Spg003344 (gene) Sponge gourd (cylindrica) v1

Overview


Name	Spg003344
Type	gene
Organism	Luffa cylindrica (Sponge gourd (cylindrica) v1)
Description	Reverse transcriptase domain-containing protein
Location	scaffold4: 49243757 .. 49268023 (-)
RNA-Seq Expression	Spg003344
Synteny	Spg003344

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: five_prime_UTRpolypeptideCDSthree_prime_UTR

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

ATGGCGAACTCCACGCGAGGCGAGCAAAGGTGCAATCGGGTGAGCGCCTATTTGAAGACGCTCGCCCCAGCTACCTACGAGGCGCAGTACATGTTGGGCGCCTCGCCTCTCGCCATAGGCGCTCGCCCGGCATCGCCTCAACAACATTGGTTTGGATACCTAACACACATCTTGTGGCAATGCCATTTTCTTGTCTGTTTAATTTGTGCCTGTTTACGATACTCCCAGATTTGTCATTTCCCATCGTCTTGTTCCTCCTAGGCTCGAGCTTCTTCACCTTTTATCCAAATTCAGCAAAGGAGAACAGTCACTAATGTTTGTGAACAAAATGTGCATTAGAAAGAACAACAATAGCTGTCATTTTTGGATGGACAAACCAACAAATTCAGAAGAAATTTAGTGGGCAGTTTTAAAGCTTGGAATTTATTAAAGTGAGTTCCTAAAAACCAAACGAATTGAAATGCAGATCAATTTTCAAGAGAAAGCAATCTATCTATCTAAAGTTGAAATGAAAGCTGCACTTCACCTTCATGTTATGAAATTTTGCCCTAAACCCACCCCTATTTCCTTAACCTGTTTGGCAAAAAATTTTCCAAACATGCCCCAATTTTAAACCCACGAATTGATCCACTCAAATTTATCCCACGTGACATTTGACGTGCAATCTTTACATTGTACCTAGTGTGCCACATAAGCACTTAATTAATATAGTTCGACGGAGTTAACGACAAGGACCAATTAGATACAAAATTGATATCAACGATCTATCAGACACTTTTCAAAGTTCAGGGGTCTATTAGACACAACTTTGAAAGTTCATGGACTAAACTTGTAATTTAACCTTATATATATATATATTAAAAATGAAACTAGAGACCAATGCCTCCCTTCCTAAAGGGGAACAAAACACTATCATTCTAGGTTTATCGAAGAGGACTTCTAATATATATATATATATATATTCAACAAGAAATGAATCTTTTCATTGATCTAATGCAAAGAGACTAATGCTCAAAAGATACAAACTCCGAAATAGGGTGAAAAATAAAAACAAAAGGAACAATTACAAAGGGAAAATAAAAGCATGCCAATTAAGATAAATGTCATGAAGTGAGAAAGCACTAAAAGTCTTGGAAAGAGCATGCCATGAAGATGCTTTTAAACATGTTGAATCCAAATGGTCTGATCAAGGAAGAAGTTTATCTTCAAAAAATCACAAAATTAGGGATTTCTTGTGCAACCACTTGCGGAAGAGAATTTCATGCAACTAGTACATATATTACTAGGACATGAGTAGGGCCAAACAAATAAGAAGAATTTGATAGAGCAAGTTCCATTCCTCTACAATCCAAAGATAGATTGGGTTTTATACATATGCGAGGAAGTCAATAAAAAAGGTGGAAAAATACTCCTATGAGAGGTAGGCCTGGTCATGGTTTTATTATGAAGTTGAAAGATCTTAAAGTGAGACTTTGCTCTTGGAATAAAGAGGTTTTTGGTTGCATCACCACAAAAAGAAACCAGCTTCTGACTGAGATTTCCATCATTGATAGTAGGGAGGAAACAAGACCTTTATCCCCAACCCAAATCTCACTTCGCAGATCTATGAAAGCTGAAATCTTAAACCTTGCACCCCTTGAAGAACAAAAATGGAAACAAAAGTGTAAAAAAAGATGGATCGAAGAGGGTGACTCCAATACCAGCTTTTTCCACCGTATTCTGGCTTCCAAAAAAAGGAAAAACACTATCAATGAAGTCCTATCTTCACATGGCCAAAGCCTTCTCAATGAAAACGAGATTGTTTCAGAGTTCATAGCTTTTTTCCAAGCGTTGTATAAGGGAAAAGATAACTTGGCAGCCTTCCCAATTGGCATAGATTGAAGCTCTATCCATCATCAGTCGGCTGTGGAGCTAGAAAAAGACTTTATAGAGATCGAAGTTTGGAATGCGGTCAAGCTTCTTGGCACCGATAAATCGTCGGGTCCCGACGGTTTTTACATCCGAATTCTTCAAAAAAATGTTGGAACATCCTTAAAGAAGACATCATGAGAGTGTTCCAAGATTTTTTTAAGAATGGTATCGTCAATGCCAGCCTTAACGAGACATACATCTGCCTCATTCCAAAGAAGATTGATGCCAAATCAGTGGCTGACTACCGACCAATTAGTCTCACTACATGTCTCTATAAAATTATTGCTTGAGAGTTGAGTCTTATCAAAAAGGTTAAAAAAGGTCTTACCTTGCACTATTATAGAATACCAAGCTACCTTTGTGGAAAATAGGCAAATCCTTGATGCATCCTTTATTGCAAACAAGATTATTGATGAGTGGAACCGAAAGAAGAAAAAGGGTATGGTCATTAAACTTGATATTGAAAAAGCCTTTGACAAGGTAGATTGGAATTTCCTCGATCACATCCTTCTTGCCAAAGGATTTGTAAACAAATGGAAAATTGAAAATTTTTTCAATTGATTCCATTACCTTGAAGTTTATGATTAGTCATAATTTGAGAGGAGGAATCGTGATGTTGAGAGGGGTTTTCAAAATTGATATTTCCTAACCATTGTTTTATCATTTGTAACTTTTGAATGGTTGAAAAGATGGAAGAAGGAACAATTTTTTTTTGACCACTGAAACCCACGACTCAAGCTGCTTCTGTAAGAGACCCATGAACGACGAAGGAAGACAAGCGGCAAACAAACGAACAATCGACGACAGACGAATGGCAGATGTGCAACGGTGAATAAACAAACCCGATCCATTGCTGCGAAAGGACGAGTGGATGTGAGGTGCTCGTCGGTGAATGCCCTTGTGGAAGAAAAAAACGCGAATGCCCTGGTGGAAGAAATGCGAATGTCGATGTGCTCGTCGGTGAGTGCATCGTTGGTGTGACCTTGTTGGTGGTGTATTGTCGTAGATGTGTTGTCAGAAGAATAGCTTGCCAGTGAGATTAGAGTTTTTGACGGCTAGAGTTTATTTTAGGGTTTTGCTTTGACACCATGTGGTTTAGGGAAAAAGAATCTATTTTCTTATTTTCAAATTACAGGAAGATATATTACAAGGCAAAATACAAAAAAGGAAAGAAGTAAAATTAGAACAATATCTAATCTAAATAAAGGATGAAATAAAAATAGAATGAAATAAATCTAGAAAGATGAAGATCTAAATTGAATTACAACACTCTGAACTCAAACTCAAGAAAGCAAGCTAAATTTTTTTTTATTTATTGACAATGTAGTTCATCTCTCCCCCCCTTACTGACCATACCTCCCTTGTATATTTAACTCTAACAAATTCTTTTTATAGCGTTGGTTCTTGTACCAACGCGAGAGCTATGCATGCAGGTCTATGAAACTCTACAGAAACTAATACATCGTTATCATTGGATTGTTCCTGGTTACATAACGGGTGGTGAAAGTCGGTCAAAGGAGAAAGCCAGGTTGCGAAAAGGTAGGATATTTCTTGTTTTAATTATGGAATTACCATTTCATTGATGCAAGGTATAGCTTTGTTCTGTGACAATGATGTGTATGCTGGTCTGTTGGGGTTTTTTTGAAAAAAGTAAAAATAAAAACAATTTTATTTTATTTGTTAATTTATAAATAAGTTTTTAGCCTAACGCCCTCATAGCTATAAGTGTTAGTCATTGGATGTCGATTATTAGGGGTTATTGACTAAACTGAGCCAAATTGGAAGGATTTTTTGGTTAGTCGGTTTGTAGTTTGGCTCTTTTTTATAAACTGTGAGTTTTGGTTTGGGGTTCAAAAATCGAACGGGGCAACTTTCTTTTTTCTTTTCATTTTATTTACACTATATATTATTATTATTATTATCTTTCCAAAACTATTTATATTTTATTAGCATTCTAGGGGTCGTTAGTTAATGTTTATGTTTATTGTTTCTTGTTCCTAGTCTTTTTAGGCATACAAGCATTTTGGTAACTGTTATTGTTTCTTATTCCTCATTTTTAAGAAAAGGTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTAATATCTGTGAGTGTCTGGGCCAGGTTGCACACACCTCGACTAATCTCATATAACAACTGTCTAACCCTACTACATTTGGTTGCTAGGAAACACATACCTAGGATTTAATATCGTACATGTTTCCAACAACCAAATGTAGTAGGGTTAGACAGTCGTATTCAAATTTTTGGAAACAACAAAATCAAATTTTTTTGTTTCTTGTTCTTTTTTTCCTTTTTTTTTTTTCAAGAAACATAAATGAAGCTATGTTTAAAAGATAATATTTTTTGTATTTCATTGGGTGGAGGAGAATTGAATTTATACAAGGAGCTCTCATCAAATATGCAAAAAAATTGCTATCAATCTAATCCTCTGTTTGGAACTAAGAAAGTTCAAAAAATGATTTTAAATCCTGTGATTTGAAATTCGAGAAATGATTTTAAATTATGTCTCTTTTGAATTTGGAAGATTTAAAATATATTTAAAATTTTGTGTTTGGATGGTAACAAGATAAGAAAAGAAAATGCAAAATTTACTAATATAGGCTTTTAATTTTGAGTTATTAATAGAAAATTTAAATATGATAAGATTAAATAAGTAATTTACCTTTCAATTCTATGAAATCCTGCAAAATTTGATAGTCTTAGTCAAAAAATTTTGTACGTAAAAACACAAAATTTCAAATCATTGAAAGTCTCACTTAAGGGAGCCACAAGGTTTTTCCCGTTGGAAGATTATACCTCGAAGATTTCATCAAACCTTTCTCTTTTATTGGTAGTTTTTTGTTTCAATGTGAGGCCAGTTTCACATGAAGTTTTCTTGAAACTTCTTTAGGACGGGGAAGAAGCAAGTTTTCATTAATGTCAACTATCCAAATTGCCACAACTGCTCCGCTTGAGAGAACTGTGTGGAGGAATTACTAGAGATGGTTGCCGGGGGGATTACATACATGGACAAAAATTAAGAGAACCATTTTCACTTATGAAACTTTTAAATTTTATTTTTGAAATGCTTAATGAGCATGCATTAGTTTTCAATATGGTCACATGTTACTAACTAACAATTTCCAACCCTTTGGATTTTTCCAGGATTAATGCGAGAGATCGAAAATAGCTCATGGTACTAACTTTTTCCATTTTGTGGAACATCTAGCTTGAGAGGAATAAGAGAATTCTAAGTGGTGAGGAGAGGTCATGGGGAGGTTTGGTCTACAACTAGGTTTAGTACCTTCCTTTGGGTGTCGATGTTGATGATAGAAAAGTTTTGTATTTATCATCTGCTCATTATTCTTAATCCTTGGAGCCCTTTGTGCAAGGTTTTCGGTATTGGATCCCTTTGATCTAGGCTAGCTTCTTCTTTTTTTTTTCTTTTTTTTTTTTTAATGCCTTTATTGTCCTTTCATTTTCTTTGTGGAAGTATGGTTTTGATTATAAAAAACAGTCCTAATTTTTGCAATATGGTTAGATGAAAGTTGGTTTTGTGTCTAAAAAAACCTGATAGGGCTAATTTTGATCAGCTGTTATTTCTTGAAGTTTCAAACATGCATAGTATTCATTTTACATTTTAATCCCAAAAGGGTTCCACAGTGGTAAGGGCTTGAGATGTTTGGAAATGCTCTCTGAGATTCTAGGTCAAGCCTATGGTTGAAAAGTTAAAAACTTGAAACTCTTATGGTCTCTCTTAGTTGATTTTGGGATGGATGAAGCGTCCCTGGGATTAGTGGGGACTGGGGAGTTGGCTGTTTTTTTTTTAATTTTTTTTAAGAAACAAAGACTTGGATGCATTCACATAAAAAGAGAAAGGAACCCCCCAAGGGCCGGGGGATGAGAAAGCTCCCTCCCAAAAAAAACTACTTCATGAGGGCTCACCAATCAGACATAATCATAAGCATACTATAATTACAATTTTTTTTTTAAATTTTTTATTTATTTTTTGTGAAGACTTATCCACCAAGAGGTCGTATTTTGAGCATAATTACAAAAAGAATCAATATCTAACGACTTATCTTCAAAAGTTCTAGCATTTCTTTCTTTCCACAATAGCCCCATGAACGCTCTAAAAGCGCAAGAGCCAATAACCATCGCCTTGCCCTGAAGGTTCCACCCTCTTAATCCCTCCAAAAGCCAATCTTCGATGCTTCTTGGCATACACAAGGACAGCCCCAGAAAATTTGCAAAATAAGCCCATGCCTTCTGAGCATACTCAGTGTATAAAAAGGTGATCAATAGTTTCAGCCTCTTTTAAACACATCCTGAAAACAGAGGGGGAAAGAGCCCAATTTCTATATTTTCTTTGCACTTTATCATCTGTATTAATGCTCTTAAAAGCCAAGCACCATAATCAAGACTCTGAACTTGTTTCTTGCCATGGGTACTTTTTTTCAAATAATATAACGAATTGGATTTAAGTATTGACTTTATCTGGTTCTCATGCAACCAAGTTGTTTTCTATAACAACAATCAAGTCAAGATACAGCCTTCCCGTTTCACGAACTGTTCTGCTTTGACTAATGTGCTTTTTTTATTTATTTATTTTTATGCTCTTTGTCCAGGTATATCAATTTTAGTTGCAACACCAGGTCGGCTGTTGGATCACTTAAAGAACACATCATCTTTTTTGTACTCTAATTTGCACTGGATAGTTTTTGATGAAGCAGATAGGTATGGTTACTCTCTGCTTTGTAGTACGATGCATTCTGGATTAGTCCTTTTCTTTTTGACCCTTGTACTTGAAACTTTTGCATCTATACAGAATTTTCGAATTAGGATGTGGCAAAGAAGTTGAGGAAATACTAGATCATTTGAGGTCGAGGAATAATATTTATGTCAATAAGGATAATGAAACTTCAAGTTTTGAATTCCCGCAGCAGAATTTGCTTTTATCAGCCACCTTAAATGAAAAAGTAAAGCATTTTGCCAAAATTAGTTTAGAGAACCCCATTATGATTGGTCTTGATGGTGGCAACAATGCCCTTGATTTTAAACCATCTGAACCTGGTCGATTTTTGAGACACGATATAAATGATGAAGCCCAGTCCACAGGGAAGGAAAAGAGCATTTCAATTGCAGATTATAGAATTCCAACCCAGTTAGTTCAGAGTTACGTGCAAGGTAATTTGATTAAAAGTTCTATTTAATGAACTTTCACAATGTATCCATGACTTGAGTGCAAAGGGTTGGATCCATTTTACCCGACATTGAATTTAATATCTAGTGCATCCCTTTGTCTTCTGTTTCAACTTTGTTCTATGAAATTTTCCTTTCTTAGGTCACTTGCAACTGGGGTGCTTGCTTGTACATCTTTGAGTTTTTCTTTGGTTTGCCTCTTTGTTGACTCAGACCATTGGTTGTGTTTTGATGTAGCATAATTAGTAATTGTTTTGTAATTTTCATTTAAATGGTTAATTGTTTTAGTTTGTAGTTAGTTATTTTCCTAGTTAGTAGGTTGCGGTATAACCCATTAGTCTTCTCTAAATAAGGGTTAATATCTTGTTATTAGCTTACTTTTTGAATCGTAATAAACATTCCTTTATTGATTCTTGGAGATCTTATTCTTTGATGCTTGGTTGCATCGAATTGGTATAATAAGAGCAACCTCATGAGAGGGTCATTTGAAATGTCACAATTCAGTCTGTAGAGAGTTTGAAGCAAAACTCCACCAAAATCCAAAAATATATATATATATTTTAATTTAATTTAATTTATTTATTATTATTATTCTTATTTTTATCAAGAACATCTACTGGACGATTTCTGTTAATTGAGGATTTTCTCGTAGAAATTCATAGAAATGTGGCTGAGATGTGAAGGTTGGTAGGAACAATGACATGAAAACTAGATCAATTAATCTCGAATAAACTAAATTTGAATAATCAAGTAGAAGGAAAACACGACCTTACTTGAACATGATCGATTCTACATGTACAATTGGGTTGACCTAGTGGTCAAGAAGGGTCATGTAATTGATAAAGGGCCTAAAGAGAATGAGTTTAGGTCATGATGTAACTAGGATTTCATATCCTACGAGTTACCTTGGTAGCCAAATGTGATAGAGTTAGGTGGTTGTCCTGTGAGCTAAGAAGCACGGATACAGACACAGTGACACCCTATTTTTTAAAAATCTAGGACACGGACACGACATGGACACGTTTAGTAAAATATACGTTTTTAAAAATATATGTAATTTTTATACAAGAAGGAAATTCAAAATCAATAAGTTTAAGCATTTGTATGTTTAAAATAATGAGTTTGATGTATTTCACTCTAATTTATTATTTTTGTCATTTAGTATTATGTCTTTTTAGTATACTTAATTAGTATACTTAACAAGTGTTCCATATGGACCTATATTGACTTTGTACAACTAGTATTTGTCACATATCAATTGTGTTAACAAGTGTCCGATACGTGTGGGACACAGACACGCTAGCCAAACTAAAGTGTCCGATACGTGTGGGACACAGACACGCTAGCCAAACTAAAGTGTCCGTGATTCTTAGCCTGTGAGAATAGTCAAGGTGAGCACAAGCTAGTCTGGACATTTGCAAATATACAAGAAAGGGTGAAAGACAATGATGTCCACTTGAATAATGAGATTGGCTTGTTCCGCTTGCAGAAAATCTCTCAGAATCCTCCAAGGAATATGATTCAAAAAGTAAGCTAGCAAGAGCATAGAGATGACCCCTTATAGGAAATTAATGTGTTAACACTGAGCTATAACCTTCCAACGAGGTAAACAACTAACTAACTAAAGTAAGCTAGCAAGAGCATAGAGATGAACCCTTATAGGAAATTAATGGGTTAACACTGAGCTATAACCTTCCAACGAGGTAAACAACTAACTAACTACAAGCTATAAATTAATTAACCATTCAAATGAAAGTTACAATTTCTTAAAAAAAATGAATATCATAGAACAATTACCAATATTATGCTACGTCATAAAAAACATTCCTTTGAGGATTTTTGGAGATTTTCTCCTTTGATGCTTGGTTGCATAATGTTTGGTCCCTTTTGTTCTTTTGTCCTTCTATTCATGCTGCATGTAACATGTAAACTTATGATCAACTTTTTCTTGCAGCACCTTGTGGTTCTCGGTTAGCAGTGCTTTTTTCTGTCCTGAAGTATTTGTTTGAGAGAGAATCCTTCGAGAAGGTAAAGATGAATCAATACTTACCTTTACATGGAAGTTTTAATAGCATCACTCAAAAAGGTTTTAGTTTTTTCACAGTCTTCATCGTTATAGAATAAAGCATACAAACGCAATAAAACTCATGTTGCTCTCTAATACCACTCAAATCTGGAGGCTAGAGGCATCCTTAGTGCAAATCTCCCGTCATTTTATCTTAGTGCTTCCTATTGCATCCTTAAGGAAGAGTTGTGTGAGGATATCTGAAGAGGCAATGCCCAAGAAGGAAAACATATATTATTCCTTCGTTCCCTTGTCCTCAAGGGCTTTAATCATGTCAAGATTCAAAGAAGAAACCCTCGTTCATCTCTCACCTCATATATGTCTTGATTGATAGAGGGAAGAGTAACCTGGATCAGTTTTCATCTAATGTCGATTATTTTTTGTTAGTTGGATCTATTGAATGAAGCTACTTATGATGTGAAAACAGCAGTTCATATCAGCTTACCTTGCTGTTTCCTGAAAGACATGGAATGTTGTTGGGTTGCCTTTCAAGTGGCGAGCTAAGATCATTTTGTGCTACGTGAGAAACATTTATTTATTTATTTATTTTTTTGGTTTTTGGGATTGGAAGTAACAAATGATGTTATGAAAGTAAGACGAGAGACAAAGAGAGCTGGTAGATACCTCTTTAAACTTATGTGTACTGGATGGGCTCAAAGGCATGACTAGGAATCCGTGGAAAGATATTTCGAGCTCCTGTTTTTTTCGAGTCTGGTTCAATGTATTGTGGGAGATGAGAGGGATATTTATTTTTGGGAGGACAACTGGGTGGGGGATAGTTTCCTCTGATCCAAGTTTCCTAATCTCTATTAATTGTCCTCCATGAAAAACAAGATGATTTCTGAGATTATTACGGTTCCCGAGGGCTCCCTTTCTTATTCTTTGGGTTTCCAACGCTCTTTGACCGATAGGGAAGCGGTGGAGGTTGTAGCTTTCTTGTCCTTGATTGGAGAGCTTCAATTTAGGTAGGGGAGGGATTTTCGCAGATGGAGTTTTAGCTCTTCTAAGGGCTTCTCGTGTAGTTCCTTCTTTCCGTGGTTGCTAAAACATCCCCTGTGAGTCTATTTTCTTTATTCTATGGAGGGTGAAAATTCCTAAGAAGATTAGATTCTTTACCTGGCAAGTTATTCATGGAAGAGTTAATACCTTCGATAATATCATGAGAAAGATGCCTTCGCTGGTGGGTCCGTTTTGCTGCATTCTATGTCGGAAGGTGGAGGAATATCTGGATCATTTATTGGTGAGTTGTGCCTTTGCTCGTACAGTCTGGAGTTTGTTCTTTTAGGCTTTTGGCGTGTCGGGCAGGAGTTTCACAGTTTTGAGAGAGTTGATTGAGGAGTTCCTCCATCCGACTTTTAGAGAGGGAGGGAGGGAGCTTTGGCTAGTCGGGGTGTGTGTTGTTTTATGGGGTATATGGGGAGAGAAGAATAATAGGATTTTTAGAGGTGTAGAGAGGCCCCCATCTAAGGTTTGGGTCCTCATTTGATTTAATGTTCTCTGGGCTTCGGTTTTGAAGGCTTTTTGTAACTATTCGATAGGTCTTATTTTCCAGGGTTCCCTTTTGTGGGTTGCTTTTTTTTTTTATGCCATTGTATTCTTTCATTTTATCTCAATGAAAGTTGGTCTTTTCTAAAAAAAACCTTGTGTGTTACTGCCTCCAATTGAAAGGTGTCTCATTAAACCTCCTTGGCCCTGTGTAGGGTTGTATCCAATCCCCGTCAATTGTTTTATAACAGTTACCTAAGAAGCAAGGACACGGACAAGACGATATACCAATTTCTAAAAAACTAAGATATGGACATGTTGAGGATACGTTGTTTTTAATTTTTTTTTTAGTATATATATAAATGTAACATAAAAATATTAAAAATACACCATAAACATGACCAAGACTAACAACGGTGGGAAGAGGCTGATGATGACGACAGTAGCGACGACCAAGACTGTCGTTGGCGACGGCGGCGACGAACATTGGTGGTGACTGCGACGACGTGGAGGCTGGTGGTTGTTGAAGCTGCTGTAGTTGTGGGTGAGAGAGAGATTGTTGAATGGCTTAATGTTCACGAAATTAGGGTTTCTTTTGTTTTTGTTTTTTTTTTTCTTTTTTAATTGACCCATGATTTGGGCATTTCATTTGCCCAGACGACTTAAAAAGCTTTCAAGATTTTCCTTTAAAAAATTTTTGCCGTGTCCAGTGGCATGTCCTCCGGTGTCCCAGCGTATTTGAATTTTTTTTGAACAAGAAACAAAGTTTTTCATTCATTAATATAAAGAAAGAGACTAATGCTCAAAAATACAAACACCACCAAAGAAAAAGAAGAACTAGAAAAGAAGACCATTAGGGAACCAAGAAAACCACAATAAAGACTCCAGAAGGAAAGTTACAACTGAAAAACCAACAAAAAACAACCAGCAAATCGATCAAAATCGGAGAAAAAGATCAAAACTACCAAACGGCTGAAGAGACCAACTGAAAAGGAAGCAAGGAAAAAGAGGATATTCGAAAAAACTCCACCACCAAAGGAAACTGCACCAATGGAATCTGACGAGAGCCCAACTTGAATAGACTAAACCCTGAGAGAAATATAAAACTGAACTAACGAGAAAACCATTAATGAACTTTAACTGCTAGAGACGAAATAGGAATTTCCTGCATCTATAACCCACATAGCTCAATCAAAGAAGAAAATTTGGCTGGGATTTGAGGAGAAACCACCGAAGATACTACTCCCTCGAAATTATCGACACCTTGAACATTAACTTCAAAAAGATTTTCAAAAGCTTCAGCAAATGAATCATCTTCAACTTGATCAACGAACTCAAATTCCGAAACATGAAAAATCTGAATTAAAAAAAAAGACACGCAAATTTGTGTGTCCGACGGTTGTTCGGACGTATCCGTGTCTGACACGTGTCGGACATAGATTCTTCCCCTATTTTCATGTGTCCATGCTTCATAGACAGTTACTCTTTTATTAATGTATGAACTGTTTCTTGTAAAAGGAAATCTCAATTTATTACCAAGAATACAATGCATTAAAGAAAGGGTTAAATTACATGTTTAACCCTTTAAATTTTCAATTTTGTGTCTAGAAGATCCTTGAACTTTTAAAAGTTTTTAAAAGTTTCTAATAGATTCCTGGACTTTAATTTGTGTCTAATAAGTCTTGGAATTTTAAAAATGTCTATTAGGTCCCTAAACTTTCAATTTTGTGTCTAATAGGTCCCTAGCATATTCAGAATTTTAAAAAATGAACTAACCTATTAGATATAAAATTGAGTTTTATGTCTAATTGGGCTCTAAACTTTCAATTTTGTATCTAATAGCTTCGTGTATTTTAAAAAATGTCGAATAGGTTGAGGATCTATTAGGTATAACATTGAAAATTTAGGGACCTATTGGACACAAAATTGAAAGGTCAGAGACCCGTTAGATGCTCTGCAAAGTCTAGGGATCAAATAGACACAAACTTAACCAAAAAGAATTGTGTTTTTGTAATTTACTAATAGAAAATTTTATCCAAAAAGTTGGGAGCTAGAGGACTATTTTTGTTAGTAACCAAGTGGATTACTGTTAGTGTTAGGTATCTAACAATATGAATATCTCCCTGCAAAACAACAATACATAACCCACAAGACAAGAACAGGGCAAGAAGTCCAGCACTGATATTGATCAAATGAGTGAATATAACAGTGAAAACAGCCCAAATGGAAAGTCTAACCGCGAAATACAACGAAGAACAATAAGAACAAGATGGAAAATACCCAGATAATTCGAGAGCTCTGGTAACCTCTCCTACAAGGAAACACACACTAATTCCATAATGAAAAACCCTCTACCAGCAACCCTACAAAATAACCTTCAGCAGCCTCTCTCTTCCATACAATGCTCGTGCCCACGATTCGACAATCCTAACGGACCCCACTCTGGGCCTTACCAATATTTGCTGCCTCCTTAGTTGTCTCAATTCCTCTTTTGCCCTTACACTCATAAGTCTTGGTTATAGGAGGCCTCACAATTACATACAGTTACGATTACATCGTATGCAATCTTAGAAGTTTTCATATTTAAAATTGTAAGGTTGAATTTAAAAGAATATAATCTTGCTACAAAATGTAGCTTTGGCTATTCTTTATGTAATTGAGTTCTATGTGTAGTTAGCACAAAAGGGCAGAGACGCAAGAAAGAACTATTAAGGAAATCTTACATGTTCTAGATATTTATTCGGTAAATCTTACCAAATCTGAGGGAATTTTCTAGAGAATTCCTTAAGAGTACAAGAGATTCTAAGATATTTCTAGAATATCTTGAAATATTTATTTACAGCCTCCAAGATAATTCTAGAAAGAACTAGACTGGGATATATTTGAGATTAGTGTAGAACCTCTAAGAAGCTTCTACAAGAGTTGGTGTTGTTTTTATTTTAACACTGACTATGCTTGCCAGAGGGTAACACAGTTACTTGGTTACTTCTCATTTTGAATATTGTTTTGTGAACCGTTGTTAACTTTTTCTTCTTTCATGACTCTTTTTACAGATTTTGGTACTCTTTTCAACATGTGATGCTGTAGATTTCCACTACTCCCTATTTGGTGAATTCAAATTCTCCCCTTCTTCAGAATCAGAAATGAGTCCTGAACATCTGTTCCTTAAATGCAAAATTTTCCGGTTGCATGGTAGTATGAAGCAGGAAGATCGAAGAACAACATTTCAGGCCTTCAAATCAGAGAAGGTGGCCCTTCTACTGTCCACCGACATTGCTGCTAGGGGTTTAGATTTTCCAAAAGTTAGATGTATTATTCAATATGATCCTCCAGGAGAGGCAATCGAGTATGTTCATAGGTAACTACACTTACCTTTTGACCAAGAAAAAGCTGTCTTTATTATTTGTTTCTATTCGTTGGTACTCTTTTTCGGTGTTTTTATTAGGCTAAGTTATAAAAAATGGCCCTGAACTATGGGGTTTGTTTCAAAAATGCCCCTGAACTTTGAAAAGTTTCAAAAATACCCCTGAACTTTGAAAAATGTTTCAAAAATACCCTTGTCGTTAATTTTTGGATGGAAACTGTTAAAGTTTCAGTTTCAAAAATACCCTTGAACTTTCAAAAAAAATTTAAAAATACCCTTTATTGAAAAATGCTTCTTCTTTTTTCCTCCTCTTACCATAAATTCTAACGGTTTCCATCCAAAAATTAACGGCAAGGGTACTTTTGAAACATTTTTCAAAGTTCAGGGGTATTTTTGAAACTTTTCAAAGTTCAGGGGCATTTTTGAAACAAACCCTATAGTTCAGGGGCATTTTTTATAATTTAGCCTTTTTATTATATATATAGTATAATGTTTCCACTCTTCTGTGTTTAGTTTTTGATATGAAATAATATAATAGCTCTCTAAGTATTTCCACTCTTTTCTTTGTTTAGTATTTAATATGAAATAATGTGATGGCTCTCTTCCTCAGTATCGTTGGCCAGAACAGTGATAATGTCTCTACTCATTGGTGTCTTTTGTATTCCATGGATCATTTTAGATCCACTGGAATTCCTAATGTGGTTTGTGAGCTTCTTGAGGATTTCATTGGAGGATACTATTTAAGCGAATTTGGTGGAATTTGTTTCAATTCTATTATATAACTAATCTAATACCTCTTCATAAGGTGATCTTTATATTATTCCTACAAATTATGGAATAAATGGGCAGGATACAGTAATTTAGTATTAATAGAATGCACACGTGGCTATGATATTTCAACAGCGGGGTGATGACAAAGATCCCAATTGATTGGCTTCCAGTGCCTGCTTTGTCAACTACTTGAATCCAATTCATCTAGCATTTACATTTGTGAATATCCTGATGCAATTTATTGATGTAGGGTTGGAAGAACTGCACGCTTAGGTGAAAGAGGAGATTCGTTGTTATTCCTACAACCGACTGAAATAGATTATTTGCAAGATTTGCAGAACCACGGTGTATCTCTCACAGAATATCCTCTTGTCAAGGTGTTGGATAGTTTTCCAGTTCATGGCAGGAAGCAGTTTGTACGGAAGTTTGTTTCTTTAGAGTCACATTCGTGGATCATGTTCTTGCAGAAGGCTGTCGAATCGTTTCTTGCAGCTGAGGTATAGTCTTCACCATCCCTCTTTCCTTCACTTTTGGGCTAAACACAATATTTTCATTGCACACGAGCCTCCTATACAAGTGCCTTAATTTCATGATTATAAATGACATTTCTCGTTGTCTATCTTGGGGAATTATTTATTTATCATGGTATAGCGGCCTAAGAGGGTAAAAGGAGAATTCTCCTCAAGAATCAATCAAATCTTAAGTTATGATTTGAATACAAGAGAGTAATTCATCTTCAGGGATGAAACAAAAAAATGCTCTCTCCTCTCTCCTCTCTCCCCTACCGGAATTTGATCTAGCAGCCCCGACCACCATGAAACCCACTATTCCTCCAAGTCAACCATGGAATCACTCCACCCGATCCATCTCCATAGATAGGAAAACCTTCACCATATCCTTTGATGAGCATTTTAGAGGAAGTAGAGCCAAAATCACCGAACACAGCAGATATTCATTCCATTCGATTCCCTCTCTTGGAAATCTCTAAAATGGCTTGCCTCATCTTTCAACACAATTGTGAATTCTCTGTGTTCGCATAAATTCTTCTCGGATCTCCGGAGTGAAGAATACACTCTTTGGCTGGAAAAGCTTAATAACAAGAATGGTTTTTTCGTGGAAGTTAATCAGGTGCAACATTCTGGTAGTCGACATAGGATCCTTATCCCATCGGAAAATAACAAACAAGGATGGTTTTCATTCTTTTCGCTCATCTCAGAATACCCTGCTGAAGCTTATCGACAGACCACAAAACCAACACCACCATCATTCAAGAACATCCTTCAGACAAAGCCATCAACAAATACCAATACTTCCCCCTTGGAAGAGCCCGTGAAGGAAACAATAGCCTCCACGATTGACGAAGAATGGAAAGAGATTATTATTCTCCAACGAAGCAATCAACACGATGACTGGCCTAGCATTCATCAATCACTTGTTAACGGATTGTCACTTCGATGTAGCATCAATCCTTTTCAAGCCAACAAAGCCATGCTCCATGTATTCGATCAAGCCACTGCTACAAATTTATTCACACAACCAGATTGGACCCTTATTGGTAAGCATAGATTGAAATTTTATCCTCTAACCACTGCTAATGCTCAACAGGACATCCTGACACCATCTTATGGAGGTTGGATTGAGATTTCTCTCCTTCCCCCTACCTTATGGACTGAGATTATTTTCCGTTTTATTGGAGATTCATGTGGCGGTTTTGTGGAAATATCCAACCTTACTAATCGGATGATTATCGCCACTGATGCGAGGATACGAGTTCGGCCAAATAAATCTGGTTTCATCCCCGCTGCTGTCAAAATCCCTCTAGACCTTGCCGGCGATGATCTTACAGTCCATATCAGAGGTATCTCCGGCAGCCCGCAGAGAATCGGTCACATTAATGATGGAATACCCAATTTGGCAAGTATGGATTTCGCTTTAAAGAAGAGAGAGGAACCGGAGAAAGAAGTTTTGAATTCTATTTCGAAAAGGAAAATTCAGCTCGCAGATATGCCTCAAATCACGGGTACAGAAAATATCTCCTCTCCACCACCATTATCGGATCAAATTGATAGAGGAAAGCTCCCTCTCCAAATCGCTGATTGTTCGGTTAATAAATTCGCTGGAACAACAAAGTTTAAATTCGGCAATATTGGATCTACTTTTGCACCTAATTTGAATATCGGCAATATTGGTTCTGATACAGAAGCCTTCCTCTCAAGCCCATCTTCCAATCATTCGGCCCACAACTCAGCTCATAATCCAACTTCTCCCAGAACCATGGACCTCACCATCTTTAATGATTCCCAAATTAATGGGCCTTTTGATGATTTACTGAACCAGCCTTATCCATCCCAAAATGATGGGCCTTTTGATAATTTAAAGAACCAACCATCCCAAATTGATGGGCCTTTTGATAATTTAAAGAACCAACCATCCCAAATTGATGGGCCTTTTGATAATTTAAAGAACCAACCATTCCAAATTGATGGGCCTTTTGATAATCCACCCTTTCCTGCCCCGATGGATACCTTACCTCCATTACAGCAATCCCCAAACCAAAAAACTCCTCCTCCCAAACCATCGGAATCCCTCCAAATAACACCTCAACCTTCCCCACATATCTTGTCCCCAACCAAGTCCTTTCCCCATTGCCTACAACACTTAGCACCACTCTTAAGCAAGCATGGCCTTTGTTTCATGGCCTTACCGACAGTACCAAAATCTTGTAAAAAGAAGAAATTGGCTACTACGGGGAAGAAACCTAAAATACCAAGGGAGCTTCAGAATCTTCAAACAAATGTCCATTAAGATAAAACAGCCACTTTGGCTTTAATGGAGGGGGCTGAGATTGTTGAATGAAATTTCTGACATGGAATGTTCGTGGATTGGGCTCTTGGAAGAAAAGGGCATTAGTTAAAAAAACCATTCAGCAACAAAACCCAGGCATTGTTCTCATTCAGGAGACTAAAAAATCATTGATTTGTAGCAGGATTATCAAATCCCTTTGGAGCTCATCTCATATTGGATGGACCTCTCTTGATTCTTTGGGCGTCTCTGGAGGCATTCTTATCATGTGGAGTGAACCTGAATTTACAGTAAAGGAGACTATCCAAGGTCTTTTCTCTCTCTATTCATGTTTTTATGGCTGACAATTTCTCTTTTTGGCTATTGGCTATATATGGTCCCTCTAGACATGCTGATCGTGCGGATTTTTGGAATGAACTTCACGACTTGGCTGGTTTAGGTGGTGATAATTGGATTCTTGGAGGAGATTTTAATGTCACTCGTTGGTCATGGGAAAAATCACACGGTCGGCCAGTGACTAGGAGTATGCGCATTTTCAACCAATGGATTGCTGATTATCATCTTATAGATACTCCTTTACAAAATGGTTGCTACACGTGGTCCAGTTTTGGTGAAAATCATTATTGTTCTTTGATTGATCGATTTCTGATGACGGATGCATGTCTCAACAAATTTGGTGTAGCTCATTTCCTTCGCCTTGATAGGGTTACATCGGACCATTACCCTTGTACTCTATCATTTGGGGATCTCTCTTGGGGTCCTTGCCCCTTTCGTTTTGAGAATTCTTGACTGAAAATTGACTCTTTTCGTGGTCTTATGGATAATTGGTGGCCTCAAAACACAATTCAGGGATGGCCAGGCCATGGTTTCATGATGAAGCTTAAAGGTTTGAAATCTGAACTTCGAAAATGGAATTTATCTCAGCGCTTATCTGTTGCACGACTTCCATCTCTCGTCACACAGTTGAAAATGTTGGATGATATAGAAGACAGGGTCCCATTATCCATGGAACAAATATCTTCTAGAAGATTATTGCGAGAACAAATTGAGGATTTGTCAGCTCAAGAACACATCTATTGGCATCAACGCTGTAAGTTGAACTGGTTAAGAGAAGGGGATGAAAATACAAATTTTTCCATAGAATCATGGCTGCCCGTAAAAGAAAGAATTTCATTTCAGAGATTTTGTTTAGAGAAGGAAATAGTCTCTTTATAGATAATGATATAGAAGCGGAGTTCCTTGGTTTTTATCAAACATTGTTTACCAAGGATCGTGGCACTAGATTTCTACCAACTAATGTTGTTTGGTGTCCAATTAATGAATCACAATCGATGGGTTTGGAGATGGGTTTTACAGAGGACGAGGTTTATCAAGCGGTAAAATCGCTAGGCACGAGTAAATCTCTAGGTCCAAATGGATTTACAGCTGAATTCTTCAAATTCTCATGGAATACCATCAAACGGGATATTATGTCTATGGTGGAGGATTTCTATAACACAGGTATTATCAATGTCTCTCTGAATGAAACTTATATCTGCCTTATTCCAAAGAAATTAGACTCTAAATCAGTCTCCGACTTTCGCCCTATTAGTCTAATTTCTTGTGCATACAAGATTATAGCTAGAGTTTTGTCCAACAGACTGAAAATGGTATTGCCATCCACTATTGCGGAAAATGAAATGGCTTTTGTGGCTAACAGACAAATTCTAGATGCTTCACTTATAGCAAACGAGTTGATTGATGATTGGAATTTATCTCGTAAGAAAGGTGTGATGATTAAATTAGATCTTGAAAAGGCTTTTGATAAAGTCGATTGGGATTTTCTGGATGCAATTCTTCAGGCCAAGGGTTTTGGTACGGTCTGGAGAAAATGGATTTATGGCTGCATTTCTAGTGTTAACTACTCTATTATTATCAATGGAAGACCACGAGGCAAGATTATTCCCTCTCGAGGCATTTGTCAAGGGGATCCCCTTTCTCCTTTCCTTTTCATCTTGGTGTCTGATTGCCTAAGTCGCTTATTATCTCACAGTGCTTATATGGGTGGAATTGTTTCTCATCCGATTAGGAATTCACAACTTCACGTGAATCATTTACAATTTGTTGATGATACATTATTATTCTCCATATTTCATAAGGATGCATTGGTTAACATGTTCGAAATTATGAAAATTTTTGAGCTGGCTTCTGGGCTGAATATTAACTATTCCAAGAGTGAAGTTCTGGGAATTCATTTAGAAGATTCGGAATTGGAATGGTTGACATCAACGTTTGGCTGTAAACAAGGGATTTGGCCCTCCACTTACCTTGGTTTACCTTTGGGAGGCAACGCAAAAACTATACCTTTTTGGCAGCCAGTGATTGAAAGAATCCAACATAAGCTTCATAGTTGGAAATATTCCTATATTTCGAAAGGTGTTCGACATACTCTTTCTCAAGCAGTTCTATCTAGTATGCCAATATATTATTTATCCTTATTCAAATTGCCAAGAAAGGTTGCAAGATCTCTTGATAAGCTGCTTCGTGATTTCTTTTGGGAAGGATCTAGAGGTGAGGGTGGTGTGCACAAATATTAATTGGGCAACAACACAACTTCCATATTTGCTGGGGGGGTATTGGTATTGGTAATTTCCAGAATCGCAATCTAGCTCTTCTAGCAAAGTGGATTTGGAGATTTTTACATGAGGATGTCACTCTATGGCATAAACTGATTGTAGCTAAGTATTATAACTCTAATTTGAGTAGTGTTTGGCCTAGCATTATTCAGAGAAGTTCACACAAATCTCCTTGGCGATTTATTTCTTCTACTATGGACCTGGTATATTCTCGCGCTAAAAGAAGTTTGGGTAATGGTCTCGCTACATCTTTCTGGCATGATTCGTGGTTAAGTTGTGGTATTCTGGCTACAAATTTTCCTCGTCTTTATCGTTTAACTGATCGTCCGAGGAGTTTGGTTGGTGAGACATGGATTGCTTCTCAAACAGCATGGGACCTGAGTCTTATGCGTAATTTGAATGATTTAGAGACAGAAGAATGGGTGGAATTATCTCTTATTCTTTCCTCCATCAGCCTTCAGAACCGTAATGATTCCTGGTCATGGCCGTTGGAATCGTCCAATATTTTTTCTGTTAAATCCCTTATGAAGGATCTTGTAGACTATCCAGTTATTGAGGATAATCTCTATAAGATAATTTGGACCGATTCCTATCCAAAGAAGATCAAGATTTTTCTATGGGAGCTTAGTCATGGTGCTATTAATACAGCTGATCGACTTCAACGTCGGATGCCTCATTTTCATTTGTCCCCATCTTGGTGCATTATGTGTGCCGTTGGTTCAGAACATTCTGGGCACCTATTTGTTCACTGTTCCATCGCTTCCAGATATTGGTCAGAGATTCTTGATGCTTTTGGATGGTCCACCGTTTTTCCAAATTGCATTAAGGATGTTCTCACTCTCATTTTTGTGGGTCATCTCTTCCATGGAGAAAAGAAGATCTTATGGCTTGCTTCGAACAGAGTCTTCTTTTGGTTTTTATGGGGTGAGAGAAATTCTCGAATTTTCAGGGATTCTTTCTCTTCCTTTGATAAATTCATGGATCTAATTCTCTTTCATGCTTTATACTGGTGTAAATGTCATCACCCTTTTTCTGATTATAGTTTATCTTTTTTGATTTCCAATTGGAAAGCTTTCATGTAATTCACCTATTGGTGATCGGAGTTTTTCTCCACATTTCATTCATCAATGAAATTCATTTCTCTTCTAAAAAAAATACAAGCGAGTAATTCTCAATTTATAAAGAATTGGAAAGCAAACTAATTCTAGTCCTAATTAATCAAGGATTTAACCAAGATGCCTTATTTTACCCTAATCCTACTACATCATAATAATAATAATAACAATATTATTGTTATTATTATTATTATTATTATATTTTGTGAAATAGCTATGATTTGACAATGCAATCCGTCATTCTAAGAATTTTCATCCGAAGATGTTTGAAATAAACAAAAGGAATTAACTTTTTTTTTGGAATTATGTGCATTATTGTAATCATGATTCATGAATAACATTTACTTTTCATGAAAAGAAATGGAGAATGAATTCATTCTCCATTTTTATTGTTATTTGCTTCAAAGGTACTTCACTTGTAGGTTTTATTCTAGAATCTAAAATGACATGATTTTGGGTGGAATGATCATTCATTATGGTTTTGTTATGTATCAAGAATGAGTAGAAAATGGAATGTGTCTTTCCATTCCCTTTGTAATTATTGTTTATGTCAAATCATTGAGCATTCTTAACTTGTTGGTCTCACCACCAAAATCAAGACATTAGGATTTCTTTTTCAGGAAATGATATTTTCCCCTGAAAAGGATAATGAATCATGAGTGTCAGTTCAATCTCAAGTTTGTGGGATCCTGTTTATATTTTAAATACTTCATTTTTATCTCTACGTTTCTTTGGTAGGACTGACGTTAAAATTCATATTGATTCACATTTTGAATATTAGTTTACAAGATTAAAGGTATTCTTGCTCATTTTAATTTTGGTTGTCATAAAATCTTGATACTTGTACTCTAACAGAAAGTGGGAGCCTTGAACTGAGGGAATGTAAATTTACAATAAATAGTAAATGATTAATGGACACATTGTTAAACTACACAACTATACATTAATTTAAATGCTCACTTTCCCTCAAATTTTGAGCATATATATAGTCTTTCTGAATATATTGTTGTATTTGGTAAATTTTTTATAAAAATTGTATCAAATTTGTCAAGGTCGTGAGTGGATGCAACATCCGTGGACTAAAATTTGTCCCTTGTCCTGCAATTTCCTACCACGACTCTTCATATGGTCTGGCTTATGACAAAAATGACATAATCCCTCCTAAATTCTTTCGAGTATTAAATTTCTTCCCATTCCCTTGACGCTTCTATTTGTTACTTCAATCTATTATAGTATTCCTTAGGTTGTGGTGAAGAGATTATCTGTGACTTTTTTGAACTTATGTTGTACTCCATTGAATACTTTTTATAAATATGAGATATCTACGCTTTGGCTATCTCAAATTCGAGTGCAAGTCTAACAAAAAAAAAAGAATTCATTACTCCATATATTTGCTATGATTGAGTTGAATTCTAACATCAGTAATAACTGGTAACCACATATTGAGCTCAACATAAGTCCTCTGGAACTCAAAGAGATCGTTCTCCTTTCTTTGCATGATAGAATGTTCTGTACTCACCAAACATTTTAGTGATTTTCCTGTTTCCCAGAGTATTGAAATTCTAAGTAACAAAGTAACTCACAATGATTTATCAGTACATTGAGGCACCCATTTCCTCACTTCAAAGGTTTCAAAAAGGCACCCCAGCGTTTCAAAAGAAGTATTGTTTTTGCTTTTCGTTTTTTAGCTTTTCCTTTCTGTTATTTTTTAAAATTATTTTAGAAATGATGTCGACTATAATTCTGAGTCTTATTTGGGGTTGACAGTAATATGTTTTTATTACTTTAATCAGCCAGGAATGATGAAGTTGGCCCAGAAAGCATTTTGCTCTTGGGTTCGTGCATATACTGCTCATCGTGGTGAGTTGAAAAGAATTTTTGTGGTGAAGAAACTTCATTTGGGGCATGTAGCAAAGAGCTTTGCGTTGAAGCAACAACCTTCTGCTGTTGGAAAATCATTCAAGAAGCAGGTAAAGAAAAGGAAAAGAGATCCAAAGCAGGATGTCTCATCATCAAAAAAGAGGACTTGGAAAATCGGTGGAAAGGGCTTAAGGGGCTTTCAGTGAATGTATAAAGTAACTATTGATTCATTTTGTTTACTTTTCTACATGGTAGCGATCTATGTCTAGGTTGTGTGGATCAAATGCGGGACACCTCGCTCAAATTTTGAATTATAGTCGGTTCTCTTATTATGTTTATCCTGGGGTAATGTGTATGCCACTTGTAACCCAATTTATCCTAATTGATTCTTAGTTAGACTGATTGGGTATGTGCTCATATATTAGGCTGAAGCTTTTACTCTTTCACCTGTGCAACCTTTTTTCTCCCATTCACAGTCATCTTAGTAACTGGTACTTGTGGACGATGCCCGTTATGGGATGTCGGCCACCATGACCACCAAATACGAGCATAGCCAGAGGTGAGAACTCCCCCAACTCCCCGAACCCCAACGCGTAAAGGTGGTTGGGAAGTCCAAATCGAAAGCACATGGGTGGTTTAAAAGCCGAAGGGGTCCAACAGGATATTGGAAGTAATCAGTCATACCACCCGTACTATACGCGTTCGTGACTGAAGCTGCCGAACGGAAACAATTGTGAGGTTCTCCAGACTCCCACGTCAGGTGAATTTCACTTTATCTGGTTAGGTTCTCTCTCGGACCCACCACTAGGAGACATAAGTAAGCCGATGTTAATTCCCAATTCCGATTAATTGTCCCACTTGCTGTCGGACACCTGTACTTGGCACCTCTAGAGTACGACTTCATCACTCTCTTTCTCTGAACCTACTTAAATGGCACCTTTGTTTTCCCCTCTGTATCACCAGCACAAACTTAGTTTCTTACGGATATATGTCCATTTGTTTTTTTAAAAAAATTACTCTATTAATCATCGAAGTGTTATTGTTACCTGTATAATCCAAGTTTGAACATTACACGTT

