ClCG06G009820 (gene) Watermelon (Charleston Gray) v2.5

Overview


Name	ClCG06G009820
Type	gene
Organism	Citrullus lanatus subsp. vulgaris cv. Charleston Gray (Watermelon (Charleston Gray) v2.5)
Description	Poly(ADP-ribose) glycohydrolase
Location	CG_Chr06: 19436021 .. 19482769 (-)
RNA-Seq Expression	ClCG06G009820
Synteny	ClCG06G009820

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideexonCDS

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

ATGGAGATGGAGATTGAGAGCAGGGATGAAGATTTGAAGTCCATGTTGCCCTTTCTGCCGCTGGCACTGAGGTCATCGACTTTATTCTGGCCCTCCCAAGTAGTGGAAACTCTCAAGTCTATGGCAGCAGGCCCTGATCAGAGCGGTGTAAATTCTGGTGAAGCCCTCTTCTACTCCATCTCTAACATCAGGCACTCTCTCTCTCTCTCCAACCAACGCCTCGCTTCTTCTGCCCAACATGGCTATGTTCTTTTCTTCGACAAGGTACTTCGCTTTTCCTGCTTCTTGTTCCTATTCACAATTCCGCTTTCACATGCAAATACTGGTACCATTTTGTGAAGTGAAGTAATATCAAAAGGGAATTGAGTATCTGTTATTTTAATTTGGACAATAACACTCGTTGCAGAACAATTTGATCCGTACTTCCCTTGAAAAAAATCCTAGTTCTAGTACACTAGGACAATGATTAGAGTTGAAGGGCACCCTTGCAATCAAGGCAAACGGTTCCCCACGTTTTCCTACCATTATTTTACGTCTACTTGAACTACATATGGATTTGATCTTCGACACTTCTGTTACGAAGCACACACTAATCAGGTAAAAAGTGAGATTTCAGGATTCTTGTGAATTACGTCTAAAGTGTTGTTAATGATTCTGCCACTGGATATGGACCGAACGAAGAGAACATACCTTTTCAGGGACTTCAAGATTTCACAACTTTGTAGCAATTAACTCTTTTGTTTTCCTTCTGAATGAAAAATCCGACCTTTCATTAAGAAAGAAAATGAAAGAATAAAATACAGGGCATTCAGGAAAAAAAAGCCCACGAAAGGAAATCTGCTATAGAAATGGACTCCAATTGAGTAACAAAAGACCTAAAAAATAATTACTAAAAGACTTTTGAGCCCATAGAGAAACATGAAGCCTAACAAGGGACTAAACATCCCAAGGTCACTCTTCCCCTACTCTAAGGATTCTATTTGTTCCTTTGCTCCCACATTCCCCATAATAAAGCATGCACCTCTCGACTTGCCTCAAAAACCTCCCCTTCTTAGGAAAATGCAGATGGAAGAGGAACTCTTGGATCGTCTCCTTGTATTCTCTGTGTGAAAGGAGGCCACCTCAAAACCAAAGGCGTCATAAAAATAACTCCAAATTTACTGCAAAAGATCACAATTCCGAAGTATATGATCTAAGTCTTTGCTGAAAATAGTTTATTTCTCTCTTATTTTCTTTGTTAGACAAGGGTTTTCTTAAATAAAAGAAAACCTATTACAAATAAGGAAAAAATAAATATAGCAAATATCTTTACAATAAATACAAAGGGAGAATATAAACAAAAAAGGAAATAATCAACACTCCCCTGGTTTGAAGATATCACTCATGGCCAACTTGTCTGTTAACTTGTTGAATTGTAACTTAGGAAGACCTTTAGTTAATACATTTGCAATTTGTTCTGTTGTTGGGAGGTAGGGAATGCATATCACTCCTGCATCAATCTTTTCTTTTATGAAATGTTTATCGACTTGAATGTGTTTTGTCCGATCATGAAGGACTGGATTATGGGCAATGGAGATTGCTGCCTTGTTATCACAATAAATGCGTATGGGCATTGTCTGAGCGAATTTCAATTCTTCCAGCAGCCTTTTTATCCATATGCCTTCACAAATACCATGGGCCAATGTCCTAAATTCTGCTTCAGCACTACTTCTTGCAACTACTCTCTGTTTTTTGCTACGCCAAGTAACTAAGTTTCCTCCAACAAAGGAGCAATACCTAGAAGTCAATCTCCTATCTGTCGTGCTATCTGGCCAATCAACATCAGTATAAACTTCAACTTGTAGGTGGCCATGTTTTTTGAAAAGTATCCCTTTCCCTGGAGTACCTTTCAAATGTCTCAGGATTCTAAAGACAATTTCAAAATGAGCTGGCCCGGGGGCATGCATGAATTGGCTTATCATACTAACTGCAAAGGCAATGTTGGGACGTGTGTGAGAGAGGTATATTAGTCTTCCCACAAGTCTCTGGTACTTCCCGTTTTCTTTTACATCATTTTCTATTGCAGCTTCCAATTTTAAGTTCTGCTCAATGGGAGTTTCTACAATTCGGCAACCAAGTAAACCTGTCTCTTTGAGTAGATCAAGGATATACTTTCTTTGATTGACAAGAATACCACTTTTAGACCTAGCAAACTCCATGCCAAGGAAGTACTTTACGGATCCTAGGTCTTTGATCTTGAAATCATTTGCCAATTTTTCCTTTACAATAGACATTCCTGTCTCATCATTGCCTGTAAGAATGATATCATCGACATACACTATCAGAACAACAACCTTGTCATTTCCCGTATACTTGTAGAACATAGTGTGATCGGCTTGACTTTGGCTGAATCTATAGCTTGTGACTGCCTTTCCAAAACGTTCAAACCAAGCTCTAGGAGACTGTTTTAAGGCCGTATAGTGATTTTTTTTTTAATTTACATAACTTGTTAATCCCAAGGTCAGCTTCAACACCAGGTGGTAAGTCTATAAATACTTCTTCTTCAAGTTCCCCATTAAGAAACACATTTTTAACATCAAGTTGATAAAGTGGCCAATCAAAATTAATTGCAACAGAGAGCAAAATTCTAATTGAGTCAATTTTAGCTACAGGAGCAAATGTCTCTTGATAATCAATTCCATAGGTCTGGGTGAATCCCTTAGCCACTAATCTGGCCTTGTACCTTTCGATACTACCATCAACATTACATTTTATTGTGAAAACCCACTTACATTCCACTGCTTTCTTGTCTTTTGGTAGATCAACTATGTCCCAAGTACCACTTTGTTTCAGCGCGTTCATCTCTTCCATCACTGCTAATTTCCAATTCAAATCATTTAGGGCTTCCTGTATATTCTTTGGAACAAATAGGTTGGTTATTTTGGATGTGAAAACTCTATGACTATCAGATAATCTATGATAGGAGAGATAGTTCGCAATGGGATATTTTGTACATTGGCGGGTACCTTTTCTCTGGGCAATTGGAATATCAAAATCAGAGACATCAGGCAACATATTATGAGAGGAAGGACTAAGAGACATACCTAGATTTTCAGGATCATTCATTGGAGTATCAGATTGGTCTTGTGTTAGCTTGACTGTCTGATTTCTATCCCTCTGAGTTATGTTTCTTCTAGTATAAAACTGAAGTTCAGAATTTCGACCTGTCAGATCTGTTTGTAGTGTTTCTCCCCCTGTCGGAGAATTTCCCACACTTGAGATCGGAGGACTAGGGCTCATAATTTCAGGACTAATGATGTTTGGGAGAGGTGAAGTGTCCCAAAAATTCTCTTCAAGGAGATGACTCCCCCTAAAGAGAAGTTGGGCTAAAAAAAGATTGATTTTCTATGAAGGACACATCCATACTCTCAAAATACTTGTTAGTTAGGGGGTCAAAACATTTGTACGCCTTCTTAAGGGGAACATAGCCTACAAAAACACATTTAATGGCCCGAGAGTCCAATGTAGTTTGGGAAAGGAGGGTTCGATGAACATAAGTAGTACTCCCAAAAACTTTTAAAGGTAACTTTGAGAACAGTCGGGCAGTAGGAAAAAACTCTTTGAGGTGTTGCAGTGGAGTTTTAAAATTCAACATCTTAGTAGGCATTCTATTGATTAGGTAAGCAGCGGTTAGAACAGCATCTCCCCACAAATATTTTGGAACATGCATAGAAAACATAAGGGCACGAGCAACTTCAAGCAAATGTCGATTTTTCCGTTCAGCAACACCATTTTGCTGAGGAGTATCACGACATGTAGCTTGATGAACGATGCCTTTATCATTTTAAAAGATGGTTAGTGGTTCGTTAAAAAATTCAGTTCCATTATTAGAGTGAAGAATGCGAATTTTAGCTTGAAACTAAGTCTCAATCATTTTATAAAAACGAACAAAGACCTCTTTTACATTTGACTTTTTTGTTAGCAAGTAAAACCAAGTTAAACGGGTGTGATCATCGATAAAGGTAACAAACCAACGCTTGCCATTTTTTGTCAAAACCTTAGACGGACCCCAAACATTAGTATGAATTAAGTAAAAGGTGATGAAGATTTATAAGATTTGGGTGAAAAGGTAGATCGATGATGTAAATGCAGTCTTCGCATTGAAAAATAGAACAATCAATTCCTTCAAATAAATCAAGAAACAAGTACTTTAAATAAACGAAATTAGGATGTCCTAATCTACGATGCCAAAGCATAATAGTTTCTTGAACAGAAAGAGAACTGACACTACTCAAGCCCTGAATCTTTTTATGACTAGTTGAAACTTCATCAAAGTAATAGAGACCATCAATCATCCTAGCACGTCCAATCGTCTCCCCCGAGTCTTGATCCTGAAAGAGACAATGAGTTTGACAAAAGATAACACGACAGTTAGCATCTTTAGATATTTTGCTCACAAATAATAAATTACACGCTAGTTGAGGAACATGAAGGACAGAACGTAGTATGAGTTTTGTACTTGGGGGAATAGTTCCTTTGCCTGCAATAGATGTAAAACTACCATCAGCAATATGGACTTTTTCTTTACAATAAACAGGGGGGTATGACTCAAATAAACACGAGAAACTAGTCATATGATCAGCAGCTCCGGAATCGATGATCCACAGAGAGGAATTTAGACATGAGAGGGCTTGAGGGGAATTACCCGATCAATTGGATTTTAGTAGCTTCAGGATTTGATCAATTTGCTCTTTGAGTGGACTGGAATCAACAATGTTTGCATTGGAGGCATGCTGATGAGAATTTCTCTCAAATTGCTTAAAGCTCTTCCAATTTGCAGGTTTGCCATGTAGTTTCTAACAAGTTTCCCTCGTATGACGGGGTTTGTTGTAGTGATCACACCAGACACGAGGCTTGTCATGAGTTTTGTTGGATTGATCAGAAGCTTTTATTGTAGTATTTTCAAACACTAATGCGGAACTTTCAACTGAGTCAACTGCCTTCTTTCCAATCATAACATTCCTACGACTTTCCTCCCTGCAAACTTCAGAAAAAACATCGTTAATATTTGGAAGAGTACTTTTCCCAAGTATCCTGCCTCTAACCTCATCAAACTCAACATTGAGGCCAGTAAGGAATTTGTTAATGTGACCATCTTCAACAGTTTTCCGATAATGTTTTTGGTCGTCTATGGACTTCCACTCGTATGTATCAAACAGATCAAGTTCTTGCCACATCCTCTTCAGAGAGTGAAAATATTGTGTAACTGAGTTGCCTCCTTGTCGTATATCATCCAACTTAAGATTCAGCTCGAACACTTGTGACTGGTTACCCAAATCAGAATACATTTGAGTCACACTTTCCCATAATTCCTTGGTCGTAGTGTAGCACATGTAGTTACTACTGATGTCTTCCACCATAGAGTTGACGAGCCATGTCATAACCATGGAGTTTTCTGCGTCCCACACAGCAAATAAAGGGTCATCTTGACTTGGAGTGATTTTTTCTCTGGTGAGATACCCTATCTTCCCTTGGCCACGAATATACATCTGAACACTCTGGGACCAACGAAGAAAATTATCCCCGTTAAGTCGAATGGTGGTGATTTGGACAGTGGGAGTGTTGATGGATCCGATTGTCGAAGACTTTGGCGGCAGATACCTTAGTCTCTGACGTATTGAAGAGATAAAAACACACAACCCAAACAAAAAATAGATCTTAAAAGAAAAAAGAACCAAAAACGGTTTTAACAAACCCAAAAAACTTCCACTCAGCGGCAGAACAAGGAACCACCGGAGATTCGCCAGAACTGGCCGGAATCCCTTGGCCACTGGTGCAGACTTGGTCGGTCGGCGGAGAAGGAGTAAACCCAGGAAACGGCAGTGTCGGCATCGACGACGGCTAAGGCACCCGGCTTTCTTCTGCGCTCACGAGATCCACGAACAACCGGTAGTCTGGTGTTGACTGGTGACTAAGGCGAGACGTTCGGTGACTGAGGTGAGACGTTCGGCGAAGATCTGGAGTGCGGCGGCGGCAGCGGCAGATTAGGTTAGATTAGGGTTTATGTTTCTTTTTCAGAAAAATTAGGGTTTCAAGCAATAGGCTATGATACCATGCTGAAAATAGTTTATTTCTCTCTTATTTTCTTTGTTAGACAAGGGTTTTCTTAAATAAAAGAAAACCTATTACAAATAAGGAAAAAATAAATATAGCAAATATCTTTACAATAAATACAAAGGGAGAATATAAACAAAAAAGGAAATAATCAACCGTCTTCCTTTACCTTTTGACAAAGAATACAACAAAATGGTTTGATCAAGGAGGGCAACTTCCTCAGAAGCATTATACTTGTTAATTTGTTTGTGGGTTGCTTTGCCAAATGGAAAACACCTATGGAAGGAAGAAGGGCTGAACAAACTATGAAAGAACTGAGTTACAGGAAATGTCCCTAGTAGGCTCAGGGCTCCAAATGTGAAAATCCCTTTCTCCAAGGTCTAAACTTTAACTCTGCAATCAAATATAAAAGAGCCATTAACCGTGGTTCTCCCTATCTGGACAAAGAACAATGAAAATTGAACAATAAAGAGAGCTCTCATTGATATAATGAATCGAGACAATATCTTAATCTCAAGGATATAGTAGTAAATAATAGTAAAAGTAAAAGAAGGATCAGTGAGTACACCAGGACATCTCAACTATGTTGACACCTCCCTAGCACTCTCATCATATCCTAATGAATCAAAAATTACACTATTGGTACTTGGGGAATGCTCCCCATTACAAAAGACAAATTTTGCAAGAAAGCCGAAAATACAACACTAAAAAAGAATCTATAAAATGACTGCACAAACAATGATATTGTCCATGAAAAAGAGAGCTCAAACAATGATATTGTCCATGAAATGATTTCTCATTCAATTGATGTAAATGAGGAAATGCAATGTAGAAGGGTCGATCCTCCACGGCTCCACCTATTTCTCTTCCCAAAAGTACCTTAACTTCCTGTCATTAACGAAATAGTGGGGATCATGTTATAAAAAGAAGGGAGCTCATAGGATATTTCTTTTTACAAATTGCGGTAAGTGCCTTTTATCCCAGTCATCATCCACTAAAAATGAGGACCATATTTACACGAGTAGCCCATTACCAAAGGGTATTAGGCTCAAGGGCCTGTGTTATGAGTCTTCAAATTTCCTATCTTTTTTTATGAAACAGAAATAAACTTTTCATTGATATAATATAAAGAGATTGGAGCACAAATATAAAGAGACATGAGATTCATACAACTCAAATAGAACTATGGTTGACTAAACAAACTTTTCTTTAAATTTCCTAATTCAAACTTCTCAAGGTTGACCAACTTCCCCACCACCTCCCAACTTACATGATGGACTCCTCTCTTCTCCTCAATCGCTTCTCATAAAAAGTCCTTCATAGGCCTTTCTAAATCCTTGCAAACAGAACGATGAGCCCTAAAAAGGGAGAAAAAATAGATCGGGATTCTGCTCATAAATTTTTTTAGACAGGGATTCTGCTCATGAATTTTTTTAGACAGGGATTCTGCTCATGAATTTTTTCCAGCGTGGTTCACCAGAGAGGAGTTAAGGAAGGAAGGAGGAGGGGGAGAGAGGAGAGAGCATTCTTGTCCCCAACGTGTTGTGTTCTACTTTTTTGTATATTGACGTGTTTCCATGTTGATGTCGTGTCGTAGTCGTGTCGCGTGTCAATGTCCGTGCTTCTTAGATCTAGGGGAATATTTAAATGCCACTGTCCAATCTCCCATTATACCACCTTTCCCCATCCTGGTGTTGCCTTTGCCAGAGGGATTGTGAGTCACAAAGTCACATCTTCTTCTTCGGCCTGTTTCTTGCTGATATTTGGGATGAATTGTTTTCTACTTTTGGATGGTCCAAGGCTCTTCCTTGGGCTTCCCATGATTGGATCAGAATGTTATTGATTGATCACCCCTTCAAATCTACCCAGGAGCTCCTCTGATCTAGCATTGTTAGAGGGGTATTATGGAAGATTTGGGAAGAAAAAATGCTAGGCTTTTCCAAGACATAGCGAGATCTTTCAGAGAAGTTCTTGAGATTTCAGTAAATTTACATCCCCTCAGTAGTCATAGTGTAAATTTCTTAGTTGCAAATTGGGAACATCCCGGGAGGCTAACATCTCTAAAAGTCAAACCAATAATAACCTATTGAACTAGTTATTATCTAATAACTAATTAATCCAACTGGTGGGCTGTTTTAAAGAACTCCCCTACATCATTTTGATTTAACCTATTTTTTATTTTATTTTATTTTCTTTCATGAGTGTAGAGAGAGGATCAACCATCATCTGTTGATCTAGCAGTAAATAAAGGGCATAAGTTTAATAAAGGGCCAAGAGGGGATGAGTTCAATCCATGGTGACCAACTACTTAGGATTTAATATCCTAAGAGTTTCCTTGGCATACAAATTGTTGTAGGGTCAAGCGGGTAGGTTAAAAAAAAAAATGTAGATACAAGATCATTTTGTCTTCTATTCGAGGTTGAAACATGCATTCATTTCTGGAAGGATGCATTCCATTTCAAGGCGGATCTCCCTTCTTATGAAGTCATTCCAATAAGAAAGGATAACGAGAGTGTGAGGAAGAGGAAGAAGAAAGCAAGATGACTTAAAAAAATAATTTTGATTTTTTTTTTCTTTTTTAATGTACACTTTCTAGTGATAGTTGTATTGAGCATGGTAAGTAGTTAGCTAATAAACCATGACAATGTGCCTTGTTGCCCAATTCTAACTTTTACTTAATTATTGTACTATCACGCCGGACTTGGGAAGCTTAGCAATGAATTGAAAGAGGATTTTTCTTTTAATTTTTTTAAATTTTTTTTAATTTGCTCGTGGAAAAAAAATATTTCCAGATCTTGGAATGAGTGTGTTTTCATAATCTATGGTCTACAATACATATGCTGTAGAATTGAACATAATTGTAAATTCATTGCATGGTTTTAGCCTCGAGATGTATACTACTCTTGGGTCAATTTCAAATTATCATGCACAAGTGTTTCAGCCAGCCAAGAGGTTCTATTTTAAAACATATGACAAAAAAAAAGAGAAGAAAAAACTAGTCAGGATCTACTGTACTCTAGTTGCTTTTTGGTTGTTGAATGGTGGTCGTGGAACTGTGGATTTTTGTTAATCACCTTGAATGCGAGGTGCAGTTGTTACTGCCAACATAAATATGACATTGTAATATGAACTTTGAGACTAATCAAGTTGCTATGAACAGCTTATGTCCGAAACAGAATCTATGCAGTGGTTTGGTGAGGTTATTCCAGCATTGGGAAATCTGCTTCTTCAGTTACCATCTTTGCTGGAAACTCATTATCAAAATGCCGACCAGCTTGCTAGTAAAGGAAGTGGCAAATCCAAAACTAGTCTTCGTTTGTTAGCTTCTCAAGTTGCAGGCACTGTGTATCTTAGTCAGGTGTGCCAATTTGTTTGTTATTTTATATAAAATTTTGGTCACTCTTCATAGGACTTTAATTTTTTCAGTTGTTTTCATGTTGGTTGGTGGCAATGTTAGCAGAGTCTTATCATTAGTTATGTGGAATCCATAAGCATGAATTTATGTATCCAACAACGCCATGCCTTTGCCTAGTGGTTAATAGGGCCAATGTAAATAGTAAAGGATTAGAATGTTGAGTCAAGTCGTGGTGAGTGGTGACCATATCCTGCTAGTTAACTTGGCAACTAACCAAATTTAGTGACGGCTAGATGATTGTCCAAATGAAAATAACTGAGGTGTGGCCAAGGCCAGACCTTTAGGTTAAAAAATAATTCAATAATTCTTTATTTTTGTTGCAGAAATGGCTGAAATTGAACTATATTGCAAAACATTATAATTGTTGGTTCAGGGGTGGAGTTTTTGAATAGTTTTATGACTTTTTGGTTTGGGTAGCTTTCTGATGTTAAATTAATATTTGATTAGTAGCCATCATTATTTATCAATGATTTCAATGACGTTCTAAGGAGAAAATAATGCCACATGTCTTTTGACTAGTTGGACAGAAATAATTTTTTTTTCATGCATTGCTTTCTTGTTTTGGGAAACAATTGTGTCCATGAACCACAGTAGAACGCTTAAACTTTTGATGTAAGAAGAATAGAGGTTGATTGGGTGATTAGGCAATATTCTTGGTTAATTCCCTTCTTACCCCCACTTGTAATAAATAATTCCCTTTTTACCCCCACTTGTAATAAAACTCTATAAATAGGAACCTTCCCTTCTTGTATGAAACACATGTTATCATTTTAATAAAAGATCCAAAATCTTGACTCTTGGAGGATTACTCCTTGAGGCTACTTAGTGTCACGTGGTTAGTGTTTCAGCCTAACTAACCGCGCGGCACTTTGGGTGCATTTACTGTCAAAGACACGCCAAGTAAGGCTTTTATGCTCCAAGCATTAATTCCTCCCCTGACACAATCGGGTGAGATTGGCAAAGGAAGTGTTTAGCAAGGAAGGCTTGAGAGAGTTTGAGTGAATGAGAGCCTAGAGGGCTTCACCAACCAAGAGAGAACGCACAAGCTTAGGAAAGTCGCTCCTCATATTTATAGAGGAGTGCTAGCTGACTTCTCTAGCATGACCGACTTACAATGTCGGTCATGGAGCTTCTAGACTCTTTCCGTATGTACATTGGGCAACAATCCTATGTACAAGTCTGGAACTATCTGACTAAGGCCCATGCTAGAACAATCTAGACCTATCGAGGGCCTATTAGCATATTTACATAGGTGACCGACTGTCATGGAAAGTTCTGGAACCGTCCAGACACTTCTCGCACACTCCAGCAGTTTCTCGTGCCATCCAGACTTGTCGGGGCGCTTTCGGGTCTTCCAGCACCATCGCATGCCTTCCCGCATAGTCCAACACCTTTGAGGTTCTTTTGGAGCTTTCTCGTGCCGTTGGGGCCATGGGCGAGCAGTCGAGCCCCTTCTCGTGTCTTCCAGATGCTTTTGGAGTCGTTGGGCATCAAGGCATGGGCATTGCCCAGCGGCCTGCCCATCGTTCCAGACATGCCTAGAGGCGTGCTGTAGCCTCTGGCCTTGTCCTGATGCGTTTAGAATCTTCTGGGACTTTCCCGATGCGTCTGGGATTTTCCATGTGTCTAGGGACACCGTTGGACGCATGGGCTGTGCGTTGTGTGCGCCTGATGAGCCGACGATGGGCGCACACTATCGGCACTCGCGGGACGCGCATGTGGGGTTTCCGCCATGAACGCGTCTTGGGCATGCGTCAGACACACACGCCTAGCATCCTCGTCTAGACTGGCGCGCAAGGCTGCCTTCCCTGGCAGATGCGCGCATATGCTGCACACCTGTGGCTGATTGCGCAGCCATTCTGCCATGCATTGACGCATATGGGCATGCGTTGAGGCTTTCGATGGGGTGTCGGGCTGTGACAAGGGCACACATCTGAGGCTGGGGCATGGCCCGATGGCTTGGGTAGCCTTGTCTGACACCATGGCATTTGCGTTGGCCTGGCTTAGCGACGATATTGCCCCTCTTCCTCGACCCATCCTTGGCAATACTATGCGAGTCAAGGGCATCAGTGACGCGATTTGAAGGGGCGTTTTTCTGACACGTGACATTAGGCTACATTAATTTGGTATCAGAGTGGCTGCCTGGGCCAACATTGACAACCATCGGTGGAAGTTTGGAAAACTCACGAGTGGGAGCTTTGAGTGTTGTGCTCGTTGCCGAACAACACATATCTAATTAGGGGAACCCTTGAAATTCCAAGAAAGAAAGAAAATACCAAAAATTCATCAAGATTTTTCAAGAATGGACTATTGCCGATCAAAGAAGGTGTCCAAGAAGAAATACAATATTGGTGTAGGCAAGAAAATCAAATTTACTTCTAAAAACAGTGCTGGAATTCTGACTCAAGTGATTCCAAAGAAGAATTTAAACATACTAATTTTGCTGATACTTGATTTTCTTAAAGAGCCTATCATTATCCACGTTGGAAATTTGATTTTAGTGACTACGGCGATGTTTCTAAGGCAGTTTGGGATGGAATAAGAAGGCGTCAATATCAAAAAAGGGCCAACGATATTCAAACCCTTTTTTGAAGGAATCAATGTAGCGATTGGGAGTCGGATGAATTAAAGATTCATCAAGGATCATCAAGAATGGATTTTTACAGCCCAAGAAGAACGTTCAAGACTCAAAATTACTCTTTTGGTTATGAAACACGATCAAGAAAGGTTGATTCAAGAGAATCAATGGATGAGTCCTATATGCACTATGAGATTAAAACATATTGAAGAATCCAACAAAATGATTACTTTGATCAAGTAGCATTGAAGGAAATGAAGAAAGCAACAAAAGAAATCCGACGTTCATTGAGGAAAATGATTCAACATATTGATCAACTATCAATTCATTTGCAAGAGTTCAAGAACGGATTGACTTCATATACCGAAGAAAAAACAAAGGAATCACGGGTGGAAAATTTTCAAATAGAAAATCTTGAAGATAACATTGAAGAAAAATAAGAATTTAAAGATGTTAATTTGGAAATAGTCTCAAGTGAAGAAGAAAATCCAACAAAGAAGATGGAAAGAAGTATCGAACACCGAGCAAGACTCGAACAAGAACAACGACACACTGATTTCGGTGTAAATGGATCATGAAACCGTTGAAGAACTTGAAGCGTATGATAAAGAAGACGTGATTCTTGAACGATTCTCTTTGGAAGGTGGTTTTTTAGTGATTGGTCCTTTGAATACGATTTTGAATGAGCTTGAAGGAAGTATCTTTATTGGGTTTATGGCCAATGTCGAAGTTCATCTTTTGGTGGCAATATTGGATTTTTTGTCTTGAATTTATCTCTTTGATCATAATATTTGTTCAAAACGTAGGAGGTTGGTTTGGTCATACTTCGTTGAACAAGTTTATTTCATTCCTTGTTTGCTTCATAATATTGTTCTTTTTAAAACTTGAGGGCGAGTTTTCTTTTTGAGGGAAAGAATGATGTAAGAATAATAGGGGTTGATTGGATAATTAGGCAATATTCTAGGTTAATTCCCTTTTTACCCCCACTTGTAATAAAACTTTATAAATAGGAACCTTCCCCCTCTCGTAAGAAACACATTTTATCATTCTAATAAAAGATAAAAAATCTTGATTCTTGGAGGATTACTACTTGAGGCTACTTAAGCTACACCAACTTCTTTCCAATTATTCCATCCTCTCTTCGAATCAACTTTATATTCCTCCATCCTTTCTTTATCTTTCCATCTTACTCGATTGTTGTTGGAAATGTTTGCTCTTCTCCTTGAATGGCTTTGTACAATCCATTTCCAAGATCAAAGTGCTCTATACTCTAATAGTAATTTGGCAGAGATTAGAAATTGACTCGACTAACTCAAACTAGCCATGAAAAAGCTATTTAGAATACTAATTTGGTGGAGATTAGAAATAGAAATTGAAATTACAAAGATAAAGAAAAAGGAAACTATTGATGTTAAGAAGGAAAATTACTAGTCTTCCAGCAATTTGAGATGCTTGGGCTCTGACACACTATTATTCTAGAATTAGACTTTTTTAGAACAGATTAGATTGGCATGACCTACCTCTCTGGAGGTACGAGGTTTGATCTCCCTACCATTGTTGCACTAAAAAGAAAAAGAATATGCAAAAGTAGAAGAGGGAAAAAAGAGTTGATAGACTTTGATGAATGTGCTCAAGTGGAAATATTAGAATAAATGGAATAGGAAGGTCTAGATCTTGTTAGTTGTCCTTTTGAGCCAATAGTATGGTCATGGCTGGACAATACCTCTTCAAATCTTCTAGAAACCCTGTCATACCTATACGTTCAATTGGATTGAAGGAAGATCATTTAATATTGTTGTTGTTTTAAGCCACACTTTGCAAATCAGTTCTTTCCAACCTTCCAAACTAACAAGATCAGTCCACATTCCTATTGCCAAAGAAGGTGGCTGCCAAGATAGAGAGAACCATCAGAAATTTCTTTTGGGAAGGGCATAAGGGAGGTAAATTAAATCACTTAGTAGATTGGAAGCTCACGGTCAAAGATCTAATGGATGGGGGCGGTATTGGCAGCACTCAAACCAGAAATCTAGCCCTCCTAGCAAAATGGGGTTGGCGTTCTATGAAAGAGGAATCTTCTTTTTGGAAGCAGGTTATTGTAAGTATTCACAGCAGCAACTCATTCAAATGGCATACAGCTGGAAAAGATGGTGCTTGTCTAAGGAGTCCTTGGCTGAGTATCTCATGCACTTGGTTGAAGGTAGAGTGCTTAGCAACCTTTAAATTGGGACCTGGAGATAGAATTGCTTTTTGGCTTGATACTTGGGCAGATTCTGTTTCTTTTTCCATATGGTTCCCGAGGCTCTACCAAACAGCTACACTCCCAATGGATCAGTAGCAAACCATTGGGATTCTTCCACCAATTCTAGGGCTGTTTCCTTTCGAAGACTACTTAAGGAGGATGAGATTGACGAATTCCAAAACCTCATGGGCATCATTTATAAGCAAACAATTTCCTCTTCTCAAGATAGGAGAATCTGGTCACTGGAGCCTAATGGTTCTTTTACCGTGAAATCCCTTTCTAAGCATTTGTCTTTGTCCTCACCAATAGACAAACTTTTAGTAAAGGCTTTATGGAATTCAAAAAGTCCTCGTAAAGTCTACATCACGATCTGGATCATGATATTTGGAAGGTTGAATTGTGCTTCTGTCCTTCAAAAGAAGTTACTGTCATATTGCTTATCTCCCTCTATTTGCCACCTATGTTTGTCAGATTCTGAGGACTTGCAACTTTGCTATAAAGTGCTGGCAGAGTCTTCTACAACTTTTCAGCTTGTCTCGGGTCTTTGGCAACGATTTCAAGAATAATACCTTGCATCTTAATTGGACCAGCCCTAAAAAAGAAACCAAGATTTTTATGGACAAATGCCACAAAAGCCTTGCTCTCTGAAATATGGTTTGAAAGAAACCAACGGATCTTCCACAACAAAGCGTCGTCTTGGCTAGACAGATTTGAGATTGCAAAACTAAACGTTTCCTCCTGGTGCACTCTTGATCGTGTTTTCAAGGATTACTCAATTCAAGCCCTTAATCTTAACTGGAAAGCCTTCCTTGAGCCATTTGAGTAGCTTACTCTTCATAGGATCTCATGCTTTGATTTGTAACAATTTTCTACTATTTTGTAAGGAGGTCTTTCCTCCAAGCACCATTAGTGAGTGCACCCAGACATCTCAACTAGGTTGACATCCCCTTAGCACTCTCATCATGTCCTATACAAGTGAGTAGCACAATCTAAAACAAGAACAATTAAATCTAACAATTATAGCAACAGAACATTTTGATTCTAATAACAAGTCTCTAAACATTGGGAAAAATAAAGGCTTTCCAATTGATGCTAATATCTTGAATGGAGAAATCTTCAAATTTCATGGATAGAAGGCATCACGATGAAGCATTTAACTTAGCTGTCTCGAACCTCACCAACCATGGGGAAACTTTGTCATGGACACCCTCTGATTTCTTTCAAACCAGATTTCAGAAAGTAAAGCCTTAACCGTGTTGGACCAAATCAAATTTGGTCTAGATTTCAACTTAGGACCAATCAACAGTTGTAGCACATTTTCTTTAAACGCCTTATCGAAAACCCAACTTAGATTGAAGTCTTCAAACAACTTAAACCAGCAGCGTTTTGCATACATACAGTTGAAGAATAAATGCTGTAATTCTTCATGGTCTGCCAAACAGAGGGGGCAAACATGTGGGGAGAGATAATGGGATGGTAGCTTTAATTGTAATACTGAGGCACAATTCAAAAGTGCTTCAAGCATGATCCAAATGGTGATATTGACCCTCCTAGGGCTTTTGGATTTCCAGATAGAGTCCTTCAAAAGTTTTCCAATGGGGTGGGAATTGGATAGATGCTTCACAAGAGATTTTACCGAAAAGTTTCCATTAGCTTCTAACTTCCAAATACGCTTATCCTTGCTTGTGGTGATGGTCACTGCTGAAAGTAGACCAAGGAGGGTTTGAAAGTCATCTAGCTCCTCTTCCTTAAGAGCCCGTCTGAAGGTAATGGACGAAGAAGAGTGTGGAATCCCAAAAATCAGCTACTGCACCCTTTGGATTCAAGGAAATTCTGTAGAGTCTTGGAAAAGAGATACTAAGTGCGGAGTTGCCCACCCAAGAGTCAAGCCAAAATGCCACTTTCCTTCCATCCCCCACCTTGAAACCAGCCAATTCATCAACCTTTTGCCAGAATCTTGAAATGTTAATCCATCGGCTTCTAAGGCTACAACTGACAGCTCCACTAGTATCCAATCAAACAAGTTACTCCCATGGATGCTTCAGATCACTTGACTCCAAAGGGAGTTCTCTTCCTTCATAAATCGCCAACCCCATTTAGCCAAAAGTGCTTTATTCTTCACCTGTAAGCCCCCAATACTGAGGCCCCCATCCTCTTGTCTTCTAGAAGTCAAATCCCATTTAACTAAGTGATTCAACTTCCCCCCATTATGGCCCTCCCAAAAGAAGTTCCTCATCACTTTCTCAATTGTTGAAATCACCTTTTCCGGCATTAAGAATAAAGACATATAGTATGTAGGTAATTGAGAGAGGATTGATTTGCAAAGGGTTGCTCGACCTCCTCGTGACAAGTTGAATCTATTCCATCTCTCCCATTTATCTTTTATTTTCCCAATTACCGACTGCCAAAAAATTTCTTTTTTGGGATATCCTCCGAGAGGTAATCCAAGATATGAAATGGGAAGGTAGTCAACCTTGCAATTTAGGCTGGTTGCCGTTTGAGACAGTTTAATTTCATCAATATTGATTCCGCAAAGTGCAGATTTCTCCCAATTGATTTTCTGTCCCGAGCACCACTCAAAGATCTCAATCGTTTTCCTCAGGTTTTGTAGCATGTCATCATCATACTAACAAAATATTAGAGTATCATCTGCAAACTGGAGTAATGATACATGGACATCATCTTTTCCAACCACAAAGCCTTCAAATTTTCCTTTTTCATACAATCTTGACATCAAGCCATTAAGCACTTCACTGATTAGAAGGAAGAGAAATGGAGAGAGAGGGTCTCCTTGTCTAGTTTCTCTAGAAGCTTGGATTCTTCCTCTTGGTCTTCCGTGTATGAATATTGAGAATTTTGGATTGGATACACAACCCATAATCCACGATATCCATTTAGTATGAAACTTCTTTCCAATTAGGACTTTCTCAAGAAATGACCAATCTACCCGATCAAAGGCTTTTTCAAGATCAAGTTTCAGCAGCCATCCCTTTTTCTTTTTGGATTTGTAATATTCTACCACTTCATTAGCAATAAGAACGGGATCAAGGATTTGGCGCTCCCCAATGAATGCACTTTGAGTAGGAGCAATTATGCTTGGCATGACCTTTCTTATTCTTTCCGCTAGCACCTTAGCTACCAGCTTATACATTAGTGTTGTTAGACTGATTGGTCTGAAATCTTTTACTAAAACAACATCCTCCTTTTTCTGGATCAAGCAAATGAAGTTTTCCTTAATACAGGAATTTAATTTTCCATTTTCATAGAATTCCTCGAATAATTTCATGATAATATCCTTCAATTTCTCCCAAAATGTTAGGAGAAATTCTACTATGAAGCCATCCGGGCCCGGAGCTTTATTTTTTCCTATCAGATTCATCGCGTTTTTCACTTCTTCCATAGTAAAACGAGCAACCAGCATCCTATTTTGAGAATCATTAATTTCCAGCCAATGTAAGTGTAAAGGGAAAGCTTTTTCGCCTTGAATTTGAATTTTCGTGTAAAGTGAGCTATAAAATCTCAAGATTAAATCTTCAATGTCTTTATAAGAGGTGGTAACTTCCCCTTGATCATTTTTCAGCTCTGAAATCAGGTTTCTTCTTTTTTTAGCTGATAAGAAGTGGTGGAAGAATTTTGAGTTCTCATCCCCCAAACTTAGCCAATTCAACTTACTTTTCTGCATTAGATTTCTCTCCTCTATTCGGTAAAGTGCCAAGAGATTAGCTTTTAGGGTTAGGCAAGAGTCATTGTCTACTCCTTCTCCCTCCGAGTTTTCGAGTAATAGATCTCTTTTCTCAATTTCACATATTAGGGCCTCTTCAGATTTCTTTCTTTCTTTTTCAAAGATTAAATTTCATGCCTTTACTGCTGATTTAACCTTCCTGAGTTTAGTAGATAGAACAAATCCTGCCCAGCCATGTTTATTGTCTGGTTCTAGTGCATTCTTGATGACTTGACAGCAATCTTTTATCTCTAACTAGCTATTACAAAATTTGAACGGAGGGGGACCCCATTCAAAGGATCCAGCTTCCAATAAGATAGGGAAGTGATCTGAGAGGATGCGCAATTATCTTGTGACTCTTGAGTTAGCAAAGAGTTCATCCCATTCGTTTGAAATTAGAAATCGGTCTAGGAAGGATCTTGAAGAGACATTACCTTCTCGGGCCCAAGTAAACCTACCATTGTGTAGAGGAATTTCCATAAGTTGTGCTGAAGAGATGAAATTGTTGAACTTCCTCATTCCTCTTGTGATTCTTCCTTGAGGGAATCTTTCTTGAATCCTCCTTGTAACATTGAAATTTCCTCCAATGCACCAAGCATCACTTCAATAGGCCGCCAAGGAGTGTAATTTTGCCCATAGATGTTTCCGTTCTCTATATTCGTAGGCCCATAGACGTTTGTTACCCAGCCTTTAAAACTTCAATGATCGATATCTTGCTTTCATCCCACATTGTTAAAATTCCACCTGATCTACCAAAAGCTTCAACAAAGGTCCATCCAATATCTTTAGAGCTCCAAAGCTCTTTTACAAGGGCCAAGTCAATACTGTCCTTTTTTGACTCTTGTAATAAGACTATATCTAGATTTAGTCTTTTTATCGTTCGCTTTACTGCCAATCTTTAGTTTTATCTCCCAATCCTCTGGTATTTCACGACAGTATCTTCATTGAAGCAAGGAGGGCTTAAGATCCGAATATCAGGTCGCAATCTTGTATTAATGATTGTAGGTGCTTAGGGATGGATTGCTGATCAATTTGTTTGAAGGATGTCTCTTCAGCTTTGTTGAGAATAGTCCCCTCCTCTGGCTGAAAGAGTTTCTTCAGATCATCTTCACTAACTGGCCACAGATCATCCCCTTCCGAAGCGTCTTCTATGTCAGACACTTCCAACTCTTCAGTGCTTACACTGATTAACGAGTCTCCATCTTCATCTTGAATGATGTGTTGATCGGAATGAGGATCATGGCAAGGGGTTCCTCGAATAAAAGACACATTAGAGCCGGGAATTATGAAATTTGATTGATAGAAGGAGCGACTATTAAGATGAGGATTTTTTGACCTGATGTGGCTGTTGCTCGGGAGTTGAATTCTAACACAACATTCTTCGAATAGGTCTGAGTTTGCAATGGCTGTCTATGAGTTGATGAAGGTAGTTTTCTTCCGAATGTAGTGTTTAGGATAAGGCCTGAACAACTTCCTCTTTCCTTTGGGATTCGACGTTTTATCTTCAGAAGGTATGCTGGCTTTTCGGCTAATAACTGCTCCAATTTCCTCGACTCTATGGACATTGGAGGGAGAGAGACCAACTGTTGGCGAATCAACATTGGAAGGGGGATTTTCCATGTCTCGTGGAATGTGATTCGACTCCGTAATAAATTCGCACTGCCTGGTATTGGTGGCTGTTTGTCTTCCTCCTTCAGTGATAGAGGCTTTTTCTTCATACATTGGATTTGAATTTTGCGGCGGGAATTCAAATCAGTTCTTGGGAGCCGACCTTGGATTTAAATTTTGCGGCTGGAATTCGAAAAGGTCCTTGGGAGCCGACTGGTCGTCTGCACTTTGTTCCATCAATAAATGCACGTCTGCTGACTCCTCCCTTGGTTTTTCATTAACTAGGTTTGGGGTGATGGACCCACTTGGACGACAAGAGTTCGGCACAGACTTCGACTTTTCATTTTCTTCATAATTAGTATGCAAGGAGTCGAACCGTTCCTTAGGATCCGAACCAACGTCAGCACTTATTTTCTTCATTAAATGCTCGACTGCTAACATCTTTTTCGGTTTCACATTGATTCGATTTGGGGTGATGGATCCCCTTGAATGAAGAATCGCCGGCGCAGACCTCATCTTCTCCGGCGAGCTTTTTGGACTTTTGTCAGAGTGTTTTTCCATGGCTGCAAACGGATTTCTCGAGGTATTTGGCATTTTTTGTTGAAGGAACGCCCAATTTTGAACCGGAAAATCAAATTCAATGTCTTCAACTTGAGCGACTTGCTTTATTCTGAGTAAATTAATCGGATTTGAGAAGTGTGAAAGAAATAATGCACTCTTATGAGGCTTGGAGTCTTCTAAACTCTCAATATCGCCGAAATTTAAAAAGAAATTTTCCCTCTTTTCATCTTCAATTTCAATTGTTGCTGGCATCAAACCACATATGTTCCTTTTAACTTCAATTCTTGCTTCAGAGCAATTTAACATGTTAAGCGTTTCAAGTGCAATGCTTTCTAATCCCCCAAAGTGAGCTCCAATGGCTTCAAACGTACTCCTTCTCCAATATTCTAATGGAAGTTTGTTGATAGAGAGCCAACCTTCGAATCCTCTGATGAATTCTGGCCGGCTATGTTTAATAGTGTTCCATTTTTCAATTAATAAGTGAAATTGTCCGAAATCCTGCCATTTCCTGGGAGTGCCGAACCAATCTTCCATTCTTCCTTCCTCACACTTGATCAACGCTTTATCTAAGAACAGGGGATTCATGGTAAATTTAACCTTGAATGATTCTTCTAATTGATTTCTATTTGCATTCCAATCATCAAAAACAAATAATCTCGATATCACCCATAAGTTGCTAAAATCTTCTTGGAAGACCTCCTGATTTTTTTGAATCCAAAACGCATCCGAATTCTGGCTTTCATGCCGCCGAACTGATTTCGATATTCTACTTTGTTTTCCTTTGCTCGAGCTTTGCATCCCACATGGCAAATCAGGGTCTTCTTGAGGACTCTGTTTTCCTTCAATCCGTTCAGGGTACTTGCTCTGTTTAATGGGTGCATAATCAGAGGATTTCAGATTTAATGGGGGGGGGGGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTGTTGGGGGGGGGGGGGGGCCTTCCAATCTGTGTGGTTGTGATGTCTTGGTCCTTTTGATACCATCTCAGCGTAACTTGGCTGAAATGTGTTAGGAGGAGGGATAAATGCCTGATTGATCCCTGGATCTTCTTCCTTGTCTCTATGGTTCCCCCTCCTATGGAGGAAGCAAGTCATTTCAAAAAATTCATTCTATCCTTGATTCGCTATCCCTTCGGGAATGTGAATGAAGTACTGTCCACCTATAGCTGGCCAAACAACACATCTTAAAAACCAACTCCTATTTCTTTTGAATTTTGAAATTCTCATTGCACCCGAATCATCACACACTTCCCTTAAGAAAAAACGAACACTTGACCCATTAAGGAGATCTGAGACTTGATTCATCATCCATTTCATTAGTGATTCTGATAAATAAATTGCTTTTCAAGCGTCCATATCTTCTATTATGAATTTACCATTCTCGAACCAAGTGCAGAAGAAAGAATTACTGATTTTACAGCTAACTACTTCCATGTTCAAACTCAAAAGAGGAATGAAAGGGGACTATCAAAGCCGAAGATAGAGCTTGGGTGGCAGGGAAATAGATTGCCGGAGTATATGGGAAAATTACCGGAGAGGAGGAAGATAGGAGGGGGAGGAGGAAGAAGAGGGGAGGAGGGAGGGAGGATAGAAGAGAGAGTCTTGTACCCGAAAGATGGAGAATTGTCTCAATTCATTTTATCAATGAAAGAGACTTGTTTCCTTTTAAAAAAAAAAAAAAATATTGTTGTTGTTTAAAAAGAAAAAAGTTTGAAACTTCTCATTGTTATTACGAAGGTACTGGGAAATAAATGTATCCCAATTCATCCAAATATTATTTGGAGATTAGTGACTAAAGTTTAAGGAAGCCATCATTTTAAGGAAGCTTTGAAGATGGCTAAATCAATTGGCACTCCCCTATGTAGTCACCTTTTGGTGTTTGGGTTCTCCTTGATTTCATTTTATCAATGAAATGTTTCTTTTACAAAAAAAAGAAGATGGCTAAATCAAAATGAAGTTCTTATGTTTTTCTATTACATTCTTTTATCACTATTAGGGATTAATTAGATGAGTTTACTATTTTAGCCTTTCATTTTTTGTATTTAAAAAGGTGCAATCTTTCCTTGTAATTAGTGTAAAAAACTCTCTCAAAAACTACCGTTTCTTTTTACTTTTTATTTTAGTTTTAAATAGGTAACAACTTTGCTAAACAAGGGCCATCTTACTATCTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTGGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTGGGAAGAACATGGGCTAACACTTTATTGCATACAAATGGATGGATTGTACGCATGGCTTGTTTGAGCTGCTCCATGTCATATTTGCATGTTCTCTGTACTAGCAAAAAATGCTTCCTTGCACCTTCTTCCGCGTAAGTTTTATTAATTTCTGTTAATCAGTTTCCATTTTTGATTTTCAGGAGTTGATTGGTGCGCTTCTAGCTTGTGCTTTCTTCTGTTTGTTTCCAGTCATTGATAGACACGTCAAAAATCTTCCCACAATTAACTTTGACTATTTATTTGCGTATGTGAACTTTAGTTCTTTATTTCGATTGTTGACATCATGAAAGATAAGTTATCCATTAGATGACAAATGACACACTTGATGTTTTCATACATATTCTGTAACTACACGATAAATTTTTTTTTTCTATTTTAGAAAATTTCAGAAACTTCTGTTTAACTATTATTGGTCAAGTTTGTATTGTGATTCAATGAGATAAGCTGAATAGACCAGTCAACAATTTGTCAAGGTTTTACAATTTGATTGTATGAAATTAAAGAAGTGTGGGTCAGAAGGTTAATTGGAAAAAATCAGCCTTATGTGGCATTAATATCGATGAAAGGAAGGTTCTCTCGGCTGCCAGCTTGTTAGGTTGCAAAGCAGAGGCCTTACCCATCATGTATCTTGGCTTACCCTTGCGCGGTCACCCCAAGAAAGCAGAATTTTGGCAACCGGTGATAGACAAAGTCCATAGCAAGTTAGATAAATGGAAGAGGTACAATCTATCAAGGGGAGGAAGGGCTACACTGTGTAAATCAGTCTTATCCAACTACCCAAATTACTATATGTCCCTATTCTTAATGCCCAAGAAGGTGGCTGCCACATTAGAAAGAATCATCAGGAATTTCTTTTGGGAAGGGCACAAAGGTGGTAAACTTAACCATCTCGTCAATTGGGAAAACACTATTAAAGATCTTGACGATGGGGGCCTTGGTTTTGGTAACATTCAAATCAGAAATCATGCCTTCCTAGCAAAGTGGGGATGGCGTCTCATGATAGAAGACTCTCCACTTTGGAAACAAGTAATTGAAAGCATTCATGGGAGCAATTCTTTCAAGTGGCATACGGCAGGAAAGGAGGGAGTGAGCCTTAGAAGCCCTTGGATAAGTATTTCACGACTGTGGCTAAAGGTAGAAAGCTTAGCAACCTTCAAACTGGGTGATGGAAATAGAATTGCTTTTTGGTTGGATACATGGACAGATTCTGCCCCTTTTTCTGTCAGTTTTCCGAGGCTATTCCAAATAGCAACCCTTCCCAATGGCTCTGTTGCAAATCATTGGGATTCCTCTACCAATTCTTGGAACATTTCCTTTTGAAGACTATTAAAGGAGAACGAAGCCGAAAGCTTCCAACTTCTTTTGGGCATTCTCCATGAAAAAAGATTATCCTTTTCCAAGGACAGAAAAGTTTGGTCATTAGAACCAAACGGCCATTACACAGTGAAATCACTCACCAAGCACCTATCTTCGGCCACACCATTAGACAAGCTATTAGTAAAGGCATTATGGAAATCAAATTGTCCCCGAAGAGTTAATATCACAATCTGGATCATGCTTTTTGGAAATCTGAATTGTGCTTCAGTCCTTCAAAAGAAACTACATTCACATTGCCTTTCTCCCAATATTTGCCACCTTTGTTTATCAGATTCTGAGGACTTGCAGCACCTTTTCTTCACCTGCAGCTTTGCTGTGAAGTGCTGGCAGAAACTATTTCTTTTCTTCAACTTGGCCTGGGTCTTCGGGGATAATTTCAAGGATAATATATTGCAAATCTTAATCGGTCCAGCCCTCAAAAAGAAGCCAAGACTACTATGGACAAATGCTAAAAAAGCTGTGTTGTCAGAAATTTGGTTTGAAAGAAATCAACGGGTCTTCCACAACAAAGCATCGTCATGGATAGATAGATTCGAGATTGCAAAAATAAACGCCTCCTCCTGGTGCATTCTTAACCGTGTTTTTGAAGACTACACGATTCAAGCCTTGAATCTCAATTGGAGAGCCTTCCTCCAACCTTCTAAATAGCTTTAATTTTACTCTATCGGCAAAGTTTCTTTTACTTACAGATTTACAGGTTTCGAGGTCTAGTTATGCTTTCAATCTTTTCATGTACTTTACTTCCCATTGGCTCTCTTCAGCTTCTATCTTTTGTATTGGGGAACTTTATCCGAGGTTTTTAGTGTATTCTTTATATGTTTCCTTTGTTTTTAGGATATGATGAGAGTGCTAGGGAGGTGTCAACCTAGTTGAGATGTCCTGGTGCATTCAATGATCCTTATTTACTATTCACTATTTAATATCTACTATGTACTAGTATTCTACATTGTATAGATTCGTCTCAATTTATTCTATCAATGAAAGAGACTATTTCCTTTTTTTTTAAAAAAAAATAAAAAAAGAAGTGTGGGTCACTGGGTCTTCACAATTGTTACGGAGCAACTACCAAAGAGTTGGGGTTAATACACCAAGAACAAATACTATTCTAAATGTGGTCCGAACTTCTGATTCCATCTTTGAAGATTCTTCTATTCTTGAAACTATGACTATGACCATGTACCCCTTACCATTGATCCTTCTCTAATCCTCCCTTAGCCAAGCGTTGGATCCTCAAAAAGATATAATTGCTTACGCAAGACATGAAAACCAAGAAGCAACTAGCAAAGGACATATTTCTACTCTTGACCAACCTCCTTATAAATTTATTATTAATAACATTGATCTTAAGATCTTAAGAAGCTTCCTATTATCACAAAGAAAAGTGTGTATTAATGCCCTAGACGTCCTATTCAAAATTATACATATGATACTTGCGTGGAATCTAGAAAAATTTGATCTTTCATGACTCCTACTGAACCTTTTTTTTTTTTCTTATTTTTTTTTGTGTTTGCAAAGGTAACAACAAACACTTTTTATTTATATAATGAAGAAAAGAGGCTAACGTTCAAAATTACAAGAACTCAAAATGTGGAACTAGAAAAATAAGTAATATTGGAATATTAAAACAGAACAAACACAATCTAGATAAAAGTGAATTATAAGGATAACATGAAAGCGTTCCAATTAAGAAAAATATCTTGAATAGAGAATCCCGTGAAGCCTTTAGAAAGAGAACACCATGAGGAGGCCTTTAGACGAGTTGAACCAAAACAATCGTGACCAATGATAAGCTGTTCTTTCTCTTTTGATCACACTCTTACTAAAGCTACCATTTTTAATAATGATTGTGCGGCTGTTCAAACCAAATAGGTGCAAGCAATTATGGATGAGATTCATGCCTTTGAGAAAAATGTGATCCTAACGATATTAGGGGTGTTAGGAATATCGAGTATTTAAGGTGTATTAGTAATTAGTTAGGGAAGTTTTTATAGCAATTTGGTGCAAATAGATGTGGAAAGGATGGACATAGGCAATTGTTTAGTGACTTAGGCTTGATCGAGATCACTCAACTAAGAAGCATGAACACTTTATTATGCTATCAAATACTTGTTAGCATAATAGACATGTGTTAGACTCTAGTTGTAAAAAGTCAAAGGAGGTGGCAACCTAGTTGAGATATCCCAGTGCACTCCCTAATCCCTAGGTTTTGCTTTTGTTTCCATTCTTGTATATTGAGCTTTTGTCTCAATTCATTATATCAATGAAAGAGACTTGTTTCATTATAAAAAAAAAAAAGCAATATAGATCCAATACTTGTTAGCTATGTATTGAACACTTATAAGTATACTGTATACTAAATAGACACATGGTAATGTAGGATAAAAATAGGTTGAGATCAAAATACATTAAATTCATTTTTTTAAGCACATAAATGCATGAACTTGATGACTTTGGATTTTGTTCTTATATATGTATTTTTTAATAAATGTGTTCACATTGTATCTATGGTTTAGATTTAAAAAGTGATGTGTCACTATGTCTATACCGTGTCCTACCCATGGCTCATGTCTGTATCCATCCTTCTTACTCACTCAAGTACCTCAAATACTTGGATTTCTTGTAGTTTTTTATCTTGTGTATTTCAATTCTATTTTAGTTTTGTTGAACTTTGGGATATCACTACTCCCTCCTAGGGAAAGAAAATCATAGGTGTAAATGGACACCTCAACGACTGATTTTTTTGGATAAGAAACATTTTATTGACGAATGAAATAATCCAATGAATACAATTAGGAGACACATCAAAAATACAGATGAAGCCCAAACGAGAGAGAAGATAACACCAAAATAAAAGATGTACAACCAAAAAAGAGAGATAAAAACAATAAAGTGGTGGGCCTCCAAACAAAAGCGGCAAGAAAACGCAAAAGATAGTCAATAAAACAGATCCAAACAGCTCCTTTCAAAAACAATGTGAAGAAAATTTTGCAGAATCAAGTTGATGGCGATCCTTATCCAGTCAATTCTTTTGCTTTCCTGTTATATGATATAGAGCTTTCAAGATTTCGAAGTTCCCTCATCCCTCTTTTTTTCTTGGTAGATAGTTTGTTGGGATGCTTACGAGTTGGAATCGCCTTTATGCATAGACCAAGTTCTCTAAACCATGCAGCAAACGCCATTAAATGAGGAGCTAGATTGAATGAATCAAAACTTGCGTGAGGGATGAAATCATACCAATCCTCTGGAAGAGGAGAGCTAACTTATGTAATTTAGTAGTTGTTATCAGTCAAGCATACTGTTCGAGTGATAACTAAGAGTAGGAGTACTATTGCTACTGTTTGTAAATTACCGTCAGTATCCTATCATTCAATGGATGATTATGTTATTTGGCTGAAGCCCTTCTATTAACGCCTTCCTAAGCTGATTACTTTTGGAGTGGAAACTAAGAGTACTATAGCTGCTGTGTGTTAGTTGCAGTCAGCTTGAATCAATGGTTAATTCTGTTATTTGGCTTGATGGCCTTCTTTGAAAGCCTCCGAGTCCGTGTATTTTTTCTATTCTTAACTTTCAGCACTTGATTTATGCTTATCTTTGTTTCCGTATAACTGATGAAGTTTCTTTTTACTTTTATATGTTTCTCCCTAGTTACAAGATATTTTGCCATCTTATCCTGTAATCATATCATTTTTTTTTTTAAAAAAAGAAAAAAATTATGAATATGTATTCTTGATTTCTATGAATAAGATTGTAAGGATGTTGCAAAGCAACAATGTAGGCTTTACTAGGTTCTTGTTGTACCAATTTTCTTTATATTATAATGGGCTCAGAGAAAGAGTCATTAAAGTTTTTGTACTTGTAGGATTCTCTATGACGGACGTAGTAAGATGCAGGAGAATAAGATACGATGTATTATACATTATTTCAAAAGGATATGTTCCAATATTCCGATGGGCTTTGTCTCGTTTGAAAGGAAAGTACTTCCTTTGAACAATTGCACAGGAAACTTTTGTTGTCCGAAGGCCAATTTTTGGGTCAACTCCACCATTCCTCTCTGTCAATTCAAGGTAATAATTGACTTTGATTTATATGCTATTTTAATTATTGTGTGGCATCATACTTGTACGCTTTAATCTGTGGTAAATGATCAAGTTGGTCTTTTTTTCCCCATATAGGTTAAAGATTCTGGCCTAATAGAGGATCAAACATCCGGAGCTCTTGAAGTTGATTTTGCTAATGAGTATCTTGGTGGTGGTGCTCTTCATTCTGGCTGTGTGCAGGTCTAATTTATGAAGTTATGCCTAACCTTTTCAGCTTTATATTGACTATTTCATTGAAGTAAATGGAATGTAAAATTACAAAAGGGTTAATTGAAAGGGTTACTAGGATCTCCAAGTGGTTTGTATAGAGGTAATACTCTATGCAGTCCCTTCAGGGACATTAAAGTTGGAACGATACGGAGAGGTAATACAATAATTTAGGAAGTGTTTAGACTTGAGAGACACTAGGAGGAAAAAAGAATATTAACGGCATCCTAGAGTTGGTCAAGATCTCTTTCTCCATTGAGGCCTCTTATGCTTCTTTGAACAAAAGTATGTAATCACAATCTGGCCATTGACCATACAAAAAATCCCAGCTTATGCACCCATGAGCATAAGAAATCTTGAATGACCTTAAGGTTTAATACCATGCAGAAATACAAGAAAGGAAAATTATTTAATGGACTTGAATATCTATGCTATTTACCTAAGAAGCAATGATACGGATATGAGATAAGGATGCGACACAACATGGACACGCTACACGCAATATTTTAAAAATCTAGGACACGACACGACAAGGACACGTTTATTAAAATATACATTCTATACCAAAAGAAAATTCAAAGTAAACGTGTTGATGTATTTATATGCTTAAAAGACTTATTTTAAAGTAATTCCAGTGTTTTTTAAAGCTCAAGGTGCAATAAAGCTCAATAGTCTTTTTAAGCGTAAGGTGTAAAAGAAAGCGCAAACTTTTTTCTTGTGAGGTGTGTTATGTATAAAAGTACTATATTAAGAAGAGAAAGCAAAGTTAAAGTGGAAATATGAAAAAAAGACCCCTAAGCACAAGAACTTTTGCATTTAGGCTCAGTAAATTAGATTTTTTTAGTTCATAAAGAAAGGAAAACTGCAATTATTACTATTTTTAAATAATAATGGAAAAATCCCAAGGCCCAAAGCTTTGAGCCTTGGGGCTTCACAAAAGTCAAAAAGCACTCGCCTCAGACGGGCCTTATTTTGTGAGCCTCCCCTTTTCAAGGCGAGGCGCCAGACCTGCGCCTTGAGCCTAGGTGCGCCTAGGTGCACGCCTAAGAGAGCTATATAAAACACTGAGTATTTCACATTCAATTTATAACTATTGTCAAATATATGTCTCTTTAGTCTACCCAACAAGTATTCTATGCATGTGTAAATATTTGTTGCACTAATAAGCATCTGATACGTGTCCAACAAGTGTCAGACATGTTTTAGACACAGACATGCTAGCCAAACTAAAGTGTCCATGCTTCGTAGCTATTTACAACACTGTAAGCTAATATACATGTTATAACATTTGAGATCGACATCTTACATGATTTGCAATATATTTATGTTATTTTGACAATTCAATGTAGGAAGAGATTCGCTTCATGACCAATCCTGAATTAATTATTGGCATGCTTTTCTTGCCAGCCATGGCAGATAATGAGGCAATAGAAATTGTTGGGGCAGAGAGGTTCTCAAATTATACAGGGTGAGTTTTAATCTCTTTATCGTGAATATTGTAATCCATCCCATCAACTTTATTCTCTTGGATTAGTAGTGATTTAACATGCCATCAAACTTGAATGTTCTTAGCTAAACCACTCTACAATATTAATTTGTCTTCAATTAATATTGTTGATTCGTTTGTTGGGTTCCTAAATTGTTTTTAGTCCACGAGTGATGGAGTGCTAAGACTATGTTAAAAAGATTAAGTATGCCATAATCTATCAACTTAAGATTGGTTTGCTATTATTTTGTAGAACTCTTAGTGGTAATTCACCATTAAACATAAAAGTTCAAGTTCATAACTATTATTTTGGGAAAATATCAATTTATATTCCTAAACTTTGGGTGTGTATCAATTAGAACTCTGAACAAATAATTGTATCAATTTACACTCTCGTTCAAATTTCATTGAAAAACATCGTGTAAAACTTATAATTTTCATATTCGAATCAATGTAGACCCTTCGTTACAATTACCTTTGAATATCATCCATGCATCTATTTTCACATGTGTGTAGACTTCTTCAAATATTAGTTTTATAAAATAGATGATTAGGATTAATGCATGGACGAAACAGAGTTAATCATCTCCATATGAACAAAACCTAGCAGCTGAGAAAATGGTAAGAATGTAGTGCTCTCTTCTTTCCTATCCCCACTCCCCTTCCCCTTTCTTCTTCAACCAGCTTCCCCGGTCAGCCTCCTTTCTACCCTCTCTCTATTCCGATTTAACACATCTTTTGAAGAATGGAAGTAAAAAGCTGCAAGGCAGATGGGTTTTTCTTCTGTATTTGGCACGAATCAGGCTCATTCTATGTGGAAGACTTGGAAGTCAACAAGTTACTCATCCTCTCGAATTCACAGCTTAGGTGGTCCGTTGATAATATTCTAGATTTGACTAAGGGATCCACCTCACGATTCTTTGAGAGAAGCGGTCGAGATGGCTCCGGTTCAACAAAACTGTCCAAGTTCCTTAGCTCCTTAGGATGGATTATGAGATGTGTTGTTTGGCCATCCTCTGGAGGAAGATATTTTATTCATATACCCTCAGGAGAAGCAATGCAAGGTTGGTACTCTTTTGTAGTTATGCTCTTAGATTTCCAAGAAAATTTCGAAGCCTCTTCAAAACCTTGCTTTCCGAGAAGGGAAATTTCATCTTCAGCCTTGCCAAACCAAAATGAAGGTTATGGGGACCTATTAAAGTCATCAAAAATTCAGCAAAGGCCGATCTTCCGGTGGAAATCCAAACGCCTGAAACAAAGCTTTACCCAAGTACCCGAAAATCAATGTAAGTCTCAACATTGGGTTATAAAGAATTTTGATGTCAAACAAGAAGACTTTAGCAAGATGTGGTTAGTTACTAAATTGTTCGAGTTCCATGATTGGGCGGAAATAGAAAAAACGTTAAAAATCTACTTTAATTCATAGATCATTATCAATCCTTTGTTTGCGGAAAATGCCTTAATAAAGTTGGACCAAGGATCATTAGAAGATTTAATAGAAAATCCTAGTAGATGGATGTCTTGTGGTTCATTCCACGAGGAACAAACTAATTCACAGCCGGCCATTGTACTCAAAAGGTTATGGAGGTTGGATTTCCATTAAGAATCCTCCGTTAGATTACTGGTGTAGACAAACTTTTGAAGTCATCGGAGCATATTTTGGAGGGTTAGAGGACATTGCATCAGATACTTTGAACCTTATTAACGTCTCTAAACCCAAGATCCAAGTTAAAGAAAATTTATGTGGTTTCATCCCATCCACCATAGAGATTTCAGATGAGAAACGTGGATCTATCTTTTTGAATTTTGGAGATATTGAGTTCATTGAACCTCCCTCAAAAGTTAAAGATGAATTATTTGTCAAGGATTTTTCAAATCCAATTGATTTAGTTAGGGTAAATCAAGTGTTAAAAGGAGGAAGGTTTTCAGGGAGGAAGGTTTTCAGGTTGAAGATTTAGATTCAAATTTGAATTTTCTGCTGCCAGCATATTTTTTGTCTAAATTTTCAAGAAACCCTTCAGCTTCCTCGTGCAAAGGAAGGAGTATTCCTGCCGAAAAACCCCTCAGATATTGGTCGACCTTCCATCTTCCCCGCTGAATTTGTTGACTGCAACTTACTGAGGAAAGAGAAAGTGGTTGGCAATTTAATTGGCTGCCAAAAAGAACCCCTCAAATCCCCTCCAAAAGACCCTCATTTATTGTCAGCTGCCAAGGAATTTGAAAATCCATCTGTTGTGCTTCCCAATTGCCTCAACCCCACGCTTTCAGTAGCTCCTTCAGTGCGCTTTGGTTCCCCAACCATTGAACTCCCACCAACAGTTTTTAATGTTGTTGGCCTTGCATTAATTGATAAAGTTTCATCTGCCAAGTCAATCATTTTTCCTCCTGAATTCCCAATCGCCAAACCCCATAGTCCCACGCCCTCAGCAGCTTTTTCGGTGCTCCTTGGTTCCCCGACCGTTGAACTCCCACCAACAGATTTTAATGGTGTCGGCCTCCCTCAATTGATAAAAATATAATTGCCAAGTCAGTCATTCTCCCTCCCAAATTCCTAAGAATCGGCATCCCCTTTCCTCCTCCAGCCCCACTCTCTTTGCTCCATTCAATTTTAGGCATGATGCTCCTCTTCCTTTTCATACTTCCCTCCCTTGGAAGGAAAAATAGAAACACTCCAACTTACCTTTTCCCAAGCACTTTGTCAGACTTCTTTTATTAACTCATGGTCTATGATTGTTAACTCGGATTTACTCGAGCATTGTTGCGTTAAAGTTCAAGCTCCAGGGTTGATTCCAAAAAAGTCAGATTCCCCCCTTCCGTTCAATCCTCCTTTACCTTTTCAGACTTTACAATTCCAGGCTCTAAAGCAAATTTCGTTAGAGGTCTTTAGGAAAGACTTTCAAACAAAGTACACCACAAAAATTAAGCTGGTCTTCAGGAAAGACTTTCAAACAAAGTACACCACGAAAATTAAGCTTTAGAAAAAGATTCAGATGAAGTCTCTTTAGTAAGTGCTAGTAGCGAAGAAGTAGAAAATTTTGTTTTGGAGGAGCCCAACGAGGAAGAAGATTTAGATGAAGGGTTCGGCAATGTTTTTCAACAATGATTTCAATCAGAGGAAGCCCCCCCACTTGGTACGTGTGAAGCATCCAAACTTTCTCCCCTTGAAAAAGAAAAAATTCCACAACATCTTCATTCAATAATTGATGCTTACGAGATTGTTTTTGGTTGATTTCCTCCTAAGGAGATCGCCTACTCTTGAATCTGTTTTGGTCTAAATTATCTTGAAAGACCCTATCCTTGATTTTACAAGTAGTTTGGAAGCATCTTTGGAAGCATTTCTAGATGGATGGGCTGGTTCAGTTTGTTTGGGATTGTTGTTCAAGGTTTTTGCTCTAACAGACTGCAGAGTTTGGATGACTGGAGGGTCGTTTGGTTCGGGGATTTTTTCATTTGAGGAAGATGCTGCCACAGGTTTCTACAAGTCCAAAGTTGTCTCAACTGCTCTTAGCAAGCATATTAGGGCCTTCCTTCACTATCAATTTTTCGACCCACTTTTTGGCTTTTGTTTTGTTGTCCTTCGGTTGTTTGTACTTTTCCTTTTTGATCCATTGTTTTTGTCCTTTTGTGTAATTGTCTTTTTATAGTTTCTTTGTTGTTCCGTTCTCATTTAGCTAACCCCTGTAATCTTTATTGTACCATGAGATTTTATCTCTTTACATTTTATCAATGAAAGAGATTGTTTCCTTTTCAAAAAGAAAAAAAAAATTAATGCATGGACGATTCTCAAAGGAAATTTTGTCTAAATTGATTCACTTTTAAAAGTTTTGAGGTTTAATTGATACAATTATAAGTCTCACATGATGTTTTTCTAAAAAGGAAAGTAATGGAGGATATAAGTTGATACACTTACAAAAGTTTAGAGTTTAAATTGGTACAATTATTAGTTTATGGTTGGAAACCTCCAAAGTTTAGGAGTATAAGATTGATATCTTTCCAATAATTTATCAACTCAAGTAGAGTTGATAGGTAGAAAATCTTTTTATCTACTCTATAGGCCCTAACTCTCTCCTCACTCCCCGCCTCCCTCCTTCCTTTTTTCTAGCAACCATTGACTCCTCTTCTCTGGCGATCTATCTAGCGGAATTAATATAAACTTTTCTGACATTACGGTTAAAGATGACAAATGCTATAGAGGTGGAAAGTTGTAATGTTCATGGTTCGCCTTACTGTATTTGGTTTGAAGAAGGTTCTTTCCATTTTGAGGACGTGGAAGCCAAAGAAACTCTACCGTTGTCAGACTCCCATTTGAGATGGTTTATCAAATCCATATTAGAACTGCTCCAAGGCCCTCCCAATAGGTACTTCTTCAAAAATGATTGGGACGATTATGGCGTGACAAGAATTTCAAAATTTATAGCTGACTCAGGATGCTATCTAAGATGCGTAATATGGCCAGCAATGGGGGGTCGATTCTTCATTCATATCCATTCGGGAGTCTCTCAACAGGGGTGGAAATCCTTTCCGAAAATGTTGAATGAGTTTTTGATAAAATATGAATACACTCAATGGAAAAAGCAACAACTCCCTAAAACAAAACCCATCAATCAGAGACCGACAGGGGTCGAAATACTATCCGTTCAGGTTCAGGGCCCAAGCTATGCAGATAAGGTGAAGTTAAAAGATCAACGCTGATCCTTTGACTTAGTATTGGTAAAACAGAGCAAAACTACAGAGGAAGAATCCAACTTGGGGATGCCGTCTATTTTGATAAAAGGAAAACAAAGCATAATATCATTTTGGGTACGCAAGAATACAAAGGTTTTCAAGGAAGATTTCAATAATTTATGGATTGTTTCAAGATTGTTCGTGTTCAATAACTGGAAAGAGATTGGAAAGGTTTTGGAAGATCTATTTCATACCAAAGTTATCATAAACCCATTGTTTGCAAAGAACGCCTTGATTAAACTAGAAGATGGAATGCTAGAGGAGTTAGTTGAAGAACCAGGGAAATGGCAGGCTATGGGTTCCTTTCACTTGTTGTTTGAGAAGTGGAACAAATTCAAACACAGTCGCCTTCTATTGATGAAAGGCTTCGGAGGCTGGCTTAAAATAAAAAAACCTTCCTCTGGATTATTGGGGTAGGAAGATCTTTGAAGCAATAGGAGATATTATGGGGGCCTCAAAGATATTGCAACGGAAACTCTTAACTTGTTGAATTGCTCGGAAGCCAAAATCCAAGTGAAAAGGAACTTGTGTGGCTTTATGCCTTCAACTATAGAAATCATTTATAATAGAGGAAACCTATTTTTAAATTTCGGGGATGTTGAAGCTTCGGATCCTCCTTCAATTTCTACAGGGCCTTTATTCATTAATGACTTTACAAATCCACTCGATTTACTACGACTGAAACAAGTTATGCGAGACGAAGGCGTTCACTTTAGTTTCAGTATTTTCAAGAAATCTGGTTGAATCTCTGTTAAGAAAAGAAGTTAAGATCCAAAGATTCCAACGGTGCCGAAGAAGAAACACCTAGAGGCTCTTGTTGATCCTTCAAACCAAAATTTTTCTAATGAAGGTGTGAACACATCCTAGAAATGCGAAGAGTTTCATTCAATGAGGAGAGATAAGATAAGCTCTTGTTAGATTAAAGAAGCCAACGGTGTTATTCATGTAGCCCCAACCAACGAATGCAATATATTTATGATAGAAGGAATGCCCCATGGATCTCCCTCTGGGAAATATCAAAAGGCAGAAACACAAAGCAATCTTTTTCTCCCTCCAGTGAAGCTAGATGTCTACATGAAAGCATCTGAAAGTCTCCCTCTCCCCAAGTCATTATTGTCAAAAGGTCTCGAAAAACTTTATGCATCCCCTGTGAGTGGAAATAAAAATTCACATTTGTTGAAGCCTTTTCCAAGGCATTTTGCACGAAAGAAGACATCCTTCTTTAATTCCTGGTCTACACTAGTGAACTCAGATTTGTTGGAAGAATGTTGCATCCAATCTCAAATTCCAAACATTTCCCACAATAGGTCAATTCATCAATCCTCCCCCACTCAACAATTCCAGCATTCAGTCTTCCACGTCCCAACCATAAGACCAAATTTCTGAGAGGTACTCGGTGTATCTCCCCTAAGCAGAAAAGGACTTATGAGTCAGACAACAACTCAATAGTGAGTGCTAGCAGTGAAGAACTAGAAAGATATGAGGAAGAAGATAATCAAGAAATTTCAGAACAAGTTGACAACTTTGTGGAAGAGTGTAACTCTATGTTTTAGATTGAAGAAGGGCATCAAATAGAAGAAGGTTGGTACTCCTGCCTTAAGCCTTTGCCTTAGTCGGAAATTCCTGCACATTTAAAGTCCATAATTGTAGGTTGTGGACTTGTTATGGGATAATCTGACCCTCTCAGTCAGTCTGATTGTGAATAAGCCAAAACTTCAATTTGAATCTTTTTCTTGGATCTCTGGGGACTAAGTGTTGCACATAAGATATTGGTCCTCAACAAAACCCTTAATAATCGTAATATGGATATAGTTCTATCTCAAGTATCATAGAGACACCTTAGTTGTTTTCCTTTAAGTTTTTTTGGAGAATAATTGAAATAGGGGGAAGTCTGTTGAATCCTTTGGCATATTAGATGGGCATTGGTTCCAAGTTGTCTTATTGGAAGGCAGCAAGTTCTTCATCAGCTTTAGACAGACTTGTTTTGAATTCAGTCTTGTGGATTTGGCATATGGTTTGATTCGATTTGTTTTTCAGACTTGTGAAAGTTGACTCAGGTTTCCTCTCCCGTGGAGCTTATCCTACTAGTTGTCCTCATTATAGTGTGGATTTGTTCGGTTAGTTTCGAGTTGGTGGTTTATGGGGCTTGTTGTAAAAAGTAAATTTCCTACGATTTGGGTTGTATTTGTTCGCATTTGTTCATGGTTGTTTGTATTTGTTTCTCCGGTCTCTTTCAGCTTTGGTCCTTTTGGTTGTAATTGTTTTAAGTTGCTTTTCCTTTTCGATTTCGTTGTAATCTTGAGCATTAGTCTCTTTTCATTACATCCATGAAAAACGATGTTTTCTTCAAAAAAGAAAAAAAAAAGTAGGGTTGACAGGTAATTTAACCTAGTTTTGATAACATATCAAGTTACTAAGCCTAAAAGCTTATACCTGAGTTGATAGGTTAGAGTAAATTAAGTCCTTTTAATATATATATAGATTTTGCTTTCGTGGCCTCATTTTTTCATGTTAGTAATATTGCCCTTTCTTTTAACTCTAGTGTTTTTATTTTTTATTTTTTGAAATCATGGACTCATTAGGCTCTTTTAAAATCCATATTTCCTTTTTCTTTGTCTTATCCAAAAAAAAAAGAAAAAAAAGACCTATATTGTTTCTATGAAGATTCAAAAACCTGTATCTTCAAATTCTTGATTATGAAATCATCTGCAAGAGATGTAGGTATGCTTTCAACTTTCGCTTTGATGGAAATCATGAGGACAAACAGGAAATAGATTCACTTGGAAGACGTAAGACCTTTATCACAGCTATAGATGCATTGTGCAGTCCAGGGATGAGACAGTACAGATTAGAATTCCTTCTTCGGTAAGCAAGCTTTTCTGGAATCGCATTTCATGCAGTTGTTAGAGGAAATACTGATTGACATCTTTTTGTTTGTTAACAATGTCTGGGATGGTGGCACTATCCTTCGTCTTTGGTGAATCACTTCCTAGTTTAGTAGATTATGCAGTGACAGACATCCCCTTAGTGGACTGCTGGAGCCCGCAGCTAATAGAAGCTCACAAAATTTTAGAATGGGGGTGGGAAGGAAAGATGCACCCTTTTTTATTGTGGGAATGGAACTTGATCTTTTGTGCCCTCAAGAGGATATATTTAAAACAACTTTAGCAGAAGTATGGTTGGGAAGGGTTGAGGAAAGTGGAGTTTCAGCACGTTGCTAGTGCTAGTGTATCTGCACGTTCTTTTAAGCCTATTTAATTTCTGAAGTTCTCCGTGGTAGTTGTTATGGGGTGGAAATAATTTTCCTTTTTATTTTCCTGTGCGGCGCGTCAGTTATCCTTGACCAGCCTAAAGTTCAGACTAAATTAATTCCCCAAAGGTGCCTACAACGGCTCACTAACCTGAGAGGGTTGTTTGCTTTGGTCACGTTAGGAAGGGGGAAGTAGAGAATACACCTGATGTGTGGAAACTATCACTTTATTATCAAAGGTAGTAAAAACCACAATACAAGACTCAAGGGGCACTCTATACAAGACTATTCTAGTCTAGAGAATTACAAAGGAGAGAATCACTTTAAAAGTAGAAGTTGTGACCCACTTATATAGAGAGAGGCGTGAGGAAGTTTAGGCTCAATAGTAGGAGTGGCCTTAGTGGTGGAGGTGACTGCCCACTACTTTTATTCTTGGCCACTCCTCTCCCCATGACTAGTAACTTTCCCTAAATAATAGGGGGAGAGTTCGTTCATAGCCTGAGAAGCACAAACACTGACATGTGACACGAATAGGACACGACACTGACATGGTGACACGCCAATTTTAGAAAAAGTAGGACATGACATTTCGGGGACACGTTATATTCTTTTTCTTTTCAAATATAAATATAGTTGGGTATATAAACATATTGAAAAAGATAAGAGAAAAGAACACAATGTTTTACGTGGAAAACCCTAGTTCAGGGAGAAAAAACCACGGTACAACTTTTCTCACTTTTTATTAATTTGATATGAACCAAAGTATTACAAAGGGGGGAATAAGTAGAGACTAAAAAATCATACAAGGAAAAAATTATGGGAAATATACAAGGAAAGAATAAAATCACAAAATCTCCCACATAATCCTTTTGATTTTCAACACTCCCCCTCAAGATGGGGCATAAATGTCAATAAGACCCATCTTGCTTACACAATCATCAAAGCTCTGTTTAAGTAATCCTTTGGTGAGGACATCAACAACTTGTTGGCTAGATGGAATATAAGGAATGCAAATGCTCCCATTTTCCAGTTTCTCCTTTACGAAGTGTCTGTCAATCTCCACATGTTTTGTTCTATCATGCTGAACTGGATTGTTAGCAATGCTAATAGCAACTTTGTTATCACAGTAGAGTTTCATTGGCAGTTCACTACTTTGGTGGAGATCAGACAGAACTTTCTTCAACCAGATTTCTTCACAGATACCATGACCCATTGCTCTGTATTCTGCTTTAGCACTTCTCCTAGCAACCACACTTTGTTTTTTACTTCTCCAAGTTACAAGGTTTCCCCATACAAAGGTTACCCAGAGGTTGATTTTCTGTCAATCATTGATCCTGTCCAGTCAAAGTCTGTATATGCTTCCATACATCTTCTGTCGGATTTTTTAAACATCAACCCTTTTCCTAATGTGCTTTTCAAATATCTCAGAATCCTGTTTACAGCTTCCATGTGTTCTTCATAGGGAGCCTGCATAAACTGACAGCATAGGAAATGTTAGGTCTAGTGTGTGCTAGGTAAATAAGTTTTCCAACTAGACGTTGATACCTTTCTTTGTTGACGGGAACTTTGTGAATAGATTCTCCTAATCTTGCATTAGACTCAATAGGAGTGTCAGCAGGTCTGCATCCAGTCATACATGTTTCTTTCAAGGATCAATAGTATATTTCCGTTGAGAAATGGAGATTCGTTCTTTTGATTTCGCCACTTCCATACCAAGGAAATAATTTAGATTTCCTAGGTCTTTGATTTCAAATTCGTTTGCCATTTTTTGTTTCAGCTTGTTGATTTCAGCAGTATCATCTCCAGATAAGATAATGTCATCAACATACACAATCAAAATTGCAACCTTTCCTGAGACAGACTTTTTGTAAACAAGGTATGGTCAGAGTGTCCCTGAGTAAAGCTTTGGAACTTGACGAAGGTGGTAAATCTTTCAAACCATGCTCTTCGTGACTGTTTTAACCCATATAGGGCCTTTCTAAGCTTGCACACATTCTGGTCAAATTGAGCCTCAAAGTCAGGAGGAGGGCTCATATACACCTCTTCTTCTAAATCACCGTTTAAAAATGCGTTTTTTACATCAAGCTGATAAAGGGGTCAATCTTTGTTGACAGCAACCGATAGAAGAACCCTGATTGCATTTAATTTCGCAATAGGGGAAAAAGTTTCTGAGTAGTCTACCCCAAAAGTCTGAGTGAATCCTTTTGTTACAAGCCTGGTTTTATACCTGTCAAGAGTTCCGTCAGACTTGTACTTCATTGTGAACACCCACTTACGCCCCCATTGGTTTATGCCCTTTTGGAAGAACAACCTGTTCCCATGTATTATTTTCCTAAGAGCTTTCATTTCTTCCATAACAGCAGCCTTCCACTTAGGAATTTCCATCGCCACATATATGTTATTTGGTATAGTTACGGTGTCAAGGCTAGTAGTAAATGCTCTAAACTTGGCAGATAGATTGTTATAGGAAAGGAAGCTATACATGGGATACCTGGTGCATGACCTTGTGCCTCTTCTTAGAGCAATTGGCATGTCAAGGGTAGCATCATACTCTCTTGATTCTTTGAGTTCTTCTATTGTGGGATTCAGAGGTATATTCTCTTTTTCATTTTCTGGAACTGTAATTGACACTACATCACTCTTAGCAGCCTGGTTATTTCCTGTCATATCATCTCTATGTTCAACAATATCACTTTCAACACAGACATTGTTAGTACATACAGTATTATCAGGATTGGTAGTATCTTGAGCCTGTATTGGTTCAGAAGATTGAACTGGAGCTGGCATGACAGTAGGGGCCACTATTTCCTTTCCAAGATTCTTCGTGTAGTACGTTATCCACGGGACCTGTCTGGTGGGTAAGGCTGTGTCGTGGGTTGTTAGGATGGGCTCGAGAAAAGGATTAGGATAGTTAGTCTCTTCGTTACTGCTTTCCCCCTGAAGAGGACTAACGGGAAAGAAAGGTTTATCTTCCAAGAATGTGATATCCATGGAAATGAAGTATTTTCAGGAAGTAGGATGAAAGCATTTATAACCACGCTGGTGGAGAGGATACCCAACAAACACACATTTTTGAGCACGAGGGGTAAACTTGGTCTGGTTGGGACCGAAGCTATGGACAAATGCAGTGCACCCAAATACTTGGAGAGGGACGTCAGGTATAAGGGAAGTGGTTGGATAAGATAGTTTGAGGTAGTCAAGAGGAGTTTGGAAACTAAGAATGCGGGAAGGCATCCGGTTTATGAGATGGGCTGCAGTCAAGACTGACGGTAGAGAGGTCGACAACATGAGAGATCGAGCAACTTCAAGGAGATGATGATTTTTCCTTTCAGCCACTCCATTTTGTTTGGGTGTATAAGCACACGAACTCTGGTGAACAATGCCTTTAGAGGATAAGAACTCATGGAGGGTATTGGTGAGGAACTCATGACCATTGTCACTCCGAATGATGGCAATTTTGGTATTAAACTGAGTTTCAATGGTGGTATAAAATTGTTGGAAGATGGATGAGACTTTAGATTTATCTGTAAGAAGGTAAACCCAAGTAAGGCAAGTGTGGTCATCAATGAAGGTAACGAACCAGTGTTTACCAGAGGAAGTGGTAATTCTTGAGGGACCCCAAACATCACTATGAATAAGAGTAAAAGGATGAGAGGGTTTATATGGCTGGGATGGAAAAGAAACCCTATGTTGTTTTGCTCGAATACACACATGACAAGATAACGAGGAAATGTCAACTTTATTAAATAAATGAGGAAATAAATATTTTATATATTGGATATTAGGATGGTCAAGACGGAAATGCCACAACATCAGAAGTTGAAAAGTAGGAAGATAGCAGACTAGTCCTATAGGAAGAATCATCATTAAGGAAATAGAGTCCCCTATTGTGCTGGGCAGTGCCAATCGTCTTCCTCGAGCTCAAGTCCTGAAAAAGAACATCATCTGGTGAGAAAGCTACACAACAATTTAGATCTCTGGTTATTTTACTCACAGACAGTAGATTATAGGAGATCTTAGGAACATGCACTACATTCTGTAATATTAAACCATCATAAGGAGAAACATGACCCTTGCCGGCCATTGGGGCAAGCGTCCCGTCAGCAATCCGGATTTTCTCATTACCGGCACACGAATGATAAGATATGAAGTTTTCAGAAGTTCCAGATAAATGGCCTGTAGCTCCTGAGTCAAGAATTCAGGGTTTTTTACCTGTAATACTGAGGAGACTCAAGGATTGAGAAGTACCTGATTGTGCAATTGCCCCAAGGGAGGAAGTACTGGTATTACTGGGGTGGTTTTCTGGATGTTGAGGCTGACTAGTGGTCTCACTTACCAGAGCCTGGTTGGGCTTGTTATTTGGAGATTGTCGTTTGCCATACGGGGGCCGACCATGTAACTTCCAACACTGATCCTTCGTGTGCCAAAGCTTTTTACAATGTTCACACACTAGAGGTGGTTTCCCGTTCTGCTTGTCCCGAGTAGTTCCAGATGATTTCGCACTAAAGGCGACATAATCAGTTGTGGAAGTGGCAGTAATATTCATGGCGCTCGATCTATCTTCCTCTAGACGAACCTCAGAACATACTTCCATCAAGGTTTGGTATTGGTCCTTGTCCCAGTATTCGACTCCGTACAGCATCAAACTTGGAATTGAGACCTGCTAAGAAATCATATACACGGTCAACCTCTTCAAGTTTATAATATTGGACTCCTCCACAAGGACAGTCCCAGATAAGTTCACGACATAAGTCCATCTCCTGCCAGATAAGAGATAGTTTATTAAAATATGATGTGACATCCATGGATCCCTGTTTACATTCATGGATTTGTTTTCGCAGAGTGTAGAGCTGTGATGCATTTTGACTCTTGGAGTACAGTTTCTGAACTGCATCCCAAATATCTTGAGCAGTAGCTGCATATAACAAGGGTTTTCCAATTTGAGGTTCCATGCTGTGAATTAACAAGGACCGAAGTAATGAATCTTCTCCCTTCCAAAAACGCTCCTGAGGATCTCCGGGTCTGGGTTTAGGTATTTCACCGGTCAGGTATCCGAACTTGTGGCGCCCTTCAAGCACCATTTTAACTGACTGAGACCAGGAGAAATAGTTCTGGCCATTCTATTTTTCACCAACAATTAACCCTGTGGAGTTACCCATTTGTCCAGACATATGAGGTGCAGTTGTTAAGATAGGGTAGATAGTTACCGAATTCTCTGGATACATCGGTAACCCTGATTGAACACCTGAACTTTCTGCACTTTGATCTAGAGTGGTTGAAGCACCAAGGGCTACCCTAAGAGCTGCAATTTGTTGTTGGAAACTTTCTTGAAGGTTAGCAAGGTACTGTTGAACCATAGCCGAGGAAGGGACAGCCGATCCGTGTTGCTCATAGTAGTTTCCGACCCCTTGGTGAGGAATTCCAGCGGTGGCAGCAGCTGTAGGAGGGAAATACTCCCCGAGAGCCACTGCAGATTGAGCGAGAGTTGGAGCGAGATTCACTCTCGCTGATTGAGAGGTTCCTTCGACTGCGGTTTGGACGGCTGACTTGAAGGTAGTGGCGGCAGGCTCTGTCGGCGACGGTGGCAGTGGCAGATCTTGCCTAGAGGTATTTTCGTCGACGACGGCTAGGGTTTCTAGGGTTTCCTGCTCTGATACCATATTGAAAAAGAGAAGAGAAAAGAACACACTATTTTACGTGGAAAACCCTAGTTTAGGGAGAAAAAACCACGGTACAACTTTTCTCACTTTTTATTAATTTGATATGAACCAAAGTGTTACAAAGGGGGGAAATAAGTAGAGACTAAAAAATCATACAAGGAAAAAATCATGGAAGATATACAAGGAAAGAATAAAATCACAAAATCTCCCACAAAATCCTTTCTATTTTCAACAAAACATATTGTGAAATATTACCTTTTAGAAATATCAAAATAACAACCATATAATTCATGAAAAACACAATGGATAAGATGATCAACGATCCAACATCATAAGTCATAACAAATAAAAACGGAGATATATTTAAGAAAAGGAAAAGAAAACAGAAAAAAAAAAAAAAAAAAGCAGAAATAGATCTAAATAAAAATATTAACAGAACTATTTAATATTTTAAACAAAAAGGAGCAATATTTTCAGAAATTAGCCAAGCAAGTATTGATCAATTGGAGGAAGAATACTGCCATTTGGCTGCCAGATTTGACAGCATGCAAATGGCAGTTTGCATGAAATTATTTAATGCTTCTAGAAACTCAGTCTTGTCTTTTCATATGTGCTCTCTTCTTCTTCTTCTTTTTCTTTTTCTTCACTTCTTTTCATTTGTCTTTTCCTCTTCTTCTATCCATTTTTCTTCTCCTCCCTGACTCATCTCCTTTTTCATGTTTTTTTTTTTTCCATCTAGTTCTTACTCTACTTATTTTTATTTTCTTATCTGCCTTTCTTCTTGAAGAAGACATCGAAGAAGCCAAAGAAGAAAAAAAAGGTAGTTTTCCATGTCCTGTACATGTCTGAAGCCGTGTCTGGTCGTGTCTAGCTGTGTGGGATCGTGTTGGTGTCTGACACGTGTTTGACACTGATAGTTGGCCATTTTAGGAGTGTCTGTGCTTCTTAGGTTATGGCCTTCACCTTCCTAAAAGCTTTTCACTCCCTTGCTCCATGACTTGCCACCTTGACCAAGGATCCGCCACCACGTGTCCACCTTTGACCTGCTCCCTACGTGCCACATGACGACGAACCGATTCCAATAGACTCAAGTCTTGGAGTTGTTTGGATCACCCTATTCAAGCGGGCATGGGCACTGCCGGTGTGCACCCTGCTTTGCCCTGCCATCCCTTGCAGTGAGCGTTGGCCTCGCTGTGCATGCCCTTTGTCTTGCCACCCACGCGCGCCTACGCCTGCCCTCCCTGGTGTGCGCTTGTGTGTAGGGCCGTGTGAGGCCCACACACGTGTCCAGCCCTACGTGCCTTCGTCTGTGCAAATGGGTTTAGAGGTTAGTGCGGGGTCCTAA

