ClCG08G002730 (gene) Watermelon (Charleston Gray) | Cucurbit Genomics Database (CuGenDB)

Overview


Name	ClCG08G002730
Type	gene
Organism	Citrullus lanatus (Watermelon (Charleston Gray))
Description	RNA exonuclease 1-like protein
Location	CG_Chr08 : 6057302 .. 6078769 (-)

Genome Viewer

Gene Expression

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: CDSthree_prime_UTR

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

ATGAGGGCTTTCACTAAGATAGAGTTTAAAATTTAAAAAAAAAAAGAAAAAAGAAAAAAAGAGTTTGAAAAATAATAATAATAACAAAGAAAAGAGCAGCCTCCTTACGCGCGCGGACAAACCATCTTCATACCTTCTCCTTCTTCTCCGTGGGTTAACTCACCACCGCCAGAACTCCTTCACCCAGTACGCTATCGCTCGCCGCCGTTCTGACCCACCAGCCGCCGCTCGCCTAGTCGTCTCTCACCTGCGCCTCACAAGCCCAAGTGGCCGTCGCCGCCGACCTTTGCTCCGTCCGGTCAGGGGCTCTGTCGATCCGCCGCTCACACATCTAGACGTCGCGCGCCTCAGCAGTCTGATGCACAAGGTCTGCCGCCGGATGGTCGGTCGATCCGTCGCATCCGTGGGTCTGGTACCGTCGCCGACCTGCAGTATGCCCGCCGCCGTGTTTTCGCTGCCGCCGCTCGCCGGAGTTATTGGTTGGGTAAGATTTTTGTGGTATTGTGGATTTTTTTTTTTTGAATGGGCCTTGAATGCCTATTGGTATTGGTCTGATTTAACGTTTACACAACATGTTTGAGCCTTAGATTTGAGTCTTGGAGGGATTTTGGAAGTCGGAAGTGTGCTGTCTAGCGGTAGCAACGATCGATTTTAGCGGATTTTTGGTGAGTCTTAAGGCGTTACGCCCCTTTTGACTTAAGTTTAATTGATGGAAATTTAGTCATTAATTCTTATTGGTTGTTTGTGCATAGGTTGGATTATTAAGTGGTTCGGGAAATTTTTAAGGTAAATTTGTGATTTGAAATTTGAACCTAAAAGTTAAGATTTATTTCTATTCATGTCCTAGGATCTAATTCAAAGTTTGTGAAAACTAAAACGATTTGGTTGCTTAGATAAACATCTAGACTTAATTTAAGGTAAGTGACATTACTACTAGAATGTATTCGACCGAGGCGCCCAAACTAAGATGATTACATTAAGCTGGATAAGTCTCATGAGCTTGCTATGGAATTGTTGGAATGTTTTACTATGTTTAATGAATGAAAAACTTATATGAGCATGCTGACATCTATGAGCTATGATAATGTGATTATGATACGAGACCCATTGACTGTATTTTGTATGCTAGGTAAGTTAGCTATAATAATATGATAATGATATGAAACCTATTGACTGTATTTTGCATGCTAGATAAGTTAGTGATTGTTCACCTTATCGGTAGCGATGTACATCTTATGTTTGTATTCCTTCGGTTCACTACCTATGTCTACGACTATGTTCCTACGGGATCATTACCTATGCCTATGTTTGATTCCTATGGGATCACTACCTATGTTTGTGTGCTGTCGGGTTCACTACCTATGCTTATGTTAGGAACACTTAAACAAGTTCACTAGACAACCATCCAAGAACAATTGATTTATGCATGCCCCACCGACATGTTTGCATTTATTGGACATGTTTACTGAGTATTTTATACTCATCCTTGATTGGGGTTGATTGAGGTTGCTTACTGAGTATTTTATACTCATTCTTTATTATGACATGTTTTTCAACTAAGAGCAAGGACACTGGCAAATGACAAGGAGAATTCGTGACGTGCCAATGGGACTAGCTAGATGCTTTCGCACATGTTTTTTTTTCATGTTACAGTTTTTAGTAATCAAATGTTTGGAGTTTTTAATTGTTTTTATTATTTTAAACTTATGTTTTTCAGGAGGACCCCGAGAAAGTGTTTTATGTTCTTTAAGACAAATGAATTTGTTCAGTTTATTTATTTTTAATAAATTATTTCTTTTCATTTTGGATCTAGTAAAAGATGTGTTTTAAGATCAATATGCATGTAGTAGCAATCTATTAGTAGTCTTAGAAAGTTAGGTTGTTACAGTTGGTATTAGAGCCCGTGTTATTGGTTTTGTAGACTGACTTACTAAGTTAGTCTAGAATGTCTGTATGGCCATTAACAGATTCTTCATCATTGCTAGATACGTCTTATCAGGTTTTAAGGAAGTTGTGCATAAAAGTATATATGTTTAAGCTTTATCTATTAGCAGTCTTAGAAAGTCGGGTGGTTATGGATTCTTCATCATCGCCAGGTATGTGTTATACTAACTTGAAAGAAGTTAGTATGAGATGATTACTCAGTTATGACATTGGGGAAGAAAACAAGATTTTGGGGGTGGGGGTGGGGGAGGTATTTAGCTTACAAAAGGACTCTACTAGAACTAAGCCCATGTTTCAATTCAAATATATTGAAACACATTGAACTATATTTAGAGTTGAGACATTGGGGATGGAAAATAAATTGTTATCTAGTAAATAAGTTGTCCAGATGAGACTTCACGAAGGAATTATGTTGTGCTTACAATAGGGAATTAGATTAGGGGTACTACAAGAAACTCTTTCACAAGTCACGTACATAGGTACGAGATTAAAGTTTCTTTGTAGATAAGAAAAGGAAGAAGAGTCTATAGTTTTAATAAAAGTTACTAGATATTAAAGTCAAATGTTTTTAGAGGAATTTTGAAAGGGAAGTCATGATCACTTTTGTGGTATTGAAGGTTGGTTGTTTGAGAAAGATATTGTGTTTTGGTTTTTCATGTATCATGCCTAAAAGAAATAAATAAATTACTAGTTGGGGTACAAAAGATAATATGAAGAGCCCTTTATAAGACATAAGTAAGATGGAAGTTCTCTCTTCTCTCTCCTCTCTCTTCTCTCCTCATTCCCCCTTCTTTGCTCCGGTGAGTTTCTATCTCTTTTCTGGCATCACACCTTCGCGGTAAACCACCTCAAATAGTATAGAGACAAAAACTAGCTCAGAATTTGAACTATTCATTTTTGAAATCAAGAGTTTTAGTTACAATAATTAGTACTATTGTGTCTGGCAAGAAGACTTTGGCTTTGCCGTGGAAGCCTTAAGGACAATCGTCGCTTTGGATTGTAGAACTACAAAAAGTTTTGGAAGGACCGATTAATGTTTACTTCTCCAAGAAGATTCAAACAGAGCGGGGCTTTCTACGATTGGCAAAATTCAAACAAAGGAAGGGTGGTTCGCATACATAGCTTGGTGGCCTACCACTGGAGGAAGAAGGAATTTACATGCTCAAGCTGGGTCAAAGAAACAAGGATGGCATGCATTTCGGGAATTGGTCAGTGCAAGTTTGATTTGGCCAACAATCAGACGTTGTCAAAGGACCTGAGAGGAGAAAGAAGCTTCAATCTGAATGGGAATGGTCCAGTAAAATCTTATGCGGAGGTGGTCAAGGAGACTAATAAATCAGATCCTTACCCAAGGAATTAGTTCTTAACAAATTCTTATTGGGTCAAAAAGGAAGATTCTCGGGTTTGGTCATTGCAGACATCATGAAGGTATTCGGTTAAATCTCTTGCCAAATATTTGAATTCTTCTATGCCTATTGGCAAGGAGCTCTATTAAGGCATTTGGAAATGAAAGAGCCCTAAAAGGGTTGATATTTTAATATGGATTCTGTTATATGGATCTTTAAATTGTTCAGCCACATTACAACACAAACTCCAAAATCACTGTTTACTTCCATCTATATGCCTTATGTGTGTAGCAAATGAAGAAAACCTTCAACATTTATTGTTTGAGTGTACATATGCAAGCAATTGTTGGTGGAAGATATTCTCCTTGTTTAATGTTTCATGGGTATTTGGTAAGTTATTAAGAGAAAATTTGCATCAAGTCCTGGTGGGCCCCCTTCTCTCACCCAAAGCTCACATTATTTGGTCAAATGCTGTTAAAGCTCTAATTTTAGAAATTTGGTTTGAGCATAATCAGAGAGTTTTCATGACAAAGCTTTAGATTGGTTAGATTGTCTCAGCTCCACTCATCTTCTAGCTTTTTCATGGAGCTCCAAATCGAAGCTTTTTGCATATTACTCAATTCAAGATATACGTCATAATTGGAATGCTTTTGTTCTTCTTATGTAATATTGTACTCTATAGTCTTATTATAGAAATCTCTTGTAAGGATGTGATAAGGGTGCTAAGGTGGTGTCAACCTAGTTGAGATGGCTTGGTGCATCTACTGATCCTATTTTTATCAGGTTTATGGTATCTTTTGCTCTTATGTTTCATTGGATTGAGCATTTGTCTCTTTCATTTCTTTAATGAAAGTTTATGTTTTTGTTTCAAAAAAAAAAAAAAAAAGACATAAGTAAGATGAATTTGTCAAGAAAAGCCAAGATGAATGGAAATAGGGTTGACTTGAAATGCAAAAAACAAGTTGTACTGAATTATTGTTCTTAAGGTACTTGGGTTCTGTTTATGTTTTGTTGTGGTAAAAAGACTCAAGTTTAATTACCTATGCCAAGAGGAAAAAATAAGTGTTTGGAGTTCAAAAAGCGATGTTAACTTAGTGGAGAATACCCTACTAATGTTTGAAGTTTGGAATTGAATTGTAGATTATGAAAGGGTTATAAAATAGGCACATGTCTTGTTATAGGGATTATATTTCACTTGGGAAGTGGAAAGTGCACCTTGAATTTATTGGCCTTGACAAAGATAAGTGTGAGGAAAATTAAGGTACTTAAGAAAGGTTTATTATTTTGGGAAGATAAAGAAAATTAATGTGTTCAAGGCTCCCAAGTACTTAAGTCTAGTTTGGATTTTTAGACATGATATGAGTGGTTACAAGGTGTAGGCTTTGGTGTAAAGGACAATCTCTCATTATCATTTGAGACTTTGGACCTTACTATGTGTTGGTGGAGGAATTTGCGTAAAGCGTTGATTGTGAAGCTCAATTTCAACATGAAATTCTTTTCCAAAATAAAAGGGTAAAGAGAGTTAATCTAAAATGGAGTTGTTAGTAGCAATGTTTGTTTTGAAACTATTGACATAGAAGGTTTTAAGGTACATTGTTGAAATTGTTAGCAAGGTTTAAGAGATTGACTTTGGGATCTAATAGTACAAAGACTATGGAAGCAGTTTATTTGTTTGAAAGAGGAAAATAATCTAGTTTAAAGAAGATAGAAAATTATATGTAAGAAAGTTAGATTTTCCTAGATCATCACTAGTACAAGAGGTGGACTTGAGAGTAGAGCTTGAGTTGATAGCAAGAAGTTGTTATAGATGGGATAAAGTAGCTCAAGTCACAGAAACATGAACTGTTTAGCAAAGTTTACCATATTTCCTAATTTTCACCTTTAAGAACATCAGTTTTGCTTGTTAAGAAGAGAAATGGAATCCATGCGCTCATGTATCAAATGTGATAGTGTAACTAGGCTGCGGATGCAAGGGAATGTCGGGGTTATTAGGTGCTGAATCTAGATTCTGAATCTTGGACTTGGATCGCTACAGATATGTTTTCTCTTGCATGGATAATGAGTTTATCGACTCTATGTAGAGGGATGTTCACAAGATAGACTTATGAATCAAGGAGGTTTTTACCTTAAAAATTGTCTTCAAGAATCAATTACAGTTATTATGAAGTTATGGTGGTGTGTTTAGATTGATTGACGCTTTGTAGTATCCAAGGACTTCAGGAACCTCTTTTTAAAAGAGATTTTCAGACTTGTTCGTAGTAGGATCTAAATGGTCATATGCAATTGTTTCAAGACTAAAGAATAACATGGGGATTTGCTTGAGTAAGTTTTTAGCCTTTAATGGTATAAATTCTTATGTCAAGTTTCTAATGAGTATGAGACATAATTGGACAGTTGTTTCTCAGGCATGTAGCTACTAAGGAGGGCATCACAATTGACGCTCCTAGAGTAGAAGTAAGTTCCAGTTGATTAGATTTTCCCTATTACATCTTGAGATTACACTATATATAGTATGGCTGGTTGCTTTGCCGCATGTTTAAAGAATGTGACTTCCTAAGCTCACAATAATTCTCAGAGTGAATATGTTGAAGTATTGTTGTTTTCTCAGCATCTAAAGTTTCCTAATTATATATGATTAGGAAACTTTGTGGGGTACCAGTTTCAGTTATGTCAGATAGAGCTTTAGTTCACATCCATTTTTGGAAGTGTCTCCAAAAAGTGTTAGGTTTTCAGTTGGAGTTAAGTATAGCTTTCCACCCACAGACTGATGGTCAAGTCGAGCGTTTGAACCAAACACTAGAGGACTTGTTACTCGCTTAATCCAACAATAGTTATTAGGCTATTATATATGGGCATGGCGCCATTTGAAGCTCTATATGGGAGGAGTTGCAGATCTCCTATTTATTGGGATGAAGTTGGAGAGCAAAAATTGTCAGGACCTAAGTTGGTACAGGTTACGGATAAGGCTATCCAGAAGATTAGAGCTCGCATGCCAACAGCACAGAGCAGACAGAAAAGTTATGCGATGTGGGACGACGAGACCTGGAGTTTGAGTAGGTGATAAAATGTTCTTGAAAGTAACACCTATGAAAGGTGTTGTGAGGTTTGGAAGGAAAGGGAAGTTAAGTCCACGTTTTATTGGGTCGTTTGAGATCTTTGAGCGGATCGACCTTGTAGTTTAATGATTGGCTTTGCCATTGAAGCTTTCTGCAGTTCATGATGTTTTTCATGTCTATATGTTAAGGAGGTACACGATAGATCCGTCTCATGTAGTGGACTTTGAGCCCTTATAATTGAGTGGGACCCTAAGTTATGAGGGGAAACCTATGCAAATTCTTGCAATGAAAGTGAAAACTTAGCGCAATAGGGAGATTGCACTAGCAAAGGTTTTGGGGTAAAAAATCAGCAAAATACGAACTGCTTGCGAAAATCCCGTTTTTCTAGGTTTAGGGCATGCAATGTAGTTGCATTGTCCACTTGATGTCGTTGCATCAAATCTTGTTTCTGCAAAAAAAATACCAAAATTAGACCATGAATGCTCACAAAATTGGTTCAAACCACCCTAAACTTGCTTAAAACTAACTAAGGACATGTGTTGATCATTTTGCTAGAGTTGGGACATTACAGGTCAAAATGACATGATTACAAACTCTTTTACTTGTGAAAAGTGGGAAAATGGAGGGAAAAGCATGCATTTTATGACATCTATAACCTACTTAAAGTATGTCTCACTCAATTTTTCTAAAAAAAAAATGTTTGATTCAACCCGACCTAACCCAAAGACATTTACAATTGTTCTATGATTGTAGGTCACTTTAGTAAGGAAGTAGCAATTTTTTACCCGTCTCACAAATAAAGGGGAAAGACAATAAAATGGGTCTTGATTCACAATCTCCCATTGGCGTTGGGCTTTTGAGTTAAAGAGCAGAAAATTCTTTGGTGTCTTTCTTTACTCTCTGCTGAGGAAGTTCATAAACCATTCCATCTTCCAGTGTTTCAGCTTTGGATTCCGAAGGCGAGGGCAAGTCGAACATGGGTAAAACGCAGGAGAAGCCCAGCTTCTTCAATATATATGGAACCGATGTATGTATTCTCTTCTTCATCATTCACCTTCTCCATTTGCTTTTTCATCTCTGTATAATCACGATTCTTGGTGTTGTTCAATCAATAAAGGGGTGTTAGTATTTCCTTAAACTGAATAAGTTTTTATCATTGTGCAACAAAATGACATCGGATAACATACTGGATTCTGCTTACTTTGATTCCTCTTGTAGGCCAAAGCTGAGGTTCTTTTCAAAAATCCAGAATCTAATTCAACTTTAAGTCTGCAAGTGAGTTTATTTTAGTCATCAAGCTTCTTCTAATGTTAAAGTCAGAAGTGACTATTAGATTTTTATTGTCATTTATCTTTCTCTGCAGGATGTTCAAGGGCTTGTAACTTGGGTGCTTGCTGAAGGTTTCATGCCGCCGTGGGTTTTTATCAAGGTCAATACCTTTTCAACTTTTAAATTATTGATATCTCTAACTTGAAATTTTGTGCAAGCAAAGAAGACTTGACCATGGAGGTAGTGCTTTTAGATAGAAATCAAATATCGGTGAAGGTCTAGACCTCAAATATGTTTTAGCTATATTCTGTCATTTTTTGTTAAATAGAGTTATAATTATTTGAAGCTGCATGCTGATTTGCTCCTATGGAGGTGTGACCAGGAGATAACACCTTACACATAGTTTGTTATGAGCTTGTATTCAGTGATGTCTGAATTAGATTAACAACTGGGATCTTGGTGTTCCTCTGTTAACTTTTGAAAGTCTACGAGCTTATCTATTTTCTAACTGTGATTGTTAAAGACTATTTGTTTGGATAGCCTTATGCTCTGTTATTTTATCCATGGTTGATGGCTTACCTTTGCTCCAAATATTTAAGATTTCCTCGAATCACTTAAATAATTATATATATGCAGAATAAACCCCTAATCCCAAAGGTGGTTATGGTTTATCTCCCTGGCCTGGATGCTGCTCTGTACATGTCACAGTCCAAGATACTTCCTACATTTAAAAGATTCTGCGGCAGTCCAAGGGCAGTTTTAGCTCTTAGGTGCGCATTCATTTATTGAACTTTTCAATTATTTATTGGGAATGTTTCTGTGATTTACTTACCGTACAGTCCTCATGTTTTGATTTTTTGTATTTTGCTAGCTGTATATCAGATAGAATGCAAACAATTGATGCACTTTTGACGTGTAAGGTAAAGAGAAAGAGGGATGCAAACAATGTAGACATAAATAATAAATTGACTTCTGAACCAGGTATGTAAACCATTGCCAAACTTTAGTTTTGGTCTAGCTCTCCAGCTATTTAATTTTCTCCTTGTGCTGTTTTAGTATACTTTCTATTTCCTTGTAGGAGTTGGGAATTATTGTACTTTATCACTACAACTGCTGCTATTATTAATTATTATTGTTATAAATTTGTTTTTGTTCGTCCTTGAGGGTATAACATGTTGATAACCTTTTCTGAGTATAAACTGTGCTACAAGGAGTTCAAAGGCGAGTCTACATTATTATGTGGGCATCAGACTTGTACTTCCCTGAGAAGAGGGTATTTTAGTGGCTGTATACTTGTTGAAAGTCGTTTTGATGCCTTTTATGTACTCTTGCATTTTTCTGAACAGACCTTTTGACTTGTATACATTCTCTCTCTCTTTTCCTCTCAATATATTTATTTGGAATGTGTACAGAAATATCTGGCCTTGAAAAAGAAGCACCAATATCTATCAAGCTCCCAAAGGAGTTACCTTTCCCTGTAACATATTATACACTAACTGCCAAAGCACTGGAAGACAATGGTTATCCTTTCAATCAACCAGGTGATTTATCTTTGTTAGTTAACTGTTTGTGTTCTCTTGGAAAGCTGTATTTTCACTTTTTTCCGAAGTTAACACCCATTCTCTCCACCCTCACTGAAGCGTTTTTTCAGGTTAGAAAATTCTGTAAGTTAATTATTCATTTGATTCAGGTTTCATCCAAACACTTCCGGCTCCTGTGGGATCTTCACCTAATGAAATGTTGGCACTTGACTGTGAGATGGTAAGTCCATTTTTCTTTCCAAATTTTGAAATCTAATGTATCTCAATGGATGCTTAATCTTGAGACGCAAGTGTATTATCCCAACCATATATTTGACATATATTAATATATTTGATTGCTTTTATTTCATTTCTTTTTCATATCTTACTGCTCATATTTGTATTAAGTAATGAGAAAGTTCTTTACGATACCATGGCATCGGCAGAGCTTTTCTTTTTTCATTGTGACTCTTGCGGCTCAAGAGAAATAGGTGTATATTCAAGGGAAAATTCACTCTCCTTCCTTGAAAATATGATTTCTGTTGCTGTTCTTGGTCTAAATGTAAGAAAATGTGCTTTTATTAAAAAAAATATATCAATGTACTAGTGTTTTAAAAAAGCCCTCCAGGCGCGTGCCTAGGCTCAAAGGCGCAAGTTTGGGGCCTCGCCTTGAATAGGGAAGGTTCACAAAATAAGACCCACCTCAGGTGCGCGCCTTTTGTGAAGCCTCAAGGCTTTAAGCCCTGGACCTTGGGGTGTTTTTATTAGTTTTAAAATATAGTAATAATTAGAGTTGATCCTTCTTTATTACATAAAACAAAAGAAAAAAAATCAAATTTACTATGCCTAAATGCAAAATCTTGTGTTTAGGAGTCTTTTTATTATTATTATTTTTATTTTTATTATCAGGACTTCCCTTGTCTCAGTTCATGTCTAACATTTTCACCTCAACTATGCTTTCTCTTCTTTATGTATTACTTTTATATATAGTGCGTTTCACAACAAAAAGCCCACACTTTTTCTTGCTCCTTGCGCTTAAGCCCCAAAAGACTATTGCGTTTTACTGTGTCTTGAGCTTTAAAAAACACTACTATATACAAGGACATACTAAAAACAAGCCGCAACATAAGGGGTCCAACCCTAACTACAAAAAAGACTCCAATCTAGATACAAGGCACACATTTTTCATCAATACAGAGGCACAAAATAAATGGTGTCAAGGAAACTGATGTAGCCTAAATGCTAAAAAGGAGAGAAATCTCCAAGAAACCCACAAAGTCTTTATTATGAATGAAAGGATGATCTAATACAAGGGGGGCTTTCTCTATTTATAGAGAATTACAAGAGTTCTAAAAGGATAACTGAAAGAGGTTAAAACTAGTTTGGTAATTAAAATGTAATTAATAAGGATTAACCAAGATTAACTTGAATTTACCAAATTATCCCAATCTATTACATCAGAAACTATCTATAGTCCTTTCTATATGGTTAAATTTCCTAGGATCCTCAAGTCGGCAGAGCACTTTTACCTCTTTGGATGGATGGCTACCCAAGGTAGTGGGGAGGAGGCCGTTTAAGCAGTAAGGTAGAGCCACATGCCAATTGAAGGAAGAAATTTAGTAGGTGCGGAACTCATCAAGATAATACACCATCCTGGAGAGAGAGTTGTAAAGGAGACTTGTTTTGTATCATATCATAAGTGTTTATACTCTCACAAGCAAGTTCAAGAAAAACTTATTTTTTAGGATAGCAGGCTATCTCTATGCCAATTTTTGTTGTATAACGAGGGCAGGAGGAAAGATGGCAAAACCACAATAGTGTTCATACTCTCATGGCTAATTTAACATCATATCAATTTGGTAGGAGCCAAGAGGAGAAGGCAATTTGTGATTTGGGTGTATTTATCTTTCTCATTGCGTAGCTTATCGGAAGTGACAGTAGCAGAATCCAATTGCTGTTTATCAGCGGAATGTTCTTTTGGGAAGCCAGAAACTTGTTTGACTAGATGTTTACATTAGCATCATTGAAAAGTATGAAGTCAATATATATATATATTTTAATGATTTTATGAAACATTCAAGAAATATCCATGACAAGGTAAGTGTACTTATTTATTTACTTTGTAAAATTTGAGTCCAAATCTAAGTTGTTGAAATGTTAATGTTGCATGTAATCGATAAGCCTTGCCTTCAGTTAGCAAGGAAACAAGGGAAGTTCGGAGAGCTTCCCACTTCTCTTAATTATCCACAGAGAACTCACAGAGCAGAAATTAGCCAAAAATGGCCTCTTTCACACGTATCTCAGCTATATACTCTAGCCTCTCTGCCACTGTAACTAATAAAATTCCTTTGTGGCTCCACTAATACACGTAATGCACTAACATTCCTTACTCACGCGCCTACCCCCTTCCTCACTCTCTTCCGGGTATACACTTTCATAATAGGGGCCTACCAGTATTCTGTTCATATGCTTTAAGGCTACTTACTTAGTCAGCAATGACTTAATATTTATCTTTATTTGTAATTCTTGATATAATGCATTATTAATACTTTTTTTCCCCTTTATTTTTATTAGTGTGTGACATGTGAAGGGTTTGAGCTCACAAGAATAACCCTGGTGGATATGGAAGGACGGGTATGCACTCTACTCTGCCTCAGTTACTTGCCTTGGTGAAAGCATTGGATTTTTGTATGAGGAAACTTAAATGGTGCTTTGAAGATTTTAAATCAAGTACTGGATAGTTATTATCTGAATTCTGAAAAAAATAATCTAGAACTGAACAGGGAATTTGGGTAACCGTCTTGCTAAATGCTAAGTTAATTCAATTATCTTTATCTTAATCCTTTCTCAGCTTATGCTTCTTTTTGAAGTTAACATGTCTATTTTATAAATTGAAGCCGTTGGATTTTACCTTAGTAGCATGCAGTTGCCATTTGTTTAACTAAAGTTTTCGACCACCTATTGTCGTTTTTGGGTTAACAAAGTAATACCAATTTTCATTTAATTGGGGACTTTCTGTATTTGATTTTGTTTTTATACCAACATGTTATACTTCTACGTGTCTCATTGTTTTTATTTATGCGCCCTTTTCCTGGTTATTTCAGGTTGTCCTTGACAAATTGGTTAAACCGTCAAATGCAATTGTTGATTACAATACGAGGCAAGATCTTCTTGAGCTTTTAGTAGACAATAGAATTGATGTTGATGATGCAGAATTCTTATGTCTCATATATATTAAAATATATATATATATATATATATATATATATATATATATATATATATATCATCAAGAAAGTTCTTTTGATGTGAAATTTTAGCTTCCTGTATTTGATCGGTATGGAGATTTATGAAGCTGTTTCAGTTATGTTGCATGTTTTACTATTCTTTAAATTAATTACCTTTGACAATGATGCTTCTTTTGTTTTGTGAGAGCTTCCTTCTTTTTCTAATTTGGTTTGGTATGTTGTGGGGGATGGCAAGGACACGTATTTTTGGGAGGATTAGTGGGTGGGGGATTGTGCTCTCTCTTCTATCTTCCCACTTATATTCCTTTAAAAATCACCCCATCTCGAATTTTTTGATTTGGTCTGAGAACTCCGTGTCTTTTTCCTTTGGGTTTCGTTGCCACTTGTCCAATAGGGAAACGATGGAGGTTGTCTCTCTTTTTTTCTTTATTGGAAACGTGCAACTTTAGAGTGGGGAGAAGGGATGTTTGCATTTGGAGTCCGAATCCTTGTGGATTATCTTGTAAATCCTTCTTCAGACTGTTATTGGATCCCTCTCCCTCTAGGGAGGCTATGTTTGATGTGATTTGGAGGACTAAAATTCCTAAGAAAGTCATGTTTTTTACTCGGCAAGTTTGCTTGGCCATGTTAACACTCTTGATAGGCTTGTTAGGAGAAGAACCTCGCTTGTGGGGCCTTCTTGCTACTGGCAGAGGAAGACCTGGATCACCTTGGTTGGGATTGTCAGTTTGCGAGGACTTTGTAGAGCTTCTTCTTGCAGGAGTTCGATGTTAGTATTGCTGGTCAGAGAGACATCCGTGCGATGATTGAGGAGTTTCTCCTCCATCCGCCTTTTAGAGAGAAAGGCCGTTTTTTGTGGCTTGCTAGGGTGTGTGAGGTTATATGGGATATTTGGGGGGAGAGGAATGATAGTGTTTAGAGGTAGGGATAGGGACCCTTGTGAGGTTTGGGCTTGTCCCTTTGGGCTTCAGTTTCAAAGCTTTTTTGTAACTATTCTGTAGGAACATTTTACTTAGCTGGAACCCTTTCTTTTTTTTTTTTAAAGGGAAACGGTCTCTTTCGTTATAATGAATTGAGACAAAGCTCATAGTACAGAATTGACAACCCTTTCTTTTAGATGGGGTGTTTCAGTGGGCTTGTTTTTTTGTTCGCCCCTGTATTCTTTCATTTTTTCTCAATGAAAGCAGTTCAAATAAAAAAAGAACAACGTATAAGAGGTATTCAAACCAAACAAAAAAAAAGATAGCCTATGGGCTGGAGGTAGAGGCACCTCCTCCCTAAGAACTACTTCAAAAAGGCTTTCCAATTTCTAATGATCATGTAATTACAAAAAGAAAATAAAAAAAATAAAATTAATGGCTTGAACACCACCAAGAGGTCAACTATTGTACACTATAAACAAAAGATGCCTCTACGTGCAACTTATCCTCAAATAGTCTAAGATTCCTTCCACACATGCCAAAAGAAATCTTTGTGGTTTGAGCTCCACGAAGGTAATGCTGCTTAAAGGATAGAGAGTTTTTGGGTGTACAACAATGGTTCATTTTCATCATGTTTGTGCGTGAACTTGTTGTCCAAGGTGATATTCTTAGCTTATCTTGGGTGGTAATGCCGGACGCCCAATGTGTCCAAATGGCTGCTGTCTCTAATTTATTTGTCTTCTATGGTCTCGAGGCACACTAAAAATGAGGAACTAACTTCATCCTTTTTTTTACGTTTGTCTTTTTCGGCTTAACAGGTTTAGTGGAATTACATGTGAGATGTTAAGTGGGGTGACAACTAGTCTGGAAGATGTTCAGGTTCTCTTGACTATACTCACTGATGTTATCTACTTGCAGCAATAATTGTTTGATGAAACTTTCTAATGCATTTATGGTAAATGTACTCTGCAGAGAGATTTTTTAAATCTGGTTCACAAGGAGACTGTTTTAGTTGGCCATTCACTGGAGAATGACCTGATGGCATTGAAGATCTCTCATGATCTGGTGATTGATACTGCAGTACTATATAAGCATCCCCGTGGCGGCTCTCATAAATCTGCGCTTCGGATTCTTACTAAAAGATTTCTTTCCAGAGAGATTCAACAATCTGGAAATGGCCACGATAGTATTGAAGATGCGAGAGCTACTATGGAACTTGCACTTCTTAAAATTAAACATGGCAAGTGACATTTTACCGACGCTATACTTATGGAGAACATAGTTTGACTGTTCAACTCTGAAGTTCCTTAGGAATATTACCGGTTACACCTTACTTGTGTTTATTTCAGTTAGTTTAGTGTTTAATTTAATTTGCAATCTGCAATTTCATGTACTAGTGCAAGAAAAGCTGATCGAGTTTCATGTTAGGATTAGGATTAGTTTCTTTAGTTAATTAGGATTAGGATTAGTTTGCTTTCCAATTCTCTATAAATAGAGAGTTTGTTTCTTTTATTGGTAAGTTTTAATTGATTTGAATAAAAATTCTCTTGATATTCATCCTAAGCATATTTTTGAAGGGGTCGACTTATTGGTTGAGCATTCTTCAGAAAGCGGTAGCATATACTCTCAGGGAGGATCTTTGTTGGATTCTTCTAGGATTCTTTCATAATGGAATTGTAATCTAATGCAAATGAGATCCTCTTAGCTCTTCTAAAAGGCTATTGCTTCTGGGGTTTCTAACTACTGCCTATTACTCTCACTGTTTGTGCTTATAACATCTTGGTTAGAGTTCTTGTTGGGAGACTTAAAGAGGTGCCACATGATTTTGCCTCCCAGTAAGTTTTTATGGAGGGTTGCCATATTATAGATCCTATTTTGGGGAAAATTAGGCATTGGACAAATGGAGGTGTAAAAATAGAAAAGGCGTTGTCTTCAAACTCAGACACAAGAAAAGCCCATGATAAGGTGGACAGAAACTCCCTTGATAAGAGGAATTCCTTTTTAACTGTTTGGCAATTGGAGTCCTTTTGCTAAAGCTCCCATTGTGGTAGTAAACTATCAATGAATCCCTGAAATTGTTAAAGCTTTTAAGCGTCTTGTGAGAATCTCTTGCCCTCCCCTTCCTGTTTTTCCATTGTTAGTGAAAGTTGCCTCCTATTAATAGATAAAATGTATGTCTAAGTGTCTCCTTCCTATTTTATGCTTATCAATGGGTGAGGGGCAAGATTCAAACTCTAGAGCCGTAAGCTAGGAACCCCTTCTCCATTTTTCTTTTCCTCACCACCATGTGTCTGAGTAGACTTCCTGGCAAGGGAGTTAAGGCTTGCATTATTGAAGGTTTCCCTGTAGGAAAAAAGAGTCCACGTTTACTGCTTGCAATATGTGGGCAGCTATGATAAGGTAAAAGGATTTTAACCCTAAAATAGAGAGAAGGGAGATAAATCCAAGATATATATTACTGCTTGCTTTGCAGGTGGTTTTGATACTTTGTTTGAGAAGGGTGAAAATGTTTGAGCAAAATTGTTTCCCATAATTCCTGCCAAGTTCTCCGTTTTGATTGATAAAATGTGGTTTTCAGATGGTATCAATTCCTACTCCAATTAAAGCATAGCTTGGTGGTTTGTCTAGGATTTGAACTATTTTTGCGGATATCTGTGTTTATGCGCCTAAGCCTTATTGTTTGTCCGAAGTTGGGTTTTTCTCCCAGTAAATGTAGTCTTGGAAGCAACAGTTTAGAAGTTGGTTTGTTTTGTGGTTTGATCCTCGCACTTCCGAGCTTATTGGTTTTCTTACCTCGCGGCTCTTTGGACATCTGTCGGTTTTGGCTTTTTAGTTTATGTGCTCTCTAGTTTTGCTTTCCTTTTTTGAGCTGATTTGTTAGGTTGTAAGAGTTTGCTTTCTAATGTCTTATCCTCTTTATATCCTATTAATAGTTTTCTCCTTTAGTTTTTTCGTAATTTCTCTATCCTTTTAAAGATATTATATCTTTCAGCATTAGTCTCTTTTCATTTTATCAATGAAAAGTTATGTTTCCTTCTTTAAAAAAAAGCATGGAATATGAATCATGTGGTGGCTCTTCTTTTCCTTTTGTAAGACCATGTGTTGTTGAACGCACTTTTGTTATCAAGCATGGATGATGATTGATGTGGTGGCTCTTCTTTCCCTTTTGTGGAATGGAGGATAGATTGCTTATCATTAGCTAGCCTTTTTGCTCTCATTTAGGTATCTAGAGGAACAAGTTTTATAGGGAGGTGGAGAGATCGAGTGAGGAAGTTTGGGAGGGGCTTAGGTTTAATGCCTCATTATTGGTGTTGGTTAAAAGATTCTCTTATAACCATGCTCTTGGTTTGATTTTGTTGGGCCGGGCCCCTTTTTTGGAGTTACTCTTAGCCTCCTTGCTCTTTTTGTTATTTGTTGGACCTTTTTTGTATGTCCTTATATTCCTTTCATTCTTTCTCAAGGAAGGTTCCATTTCTTACCTGAAAAAGGAAAAACCATGGAAGATGGGAAGAGAGTTAACCTACTCAACATTACTAAATCTTTTGAGTTGGCCTTTGGTTTGAAAATCTGCCAACTACATTTTCAGTTGCCAGCGTTGGTGCAGAGAATCTTGGCAAAGCTACCAAAACTTGGGGTTACTTGAAGGGCTCCTTTCCTCTTCATTATTTAACATGGCACTTGGTGATAAACCGAAGACCTTTTCTCTTCTGGAATTCTTTGGTGGTGAAGTTGAACAAATGGGGTTGCCTTACTTCAATTTAAGTTGTCCTTGCAAACTTTCCCTCTTATTTCCTCTAGGCTCTCTAAGCCCCCAAGGGTATTCTTCGTCAAACTTTCAAATCCTAATTTGGATGGAGGGTATCTATTAGGAACCAAGTAGCATGGGCTACCTTTGTCCTACATTGGTTTGAACGGGATGATCAATATTGTACTTAAGTGGTTTGACTTTCTCACCCCAATAGCTTGCTTTTGGAGTGGTTTTCCAAGGTACTTAAGTACCTAACTATTATATAATATGTTGGAATTTTGTTTCTGAAATCATGGAGAGAAACAGATTCTTACAAAATGGTTTTGTCATTCTCAAAAGAACTTGCCTCTCTCGTGAAGGATATGAATTTGAACAAATATGACAGTGGTACGAGTGGCTACTGAAGGAATGCACACAGTGGTTATTAACAGCCTTGGATGGGCATCACTAGAACAGATAGCTCCTTTGAGCGTTGCAGCGGTATGAAGGTTTAAAATAGTGCCCTGAAACAACAAAGAGTCGTACAAATGGGTGGTTCATCCTGAATTTCTTTTCAAAAGGACCGGGTCTCAATCTCAACCTTTCCAAAACAGCTTTAATTGATCAATTGTAGTCCAGAAATGAATATAGCCTTTCTCACAAAATAGCTGTGGAGGTTTGCAAATGAGCCTAATGCCCGGAGGAAAGTTATTGCTGCCATTTATTGAGTGGGGCCAGCAGGGTGGATTCCCAAACTTTTCTAAAGGCCATCCATGGGTGAGTATTGATAAAAACAAAGTTTTTTCTTGGAGTTTGTCAAGTTTAATGCTGGAAATGCGCTTAGAATTCGGTTTTGGGAGGACATCTAGGTTGGGGATACGTCCCATTGTTTCTATAAAGAAGACCAATCTCAAGCTTGGCATTTGGGGATGAAAAGGTGGCCTTTTGATGGGGGTTCGATGAATGGATTGATTTCCTGTGTGATTGATCCTATTTGGCTGGAAGAGGGCCATGACAGGGTTAGATGGGGGATGGACGGGAATTCATTCCCAAGTCTACTTTTTTTTTTTTTTTTTTTTTTTTTTTTTCTTTTTTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTCATTTCTTGAAACTGAATAATGGGCTTGCGATCTTCTTGGTGAAAGAAATAGGAAAATTTTCCTTTGGACGTTAATCTGTTGGAGCATAAACACAACAGAGAAGCTCCAAGGGAATTTCCCTTCTTGGTACCTTTCCCCATAGCTTTGCAGCATGTGTATGAAAGATGAGGAATCACTAGACCATCATTTTGCTTTTAGGGGTTTTTAGTTTCAAGACTCTTGTTTCATTTATATGTTATAACTGTTGTTACCATTCCTTTGGGATTGATAGTGGGAACACTACTCGCAGCAGAGTCTTGATAATATGCATATCTTTTGCATTGTACAGTTTGGTCCTTAGATCGCCCTACGTTGTGTTATAAATTGTCAATTTTCAAAACTGTAGAGTGCTTATTGGATGCCTTTTCTCTTGTTTTCAATCAGGACCGGACTTCGGTTCACCTCCATCATTAATCCGGAAGAAACTACTTAATATACTTGGTGAGAATGGAAAGACATCTTCTTTCATTGATGATGTATCAACGGTGAAGAGATATTCCTCTGAATCATCACATGCATTTCCTGTAACTTCTGATGATGAAGCTCTTTCAAGGGCAAAAAAGGAGGTTGGCTAGCTGCTGATTGTATTTGTCTGAAATTTCATTTATAACTGATATCTAATAGTTTGTTTGTGACTATTATTGCTCTAGGCAATGAATGAAAAAGTTCACTTCATCTGGACACAGTTCTCGGAATTGAATTCTTTCCATAAGAAACAGGCAGATGATGAAGAAAGATTAAATGTCAAGCTTGCAGAGTTGTTGTCATTACTTACGTGTGATACAAAATCTGTCAACAAGAAAAGGAACAGACCCAAGATCTCTGTTGAATTGCGGGAAATTTTGGCTCGGATGGATTCTAGAATCAATGACCTCTATACCTCTTTGCCTACTAATGCTATGCTTATCATTTGCACTGGTCACGGTGACATAGCACTTGTACAGAGGTATGCGAATAATGCATCTGAAATCTTTCCTTTCCCTTTATTATGGTAAATTCTGGCTGCTTCCAAGTATCAAAGTTTCCGTTTCATAGAACAGGAGAAAATAATAAAGAATTTAGCAAATATTAAAACATGGATGATAAAATACTGCAGGAAAACAATGTCATGCAAGTTAACATGTAGACTACCTTTATGTGTTACTGGAGTTTGCACTTTCTGCCTGCTCCCTTGGACTTGTTCGTGTAGTAATGGCTTCGGCTAATGAAAAACTTGTTAGCTGGGCTCGATGTGCATTATGGCTATCAACTGTGATAAAGAAAAAGTGCTTAGGTGTTGATTAGCAAAAAAGAAAAAAGAAAAGTAGAAGAAAGAAGAAAAACTCCTTAGATGGCTAATGTAATTAGGTGTTCTGTTATGACCTTCCTTTGCGCTATATTATTGGTCTTTGTTTTCACCATATCCCCGAAGGCAACTATTTTGCGATCTGGTTGCTGAAAAGATGGTTTGTTGAAAGGGATATATTAGTATTGGTGGGAACTCACAACCTTCAACAATTGGTCATAACTTCCCACCCACAATAAGGTTATGTAGTAGGCTGAGTGGTAAAAAATATCAAGGGTTTAATAAAGAACTTAGAAGGAATCAGTTCAATCCATGGTAGCCACTTGTCTAAAATTTAATATCCTGTGAGTTCCTTGACACCCAAATGTTGTAGGATTAGGCGGGTTGTATCGTGAGATTAGTCGAGGTGGGGATAAATTGGTTCGGATACTCATGGATATCAAAAATGAAAATAGAGAGATGAAAAATAGGAATTTTAGAGGGCTCAAGAGATTTGAGAGCTATGGGGAGTTGGCTAGATTTAATTCGTAATTCTTCTTTTTTTTTTCTTTTTTGATATTTGTGAGTGTCCGGGCCAACTTACACGCACCTCGACTAGTCTCACGATTCAATCCGTCTGACCCTACAACATTTGGGTGTCAAGAAAGCCTGTAGGATATTAAATCGATTGAACCCATGACTCCTTGGTCCTTGGGCTTTTTTAAGATATTTCCACTGCTGCTAGGCCAACCCATAATGGTTAATTTGTAATTCTTTTTTGTGGGCATGTGTTAATCACGGTGTTTGTTTGTTGGAAAATTTGTAGGACTTAATATCTTAAGTAGGTAACTATCAATATTGGGATGATTCATACTTTTTATAGCCATGTCATATCAATTCGCACAAAAACTTCTGCATTTATCATGACCTTCGTAAGCAGTTTTGTTTCTAAAACAATGTCTCATGTTTGGACCCCTATCTATATGGATGTAGATTGAGAAAAATGCTACAAGAGCAGAGTGAAACAAGCATATGCCGTGATAAGATTGTCAAGATCTTGGAAGAGCTCCATGCCCAAGCTGAAGTAGCTTTGTGTTTTGCATGTATTAAACATTGATTAGTGAAATCCTTTGAAATCTTAAATCTCTTATAAAATTTTGATCATGATCTTTTTTTACGAGTTCGAG