mRNA sequence

ATGCTCCATGTATTCGATCAAGCCACTGCTACAAATTTATTCACACAACCAGATTGGACCCTTATTGGTAAGCATAGATTGAAATTTTATCCTCTAACCACTGCTAATGCTCAACAGGACATCCTGACACCATCTTATGGAGGTTGGATTGAGATTTCTCTCCTTCCCCCTACCTTATGGACTGAGATTATTTTCCGTTTTATTGGAGATTCATGTGGCGGTTTTGTGGAAATATCCAACCTTACTAATCGGATGATTATCGCCACTGATGCGAGGATACGAGTTCGGCCAAATAAATCTGGTTTCATCCCCGCTGCTGTCAAAATCCCTCTAGACCTTGCCGGCGATGATCTTACAGTCCATATCAGAGGTATCTCCGGCAGCCCGCAGAGAATCGGTCACATTAATGATGGAATACCCAATTTGGCAAGTATGGATTTCGCTTTAAAGAAGAGAGAGGAACCGGAGAAAGAAGTTTTGAATTCTATTTCGAAAAGGAAAATTCAGCTCGCAGATATGCCTCAAATCACGGGTACAGAAAATATCTCCTCTCCACCACCATTATCGGATCAAATTGATAGAGGAAAGCTCCCTCTCCAAATCGCTGATTGTTCGGTTAATAAATTCGCTGGAACAACAAAGTTTAAATTCGGCAATATTGGATCTACTTTTGCACCTAATTTGAATATCGGCAATATTGGTTCTGATACAGAAGCCTTCCTCTCAAGCCCATCTTCCAATCATTCGGCCCACAACTCAGCTCATAATCCAACTTCTCCCAGAACCATGGACCTCACCATCTTTAATGATTCCCAAATTAATGGGCCTTTTGATGATTTACTGAACCAGCCTTATCCATCCCAAAATGATGGGCCTTTTGATAATTTAAAGAACCAACCATCCCAAATTGATGGGCCTTTTGATAATTTAAAGAACCAACCATCCCAAATTGATGGGCCTTTTGATAATTTAAAGAACCAACCATTCCAAATTGATGGGCCTTTTGATAATCCACCCTTTCCTGCCCCGATGGATACCTTACCTCCATTACAGCAATCCCCAAACCAAAAAACTCCTCCTCCCAAACCATCGGAATCCCTCCAAATAACACCTCAACCTTCCCCACATATCTTGTCCCCAACCAAGTCCTTTCCCCATTGCCTACAACACTTAGCACCACTCTTAAGCAAGCATGGCCTTTGTTTCATGGCCTTACCGACAGTACCAAAATCTTGTAAAAAGAAGAAATTGGCTACTACGGGGAAGAAACCTAAAATACCAAGGGAGCTTCAGAATCTTCAAACAAATGGATGGCCAGGCCATGGTTTCATGATGAAGCTTAAAGGTTTGAAATCTGAACTTCGAAAATGGAATTTATCTCAGCGCTTATCTGTTGCACGACTTCCATCTCTCGTCACACAGTTGAAAATGTTGGATGATATAGAAGACAGGGTCCCATTATCCATGGAACAAATATCTTCTAGAAGATTATTGCGAGAACAAATTGAGGATTTGTCAGCTCAAGAACACATCTATTGGCATCAACGCTGTGTTCGACATACTCTTTCTCAAGCAGTTCTATCTAGTATGCCAATATATTATTTATCCTTATTCAAATTGCCAAGAAAGGTTGCAAGATCTCTTGATAAGCTGCTTCGTGATTTCTTTTGGGAAGGATCTAGAGCTAAGTATTATAACTCTAATTTGAGTAGTGTTTGGCCTAGCATTATTCAGAGAAGTTCACACAAATCTCCTTGGCGATTTATTTCTTCTACTATGGACCTGGTATATTCTCGCGCTAAAAGAAGTTTGGGTAATGGTCTCGCTACATCTTTCTGGCATGATTCGTGGTTAAGTTGTGGTATTCTGGCTACAAATTTTCCTCGTCTTTATCGTTTAACTGATCGTCCGAGGAGTTTGGTTGGTGAGACATGGATTGCTTCTCAAACAGCATGGGACCTGAGTCTTATGCGTAATTTGAATGATTTAGAGACAGAAGAATGGGTGGAATTATCTCTTATTCTTTCCTCCATCAGCCTTCAGAACCGTAATGATTCCTGGTCATGGCCGTTGGAATCGTCCAATATTTTTTCTGTTAAATCCCTTATGAAGGATCTTGTAGACTATCCAGTTATTGAGGATAATCTCTATAAGATAATTTGGACCGATTCCTATCCAAAGAAGATCAAGATTTTTCTATGGGAGCTTAGTCATGGTGCTATTAATACAGCTGATCGACTTCAACGTCGGATGCCTCATTTTCATTTGTCCCCATCTTGGTGCATTATGTGTGCCGTTGGTTCAGAACATTCTGGGCACCTATTTGTTCACTGTTCCATCGCTTCCAGATATTGGTCAGAGATTCTTGATGCTTTTGGATGGTCCACCGTTTTTCCAAATTGCATTAAGGATGTTCTCACTCTCATTTTTCCAGGAATGATGAAGTTGGCCCAGAAAGCATTTTGCTCTTGGGTTCGTGCATATACTGCTCATCGTGGTGAGTTGAAAAGAATTTTTGTGGTGAAGAAACTTCATTTGGGGCATGTAGCAAAGAGCTTTGCGTTGAAGCAACAACCTTCTGCTGTTGGAAAATCATTCAAGAAGCAGGTAAAGAAAAGGAAAAGAGATCCAAAGCAGGATGTCTCATCATCAAAAAAGAGGACTTGGAAAATCGGTGGAAAGGGCTTAAGGGGCTTTCAGTGA

Coding sequence (CDS)

ATGCTCCATGTATTCGATCAAGCCACTGCTACAAATTTATTCACACAACCAGATTGGACCCTTATTGGTAAGCATAGATTGAAATTTTATCCTCTAACCACTGCTAATGCTCAACAGGACATCCTGACACCATCTTATGGAGGTTGGATTGAGATTTCTCTCCTTCCCCCTACCTTATGGACTGAGATTATTTTCCGTTTTATTGGAGATTCATGTGGCGGTTTTGTGGAAATATCCAACCTTACTAATCGGATGATTATCGCCACTGATGCGAGGATACGAGTTCGGCCAAATAAATCTGGTTTCATCCCCGCTGCTGTCAAAATCCCTCTAGACCTTGCCGGCGATGATCTTACAGTCCATATCAGAGGTATCTCCGGCAGCCCGCAGAGAATCGGTCACATTAATGATGGAATACCCAATTTGGCAAGTATGGATTTCGCTTTAAAGAAGAGAGAGGAACCGGAGAAAGAAGTTTTGAATTCTATTTCGAAAAGGAAAATTCAGCTCGCAGATATGCCTCAAATCACGGGTACAGAAAATATCTCCTCTCCACCACCATTATCGGATCAAATTGATAGAGGAAAGCTCCCTCTCCAAATCGCTGATTGTTCGGTTAATAAATTCGCTGGAACAACAAAGTTTAAATTCGGCAATATTGGATCTACTTTTGCACCTAATTTGAATATCGGCAATATTGGTTCTGATACAGAAGCCTTCCTCTCAAGCCCATCTTCCAATCATTCGGCCCACAACTCAGCTCATAATCCAACTTCTCCCAGAACCATGGACCTCACCATCTTTAATGATTCCCAAATTAATGGGCCTTTTGATGATTTACTGAACCAGCCTTATCCATCCCAAAATGATGGGCCTTTTGATAATTTAAAGAACCAACCATCCCAAATTGATGGGCCTTTTGATAATTTAAAGAACCAACCATCCCAAATTGATGGGCCTTTTGATAATTTAAAGAACCAACCATTCCAAATTGATGGGCCTTTTGATAATCCACCCTTTCCTGCCCCGATGGATACCTTACCTCCATTACAGCAATCCCCAAACCAAAAAACTCCTCCTCCCAAACCATCGGAATCCCTCCAAATAACACCTCAACCTTCCCCACATATCTTGTCCCCAACCAAGTCCTTTCCCCATTGCCTACAACACTTAGCACCACTCTTAAGCAAGCATGGCCTTTGTTTCATGGCCTTACCGACAGTACCAAAATCTTGTAAAAAGAAGAAATTGGCTACTACGGGGAAGAAACCTAAAATACCAAGGGAGCTTCAGAATCTTCAAACAAATGGATGGCCAGGCCATGGTTTCATGATGAAGCTTAAAGGTTTGAAATCTGAACTTCGAAAATGGAATTTATCTCAGCGCTTATCTGTTGCACGACTTCCATCTCTCGTCACACAGTTGAAAATGTTGGATGATATAGAAGACAGGGTCCCATTATCCATGGAACAAATATCTTCTAGAAGATTATTGCGAGAACAAATTGAGGATTTGTCAGCTCAAGAACACATCTATTGGCATCAACGCTGTGTTCGACATACTCTTTCTCAAGCAGTTCTATCTAGTATGCCAATATATTATTTATCCTTATTCAAATTGCCAAGAAAGGTTGCAAGATCTCTTGATAAGCTGCTTCGTGATTTCTTTTGGGAAGGATCTAGAGCTAAGTATTATAACTCTAATTTGAGTAGTGTTTGGCCTAGCATTATTCAGAGAAGTTCACACAAATCTCCTTGGCGATTTATTTCTTCTACTATGGACCTGGTATATTCTCGCGCTAAAAGAAGTTTGGGTAATGGTCTCGCTACATCTTTCTGGCATGATTCGTGGTTAAGTTGTGGTATTCTGGCTACAAATTTTCCTCGTCTTTATCGTTTAACTGATCGTCCGAGGAGTTTGGTTGGTGAGACATGGATTGCTTCTCAAACAGCATGGGACCTGAGTCTTATGCGTAATTTGAATGATTTAGAGACAGAAGAATGGGTGGAATTATCTCTTATTCTTTCCTCCATCAGCCTTCAGAACCGTAATGATTCCTGGTCATGGCCGTTGGAATCGTCCAATATTTTTTCTGTTAAATCCCTTATGAAGGATCTTGTAGACTATCCAGTTATTGAGGATAATCTCTATAAGATAATTTGGACCGATTCCTATCCAAAGAAGATCAAGATTTTTCTATGGGAGCTTAGTCATGGTGCTATTAATACAGCTGATCGACTTCAACGTCGGATGCCTCATTTTCATTTGTCCCCATCTTGGTGCATTATGTGTGCCGTTGGTTCAGAACATTCTGGGCACCTATTTGTTCACTGTTCCATCGCTTCCAGATATTGGTCAGAGATTCTTGATGCTTTTGGATGGTCCACCGTTTTTCCAAATTGCATTAAGGATGTTCTCACTCTCATTTTTCCAGGAATGATGAAGTTGGCCCAGAAAGCATTTTGCTCTTGGGTTCGTGCATATACTGCTCATCGTGGTGAGTTGAAAAGAATTTTTGTGGTGAAGAAACTTCATTTGGGGCATGTAGCAAAGAGCTTTGCGTTGAAGCAACAACCTTCTGCTGTTGGAAAATCATTCAAGAAGCAGGTAAAGAAAAGGAAAAGAGATCCAAAGCAGGATGTCTCATCATCAAAAAAGAGGACTTGGAAAATCGGTGGAAAGGGCTTAAGGGGCTTTCAGTGA

Protein sequence

MLHVFDQATATNLFTQPDWTLIGKHRLKFYPLTTANAQQDILTPSYGGWIEISLLPPTLWTEIIFRFIGDSCGGFVEISNLTNRMIIATDARIRVRPNKSGFIPAAVKIPLDLAGDDLTVHIRGISGSPQRIGHINDGIPNLASMDFALKKREEPEKEVLNSISKRKIQLADMPQITGTENISSPPPLSDQIDRGKLPLQIADCSVNKFAGTTKFKFGNIGSTFAPNLNIGNIGSDTEAFLSSPSSNHSAHNSAHNPTSPRTMDLTIFNDSQINGPFDDLLNQPYPSQNDGPFDNLKNQPSQIDGPFDNLKNQPSQIDGPFDNLKNQPFQIDGPFDNPPFPAPMDTLPPLQQSPNQKTPPPKPSESLQITPQPSPHILSPTKSFPHCLQHLAPLLSKHGLCFMALPTVPKSCKKKKLATTGKKPKIPRELQNLQTNGWPGHGFMMKLKGLKSELRKWNLSQRLSVARLPSLVTQLKMLDDIEDRVPLSMEQISSRRLLREQIEDLSAQEHIYWHQRCVRHTLSQAVLSSMPIYYLSLFKLPRKVARSLDKLLRDFFWEGSRAKYYNSNLSSVWPSIIQRSSHKSPWRFISSTMDLVYSRAKRSLGNGLATSFWHDSWLSCGILATNFPRLYRLTDRPRSLVGETWIASQTAWDLSLMRNLNDLETEEWVELSLILSSISLQNRNDSWSWPLESSNIFSVKSLMKDLVDYPVIEDNLYKIIWTDSYPKKIKIFLWELSHGAINTADRLQRRMPHFHLSPSWCIMCAVGSEHSGHLFVHCSIASRYWSEILDAFGWSTVFPNCIKDVLTLIFPGMMKLAQKAFCSWVRAYTAHRGELKRIFVVKKLHLGHVAKSFALKQQPSAVGKSFKKQVKKRKRDPKQDVSSSKKRTWKIGGKGLRGFQ