mRNA sequence

ATGGAGATGGAGATTGAGAGCAGGGATGAAGATTTGAAGTCCATGTTGCCCTTTCTGCCGCTGGCACTGAGGTCATCGACTTTATTCTGGCCCTCCCAAGTAGTGGAAACTCTCAAGTCTATGGCAGCAGGCCCTGATCAGAGCGGTGTAAATTCTGGTGAAGCCCTCTTCTACTCCATCTCTAACATCAGGCACTCTCTCTCTCTCTCCAACCAACGCCTCGCTTCTTCTGCCCAACATGGCTATGTTCTTTTCTTCGACAAGCTTATGTCCGAAACAGAATCTATGCAGTGGTTTGGTGAGGTTATTCCAGCATTGGGAAATCTGCTTCTTCAGTTACCATCTTTGCTGGAAACTCATTATCAAAATGCCGACCAGCTTGCTAGTAAAGGAAGTGGCAAATCCAAAACTAGTCTTCGTTTGTTAGCTTCTCAAGTTGCAGGCACTGTGTATCTTAGTCAGGAGTTGATTGGTGCGCTTCTAGCTTGTGCTTTCTTCTGTTTGTTTCCAGTCATTGATAGACACGTCAAAAATCTTCCCACAATTAACTTTGACTATTTATTTGCGATTCTCTATGACGGACGTAGTAAGATGCAGGAGAATAAGATACGATGTATTATACATTATTTCAAAAGGATATGTTCCAATATTCCGATGGGCTTTGTCTCGTTTGAAAGGAAAGTACTTCCTTTGAACAATTGCACAGGAAACTTTTGTTGTCCGAAGGCCAATTTTTGGGTCAACTCCACCATTCCTCTCTGTCAATTCAAGGTTAAAGATTCTGGCCTAATAGAGGATCAAACATCCGGAGCTCTTGAAGTTGATTTTGCTAATGAGTATCTTGGTGGTGGTGCTCTTCATTCTGGCTGTGTGCAGGAAGAGATTCGCTTCATGACCAATCCTGAATTAATTATTGGCATGCTTTTCTTGCCAGCCATGGCAGATAATGAGGCAATAGAAATTGTTGGGGCAGAGAGGTTCTCAAATTATACAGGGTATGCTTTCAACTTTCGCTTTGATGGAAATCATGAGGACAAACAGGAAATAGATTCACTTGGAAGACGTAAGACCTTTATCACAGCTATAGATGCATTGTGCAGTCCAGGGATGAGACAGTACAGATTAGAATTCCTTCTTCGTGACAGACATCCCCTTAGTGGACTGCTGGAGCCCGCAGCTAATAGAAGCTCACAAAATTTTAGAATGGGGGTGGGAAGGAAAGATGCACCCTTTTTTATTGTGGGAATGGAACTTGATCTTTTGTGCCCTCAAGAGGATATATTTAAAACAACTTTAGCAGAAGTATGGTTGGGAAGGGTTGAGGAAAGTGGAGTTTCAGCACGAGCAATATTTTCAGAAATTAGCCAAGCAAGTATTGATCAATTGGAGGAAGAATACTGCCATTTGGCTGCCAGATTTGACAGCATGCAAATGGCACGGGCATGGGCACTGCCGGTGTGCACCCTGCTTTGCCCTGCCATCCCTTGCAGTGAGCGTTGGCCTCGCTGTGCATGCCCTTTGTCTTGCCACCCACGCGCGCCTACGCCTGCCCTCCCTGGTGTGCGCTTGTGTGTAGGGCCGTGTGAGGCCCACACACGTGTCCAGCCCTACGTGCCTTCGTCTGTGCAAATGGGTTTAGAGGTTAGTGCGGGGTCCTAA

Coding sequence (CDS)

ATGGAGATGGAGATTGAGAGCAGGGATGAAGATTTGAAGTCCATGTTGCCCTTTCTGCCGCTGGCACTGAGGTCATCGACTTTATTCTGGCCCTCCCAAGTAGTGGAAACTCTCAAGTCTATGGCAGCAGGCCCTGATCAGAGCGGTGTAAATTCTGGTGAAGCCCTCTTCTACTCCATCTCTAACATCAGGCACTCTCTCTCTCTCTCCAACCAACGCCTCGCTTCTTCTGCCCAACATGGCTATGTTCTTTTCTTCGACAAGCTTATGTCCGAAACAGAATCTATGCAGTGGTTTGGTGAGGTTATTCCAGCATTGGGAAATCTGCTTCTTCAGTTACCATCTTTGCTGGAAACTCATTATCAAAATGCCGACCAGCTTGCTAGTAAAGGAAGTGGCAAATCCAAAACTAGTCTTCGTTTGTTAGCTTCTCAAGTTGCAGGCACTGTGTATCTTAGTCAGGAGTTGATTGGTGCGCTTCTAGCTTGTGCTTTCTTCTGTTTGTTTCCAGTCATTGATAGACACGTCAAAAATCTTCCCACAATTAACTTTGACTATTTATTTGCGATTCTCTATGACGGACGTAGTAAGATGCAGGAGAATAAGATACGATGTATTATACATTATTTCAAAAGGATATGTTCCAATATTCCGATGGGCTTTGTCTCGTTTGAAAGGAAAGTACTTCCTTTGAACAATTGCACAGGAAACTTTTGTTGTCCGAAGGCCAATTTTTGGGTCAACTCCACCATTCCTCTCTGTCAATTCAAGGTTAAAGATTCTGGCCTAATAGAGGATCAAACATCCGGAGCTCTTGAAGTTGATTTTGCTAATGAGTATCTTGGTGGTGGTGCTCTTCATTCTGGCTGTGTGCAGGAAGAGATTCGCTTCATGACCAATCCTGAATTAATTATTGGCATGCTTTTCTTGCCAGCCATGGCAGATAATGAGGCAATAGAAATTGTTGGGGCAGAGAGGTTCTCAAATTATACAGGGTATGCTTTCAACTTTCGCTTTGATGGAAATCATGAGGACAAACAGGAAATAGATTCACTTGGAAGACGTAAGACCTTTATCACAGCTATAGATGCATTGTGCAGTCCAGGGATGAGACAGTACAGATTAGAATTCCTTCTTCGTGACAGACATCCCCTTAGTGGACTGCTGGAGCCCGCAGCTAATAGAAGCTCACAAAATTTTAGAATGGGGGTGGGAAGGAAAGATGCACCCTTTTTTATTGTGGGAATGGAACTTGATCTTTTGTGCCCTCAAGAGGATATATTTAAAACAACTTTAGCAGAAGTATGGTTGGGAAGGGTTGAGGAAAGTGGAGTTTCAGCACGAGCAATATTTTCAGAAATTAGCCAAGCAAGTATTGATCAATTGGAGGAAGAATACTGCCATTTGGCTGCCAGATTTGACAGCATGCAAATGGCACGGGCATGGGCACTGCCGGTGTGCACCCTGCTTTGCCCTGCCATCCCTTGCAGTGAGCGTTGGCCTCGCTGTGCATGCCCTTTGTCTTGCCACCCACGCGCGCCTACGCCTGCCCTCCCTGGTGTGCGCTTGTGTGTAGGGCCGTGTGAGGCCCACACACGTGTCCAGCCCTACGTGCCTTCGTCTGTGCAAATGGGTTTAGAGGTTAGTGCGGGGTCCTAA

Protein sequence

MEMEIESRDEDLKSMLPFLPLALRSSTLFWPSQVVETLKSMAAGPDQSGVNSGEALFYSISNIRHSLSLSNQRLASSAQHGYVLFFDKLMSETESMQWFGEVIPALGNLLLQLPSLLETHYQNADQLASKGSGKSKTSLRLLASQVAGTVYLSQELIGALLACAFFCLFPVIDRHVKNLPTINFDYLFAILYDGRSKMQENKIRCIIHYFKRICSNIPMGFVSFERKVLPLNNCTGNFCCPKANFWVNSTIPLCQFKVKDSGLIEDQTSGALEVDFANEYLGGGALHSGCVQEEIRFMTNPELIIGMLFLPAMADNEAIEIVGAERFSNYTGYAFNFRFDGNHEDKQEIDSLGRRKTFITAIDALCSPGMRQYRLEFLLRDRHPLSGLLEPAANRSSQNFRMGVGRKDAPFFIVGMELDLLCPQEDIFKTTLAEVWLGRVEESGVSARAIFSEISQASIDQLEEEYCHLAARFDSMQMARAWALPVCTLLCPAIPCSERWPRCACPLSCHPRAPTPALPGVRLCVGPCEAHTRVQPYVPSSVQMGLEVSAGS

Homology

[Close]

BLAST of ClCG06G009820 vs. NCBI nr
Match: XP_038874333.1 (poly(ADP-ribose) glycohydrolase 1-like [Benincasa hispida])

HSP 1 Score: 707.6 bits (1825), Expect = 8.4e-200
Identity = 351/381 (92.13%), Postives = 364/381 (95.54%), Query Frame = 0


Query: 1   MEMEIESRDEDLKSMLPFLPLALRSSTLFWPSQVVETLKSMAAGPDQSGVNSGEALFYSI 60
           ME+EI    EDLKS+LPFLPLA+RSSTLFWPSQVVETLKSMAAGPDQSGVNSGEALF+SI
Sbjct: 1   MEIEI---GEDLKSILPFLPLAMRSSTLFWPSQVVETLKSMAAGPDQSGVNSGEALFHSI 60

Query: 61  SNIRHSLSLSNQRLASSAQHGYVLFFDKLMSETESMQWFGEVIPALGNLLLQLPSLLETH 120
           SNIR SLSLSNQRLASSAQHGY LFFDKLMSETESMQWFGEVIPALGNLLLQLP LLETH
Sbjct: 61  SNIRQSLSLSNQRLASSAQHGYALFFDKLMSETESMQWFGEVIPALGNLLLQLPFLLETH 120

Query: 121 YQNADQLASKGSGKSKTSLRLLASQVAGTVYLSQELIGALLACAFFCLFPVIDRHVKNLP 180
           Y+N DQLASKGSGK KT LRLLASQVAGTVYLSQELIGALLACAFFCLFPVIDR  +NLP
Sbjct: 121 YRNDDQLASKGSGKFKTGLRLLASQVAGTVYLSQELIGALLACAFFCLFPVIDRRAQNLP 180

Query: 181 TINFDYLFAILYDGRSKMQENKIRCIIHYFKRICSNIPMGFVSFERKVLPLNNCTGNFCC 240
           TINFDYLFAILYDGRSKMQENKIRCIIHYF+RICSNIP+GFVSFERKVLPLNNC+G FCC
Sbjct: 181 TINFDYLFAILYDGRSKMQENKIRCIIHYFRRICSNIPVGFVSFERKVLPLNNCSGYFCC 240

