVLLVFSMRTRFTQEEEATIQTLQNSFGPKIV 124
           G+FDLS    +  +EIV+CI+   +GIHA+LLVFS+R R  +EE+  +  LQ  FG KI 
Sbjct: 83  GLFDLSTAADFIGKEIVRCISLAEDGIHAILLVFSVR-RLAEEEQTVLSFLQALFGSKIA 142

Query: 125 DYAIVVLTGGDEFDDDDDNALEDYLSHGCPVALKDILAACKNRCVVFDNKTKSVSKNDEQ 184
           DY IVV TGGDE +++++  LE+YL+  CP  LK+IL  C NR V+F+NKT    K  EQ
Sbjct: 143 DYMIVVFTGGDELEENEE-TLEEYLADYCPEFLKEILGICDNRLVLFNNKTTDKVKKAEQ 202

Query: 185 VNELLDLVNEMIAQNGGQPYKPLISN------LKLEKEFNEVKTKLEQSYTQN 232
           V +LL LV  ++ QN G+PY   + +      +KL  +  EV  +L Q Y+ N
Sbjct: 203 VQKLLSLVESVVKQNNGKPYSDELFHELQEEAIKLRDQKKEV--ELLQGYSNN 251

[Close]

BLAST of Tan0004206 vs. TAIR 10
Match: AT1G33970.5 (P-loop containing nucleoside triphosphate hydrolases superfamily protein )

HSP 1 Score: 216.5 bits (550), Expect = 4.9e-56
Identity = 118/233 (50.64%), Postives = 157/233 (67.38%), Query Frame = 0


Query: 5   PSLTLVLMGRTGNGKSATGNSILGKKAFNSRKSSSGITKTSELQTCVRKDGQVINVIDTP 64
           P  TLVL+GRTGNGKSATGNSILG+KAF SR  + G+T T E Q  V++DG +INV+DTP
Sbjct: 23  PKRTLVLVGRTGNGKSATGNSILGRKAFRSRARTVGVTSTCESQRVVQEDGDIINVVDTP 82

Query: 65  GMFDLSGGIGYTAREIVKCINFTSEGIHAVLLVFSMRTRFTQEEEATIQTLQNSFGPKIV 124
           G+FDLS    +  +EIV+CI+   +GIHA+LLVFS+R R  +EE+  +  LQ  FG KI 
Sbjct: 83  GLFDLSTAADFIGKEIVRCISLAEDGIHAILLVFSVR-RLAEEEQTVLSFLQALFGSKIA 142

Query: 125 DYAIVVLTGGDEFDDDDDNALEDYLSHGCPVALKDILAACKNRCVVFDNKTKSVSKNDEQ 184
           DY IVV TGGDE +++++  LE+YL+  CP  LK+IL  C NR V+F+NKT    K  EQ
Sbjct: 143 DYMIVVFTGGDELEENEE-TLEEYLADYCPEFLKEILGICDNRLVLFNNKTTDKVKKAEQ 202

Query: 185 VNELLDLVNEMIAQNGGQPYKPLISN------LKLEKEFNEVKTKLEQSYTQN 232
           V +LL LV  ++ QN G+PY   + +      +KL  +  EV  +L Q Y+ N
Sbjct: 203 VQKLLSLVESVVKQNNGKPYSDELFHELQEEAIKLRDQKKEV--ELLQGYSNN 251

The following BLAST results are available for this feature:

BLAST of Tan0004206 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
F4HT21	6.9e-55	50.64	Immune-associated nucleotide-binding protein 9 OS=Arabidopsis thaliana OX=3702 G...	[more]
Q9C8V2	1.5e-49	45.02	Immune-associated nucleotide-binding protein 7 OS=Arabidopsis thaliana OX=3702 G...	[more]
P54120	7.4e-49	46.18	Immune-associated nucleotide-binding protein 8 OS=Arabidopsis thaliana OX=3702 G...	[more]
Q9C8V0	5.3e-47	45.34	Immune-associated nucleotide-binding protein 6 OS=Arabidopsis thaliana OX=3702 G...	[more]
Q9C8U6	2.0e-46	39.49	Immune-associated nucleotide-binding protein 3 OS=Arabidopsis thaliana OX=3702 G...	[more]