Homology

[Close]

BLAST of Spg003344 vs. NCBI nr
Match: BBN69274.1 (TatD related DNase [Prunus dulcis])

HSP 1 Score: 188.7 bits (478), Expect = 2.1e-43
Identity = 121/359 (33.70%), Postives = 169/359 (47.08%), Query Frame = 0


Query: 513 WHQRCV----RHTLSQAVLSSMPIYYLSLFKLPRKVARSLDKLLRDFFWEG--------- 572
           W + C+    R TL QAVLSS+P YY+SLFK+P  V   +++L+R+F WEG         
Sbjct: 538 WKRACLSKGGRLTLIQAVLSSIPSYYMSLFKMPIGVTAKVEQLMRNFLWEGVEEGKNCHL 597

Query: 573 --------------------------SRAKY---YNSNLSSVWPSIIQ------------ 632
                                      RAK+   +    +S+W  II+            
Sbjct: 598 VRWVRVTKSKEEGGLGIGSLRERNEALRAKWLWRFPLETNSLWHRIIKSKYGLDSNGWDT 657

Query: 633 ----RSSHKSPWRFISSTMDLVYSRAKRSLGNGLATSFWHDSWLSCGILATNFPRLYRLT 692
               + S ++PWR IS          + S+GNG    FW D WL  GIL   FPRLY L+
Sbjct: 658 KQIDKVSCRNPWREISKGYISFLQCCRFSVGNGEKIRFWEDFWLKEGILKDLFPRLYSLS 717

Query: 693 DRPRSLVGETWIASQ----TAWDLSLMRNLNDLETEEWVELSLILSSISL-QNRNDSWSW 752
            R    +   W A+       WD    RNL++ E  E V L  IL ++ L  +R D  SW
Sbjct: 718 RRKNQCI--AWFANNHEMPLNWDFDFRRNLSEAEIAEVVLLLDILGNVRLFGSRPDRRSW 777

Query: 753 PLESSNIFSVKSLMKDLVDYPVIEDNLYKIIWTDSYPKKIKIFLWELSHGAINTADRLQR 809
            +E    FS KS    L+    +    Y+ IW    P KI+ F+W  ++G INT D +QR
Sbjct: 778 EIEEQGSFSCKSFRSFLISTTSVVFPPYRSIWKAKTPPKIQFFVWLAANGRINTCDCIQR 837

[Close]

BLAST of Spg003344 vs. NCBI nr
Match: KAA0039950.1 (LINE-1 retrotransposable element ORF2 protein [Cucumis melo var. makuwa] >TYK24553.1 LINE-1 retrotransposable element ORF2 protein [Cucumis melo var. makuwa])

HSP 1 Score: 177.6 bits (449), Expect = 4.9e-40
Identity = 99/337 (29.38%), Postives = 151/337 (44.81%), Query Frame = 0


Query: 519  RHTLSQAVLSSMPIYYLSLFKLPRKVARSLDKLLRDFFWEGSR----------------- 578
            R TL  + L S+PIY +S+FK+P+ +A+ ++   R+F W G+                  
Sbjct: 720  RITLINSTLESLPIYQMSVFKVPKGIAQKIEASWRNFLWNGASNGHNISLIRWNQIVSPK 779

Query: 579  --------------------------------------AKYYNSNLSSVWPSIIQRSSHK 638
                                                  +KY    + S +PS  + SS+ 
Sbjct: 780  EKGGLGIHSVNSTNFALLCKWLWKFLTEKDPLWKRLIISKYDKEKMGS-FPSHGKFSSNN 839

Query: 639  SPWRFISSTMDLVYSRAKRSLGNGLATSFWHDSWLSCGILATNFPRLYRLTDRPRSLVGE 698
            SPW+ ++  +   Y      + +G   SFW D+W     L+   PRL+ L+   +  V E
Sbjct: 840  SPWKAVTECISWFYKNISWKVNDGEDISFWLDNWNGNAPLSLAVPRLFALSTNKKGSVKE 899

Query: 699  TWIASQTAWDLSLMRNLNDLETEEWVELSLILSSISLQNRNDSWSWPLESSNIFSVKSLM 758
             W  S   W L + R L D E   W  +   L +      +    W L S+NIF   S+ 
Sbjct: 900  FWNPSSNDWHLHINRPLRDHEENLWHNIKASLPTPLPNRGHPKPLWNLNSNNIFDTASVK 959

Query: 759  KDLVDYPV----IEDNLYKIIWTDSYPKKIKIFLWELSHGAINTADRLQRRMPHFHLSPS 797
            + + + P+       NLYK +W   +PKK K F+W L HG INTADRLQ+R+P++ LSP+
Sbjct: 960  RAIAEAPISPANFHPNLYKTLWKVEFPKKCKFFIWTLIHGCINTADRLQKRLPNWTLSPN 1019

[Close]

BLAST of Spg003344 vs. NCBI nr
Match: KAA0044556.1 (LINE-1 retrotransposable element ORF2 protein [Cucumis melo var. makuwa])

HSP 1 Score: 177.2 bits (448), Expect = 6.5e-40
Identity = 104/346 (30.06%), Postives = 158/346 (45.66%), Query Frame = 0


Query: 519 RHTLSQAVLSSMPIYYLSLFKLPRKVARSLDKLLRDFFWEGSRAKY-------------- 578
           R TL  + L S+PIY LS+FK+P+ +A+ ++   R+F W G+   +              
Sbjct: 518 RITLINSTLESLPIYQLSVFKVPKGIAQKIEAYWRNFLWNGTSNGHNISLIRWNQVVSPK 577

Query: 579 ----------------------------------------YNSNLSSVWPSIIQRSSHKS 638
                                                   Y+      +PS  + SS+ S
Sbjct: 578 EKGGLGIHFVHSTNFALLCKWLWKFLTEKEPLWKRLIISKYDQEKMGRFPSRGKYSSNNS 637

Query: 639 PWRFISSTMDLVYSRAKRSLGNGLATSFWHDSWLSCGILATNFPRLYRLTDRPRSLVGET 698
           PW+ +++ +   Y      + +G   SFW D+W     L+   PRL+ L+   +  V + 
Sbjct: 638 PWKAVTNCISWFYKNIGWKVNDGEDISFWLDNWNGNSPLSLAVPRLFALSTNKKGSVKDL 697

Query: 699 WIASQTAWDLSLMRNLNDLETEEWVELSLILSSISLQNRNDSWS-WPLESSNIFSVKSLM 758
           W  S   W++ + R L D E   W  +   L +  L +R  S   W L S+NIF   S+ 
Sbjct: 698 WNPSLKDWNIHVNRPLRDHEKNLWHNIKASLPT-PLPDRGPSKPLWKLNSNNIFDTASIK 757

Query: 759 KDLVDYPVIEDN----LYKIIWTDSYPKKIKIFLWELSHGAINTADRLQRRMPHFHLSPS 806
           KDL +      N    LYK +W   +PKK K F+W L HG INTADRLQ+R+P++ LSP+
Sbjct: 758 KDLSEASASPTNFHPSLYKTLWKVDFPKKCKFFIWTLIHGCINTADRLQKRLPNWTLSPN 817

[Close]

BLAST of Spg003344 vs. NCBI nr
Match: KAA0041397.1 (LINE-1 retrotransposable element ORF2 protein [Cucumis melo var. makuwa])

HSP 1 Score: 176.8 bits (447), Expect = 8.4e-40
Identity = 104/346 (30.06%), Postives = 158/346 (45.66%), Query Frame = 0


Query: 519 RHTLSQAVLSSMPIYYLSLFKLPRKVARSLDKLLRDFFWEGSRAKY-------------- 578
           R TL  + L S+PIY LS+FK+P+ +A+ ++   R+F W G+   +              
Sbjct: 612 RITLINSTLESLPIYQLSVFKVPKGIAQKIEAYWRNFLWNGTSNGHNISLIRWNQVVSPK 671

Query: 579 ----------------------------------------YNSNLSSVWPSIIQRSSHKS 638
                                                   Y+      +PS  + SS+ S
Sbjct: 672 EKGGLGIHSVHSTNFALLCKWLWKFLTEKEPLWKRLIISKYDQEKMGRFPSRGKYSSNNS 731

Query: 639 PWRFISSTMDLVYSRAKRSLGNGLATSFWHDSWLSCGILATNFPRLYRLTDRPRSLVGET 698
           PW+ +++ +   Y      + +G   SFW D+W     L+   PRL+ L+   +  V + 
Sbjct: 732 PWKAVTNCISWFYKNIGWKVNDGEDISFWLDNWNGNSPLSLVVPRLFALSTNKKGSVKDL 791

Query: 699 WIASQTAWDLSLMRNLNDLETEEWVELSLILSSISLQNRNDSWS-WPLESSNIFSVKSLM 758
           W  S   W++ + R L D E   W  +   L +  L +R  S   W L S+NIF   S+ 
Sbjct: 792 WNPSLKDWNIHVNRPLRDHEKNLWHNIKASLPT-PLPDRGPSKPLWKLNSNNIFDTASIK 851

Query: 759 KDLVDYPVIEDN----LYKIIWTDSYPKKIKIFLWELSHGAINTADRLQRRMPHFHLSPS 806
           KDL +      N    LYK +W   +PKK K F+W L HG INTADRLQ+R+P++ LSP+
Sbjct: 852 KDLSEASASPTNFHPSLYKTLWKVDFPKKCKFFIWTLIHGCINTADRLQKRLPNWTLSPN 911

[Close]

BLAST of Spg003344 vs. NCBI nr
Match: RVW53692.1 (putative ribonuclease H protein [Vitis vinifera])

HSP 1 Score: 174.9 bits (442), Expect = 3.2e-39
Identity = 104/301 (34.55%), Postives = 150/301 (49.83%), Query Frame = 0


Query: 519 RHTLSQAVLSSMPIYYLSLFKLPRKVARSLDKLLRDFFW----EGSRAKYYNSNLSSVWP 578
           R TL Q+ L+ +P Y+LSLFK+P  VA  +++L RDF W    EG R      ++     
Sbjct: 533 RITLIQSCLTHLPSYFLSLFKMPATVAAKIERLQRDFLWSGVGEGKRDHLVRWDIVCKPK 592

Query: 579 SIIQRSSHKSPWRFISSTMDLVYSRAKRSLGNGLATSFWHDSWLSCGILATNFPRLYR-L 638
           +I  R SH+ PW+ I+          +  +GNG    FW D W     L T +PRL+R +
Sbjct: 593 TIGVRWSHRCPWKAIAQVFQEFSLITRYVVGNGDRIRFWEDLWRGDQPLGTQYPRLFRVV 652

Query: 639 TDRPRSLVGETWIASQTAWDLSLMRNLNDLETEEWVELSLILSSISLQ-NRNDSWSWPLE 698
            D+  S+      +    W+L+  RNL+D E E+   L   L  + L  +  D+  WPL 
Sbjct: 653 VDKNISISSVLGPSRPFLWNLNFRRNLSDSEIEDLEGLMRSLDDLYLSPSVPDARLWPLS 712

Query: 699 SSNIFSVKSLMKDLVDYPVIEDNL-YKIIWTDSYPKKIKIFLWELSHGAINTADRLQRRM 758
           SS +FSVKS    L        N   K +W    P K+K F+W ++H  +NT D LQ R 
Sbjct: 713 SSGLFSVKSFFLALSQSSGSSQNFPSKFVWNSQVPFKVKSFVWLVAHKKVNTNDMLQVRR 772

Query: 759 PHFHLSPSWCIMCAVGSEHSGHLFVHCSIASRYWSEILDAFGWSTVFPNCIKDVLTLIFP 813
           P+  LSP  CI+C    E + HLF+HCS+    W  +        V P  I D++++ F 
Sbjct: 773 PYKALSPDICILCMKHGESADHLFLHCSLTIGLWHRLFQLAKLDWVSPRSIYDMMSIKFK 832

[Close]

BLAST of Spg003344 vs. ExPASy Swiss-Prot
Match: Q7XJN0 (DEAD-box ATP-dependent RNA helicase 17 OS=Arabidopsis thaliana OX=3702 GN=RH17 PE=2 SV=1)