Query: 241 PKANFWVNSTIPLCQFKVKDSGLIEDQTSGALEVDFANEYLGGGALHSGCVQEEIRFMTN 300
           PKANFW+NSTIPLCQFKVKDSGLIEDQT GALEVDFANEYLGGGALHSGCVQEEIRFM N
Sbjct: 241 PKANFWINSTIPLCQFKVKDSGLIEDQTFGALEVDFANEYLGGGALHSGCVQEEIRFMIN 300

Query: 301 PELIIGMLFLPAMADNEAIEIVGAERFSNYTGYAFNFRFDGNHEDKQEIDSLGRRKTFIT 360
           PELI+GMLFLPAMADNEAIEIVGAERFSNYTGYAFNFRF GNH+DKQE DSLGRRKTFIT
Sbjct: 301 PELIVGMLFLPAMADNEAIEIVGAERFSNYTGYAFNFRFAGNHDDKQEKDSLGRRKTFIT 360

Query: 361 AIDALCSPGMRQYRLEFLLRD 382
           AIDALCSPGMRQYRLEFLLR+
Sbjct: 361 AIDALCSPGMRQYRLEFLLRE 378

[Close]

BLAST of ClCG06G009820 vs. NCBI nr
Match: XP_016899507.1 (PREDICTED: poly(ADP-ribose) glycohydrolase 1-like isoform X2 [Cucumis melo])

HSP 1 Score: 695.7 bits (1794), Expect = 3.3e-196
Identity = 344/381 (90.29%), Postives = 360/381 (94.49%), Query Frame = 0


Query: 1   MEMEIESRDEDLKSMLPFLPLALRSSTLFWPSQVVETLKSMAAGPDQSGVNSGEALFYSI 60
           ME+EIESR EDLKS+LPFLPL LRSSTLFWPSQVVETLKSMAAGPD SGVNSGE LF+SI
Sbjct: 1   MEIEIESR-EDLKSILPFLPLLLRSSTLFWPSQVVETLKSMAAGPDHSGVNSGEVLFHSI 60

Query: 61  SNIRHSLSLSNQRLASSAQHGYVLFFDKLMSETESMQWFGEVIPALGNLLLQLPSLLETH 120
           SNIR+SLSL NQRLASS+QHGYVLFFDKLMSETES QWF EVIPALGNLLLQ PSLLE H
Sbjct: 61  SNIRNSLSLPNQRLASSSQHGYVLFFDKLMSETESTQWFREVIPALGNLLLQFPSLLEAH 120

Query: 121 YQNADQLASKGSGKSKTSLRLLASQVAGTVYLSQELIGALLACAFFCLFPVIDRHVKNLP 180
           Y+N DQLASKGSGK KT LRLLASQVAGTVYLSQELIGALLACAFFCLFPVIDR V+NLP
Sbjct: 121 YRNTDQLASKGSGKPKTGLRLLASQVAGTVYLSQELIGALLACAFFCLFPVIDRRVQNLP 180

Query: 181 TINFDYLFAILYDGRSKMQENKIRCIIHYFKRICSNIPMGFVSFERKVLPLNNCTGNFCC 240
           TINFDYLFAILYDGRSKMQENKIRC++HYF+RICS+IP+GFVSFERKVLPLNNC G FCC
Sbjct: 181 TINFDYLFAILYDGRSKMQENKIRCLVHYFRRICSSIPVGFVSFERKVLPLNNCAGYFCC 240

Query: 241 PKANFWVNSTIPLCQFKVKDSGLIEDQTSGALEVDFANEYLGGGALHSGCVQEEIRFMTN 300
           PKANFW+NSTIPLCQF+VKDSGLIEDQT GALEVDFANEYLGGGALHSGCVQEEIRFM N
Sbjct: 241 PKANFWINSTIPLCQFRVKDSGLIEDQTFGALEVDFANEYLGGGALHSGCVQEEIRFMIN 300

Query: 301 PELIIGMLFLPAMADNEAIEIVGAERFSNYTGYAFNFRFDGNHEDKQEIDSLGRRKTFIT 360
           PELI GMLFLPAMADNEAIEIVGAERFSNYTGYAFNF F GNHEDK+EIDSLGR KTFIT
Sbjct: 301 PELITGMLFLPAMADNEAIEIVGAERFSNYTGYAFNFCFAGNHEDKREIDSLGRHKTFIT 360

Query: 361 AIDALCSPGMRQYRLEFLLRD 382
           AIDALCSPGMRQYRLEFLLR+
Sbjct: 361 AIDALCSPGMRQYRLEFLLRE 380

[Close]

BLAST of ClCG06G009820 vs. NCBI nr
Match: XP_008441668.1 (PREDICTED: poly(ADP-ribose) glycohydrolase 1-like isoform X1 [Cucumis melo] >XP_008441669.1 PREDICTED: poly(ADP-ribose) glycohydrolase 1-like isoform X1 [Cucumis melo] >XP_008441670.1 PREDICTED: poly(ADP-ribose) glycohydrolase 1-like isoform X1 [Cucumis melo] >XP_008441671.1 PREDICTED: poly(ADP-ribose) glycohydrolase 1-like isoform X1 [Cucumis melo])

HSP 1 Score: 695.7 bits (1794), Expect = 3.3e-196
Identity = 344/381 (90.29%), Postives = 360/381 (94.49%), Query Frame = 0


Query: 1   MEMEIESRDEDLKSMLPFLPLALRSSTLFWPSQVVETLKSMAAGPDQSGVNSGEALFYSI 60
           ME+EIESR EDLKS+LPFLPL LRSSTLFWPSQVVETLKSMAAGPD SGVNSGE LF+SI
Sbjct: 1   MEIEIESR-EDLKSILPFLPLLLRSSTLFWPSQVVETLKSMAAGPDHSGVNSGEVLFHSI 60

Query: 61  SNIRHSLSLSNQRLASSAQHGYVLFFDKLMSETESMQWFGEVIPALGNLLLQLPSLLETH 120
           SNIR+SLSL NQRLASS+QHGYVLFFDKLMSETES QWF EVIPALGNLLLQ PSLLE H
Sbjct: 61  SNIRNSLSLPNQRLASSSQHGYVLFFDKLMSETESTQWFREVIPALGNLLLQFPSLLEAH 120

Query: 121 YQNADQLASKGSGKSKTSLRLLASQVAGTVYLSQELIGALLACAFFCLFPVIDRHVKNLP 180
           Y+N DQLASKGSGK KT LRLLASQVAGTVYLSQELIGALLACAFFCLFPVIDR V+NLP
Sbjct: 121 YRNTDQLASKGSGKPKTGLRLLASQVAGTVYLSQELIGALLACAFFCLFPVIDRRVQNLP 180

Query: 181 TINFDYLFAILYDGRSKMQENKIRCIIHYFKRICSNIPMGFVSFERKVLPLNNCTGNFCC 240
           TINFDYLFAILYDGRSKMQENKIRC++HYF+RICS+IP+GFVSFERKVLPLNNC G FCC
Sbjct: 181 TINFDYLFAILYDGRSKMQENKIRCLVHYFRRICSSIPVGFVSFERKVLPLNNCAGYFCC 240

Query: 241 PKANFWVNSTIPLCQFKVKDSGLIEDQTSGALEVDFANEYLGGGALHSGCVQEEIRFMTN 300
           PKANFW+NSTIPLCQF+VKDSGLIEDQT GALEVDFANEYLGGGALHSGCVQEEIRFM N
Sbjct: 241 PKANFWINSTIPLCQFRVKDSGLIEDQTFGALEVDFANEYLGGGALHSGCVQEEIRFMIN 300

Query: 301 PELIIGMLFLPAMADNEAIEIVGAERFSNYTGYAFNFRFDGNHEDKQEIDSLGRRKTFIT 360
           PELI GMLFLPAMADNEAIEIVGAERFSNYTGYAFNF F GNHEDK+EIDSLGR KTFIT
Sbjct: 301 PELITGMLFLPAMADNEAIEIVGAERFSNYTGYAFNFCFAGNHEDKREIDSLGRHKTFIT 360

Query: 361 AIDALCSPGMRQYRLEFLLRD 382
           AIDALCSPGMRQYRLEFLLR+
Sbjct: 361 AIDALCSPGMRQYRLEFLLRE 380

[Close]

BLAST of ClCG06G009820 vs. NCBI nr
Match: KAE8651763.1 (hypothetical protein Csa_006527 [Cucumis sativus])

HSP 1 Score: 692.6 bits (1786), Expect = 2.8e-195
Identity = 344/381 (90.29%), Postives = 358/381 (93.96%), Query Frame = 0


Query: 1   MEMEIESRDEDLKSMLPFLPLALRSSTLFWPSQVVETLKSMAAGPDQSGVNSGEALFYSI 60
           MEM I SR EDL S+LPFLPL LRSSTLFWPSQVVETLKSMAAGPD SGVNSGEALF SI
Sbjct: 3   MEMVIGSR-EDLNSILPFLPLLLRSSTLFWPSQVVETLKSMAAGPDHSGVNSGEALFRSI 62

Query: 61  SNIRHSLSLSNQRLASSAQHGYVLFFDKLMSETESMQWFGEVIPALGNLLLQLPSLLETH 120
           SNIR+SLSLSN RLASS+Q GY LFFDKLMSETESMQWF EVIPALGNLLLQ PSLLETH
Sbjct: 63  SNIRNSLSLSNHRLASSSQRGYALFFDKLMSETESMQWFREVIPALGNLLLQFPSLLETH 122

Query: 121 YQNADQLASKGSGKSKTSLRLLASQVAGTVYLSQELIGALLACAFFCLFPVIDRHVKNLP 180
           Y+N DQLASKGSGK+KT LRLLASQVAGTVYLSQELIGALLACAFFCLFPV DRHV+NLP
Sbjct: 123 YRNTDQLASKGSGKAKTGLRLLASQVAGTVYLSQELIGALLACAFFCLFPVNDRHVQNLP 182

Query: 181 TINFDYLFAILYDGRSKMQENKIRCIIHYFKRICSNIPMGFVSFERKVLPLNNCTGNFCC 240
           TINFDYLFAILYDGRSKMQENKIRCI+HYF+RICSNIP+GFVSFERKVLPLNNC G+FCC
Sbjct: 183 TINFDYLFAILYDGRSKMQENKIRCIVHYFRRICSNIPVGFVSFERKVLPLNNCAGSFCC 242

Query: 241 PKANFWVNSTIPLCQFKVKDSGLIEDQTSGALEVDFANEYLGGGALHSGCVQEEIRFMTN 300
           PKANFW+NSTIPLCQFKVKDSGLIEDQT GALEVDFANEYLGGGALHSGCVQEEIRFM N
Sbjct: 243 PKANFWINSTIPLCQFKVKDSGLIEDQTFGALEVDFANEYLGGGALHSGCVQEEIRFMIN 302

Query: 301 PELIIGMLFLPAMADNEAIEIVGAERFSNYTGYAFNFRFDGNHEDKQEIDSLGRRKTFIT 360
           PELI GMLFLPAMADNEAIEIVGAERFSNYTGYAFNF F GNHEDK+E+DSLGR KTFI 
Sbjct: 303 PELITGMLFLPAMADNEAIEIVGAERFSNYTGYAFNFCFAGNHEDKREMDSLGRHKTFIA 362

Query: 361 AIDALCSPGMRQYRLEFLLRD 382
           AIDALCSPGMRQYRLEFLLR+
Sbjct: 363 AIDALCSPGMRQYRLEFLLRE 382

[Close]

BLAST of ClCG06G009820 vs. NCBI nr
Match: XP_004138946.1 (poly(ADP-ribose) glycohydrolase 1 isoform X2 [Cucumis sativus])

HSP 1 Score: 692.6 bits (1786), Expect = 2.8e-195
Identity = 344/381 (90.29%), Postives = 358/381 (93.96%), Query Frame = 0


Query: 1   MEMEIESRDEDLKSMLPFLPLALRSSTLFWPSQVVETLKSMAAGPDQSGVNSGEALFYSI 60
           MEM I SR EDL S+LPFLPL LRSSTLFWPSQVVETLKSMAAGPD SGVNSGEALF SI
Sbjct: 3   MEMVIGSR-EDLNSILPFLPLLLRSSTLFWPSQVVETLKSMAAGPDHSGVNSGEALFRSI 62

Query: 61  SNIRHSLSLSNQRLASSAQHGYVLFFDKLMSETESMQWFGEVIPALGNLLLQLPSLLETH 120
           SNIR+SLSLSN RLASS+Q GY LFFDKLMSETESMQWF EVIPALGNLLLQ PSLLETH
Sbjct: 63  SNIRNSLSLSNHRLASSSQRGYALFFDKLMSETESMQWFREVIPALGNLLLQFPSLLETH 122

Query: 121 YQNADQLASKGSGKSKTSLRLLASQVAGTVYLSQELIGALLACAFFCLFPVIDRHVKNLP 180
           Y+N DQLASKGSGK+KT LRLLASQVAGTVYLSQELIGALLACAFFCLFPV DRHV+NLP
Sbjct: 123 YRNTDQLASKGSGKAKTGLRLLASQVAGTVYLSQELIGALLACAFFCLFPVNDRHVQNLP 182

Query: 181 TINFDYLFAILYDGRSKMQENKIRCIIHYFKRICSNIPMGFVSFERKVLPLNNCTGNFCC 240
           TINFDYLFAILYDGRSKMQENKIRCI+HYF+RICSNIP+GFVSFERKVLPLNNC G+FCC
Sbjct: 183 TINFDYLFAILYDGRSKMQENKIRCIVHYFRRICSNIPVGFVSFERKVLPLNNCAGSFCC 242

Query: 241 PKANFWVNSTIPLCQFKVKDSGLIEDQTSGALEVDFANEYLGGGALHSGCVQEEIRFMTN 300
           PKANFW+NSTIPLCQFKVKDSGLIEDQT GALEVDFANEYLGGGALHSGCVQEEIRFM N
Sbjct: 243 PKANFWINSTIPLCQFKVKDSGLIEDQTFGALEVDFANEYLGGGALHSGCVQEEIRFMIN 302

Query: 301 PELIIGMLFLPAMADNEAIEIVGAERFSNYTGYAFNFRFDGNHEDKQEIDSLGRRKTFIT 360
           PELI GMLFLPAMADNEAIEIVGAERFSNYTGYAFNF F GNHEDK+E+DSLGR KTFI 
Sbjct: 303 PELITGMLFLPAMADNEAIEIVGAERFSNYTGYAFNFCFAGNHEDKREMDSLGRHKTFIA 362

Query: 361 AIDALCSPGMRQYRLEFLLRD 382
           AIDALCSPGMRQYRLEFLLR+
Sbjct: 363 AIDALCSPGMRQYRLEFLLRE 382

[Close]

BLAST of ClCG06G009820 vs. ExPASy Swiss-Prot
Match: Q9SKB3 (Poly(ADP-ribose) glycohydrolase 1 OS=Arabidopsis thaliana OX=3702 GN=PARG1 PE=1 SV=2)

HSP 1 Score: 440.3 bits (1131), Expect = 3.3e-122
Identity = 242/446 (54.26%), Postives = 297/446 (66.59%), Query Frame = 0


Query: 10  EDLKSMLPFLPLALRSSTLFWPSQVVETLKSMAAGPDQSGVNSGEALFYSISNIRHSLSL 69
           EDL S+LP+LPL +RSS+L+WP +VVE LK+M+ GP  S V+SGE L  +I ++R SLS 
Sbjct: 5   EDLNSILPYLPLVIRSSSLYWPPRVVEALKAMSEGPSHSQVDSGEVLRQAIFDMRRSLSF 64

Query: 70  SNQRLASSAQHGYVLFFDKLMSETESMQWFGEVIPALGNLLLQLPSLLETHYQNADQLAS 129
           S   L  SA +GY   FD+L+ E ES +WF E+IPAL +LLLQ PSLLE H+QNAD + S
Sbjct: 65  ST--LEPSASNGYAFLFDELIDEKESKRWFDEIIPALASLLLQFPSLLEVHFQNADNIVS 124

Query: 130 KGSGKSKTSLRLLASQVAGTVYLSQELIGALLACAFFCLFPVIDRHVKNLPTINFDYLFA 189
                 KT LRLL SQ AG V+LSQELIGALLAC+FFCLFP  +R  K+LP INFD+LFA
Sbjct: 125 ----GIKTGLRLLNSQQAGIVFLSQELIGALLACSFFCLFPDDNRGAKHLPVINFDHLFA 184

Query: 190 ILYDGRSKMQENKIRCIIHYFKRICSNIPMGFVSFERKVLPLNNCTGNFCCPKANFWVNS 249
            LY   S+ QE+KIRCI+HYF+R CS +P+G VSFERK+            P A+FW  S
Sbjct: 185 SLYISYSQSQESKIRCIMHYFERFCSCVPIGIVSFERKIT---------AAPDADFWSKS 244

Query: 250 TIPLCQFKVKDSGLIEDQTSGALEVDFANEYLGGGALHSGCVQEEIRFMTNPELIIGMLF 309
            + LC FKV   GLIEDQ   ALEVDFAN+YLGGG+L  GCVQEEIRFM NPELI GMLF
Sbjct: 245 DVSLCAFKVHSFGLIEDQPDNALEVDFANKYLGGGSLSRGCVQEEIRFMINPELIAGMLF 304

Query: 310 LPAMADNEAIEIVGAERFSNYTGYAFNFRFDGNHEDKQEIDSLGRRKTFITAIDALCSPG 369
           LP M DNEAIEIVGAERFS YTGYA +FRF G + DK+ +D   RR+T I AIDALC+P 
Sbjct: 305 LPRMDDNEAIEIVGAERFSCYTGYASSFRFAGEYIDKKAMDPFKRRRTRIVAIDALCTPK 364

Query: 370 MRQYRLEFLLRD-RHPLSGLLEPAANRSSQNFRMGVGRKDAPFFIVGMELDLLCPQEDI- 429
           MR ++   LLR+    L G L  +     QN  M  G  +      G +  LL  +    
Sbjct: 365 MRHFKDICLLREINKALCGFLNCSKAWEHQNIFMDEGDNEIQLVRNGRDSGLLRTETTAS 424

Query: 430 FKTTLAEVWLGRVEESGVSARAIFSE 454
            +T L +V + R + +    R  + E
Sbjct: 425 HRTPLNDVEMNREKPANNLIRDFYVE 435

[Close]

BLAST of ClCG06G009820 vs. ExPASy Swiss-Prot
Match: Q8VYA1 (Probable poly(ADP-ribose) glycohydrolase 2 OS=Arabidopsis thaliana OX=3702 GN=PARG2 PE=2 SV=1)

HSP 1 Score: 395.6 bits (1015), Expect = 9.3e-109
Identity = 208/371 (56.06%), Postives = 256/371 (69.00%), Query Frame = 0


Query: 11  DLKSMLPFLPLALRSSTLFWPSQVVETLKSMAAGPDQSGVNSGEALFYSISNIRHSLSLS 70
           DL+S+L +LPL  +SS+L WP  V E L++++ GP +S VNSGEAL   I+N+R SLSL+
Sbjct: 6   DLRSILQYLPLVAQSSSLVWPPSVEEELQTISRGPSESMVNSGEALALHITNMRKSLSLN 65

Query: 71  NQRLASSAQHGYVLFFDKLMSETESMQWFGEVIPALGNLLLQLPSLLETHYQNADQLASK 130
              LA  A  GY LFFDK +S  ES  +FGEV+PAL  LLLQLPS+LE HYQ AD +   
Sbjct: 66  ASDLAPYALQGYGLFFDKKISREESANFFGEVVPALCRLLLQLPSMLEKHYQKADHVLD- 125

Query: 131 GSGKSKTSLRLLASQVAGTVYLSQELIGALLACAFFCLFPVIDRHVKNLPTINFDYLFAI 190
                K+ LRLL  Q AG V LSQELI ALLAC+FFCLFP +DR +KNL  INF  LF+ 
Sbjct: 126 ---GVKSGLRLLGPQEAGIVLLSQELIAALLACSFFCLFPEVDRSLKNLQGINFSGLFSF 185

Query: 191 LYDGRSKMQENKIRCIIHYFKRICSNIPMGFVSFERKVLPLNNCTGNFCCPKANFWVNST 250
            Y      QENKI+C+IHYF RIC  +P GFVSFERK+LPL         PKA+ W NS 
Sbjct: 186 PYMRHCTKQENKIKCLIHYFGRICRWMPTGFVSFERKILPLEYHPHFVSYPKADSWANSV 245

Query: 251 IPLCQFKVKDSGLIEDQTSGALEVDFANEYLGGGALHSGCVQEEIRFMTNPELIIGMLFL 310
            PLC  ++  SG IEDQ   ALEVDFA+EY GG  L    +QEEIRF+ NPELI GM+FL
Sbjct: 246 TPLCSIEIHTSGAIEDQPCEALEVDFADEYFGGLTLSYDTLQEEIRFVINPELIAGMIFL 305