BLAST of Tan0004206 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_038903488.1	3.7e-98	78.14	immune-associated nucleotide-binding protein 1-like isoform X2 [Benincasa hispid...	[more]
XP_038903487.1	4.9e-98	78.14	immune-associated nucleotide-binding protein 1-like isoform X1 [Benincasa hispid...	[more]
XP_038905366.1	1.2e-96	75.71	immune-associated nucleotide-binding protein 9-like isoform X1 [Benincasa hispid...	[more]
XP_038905405.1	6.2e-93	73.02	immune-associated nucleotide-binding protein 9-like isoform X1 [Benincasa hispid...	[more]
XP_027914730.1	4.0e-92	41.59	immune-associated nucleotide-binding protein 9-like isoform X2 [Vigna unguiculat...	[more]

BLAST of Tan0004206 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A0A0L9V0	4.8e-91	74.29	AIG1-type G domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_3G731070...	[more]
A0A1S3B6D4	4.0e-90	75.20	protein AIG1-like OS=Cucumis melo OX=3656 GN=LOC103486280 PE=4 SV=1	[more]
A0A7J6DKP8	1.5e-89	38.35	Uncharacterized protein OS=Cannabis sativa OX=3483 GN=G4B88_019932 PE=4 SV=1	[more]
A0A5A7TRG8	4.2e-87	75.42	Avirulence-responsive protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_sc...	[more]
E5GBE2	7.1e-87	75.74	Avirulence-responsive protein OS=Cucumis melo subsp. melo OX=412675 PE=4 SV=1	[more]

BLAST of Tan0004206 vs. TAIR 10


Match Name	E-value	Identity	Description
AT1G33970.1	4.9e-56	50.64	P-loop containing nucleoside triphosphate hydrolases superfamily protein	[more]
AT1G33970.2	4.9e-56	50.64	P-loop containing nucleoside triphosphate hydrolases superfamily protein	[more]
AT1G33970.3	4.9e-56	50.64	P-loop containing nucleoside triphosphate hydrolases superfamily protein	[more]
AT1G33970.4	4.9e-56	50.64	P-loop containing nucleoside triphosphate hydrolases superfamily protein	[more]
AT1G33970.5	4.9e-56	50.64	P-loop containing nucleoside triphosphate hydrolases superfamily protein	[more]

InterPro

Analysis Name: InterPro Annotations of Snake gourd (anguina) 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: 422..471
None	No IPR available	PANTHER	PTHR10903:SF135	AIG1-LIKE PROTEIN, 48352-49494-RELATED	coord: 256..465
None	No IPR available	PANTHER	PTHR10903:SF135	AIG1-LIKE PROTEIN, 48352-49494-RELATED	coord: 8..229
None	No IPR available	CDD	cd01852	AIG1	coord: 7..204 e-value: 1.86302E-83 score: 254.767
IPR006703	AIG1-type guanine nucleotide-binding (G) domain	PFAM	PF04548	AIG1	coord: 253..395 e-value: 4.2E-43 score: 147.1 coord: 7..212 e-value: 4.6E-74 score: 248.3
IPR006703	AIG1-type guanine nucleotide-binding (G) domain	PROSITE	PS51720	G_AIG1	coord: 4..213 score: 49.232307
IPR006703	AIG1-type guanine nucleotide-binding (G) domain	PROSITE	PS51720	G_AIG1	coord: 250..396 score: 20.686741
IPR027417	P-loop containing nucleoside triphosphate hydrolase	GENE3D	3.40.50.300		coord: 256..406 e-value: 1.9E-35 score: 124.4 coord: 6..219 e-value: 4.7E-60 score: 204.8
IPR027417	P-loop containing nucleoside triphosphate hydrolase	SUPERFAMILY	52540	P-loop containing nucleoside triphosphate hydrolases	coord: 256..394
IPR027417	P-loop containing nucleoside triphosphate hydrolase	SUPERFAMILY	52540	P-loop containing nucleoside triphosphate hydrolases	coord: 7..208
IPR045058	GTPase GIMA/IAN/Toc	PANTHER	PTHR10903	GTPASE, IMAP FAMILY MEMBER-RELATED	coord: 8..229 coord: 256..465

Relationships

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


Feature Name	Unique Name	Type
Tan0004206.1	Tan0004206.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
molecular_function	GO:0005525	GTP binding