HSP 1 Score: 105.5 bits (262), Expect = 3.1e-21
Identity = 59/95 (62.11%), Postives = 66/95 (69.47%), Query Frame = 0


Query: 806 LTLIFPGMMKLAQKAFCSWVRAYTAHRGELKRIFVVKKLHLGHVAKSFALKQQPSAVGKS 865
           LT   P M  LA+ AF SWVR Y AH+GELK IFVVKKLHLGHVAKSFAL++QPS VGKS
Sbjct: 514 LTYAEPKMKSLAKNAFVSWVRGYAAHKGELKSIFVVKKLHLGHVAKSFALREQPSLVGKS 573

Query: 866 FKKQVKKRKRDPKQDVSSSKKRTWKIGGKGLRGFQ 901
             K+  KRKRD +Q     KKR  K+ G G R  Q
Sbjct: 574 HHKETMKRKRDERQKGQQGKKRK-KMSGTGNRSTQ 607

[Close]

BLAST of Spg003344 vs. ExPASy Swiss-Prot
Match: Q0DLB9 (DEAD-box ATP-dependent RNA helicase 17 OS=Oryza sativa subsp. japonica OX=39947 GN=RH17 PE=2 SV=2)

HSP 1 Score: 100.1 bits (248), Expect = 1.3e-19
Identity = 47/73 (64.38%), Postives = 64/73 (87.67%), Query Frame = 0


Query: 815 KLAQKAFCSWVRAYTAHRGELKRIFVVKKLHLGHVAKSFALKQQPSAVGKSFKKQVKKRK 874
           KLA+ AFCSWVRAYTAHRGELK+IF+VKKLHLGHVA+SF LK+QPS +G+S + Q+KKRK
Sbjct: 514 KLARDAFCSWVRAYTAHRGELKKIFMVKKLHLGHVARSFGLKEQPSLLGRSHQVQLKKRK 573

Query: 875 RDPKQDVSSSKKR 888
           ++ K++  + +++
Sbjct: 574 KEQKRERPAKRRK 586

[Close]

BLAST of Spg003344 vs. ExPASy Swiss-Prot
Match: P0C2F6 (Putative ribonuclease H protein At1g65750 OS=Arabidopsis thaliana OX=3702 GN=At1g65750 PE=3 SV=1)

HSP 1 Score: 83.2 bits (204), Expect = 1.7e-14
Identity = 82/331 (24.77%), Postives = 127/331 (38.37%), Query Frame = 0


Query: 519 RHTLSQAVLSSMPIYYLSLFKLPRKVARSLDKLLRDFFWEGSRAKYYNSNL--------- 578
           R TL++AVLSSMP++ +S   LP+ +   LD+L R F W GS A+    +L         
Sbjct: 37  RLTLTKAVLSSMPVHSMSTILLPQSILNRLDQLSRTFLW-GSTAEKKKQHLVKWSKVCSP 96

Query: 579 ------------------------------SSVWPSIIQRSSH----------------K 638
                                         +S+W  ++Q+  H                 
Sbjct: 97  KKEGGLGVRAAKSMNRALISKVGWRLLQEKNSLWTLVLQKKYHVGEIRDSRWLIPKGSWS 156

Query: 639 SPWRFIS-STMDLVYSRAKRSLGNGLATSFWHDSWLSCGILATNFPRLYRLTDRPRSLVG 698
           S WR I+    D+V        G+G    FW D W+S G          R TD    +  
Sbjct: 157 STWRSIAIGLRDVVSHGVGWIPGDGQQIRFWTDRWVS-GKPLLELDNGERPTDCDTVVAK 216

Query: 699 ETWIASQTAWDLSLMRNLNDLETEEWVELSLILSSISLQNRNDSWSWPLESSNIFSVKSL 758
           + WI  +  WD + +       T   +EL  ++  + +    D  SW       FSV+S 
Sbjct: 217 DLWIPGR-GWDFAKIDPYTTNNTR--LELRAVVLDL-VTGARDRLSWKFSQDGQFSVRSA 276

Query: 759 MKDLVDYPVIEDNL---YKIIWTDSYPKKIKIFLWELSHGAINTADRLQRRMPHFHLSPS 790
            + L    V   N+   +  +W    P+++K FLW + + A+ T +   RR    HLS S
Sbjct: 277 YEMLTVDEVPRPNMASFFNCLWKVRVPERVKTFLWLVGNQAVMTEEERHRR----HLSAS 336

[Close]

BLAST of Spg003344 vs. ExPASy Swiss-Prot
Match: Q4WV71 (ATP-dependent RNA helicase dbp7 OS=Neosartorya fumigata (strain ATCC MYA-4609 / Af293 / CBS 101355 / FGSC A1100) OX=330879 GN=dbp7 PE=3 SV=1)

HSP 1 Score: 57.0 bits (136), Expect = 1.3e-06
Identity = 33/87 (37.93%), Postives = 55/87 (63.22%), Query Frame = 0


Query: 811 PGMMKLAQKAFCSWVRAYTAHRGELKRIFVVKKLHLGHVAKSFALKQQPSAVGKSFKKQV 870
           P  +++A++AF S +RAY  H    + +F +K+LHLGH+AK+FAL+ +PS +     +Q 
Sbjct: 638 PEYLEMARRAFQSHIRAYATHIAAERSMFNIKELHLGHLAKAFALRDRPSKINVPGLRQG 697

Query: 871 KKR-KRDPKQDVSSSKKRTWKIGGKGL 897
           K+  K+D K + +S+  +  K GG  L
Sbjct: 698 KEETKKDFKAERNSAAGKKRKAGGADL 724

[Close]

BLAST of Spg003344 vs. ExPASy Swiss-Prot
Match: A1DE84 (ATP-dependent RNA helicase dbp7 OS=Neosartorya fischeri (strain ATCC 1020 / DSM 3700 / CBS 544.65 / FGSC A1164 / JCM 1740 / NRRL 181 / WB 181) OX=331117 GN=dbp7 PE=3 SV=1)

HSP 1 Score: 57.0 bits (136), Expect = 1.3e-06
Identity = 33/87 (37.93%), Postives = 55/87 (63.22%), Query Frame = 0


Query: 811 PGMMKLAQKAFCSWVRAYTAHRGELKRIFVVKKLHLGHVAKSFALKQQPSAVGKSFKKQV 870
           P  +++A++AF S +RAY  H    + +F +K+LHLGH+AK+FAL+ +PS +     +Q 
Sbjct: 638 PEYLEMARRAFQSHIRAYATHIAAERSMFNIKELHLGHLAKAFALRDRPSKINVPGLRQG 697

Query: 871 KKR-KRDPKQDVSSSKKRTWKIGGKGL 897
           K+  K+D K + +S+  +  K GG  L
Sbjct: 698 KEETKKDFKAERNSAAGKKRKAGGTDL 724

[Close]

BLAST of Spg003344 vs. ExPASy TrEMBL
Match: A0A5H2XQW2 (TatD related DNase OS=Prunus dulcis OX=3755 GN=Prudu_862S001100 PE=4 SV=1)

HSP 1 Score: 188.7 bits (478), Expect = 1.0e-43
Identity = 121/359 (33.70%), Postives = 169/359 (47.08%), Query Frame = 0


Query: 513 WHQRCV----RHTLSQAVLSSMPIYYLSLFKLPRKVARSLDKLLRDFFWEG--------- 572
           W + C+    R TL QAVLSS+P YY+SLFK+P  V   +++L+R+F WEG         
Sbjct: 538 WKRACLSKGGRLTLIQAVLSSIPSYYMSLFKMPIGVTAKVEQLMRNFLWEGVEEGKNCHL 597

Query: 573 --------------------------SRAKY---YNSNLSSVWPSIIQ------------ 632
                                      RAK+   +    +S+W  II+            
Sbjct: 598 VRWVRVTKSKEEGGLGIGSLRERNEALRAKWLWRFPLETNSLWHRIIKSKYGLDSNGWDT 657

Query: 633 ----RSSHKSPWRFISSTMDLVYSRAKRSLGNGLATSFWHDSWLSCGILATNFPRLYRLT 692
               + S ++PWR IS          + S+GNG    FW D WL  GIL   FPRLY L+
Sbjct: 658 KQIDKVSCRNPWREISKGYISFLQCCRFSVGNGEKIRFWEDFWLKEGILKDLFPRLYSLS 717

Query: 693 DRPRSLVGETWIASQ----TAWDLSLMRNLNDLETEEWVELSLILSSISL-QNRNDSWSW 752
            R    +   W A+       WD    RNL++ E  E V L  IL ++ L  +R D  SW
Sbjct: 718 RRKNQCI--AWFANNHEMPLNWDFDFRRNLSEAEIAEVVLLLDILGNVRLFGSRPDRRSW 777

Query: 753 PLESSNIFSVKSLMKDLVDYPVIEDNLYKIIWTDSYPKKIKIFLWELSHGAINTADRLQR 809
            +E    FS KS    L+    +    Y+ IW    P KI+ F+W  ++G INT D +QR
Sbjct: 778 EIEEQGSFSCKSFRSFLISTTSVVFPPYRSIWKAKTPPKIQFFVWLAANGRINTCDCIQR 837

[Close]

BLAST of Spg003344 vs. ExPASy TrEMBL
Match: M5WJ76 (Reverse transcriptase domain-containing protein (Fragment) OS=Prunus persica OX=3760 GN=PRUPE_ppa015871mg PE=4 SV=1)

HSP 1 Score: 181.8 bits (460), Expect = 1.3e-41
Identity = 118/345 (34.20%), Postives = 165/345 (47.83%), Query Frame = 0


Query: 513  WHQRCV----RHTLSQAVLSSMPIYYLSLFKLPRKVARSLDKLLRDFFWEG--------- 572
            W + C+    R TL QAVLSS+P YY+SLFK+P  VA  +++L+R+F WEG         
Sbjct: 1074 WKRACLSKGGRLTLIQAVLSSIPSYYMSLFKMPIGVAAKVEQLMRNFLWEGLDEGKKCHL 1133

Query: 573  --------------------------SRAKY---YNSNLSSVWPSIIQR----SSHKSPW 632
                                       RAK+   +    +S+W  II+      S+ +PW
Sbjct: 1134 VRWERVTKSKEEGGLGIGSLRERIEALRAKWLWRFPLETNSLWHRIIKSKYGIDSNGNPW 1193

Query: 633  RFISSTMDLVYSRAKRSLGNGLATSFWHDSWLSCGILATNFPRLYRLTDRPRSLVG--ET 692
            R IS   +      + S+GNG    FW D WL  GIL   FPRL  L+ R    +     
Sbjct: 1194 REISKGYNSFLQCCRFSVGNGEKIRFWEDLWLKEGILKDLFPRLSSLSRRKNQSIACFAN 1253

Query: 693  WIASQTAWDLSLMRNLNDLETEEWVELSLILSSISLQ-NRNDSWSWPLESSNIFSVKSLM 752
                   WD    RNL++ E  E V L  IL ++ L  +R D  SW +E    FS KS  
Sbjct: 1254 NHVLPLNWDFDFRRNLSEAEIAEVVILLDILGNVRLYGSRPDRRSWEVEEQGSFSCKSFR 1313

Query: 753  KDLVDYPVIEDNLYKIIWTDSYPKKIKIFLWELSHGAINTADRLQRRMPHFHLSPSWCIM 809
              L+         +  IW    P KI+ F+W  ++G INT D +QRR P   LSPSWC++
Sbjct: 1314 SFLLSTTRDVFPPFSSIWKAKTPPKIQFFVWLAANGRINTCDCIQRRQPKMCLSPSWCVL 1373

[Close]

BLAST of Spg003344 vs. ExPASy TrEMBL
Match: A0A5A7T9I7 (LINE-1 retrotransposable element ORF2 protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold266G00980 PE=4 SV=1)

HSP 1 Score: 177.6 bits (449), Expect = 2.4e-40
Identity = 99/337 (29.38%), Postives = 151/337 (44.81%), Query Frame = 0


Query: 519  RHTLSQAVLSSMPIYYLSLFKLPRKVARSLDKLLRDFFWEGSR----------------- 578
            R TL  + L S+PIY +S+FK+P+ +A+ ++   R+F W G+                  
Sbjct: 720  RITLINSTLESLPIYQMSVFKVPKGIAQKIEASWRNFLWNGASNGHNISLIRWNQIVSPK 779

Query: 579  --------------------------------------AKYYNSNLSSVWPSIIQRSSHK 638
                                                  +KY    + S +PS  + SS+ 
Sbjct: 780  EKGGLGIHSVNSTNFALLCKWLWKFLTEKDPLWKRLIISKYDKEKMGS-FPSHGKFSSNN 839