Query: 311 PAMADNEAIEIVGAERFSNYTGYAFNFRFDGNHEDKQEIDSLGRRKTFITAIDALCSPGM 370
           P M  NEAIEIVG ERFS YTGY  +F++ G++ D +++D   RRKT + AIDA+  PGM
Sbjct: 306 PRMDANEAIEIVGVERFSGYTGYGPSFQYAGDYTDNKDLDIFRRRKTRVIAIDAMPDPGM 365

Query: 371 RQYRLEFLLRD 382
            QY+L+ L+R+
Sbjct: 366 GQYKLDALIRE 372

[Close]

BLAST of ClCG06G009820 vs. ExPASy Swiss-Prot
Match: O46043 (Poly(ADP-ribose) glycohydrolase OS=Drosophila melanogaster OX=7227 GN=Parg PE=1 SV=3)

HSP 1 Score: 184.5 bits (467), Expect = 3.3e-45
Identity = 119/310 (38.39%), Postives = 165/310 (53.23%), Query Frame = 0


Query: 87  DKLMSETESMQWFGEVIPALGNLLLQLPSLLETHYQNADQLASKGSGKSKTSLRLLASQV 146
           D+ + E+E+  +F +++P +  L L+LP L++                  + + LL    
Sbjct: 152 DEELDESETRVFFEDLLPRIIRLALRLPDLIQ------------------SPVPLLKHHK 211

Query: 147 AGTVYLSQELIGALLACAFFCLFP---VIDR--HVKNLPTINFDYLFAILYDGRSKMQEN 206
             ++ LSQ+ I  LLA AF C FP    + R       P INF+     LY         
Sbjct: 212 NASLSLSQQQISCLLANAFLCTFPRRNTLKRKSEYSTFPDINFNR----LYQSTGPAVLE 271

Query: 207 KIRCIIHYFKRIC------SNIPMGFVSFERKV-LPLNNCTGNFCCPKANFWVNSTIPL- 266
           K++CI+HYF+R+C      SN+P G V+F R+  LP +             W  S  PL 
Sbjct: 272 KLKCIMHYFRRVCPTERDASNVPTGVVTFVRRSGLPEHLID----------WSQSAAPLG 331

Query: 267 -CQFKVKDSGLIEDQTSGALEVDFANEYLGGGALHSGCVQEEIRFMTNPELIIGMLFLPA 326
                V   G IED+  G L+VDFAN+YLGGG L  GCVQEEIRF+  PEL++G LF   
Sbjct: 332 DVPLHVDAEGTIEDEGIGLLQVDFANKYLGGGVLGHGCVQEEIRFVICPELLVGKLFTEC 391

Query: 327 MADNEAIEIVGAERFSNYTGYAFNFRFDGNHEDKQEIDSLGRRKTFITAIDAL-CSPGMR 382
           +   EA+ ++GAER+SNYTGYA +F + GN ED    DS GRR+T I AIDAL  +    
Sbjct: 392 LRPFEALVMLGAERYSNYTGYAGSFEWSGNFEDSTPRDSSGRRQTAIVAIDALHFAQSHH 429

[Close]

BLAST of ClCG06G009820 vs. ExPASy Swiss-Prot
Match: Q86W56 (Poly(ADP-ribose) glycohydrolase OS=Homo sapiens OX=9606 GN=PARG PE=1 SV=1)

HSP 1 Score: 172.2 bits (435), Expect = 1.7e-41
Identity = 105/285 (36.84%), Postives = 152/285 (53.33%), Query Frame = 0


Query: 85  FFDKLMSETESMQWFGEVIPALGNLLLQLPSLLETHYQNADQLASKGSGKSKTSLRLLAS 144
           F+DK++ E E+   +  ++P +  + L LP++                      + LL  
Sbjct: 576 FWDKVLEEAEAQHLYQSILPDMVKIALCLPNI------------------CTQPIPLLKQ 635

Query: 145 QVAGTVYLSQELIGALLACAFFCLFPVIDRHVK----NLPTINFDYLFAILYDGRSKMQE 204
           ++  ++ +SQE I +LLA AFFC FP  +  +K    + P INF+ LF    +GRS  + 
Sbjct: 636 KMNHSITMSQEQIASLLANAFFCTFPRRNAKMKSEYSSYPDINFNRLF----EGRSSRKP 695

Query: 205 NKIRCIIHYFKRICSNIPMGFVSFERKVLPLNNCTGNFCCPKANFWVNSTIPLCQFKVKD 264
            K++ +  YF+R+    P G V+F R+ L       +F  P+   W     PL +  V  
Sbjct: 696 EKLKTLFCYFRRVTEKKPTGLVTFTRQSLE------DF--PE---WERCEKPLTRLHVTY 755

Query: 265 SGLIEDQTSGALEVDFANEYLGGGALHSGCVQEEIRFMTNPELIIGMLFLPAMADNEAIE 324
            G IE+   G L+VDFAN ++GGG   +G VQEEIRF+ NPELII  LF   +  NE + 
Sbjct: 756 EGTIEENGQGMLQVDFANRFVGGGVTSAGLVQEEIRFLINPELIISRLFTEVLDHNECLI 815

Query: 325 IVGAERFSNYTGYAFNFRFDGNHEDKQEIDSLGRRKTFITAIDAL 366
           I G E++S YTGYA  +R+  +HED  E D   RR T I AIDAL
Sbjct: 816 ITGTEQYSEYTGYAETYRWSRSHEDGSERDDWQRRCTEIVAIDAL 827

[Close]

BLAST of ClCG06G009820 vs. ExPASy Swiss-Prot
Match: O88622 (Poly(ADP-ribose) glycohydrolase OS=Mus musculus OX=10090 GN=Parg PE=1 SV=2)

HSP 1 Score: 169.5 bits (428), Expect = 1.1e-40
Identity = 105/285 (36.84%), Postives = 151/285 (52.98%), Query Frame = 0


Query: 85  FFDKLMSETESMQWFGEVIPALGNLLLQLPSLLETHYQNADQLASKGSGKSKTSLRLLAS 144
           F+DK++ E E+   +  ++P +  + L LP++                      + LL  
Sbjct: 569 FWDKVLEEAEAQHLYQSILPDMVKIALCLPNI------------------CTQPIPLLKQ 628

Query: 145 QVAGTVYLSQELIGALLACAFFCLFPVIDRHVK----NLPTINFDYLFAILYDGRSKMQE 204
           ++  +V +SQE I +LLA AFFC FP  +  +K    + P INF+ LF    +GRS  + 
Sbjct: 629 KMNHSVTMSQEQIASLLANAFFCTFPRRNAKMKSEYSSYPDINFNRLF----EGRSSRKP 688

Query: 205 NKIRCIIHYFKRICSNIPMGFVSFERKVLPLNNCTGNFCCPKANFWVNSTIPLCQFKVKD 264
            K++ +  YF+R+    P G V+F R+ L       +F  P+   W     PL +  V  
Sbjct: 689 EKLKTLFCYFRRVTEKKPTGLVTFTRQSLE------DF--PE---WERCEKPLTRLHVTY 748

Query: 265 SGLIEDQTSGALEVDFANEYLGGGALHSGCVQEEIRFMTNPELIIGMLFLPAMADNEAIE 324
            G IE    G L+VDFAN ++GGG   +G VQEEIRF+ NPELI+  LF   +  NE + 
Sbjct: 749 EGTIEGNGRGMLQVDFANRFVGGGVTGAGLVQEEIRFLINPELIVSRLFTEVLDHNECLI 808

Query: 325 IVGAERFSNYTGYAFNFRFDGNHEDKQEIDSLGRRKTFITAIDAL 366
           I G E++S YTGYA  +R+  +HED  E D   RR T I AIDAL
Sbjct: 809 ITGTEQYSEYTGYAETYRWARSHEDGSEKDDWQRRCTEIVAIDAL 820

[Close]

BLAST of ClCG06G009820 vs. ExPASy TrEMBL
Match: A0A1S3B4L4 (Poly(ADP-ribose) glycohydrolase OS=Cucumis melo OX=3656 GN=LOC103485752 PE=3 SV=1)

HSP 1 Score: 695.7 bits (1794), Expect = 1.6e-196
Identity = 344/381 (90.29%), Postives = 360/381 (94.49%), Query Frame = 0


Query: 1   MEMEIESRDEDLKSMLPFLPLALRSSTLFWPSQVVETLKSMAAGPDQSGVNSGEALFYSI 60
           ME+EIESR EDLKS+LPFLPL LRSSTLFWPSQVVETLKSMAAGPD SGVNSGE LF+SI
Sbjct: 1   MEIEIESR-EDLKSILPFLPLLLRSSTLFWPSQVVETLKSMAAGPDHSGVNSGEVLFHSI 60

Query: 61  SNIRHSLSLSNQRLASSAQHGYVLFFDKLMSETESMQWFGEVIPALGNLLLQLPSLLETH 120
           SNIR+SLSL NQRLASS+QHGYVLFFDKLMSETES QWF EVIPALGNLLLQ PSLLE H
Sbjct: 61  SNIRNSLSLPNQRLASSSQHGYVLFFDKLMSETESTQWFREVIPALGNLLLQFPSLLEAH 120

Query: 121 YQNADQLASKGSGKSKTSLRLLASQVAGTVYLSQELIGALLACAFFCLFPVIDRHVKNLP 180
           Y+N DQLASKGSGK KT LRLLASQVAGTVYLSQELIGALLACAFFCLFPVIDR V+NLP
Sbjct: 121 YRNTDQLASKGSGKPKTGLRLLASQVAGTVYLSQELIGALLACAFFCLFPVIDRRVQNLP 180

Query: 181 TINFDYLFAILYDGRSKMQENKIRCIIHYFKRICSNIPMGFVSFERKVLPLNNCTGNFCC 240
           TINFDYLFAILYDGRSKMQENKIRC++HYF+RICS+IP+GFVSFERKVLPLNNC G FCC
Sbjct: 181 TINFDYLFAILYDGRSKMQENKIRCLVHYFRRICSSIPVGFVSFERKVLPLNNCAGYFCC 240

Query: 241 PKANFWVNSTIPLCQFKVKDSGLIEDQTSGALEVDFANEYLGGGALHSGCVQEEIRFMTN 300
           PKANFW+NSTIPLCQF+VKDSGLIEDQT GALEVDFANEYLGGGALHSGCVQEEIRFM N
Sbjct: 241 PKANFWINSTIPLCQFRVKDSGLIEDQTFGALEVDFANEYLGGGALHSGCVQEEIRFMIN 300

Query: 301 PELIIGMLFLPAMADNEAIEIVGAERFSNYTGYAFNFRFDGNHEDKQEIDSLGRRKTFIT 360
           PELI GMLFLPAMADNEAIEIVGAERFSNYTGYAFNF F GNHEDK+EIDSLGR KTFIT
Sbjct: 301 PELITGMLFLPAMADNEAIEIVGAERFSNYTGYAFNFCFAGNHEDKREIDSLGRHKTFIT 360

Query: 361 AIDALCSPGMRQYRLEFLLRD 382
           AIDALCSPGMRQYRLEFLLR+
Sbjct: 361 AIDALCSPGMRQYRLEFLLRE 380

[Close]

BLAST of ClCG06G009820 vs. ExPASy TrEMBL
Match: A0A1S4DU34 (Poly(ADP-ribose) glycohydrolase OS=Cucumis melo OX=3656 GN=LOC103485752 PE=3 SV=1)

HSP 1 Score: 695.7 bits (1794), Expect = 1.6e-196
Identity = 344/381 (90.29%), Postives = 360/381 (94.49%), Query Frame = 0


Query: 1   MEMEIESRDEDLKSMLPFLPLALRSSTLFWPSQVVETLKSMAAGPDQSGVNSGEALFYSI 60
           ME+EIESR EDLKS+LPFLPL LRSSTLFWPSQVVETLKSMAAGPD SGVNSGE LF+SI
Sbjct: 1   MEIEIESR-EDLKSILPFLPLLLRSSTLFWPSQVVETLKSMAAGPDHSGVNSGEVLFHSI 60

Query: 61  SNIRHSLSLSNQRLASSAQHGYVLFFDKLMSETESMQWFGEVIPALGNLLLQLPSLLETH 120
           SNIR+SLSL NQRLASS+QHGYVLFFDKLMSETES QWF EVIPALGNLLLQ PSLLE H
Sbjct: 61  SNIRNSLSLPNQRLASSSQHGYVLFFDKLMSETESTQWFREVIPALGNLLLQFPSLLEAH 120

Query: 121 YQNADQLASKGSGKSKTSLRLLASQVAGTVYLSQELIGALLACAFFCLFPVIDRHVKNLP 180
           Y+N DQLASKGSGK KT LRLLASQVAGTVYLSQELIGALLACAFFCLFPVIDR V+NLP
Sbjct: 121 YRNTDQLASKGSGKPKTGLRLLASQVAGTVYLSQELIGALLACAFFCLFPVIDRRVQNLP 180

Query: 181 TINFDYLFAILYDGRSKMQENKIRCIIHYFKRICSNIPMGFVSFERKVLPLNNCTGNFCC 240
           TINFDYLFAILYDGRSKMQENKIRC++HYF+RICS+IP+GFVSFERKVLPLNNC G FCC
Sbjct: 181 TINFDYLFAILYDGRSKMQENKIRCLVHYFRRICSSIPVGFVSFERKVLPLNNCAGYFCC 240

Query: 241 PKANFWVNSTIPLCQFKVKDSGLIEDQTSGALEVDFANEYLGGGALHSGCVQEEIRFMTN 300
           PKANFW+NSTIPLCQF+VKDSGLIEDQT GALEVDFANEYLGGGALHSGCVQEEIRFM N
Sbjct: 241 PKANFWINSTIPLCQFRVKDSGLIEDQTFGALEVDFANEYLGGGALHSGCVQEEIRFMIN 300

Query: 301 PELIIGMLFLPAMADNEAIEIVGAERFSNYTGYAFNFRFDGNHEDKQEIDSLGRRKTFIT 360
           PELI GMLFLPAMADNEAIEIVGAERFSNYTGYAFNF F GNHEDK+EIDSLGR KTFIT
Sbjct: 301 PELITGMLFLPAMADNEAIEIVGAERFSNYTGYAFNFCFAGNHEDKREIDSLGRHKTFIT 360

Query: 361 AIDALCSPGMRQYRLEFLLRD 382
           AIDALCSPGMRQYRLEFLLR+
Sbjct: 361 AIDALCSPGMRQYRLEFLLRE 380

[Close]

BLAST of ClCG06G009820 vs. ExPASy TrEMBL
Match: A0A6J1ELT0 (Poly(ADP-ribose) glycohydrolase OS=Cucurbita moschata OX=3662 GN=LOC111435589 PE=3 SV=1)

HSP 1 Score: 691.4 bits (1783), Expect = 3.0e-195
Identity = 342/379 (90.24%), Postives = 358/379 (94.46%), Query Frame = 0


Query: 3   MEIESRDEDLKSMLPFLPLALRSSTLFWPSQVVETLKSMAAGPDQSGVNSGEALFYSISN 62
           MEIESR EDL S+LPFLPLALRSS L WP QVVETLKS+AAGPDQSG+NSGEALF+SISN
Sbjct: 1   MEIESR-EDLTSILPFLPLALRSSALCWPPQVVETLKSVAAGPDQSGINSGEALFHSISN 60

Query: 63  IRHSLSLSNQRLASSAQHGYVLFFDKLMSETESMQWFGEVIPALGNLLLQLPSLLETHYQ 122
           IR +LS+S+QRLASSA HGYVLFFDKLMSETESMQWFGEVIPALG++LL+LPSLLE HYQ
Sbjct: 61  IRRTLSISDQRLASSAHHGYVLFFDKLMSETESMQWFGEVIPALGDMLLKLPSLLEAHYQ 120

Query: 123 NADQLASKGSGKSKTSLRLLASQVAGTVYLSQELIGALLACAFFCLFPVIDRHVKNLPTI 182
           NADQL  KGSGKSKT LRLLASQVAGTVYLSQELI ALLACAFF LFPVIDRHV+NLPTI
Sbjct: 121 NADQLTGKGSGKSKTGLRLLASQVAGTVYLSQELISALLACAFFSLFPVIDRHVQNLPTI 180

Query: 183 NFDYLFAILYDGRSKMQENKIRCIIHYFKRICSNIPMGFVSFERKVLPLNNCTGNFCCPK 242
           NFDYLFAILYDGRSKMQENKIRCIIHYF+R+CSN+PMGFVSFERKVLPLNNC   FCCPK
Sbjct: 181 NFDYLFAILYDGRSKMQENKIRCIIHYFRRVCSNVPMGFVSFERKVLPLNNCAEYFCCPK 240

Query: 243 ANFWVNSTIPLCQFKVKDSGLIEDQTSGALEVDFANEYLGGGALHSGCVQEEIRFMTNPE 302
           ANFW+NSTIPLC FKVKDSGLIEDQT GALEVDFANEYLGGGAL SGCVQEEIRFM NPE
Sbjct: 241 ANFWINSTIPLCPFKVKDSGLIEDQTFGALEVDFANEYLGGGALRSGCVQEEIRFMINPE 300

Query: 303 LIIGMLFLPAMADNEAIEIVGAERFSNYTGYAFNFRFDGNHEDKQEIDSLGRRKTFITAI 362
           LIIGMLFLPAMADNEAIEIVGAERFSNYTGYAFNFRF GNHEDKQEIDSLGRRKTFITAI
Sbjct: 301 LIIGMLFLPAMADNEAIEIVGAERFSNYTGYAFNFRFAGNHEDKQEIDSLGRRKTFITAI 360

Query: 363 DALCSPGMRQYRLEFLLRD 382
           DALCSPGMRQYRLEFLLR+
Sbjct: 361 DALCSPGMRQYRLEFLLRE 378

[Close]

BLAST of ClCG06G009820 vs. ExPASy TrEMBL
Match: A0A6J1HZ54 (Poly(ADP-ribose) glycohydrolase OS=Cucurbita maxima OX=3661 GN=LOC111468979 PE=3 SV=1)

HSP 1 Score: 686.0 bits (1769), Expect = 1.3e-193
Identity = 340/379 (89.71%), Postives = 358/379 (94.46%), Query Frame = 0


Query: 3   MEIESRDEDLKSMLPFLPLALRSSTLFWPSQVVETLKSMAAGPDQSGVNSGEALFYSISN 62
           ME+ESR EDL S+LPFLPLALRSSTL WP QVVETLK +AAGPDQSGVNSGEALF+SISN
Sbjct: 1   MEMESR-EDLTSILPFLPLALRSSTLCWPPQVVETLKFVAAGPDQSGVNSGEALFHSISN 60

Query: 63  IRHSLSLSNQRLASSAQHGYVLFFDKLMSETESMQWFGEVIPALGNLLLQLPSLLETHYQ 122
           IR +L++S+QRLASSA HGYVLFFDKLMSETESMQWFGEVIPALG++LL+LPSLLE HYQ
Sbjct: 61  IRRTLTVSDQRLASSAHHGYVLFFDKLMSETESMQWFGEVIPALGDMLLKLPSLLEAHYQ 120

Query: 123 NADQLASKGSGKSKTSLRLLASQVAGTVYLSQELIGALLACAFFCLFPVIDRHVKNLPTI 182
           NADQL S GSGKSKT LRLLASQVAGTVYLSQELI ALLACAFF LFPVIDRHV+NLPTI
Sbjct: 121 NADQLTSIGSGKSKTGLRLLASQVAGTVYLSQELISALLACAFFSLFPVIDRHVRNLPTI 180

Query: 183 NFDYLFAILYDGRSKMQENKIRCIIHYFKRICSNIPMGFVSFERKVLPLNNCTGNFCCPK 242
           NFDYLFAILYDGRSKMQENKIRCIIHYF+R+CSN+P+GFVSFERKVLPLNNC   FCCPK
Sbjct: 181 NFDYLFAILYDGRSKMQENKIRCIIHYFRRVCSNVPVGFVSFERKVLPLNNCAEYFCCPK 240

Query: 243 ANFWVNSTIPLCQFKVKDSGLIEDQTSGALEVDFANEYLGGGALHSGCVQEEIRFMTNPE 302
           ANFW+NSTIPLC FKVKDSGLIEDQT GALEVDFANEYLGGGAL SGCVQEEIRFM NPE
Sbjct: 241 ANFWINSTIPLCPFKVKDSGLIEDQTFGALEVDFANEYLGGGALRSGCVQEEIRFMINPE 300

Query: 303 LIIGMLFLPAMADNEAIEIVGAERFSNYTGYAFNFRFDGNHEDKQEIDSLGRRKTFITAI 362
           LIIGMLFLPAMADNEAIEIVGAERFSNYTGYAFNFRF GNHEDKQEIDSLGRRKTFITAI
Sbjct: 301 LIIGMLFLPAMADNEAIEIVGAERFSNYTGYAFNFRFAGNHEDKQEIDSLGRRKTFITAI 360

Query: 363 DALCSPGMRQYRLEFLLRD 382
           DALCSPGMRQYRLEFLLR+
Sbjct: 361 DALCSPGMRQYRLEFLLRE 378

[Close]