mRNA sequence

ATGAGGGCTTTCACTAAGATAGACCTCCTTACGCGCGCGGACAAACCATCTTCATACCTTCTCCTTCTTCTCCGTGGGTTAACTCACCACCGCCAGAACTCCTTCACCCAGTACGCTATCGCTCGCCGCCGTTCTGACCCACCAGCCGCCGCTCGCCTAGTCGTCTCTCACCTGCGCCTCACAAGCCCAAGTGGCCGTCGCCGCCGACCTTTGCTCCGTCCGGTCAGGGGCTCTGTCGATCCGCCGCTCACACATCTAGACGTCGCGCGCCTCAGCAGTCTGATGCACAAGGTCTGCCGCCGGATGGTCGGTCGATCCGTCGCATCCGTGGCTTTGGATTCCGAAGGCGAGGGCAAGTCGAACATGGGTAAAACGCAGGAGAAGCCCAGCTTCTTCAATATATATGGAACCGATGCCAAAGCTGAGGTTCTTTTCAAAAATCCAGAATCTAATTCAACTTTAAGTCTGCAAGATGTTCAAGGGCTTGTAACTTGGGTGCTTGCTGAAGGTTTCATGCCGCCGTGGGTTTTTATCAAGAATAAACCCCTAATCCCAAAGGTGGTTATGGTTTATCTCCCTGGCCTGGATGCTGCTCTGTACATGTCACAGTCCAAGATACTTCCTACATTTAAAAGATTCTGCGGCAGTCCAAGGGCAGTTTTAGCTCTTAGCTGTATATCAGATAGAATGCAAACAATTGATGCACTTTTGACGTGTAAGGTAAAGAGAAAGAGGGATGCAAACAATGTAGACATAAATAATAAATTGACTTCTGAACCAGAAATATCTGGCCTTGAAAAAGAAGCACCAATATCTATCAAGCTCCCAAAGGAGTTACCTTTCCCTGTAACATATTATACACTAACTGCCAAAGCACTGGAAGACAATGGTTATCCTTTCAATCAACCAGGTTTCATCCAAACACTTCCGGCTCCTGTGGGATCTTCACCTAATGAAATGTTGGCACTTGACTGTGAGATGTGTGTGACATGTGAAGGGTTTGAGCTCACAAGAATAACCCTGGTGGATATGGAAGGACGGGTTGTCCTTGACAAATTGGTTAAACCGTTTAGTGGAATTACATGTGAGATGTTAAGTGGGGTGACAACTAGTCTGGAAGATGTTCAGAGAGATTTTTTAAATCTGGTTCACAAGGAGACTGTTTTAGTTGGCCATTCACTGGAGAATGACCTGATGGCATTGAAGATCTCTCATGATCTGGTGATTGATACTGCAGTACTATATAAGCATCCCCGTGGCGGCTCTCATAAATCTGCGCTTCGGATTCTTACTAAAAGATTTCTTTCCAGAGAGATTCAACAATCTGGAAATGGCCACGATAGACCGGACTTCGGTTCACCTCCATCATTAATCCGGAAGAAACTACTTAATATACTTGGTGAGAATGGAAAGACATCTTCTTTCATTGATGATGTATCAACGGTGAAGAGATATTCCTCTGAATCATCACATGCATTTCCTGTAACTTCTGATGATGAAGCTCTTTCAAGGGCAAAAAAGGAGGCAATGAATGAAAAAGTTCACTTCATCTGGACACAGTTCTCGGAATTGAATTCTTTCCATAAGAAACAGGCAGATGATGAAGAAAGATTAAATGTCAAGCTTGCAGAGTTGTTGTCATTACTTACGTGTGATACAAAATCTGTCAACAAGAAAAGGAACAGACCCAAGATCTCTGTTGAATTGCGGGAAATTTTGGCTCGGATGGATTCTAGAATCAATGACCTCTATACCTCTTTGCCTACTAATGCTATGCTTATCATTTGCACTGGTCACGGTGACATAGCACTTGTACAGAGATTGAGAAAAATGCTACAAGAGCAGAGTGAAACAAGCATATGCCGTGATAAGATTGTCAAGATCTTGGAAGAGCTCCATGCCCAAGCTGAAGTAGCTTTGTGTTTTGCATGTATTAAACATTGATTAGTGAAATCCTTTGAAATCTTAAATCTCTTATAAAATTTTGATCATGATCTTTTTTTACGAGTTCGAG

Coding sequence (CDS)