Query: 639  SPWRFISSTMDLVYSRAKRSLGNGLATSFWHDSWLSCGILATNFPRLYRLTDRPRSLVGE 698
            SPW+ ++  +   Y      + +G   SFW D+W     L+   PRL+ L+   +  V E
Sbjct: 840  SPWKAVTECISWFYKNISWKVNDGEDISFWLDNWNGNAPLSLAVPRLFALSTNKKGSVKE 899

Query: 699  TWIASQTAWDLSLMRNLNDLETEEWVELSLILSSISLQNRNDSWSWPLESSNIFSVKSLM 758
             W  S   W L + R L D E   W  +   L +      +    W L S+NIF   S+ 
Sbjct: 900  FWNPSSNDWHLHINRPLRDHEENLWHNIKASLPTPLPNRGHPKPLWNLNSNNIFDTASVK 959

Query: 759  KDLVDYPV----IEDNLYKIIWTDSYPKKIKIFLWELSHGAINTADRLQRRMPHFHLSPS 797
            + + + P+       NLYK +W   +PKK K F+W L HG INTADRLQ+R+P++ LSP+
Sbjct: 960  RAIAEAPISPANFHPNLYKTLWKVEFPKKCKFFIWTLIHGCINTADRLQKRLPNWTLSPN 1019

[Close]

BLAST of Spg003344 vs. ExPASy TrEMBL
Match: M5XV38 (zf-RVT domain-containing protein OS=Prunus persica OX=3760 GN=PRUPE_ppa019854mg PE=4 SV=1)

HSP 1 Score: 177.6 bits (449), Expect = 2.4e-40
Identity = 118/357 (33.05%), Postives = 166/357 (46.50%), Query Frame = 0


Query: 513 WHQRCV----RHTLSQAVLSSMPIYYLSLFKLPRKVARSLDKLLRDFFWEG--------- 572
           W + C+    R TL QAVLSS+P YY+SLFK+P  VA  +++L+R+F WEG         
Sbjct: 32  WKRACLSKGGRLTLIQAVLSSIPSYYMSLFKMPIGVAAKVEQLMRNFLWEGLEEGKKCHL 91

Query: 573 --------------------------SRAKY---YNSNLSSVWPSIIQ------------ 632
                                      RAK+   +    +S+W  II+            
Sbjct: 92  VRWERVTKSKEEGGLGIGSLRERNEALRAKWLWRFPLETNSLWHRIIKSKYGIDSNGWDT 151

Query: 633 ----RSSHKSPWRFISSTMDLVYSRAKRSLGNGLATSFWHDSWLSCGILATNFPRLYRLT 692
               + S ++PWR IS   +      + S+GNG    FW D WL  GIL   FPRL  L+
Sbjct: 152 KRIDKVSCRNPWREISKGYNSFLQCCRFSVGNGEKIRFWEDLWLKEGILKDLFPRLSSLS 211

Query: 693 DRPRSLVG--ETWIASQTAWDLSLMRNLNDLETEEWVELSLILSSISLQ-NRNDSWSWPL 752
            R    +            WD    RNL++ E  E V L  IL ++ L  +R D  SW +
Sbjct: 212 RRKNQSIACFANNHVLPLNWDFDFRRNLSEAEIAEVVILLDILGNVRLYGSRPDRRSWEV 271

Query: 753 ESSNIFSVKSLMKDLVDYPVIEDNLYKIIWTDSYPKKIKIFLWELSHGAINTADRLQRRM 809
           E    FS KS    L+         +  IW    P KI+ F+W  ++G INT D +QRR 
Sbjct: 272 EEQGSFSCKSFRSFLLSTTRDVFPPFSSIWKAKTPPKIQFFVWLAANGRINTCDCIQRRQ 331

[Close]

BLAST of Spg003344 vs. ExPASy TrEMBL
Match: A0A5A7TR15 (LINE-1 retrotransposable element ORF2 protein OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold46G003050 PE=4 SV=1)

HSP 1 Score: 177.2 bits (448), Expect = 3.1e-40
Identity = 104/346 (30.06%), Postives = 158/346 (45.66%), Query Frame = 0


Query: 519 RHTLSQAVLSSMPIYYLSLFKLPRKVARSLDKLLRDFFWEGSRAKY-------------- 578
           R TL  + L S+PIY LS+FK+P+ +A+ ++   R+F W G+   +              
Sbjct: 518 RITLINSTLESLPIYQLSVFKVPKGIAQKIEAYWRNFLWNGTSNGHNISLIRWNQVVSPK 577

Query: 579 ----------------------------------------YNSNLSSVWPSIIQRSSHKS 638
                                                   Y+      +PS  + SS+ S
Sbjct: 578 EKGGLGIHFVHSTNFALLCKWLWKFLTEKEPLWKRLIISKYDQEKMGRFPSRGKYSSNNS 637

Query: 639 PWRFISSTMDLVYSRAKRSLGNGLATSFWHDSWLSCGILATNFPRLYRLTDRPRSLVGET 698
           PW+ +++ +   Y      + +G   SFW D+W     L+   PRL+ L+   +  V + 
Sbjct: 638 PWKAVTNCISWFYKNIGWKVNDGEDISFWLDNWNGNSPLSLAVPRLFALSTNKKGSVKDL 697

Query: 699 WIASQTAWDLSLMRNLNDLETEEWVELSLILSSISLQNRNDSWS-WPLESSNIFSVKSLM 758
           W  S   W++ + R L D E   W  +   L +  L +R  S   W L S+NIF   S+ 
Sbjct: 698 WNPSLKDWNIHVNRPLRDHEKNLWHNIKASLPT-PLPDRGPSKPLWKLNSNNIFDTASIK 757

Query: 759 KDLVDYPVIEDN----LYKIIWTDSYPKKIKIFLWELSHGAINTADRLQRRMPHFHLSPS 806
           KDL +      N    LYK +W   +PKK K F+W L HG INTADRLQ+R+P++ LSP+
Sbjct: 758 KDLSEASASPTNFHPSLYKTLWKVDFPKKCKFFIWTLIHGCINTADRLQKRLPNWTLSPN 817

[Close]

BLAST of Spg003344 vs. TAIR 10
Match: AT2G40700.1 (P-loop containing nucleoside triphosphate hydrolases superfamily protein )

HSP 1 Score: 105.5 bits (262), Expect = 2.2e-22
Identity = 59/95 (62.11%), Postives = 66/95 (69.47%), Query Frame = 0


Query: 806 LTLIFPGMMKLAQKAFCSWVRAYTAHRGELKRIFVVKKLHLGHVAKSFALKQQPSAVGKS 865
           LT   P M  LA+ AF SWVR Y AH+GELK IFVVKKLHLGHVAKSFAL++QPS VGKS
Sbjct: 514 LTYAEPKMKSLAKNAFVSWVRGYAAHKGELKSIFVVKKLHLGHVAKSFALREQPSLVGKS 573

Query: 866 FKKQVKKRKRDPKQDVSSSKKRTWKIGGKGLRGFQ 901
             K+  KRKRD +Q     KKR  K+ G G R  Q
Sbjct: 574 HHKETMKRKRDERQKGQQGKKRK-KMSGTGNRSTQ 607

[Close]

BLAST of Spg003344 vs. TAIR 10
Match: AT4G29090.1 (Ribonuclease H-like superfamily protein )

HSP 1 Score: 51.2 bits (121), Expect = 5.0e-06
Identity = 58/226 (25.66%), Postives = 88/226 (38.94%), Query Frame = 0


Query: 586 WRFISSTMDLVYSRAKRSLGNGLATSFWHDSWLSCGILATNFPRLYRLTDRPRSLVGETW 645
           W+ I ++ +++   A+  +GNG     W   WL     A+   R+ R+  +  + V    
Sbjct: 111 WKSIHASQEILRQGARAVVGNGEDIIIWRHKWLD-SKPASAALRMQRVPPQEYASVS--- 170

Query: 646 IASQTAWDLSLMRNLNDLETEEW-----------VELSLILSSISLQNRN--DSWSWPLE 705
                   +  + +L D    EW           VE  LI   +    R   DS++W   
Sbjct: 171 -------SILKVSDLIDESGREWRKDVIEMLFPEVERKLI-GELRPGGRRILDSYTWDYT 230

Query: 706 SSNIFSVKS--------LMKDLVDYPVIEDNL---YKIIWTDSYPKKIKIFLWELSHGAI 765
           SS  ++VKS        + K      V E +L   Y+ IW      KI+ FLW+    ++
Sbjct: 231 SSGDYTVKSGYWVLTQIINKRSSPQEVSEPSLNPIYQKIWKSQTSPKIQHFLWKCLSNSL 290

Query: 766 NTADRLQRRMPHFHLS-PSWCIMCAVGSEHSGHLFVHCSIASRYWS 787
             A  L  R    HLS  S CI C    E   HL   C+ A   W+
Sbjct: 291 PVAGALAYR----HLSKESACIRCPSCKETVNHLLFKCTFARLTWA 320

The following BLAST results are available for this feature:

BLAST of Spg003344 vs. NCBI nr


Match Name	E-value	Identity	Description
BBN69274.1	2.1e-43	33.70	TatD related DNase [Prunus dulcis]	[more]
KAA0039950.1	4.9e-40	29.38	LINE-1 retrotransposable element ORF2 protein [Cucumis melo var. makuwa] >TYK245...	[more]
KAA0044556.1	6.5e-40	30.06	LINE-1 retrotransposable element ORF2 protein [Cucumis melo var. makuwa]	[more]
KAA0041397.1	8.4e-40	30.06	LINE-1 retrotransposable element ORF2 protein [Cucumis melo var. makuwa]	[more]
RVW53692.1	3.2e-39	34.55	putative ribonuclease H protein [Vitis vinifera]	[more]

BLAST of Spg003344 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q7XJN0	3.1e-21	62.11	DEAD-box ATP-dependent RNA helicase 17 OS=Arabidopsis thaliana OX=3702 GN=RH17 P...	[more]
Q0DLB9	1.3e-19	64.38	DEAD-box ATP-dependent RNA helicase 17 OS=Oryza sativa subsp. japonica OX=39947 ...	[more]
P0C2F6	1.7e-14	24.77	Putative ribonuclease H protein At1g65750 OS=Arabidopsis thaliana OX=3702 GN=At1...	[more]
Q4WV71	1.3e-06	37.93	ATP-dependent RNA helicase dbp7 OS=Neosartorya fumigata (strain ATCC MYA-4609 / ...	[more]
A1DE84	1.3e-06	37.93	ATP-dependent RNA helicase dbp7 OS=Neosartorya fischeri (strain ATCC 1020 / DSM ...	[more]

BLAST of Spg003344 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A5H2XQW2	1.0e-43	33.70	TatD related DNase OS=Prunus dulcis OX=3755 GN=Prudu_862S001100 PE=4 SV=1	[more]
M5WJ76	1.3e-41	34.20	Reverse transcriptase domain-containing protein (Fragment) OS=Prunus persica OX=...	[more]
A0A5A7T9I7	2.4e-40	29.38	LINE-1 retrotransposable element ORF2 protein OS=Cucumis melo var. makuwa OX=119...	[more]
M5XV38	2.4e-40	33.05	zf-RVT domain-containing protein OS=Prunus persica OX=3760 GN=PRUPE_ppa019854mg ...	[more]
A0A5A7TR15	3.1e-40	30.06	LINE-1 retrotransposable element ORF2 protein OS=Cucumis melo var. makuwa OX=119...	[more]

BLAST of Spg003344 vs. TAIR 10


Match Name	E-value	Identity	Description
AT2G40700.1	2.2e-22	62.11	P-loop containing nucleoside triphosphate hydrolases superfamily protein	[more]
AT4G29090.1	5.0e-06	25.66	Ribonuclease H-like superfamily protein	[more]

InterPro

Analysis Name: InterPro Annotations of Sponge gourd (cylindrica) v1
Date Performed: 2022-08-01

Position :

Zoom :

x 1


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR025313	Domain of unknown function DUF4217	SMART	SM01178	DUF4217_3	coord: 797..863 e-value: 8.7E-18 score: 75.1
IPR025313	Domain of unknown function DUF4217	PFAM	PF13959	DUF4217	coord: 812..859 e-value: 9.9E-17 score: 60.9
IPR025558	Domain of unknown function DUF4283	PFAM	PF14111	DUF4283	coord: 3..95 e-value: 1.6E-6 score: 27.7
IPR026960	Reverse transcriptase zinc-binding domain	PFAM	PF13966	zf-RVT	coord: 697..785 e-value: 1.5E-14 score: 54.5
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 864..900
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 241..323
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 241..380
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 334..368
None	No IPR available	PANTHER	PTHR33116:SF38	OS01G0158850 PROTEIN	coord: 577..805
None	No IPR available	PANTHER	PTHR33116	REVERSE TRANSCRIPTASE ZINC-BINDING DOMAIN-CONTAINING PROTEIN-RELATED-RELATED	coord: 577..805

Relationships

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


Feature Name	Unique Name	Type
Spg003344.1	Spg003344.1	mRNA