BLAST of ClCG06G009820 vs. ExPASy TrEMBL
Match: A0A6J1DM30 (Poly(ADP-ribose) glycohydrolase OS=Momordica charantia OX=3673 GN=LOC111021818 PE=3 SV=1)

HSP 1 Score: 643.7 bits (1659), Expect = 7.2e-181
Identity = 322/377 (85.41%), Postives = 342/377 (90.72%), Query Frame = 0


Query: 5   IESRDEDLKSMLPFLPLALRSSTLFWPSQVVETLKSMAAGPDQSGVNSGEALFYSISNIR 64
           +ESR EDL S+LPFLPL LRSS LFWPSQVVETL SMAAGPDQSG+ +G+ALF+SIS IR
Sbjct: 1   MESR-EDLNSILPFLPLVLRSSNLFWPSQVVETLNSMAAGPDQSGLTTGDALFHSISAIR 60

Query: 65  HSLSLSNQRLASSAQHGYVLFFDKLMSETESMQWFGEVIPALGNLLLQLPSLLETHYQNA 124
           +SLSL+NQ LASSA HGY LFFDKLM ETESMQWFGEVIPALGNLLL+LPSLLE HYQ A
Sbjct: 61  NSLSLTNQPLASSAHHGYSLFFDKLMPETESMQWFGEVIPALGNLLLRLPSLLENHYQIA 120

Query: 125 DQLASKGSGKSKTSLRLLASQVAGTVYLSQELIGALLACAFFCLFPVIDRHVKNLPTINF 184
           DQL +KGSG  +T LRLLASQVAGTVYLSQEL GALLACAFFCLFPVIDR  +NLPTINF
Sbjct: 121 DQLDNKGSGNFQTGLRLLASQVAGTVYLSQELTGALLACAFFCLFPVIDRGSQNLPTINF 180

Query: 185 DYLFAILYDGRSKMQENKIRCIIHYFKRICSNIPMGFVSFERKVLPLNNCTGNFCCPKAN 244
           DYLFAILY   SKMQENKIRCIIHYF+RICSNIP GFVSFERKVLPLNNC+  FC PK N
Sbjct: 181 DYLFAILYHRHSKMQENKIRCIIHYFRRICSNIPRGFVSFERKVLPLNNCSELFCYPKVN 240

Query: 245 FWVNSTIPLCQFKVKDSGLIEDQTSGALEVDFANEYLGGGALHSGCVQEEIRFMTNPELI 304
           FW+NSTIPLCQFKVKDSGLIEDQT GALEVDFANEY+GGGALHSGCVQEEIRFM NPELI
Sbjct: 241 FWINSTIPLCQFKVKDSGLIEDQTFGALEVDFANEYIGGGALHSGCVQEEIRFMINPELI 300

Query: 305 IGMLFLPAMADNEAIEIVGAERFSNYTGYAFNFRFDGNHEDKQEIDSLGRRKTFITAIDA 364
           IGMLFLPAMADNEAIEIVGAERFS+YTGYA NF F GNH DKQE+DSLGRRKT ITAIDA
Sbjct: 301 IGMLFLPAMADNEAIEIVGAERFSDYTGYASNFCFSGNHVDKQEMDSLGRRKTLITAIDA 360

Query: 365 LCSPGMRQYRLEFLLRD 382
           LCSPGMRQY+LEFLLR+
Sbjct: 361 LCSPGMRQYKLEFLLRE 376

[Close]

BLAST of ClCG06G009820 vs. TAIR 10
Match: AT2G31870.2 (Poly (ADP-ribose) glycohydrolase (PARG) )

HSP 1 Score: 444.5 bits (1142), Expect = 1.2e-124
Identity = 242/445 (54.38%), Postives = 297/445 (66.74%), Query Frame = 0


Query: 10  EDLKSMLPFLPLALRSSTLFWPSQVVETLKSMAAGPDQSGVNSGEALFYSISNIRHSLSL 69
           EDL S+LP+LPL +RSS+L+WP +VVE LK+M+ GP  S V+SGE L  +I ++R SLS 
Sbjct: 5   EDLNSILPYLPLVIRSSSLYWPPRVVEALKAMSEGPSHSQVDSGEVLRQAIFDMRRSLSF 64

Query: 70  SNQRLASSAQHGYVLFFDKLMSETESMQWFGEVIPALGNLLLQLPSLLETHYQNADQLAS 129
           S   L  SA +GY   FD+L+ E ES +WF E+IPAL +LLLQ PSLLE H+QNAD + S
Sbjct: 65  ST--LEPSASNGYAFLFDELIDEKESKRWFDEIIPALASLLLQFPSLLEVHFQNADNIVS 124

Query: 130 KGSGKSKTSLRLLASQVAGTVYLSQELIGALLACAFFCLFPVIDRHVKNLPTINFDYLFA 189
                 KT LRLL SQ AG V+LSQELIGALLAC+FFCLFP  +R  K+LP INFD+LFA
Sbjct: 125 ----GIKTGLRLLNSQQAGIVFLSQELIGALLACSFFCLFPDDNRGAKHLPVINFDHLFA 184

Query: 190 ILYDGRSKMQENKIRCIIHYFKRICSNIPMGFVSFERKVLPLNNCTGNFCCPKANFWVNS 249
            LY   S+ QE+KIRCI+HYF+R CS +P+G VSFERK+            P A+FW  S
Sbjct: 185 SLYISYSQSQESKIRCIMHYFERFCSCVPIGIVSFERKIT---------AAPDADFWSKS 244

Query: 250 TIPLCQFKVKDSGLIEDQTSGALEVDFANEYLGGGALHSGCVQEEIRFMTNPELIIGMLF 309
            + LC FKV   GLIEDQ   ALEVDFAN+YLGGG+L  GCVQEEIRFM NPELI GMLF
Sbjct: 245 DVSLCAFKVHSFGLIEDQPDNALEVDFANKYLGGGSLSRGCVQEEIRFMINPELIAGMLF 304

Query: 310 LPAMADNEAIEIVGAERFSNYTGYAFNFRFDGNHEDKQEIDSLGRRKTFITAIDALCSPG 369
           LP M DNEAIEIVGAERFS YTGYA +FRF G + DK+ +D   RR+T I AIDALC+P 
Sbjct: 305 LPRMDDNEAIEIVGAERFSCYTGYASSFRFAGEYIDKKAMDPFKRRRTRIVAIDALCTPK 364

Query: 370 MRQYRLEFLLRD-RHPLSGLLEPAANRSSQNFRMGVGRKDAPFFIVGMELDLLCPQEDIF 429
           MR ++   LLR+    L G L  +     QN  M  G  +      G +  LL  +    
Sbjct: 365 MRHFKDICLLREINKALCGFLNCSKAWEHQNIFMDEGDNEIQLVRNGRDSGLLRTETTSH 424

Query: 430 KTTLAEVWLGRVEESGVSARAIFSE 454
           +T L +V + R + +    R  + E
Sbjct: 425 RTPLNDVEMNREKPANNLIRDFYVE 434

[Close]

BLAST of ClCG06G009820 vs. TAIR 10
Match: AT2G31870.1 (Poly (ADP-ribose) glycohydrolase (PARG) )

HSP 1 Score: 440.3 bits (1131), Expect = 2.3e-123
Identity = 242/446 (54.26%), Postives = 297/446 (66.59%), Query Frame = 0


Query: 10  EDLKSMLPFLPLALRSSTLFWPSQVVETLKSMAAGPDQSGVNSGEALFYSISNIRHSLSL 69
           EDL S+LP+LPL +RSS+L+WP +VVE LK+M+ GP  S V+SGE L  +I ++R SLS 
Sbjct: 5   EDLNSILPYLPLVIRSSSLYWPPRVVEALKAMSEGPSHSQVDSGEVLRQAIFDMRRSLSF 64

Query: 70  SNQRLASSAQHGYVLFFDKLMSETESMQWFGEVIPALGNLLLQLPSLLETHYQNADQLAS 129
           S   L  SA +GY   FD+L+ E ES +WF E+IPAL +LLLQ PSLLE H+QNAD + S
Sbjct: 65  ST--LEPSASNGYAFLFDELIDEKESKRWFDEIIPALASLLLQFPSLLEVHFQNADNIVS 124

Query: 130 KGSGKSKTSLRLLASQVAGTVYLSQELIGALLACAFFCLFPVIDRHVKNLPTINFDYLFA 189
                 KT LRLL SQ AG V+LSQELIGALLAC+FFCLFP  +R  K+LP INFD+LFA
Sbjct: 125 ----GIKTGLRLLNSQQAGIVFLSQELIGALLACSFFCLFPDDNRGAKHLPVINFDHLFA 184

Query: 190 ILYDGRSKMQENKIRCIIHYFKRICSNIPMGFVSFERKVLPLNNCTGNFCCPKANFWVNS 249
            LY   S+ QE+KIRCI+HYF+R CS +P+G VSFERK+            P A+FW  S
Sbjct: 185 SLYISYSQSQESKIRCIMHYFERFCSCVPIGIVSFERKIT---------AAPDADFWSKS 244

Query: 250 TIPLCQFKVKDSGLIEDQTSGALEVDFANEYLGGGALHSGCVQEEIRFMTNPELIIGMLF 309
            + LC FKV   GLIEDQ   ALEVDFAN+YLGGG+L  GCVQEEIRFM NPELI GMLF
Sbjct: 245 DVSLCAFKVHSFGLIEDQPDNALEVDFANKYLGGGSLSRGCVQEEIRFMINPELIAGMLF 304

Query: 310 LPAMADNEAIEIVGAERFSNYTGYAFNFRFDGNHEDKQEIDSLGRRKTFITAIDALCSPG 369
           LP M DNEAIEIVGAERFS YTGYA +FRF G + DK+ +D   RR+T I AIDALC+P 
Sbjct: 305 LPRMDDNEAIEIVGAERFSCYTGYASSFRFAGEYIDKKAMDPFKRRRTRIVAIDALCTPK 364

Query: 370 MRQYRLEFLLRD-RHPLSGLLEPAANRSSQNFRMGVGRKDAPFFIVGMELDLLCPQEDI- 429
           MR ++   LLR+    L G L  +     QN  M  G  +      G +  LL  +    
Sbjct: 365 MRHFKDICLLREINKALCGFLNCSKAWEHQNIFMDEGDNEIQLVRNGRDSGLLRTETTAS 424

Query: 430 FKTTLAEVWLGRVEESGVSARAIFSE 454
            +T L +V + R + +    R  + E
Sbjct: 425 HRTPLNDVEMNREKPANNLIRDFYVE 435

[Close]

BLAST of ClCG06G009820 vs. TAIR 10
Match: AT2G31865.1 (poly(ADP-ribose) glycohydrolase 2 )

HSP 1 Score: 395.6 bits (1015), Expect = 6.6e-110
Identity = 208/371 (56.06%), Postives = 256/371 (69.00%), Query Frame = 0


Query: 11  DLKSMLPFLPLALRSSTLFWPSQVVETLKSMAAGPDQSGVNSGEALFYSISNIRHSLSLS 70
           DL+S+L +LPL  +SS+L WP  V E L++++ GP +S VNSGEAL   I+N+R SLSL+
Sbjct: 6   DLRSILQYLPLVAQSSSLVWPPSVEEELQTISRGPSESMVNSGEALALHITNMRKSLSLN 65

Query: 71  NQRLASSAQHGYVLFFDKLMSETESMQWFGEVIPALGNLLLQLPSLLETHYQNADQLASK 130
              LA  A  GY LFFDK +S  ES  +FGEV+PAL  LLLQLPS+LE HYQ AD +   
Sbjct: 66  ASDLAPYALQGYGLFFDKKISREESANFFGEVVPALCRLLLQLPSMLEKHYQKADHVLD- 125

Query: 131 GSGKSKTSLRLLASQVAGTVYLSQELIGALLACAFFCLFPVIDRHVKNLPTINFDYLFAI 190
                K+ LRLL  Q AG V LSQELI ALLAC+FFCLFP +DR +KNL  INF  LF+ 
Sbjct: 126 ---GVKSGLRLLGPQEAGIVLLSQELIAALLACSFFCLFPEVDRSLKNLQGINFSGLFSF 185

Query: 191 LYDGRSKMQENKIRCIIHYFKRICSNIPMGFVSFERKVLPLNNCTGNFCCPKANFWVNST 250
            Y      QENKI+C+IHYF RIC  +P GFVSFERK+LPL         PKA+ W NS 
Sbjct: 186 PYMRHCTKQENKIKCLIHYFGRICRWMPTGFVSFERKILPLEYHPHFVSYPKADSWANSV 245

Query: 251 IPLCQFKVKDSGLIEDQTSGALEVDFANEYLGGGALHSGCVQEEIRFMTNPELIIGMLFL 310
            PLC  ++  SG IEDQ   ALEVDFA+EY GG  L    +QEEIRF+ NPELI GM+FL
Sbjct: 246 TPLCSIEIHTSGAIEDQPCEALEVDFADEYFGGLTLSYDTLQEEIRFVINPELIAGMIFL 305

Query: 311 PAMADNEAIEIVGAERFSNYTGYAFNFRFDGNHEDKQEIDSLGRRKTFITAIDALCSPGM 370
           P M  NEAIEIVG ERFS YTGY  +F++ G++ D +++D   RRKT + AIDA+  PGM
Sbjct: 306 PRMDANEAIEIVGVERFSGYTGYGPSFQYAGDYTDNKDLDIFRRRKTRVIAIDAMPDPGM 365

Query: 371 RQYRLEFLLRD 382
            QY+L+ L+R+
Sbjct: 366 GQYKLDALIRE 372

[Close]

BLAST of ClCG06G009820 vs. TAIR 10
Match: AT2G31865.2 (poly(ADP-ribose) glycohydrolase 2 )

HSP 1 Score: 395.6 bits (1015), Expect = 6.6e-110
Identity = 208/371 (56.06%), Postives = 256/371 (69.00%), Query Frame = 0


Query: 11  DLKSMLPFLPLALRSSTLFWPSQVVETLKSMAAGPDQSGVNSGEALFYSISNIRHSLSLS 70
           DL+S+L +LPL  +SS+L WP  V E L++++ GP +S VNSGEAL   I+N+R SLSL+
Sbjct: 6   DLRSILQYLPLVAQSSSLVWPPSVEEELQTISRGPSESMVNSGEALALHITNMRKSLSLN 65

Query: 71  NQRLASSAQHGYVLFFDKLMSETESMQWFGEVIPALGNLLLQLPSLLETHYQNADQLASK 130
              LA  A  GY LFFDK +S  ES  +FGEV+PAL  LLLQLPS+LE HYQ AD +   
Sbjct: 66  ASDLAPYALQGYGLFFDKKISREESANFFGEVVPALCRLLLQLPSMLEKHYQKADHVLD- 125

Query: 131 GSGKSKTSLRLLASQVAGTVYLSQELIGALLACAFFCLFPVIDRHVKNLPTINFDYLFAI 190
                K+ LRLL  Q AG V LSQELI ALLAC+FFCLFP +DR +KNL  INF  LF+ 
Sbjct: 126 ---GVKSGLRLLGPQEAGIVLLSQELIAALLACSFFCLFPEVDRSLKNLQGINFSGLFSF 185

Query: 191 LYDGRSKMQENKIRCIIHYFKRICSNIPMGFVSFERKVLPLNNCTGNFCCPKANFWVNST 250
            Y      QENKI+C+IHYF RIC  +P GFVSFERK+LPL         PKA+ W NS 
Sbjct: 186 PYMRHCTKQENKIKCLIHYFGRICRWMPTGFVSFERKILPLEYHPHFVSYPKADSWANSV 245

Query: 251 IPLCQFKVKDSGLIEDQTSGALEVDFANEYLGGGALHSGCVQEEIRFMTNPELIIGMLFL 310
            PLC  ++  SG IEDQ   ALEVDFA+EY GG  L    +QEEIRF+ NPELI GM+FL
Sbjct: 246 TPLCSIEIHTSGAIEDQPCEALEVDFADEYFGGLTLSYDTLQEEIRFVINPELIAGMIFL 305

Query: 311 PAMADNEAIEIVGAERFSNYTGYAFNFRFDGNHEDKQEIDSLGRRKTFITAIDALCSPGM 370
           P M  NEAIEIVG ERFS YTGY  +F++ G++ D +++D   RRKT + AIDA+  PGM
Sbjct: 306 PRMDANEAIEIVGVERFSGYTGYGPSFQYAGDYTDNKDLDIFRRRKTRVIAIDAMPDPGM 365

Query: 371 RQYRLEFLLRD 382
            QY+L+ L+R+
Sbjct: 366 GQYKLDALIRE 372

The following BLAST results are available for this feature:

BLAST of ClCG06G009820 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_038874333.1	8.4e-200	92.13	poly(ADP-ribose) glycohydrolase 1-like [Benincasa hispida]	[more]
XP_016899507.1	3.3e-196	90.29	PREDICTED: poly(ADP-ribose) glycohydrolase 1-like isoform X2 [Cucumis melo]	[more]
XP_008441668.1	3.3e-196	90.29	PREDICTED: poly(ADP-ribose) glycohydrolase 1-like isoform X1 [Cucumis melo] >XP_...	[more]
KAE8651763.1	2.8e-195	90.29	hypothetical protein Csa_006527 [Cucumis sativus]	[more]
XP_004138946.1	2.8e-195	90.29	poly(ADP-ribose) glycohydrolase 1 isoform X2 [Cucumis sativus]	[more]

BLAST of ClCG06G009820 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q9SKB3	3.3e-122	54.26	Poly(ADP-ribose) glycohydrolase 1 OS=Arabidopsis thaliana OX=3702 GN=PARG1 PE=1 ...	[more]
Q8VYA1	9.3e-109	56.06	Probable poly(ADP-ribose) glycohydrolase 2 OS=Arabidopsis thaliana OX=3702 GN=PA...	[more]
O46043	3.3e-45	38.39	Poly(ADP-ribose) glycohydrolase OS=Drosophila melanogaster OX=7227 GN=Parg PE=1 ...	[more]
Q86W56	1.7e-41	36.84	Poly(ADP-ribose) glycohydrolase OS=Homo sapiens OX=9606 GN=PARG PE=1 SV=1	[more]
O88622	1.1e-40	36.84	Poly(ADP-ribose) glycohydrolase OS=Mus musculus OX=10090 GN=Parg PE=1 SV=2	[more]

BLAST of ClCG06G009820 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A1S3B4L4	1.6e-196	90.29	Poly(ADP-ribose) glycohydrolase OS=Cucumis melo OX=3656 GN=LOC103485752 PE=3 SV=...	[more]
A0A1S4DU34	1.6e-196	90.29	Poly(ADP-ribose) glycohydrolase OS=Cucumis melo OX=3656 GN=LOC103485752 PE=3 SV=...	[more]
A0A6J1ELT0	3.0e-195	90.24	Poly(ADP-ribose) glycohydrolase OS=Cucurbita moschata OX=3662 GN=LOC111435589 PE...	[more]
A0A6J1HZ54	1.3e-193	89.71	Poly(ADP-ribose) glycohydrolase OS=Cucurbita maxima OX=3661 GN=LOC111468979 PE=3...	[more]
A0A6J1DM30	7.2e-181	85.41	Poly(ADP-ribose) glycohydrolase OS=Momordica charantia OX=3673 GN=LOC111021818 P...	[more]

BLAST of ClCG06G009820 vs. TAIR 10


Match Name	E-value	Identity	Description
AT2G31870.2	1.2e-124	54.38	Poly (ADP-ribose) glycohydrolase (PARG)	[more]
AT2G31870.1	2.3e-123	54.26	Poly (ADP-ribose) glycohydrolase (PARG)	[more]
AT2G31865.1	6.6e-110	56.06	poly(ADP-ribose) glycohydrolase 2	[more]
AT2G31865.2	6.6e-110	56.06	poly(ADP-ribose) glycohydrolase 2	[more]

InterPro

Analysis Name: InterPro Annotations of Watermelon (Charleston Gray) v2.5
Date Performed: 2022-01-31

Position :

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x 1


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR007724	Poly(ADP-ribose) glycohydrolase	PFAM	PF05028	PARG_cat	coord: 90..381 e-value: 1.3E-96 score: 323.8
IPR007724	Poly(ADP-ribose) glycohydrolase	PANTHER	PTHR12837	POLY ADP-RIBOSE GLYCOHYDROLASE	coord: 8..381
None	No IPR available	PANTHER	PTHR12837:SF13	POLY(ADP-RIBOSE) GLYCOHYDROLASE 1-LIKE ISOFORM X1	coord: 8..381

Relationships

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


Feature Name	Unique Name	Type
ClCG06G009820.2	ClCG06G009820.2	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:1990966	ATP generation from poly-ADP-D-ribose
biological_process	GO:0005975	carbohydrate metabolic process
biological_process	GO:0009225	nucleotide-sugar metabolic process
biological_process	GO:0006282	regulation of DNA repair
biological_process	GO:0031056	regulation of histone modification
cellular_component	GO:0005737	cytoplasm
cellular_component	GO:0005634	nucleus
molecular_function	GO:0004649	poly(ADP-ribose) glycohydrolase activity