ATGAGGGCTTTCACTAAGATAGACCTCCTTACGCGCGCGGACAAACCATCTTCATACCTTCTCCTTCTTCTCCGTGGGTTAACTCACCACCGCCAGAACTCCTTCACCCAGTACGCTATCGCTCGCCGCCGTTCTGACCCACCAGCCGCCGCTCGCCTAGTCGTCTCTCACCTGCGCCTCACAAGCCCAAGTGGCCGTCGCCGCCGACCTTTGCTCCGTCCGGTCAGGGGCTCTGTCGATCCGCCGCTCACACATCTAGACGTCGCGCGCCTCAGCAGTCTGATGCACAAGGTCTGCCGCCGGATGGTCGGTCGATCCGTCGCATCCGTGGCTTTGGATTCCGAAGGCGAGGGCAAGTCGAACATGGGTAAAACGCAGGAGAAGCCCAGCTTCTTCAATATATATGGAACCGATGCCAAAGCTGAGGTTCTTTTCAAAAATCCAGAATCTAATTCAACTTTAAGTCTGCAAGATGTTCAAGGGCTTGTAACTTGGGTGCTTGCTGAAGGTTTCATGCCGCCGTGGGTTTTTATCAAGAATAAACCCCTAATCCCAAAGGTGGTTATGGTTTATCTCCCTGGCCTGGATGCTGCTCTGTACATGTCACAGTCCAAGATACTTCCTACATTTAAAAGATTCTGCGGCAGTCCAAGGGCAGTTTTAGCTCTTAGCTGTATATCAGATAGAATGCAAACAATTGATGCACTTTTGACGTGTAAGGTAAAGAGAAAGAGGGATGCAAACAATGTAGACATAAATAATAAATTGACTTCTGAACCAGAAATATCTGGCCTTGAAAAAGAAGCACCAATATCTATCAAGCTCCCAAAGGAGTTACCTTTCCCTGTAACATATTATACACTAACTGCCAAAGCACTGGAAGACAATGGTTATCCTTTCAATCAACCAGGTTTCATCCAAACACTTCCGGCTCCTGTGGGATCTTCACCTAATGAAATGTTGGCACTTGACTGTGAGATGTGTGTGACATGTGAAGGGTTTGAGCTCACAAGAATAACCCTGGTGGATATGGAAGGACGGGTTGTCCTTGACAAATTGGTTAAACCGTTTAGTGGAATTACATGTGAGATGTTAAGTGGGGTGACAACTAGTCTGGAAGATGTTCAGAGAGATTTTTTAAATCTGGTTCACAAGGAGACTGTTTTAGTTGGCCATTCACTGGAGAATGACCTGATGGCATTGAAGATCTCTCATGATCTGGTGATTGATACTGCAGTACTATATAAGCATCCCCGTGGCGGCTCTCATAAATCTGCGCTTCGGATTCTTACTAAAAGATTTCTTTCCAGAGAGATTCAACAATCTGGAAATGGCCACGATAGACCGGACTTCGGTTCACCTCCATCATTAATCCGGAAGAAACTACTTAATATACTTGGTGAGAATGGAAAGACATCTTCTTTCATTGATGATGTATCAACGGTGAAGAGATATTCCTCTGAATCATCACATGCATTTCCTGTAACTTCTGATGATGAAGCTCTTTCAAGGGCAAAAAAGGAGGCAATGAATGAAAAAGTTCACTTCATCTGGACACAGTTCTCGGAATTGAATTCTTTCCATAAGAAACAGGCAGATGATGAAGAAAGATTAAATGTCAAGCTTGCAGAGTTGTTGTCATTACTTACGTGTGATACAAAATCTGTCAACAAGAAAAGGAACAGACCCAAGATCTCTGTTGAATTGCGGGAAATTTTGGCTCGGATGGATTCTAGAATCAATGACCTCTATACCTCTTTGCCTACTAATGCTATGCTTATCATTTGCACTGGTCACGGTGACATAGCACTTGTACAGAGATTGAGAAAAATGCTACAAGAGCAGAGTGAAACAAGCATATGCCGTGATAAGATTGTCAAGATCTTGGAAGAGCTCCATGCCCAAGCTGAAGTAGCTTTGTGTTTTGCATGTATTAAACATTGA

Protein sequence

MRAFTKIDLLTRADKPSSYLLLLLRGLTHHRQNSFTQYAIARRRSDPPAAARLVVSHLRLTSPSGRRRRPLLRPVRGSVDPPLTHLDVARLSSLMHKVCRRMVGRSVASVALDSEGEGKSNMGKTQEKPSFFNIYGTDAKAEVLFKNPESNSTLSLQDVQGLVTWVLAEGFMPPWVFIKNKPLIPKVVMVYLPGLDAALYMSQSKILPTFKRFCGSPRAVLALSCISDRMQTIDALLTCKVKRKRDANNVDINNKLTSEPEISGLEKEAPISIKLPKELPFPVTYYTLTAKALEDNGYPFNQPGFIQTLPAPVGSSPNEMLALDCEMCVTCEGFELTRITLVDMEGRVVLDKLVKPFSGITCEMLSGVTTSLEDVQRDFLNLVHKETVLVGHSLENDLMALKISHDLVIDTAVLYKHPRGGSHKSALRILTKRFLSREIQQSGNGHDRPDFGSPPSLIRKKLLNILGENGKTSSFIDDVSTVKRYSSESSHAFPVTSDDEALSRAKKEAMNEKVHFIWTQFSELNSFHKKQADDEERLNVKLAELLSLLTCDTKSVNKKRNRPKISVELREILARMDSRINDLYTSLPTNAMLIICTGHGDIALVQRLRKMLQEQSETSICRDKIVKILEELHAQAEVALCFACIKH

Homology

[Close]

BLAST of ClCG08G002730 vs. Swiss-Prot
Match: SDN5_ARATH (Small RNA degrading nuclease 5 OS=Arabidopsis thaliana GN=SDN5 PE=2 SV=2)

HSP 1 Score: 630.6 bits (1625), Expect = 1.9e-179
Identity = 329/575 (57.22%), Postives = 422/575 (73.39%), Query Frame = 1


Query: 100 RRMVGRSVASVALDSEGEGKSNMGKTQEKPSFFNIYGTDAKAEVLFKNPESNSTLSLQDV 159
           +R  G   A+   D +G  KSN G      SFF+IYG +AKAE+ FK+PE+  TL+LQDV
Sbjct: 5   KRKRGAETAAEDCD-DGTDKSNTGN-----SFFDIYGPEAKAELDFKSPET--TLNLQDV 64

Query: 160 QGLVTWVLAEGFMPPWVFIKNKPLIPKVVMVYLPGLDAALYMSQSKILPTFKRFCGSPRA 219
           QGLVTWVLAEGFMP WVFIKNKPLIPKVV++YLPGLDAALY+S SK L + K  CG+P A
Sbjct: 65  QGLVTWVLAEGFMPSWVFIKNKPLIPKVVLLYLPGLDAALYLSHSKTLSSLKSCCGNPMA 124

Query: 220 VLALSCISDRMQTIDALLTCKVKRKRDANNVDINNKLTSEPEISGLEKEAPISIKLPKEL 279
           +LALSC+ D M+TID +LTCK ++K+   +      L S PE   L  ++   ++L K++
Sbjct: 125 LLALSCVVDEMRTIDTILTCKGRKKKTVTSSVEPPPLVSSPEACNLMGKS--FVELTKDI 184

Query: 280 PFPVTYYTLTAKALEDNGYPFNQPGFIQTLPAPVGSSPNEMLALDCEMCVTCEGFELTRI 339
           PFPV+YYTL+ K +E NGY F +     TLPAP GS P E++ALDCEMC+T EG ELTR+
Sbjct: 185 PFPVSYYTLSQKEMEQNGYTFEKLELTPTLPAPSGSCPPEIVALDCEMCITKEGLELTRV 244

Query: 340 TLVDMEGRVVLDKLVKP----------FSGITCEMLSGVTTSLEDVQRDFLNLVHKETVL 399
           TLVD++G+V+LDKLV P          +SGIT  M+ GVTT+L+D+Q +FL LV KET+L
Sbjct: 245 TLVDIQGQVLLDKLVMPTNPITDYNTRYSGITAVMMEGVTTTLKDIQEEFLKLVFKETIL 304

Query: 400 VGHSLENDLMALKISHDLVIDTAVLYKHPRGGSHKSALRILTKRFLSREIQQSGNGHDR- 459
           VGHSLENDL++LKISH+LVIDTAVLYKHP G S+K+ LRIL K+FL+REIQ+S +GHD  
Sbjct: 305 VGHSLENDLLSLKISHNLVIDTAVLYKHPHGRSYKTKLRILAKKFLAREIQESESGHDSA 364

Query: 460 -----------------PDFGSPPSLIRKKLLNILGENGKTSSFIDDVSTVKRYSSESSH 519
                            PDFGSPP +IRKKLL +L E+GKT+S ID+++ VKRY+SESS+
Sbjct: 365 EDAKAAMDLALLKIKHGPDFGSPPEVIRKKLLAVLNESGKTTSIIDNINIVKRYASESSN 424

Query: 520 AFPVTSDDEALSRAKKEAMNEKVHFIWTQFSELNSFHKKQADDEERLNVKLAELLSLLTC 579
           A PV+SDDEALS+A KE  N++  F+WTQFSELN+  + +ADD ++LN +LAE++SLLTC
Sbjct: 425 AIPVSSDDEALSKAVKEVKNKRSQFVWTQFSELNAHFQSRADDPQKLNSRLAEMISLLTC 484

Query: 580 DTKSVNKKRNRPKISVELREILARMDSRINDLYTSLPTNAMLIICTGHGDIALVQRLRKM 639
           + KS  KK N   +S E +EIL +M+ R+  LY +LPTNAM I+CTGHGD ++V R+RKM
Sbjct: 485 NKKSGLKKSN---VSPETKEILKKMNERVQSLYAALPTNAMFIVCTGHGDTSIVHRVRKM 544

Query: 640 LQEQSETSICRDKIVKILEELHAQAEVALCFACIK 647
           L+++ E    R+K+VK+LEEL AQAEVALCF  IK
Sbjct: 545 LKDEDEIGFDREKLVKVLEELQAQAEVALCFVGIK 566

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BLAST of ClCG08G002730 vs. Swiss-Prot
Match: YFE9_SCHPO (Uncharacterized exonuclease C637.09 OS=Schizosaccharomyces pombe (strain 972 / ATCC 24843) GN=SPAC637.09 PE=3 SV=2)

HSP 1 Score: 156.8 bits (395), Expect = 8.2e-37
Identity = 146/540 (27.04%), Postives = 236/540 (43.70%), Query Frame = 1


Query: 154 LSLQDVQGLVTWVLAEGFMPPWVFIKNKPLIPKVVMVYLPGLDAALYMSQ-------SKI 213
           L + D+Q LV W LA+G  P WV ++NK +I + V++ +PGL+ + +  Q       S +
Sbjct: 100 LKISDLQELVFWCLADGQAPSWVLVRNKQMIHRAVILLVPGLEPSQFGFQPVRGNKHSFL 159

Query: 214 LPTFKRFCGSPRAVLALSCISDRMQTIDALLTCKVKRKR----DANNVDINNKLTSEPEI 273
           LP      G  +       + D  +  D     +    R       N  + + L++E + 
Sbjct: 160 LPNLLNENGPIQ-------LPDFCEVFDRAWPTRSPGDRFRVFSPVNAFLQSPLSNEQKK 219

Query: 274 S-GLEKEAPISIKLPKELPFPVTYYTLTAKALEDNGYPFN----------QPGFIQTLPA 333
               E  A  S   P +       Y ++ ++  ++ YP +          QP        
Sbjct: 220 KRDKETRAMASFSKPSD-------YLMSYESFIEDEYPLHPTVMKGEEVTQPSGWVASAG 279

Query: 334 PVGSSP--NEMLALDCEMCVTCEGFELTRITLVDMEGRVVLDKLVKP----------FSG 393
              S P   ++LA+DCEM  T  G E+ R+T+VDM+  V+ D+ VKP          +SG
Sbjct: 280 DFHSPPINPKILAIDCEMVRTENGLEIARVTIVDMKSEVIYDEFVKPESPVTDYVTQYSG 339

Query: 394 ITCEMLSGVTTSLEDVQRDFLNLVHKETVLVGHSLENDLMALKISHDLVIDTAVLYKHPR 453
           IT E L  VTT L DVQ      V   TVL+GHSL +DL  LK +H  +IDTA +Y H R
Sbjct: 340 ITEEKLRNVTTVLSDVQSYLKKTVDNNTVLLGHSLNSDLNCLKFTHPHIIDTANIYNHTR 399

Query: 454 GGSHKSALRILTKRFLSREIQQSGN-GHDRPDFGSPPSLIRKKLLNILGENGKTSSFIDD 513
           G   K +L+ L  ++L REIQ++G  GHD     +  +L    LL +  +NG      + 
Sbjct: 400 GPPSKPSLKWLATKWLRREIQKAGALGHD----SAEDALACVDLLKLKVKNGPAFGLFNQ 459

Query: 514 -----------------VSTVKRYSSESS-------HAFPVTSDDEALSRAKKEAMNEKV 573
                            +  +  Y +  S        +    +DDE +S     ++++  
Sbjct: 460 DFESIFHRLSRQQPTPLIGAIADYGNPESCIGKAAHKSVSCANDDEVVSAV--VSLSDMH 519

Query: 574 HFIWTQFSELNSFHKKQADDEERLNVKLAELLSLLTCDTKSVNKKRNRPKISVELREILA 632
           +F+W +F EL       A+     N K          DT + N      +++      L 
Sbjct: 520 NFVWGRFRELEHAAMWNAN----RNTKQEN-----NSDTDTENDSVEEDQVT-SYSSALE 579

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BLAST of ClCG08G002730 vs. Swiss-Prot
Match: REXO1_YEAST (RNA exonuclease 1 OS=Saccharomyces cerevisiae (strain ATCC 204508 / S288c) GN=RNH70 PE=1 SV=1)

HSP 1 Score: 140.2 bits (352), Expect = 8.0e-32
Identity = 128/487 (26.28%), Postives = 215/487 (44.15%), Query Frame = 1


Query: 154 LSLQDVQGLVTWVL-AEGFMPPWVFIKNKPLIPKVVMVYLPGLDAALYMSQSKIL----- 213
           + ++DV+ +  ++L AE   P W+ I N+  + K++++++PGL    + +          
Sbjct: 65  IGIKDVRDMTQYLLQAENNSPKWIDICNRSSLQKMIVLFIPGLQPDDFENGKNTFNEISD 124

Query: 214 PTFKRFCGSPRAVLALSCISDRMQTIDALLTCKVKRKRDANNVDINNKLTSEPEISGLEK 273
             FK   G          I+    T   +            N  IN  L+   +I+ L++
Sbjct: 125 DNFKYIPGE---------IASTFHTFPVMAPGSKMTLFSPYNSFINVGLSKMEKINKLKE 184

Query: 274 EAPISIKLPKELPFPVTYYTLTAKALEDNGYPFNQ------PGFIQTLPAPVGSSPNEML 333
                  L K+    +    L+ + L  N YP +         ++QT+    G S   + 
Sbjct: 185 -------LQKKKKITINDLVLSEQQLVANDYPLDSGDTNFDTDWVQTVDFTHGGS--HIF 244

Query: 334 ALDCEMCVTCEGFELTRITLVDMEGRVVLDKLVKP----------FSGITCEMLS-GVTT 393
           ALDCEMC++ +G  LTRI+LV+ +  V+ ++LVKP          +SGIT E L+ G   
Sbjct: 245 ALDCEMCLSEQGLVLTRISLVNFDNEVIYEELVKPDVPIVDYLTRYSGITEEKLTVGAKK 304

Query: 394 SLEDVQRDFLNLVHKETVLVGHSLENDLMALKISHDLVIDTAVLYKHPRGGSHKSALRIL 453
           +L +VQ+D L ++ +  +L+GHSL+NDL  +K+ H LV+DTA++Y H  G   K +L+ L
Sbjct: 305 TLREVQKDLLKIISRSDILIGHSLQNDLKVMKLKHPLVVDTAIIYHHKAGDPFKPSLKYL 364

Query: 454 TKRFLSREIQQSGNGHDRPDFGSPPSLIRKKLLNILG-------ENGKTSSFIDDVSTV- 513
           ++ FL++ I Q+G      D  +   L + K+LN L        EN  T     +V TV 
Sbjct: 365 SETFLNKSI-QNGEHDSVEDARACLELTKLKILNGLAFGIGINTENLFTKLHRFEVKTVL 424

Query: 514 ------KRYSSESS--HAFPVTSDDEALSRAKKEAMNEKVHFIWTQFSELNSFHKKQADD 573
                 K ++ + S         DDE  +    E +N+ V  I  +   L          
Sbjct: 425 LNDMIIKNHTEDDSKGQLIRCVEDDETWTHI-HENLNKDVKLIVGRIKNL---------- 484

Query: 574 EERLNVKLAELLSLLTCDTKSVNKKRNRPKISVELREILARMDSRINDLYTSLPTNAMLI 602
            ER               +++ NKK  +   S +   +L  +   +  LY +     M++
Sbjct: 485 -ER---------------SRNYNKKPRKETPSFDASMVLHDIGQHLTQLYENATPGTMIL 505

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BLAST of ClCG08G002730 vs. Swiss-Prot
Match: GOR_HUMAN (Putative exonuclease GOR OS=Homo sapiens GN=REXO1L1P PE=5 SV=2)

HSP 1 Score: 116.7 bits (291), Expect = 9.4e-25
Identity = 66/161 (40.99%), Postives = 93/161 (57.76%), Query Frame = 1


Query: 304 GFIQTLPAPVGSSPNE-MLALDCEMCVTCEGFELTRITLVDMEGRVVLDKLVKP------ 363
           GF++T    +       + ALDCEMC T  G ELTR+T+VD + RVV D  VKP      
Sbjct: 484 GFVETFKKELSRDAYPGIYALDCEMCYTTHGLELTRVTVVDADMRVVYDTFVKPDNEIVD 543

Query: 364 ----FSGITCEMLSGVTTSLEDVQRDFLNLVHKETVLVGHSLENDLMALKISHDLVIDTA 423
               FSG+T   ++  + +L  VQ   L+    +T+L+GHSLE+DL+ALK+ H  V+DTA
Sbjct: 544 YNTRFSGVTEADVAKTSITLPQVQAILLSFFSAQTILIGHSLESDLLALKLIHSTVVDTA 603

Query: 424 VLYKHPRGGSHKSALRILTKRFLSREIQQSGNGHDRPDFGS 454
           VL+ H  G  +K +LR L   +L++ IQ S +GH+  +  S
Sbjct: 604 VLFPHYLGFPYKRSLRNLAADYLAQIIQDSQDGHNSSEDAS 644

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BLAST of ClCG08G002730 vs. Swiss-Prot
Match: GOR_PANTR (Exonuclease GOR OS=Pan troglodytes GN=REXO1L1 PE=2 SV=3)

HSP 1 Score: 115.5 bits (288), Expect = 2.1e-24
Identity = 65/155 (41.94%), Postives = 90/155 (58.06%), Query Frame = 1


Query: 304 GFIQTLPAPVGSSPNE-MLALDCEMCVTCEGFELTRITLVDMEGRVVLDKLVKP------ 363
           GF++T    +       + ALDCEMC T  G ELTR+T+VD + RVV D  VKP      
Sbjct: 390 GFVETFKKELSRDAYPGIYALDCEMCYTTHGLELTRVTVVDADMRVVYDTFVKPDNEIVD 449

Query: 364 ----FSGITCEMLSGVTTSLEDVQRDFLNLVHKETVLVGHSLENDLMALKISHDLVIDTA 423
               FSG+T   ++  + +L  VQ   L+    +T+L+GHSLE+DL+ALK+ H  V+DTA
Sbjct: 450 YNTRFSGVTEADVAKTSITLPQVQAILLSFFSAQTILIGHSLESDLLALKLIHSTVLDTA 509

Query: 424 VLYKHPRGGSHKSALRILTKRFLSREIQQSGNGHD 448
           VL+ H  G  +K +LR L   +L + IQ S +GH+
Sbjct: 510 VLFPHYLGFPYKRSLRNLAADYLGQIIQDSQDGHN 544

[Close]

BLAST of ClCG08G002730 vs. TrEMBL
Match: A0A061FIQ9_THECC (Polynucleotidyl transferase, ribonuclease H-like superfamily protein isoform 1 OS=Theobroma cacao GN=TCM_035363 PE=4 SV=1)

HSP 1 Score: 736.9 bits (1901), Expect = 2.1e-209
Identity = 376/569 (66.08%), Postives = 456/569 (80.14%), Query Frame = 1


Query: 107 VASVALDSEGEGKSNMGKTQEKPSFFNIYGTDAKAEVLFKNPESNSTLSLQDVQGLVTWV 166
           +AS+   SEG   S   +  E  +F++IYG  AKAE++FK PE+NSTL+LQDVQGLVTWV
Sbjct: 1   MASLKEKSEGAASSEE-ENNESSNFYDIYGPQAKAEIVFKTPETNSTLNLQDVQGLVTWV 60

Query: 167 LAEGFMPPWVFIKNKPLIPKVVMVYLPGLDAALYMSQSKILPTFKRFCGSPRAVLALSCI 226
           LAEGFMP WVFIKNKPLIPKVVM+Y+PGLDAALY++QSK L   K+ CG+PRA+LALSC+
Sbjct: 61  LAEGFMPSWVFIKNKPLIPKVVMLYVPGLDAALYLAQSKTLSGLKKSCGNPRALLALSCV 120

Query: 227 SDRMQTIDALLTCKVKRKRDANNVDINNKLTSEPEISGLEKEAPISIKLPKELPFPVTYY 286
           SD MQTIDALLTCKVKRKR+  +   +   ++E E S  E +   S +L K+LPFPVTYY
Sbjct: 121 SDGMQTIDALLTCKVKRKRNLIDSVRDTSQSAEQERSISEMD---STELLKDLPFPVTYY 180

Query: 287 TLTAKALEDNGYPFNQPGFIQTLPAPVGSSPNEMLALDCEMCVTCEGFELTRITLVDMEG 346
           TLTAK LEDNGY  NQPGF+ TLPA  GSSP ++LALDCEMC+T EGFELTR+TLVD++G
Sbjct: 181 TLTAKELEDNGYCLNQPGFVSTLPASAGSSPYKILALDCEMCITSEGFELTRVTLVDIKG 240

Query: 347 RVVLDKLVKP----------FSGITCEMLSGVTTSLEDVQRDFLNLVHKETVLVGHSLEN 406
           +VVLDKLVKP          +SGIT EMLSGVTTSL+DVQ DFL LV+K+T+L+GHSLEN
Sbjct: 241 QVVLDKLVKPSNPITDYNTRYSGITYEMLSGVTTSLQDVQEDFLKLVYKDTILIGHSLEN 300

Query: 407 DLMALKISHDLVIDTAVLYKHPRGGSHKSALRILTKRFLSREIQQSGNGHDR-------- 466
           DL+ALKISHDLVIDT+VLYKHPRGGS+K+ALR+L KRFLS EIQQSGNGHD         
Sbjct: 301 DLLALKISHDLVIDTSVLYKHPRGGSYKTALRVLAKRFLSSEIQQSGNGHDSIEDARAAM 360

Query: 467 ----------PDFGSPPSLIRKKLLNILGENGKTSSFIDDVSTVKRYSSESSHAFPVTSD 526
                     PDFGSPPSL+R+KLL++LGE GKTSSFIDD+S VKRY+SESSHA PV SD
Sbjct: 361 ELALLKIKNGPDFGSPPSLMRRKLLSLLGECGKTSSFIDDISIVKRYASESSHAIPVCSD 420

Query: 527 DEALSRAKKEAMNEKVHFIWTQFSELNSFHKKQADDEERLNVKLAELLSLLTCDTKSVNK 586
           DEAL +A+KE  N++VHF+WT FSELNS+ +KQA+D+ +LN KLAE++SLLTCD K  N 
Sbjct: 421 DEALLKARKEVKNDRVHFVWTHFSELNSYFRKQAEDDVKLNGKLAEMISLLTCDKKPANW 480

Query: 587 KRNRPKISVELREILARMDSRINDLYTSLPTNAMLIICTGHGDIALVQRLRKMLQEQSET 646
           K  +  +S EL+EIL R+++R+  L+T+LPTN+M IICTGHGDIA+V RLRKML EQSET
Sbjct: 481 KGIKNNVSTELKEILTRINARVYSLHTALPTNSMFIICTGHGDIAIVHRLRKMLTEQSET 540

Query: 647 SICRDKIVKILEELHAQAEVALCFACIKH 648
           ++ R+K+VK+LEEL AQAEVALCF  +KH
Sbjct: 541 TVSREKLVKVLEELQAQAEVALCFVGMKH 565

[Close]

BLAST of ClCG08G002730 vs. TrEMBL
Match: A0A0D2RHL6_GOSRA (Uncharacterized protein OS=Gossypium raimondii GN=B456_005G083600 PE=4 SV=1)

HSP 1 Score: 726.9 bits (1875), Expect = 2.2e-206
Identity = 366/552 (66.30%), Postives = 447/552 (80.98%), Query Frame = 1


Query: 126 QEKPSFFNIYGTDAKAEVLFKNPESNSTLSLQDVQGLVTWVLAEGFMPPWVFIKNKPLIP 185
           +E  ++F+IYG  AKAE++FK PE++STL+LQDVQGLVTWVLA+GFMP WVFIKNKPLIP
Sbjct: 18  KESSNYFDIYGPQAKAELVFKTPEADSTLNLQDVQGLVTWVLADGFMPSWVFIKNKPLIP 77

Query: 186 KVVMVYLPGLDAALYMSQSKILPTFKRFCGSPRAVLALSCISDRMQTIDALLTCKVKRKR 245
           KVVM+Y+PGLDAALY++QS  L  FK+ CG+PRA+LALSC+SD MQTIDALLTCKVKRKR
Sbjct: 78  KVVMLYVPGLDAALYIAQSMKLSGFKQSCGNPRALLALSCVSDGMQTIDALLTCKVKRKR 137

Query: 246 DANNV--DINNKLTSEPEISGLEKEAPISIKLPKELPFPVTYYTLTAKALEDNGYPFNQP 305
           +  +   D++     E  IS ++     S ++ K++PFP++YYTLTAK LEDNG+ ++QP
Sbjct: 138 NVIDSARDVSQSAEQETSISSMD-----SAEILKDIPFPISYYTLTAKELEDNGFCYDQP 197

Query: 306 GFIQTLPAPVGSSPNEMLALDCEMCVTCEGFELTRITLVDMEGRVVLDKLVKP------- 365
           GFI T PAP GSSP EMLALDCEMC+T EGFELTR+TLVD++G+VVLDKLV P       
Sbjct: 198 GFIPTRPAPDGSSPYEMLALDCEMCITSEGFELTRVTLVDIKGQVVLDKLVNPSNPITDY 257

Query: 366 ---FSGITCEMLSGVTTSLEDVQRDFLNLVHKETVLVGHSLENDLMALKISHDLVIDTAV 425
              FSGIT EMLSGVTT+L++VQ DFL LVHK+T+LVGHSLENDL+ALKISHDL+IDT+V
Sbjct: 258 NTRFSGITYEMLSGVTTTLQNVQEDFLMLVHKDTILVGHSLENDLLALKISHDLIIDTSV 317

Query: 426 LYKHPRGGSHKSALRILTKRFLSREIQQSGNGHDR------------------PDFGSPP 485
           LYKHPRGGS+KSALR+L KRFLSREIQQSG+GHD                   PDFGSPP
Sbjct: 318 LYKHPRGGSYKSALRVLAKRFLSREIQQSGSGHDSIEDARAAMDLALLKIRNGPDFGSPP 377

Query: 486 SLIRKKLLNILGENGKTSSFIDDVSTVKRYSSESSHAFPVTSDDEALSRAKKEAMNEKVH 545
           S +R+KLL +LGE GKTSSFIDD+S VKRY+SESSHA PV SDDEAL +A+KE  N++VH
Sbjct: 378 SFMRRKLLTLLGECGKTSSFIDDISIVKRYASESSHAIPVCSDDEALLKARKEVKNDRVH 437

Query: 546 FIWTQFSELNSFHKKQADDEERLNVKLAELLSLLTCDTKSVNKKRNRPKISVELREILAR 605
           F+WTQFSELNS+ +KQA+D+ +LN KLAE++SLLTCD K   +K  +  IS EL+EIL R
Sbjct: 438 FVWTQFSELNSYFRKQAEDDVKLNGKLAEMISLLTCDKKPAKRKGVKYNISTELKEILTR 497

Query: 606 MDSRINDLYTSLPTNAMLIICTGHGDIALVQRLRKMLQEQSETSICRDKIVKILEELHAQ 648
           +D+R+  L+T+LPTN+M IICTGHGDIA+V RLRKML EQSET I R+K++K+LEEL AQ
Sbjct: 498 IDARVRSLHTALPTNSMFIICTGHGDIAIVHRLRKMLTEQSETMIPREKLIKVLEELQAQ 557

[Close]

BLAST of ClCG08G002730 vs. TrEMBL
Match: F6H092_VITVI (Putative uncharacterized protein OS=Vitis vinifera GN=VIT_18s0001g15280 PE=4 SV=1)

HSP 1 Score: 722.6 bits (1864), Expect = 4.2e-205
Identity = 370/549 (67.40%), Postives = 440/549 (80.15%), Query Frame = 1


Query: 130 SFFNIYGTDAKAEVLFKNPESNSTLSLQDVQGLVTWVLAEGFMPPWVFIKNKPLIPKVVM 189
           +FF+IYG +AKAEV+FK P+++STL+LQDVQGLVTWVLAEGFMP W+FIKNKPLIPKVVM
Sbjct: 26  TFFDIYGPEAKAEVVFKTPDADSTLNLQDVQGLVTWVLAEGFMPSWIFIKNKPLIPKVVM 85

Query: 190 VYLPGLDAALYMSQSKILPTFKRFCGSPRAVLALSCISDRMQTIDALLTCKVKRKRDANN 249
           +Y+PGLDAALYMSQSKIL   K FCG+PRAVLALSC+SDRMQTIDALLTCK+KRKR  N 
Sbjct: 86  LYVPGLDAALYMSQSKILSGLKEFCGNPRAVLALSCVSDRMQTIDALLTCKLKRKR--NE 145

Query: 250 VDINNKL---TSEPEISGLEKEAPISIKLPKELPFPVTYYTLTAKALEDNGYPFNQPGFI 309
           VD   K    TSE            S+++ K+LPFP+TYYTLTAK LEDNGY  +QPGF+
Sbjct: 146 VDSALKKHDQTSEQGGCSGGSNNSSSMEVLKDLPFPITYYTLTAKELEDNGYCHDQPGFV 205

Query: 310 QTLPAPVGSSPNEMLALDCEMCVTCEGFELTRITLVDMEGRVVLDKLVKP---------- 369
            TLPAP G    EMLALDCEMCVT EGFELTRI+LVD++G+VVLDKLVKP          
Sbjct: 206 STLPAPSGCRLYEMLALDCEMCVTSEGFELTRISLVDIKGQVVLDKLVKPSNRIIDYNTR 265

Query: 370 FSGITCEMLSGVTTSLEDVQRDFLNLVHKETVLVGHSLENDLMALKISHDLVIDTAVLYK 429
           +SGITCEML+GVTT L+DVQ DFL LV+KET+LVGHSLENDL+ALKISHDLVIDTAVLYK
Sbjct: 266 YSGITCEMLNGVTTGLKDVQEDFLKLVYKETILVGHSLENDLLALKISHDLVIDTAVLYK 325

Query: 430 HPRGGSHKSALRILTKRFLSREIQQSGNGHDR------------------PDFGSPPSLI 489
           HPRG S+K+ALR+LT+RFLSREIQ+S NGHD                   P+FGSPPS +
Sbjct: 326 HPRGASYKTALRVLTRRFLSREIQESRNGHDSIEDARAAMELALLKIRHGPEFGSPPSFM 385

Query: 490 RKKLLNILGENGKTSSFIDDVSTVKRYSSESSHAFPVTSDDEALSRAKKEAMNEKVHFIW 549
           RKKLL +L + GKTSSFIDD+S V+RY+SE+SHAFPV+SD EALS+AKKE  N+KVHF+W
Sbjct: 386 RKKLLTVLNDYGKTSSFIDDISIVRRYTSEASHAFPVSSDVEALSKAKKEVKNDKVHFVW 445

Query: 550 TQFSELNSFHKKQADDEERLNVKLAELLSLLTCDTKSVNKKRNRPKISVELREILARMDS 609
           TQFSELNS+ KKQA+D ++LN KLAE++SLLTC+ KS   K  +  ++ EL++IL  +D+
Sbjct: 446 TQFSELNSYFKKQAEDTDKLNAKLAEMISLLTCNKKSTTPKGIKFSVTSELKDILTCIDT 505

Query: 610 RINDLYTSLPTNAMLIICTGHGDIALVQRLRKMLQEQSETSICRDKIVKILEELHAQAEV 648
           RI  LY  LP N MLIICTGHGD A+V RLRKML+EQ ET++ R+K+VK+LEEL AQAEV
Sbjct: 506 RIRSLYHELPANTMLIICTGHGDTAIVHRLRKMLREQIETTVSREKLVKVLEELQAQAEV 565

[Close]

BLAST of ClCG08G002730 vs. TrEMBL
Match: K7M768_SOYBN (Uncharacterized protein OS=Glycine max GN=GLYMA_14G119200 PE=4 SV=1)

HSP 1 Score: 721.8 bits (1862), Expect = 7.1e-205
Identity = 368/559 (65.83%), Postives = 440/559 (78.71%), Query Frame = 1


Query: 117 EGKSNMGKTQEKPSFFNIYGTDAKAEVLFKNPESNSTLSLQDVQGLVTWVLAEGFMPPWV 176
           E + +   T+++  F++IYG + KA+V+F +PE NSTL+L DVQGLVTWVL EGFMP WV
Sbjct: 15  EEEEDSTSTKKRGKFYDIYGPEGKADVVFNSPEDNSTLNLSDVQGLVTWVLGEGFMPSWV 74

Query: 177 FIKNKPLIPKVVMVYLPGLDAALYMSQSKILPTFKRFCGSPRAVLALSCISDRMQTIDAL 236
           FIKNKPLIPKVVM+Y+PGLDAAL++SQSK+LP  K FCG PRAVLALSC+SD MQTIDAL
Sbjct: 75  FIKNKPLIPKVVMLYVPGLDAALFLSQSKMLPRLKIFCGKPRAVLALSCVSDGMQTIDAL 134

Query: 237 LTCKVKRKRDANNVDINNKLTSEPEISGLEKEAPISIKLPKELPFPVTYYTLTAKALEDN 296
           LTCK+KRKRD N+  +     +  + S   KE      L K++PFPVTYYTLT K LE+N
Sbjct: 135 LTCKMKRKRDENSSIMRKSALTSQQDSLSFKE------LTKDIPFPVTYYTLTEKELEEN 194

Query: 297 GYPFNQPGFIQTLPAPVGSSPNEMLALDCEMCVTCEGFELTRITLVDMEGRVVLDKLVKP 356
           GY  N+PGF+ TLPAP GS   +MLALDCEMC+T EGFEL+RITLVD++G+V++DKLVKP
Sbjct: 195 GYSVNKPGFLSTLPAPSGSPFYDMLALDCEMCITSEGFELSRITLVDVKGQVLIDKLVKP 254

Query: 357 ----------FSGITCEMLSGVTTSLEDVQRDFLNLVHKETVLVGHSLENDLMALKISHD 416
                     +SGIT EML GVTTSL D+Q +FL LVHKET+LVGHSLENDL+ALKISHD
Sbjct: 255 SNAITDYNTRYSGITSEMLDGVTTSLRDIQEEFLKLVHKETILVGHSLENDLLALKISHD 314

Query: 417 LVIDTAVLYKHPRGGSHKSALRILTKRFLSREIQQSGNGHDR------------------ 476
           LVIDTAVLYKHPRG +HK+ALR LTKRFLSREIQQSGNGHD                   
Sbjct: 315 LVIDTAVLYKHPRGSTHKNALRFLTKRFLSREIQQSGNGHDSIEDARATMELALLKIRNG 374

Query: 477 PDFGSPPSLIRKKLLNILGENGKTSSFIDDVSTVKRYSSESSHAFPVTSDDEALSRAKKE 536
           P+FGSPPS  RKKLL+IL E+GKTSS IDD+S VKRY+SESSHA PVTSDD AL++A KE
Sbjct: 375 PNFGSPPSFTRKKLLSILSESGKTSSLIDDISVVKRYASESSHAIPVTSDDVALAKANKE 434

Query: 537 AMNEKVHFIWTQFSELNSFHKKQADDEERLNVKLAELLSLLTCDTKSVNKKRNRPKISVE 596
             N KVHFIWTQFSEL+S+ KKQA+D ERLN +LAE+L+L TC       K  + K S E
Sbjct: 435 VKNGKVHFIWTQFSELHSYLKKQAEDSERLNRRLAEMLALQTCQNNFTKGKDFKLKASAE 494

Query: 597 LREILARMDSRINDLYTSLPTNAMLIICTGHGDIALVQRLRKMLQEQSETSICRDKIVKI 648
           L+EILARMD+RI++LY SLPTNAM+IICTGHGD A+V+RLRKML EQ+E++ICR+KIV+I
Sbjct: 495 LKEILARMDARIHNLYLSLPTNAMMIICTGHGDTAIVRRLRKMLAEQNESNICREKIVEI 554

[Close]

BLAST of ClCG08G002730 vs. TrEMBL
Match: B9S2M9_RICCO (Rnase h, putative OS=Ricinus communis GN=RCOM_0559410 PE=4 SV=1)

HSP 1 Score: 720.7 bits (1859), Expect = 1.6e-204
Identity = 368/567 (64.90%), Postives = 446/567 (78.66%), Query Frame = 1


Query: 111 ALDSEGEGKSNMGKTQEKPSFFNIYGTDAKAEVLFKNPESNSTLSLQDVQGLVTWVLAEG 170
           A+ S  E  S         ++F+IYG  AKAE++FK PE+N TL+L+DVQGLVTWVLAEG
Sbjct: 14  AVSSSKEDDSTDNCNNITNNYFDIYGPQAKAEIVFKMPEANQTLNLEDVQGLVTWVLAEG 73

Query: 171 FMPPWVFIKNKPLIPKVVMVYLPGLDAALYMSQSKILPTFKRFCGSPRAVLALSCISDRM 230
           FMP WVFIKNKPLIPKV M+++PGLDA+LY+S SK+L +FK +C +PRA+LALSC+SD M
Sbjct: 74  FMPSWVFIKNKPLIPKVAMLFIPGLDASLYLSHSKLLASFKEYCSNPRALLALSCVSDVM 133

Query: 231 QTIDALLTCKVKRKRD-ANNVDINNKLTSEP-EISGLEKEAPISIKLPKELPFPVTYYTL 290
           QT+DALLTCK+KRKRD A++    +  TSE  ++S        SI+L K+LPFP TYYTL
Sbjct: 134 QTVDALLTCKMKRKRDRADSFSRKSMQTSEQGDLS--------SIELMKDLPFPPTYYTL 193

Query: 291 TAKALEDNGYPFNQPGFIQTLPAPVGSSPNEMLALDCEMCVTCEGFELTRITLVDMEGRV 350
           T K LE+N YP +QPGF+ TLPAP GSS  +MLALDCEMC+T EGFELTR+T+VD++G+V
Sbjct: 194 TTKQLEENDYPISQPGFVSTLPAPSGSSAYDMLALDCEMCITKEGFELTRVTVVDVKGQV 253

Query: 351 VLDKLVKP----------FSGITCEMLSGVTTSLEDVQRDFLNLVHKETVLVGHSLENDL 410
           VLDKLVKP          FSGITCEML+GV TSL+DVQ DFL LVHKET+L+GHSLENDL
Sbjct: 254 VLDKLVKPSNPIIDYNTRFSGITCEMLNGVPTSLKDVQEDFLKLVHKETLLIGHSLENDL 313

Query: 411 MALKISHDLVIDTAVLYKHPRGGSHKSALRILTKRFLSREIQQSGNGHDR---------- 470
            ALKISH LVIDTAVLYKHPRGGS+K+ALR+L K+FLSREIQQSG+GHD           
Sbjct: 314 SALKISHGLVIDTAVLYKHPRGGSYKTALRVLAKKFLSREIQQSGDGHDSIEDARAAMEL 373

Query: 471 --------PDFGSPPSLIRKKLLNILGENGKTSSFIDDVSTVKRYSSESSHAFPVTSDDE 530
                   PDFGSPPS +R+KLL IL E+GK SS IDDVS VKRY+SESSHAFPV+SDD+
Sbjct: 374 ALLKIKNGPDFGSPPSFVRRKLLTILSESGKASSVIDDVSIVKRYASESSHAFPVSSDDD 433

Query: 531 ALSRAKKEAMNEKVHFIWTQFSELNSFHKKQADDEERLNVKLAELLSLLTCDTKSVNKKR 590
           ALS+A KE  N++VHF+WTQ SELNS+ KKQADDE ++N KLAE++SLLTC  KS N K 
Sbjct: 434 ALSKALKEVKNDRVHFVWTQLSELNSYFKKQADDEGKVNAKLAEMISLLTCQKKSANTKG 493

Query: 591 NRPKISVELREILARMDSRINDLYTSLPTNAMLIICTGHGDIALVQRLRKMLQEQSETSI 648
            R  ++ EL+EIL RMD+R+  LY++LPTN MLIICTGHGD A+V+RLRK+L E+ ET I
Sbjct: 494 VRCSMTSELKEILIRMDARVRCLYSALPTNTMLIICTGHGDTAIVRRLRKLLTEKQETRI 553

[Close]

BLAST of ClCG08G002730 vs. TAIR10
Match: AT5G25800.1 (AT5G25800.1 Polynucleotidyl transferase, ribonuclease H-like superfamily protein)

HSP 1 Score: 630.6 bits (1625), Expect = 1.1e-180
Identity = 329/575 (57.22%), Postives = 422/575 (73.39%), Query Frame = 1


Query: 100 RRMVGRSVASVALDSEGEGKSNMGKTQEKPSFFNIYGTDAKAEVLFKNPESNSTLSLQDV 159
           +R  G   A+   D +G  KSN G      SFF+IYG +AKAE+ FK+PE+  TL+LQDV
Sbjct: 5   KRKRGAETAAEDCD-DGTDKSNTGN-----SFFDIYGPEAKAELDFKSPET--TLNLQDV 64

Query: 160 QGLVTWVLAEGFMPPWVFIKNKPLIPKVVMVYLPGLDAALYMSQSKILPTFKRFCGSPRA 219
           QGLVTWVLAEGFMP WVFIKNKPLIPKVV++YLPGLDAALY+S SK L + K  CG+P A
Sbjct: 65  QGLVTWVLAEGFMPSWVFIKNKPLIPKVVLLYLPGLDAALYLSHSKTLSSLKSCCGNPMA 124

Query: 220 VLALSCISDRMQTIDALLTCKVKRKRDANNVDINNKLTSEPEISGLEKEAPISIKLPKEL 279
           +LALSC+ D M+TID +LTCK ++K+   +      L S PE   L  ++   ++L K++
Sbjct: 125 LLALSCVVDEMRTIDTILTCKGRKKKTVTSSVEPPPLVSSPEACNLMGKS--FVELTKDI 184

Query: 280 PFPVTYYTLTAKALEDNGYPFNQPGFIQTLPAPVGSSPNEMLALDCEMCVTCEGFELTRI 339
           PFPV+YYTL+ K +E NGY F +     TLPAP GS P E++ALDCEMC+T EG ELTR+
Sbjct: 185 PFPVSYYTLSQKEMEQNGYTFEKLELTPTLPAPSGSCPPEIVALDCEMCITKEGLELTRV 244

Query: 340 TLVDMEGRVVLDKLVKP----------FSGITCEMLSGVTTSLEDVQRDFLNLVHKETVL 399
           TLVD++G+V+LDKLV P          +SGIT  M+ GVTT+L+D+Q +FL LV KET+L
Sbjct: 245 TLVDIQGQVLLDKLVMPTNPITDYNTRYSGITAVMMEGVTTTLKDIQEEFLKLVFKETIL 304

Query: 400 VGHSLENDLMALKISHDLVIDTAVLYKHPRGGSHKSALRILTKRFLSREIQQSGNGHDR- 459
           VGHSLENDL++LKISH+LVIDTAVLYKHP G S+K+ LRIL K+FL+REIQ+S +GHD  
Sbjct: 305 VGHSLENDLLSLKISHNLVIDTAVLYKHPHGRSYKTKLRILAKKFLAREIQESESGHDSA 364

Query: 460 -----------------PDFGSPPSLIRKKLLNILGENGKTSSFIDDVSTVKRYSSESSH 519
                            PDFGSPP +IRKKLL +L E+GKT+S ID+++ VKRY+SESS+
Sbjct: 365 EDAKAAMDLALLKIKHGPDFGSPPEVIRKKLLAVLNESGKTTSIIDNINIVKRYASESSN 424

Query: 520 AFPVTSDDEALSRAKKEAMNEKVHFIWTQFSELNSFHKKQADDEERLNVKLAELLSLLTC 579
           A PV+SDDEALS+A KE  N++  F+WTQFSELN+  + +ADD ++LN +LAE++SLLTC
Sbjct: 425 AIPVSSDDEALSKAVKEVKNKRSQFVWTQFSELNAHFQSRADDPQKLNSRLAEMISLLTC 484

Query: 580 DTKSVNKKRNRPKISVELREILARMDSRINDLYTSLPTNAMLIICTGHGDIALVQRLRKM 639
           + KS  KK N   +S E +EIL +M+ R+  LY +LPTNAM I+CTGHGD ++V R+RKM
Sbjct: 485 NKKSGLKKSN---VSPETKEILKKMNERVQSLYAALPTNAMFIVCTGHGDTSIVHRVRKM 544

Query: 640 LQEQSETSICRDKIVKILEELHAQAEVALCFACIK 647
           L+++ E    R+K+VK+LEEL AQAEVALCF  IK
Sbjct: 545 LKDEDEIGFDREKLVKVLEELQAQAEVALCFVGIK 566

[Close]

BLAST of ClCG08G002730 vs. TAIR10
Match: AT5G05540.1 (AT5G05540.1 small RNA degrading nuclease 2)

HSP 1 Score: 90.1 bits (222), Expect = 5.3e-18
Identity = 76/269 (28.25%), Postives = 129/269 (47.96%), Query Frame = 1


Query: 209 TFKRFCGSPRAVLALSCISD----RMQTIDALLTCKVKRKRD----ANNVDINNKLTSEP 268
           T+K F       L  S +SD    R   + A LT  +K+K D    A ++ ++N +  + 
Sbjct: 31  TWKEFLDFYDKQLGSSSLSDPSKRRKDDLVAFLTT-LKKKEDLQLLAKSLKLDNDVFEKF 90

Query: 269 EISGLEKEAP---ISIKLPKELPFPVTYYTLTAKALEDNGYPFNQPGFIQTLPAPVGSSP 328
           +   L++ A    + + L  +  +P+ Y            +P N   +++T        P
Sbjct: 91  KKKSLDETAEQRLVRMTLTHD-EYPLDYL-----------FPSNAEDWVRTGLGKKKMEP 150

Query: 329 N--EMLALDCEMCVTCEGFE-LTRITLVDMEGRVVLDKLVKP----------FSGITCEM 388
              EM+A+DCEM +  +G E + R+  VD + +V+LD+ VKP           +G+T + 
Sbjct: 151 TKIEMIAIDCEMVLCEDGSEAVVRVAAVDRDLKVILDEFVKPNQPVVDYRTFITGLTAQD 210

Query: 389 LSGVTTSLEDVQRDFLNLVHKETVLVGHSLENDLMALKISHDLVIDTAVLYKHPRGGSH- 448
           L   T S+ D+Q   L  + ++T+LVG SL +DL  LK+ H  VIDT++++K+   G+  
Sbjct: 211 LEKATISVVDIQEKLLMFISEDTILVGQSLNHDLKVLKVDHARVIDTSLVFKYNYDGTRR 270

[Close]

BLAST of ClCG08G002730 vs. TAIR10
Match: AT3G50100.1 (AT3G50100.1 small RNA degrading nuclease 1)

HSP 1 Score: 89.4 bits (220), Expect = 9.1e-18
Identity = 53/140 (37.86%), Postives = 78/140 (55.71%), Query Frame = 1


Query: 320 MLALDCEMCVTCEGFE-LTRITLVDMEGRVVLDKLVKP----------FSGITCEMLSGV 379
           M+A+DCEM +  +G E L R+ +VD + +V+LD+ VKP           +GIT E +   
Sbjct: 140 MVAVDCEMVLCEDGTEGLVRVGVVDRDLKVILDEFVKPNKPVVDYRTDITGITAEDIENA 199

Query: 380 TTSLEDVQRDFLNLVHKETVLVGHSLENDLMALKISHDLVIDTAVLYKHPRGGS-HKSAL 439
           + S+ D+Q      +   T+LVGHSL  DL  LKI H  VIDTA+++K+P      + +L
Sbjct: 200 SLSVVDIQETLQPFLSTGTILVGHSLNRDLEVLKIDHPKVIDTALVFKYPNTRKLRRPSL 259

Query: 440 RILTKRFLSREIQQSGNGHD 448
             L K  L  E++++G  HD
Sbjct: 260 NNLCKSILGYEVRKTGVPHD 279

[Close]

BLAST of ClCG08G002730 vs. TAIR10
Match: AT5G67240.1 (AT5G67240.1 small RNA degrading nuclease 3)

HSP 1 Score: 85.1 bits (209), Expect = 1.7e-16
Identity = 53/141 (37.59%), Postives = 75/141 (53.19%), Query Frame = 1


Query: 320 MLALDCEMCVTCEGFE--LTRITLVDMEGRVVLDKLVKP----------FSGITCEMLSG 379
           ML++DCEM VTCE     L R+  VD + +VVLDK VKP           +G+T E L  
Sbjct: 145 MLSIDCEM-VTCEDGSQALVRVGAVDRDLKVVLDKFVKPDKPVIDYKTDITGVTAEDLER 204

Query: 380 VTTSLEDVQRDFLNLVHKETVLVGHSLENDLMALKISHDLVIDTAVLYKH-PRGGSHKSA 439
            T S+ D+Q+     +   T+LVGH L NDL  L+I H  VIDT+ +++      + + +
Sbjct: 205 ATLSVADIQKKLRRFLSVGTILVGHGLHNDLQVLRIDHARVIDTSYVFEFVDAPKTQRPS 264

Query: 440 LRILTKRFLSREIQQSGNGHD 448
           L  L K  L +E++  G  H+
Sbjct: 265 LNNLCKSVLGQEVRMDGAAHN 284

[Close]

BLAST of ClCG08G002730 vs. TAIR10
Match: AT3G50090.1 (AT3G50090.1 Exonuclease family protein)

HSP 1 Score: 68.6 bits (166), Expect = 1.7e-11
Identity = 45/132 (34.09%), Postives = 69/132 (52.27%), Query Frame = 1


Query: 317 PNEMLALDCEMCVTCEGFE-LTRITLVDMEGRVVLDKLVKPFSGITCEMLSGVTTSLEDV 376
           PN+MLALDCEM +  +G E + R+  VD   +V+LD+ VKP   +     +    + EDV
Sbjct: 72  PNQMLALDCEMVLCEDGTEGVVRVGAVDRNLKVILDEFVKPHKPVVDYRTAITGVTAEDV 131

Query: 377 QRDFLNLVHKETVLVGHSLENDLMALKISHDLVIDTAVLYKHPRGGS-HKSALRILTKRF 436
           Q+  L+LV  +  L          A+ I H +VIDT++++K+P      + +L  L    
Sbjct: 132 QKATLSLVDIQEKLRPFLSAG---AILIDHPIVIDTSLVFKYPNSRKLRRPSLNTLCMSV 191

Query: 437 LSREIQQSGNGH 447
           L  E+Q++G  H
Sbjct: 192 LGYEVQKAGVSH 200

[Close]

BLAST of ClCG08G002730 vs. NCBI nr
Match: gi|659133351|ref|XP_008466693.1| (PREDICTED: small RNA degrading nuclease 5 [Cucumis melo])

HSP 1 Score: 987.3 bits (2551), Expect = 1.3e-284
Identity = 504/564 (89.36%), Postives = 519/564 (92.02%), Query Frame = 1


Query: 112 LDSEGEGKSNMGKTQEKPSFFNIYGTDAKAEVLFKNPESNSTLSLQDVQGLVTWVLAEGF 171
           LDSE EGKSN+GKTQEKP FF+IYG DAKAEVLFK PESNSTLSLQDVQ LVTWVLAEGF
Sbjct: 9   LDSEDEGKSNVGKTQEKPCFFDIYGADAKAEVLFKTPESNSTLSLQDVQQLVTWVLAEGF 68

Query: 172 MPPWVFIKNKPLIPKVVMVYLPGLDAALYMSQSKILPTFKRFCGSPRAVLALSCISDRMQ 231
           MP WVFIKNKPLIPKVVMVYLPGLDAALYMSQSKILPTFK+FCGSPRAVLALSCISDRMQ
Sbjct: 69  MPRWVFIKNKPLIPKVVMVYLPGLDAALYMSQSKILPTFKKFCGSPRAVLALSCISDRMQ 128

Query: 232 TIDALLTCKVKRKRDANNVDINNKLTSEPEISGLEKEAPISIKLPKELPFPVTYYTLTAK 291
           TIDALLTCKVKRKRDAN VD+NNKLTSEPEISGLEKEAPISI+LPKELPFPVTYYTLTAK
Sbjct: 129 TIDALLTCKVKRKRDANKVDLNNKLTSEPEISGLEKEAPISIQLPKELPFPVTYYTLTAK 188

Query: 292 ALEDNGYPFNQPGFIQTLPAPVGSSPNEMLALDCEMCVTCEGFELTRITLVDMEGRVVLD 351
            LEDNGYPFNQPGFIQTLPAP G SPNEMLALDCEMCVTCEGFELTRITLVDMEG+V+LD
Sbjct: 189 QLEDNGYPFNQPGFIQTLPAPEGCSPNEMLALDCEMCVTCEGFELTRITLVDMEGQVLLD 248

Query: 352 KLVKP----------FSGITCEMLSGVTTSLEDVQRDFLNLVHKETVLVGHSLENDLMAL 411
           KLVKP          FSGITCEMLSGVTTSLEDVQRDFLNLVHKETVLVGHSLENDL+AL
Sbjct: 249 KLVKPSNAIVDYNTRFSGITCEMLSGVTTSLEDVQRDFLNLVHKETVLVGHSLENDLIAL 308

Query: 412 KISHDLVIDTAVLYKHPRGGSHKSALRILTKRFLSREIQQSGNGHDR------------- 471
           KISHDLV+DTAVLYKHPRGGSHKSALRIL KRFLSREIQQSGNGHD              
Sbjct: 309 KISHDLVVDTAVLYKHPRGGSHKSALRILAKRFLSREIQQSGNGHDSIEDARATMELALL 368

Query: 472 -----PDFGSPPSLIRKKLLNILGENGKTSSFIDDVSTVKRYSSESSHAFPVTSDDEALS 531
                PDFGSPPSLIRKKLLNILGE GKTSSFIDD+STVKRYSSESSHAFPVTSDDEALS
Sbjct: 369 KIKHGPDFGSPPSLIRKKLLNILGECGKTSSFIDDISTVKRYSSESSHAFPVTSDDEALS 428

Query: 532 RAKKEAMNEKVHFIWTQFSELNSFHKKQADDEERLNVKLAELLSLLTCDTKSVNKKRNRP 591
           RAKKEAMNEKVHFIWTQFSELNS+HKKQ DDEE+LNVKLAELLSLLTCDTKSVNKKRNR 
Sbjct: 429 RAKKEAMNEKVHFIWTQFSELNSYHKKQVDDEEKLNVKLAELLSLLTCDTKSVNKKRNRA 488

Query: 592 KISVELREILARMDSRINDLYTSLPTNAMLIICTGHGDIALVQRLRKMLQEQSETSICRD 648
           KISVEL+EILARMDSRINDLYTSLPTNAMLIICTGHGDIALVQRLRKMLQEQSETSICR+
Sbjct: 489 KISVELQEILARMDSRINDLYTSLPTNAMLIICTGHGDIALVQRLRKMLQEQSETSICRE 548

[Close]

BLAST of ClCG08G002730 vs. NCBI nr
Match: gi|449458093|ref|XP_004146782.1| (PREDICTED: small RNA degrading nuclease 5 [Cucumis sativus])

HSP 1 Score: 979.9 bits (2532), Expect = 2.1e-282
Identity = 499/564 (88.48%), Postives = 517/564 (91.67%), Query Frame = 1


Query: 112 LDSEGEGKSNMGKTQEKPSFFNIYGTDAKAEVLFKNPESNSTLSLQDVQGLVTWVLAEGF 171
           LDSE +G+SN+GKTQEKPSFF+IYG DAKAE+LFK PESNSTLSLQDVQ LV WVLAEGF
Sbjct: 9   LDSEDDGQSNVGKTQEKPSFFDIYGADAKAEILFKTPESNSTLSLQDVQELVNWVLAEGF 68

Query: 172 MPPWVFIKNKPLIPKVVMVYLPGLDAALYMSQSKILPTFKRFCGSPRAVLALSCISDRMQ 231
           MP WVFIKNKPLIPKVVMVYLPGLDAALYMSQSKILPTFK+FCGSPRAVLALSCISDRMQ
Sbjct: 69  MPRWVFIKNKPLIPKVVMVYLPGLDAALYMSQSKILPTFKKFCGSPRAVLALSCISDRMQ 128

Query: 232 TIDALLTCKVKRKRDANNVDINNKLTSEPEISGLEKEAPISIKLPKELPFPVTYYTLTAK 291
           TIDALLTCKVKRKRDAN VD+ NKLTSEPEISGLEKEAPISIKLPKELPFPVTYYTLTAK
Sbjct: 129 TIDALLTCKVKRKRDANKVDLKNKLTSEPEISGLEKEAPISIKLPKELPFPVTYYTLTAK 188

Query: 292 ALEDNGYPFNQPGFIQTLPAPVGSSPNEMLALDCEMCVTCEGFELTRITLVDMEGRVVLD 351
           ALEDNGYPFNQPGFIQTLPAP G SPNEMLALDCEMCVTCEGFELTRITLVDMEGRV+LD
Sbjct: 189 ALEDNGYPFNQPGFIQTLPAPEGCSPNEMLALDCEMCVTCEGFELTRITLVDMEGRVLLD 248

Query: 352 KLVKP----------FSGITCEMLSGVTTSLEDVQRDFLNLVHKETVLVGHSLENDLMAL 411
           KLVKP          +SGITCEMLSGVTTSLEDVQR FLNLVHKETVLVGHSLENDLMAL
Sbjct: 249 KLVKPSNAIVDYNTRYSGITCEMLSGVTTSLEDVQRIFLNLVHKETVLVGHSLENDLMAL 308

Query: 412 KISHDLVIDTAVLYKHPRGGSHKSALRILTKRFLSREIQQSGNGHDR------------- 471
           +ISHDLV+DTAVLYKHPRGGSHKSALRIL KRFLSREIQQSGNGHD              
Sbjct: 309 RISHDLVVDTAVLYKHPRGGSHKSALRILAKRFLSREIQQSGNGHDSIEDARATMELALL 368

Query: 472 -----PDFGSPPSLIRKKLLNILGENGKTSSFIDDVSTVKRYSSESSHAFPVTSDDEALS 531
                PDFGSPPSLIRKKLLNILGE+GKTSSFIDD++TVKRY SESSHAFPVTSDDEALS
Sbjct: 369 KIKHGPDFGSPPSLIRKKLLNILGESGKTSSFIDDIATVKRYCSESSHAFPVTSDDEALS 428

Query: 532 RAKKEAMNEKVHFIWTQFSELNSFHKKQADDEERLNVKLAELLSLLTCDTKSVNKKRNRP 591
           RAKKEAMNEKVHFIWTQFSELNS+HKKQ DDEE+LNVKLAELLSLLTCDTKSVNKKRNR 
Sbjct: 429 RAKKEAMNEKVHFIWTQFSELNSYHKKQVDDEEKLNVKLAELLSLLTCDTKSVNKKRNRA 488

Query: 592 KISVELREILARMDSRINDLYTSLPTNAMLIICTGHGDIALVQRLRKMLQEQSETSICRD 648
           KISVEL+EILARMDSRINDLYTSLPTNAMLIICTGHGDI LVQRLRKMLQEQSETSICR+
Sbjct: 489 KISVELQEILARMDSRINDLYTSLPTNAMLIICTGHGDITLVQRLRKMLQEQSETSICRE 548

[Close]

BLAST of ClCG08G002730 vs. NCBI nr
Match: gi|1009175078|ref|XP_015868684.1| (PREDICTED: small RNA degrading nuclease 5 [Ziziphus jujuba])

HSP 1 Score: 739.2 bits (1907), Expect = 6.2e-210
Identity = 377/563 (66.96%), Postives = 446/563 (79.22%), Query Frame = 1


Query: 114 SEGEGKSNMGKTQEKPSFFNIYGTDAKAEVLFKNPESNSTLSLQDVQGLVTWVLAEGFMP 173
           S+G   S+    +   SFF+IYG   KA+++ K PES STL+LQDVQGL +WVLAEGFMP
Sbjct: 18  SDGPTASSASTVKRSSSFFDIYGPQGKADIVLKTPESGSTLNLQDVQGLASWVLAEGFMP 77

Query: 174 PWVFIKNKPLIPKVVMVYLPGLDAALYMSQSKILPTFKRFCGSPRAVLALSCISDRMQTI 233
            WVFIKNKPLIPKVVM+YLPGLDAALY+SQSK++P+ + FCG+PRAVLALSC+SD MQT+
Sbjct: 78  SWVFIKNKPLIPKVVMLYLPGLDAALYLSQSKLIPSLREFCGNPRAVLALSCVSDGMQTV 137

Query: 234 DALLTCKVKRKRD-ANNVDINNKLTSEPEISGLEKEAPISIKLPKELPFPVTYYTLTAKA 293
           DALLTCK+KRKR+ +N+V  N  LT++ E  G      +S+K   +LPFP+TYYTLT K 
Sbjct: 138 DALLTCKLKRKREQSNSVSRNCNLTTKQEKCGFGTNK-LSMK---DLPFPITYYTLTEKE 197

Query: 294 LEDNGYPFNQPGFIQTLPAPVGSSPNEMLALDCEMCVTCEGFELTRITLVDMEGRVVLDK 353
           LEDNGY  NQPGF+ TLPAP GSSP EMLALDCEMC+T EGFELTRITLVD++G+VVLDK
Sbjct: 198 LEDNGYCLNQPGFVSTLPAPSGSSPYEMLALDCEMCITNEGFELTRITLVDVQGQVVLDK 257

Query: 354 LVKP----------FSGITCEMLSGVTTSLEDVQRDFLNLVHKETVLVGHSLENDLMALK 413
           LVKP          FSGIT EML+GVTTSL+D+Q DF+ LV+KET+LVGHS+ENDL+ALK
Sbjct: 258 LVKPSNSITDYNTRFSGITSEMLNGVTTSLKDIQGDFIKLVYKETILVGHSVENDLLALK 317

Query: 414 ISHDLVIDTAVLYKHPRGGSHKSALRILTKRFLSREIQQSGNGHDR-------------- 473
           ISH+LVIDTAVLYKHPRGGSHK+ALRIL K+FLS+EIQQS NGHD               
Sbjct: 318 ISHNLVIDTAVLYKHPRGGSHKTALRILAKKFLSKEIQQSENGHDSIEDARAAMELALLK 377

Query: 474 ----PDFGSPPSLIRKKLLNILGENGKTSSFIDDVSTVKRYSSESSHAFPVTSDDEALSR 533
               PDFGSPPSL+RKKLL +L E+GKTSS IDDVS VKRY+SESSH FPV SDDEALS+
Sbjct: 378 INHGPDFGSPPSLVRKKLLTVLSESGKTSSIIDDVSIVKRYASESSHVFPVASDDEALSK 437

Query: 534 AKKEAMNEKVHFIWTQFSELNSFHKKQADDEERLNVKLAELLSLLTCDTKSVNKKRNRPK 593
           A+KE  NEKVHF+WTQFSELNS+ KK+  D E+ N KLAE++SLLTC  KS NKK     
Sbjct: 438 ARKEVKNEKVHFVWTQFSELNSYFKKEVQDAEKFNGKLAEMISLLTCHNKSGNKKGIEFN 497

Query: 594 ISVELREILARMDSRINDLYTSLPTNAMLIICTGHGDIALVQRLRKMLQEQSETSICRDK 648
            S E++EIL RMD+RI  LY++LPTN MLIICTGHG+ ++V RLRKML + S TS+CRD 
Sbjct: 498 ASSEVKEILKRMDARIRSLYSALPTNTMLIICTGHGNTSVVYRLRKMLTDHSATSMCRDN 557

[Close]

BLAST of ClCG08G002730 vs. NCBI nr
Match: gi|590600012|ref|XP_007019342.1| (Polynucleotidyl transferase, ribonuclease H-like superfamily protein isoform 1 [Theobroma cacao])

HSP 1 Score: 736.9 bits (1901), Expect = 3.1e-209
Identity = 376/569 (66.08%), Postives = 456/569 (80.14%), Query Frame = 1


Query: 107 VASVALDSEGEGKSNMGKTQEKPSFFNIYGTDAKAEVLFKNPESNSTLSLQDVQGLVTWV 166
           +AS+   SEG   S   +  E  +F++IYG  AKAE++FK PE+NSTL+LQDVQGLVTWV
Sbjct: 1   MASLKEKSEGAASSEE-ENNESSNFYDIYGPQAKAEIVFKTPETNSTLNLQDVQGLVTWV 60

Query: 167 LAEGFMPPWVFIKNKPLIPKVVMVYLPGLDAALYMSQSKILPTFKRFCGSPRAVLALSCI 226
           LAEGFMP WVFIKNKPLIPKVVM+Y+PGLDAALY++QSK L   K+ CG+PRA+LALSC+
Sbjct: 61  LAEGFMPSWVFIKNKPLIPKVVMLYVPGLDAALYLAQSKTLSGLKKSCGNPRALLALSCV 120

Query: 227 SDRMQTIDALLTCKVKRKRDANNVDINNKLTSEPEISGLEKEAPISIKLPKELPFPVTYY 286
           SD MQTIDALLTCKVKRKR+  +   +   ++E E S  E +   S +L K+LPFPVTYY
Sbjct: 121 SDGMQTIDALLTCKVKRKRNLIDSVRDTSQSAEQERSISEMD---STELLKDLPFPVTYY 180

Query: 287 TLTAKALEDNGYPFNQPGFIQTLPAPVGSSPNEMLALDCEMCVTCEGFELTRITLVDMEG 346
           TLTAK LEDNGY  NQPGF+ TLPA  GSSP ++LALDCEMC+T EGFELTR+TLVD++G
Sbjct: 181 TLTAKELEDNGYCLNQPGFVSTLPASAGSSPYKILALDCEMCITSEGFELTRVTLVDIKG 240

Query: 347 RVVLDKLVKP----------FSGITCEMLSGVTTSLEDVQRDFLNLVHKETVLVGHSLEN 406
           +VVLDKLVKP          +SGIT EMLSGVTTSL+DVQ DFL LV+K+T+L+GHSLEN
Sbjct: 241 QVVLDKLVKPSNPITDYNTRYSGITYEMLSGVTTSLQDVQEDFLKLVYKDTILIGHSLEN 300

Query: 407 DLMALKISHDLVIDTAVLYKHPRGGSHKSALRILTKRFLSREIQQSGNGHDR-------- 466
           DL+ALKISHDLVIDT+VLYKHPRGGS+K+ALR+L KRFLS EIQQSGNGHD         
Sbjct: 301 DLLALKISHDLVIDTSVLYKHPRGGSYKTALRVLAKRFLSSEIQQSGNGHDSIEDARAAM 360

Query: 467 ----------PDFGSPPSLIRKKLLNILGENGKTSSFIDDVSTVKRYSSESSHAFPVTSD 526
                     PDFGSPPSL+R+KLL++LGE GKTSSFIDD+S VKRY+SESSHA PV SD
Sbjct: 361 ELALLKIKNGPDFGSPPSLMRRKLLSLLGECGKTSSFIDDISIVKRYASESSHAIPVCSD 420

Query: 527 DEALSRAKKEAMNEKVHFIWTQFSELNSFHKKQADDEERLNVKLAELLSLLTCDTKSVNK 586
           DEAL +A+KE  N++VHF+WT FSELNS+ +KQA+D+ +LN KLAE++SLLTCD K  N 
Sbjct: 421 DEALLKARKEVKNDRVHFVWTHFSELNSYFRKQAEDDVKLNGKLAEMISLLTCDKKPANW 480

Query: 587 KRNRPKISVELREILARMDSRINDLYTSLPTNAMLIICTGHGDIALVQRLRKMLQEQSET 646
           K  +  +S EL+EIL R+++R+  L+T+LPTN+M IICTGHGDIA+V RLRKML EQSET
Sbjct: 481 KGIKNNVSTELKEILTRINARVYSLHTALPTNSMFIICTGHGDIAIVHRLRKMLTEQSET 540

Query: 647 SICRDKIVKILEELHAQAEVALCFACIKH 648
           ++ R+K+VK+LEEL AQAEVALCF  +KH
Sbjct: 541 TVSREKLVKVLEELQAQAEVALCFVGMKH 565

[Close]

BLAST of ClCG08G002730 vs. NCBI nr
Match: gi|823165100|ref|XP_012482489.1| (PREDICTED: small RNA degrading nuclease 5 [Gossypium raimondii])

HSP 1 Score: 726.9 bits (1875), Expect = 3.2e-206
Identity = 366/552 (66.30%), Postives = 447/552 (80.98%), Query Frame = 1


Query: 126 QEKPSFFNIYGTDAKAEVLFKNPESNSTLSLQDVQGLVTWVLAEGFMPPWVFIKNKPLIP 185
           +E  ++F+IYG  AKAE++FK PE++STL+LQDVQGLVTWVLA+GFMP WVFIKNKPLIP
Sbjct: 18  KESSNYFDIYGPQAKAELVFKTPEADSTLNLQDVQGLVTWVLADGFMPSWVFIKNKPLIP 77

Query: 186 KVVMVYLPGLDAALYMSQSKILPTFKRFCGSPRAVLALSCISDRMQTIDALLTCKVKRKR 245
           KVVM+Y+PGLDAALY++QS  L  FK+ CG+PRA+LALSC+SD MQTIDALLTCKVKRKR
Sbjct: 78  KVVMLYVPGLDAALYIAQSMKLSGFKQSCGNPRALLALSCVSDGMQTIDALLTCKVKRKR 137

Query: 246 DANNV--DINNKLTSEPEISGLEKEAPISIKLPKELPFPVTYYTLTAKALEDNGYPFNQP 305
           +  +   D++     E  IS ++     S ++ K++PFP++YYTLTAK LEDNG+ ++QP
Sbjct: 138 NVIDSARDVSQSAEQETSISSMD-----SAEILKDIPFPISYYTLTAKELEDNGFCYDQP 197

Query: 306 GFIQTLPAPVGSSPNEMLALDCEMCVTCEGFELTRITLVDMEGRVVLDKLVKP------- 365
           GFI T PAP GSSP EMLALDCEMC+T EGFELTR+TLVD++G+VVLDKLV P       
Sbjct: 198 GFIPTRPAPDGSSPYEMLALDCEMCITSEGFELTRVTLVDIKGQVVLDKLVNPSNPITDY 257

Query: 366 ---FSGITCEMLSGVTTSLEDVQRDFLNLVHKETVLVGHSLENDLMALKISHDLVIDTAV 425
              FSGIT EMLSGVTT+L++VQ DFL LVHK+T+LVGHSLENDL+ALKISHDL+IDT+V
Sbjct: 258 NTRFSGITYEMLSGVTTTLQNVQEDFLMLVHKDTILVGHSLENDLLALKISHDLIIDTSV 317

Query: 426 LYKHPRGGSHKSALRILTKRFLSREIQQSGNGHDR------------------PDFGSPP 485
           LYKHPRGGS+KSALR+L KRFLSREIQQSG+GHD                   PDFGSPP
Sbjct: 318 LYKHPRGGSYKSALRVLAKRFLSREIQQSGSGHDSIEDARAAMDLALLKIRNGPDFGSPP 377

Query: 486 SLIRKKLLNILGENGKTSSFIDDVSTVKRYSSESSHAFPVTSDDEALSRAKKEAMNEKVH 545
           S +R+KLL +LGE GKTSSFIDD+S VKRY+SESSHA PV SDDEAL +A+KE  N++VH
Sbjct: 378 SFMRRKLLTLLGECGKTSSFIDDISIVKRYASESSHAIPVCSDDEALLKARKEVKNDRVH 437

Query: 546 FIWTQFSELNSFHKKQADDEERLNVKLAELLSLLTCDTKSVNKKRNRPKISVELREILAR 605
           F+WTQFSELNS+ +KQA+D+ +LN KLAE++SLLTCD K   +K  +  IS EL+EIL R
Sbjct: 438 FVWTQFSELNSYFRKQAEDDVKLNGKLAEMISLLTCDKKPAKRKGVKYNISTELKEILTR 497

Query: 606 MDSRINDLYTSLPTNAMLIICTGHGDIALVQRLRKMLQEQSETSICRDKIVKILEELHAQ 648
           +D+R+  L+T+LPTN+M IICTGHGDIA+V RLRKML EQSET I R+K++K+LEEL AQ
Sbjct: 498 IDARVRSLHTALPTNSMFIICTGHGDIAIVHRLRKMLTEQSETMIPREKLIKVLEELQAQ 557

The following BLAST results are available for this feature:

BLAST of ClCG08G002730 vs. Swiss-Prot


Match Name	E-value	Identity	Description
SDN5_ARATH	1.9e-179	57.22	Small RNA degrading nuclease 5 OS=Arabidopsis thaliana GN=SDN5 PE=2 SV=2	[more]
YFE9_SCHPO	8.2e-37	27.04	Uncharacterized exonuclease C637.09 OS=Schizosaccharomyces pombe (strain 972 / A...	[more]
REXO1_YEAST	8.0e-32	26.28	RNA exonuclease 1 OS=Saccharomyces cerevisiae (strain ATCC 204508 / S288c) GN=RN...	[more]
GOR_HUMAN	9.4e-25	40.99	Putative exonuclease GOR OS=Homo sapiens GN=REXO1L1P PE=5 SV=2	[more]
GOR_PANTR	2.1e-24	41.94	Exonuclease GOR OS=Pan troglodytes GN=REXO1L1 PE=2 SV=3	[more]

BLAST of ClCG08G002730 vs. TrEMBL


Match Name	E-value	Identity	Description
A0A061FIQ9_THECC	2.1e-209	66.08	Polynucleotidyl transferase, ribonuclease H-like superfamily protein isoform 1 O...	[more]
A0A0D2RHL6_GOSRA	2.2e-206	66.30	Uncharacterized protein OS=Gossypium raimondii GN=B456_005G083600 PE=4 SV=1	[more]
F6H092_VITVI	4.2e-205	67.40	Putative uncharacterized protein OS=Vitis vinifera GN=VIT_18s0001g15280 PE=4 SV=...	[more]
K7M768_SOYBN	7.1e-205	65.83	Uncharacterized protein OS=Glycine max GN=GLYMA_14G119200 PE=4 SV=1	[more]
B9S2M9_RICCO	1.6e-204	64.90	Rnase h, putative OS=Ricinus communis GN=RCOM_0559410 PE=4 SV=1	[more]

BLAST of ClCG08G002730 vs. TAIR10


Match Name	E-value	Identity	Description
AT5G25800.1	1.1e-180	57.22	Polynucleotidyl transferase, ribonuclease H-like superfamily protein	[more]
AT5G05540.1	5.3e-18	28.25	small RNA degrading nuclease 2	[more]
AT3G50100.1	9.1e-18	37.86	small RNA degrading nuclease 1	[more]
AT5G67240.1	1.7e-16	37.59	small RNA degrading nuclease 3	[more]
AT3G50090.1	1.7e-11	34.09	Exonuclease family protein	[more]

BLAST of ClCG08G002730 vs. NCBI nr


Match Name	E-value	Identity	Description
gi\|659133351\|ref\|XP_008466693.1\|	1.3e-284	89.36	PREDICTED: small RNA degrading nuclease 5 [Cucumis melo]	[more]
gi\|449458093\|ref\|XP_004146782.1\|	2.1e-282	88.48	PREDICTED: small RNA degrading nuclease 5 [Cucumis sativus]	[more]
gi\|1009175078\|ref\|XP_015868684.1\|	6.2e-210	66.96	PREDICTED: small RNA degrading nuclease 5 [Ziziphus jujuba]	[more]
gi\|590600012\|ref\|XP_007019342.1\|	3.1e-209	66.08	Polynucleotidyl transferase, ribonuclease H-like superfamily protein isoform 1 [...	[more]
gi\|823165100\|ref\|XP_012482489.1\|	3.2e-206	66.30	PREDICTED: small RNA degrading nuclease 5 [Gossypium raimondii]	[more]

Annotated Terms

The following terms have been associated with this gene:

Vocabulary: **INTERPRO**
Term	Definition
IPR012337	RNaseH-like_sf
IPR013520	Exonuclease_RNaseT/DNA_pol3
IPR017849	Alkaline_Pase-like_a/b/a

Vocabulary: **Molecular Function**
Term	Definition
GO:0003676	nucleic acid binding
GO:0003824	catalytic activity

Vocabulary: **Biological Process**
Term	Definition
GO:0008152	metabolic process

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0051252	regulation of RNA metabolic process
biological_process	GO:0090503	RNA phosphodiester bond hydrolysis, exonucleolytic
biological_process	GO:0008152	metabolic process
cellular_component	GO:0005575	cellular_component
molecular_function	GO:0008859	exoribonuclease II activity
molecular_function	GO:0003676	nucleic acid binding
molecular_function	GO:0016740	transferase activity
molecular_function	GO:0003824	catalytic activity
molecular_function	GO:0004527	exonuclease activity

Relationships

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


Feature Name	Unique Name	Type
ClCG08G002730.1	ClCG08G002730.1	mRNA

InterPro

Analysis Name: InterPro Annotations of watermelon (Charleston Gray)
Date Performed: 2016-09-28


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR012337	Ribonuclease H-like domain	GENE3D	G3DSA:3.30.420.10		coord: 317..447 score: 2.7
IPR012337	Ribonuclease H-like domain	unknown	SSF53098	Ribonuclease H-like	coord: 315..442 score: 2.28
IPR013520	Exonuclease, RNase T/DNA polymerase III	SMART	SM00479	exoiiiendus	coord: 319..472 score: 1.2
IPR017849	Alkaline phosphatase-like, alpha/beta/alpha	GENE3D	G3DSA:3.40.720.10		coord: 459..534 score: 8.6E-5coord: 569..600 score: 8.
None	No IPR available	PANTHER	PTHR12801	EXONUCLEASE	coord: 122..647 score: 1.2E
None	No IPR available	PANTHER	PTHR12801:SF51	PROTEIN Y56A3A.33	coord: 122..647 score: 1.2E

Synteny

The following gene(s) are orthologous to this gene:


Gene	Orthologue	Organism	Block
ClCG08G002730	Cla003803	Watermelon (97103) v1	wcgwmB403
ClCG08G002730	Cla97C08G146640	Watermelon (97103) v2	wcgwmbB336
ClCG08G002730	Bhi04G001705	Wax gourd	wcgwgoB617
ClCG08G002730	CmoCh09G010780	Cucurbita moschata (Rifu)	cmowcgB032
ClCG08G002730	Lsi08G002790	Bottle gourd (USVL1VR-Ls)	lsiwcgB445

The following gene(s) are paralogous to this gene:

None

The following block(s) are covering this gene:


Gene	Organism	Block
ClCG08G002730	Cucumber (Chinese Long) v3	cucwcgB518
ClCG08G002730	Wax gourd	wcgwgoB633
ClCG08G002730	Cucumber (Gy14) v1	cgywcgB627
ClCG08G002730	Wild cucumber (PI 183967)	cpiwcgB526
ClCG08G002730	Cucumber (Chinese Long) v2	cuwcgB500
ClCG08G002730	Watermelon (97103) v1	wcgwmB410
ClCG08G002730	Bottle gourd (USVL1VR-Ls)	lsiwcgB440
ClCG08G002730	Cucumber (Gy14) v2	cgybwcgB457