Clc07G06610 (gene) Watermelon (cordophanus) v2

Overview


Name	Clc07G06610
Type	gene
Organism	Citrullus lanatus subsp. cordophanus cv. cordophanus (Watermelon (cordophanus) v2)
Description	ADP-ribosylation factor GTPase-activating protein AGD4-like isoform X1
Location	ClcChr07: 13294170 .. 13357754 (-)
RNA-Seq Expression	Clc07G06610
Synteny	Clc07G06610

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonfive_prime_UTRpolypeptideCDS

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

TGAGCTGGGGTTTTGTTTTGTAAGCCATAATGACCAAGGAGCCCTCCACGTGCACAATAATGGAAGCCTCATTTCTTCCCAATCGCCATGGCTGAATCTCAAAGTCTCAGCTGAGAAACAAAGACGCAAAAACATACGCAGGAAATTTTTGTGCCCTCACATACGCAACCGAACGACAGAATGGGGGCGTTTATCAAACTCGAGGATTCTCCTATGTTCTTGAAACAGGTAGCTTCCTTTTATGGATCGAATTGCTCGAATTTTGTTTGTTTCTTTGTTTGTTCCTGTCGAATTCGGTTGGCTGCCGGATTTGTTATTAACGATGAGTTTGTTTCACTTGCGACCTCGTTTGCAGTTATGTGTGCAGTTGGAATCATTTCTTTCTACTTCGAGAAGATTTAATCCGGTTGTTTGTATTTGAACTAGTTTTTGTATTCGTCTGGCGTCCGTGCCCCCTTTCAATGTGTTAAACAATCAAAAGGGGCTTGCCTTTACTAGTTTTTATTGAATAAGGATCAGTGCTACACCGATTTATCCCTTAAGTTGCCGATGCGTTGTAATGTTAAAAATCTGCTCAGGTACTACTCTGCTAAAATTGAAACCTGAAGGCGAATTATGGTTAGGTTAGAAGTTCCTTGATGACTGTGGAATATAGTTAGAGGCGGTTTTTCTTTTTATAGCAAACCACTCCCCCCAATTGTAGAAGGAAAGAGAGAGAATCCAAAATATTATCAGAAAAATTGTATTCACCAAAAGAGAAAAATGGGATATCTGTGAGTGTCCGGGCCAGCTTACAAACATCTTGACTAATCTCACAGGACAACCTGCTTGACCCTACAATATTTGGGTGTCAAGGAAACTTGTAGGATATTAAATCTTAGGTAGGTGGCCACCATAGATTGAACCCATGACCTCTTAGCCATTTATTAAGCTCTTAATAACTAAATAAAAATTCTTAAACTGATTGTTTAACACATCCAACTGTTTGATAGTTCACCAAAATGTTACAACAATGGAGAGAGACAATAGGCGGCTTAACTATGGGACGGAAAGTGTAAAATAGACCATACGTTTGGTTGAAAGCCTTCGCTATTGGTCAAGCTTTATGCCTTTCAATAGGACCGCAAGGTTTGAGTTAAAGGAAAAATAACCATTTACAACCCATGGGCTTACGCCCATGAGGACGTGGAACAAGATGCCAAGTACGATGTGAGATCTTTCTTTTAAACAAGACATGAGAGTTTTCATTGATAAAGTGGAACTTTAGAGGATTTTATTGAAGAACCAGGGAAATGGCAGGCGATGGGTCCTTTCCATTTGATGTTTGAGAAATGGAACAAATTCAAGCACAGTCGTCCAATATTGATGAAAGGTTTCGGTGGCTGGCTCAAAATGAAAAACCTCCCTATGGATTGGAGTAGGGAGACCTTTCAAGCAATAGGGGCTTATTTTGGGGGCCTTGAAGATATTGTAGTTGAAACTCTCAACTTGCTGAATTGCTCAGAAGCCAAAATCAGAGTGAAAAGGAATTTGTGTGGTCTTATGCTTTCAACCATAGAAATCACAGATTGCAATCGAGGAAACATTTTTTTAACTTCGGGGACATTGAAGCTTTGGACCCTCCTTCTATTACCTCAGGGTGTTTATTCATTAATGAGTTCACAAATCCGCTTGATTTACTTCGGTTGAAACAAGTGTTGGTGTTCAATTTAGTTTCAACTCAGAAGATTTGGATTATTTATTTTCAATTCAATCATTTCCATCTTTTTCAAGGAATCCCATTGAAGCTTTGTTAAAAAATGAAGTTCAAGTCATGAAGAACCCACTGCATCGGAGAAGAAAAGCCTAGAGGTTTCAGCCGACCCTTCACATCAAGTCCCCGTGGTTGGTGTGAACACATCTCAGATAGGCGAAGAGTCTCATTTAATTAAGACAGTTAAGAAAAGCTATTGTCAGAATAAAAATGCCAAAGGTCTTTCCATTGGGGGGCCAGCCAGCGAATGTTTTTCATTAATGGAAGAAGGAGAGTCCCTCAGTTGGGGAATTGCAAAAGGCAAGCAATCCTTTTCTCTTTGCAGGGGAGTTGGTAGTCGACATTAACTCTTCGCCATCCAAGCCATTAATTCCCAAGGGTCCTGAAAGACTTCTGCATCCCCTACACCCCTCGATCTTCCAACTTTTGAAAAAAGAAAATCACACTTGTTGAAGCCTTTTCCAAGGCATTTTGTGCGAAAGAAAACATCATTCCTTAACTCCTGGTCTGCACTTGTGAACTCAGACTTATTGGAAATTTGTTGCGTTAATGCCCAAATTCCAGCCAAATCCAACACTAAACTAAGTCTTCATTCATCCCCTTCTCAGCATTTCAAATATTTAGTCTATCACAGCCCCATCCATAAGACTAAATTCTTGAGAGGCACCTGGCGTTCTTCTCCAATTTGTCAGCAAAAAAGAAATTTCGATTCAGACACTGACTCATTAGCAAGTGCTAGCAGTGAAGAGATTGAAAGATTTGGAGAAGAAGATAATCAAGAAATTTCAGATCAAGATGACCACTTTGCAGAGGAGCTTAAATCTATTTTTCAGACTGAAGAAGATCAACAATTAAATGAGGGTTGGAACTCTTGCCTCAAGCCATTTCCTCAATCGAATATTCCAGATCATTTAAAATCCATAATTGCAGATTGCGGACTTGTTTTGGGTTAAAATACCCCTCATCAGTCAGTTGGAGGTTGTCTTGATTCAAAGATGGCGGTGTTCCTCTTGAGCTTTAGATGTTCTTGTAGCGATTCTAGTCTAGAAACTTTGTTTTTAGGTTTTTGACGCATTTTGTTCTTCAGATTGGAAAAGTTGTCCCAGACCTCCTCTCACTTGGAGCACATCGATCTTATTGCCCTCAGCTTAGAGTTTGTTTTTGTTCTCTTCAAAAGTGTTGTTTGATGTCTTTTCTTTTATTTTTGAGGTTGGTGGTTTTTGGTTTGTTTTAGTTCACAATTGTCAGTAGTAGTTTGTATTGATTTTTTATGGTCTTCTTCAGTTGTAATCGCTTTAAGTTACTTCTCCGTTTTCGATCTTGTATTCCTTATTGTACTATGAGATTTTATCTCTTATCATTATATCAATGAAAGAGATTGTTTCCTTTAAAAAAGAAAAAAAAGAAACTAATCCTAATCCTAATCCTAATCCTAATTAATTAAAGAAACTAATCCTAATGCTAATAAATCAAAGAAACAAATCCTAATCCTAATAAATTAAAGAATGTCCATAACATCCCTCCCAAAGAAAACTCGTCCTCGAGTTTAAAAAAAAAATGAAGGTAAAAATAAAAAGGTAAGGCACTTGATCGAAAACAACTCTGAACAATTAATATCACAACATCCAAGTTGCACAAGTCGAGCCAAGCTTTGTCTTTTGAAACAGAATAAATGTTTCAACAAAATCATCATGAATTAATCCAAGAATTATGTTGTTCAAGAAATCCATTGCCAACATAACCAAGTCTAAAGAAAACCTTAGTTTCAAAGTCTAAAGTAAATGTAACTTAGGTTGGACCATATTTATTGTAGTGGGTTGGTATGAAGACTTCAATACAAGGAAACGGGCTCTAAATTGGAATTGGGTCTAGGGTTGTTTTAGGTTAAAAAAAGTATGGGTAATGGGTCGGTTAAAAAAAAAGGAATATGGTTGGAAAATTGGGCTGGTTCGGCAAAAAGAATTTGTGTCCGTTTTGCAAAAAGAATACAGATGGAGAAATCGCAAAATAATTCACCTCACATTGCTTCATCCTCTTATCTCTTGTGAACGACTGTGAATGGGATGTCAATCAGCCTTTGATGATCTTCTTCATCAGCCACACAATCTTCTTCTTCTTCTTCTTCTTTCTTCATTGGGTCTGTCAGTTTGGCCATCTTAGCTTGCCGGCGATTTCACCAGAAAACCCACATTTTTTCGATTCCAAACATGTCATCTCCCACGTTGCTTCGCCATCGACTTGAGTTAGATTTTCAGTTTCTTCAAATAAGTTTGTCCGTGGGTATTTTCTTCTACCTCTCCAATGGCTTCGATTTCATCATCTCTTATGTTGTGGTGAGATTCGTGGGAAAGAACTAATTCTAATCCTAATAAATTAAAGATTTGCCCATAATACCCTAATCCTACTACATTATAATACCTCAACTAGGTTGACACACCCATACCGCCCTCATCATATCCCAAAAGAGAAATCTACTAAAATTGTATAACAAGATGACATAATTCTCAACAATACAAGAATAAGATCCAAACTAGACCAAAACAACAGCGGGCCAATCGAAAACAATTAAGAAATAAACGCATTCCAAACAATTAAGATGTAGCCACTTTCGGCAACGAATATGCAAGCAATAGACCGCATATCTCCACCTGTGGAGTAATGAGTTGCCCCCAACAAAACTTCGGGAGCTGAATACTAGAGGGTTAGTATCTCATGAATATACATCTTAATTGGCACAGTAAATGCTTGAGCCAACCCAAGGTCTGCTATTTGAGCATCATAGTCATTTGGTCTATCAAGAGATTATGTGGTTTTAGGTCCCTGTGCAGGATTCCATGACCATGACAGAAGGCAACGCCCTTGCAGAGTTGGTACATCAAACTCTTGACAGTACGGGAATATTTTCTCCCGTATGAAAAAAACTCTGGATGAATTTCTTAAGATCAGTATCCATATATTCAAACACCAAAGTAAAGGACGTTTTTTCTAGCCTTATTCTGGCCTTGTTCGACATCCATCAACCTAACAATATGGGGATCTCGAGAAAGCATTTGAAGAATTGGAACCTCTGTAAGACTGAGAGTGGTGGGAGGAGCACCTTCCTCATCCTCATGGGGGCGCGTCTTCTTGAGTGCCACAATCTTGCCGGTTGCCTTGCCCTTACCCTATAAACTTTGCTGGAAGTTCCTTCTTCGACCTTTCACAAAGGCTCTCTTCCAGAAGTTTTCCTTCAGTAGTTTTGTGTTTGTTTACATTGAGGAGCTTCACTTTGGAAGAATTCTTTGAGCCTTTCAAGATTAGTTGTTAGTTTGAGATGGATTAGAGTTTTATCTTCTCCTTTTGGTTGTATTTGGCAGTAATGGTTATAATTGCTATATTGTTTTATTTTGTTACATTGTATTTTGAGCGTTAGTCTTTTTTTTTTTATTCTATGAAAAGTCTTGTTTCCTTAAAGAATAAAAAAGTAGAATTATGGAGCTTGAGGAGTAAAAAAAGGTTTATTAAAGCTCAAAGTACATCCTGAAGTAAGATAAGGAAAAGAAACCAAGAGAACATTAATAGAGGAAGAGATAAACATCCCAGAAAATACTTGTATTACTGTGTGAAAAACTTGTACATCCCAGCTCTGGATGGGAACATTTGATTTGCTTGCGTACTCCAGTTTCTCTTGACAGTGCACATCTCAATCTTTTGACCCTTAACATTCAGTATGAAATTCTATAGTATTAGCTTTTCCACAAAATACTTATAATAAATTGTCTTTTGTCCTCTTTGGAGGCTCTTCTAAAAGTTAGATTTTACTTTATCTCATATAACTTTCCTTACCCTTTATTTTATTGTCCCATTATTTATAGATATTTTCTCTAGAAAAAACAACTGATGAGTTGGAAGATCGATGCAGAAGACTACACAATGGATGTAGGATGTTTATGTAAGTGCTTCATTTTTATTTCTTTACACCACCCATGTCAAGGTTGTTCGAAATGGGGTCTGGAGGAATGAAAGTTCACTCTCCCTCATCTTTAAAATGTGCAAATGTCTTCATTATCATGCTAATCTTTAATTCATTCATTACTGTACTAACATTTCATACAACTATAATTTCTTAATTTTTGTGTTGACATTTAAGATCCTGTATATTACATTTTTATTAGACTAATGCTTTGAAGATACAAACTCAACAAAGATACAAACTCAACAAAGGAGAAAAGAGAACAAAAAATTTAAAAGAATTACAAGGAAAAATAAAAACATTCTAGTTTAGTTAATATCATGTAAAGTAAAATCAACAAAAGATTTAGAAAGAGAACTCTAGGAGGAAGCCTTTAAGCATGAAGACTCAAATGAATTGAGCCAAGGAAGATGCTTGTTATGGAAAATCCTTTAGTTCCATTCGCTTCATAATTGAGATAAAAGAGTTTTGATTGTGTTGACTCGTGGAAGGTAAGCATCAAGAGACAATGTAGGGCCAATTAAGAGCTGAAAGGACGTTTTCCTTAGAAGCTTGGGAGACATCTGATATTTTTTTCTGAAAAGGAAACAAACTTTTCATTGATAAAATGAAAAGAAGCCAATGTTCAAAATAAAGATAATAATCAGAAGGTTGAAAGCAATCCATCTCTCAAAATACAAAAGACTAACCAGGAAGAAAAAAAGAATTCCAAAAAAGACTAATTCCAAGTGAACTTGAACTAGACAAACCACGGAGAAAATTTGTCATGAAGAAAAAAACGATGATTCTTATGAACCAAAACTCCACAAGAAAAGTTTTATCTGCCTTTGCCAATGGCAACTAAGTGAAAACCCATTGCTTGACAATAACTCGGTAATTAGAATCAACTTGTTTCCTTTCAAAAAAAAAAAAAAAAAAAAAAAGAAAAGAATCAACCGCCTTTTGGCTGGTAAAAAACTAAAGAGGCTGGCGCTTACAACCCCAATTTCAGCCAATTTTTTGCAATTTTGGACCAAAATTTGTACTACCAAAAGATTAACTCCATGAGATCCCCTTAAAAAGCTGAATGGAAATCAAAAGGGGAGAAATCATAATATCTTCAAACTTAGCAATAAGGAATTCAAGTTCAGCAAGGAGACTTTCTTCATAAGCTGCAAACAAAGACTTGTCACCATTATCTTTCTAATCTTGGAACTAAGCACAAAACCCGCCCAGCCTTGAATTCTAGCTTATGCAACAGAGTTTTCAATTTCAAGGCAACCAACATATACAAAAGCGAGATAGATTTTTCTTATTTGATAGAAATAATCGACTTTCATTGAGAAAAAAATGAAAGAATACACGGGCATACAAAAACCAAGTCCACAAAAAAGGGGCTCCCTTTACAAGAAGAGATCCCAACTATGCGAAATCATTCCTATAGAATAATTACAAAAGGTCTTCGAAATCGAAGCCCAAAGGGAAACATGAAAATGAACGAGGGACCAAAGCTCCCTAGAATCGCTCTCCATGCCCCTAAACACTCAGTTGTTCTGCTCACCCCACAAAACCCATAAAATCGCACACACGCCAACATGCCAAAGAAACCGTTCTTTCTCCCCAAAAGGCGGATTGAGAATGAACTCTTTGATCATAATATTGACATCTCTATGACGAGCACTTGACATGCCAAATGTCTGGAGAAAGGAATCCCAGACACCACTCGCAAAGCCAAATAGAATATGGTTCATGTCTTCCTCCCCCTTCCGAGATAGATAAGGATCCCATTGAACTATTCTAGTTGCTAATAACAACGGAAAATGATCAGGGAAAACAAATTTTGTCTGAGACGCTTATATTGATAAACATCTCATCCCATTCCTTGGATATGAAGAATTTAAATACCGAAGGATTCCACGCAATACCAACCAAATACCTTAGAACTCCACAAATATTAAAAAGAAATATCTTTGATGACACGAATTATCCATGAAGTCATCTTCATATTGAGTAGAAAACGATCAATTTACCAACTGAGATGTATGGGGGGATGCTTTAGGCCTCAAATTTTGACTAAGGAGGAGAACTTGGAGGGTATTTGAGATGGAGAAGGTGGAGAAAAGCGTACTAAATTGGCCTGACTAACCTCCTTTTCGACCGAACAATGCAACGAATCAACAAGATCTTCTCTAAAGTTCTCCTCTAGAGGGGGTTCCTCTCAAGCTGGATCCAAAGAGTCTAGCTTTGACTCTTCACTGCTACCACTTACATCCGAAGCATCATCTGTATCATTTTGGGGCAGAAATTTGTGGTTATTTTGGACCAAAAGGATTTTTGGTGGAGCAAAGGAAAGTTCAACCACAATTCAAGAAATGGTTAGTGAAGCTAATGGGGTATGATTTTGAAATCTTATATCAACTCAGATTGAACAATAAGGCAGCATATGCTCTATCAAGAATTCTGCCCGAAGCTAAGTTGAGAATTCTATCTTCGCCAACGTTACTAGACATTTCGGTGGTGGAAAAGGAAGTGAGAGCTGATGATGAGTTATAGGGGATAATCAAAAAGTTGAAGAATGATCTGGACAGCGTACCAAAGTTTTCTTGGGGGCATGGGAGACTGTTTTATAAAGGAAGATTAGTGATCTCTTCATCTTCTTCATCGATCCCTTCTCTTCTACAAATGTATCATGATTTTGTGATGGGAGGTCACTAAGGGTATATTCGTACCTATAAAAGACTAAAAAACGAATTATATTGGAAAGGGATGAAAAAGGCAGTACACGAGTATGTGGCGCAGTGTGTGATTTGTCAGAAAAATAAAACAGTCCTTATTGTTGGCTGGCCTGCTCCAACCTTTACCAATCCCGGAGAAGGTGTGGTATGATATAACCATGAATTTTATTGAAGGATTGCCGAAATCGAGTGGATATGATTCAATTATAGTTGTGGTTGATAGACTGAGTAAATACAATCACTTTATAACACTCTTTCACCCTTTTTCCGCGAAACAAGTCGCTGAGGTGTTCATTAGAGAGGTGGTGAGACACCATGGATTTCTGAGATCCATAGTATCGGATAGAGATCAGATATTTCTGAATAACTTATGGGTGGAATTATTCACTTTGCAAGGAACAGTTTTGAAGAGGAGTACAACCTTCCATCCTCAAACGGATGGACAGACCGAGTGGGTGAATAGATGCTTAAATACCTACTTCTGTTGCTTTTGTAATGAAAGACCAAAGAAATGGAGTGACTGGATTCCATGGGCAGAGCATTGGTATAACATGTTTCACGCGTCCATCAAAACAACTCCTTTTTTGAGTGGTTTTTGGTTGTGAGGCACCACCACTGATTTCTTATGGAGATAGAAGAACCCCGAATTATACTCTGGATCAACAGTTAATTGAAAGAGATCGAGCTCTAGCAGCACTGAAGGATCAATTGGTGAAGCCCAAGAGCAAATGAAAAACTATGCAGACAAGAACCGAAGGCATGTGAATTTCAAAGTGGGAGAAAAAGTGTTTTTGAAGTTGAGACCGTACGACAAATATCTCTGGCACAACGGAGGAATGAAAAATTAGCTCCTAAATACTATGGCCTATATCCAGTGGCAGAGAGAATTGGAGTTGTGGCTTATTCGTTACAATTACCACCTGCAACAACAATACATAACGTTTTCCACGTCTTGCAGTTGAAGAAGAAGGTGGGGGAACAAAAGGTAGTCCACCCTCTATTACCGGAGCTATTGAATGAATTTGAAATGAATGTGTAGGCAGAGACGTAGGAACTCGGACGTGGGGAAGGAAGAGGTGCTGATTAAATGGAAGGACCAATCGGAGATCCACTTGGGTCGAAATGAGCTCCTTCAAATCGCAAATTTCGGACTTTCACCTTGAGGACAAGGTGAGCTTCGCCGAGGGGGGTATTGTTAGACCCCCGATCATTCACACATACCAAAGGAAGTGCAAAAAAGGAAATGCCGAATTGGTGGGGAAGGAAGGTTCGTAAGGCTCTGCAAAATTAATTAAAAAGAGTGGGGACCAGCCGTTGAGGGTTTTTAAGAAGGCTTTGGAGGTAGGGTTTTGGGGTATGAAGATTTTGGAGCTTGGGAAAGCTTGTGGAGAGGGAGGTGTTCTCGATTCAGCCCTTATCGTTCTAGTTTTCTTTCCTAACTTATTGTCTTTCAATTTCCTGTTTGTTGTTGTGATCGTTGAGAACATTCACTGAGGATATTGTAGCTGATATTGATATTCATCGAATAGTAGTTCTTCCTTGTTGGAATTCATTTGGTGTTGGCTTGTTAGATACATTTCTGAAGTGCAGGTTCAAGGTACCTAACAATATTTTGAAAATTTAGATACCAAACTGACTTGTTACTTTCTGGGCAAATATCAATTTATACCCCTAAACTTCGGGGGTTGTATCAATTTAAACACGGAACTAATAATTGTATCGATTTAAACCCTGAACTTTTGTGAGTGTATCAATTTACACCATCTTTTAGATTTTATTTGACCAATATCATGTGAAACTTATGATTTGAGTCAATGTTTTAAAAGGTTTAAGGTGGTCTTGAGGCGTTTTCTCATAGAGAGGCAAGGCGTTAGCCTCATTTTAAATGTAGTAATAATCATAAAATGTAAAACCTTATATGCTTACTATTGTAGTGCCATAAGACTGCATCATTATTTTTTTTTCCAAATTAGAACTGATACCCAAGAACAAAGGGGAGTAAAGAAAGAAAACAAATCAAAATATTTAAAAATATAAGGGGAAAATTTGAGAAAACACATATTTTGTTGGGATGTTTTCAAAAATAGAAAAACTGTTAAAAATAATTACAAATATAGAAAAATTTTACTTTCTACCTGTGATAGACCGTGATAAACCTCGAGCTCGCATGTTCACCTCTCTTCAGCAGTCTCCAGCACACAAGTTTCCCCCGGTCAAGAGCCCTTTCTTCCCAGACGTTAGAAGGAGATCAAACCTCTTCAAACCCTTCCCAAAACACTTCAGCAGAGGAAAAACTTCGTTCCTCAACATTTGGTCAGCTTTGACAAATCCAGATCTACTTGAAGTTAGTTGTGCAAATTCTCAAGTCCTCCAACAACCTCGTAACAGGTCAACACTCCCCCTCTCTTCTTCGCAAATATTCCACCAATCAGAAATTCTAATCCCGGGATCAAACATTCTCTTCTTGTGAGGCTCCCCAAGCTTTTATTGCCCCAAGCCAAATAAGACTCAAGACTCAGAAGAGGAATCACTCATCAGCATAAGTAGTGACGAATTGAATGAGCCAGAAGAAGATGAGAACCACTTAAGTTTGGCTTTGGACAAATCCATCGGTGAAGATCTAAATATACTTTTCCAGACCAACCAAAACAGAGAAGACTGCAAGAGCTCAGCCGACCACCTCTCTTCAATGCTTAACGAAAAAATTCCTCATCACTTGAGATCATTTGTAGAAGATTGTGGAATTTCATTGGTCTGAGTGAAGGATTGACGGATCAGAACATAGAAAAGAAAGGTATTCTCAATGAAAATCGTTTCCTGGAACATTAGAGGCCTTGGAGACTATTCGAAGCAGCTGGCAGTTAAGCACCTTATTACGAAGACAAATCCAAAATTGGTTTTAATTCAAGAAACAAAGAAAGAGGCATTTGAAGTCGAAGCAATCAAGAAACTTTGGAGTTCAAAAGACATCGGTTGGTCATTTGTGGAAGCCTATGGCAAATCAGGAGGGTTATTAATCATGTGGGATGAAAGTAAAATATCAGTCATCGAAACACTCAAAGGAGGCTACACTCTTTTCGTTAAATGTAAGACTTTATGCAGGAAAGTTTGCTGGGTAACAAATGTATACGGACCAACCGATTATAAAGAAAGAAAGCACATCTGGCCGGAGCTACAAGCTTTGGCAGCTTATTGCACAAATGCTTGGTACCTGGGTGGGGACTTCAACATCACTAGAGCAATCCATGAAAGAGTTCCAACTGGAAGATTAACTAGAGGAATGAAGAAATTCAACAAATTCATAGAAGAGGCACACTTAACGGAAATCCCTTTGAGCAATGGGCGGTTCACATGGTCAAGAGAAGGAATCAGAATTTCAAGATCCTTGTTAGACAGATTTCTGGTGACAAACGAATGGGATGAAGCTTTTGAAGGCACTCGAGTCTTTAGACAGGTTCGCATTGTATCAGACCACTTTCCTCTTTTATTAGAAGCTGGGGCGTTAGAATGGGGTCCTTCCCCCTTTCGTTTTTGCAACAGTTGGTTGCTCAACTCCTAGTGCTGCAGCACTATAATTAGAACTCTCGAGGCTGGACATCATCAAGGTTGGGCTGGTTTTGTCATTTCTGCTAAGTTGAGATCAGTTAAAACCTCCCTACAACAGTGGCACGCTGACTTTTTAATGTACCAAAGAAAACAGGAAACGGAAATTGTAGAAAAGCTGGACAAAGAGGAGCAGGGGGCAGAATTAGAGGTTCCATTCTTCATTTTACAGGACCTAAGGGCTTCTTTAAAAGCTGATTTGATGGACATTTACAGAAAAAAGGAAAGAGATTTAATCCAGAAAAGTAAGCTGAACTGGCTTCATTTAGGGGACGAAAACACGAGATTCTTCCACCGTTTTCTCGCTGCAAAAAAGAGAAAAAATCTTATAGCAGAGCTAGTCAATGATCAAGGCATTCCAACTAATTCATACCGCGAAATAGAAGACCAAAACTTAAATTTCTACAAGAACCTTTACACCAAAACTCCAAGTGCTGGCTGTTTTCCGGTAAATCTAGAGTGGCAAAGGGTTTCAGTTGAACAAAACAGTAGGCTGTCTTCAAAATTCAGCAGAGAAGAAATCAGATCTGCTTTAAGAGGAATGGGGAAAAATAAAGCGCCAGGTCCGGATGGGTTTACGGTGGAATTTCTTAACAAATTTTGGGATAAAATCAAAGATGACTTCGTTGCCCTATTCAAGGAATTCCATGAGAATGGGAAGCTAGATTCCTGTGTGAAGGAGAATTTCATTTGTCTGATCAAGAAAAAAGAAGATGCCATCATGCTTAAAGACTTCCGGCCTATTAGCCTCACTACACTAACCTATAAAGTAATTGCCAAAGTGTTAGCTGAAAGGTTGAAATTGGTTATGCCAAGCATTATACCCCCCACCTAGAGTGCTTTTATCGAAGGCCGACAAATCTTAGATCCAATACTCATTGCCAACGAATTGGTAGAGGATTATAGAATAAAGAAGAAAAAAGGGTGGATCTAAGGCTTGACCTAGAAAAAGCCTTTGACAGAGTAGATTGGGGATTTTTAGAAAAGGTTCTACAAGGCAAGAATTTCGACTCAAAATGGACCTCCTGGATCATGGGCTGCATCATAAACCCTAAATTCTCCATCTTCATCAATGGAAGACCAAGAGGAAGAGTTCAAGCCTCAAGAGGTGTGAGACAAGGAGACCCTCTTTCGCCCTTCTTATTCCTTCTAGTGAGTGAGGTATTGAGTAGTCTTATTTCAAGACTTCATAAAAGCAAGAAATTCGAGGGATTTATAGTTGGAAAGAAGAAGGTACATGTTCCAATTCTTCAATTCGCAGACGATACACTCCTATTTTGTAAATACGATTTCGATATGTTGGAAGTCTTAAGGAAAACTATTGAGTTTTTTGAATGGTGCTCTGGCCAAAAGGTGAATTGGGAAAAATCAGCCTTGTGTGGTCTGAACATTGATGATTCAGAGGTCAAATCGACTGCTGCAAGATTAAATTGCAAGGCTGAAAAATTACCTCTAATGTACCTTGGTTTGCCCCTAGGGGGACACCCAAAAAAGATGGCCTTTTGGCAGCCTATCCTTGACAAAGTTCAAGGAAAATTGGGCAAGTGGAAAAGATATAACCTCTCAAGAGGGGGTAGACTTACTCTATGTAAGACCGTACTTTCAAACCTCCCGTCTTACTACATGTCTATCTTTCAAATGCCGGAAAAGGTAGTCCTATCAATAGAAAGAGCCATGAGAAATTTCTTTTGGGAAGGCAATGGAGGAAGCAAACTGAACCACCTTGCCCGATGGGAAACAGTTACAAAAAACCATAAGGATGGAGGTCTTGGGCTGGAAAAATTGAAACTTAGAAACTTGGCAATGCTGTCCAAATGGGGATGGCGTTTTATGCAAGAATCTGAAGCTCTTTGGCACAGTGTTATCACAAGCATACATGGGGAGGATCGCTTCCAATGGCACACTATCAGAAAGAGGTTGCAAGCTTAAGAAGTCCGTGGATAAGCATTTCAAGGCAATGGCAGAAAATTGAAGCCCTTGCAATCTTTAAAGTAGGAGATGAAAGAAGAATAACATTTTGGTCAGATCCTTGGATTGAGAATCTGCTCAAGGTTAGATTTCCAAGAATCTTCAAGCTAGCTCTCAAGCCAACCAGAACAGTAGTAGATCATTGGGACCCAAGTTCCTTCTCGTGGGATTTAGTGTTCAAAAGACAGTTGAAAGAGGAAGAATTAGGTGAGTTTTTGTCCCTCTCAAGCAGTGTGGCAAATAAGAGAGTTATGTTGCAGCCGGATAAAAGGATTTGGGCACTAGAAGGAAATGGTAGTTTCTCCATAAATTCCCTAACCACTCATCTTTCAGTAGCTTCCCCAATTGACATTGAGCTGGTTAAAGGCCTATGGAAGTCCAAATGCCCTAGGAGAGTCAACATCCTGATCTGGACCATGCTGTTTGGTTCATTAAATTGTGCTGCCACGATTCAAAAGAAACTCCCGTACCATTGCTTGTCCTCCCATATATGTGTCCTCTGCCGCCAAGACCAAGAAGACATTCAACACCTATTCTTCGGCTGCAGCTATGCTTCAAGTTGCTGGTCGAGGCTGTTTGGTTTCTTCAATTTGAGCTGGGTAATGGGGAGCGACTTCAAAAGCAATGTGCTGCAAATTTTGTTGGGTCCAAGACTAAACAAGGAACCAAAGTTGCTGTGGATCAATGCAGTCAAAGCTTTGTTATCAGAAATTTGGTTCGAAAGGAATCAACGCGTATTTAATGACAAAGCATCCAATTGGGAGGATCGGTTCGAACAGGCAAGGCTAAATACCTCTTCATGGTGCACTTTGTCAAAGGCATTCAAGGATTATTCCATTCAAGAGTTTGCTCTAAATTGGAGAGTCTTCATTTTCACTCACCCCTGAACTTATGTCATTTCCTCTCACCAATGAACTCATCCTGTTTTTGTAGTAGTAGTTATTTTTTATGCTTATCACAATTTGTAATACTCGATTGGGTCTAGATTTTGTATTGGCTTGTTAAAAGGTTTAGTCTACTGGGACATGATGTGGGTGCTAAGGGGGTGTCAACCTAGTTGAGATGCCCGGGTGCACCCTCTGATCCATATTAGTAGTCATTGCTTGCAGTGTTTCATATGTACTATGAGCTTTGTCTCAACTCATTAATTCAATGATAGAGACTGTTTCCTTTTCAAAATAAAAAAAGATAGACCATGATAAACCCAGATAGACATCTATCACTTTATGGATAGACACGGATAGATGTCTATCTAGGTTTATCGCGGTTTATCACAGATAGAAAGTAAAATTTTGCTATATTTGTAAATAGTTTGATATTTTTTCTATTTATAATAATTTTCCTATTTTGTAATTAGAAGTAGAATTGAAAAATATATGTTGAAAAATTGTAGAAGTATAAAGTAGTAGAAACAAAGTTTGAAGTAGCTGGAGCACAGAAAAGATAAGATTAAGGAGAAGAAGAAAACCAGTTTTTGTCTTGGCTGTGATAATGAACAAAAAAAGAATTAGGAAAAACTACAAAAAAGAGGGGAAAAAACGGTGGATAAGTAGTAGGAAAAAAAAAAAAAAAGAAAAAAGATAAAAGAAAGCTAACCTTTTTCTTATGGATTAGAAAGCTAACTTGTTTTCCATCTGCCATTGTTTTCTTATACAAATAAAGACAATTACAGTCTACACGTGTCAATGTGTTTAAGCCTACAAAACCCAATTGAATGGAATCCCACCACCACTATCTCACCTCATAATTAAAAATTCCATTAAATGGAATCCCACCATCACCGCCAACATCTCCTCTACAAACTAAGTTATTGCTTGTAGTGTCAATTTTGTACTATGAGCTTTGTCTCACATCATTATTGACCGTTTCTTTTTTTTTTTTTTTTTTTAAAAATTCTTTTACCCACTTTTCGCTAAGGCTTACGCCTTTCACGCCTCAAAGGCAGAAGCAATGAGGCTTCTGCCTTTATCCATGAAGGCGTAAGCCTCCTTTTACCATGCACAAGCGTAAGCCTTGAGGCATTATAAGGCCGCCTCGCGTCAAGGTGTGCCTCAAGGCTTATGCTTCAAGCGATTTTGAAATAATTGATTTGAGCAATTAAACTCTTAAATTTTTATAAGCCAATCAATTTAGACCTTTGATTATGATTACCTTTAAGAATTATTTATACATTGGCTCTCAAATGTGTGTAGATTTTTTTTTTTTTTTTTTTTTTTTTTGTAAAGGAAACGAGTCTCTTCATTGAATTAATGGATTGAGACTAATGCTTAAATTACAATATGGGAAACAAGAGCACAAAAGGCCTAAGGATTAGCGTGTGCACCCGAACATCTCAACTAGGTTGATACCTCCTTAGCACTCTCATCATATCCATAAAAAATATCCAAAGAGCGAATAGTAATCCAATTGACATTGAGATCTTGGATTGAGAAGTATTCAAAGGCTTTTGTAAGACAGCTCCAAGAAGATGTGTTTAAACAAGTTATATCAAACCGAGCTCTCCAATCTGCTTGTTGGTTTCAAACAAGCTATATCAAATCGAGCTCTTCAATTAACAAGCTATATGAAACGTGTCAAACTTCTTCAAATATTGGTTTTACAAAATGGACGATTAGAGTAAATGCATGGGTGATTCTCAAAGGAAATTATGACCAAAAGTCTAAATTAATACATTTATGGAAGTTTAGAGCTTTAATTGATACAATTATACATTTTACACAAAGTTTTCCCAATTGGAATGTAATGGAGGGTGTAAATTTGTTAGTGATATAATATTAGATTTGCCTTCACCCATTAGCTTAAGCTTTTGGGTCAATTGTCGATTTAACATGGGAGCAGGTGGTCCAGGGAGGTCTCAAGGAAGTCTTGTGTTCAAGCCCCTGTAATGTTATTTCCTCCTCAATTAATATTGATTTCCATTGGTTGGGCCTTCTACATATTTCAAGTCTACAAGTGAGAGGAAGTGATAGTGATATACGATTAAATTTGCATTCACCTATTAGTTTAAACTGTTGGGTTAATCAACGATTACAAAAGTTCAAGACAATTATTTGTTCAGGGTTTAAATTGATATAACCCTTAAAGTTTAGGGGTATAAATCGATCTTTTCTCTTACTTTTTTCTTGAAATGGAAATAAAAAATTCATTGAGCAGTAGTCTCTTTGAAAAGTGACCTATTACTGAAAACTCAAGGATCAAAAGGGTAATTTTTATTTTTAAACATGTGCCTGTCAATGTCTAGGTTCAATTTTTTGAATAATATTGTCGCATTGTCCACATAACATATCATCATTTTTTCTCAATAGTATTTATTCATTTATGTTGCTTGTGCAAATGTCTACTTTTGTAGGGAAACTCTTGGAGAAGCTAGTAATGGAGACATTTCTTTTGCAGATTCTTTGGAAGGATTCGGTGGTGGGCAAGATGATCCTGTCAGCGTTTCAATTGGAGGTTGTAATGTTATCGTATGCTATCTATCATCTTTCCCTCAACTAATGAAGAGTCTAAGCCATAGGTTCTTATCTATTAGTTGTGGCCTATTTCCAAAGCCATGCAGCCATCTAAGTAACTTCTCGTAATGATCAGTATCTACAAATTGTCTCTCTTGTTTTAGGTTGTCGCATTATCGTGCGAGAAGAAAATTGAAAAGTTGTCTTTTATATCAGCCATGATTTTTTTTAATGGAAACAACAAACACTCACTGTTCATTGATAAAATGAAAGAGACTAATGCTTAAAAGTATAAGAACCCAAAAGGGAAAACAAGATTAAAAGTAATAACGAAAAATAGAAAAGAGCATCAAGAAAAGAAATCATGGCCGATATAAAAGACAACTATGTTATTAGGTCTTGATAGTAGGCACGTAAACATTCCAATTAGACAGCAAGGTCCTATGGTGATAGTAGGCATGTAAGCTTTTAACTTGTTAAATTTATGAAAGAGCAAGTGTGTTTTTATTTATATTTACTTGTATTAGAAACCTGGAAGTATATTAAGGCAAAGTATGACTTGTTATCTGCACGATTAACTTTCCAGGTCCAGTTATATCCAAGTTTATCACTGCATTTCGTGAACTTGCTACCTACAAAGACCAATTGCGTTCTCAGGTTATTTCTAGATCCTTTTATGGGATGTTTAGAAAGTTCATAACTTTAATTAATTATCTTTATAGCACTGGGGATATGAGAGTTTAAGGTTGATTAATTTTTGGCTTGGGAAATAAGGGCAAAAAAATGCAACTGTATCTGATTGAGCTTAGCATTGAAGACAAGTGCTGCTCATATGGACTTTTCTTTGTAATCTTGCATGTTCATACAGAAATATTTTTGCAGGTAGAACATGTATTAACGGATCGGTTGATGCAGTTCCTGAACGAGGATTTACAAGGAGTAAGGGTAAGTTCCGTAAAAAGATGAGAACTTGTCTCATAACTTTTTTTTTTTTTTAAATGGAAACCAGCCTCTTCAAGTCTTCATGATTCATGAATTAATGAAATGATGCTATTGCTCAATGTATAATAAAGATAAACAGTGGGCAAAAGTAAACCAGGGATTAGGAGACGCACTCGGGAATCTCAACTAGCTTGACACCCCCTTAGCATCCTCATCATGCTCATAAATGATCTAACAAAAGCGTGCCAAAATACATAAGGAACAAAAAGCATAAATAGTCCAACTACAGTGTTACATTACAATTTCAAACTTAAGCTGGAAAAATAAAAGCATACCAATTAAGACACAAGTCATGAATGGAAAATTCTTCAAAGAGCTTGGATAAGGTGCACCAAAATACATAGAGAGCTTGTCTCGTAATCCAAGTCATTTTTTTATGAGATATTAATAGCAGATAAACTAAAGGTAAAGTTTGATGGTTGGAGGTATTTTTCTTTTTTTTTTTTGAAAAGAAAACTATCTCTTTCATTGATGGTTGGAGGTATTAGACAATGAGATCTCTCTTATCCTTCTTATCTTTCTTGTGGGGGGAGTTAGTTCCTTGTTTTTCTTTATCTAGTTTGTATTTTTTATTTTTTGTTCTTTATAAATTTATTTATTTATTTATTATACAAGTATATGTCTTCTTCTTCTTCTTCATCATCTCCTCTCCTCCTTCTCAAATATATTTGATGCTCGAACTTTTGCCATGACTGCACGCTTGCTGGCAGTGGAGGGATCCATGGGAAAAATAAGGTCAAGCATCGTAGATATCCACCAATTGTTGGAAAACATGGCAAGGCAAATTGAGTTGGTGGTTGTGGTTGTGGATCAACCACCACAGCAATTGGAAAACAGGAGAGGTGAAAGAATGAGGAATCAAGTTCAAGAAGTAGATCAAAGACGTGTAAGATATCATTCTAATTCCCCAAGAGGGAATCAAGTGGCAATCTATCTTTCTCAAAATCAAGAACAACACATAGACAACCAAGATTCAGATTTTTCATCTAATGTAGAGGAGTTATGACTTAAATAGGGTGATAAAGTATGTCGCCTTCGAAAATCTTTGTATGATTTGAAACAGGGTTCACGTGCATGGTTTGGTAAGTTTAGTCAAACACTTGGAACATTTTGGTATGAAAAAAAGTAAGTCTGGTCATTCTGTCTTCTATCGACGATCTGATAATAGTATTACTTGTTGTGTATGTTGATGATTTTGTTATTACTGGAAATGATGTATCGGGTATAACTTCTCTCAAGACTTTCCTTCAGGGTCAATTTCATACGAGATTTGGGACAATTGAAATATTTTTTGGGTATAGAAGTAATGAAAAACAAGAAAGATATTTATTTGTCACAACGAAAATATGTACTTGATTTGTTATCTGAGACAGGAAAATTAGGAGTCAAACCATGCAATACCCCGATGATACCAAATTTGCAACTTGCTAAAGAAGGAGAATTATTTAAAGATCTTGAGAGATATAGAAGATTAATTGGGAAGTTGAACTATTTAACAGTGACATGACAAGAGGTGAATGTTTTTCAGATGCTGTTGGGCTGGATCTCGAGAAGATAGGAGTTCGACTTTTGGATATTGTGTCTTTGTAGGAGGAAACTTAGTATCGTGGAAAAGTAAGAAACAAAATATAGTTTCCCATTCGAGTGCTGAGTCAAAATATAGGGCAATGGCACAATCTATGTGCGAAATAGTGTGGATACACCAATTATTATCCGAGATGGGATTCAATGTTACCGTGCCAGCTAAATTATGGTGTGATAATCAAGCTGCACTTTACATTACATCTAACCCAATGTTTCATGAACAGACTAAACATATTGAAGTGGATTGCCATTTCATTCGCGAGAAAATACAAGAAGGGTTAGTGTCCACAGGATATGTGAAGACCGGAGAACAATTGGGAGATATTCTTACCGAAGCTGTAAATGGAGCAATAATAAGCTATCTATGTAACAAGTTGGGCATGATTGACATATTTTCTCCAGGTTGAGGGGGAGTGTTATAATACATGTTTATATATAATTGTCCTTTATCGTAATTGTACATACCTAGTCTAGGGTTTCTTTGTTCCCTATATATCTGTAACTTTATTTTGAATAATAGTGGTGCGAATATATTCTAAAATAATGAGTACAAAGAACACCAATAAGCTTCCCAACCTTTAAACTCGTGATGCGGAAGCATCCTTCTCCACACCTCCTCAAACCGTGAATCAAAACTTGACAATTTGGAAACTTTAGTGGGTGGTTTATGGGACAATATGATTTTGATTCAAACCTCAATGGCCCGGTTGCAGCAAGCTATTGAGAAATGATTGTTGGAAGTGGGAAAGATGACCAACAATCAATTAGGTACCAACCAAGAAAATCCAAGGATGCAAGAAGTTGCAAGAAATCCACCCAGAAAACAAATTCAAAATTTCAACCAACAATCAATTATCAAAATCATCCGGTAGGTATTCTTCCTCAACAACAAAGATCAATTCCACACAATATTATGGGATATGACTCGGACTCTTCAAGTGTTGAAGGTTGTCCAAAATTCCACCAAAATTATTTTCCAAGGTACACTCTTAACCCTTTGATCAAGAAAACCATCTTCAAGCTCAAGAACCATACCGAGAACACATAAATTATGGTCATAATGGCTTTGTTTTCTATCAAGTGGAGAATTATGGTCGACATTTTCAAGAAAGAGCAAGAAGTCCACCAAGACCCTTCATCCAAAGAAATCAACCGGTCAACAATCACCACTTTCAAAATTACCAAGATCCAACCATTGATACATCAAATATCCTACCAGGACCTCAAGATTAGGCATTGTAATAATTCCCATGTCCAAGAAACTTATCCAACTTATCATAATGGTCAACAACATCACCCACTGTTTTAAACATTGTGACCAAGAAGCTGTCCAAGAATATAAAGATTGGCAATATCAGAACTTGAAACATCAACACCTTTTTTTTCTTTTTTTGGAAAACGAAAACTGGCCTATTCATTGGAATGATGAATGAGACTAGTGCTCAAATTACAAGATATGATATACAAATTCAAGAGCAATAATGAATCCTAAGGATCATGAGATGCACCCGGGAATCTCAAGTAGGTTGACACTCCCTTAGCATCCTCATCATATCCATACAACATCAAGAACAAAAGCGATTCAACAACTAAAACAACAAGAATAATCTGTCCAAAACAATATTACAATGTAAATATAACACCTAGGTTGGAAAAATAAAAGCATGCCAATTTAAACATATTGAATAGAAAAGTCTTTGAAAGGCTTGGATAAACACTTTGGCTGGATGAAATACGACTTTGGGAGATCAAAGGATTCTTACATTAAAAAAATATCTCAAATTTCCCCAGAACTGAATCTTTAATAGGTAAAGAGGCTGAGATAAATCGACAAAGATTTTTTTTTCAATTTTGATCAATGCTGAAGTGCTAAACCGTTTAATGTTTTTGAAGAGACTTCCACTAATCCACCCAAATAAAGGCCGATTGCTTCAAAAACAAAAATTTTCCAGAATGCTAGGGGGGATTTTTGATTGTAATCCATCCTCCATAGCATTTGATGAATTGTGGAAGATAATGAAGCTTTTTTGACCATTGCTCGATTTTTAAGTTCATCTCTCCAAACTCGAACCAATTGCCATCCAAAAACTCTGAATCGAGCTCATTATTAATCCTGATTAGAGCTTTATCATAAAAAATTGGATTAATTGAGATAGAAATCTTCTAACGTTTCCTTAACTTCAGATCATGAGTAATACTCCATTAACTTTGTCACCACTAATATAAACCAGATTTAGGTCTAGCATTTTTCTTTCCTTCTTAATCCAAAAAGAAGAGGAGACATGAAATACCTTTGTGGGATTAAGCATCACCTAAGATCTTGCATCATCTTGTTCTTTGATAATTTCAGCGTATGTTCTTTTGGGAGATAGAACTTGCAAAGCATTCATTCTTTCTTCTGAGCAATGTATATTAAGGGTCTGATTATTTTTAAGTGTAAGACTTTCTCCCAACATAGAAGTAAAGGTCTGCCCTAATCCGAGTGGAATATGAATATTTCTTCGCTGCCTGAGGATGGCCAAAATGCAATTTCCACGAATCTGCCTGCTTTAGATTTGAACTTTGCCAATTAAATTACACCTTGTTCCATCTTGGTCTTTCTAGAGAAGAAAACGTGTTTTTGATCATTCAAGAGGTCTTGAAACTCTCTATCAAGCCACTGGAATGATTGTGCAGGAATTGACACCTTTTGATTTCTTTCCATGTCTTCTATTGTAAAATTAAGTCCCTCTTTCCAGACGCAAAAATAATGATCATCAACCTTCCGACCTTTAATTTCCATGGCTATGTGGAGCAACCCCTAGGCTTGAGTAGAGTGAAGAGAGAGAGAAGGGATGCTAGAACTATGGTTGGAGGATGGAGAGTGGAGAGAGGAGAGAGGGTAGAGCATACTTACCTTCTTTTTTTTAAATTCTAGTTGGCCTTCATTTCTGATTCCTTCTTCCTTGGTACTTCTGCCCTCCATAGTACGTTTTTTCATAAATAGGCATTTGAGGAGCTTGGCCATGACCATATGCTCTAGATTTGTTAATTGTAGAATTCCCCAAAACTGTTGAATGGAGGCCTATTCTTAGTGGGCTTGTAAATTGTAAGGCCTCTAGTTAGAGAAATAATATGATTATTAGGAGAATATTAGTATGGTTATTAGAAGGGGCATATTAGTAATTTGATAAGTAAGTTTGTTAGGGATTTTAGTTATAAATAGAGGGAGTGAGATGGGAGCAAGAGTGTGCAGAATTTTGTGGGATTTCTTTAGTTGGGAATTTGAGAGAGGATTCTCAGCCTCTAGTATGTGTTGAGGTATATTGCAATTTCTTCATTCATATTGCAATATAATCTATCTATTAGTTTTTTTGTTTGTTTTTTGTAGTCTTGAGTTCTTTTTTTAGGAGGTATCCTAACAAATTGATACCAGAGCTGTTCTTTCTTGGGTACTGTTTTATTTTGTTTGCCATGGGGGAAGAAGAACCATTTACATGGGAACGACTGCATAAATGGATTGCTGATCATAAACGTGAGGCATCAAAGAGAGGAGAAACTCCATGGAGATGGGAGCAAATGCAAAAATGGATGGCAGATTGCAAGGATGAAAGAATTGAAAGAGAAATCTAAAAAAAGTTGCAAAAAAAGCAAGGAGAAGAAAAGAGTGGTTCAAAAAACAATGGAAGAGAGGGTGGATGCTGTTGGATGGGATATTTCAGAGCTTAAAGACTTGGTGCAAGAAATGGCCGAGAATGTCGAGCAATTGTCAGTGGTAGTCGATAGGTATTGGTTTTCAAGGGGTGAGATCAAGAGCTCAACCTCGATTGAGGATGATTCTTCACAAATGTGGAAAGTCCACGGGGAGATTGAAGAAATCTAGCGAGAAGGAGAAAAAAGAAGGTTGAACAATGCGAGGGTTGGATGTTTGCAAACCAATATGGAAGGGTACAGGGAGACATGAAAGCATTGCAACAAAGGCTCAAGGATTCTTTGCAAAGTGATAGAGAAAGAGAAGATAGGAGATTAGCAGCTATGGAAGCAGAGAAGGAAGAATTGGCTAAGAAAAGATCAGAAAAACAAGAAATGCTTGTGGCGGGAGTTGAATATGAAATTTCCAACGAGCTTCCAGGGGAAAGCTTATTTGTGGAAGGATCTTCTTAAATATTGAAAGGCATTGATGAAGAAGGAATGGTGCTTTTTCCAGTAAGTTTTGTTGAGAGAAAATTGACACTGAAGATAGAAGAGATGCATTCAATAGAAGAAGAAGAAAAAAAAAAAAAAAGAAAAAGAATGAGGACTCGCAAATGGAGAAATCAGAGAAGAAAAGAAACCTAATCGTTTGTGTCTATTGTTGACGGCGAGGGGTGAGATGGTCGGAGTTTATGTACTTTCATACCTGCCCACGTATAACCACTCGAAATGGCAAATGGGTCAGCTTCATCTTGAGCCGTCGACCACGAACAACGATGGTTTTGCTTAGCCGTCGATCCAGTAGTTGAGTGGCTGTTGCTTTGCCTCAACCACGTTGATGACGATCAAGATGAAGAAGAATAAGACGGCAAAGACAAACAATGCGATTTAGATGGGTCATCTCCTCTGTCGTTGGCTAGTTGCCTTAGCTAGGAAATGGTGTGTAGAATTGTTCGAATGGTATGTTATCACCACTCTCATAGTTGACACCACCGGAATAGCCACCTGCAGTCTATTAAAAATAAACTGGTATAATGCTAGATGACAATGCTTTTTACAAAAATGAATCTATTAAATACTTAACAATAAAATCTTAAAAGAATTGGTAAACAAAATCTGTGTAAAGATTTTATTTTAACAACTACATAAAAAATCACGCCAACATGTAGTTTGTGGAAGGGTAGAATGGAGAAACTAGGTTAGTAGTGGGATCCCAAAATAACCGAATGGCCATATTCCTACAATCCCAAAAAATGACCAAAAATCAAAATGGATGCCTAATATCGGACATCTACCACAATTTCTCTTTGAAATAAGGGGTGAACTTTGGGGTGGATTATCTTCTAAACTTGAGCCAAAAACTAGGGGAAATTTTTGTGGGGAGGGAATTTTGGGCATGAAAGTGGCTAGTCACGTGCCTTGTCGAAGAAAAGAAAAATTTGGATGTAAGTTGGTGACTCTTGGGCATGGGCTTAACAACATTAATTGGCATGGGCTGACTTACAGAACCTGGTGAAGTTTACTGGGAGCGGGCAGACCTTGAATAATTTGGCTGAGAAACCCACTTTGCAAGTAATTTGGCTGGAACATGGGTTAGGACAGCAAATTGATAATGGGCCTAGCCCATTAGAGGAGAACAACGCCAGTGGTATTGAAGAAAAGAAGGTGGATCCATGTGTTGCTCATTGGGCTGAGTCCACGGGAAGAAATTGAAGCCAACGTTGAAGAGAAAGCTGCTGGTTTGGGTTCTGTTTTTTTTTTCATTACGTTAAAAAAAAAAGTTCTGATCTTAAATTTTAATTTTTTGTTTTGTGTTTTGTAAGCACACCTTGAAATTCGAAGGTTGGAGTATTGTAAGGCCCCTAGTTAGAGAAATAATAAGGTTATTAGGAGAATATTAGTATGGTTATTAGAATGGGTTGACCTAGTGGTAAAACGGAGACATAGTCTCAATAAATGACTAAGAGGCTTGACACCCAAATGTTGTAGGGTCAGGCGGGTTGTCATGAAATTAGTTGAGGTGCGTGTAAGCTGGCCCGGACACTCACGGATATAAAAAAAAAGGGGGCATATTAGTAATTTAATAAGTAAATTTGTTAGGAATTTTAGTTATAAATAGAGGGAGTGAGATGGGAGCAAGAGAGTGAAGAATTTTGTGGGATTTCCTTAGTTGGGAATTTGGGAGAGGATTCTCACGCCTCTAAAATTTGCTGAGGTATATTGTAATTTCTTCATTGATATTGCAATATAATTCTATCTTTTAGTTTTCTTGTTTTTTTCTTTGTGTTCTTGAGTTCTCTTATTAGGAGATCCTAGCATAAACATTCAAGACTTCTTTTTAAGCTTACTAAGTTTGTTCTTAAAATATTCTTCTGCCTTTGCAGGACTCTCGTCAACGCTTTGATAAAGCTATGCATGAGTATGATCAGGTGTTCCATATCATTCACAGTAATAATTGATGATCGAGTGTTATATTTGTATATACTTGCTTTCATGGTTTGTGACTTTGTCCTTACGTTGAAGCCTTCTTCCCAGATGACTGCATGTTTCTAAAAGTTGGTATAATTGATGTTTTTTTCCTGTAAACTGAATTCCTTTAATGGGGAGAAATTATTTTTGAGATTGGATGAAACCAAAGCCTTATATATATGTGTACAATATATAAATGTGAAACATTTACGGTAACTGTCTAATTTTCGTTCGAAACATAAATTCTTTGCTAGGCTCGAGAAAAGTTTGTGTCATTGAAAAAGAACACGCGAGGGGACATTATTGCAGGACTTGAAGAGGTATGCTTTGCTATATTGATATTGAATTTTAAATTGGTTTCTCCAGGATAATGTTTCCTTGCATATGTATTTCTTTATGTACTTATTATTATTTCTGTGTACTTTAATCAATAATCTCTTTTCATTTCTTCAATGAAAAGTTTTGTTTCCGTTTAAAAAAAATTTGGTTTGTCCAGGATAGTTTTTCAAACTTCCTCACTTCCTATGCTGTTGATATGTTCGAACTTTTGCAATTGGACCTTTAAATTAGTTTTCATTTGTCTTGATGTACTTGTATATATTTGCTAGAGCAAAAATTGATAAAAAAGGTAAGTTACCTCTCCTCTCTCTACTCCCCTCACTCATCCCTCCTTGTCCTCCTCCATCTTGAACCGACACAAGTCATCCTTCGACGCTTATTTTGAAATTCATCCGCCATGGAAGTGAAAAGTTGTAAGGTTAACAATTCATTTGACTGCATTTGGTTCGAATCTGGGTGGTTCTGCGTTGAGGATGCGGAAGTCAGCAAAGTCTTGCCTCTAATCGAATTCACCTTCATTGGTTTGTAGAGCAAATTTCAGAACTTCTTTGGGGTCCAAGTAATCACTTCTACCTCAGGAACGGTCGAGACAACTTAGGAGCGACAAGGCTATCCAAATTCAGAGCTTCCATCGGCTAGGTTATGAGATGTGTCGTTTGGCCAACTAGTGGACGACGATACTACATACACATTCTTGAAGGTACCTCTCAACAAAGCTGGTAATGAGATGTGTCGTCTCCCATGAGTTCTGATCCTGAAAGAGGCAATGAGTTTCATTCACAGAAGATAACACGATAGTTAGCATCTTTAGATATTTTACTTACAGATAACAAATTGCAAGCAAATTTTGGAACATGAAGGACAGAATGTAATGTGATTTTTGTACTCTAAGGGATAGTTCGTTTTCCAGCAATAGACATGAAACTACCATTGACAATACGGATTTTCTCATTGCAATACACAGTGGAGTACGACTCAAATAAACAAGAGGAACTAGTCATATGATCAGTGGCTCCAGAATGTATAATTCACGGAGATGAATTTAGACACGAGAGAGCTTGAAGGGAATTACCTGATTATGCCAAGGAAACACGGATTACTAGATGATGAACTGGACTTTAGCAGCTTCAGGATTTGATCAATTTGTTCTTTAAATGGGCTGGAATCAACAACATTTGCAATAGAGGCATGCTAATGGGATTTCTCGCACCTTGTTTAAAACTCTTCCTATTTGCAGGTTTTCCATGAAGTTTCCAACAAGTTTCACGTGTATGTCGAGGTTTATTGTAGTGATCGCACTAGACTTGAGGCTTTCCACGTGTTTTGTTGGAGTGATCTGAAGCTTTTGCTGCAATATTTTCAATTACCAACGCGGAACTTTTAGCTGAATCAATCAACTTTTTTGCCAATCATAATGTTCTTGCGTCTTTCTTCCCTATGAACTTCAGAAAAACATCATATAGTCGGAAGATTATTTTTCCCAAGTATTCTGCTTCTAACCTCATCGAACTCAACATTGAGACCGACAAGGAATTTGTACATGTGACTATCTTCTACAGTTTTCCGATAATATTTTTGATCATCTATGGACTTCCACTCATACGTATCAAATAGATCAAGATCTTGCCAAATTCTCTTCAGAGTGTGGAAATATTGTGTAACTGAGTTACCTCCTTGTCGTATATCACCCAGTTTAAGATTTAACTCAAACACCCAAATCGGAATACCTCTGAGTCACAGAAATATTATGATTGGAAGAAAGGCAAATTTAATATATATCACTAACACTCCCCCTCACTTGTGGGCTTGGAATATGAATAAGGCCCAACAAGTGGAAATCAATTTTAATTGGGGAGGAACAACAATGCAGGGTTTGAACACAGGACCTCCTACTCTGATACTATGTTAAATCACCAATTGACCCAAAATTTTAAGCTCGTGGGTGAAGGCAAATTTAATATATATCACTAACAATTTATAACTAAAAGCTTTAACAAACTTACTACCTATTTACTAATAAGCCTTTTTCTAATAATCATACTAATATTCTACCAATAATCCTATAGTATCTCTAACTAGGGCTCGCATAGTTTATTTATTTTTATTTTAAGAAACATGAAATTGTATTGATCACAAAAAAGAACAGGAGCCCCTCCCGCAAGAGAACTAAGGCATCTAAGCCTCCTAATTGTGGAGGTTTTGATTACTGTTCAGGGTTTTTTTTTTAATTTTTTTATTTTTAAATTAATTAATTATTTATTATTTATTTTTTTAAATCTTTTATAATTTAATAGAATCAACAACCTTCATTGAGAAAAAAATGAAAAATACAAGAGCATAAAAGAAAAATAAGCCTACCAAAACACCCCTCATGTGGTGTAAACAAAAACACCCTCTTAGGACGACCTTACTTGAATAGGATTTGTTCTATAGGTTGTATGACTGTGTCCTTGAGTTCTAAAGAGGCAATAATCGAAGTCTGGTGGATGAACTACTGCCTTGCGGCTAGAGCATGATTAACTGCCTTGGTCCAACGACTGTTTAGGATCGTTCTCAGCAGGTTTCCAACCTGCTGGGATGGTCGCAAGGCGGTCTGACAGACTTCAAACATTTTAAAAGAAAGCCCTTTTATAGATCAGTCTTTCTTCTCTGATTTCCAATTGGGTAGACCTTTTGTAAATTAACTTTTGATGTAGGAAGTCTTTTCTACGAAATTTATTTATTTTCTAAAAACCATTGTCAAACGAATTTGCGGAGTTGTTAATGACTTGGTCAAGATGAACCATGATTTCAAAGTAGTACATATAGTTGTACACGTATGGGGAAAATAAGAATACATCTGCAGTCTGCCAGTCACTTTTAGGTGTGTCATGTTATCTTCCCTATTAGCTTGTTGGAGTTTCCTATTGGTTTTCGAAGAATGAAGGTGTATTTTCTTGTGAGTTCTATATGATATTTTTTGAAGTATTTTATTGATGACCTCCCAGTCTTATTTCAGGACCTCCTGAATTCAAAGTCAGCATTTGAGAAAAGCCGCTTCAATCTAGTAGGTTACTATTACATTGCTTTTAGCTTTCCTGATCTCTTTTAGGCTTTTTACTCACTAACTTTTTTACTGTTTTGAGGGTGGTAGGTGAATGCGCTTATGAATGTTGAAGCAAAGAAGAAGTATGAGTTCTTAGAATCTATAAGTGCACTGATGGATGCTCATTTAAGATATTTTAAGCTAGTATGATCTTTAAATTATTTAATTATCTTACATTTCATGATTGAATGCTTTTTTACCATTATGTCGACTAAGCAGTGTTTATTTATTTATGAGCTAGGGCTTTGACTTATTCGGCCAGATGGAACCGTTCATTCATCAGGTATGCTCCTATACTTCCAAAACAGTGAAATTTCTTGGGTGAAGAATTGTGTCATAAATCAATTTAATTAGAGACAGAGACATTATTAACACAATCATCTAGTTTAATTGGCCTCTGGTGGGACATTTGAGATAATAGAGCGGGCCCTAGATTGGGGCAATAATATTTCATTTGATAATCTGACGTTTTTGCATCAAGTATCCTTTTGATGGGCTCCAAATTATACCTGTATTGTTGATTTATGCCTTAATATTTGATTTTAGTGGCTGTAATTATAATGTAATTATTTTTGTAGGATTCATTCTTTTTATGTGATTAAGTCTGCATTCTATTTAAGTTAGGGTTTTATACTCTTGTAAAAATAAGCAAGTGAGGAATTATCCAATAATATTCCAATTTTGCCACATGTGTATAAGCACATTCACGGTAGAGATTGAATTTCTGTCGAAATTGTTGCATTATTTTGAATATAGTTTACAGGTATGTCCAAGGATTGAAATTTTCGTTGATATGTTGCTATATCTGTAGCTATATCTGTAAATTTAAATTTGAGGGTTTGACTCAATATTAAGGATTAATCAATATCCCTTTATAAATACATATAAATAAAACATAAAAATATCTCACCTATTTATCCTGATATGAACATGAGTATTAAATGCATAACTTAGTTTGAAAGTAAAAACAATTTAATCATTAATTTAAACAATGTTTATTGATTTACAGAAATATCCATCAATAACAATGTTTTATCAATATATCTATTGACTATATCCATAAAATTGAAATTCCACTATCAATACTTTACTCCTTGGATATATCGCAACCACTTCTGAATGCTAACACTGTGTTTAACTTACTATAGTATGAATACTACCTTCTGAATGCTAACACTGTGTTTAACTTACTATAGTATGAATACTACCCATTAGACCAATATCATGATTTGCTGGTTATTTCATCTGTGTTCTTAGGAGTCTAAGTCTGTCCTGTCATTATCTGCTAGGAAAAATTTCCTCCTCTCTTTTAACAACATCTAGGGCCCGTTTGAGGGGCCATACTGGGATGGGAATGGGATGGGGTGGTTGTAATTATATTACAAGCCCATGTTTGGACGCTCGTAATGGGTTTGGGATTACAAACCCATTCCCATCCCAGGGTATCCAGTCATTTCCCATGGATTACGGTCGTCCATTCCAGATGCCCCTCTATCTTCTCTCAACCTCACCACGTATCCCTCCAGTGACCAACTCTGATTATCGTTGCCAGCCAACTCTAGTCACCACCTCTGGAAAACTCAGAGGCCACTACCTCTGGCCAACTTGGCGACCGCCTCTAGCTATCGCATTGGCAAACTTCGCCCACCACCTCTGGCCATCACTGCCGGCCAACTTCGGCGTCCAACACCATCAATGACCACCTCCGACCATTACCATTGGCAACCACCTTCGACAACAACCACCATCAATTCCGGTGGCAATCGTGTCAACCTAGTTAAGATGTTCGGGTGCACTTGTTGATTCATTAGATAAAATTATTTTTGTATCCATTTCCCTTCTATGTCTCATTTCATTATCTTAATGAAGAGGATTGTTTCCTTTTTAAAAAAAAAAATTCCATCGGCAATCACCCGTACAACCAACTTTGGCGACCATTATTTAAAATTATTGGTCCATAGTATTTTATAGTCATCATTTATAGTAATTTGACATTAATAAAAACACTTTTAGTATATACATAACAAACTAAGTTATGATATTTGTAAATAGAAGTTTATCACGGTCCATCGCTGAAATTTTTAGTATATAGAAGTCTATCACTGAGATTTTTCTATATTTGTAAATAGTTTAATATTTTTTCCATTTATAATAATTTCCTAAAAATAATTATCTTCTCCAATAAATACAATTTTGGCTCCAAAAATAAAAAAATACATTAAATTCTCAAAATTAGGAACTCAAGACTTATATTAGAATCTCCAATCCAAAAAGTTAAAGACTAAAATATTTAAATTTAACCTACTTTAAATTGAACTTATCCGTAGTAGATTTCAAACATCCATCCAAAAGCTAAATTAAGCCACAATTTAATTCCATCCAACTCCTGGGTTATTCCAAAGTAAGTAATAAGATGAAATCCATTGAATTGCTGGGAAAATAAGTATTTCTAAAAAGTCGAGGCGTTACGTAAAGTTCATGAAATTAGGATTTATATACAAACTTAGGTAGTATTTTATGTAGAAAATAGATATACTAAAACAGTCATAAAATAATTAAAAAAAAAGTAGACAAACCCAACCCAACCCAACCCTGCAATCCAAACATTGTAATAAGAAAAACCTAGCAAGCCCAACCCTACACTCCAAACAATGTAATCAGATTTCTAGTAATCCAGATTGCAGATAAAAAACCTGATCGTGATCAGATTCCATCGATCTAAACAACCCCCTATAGCCAAACTTATTCTAATCTGAATTGGCAGCACAAATTTACAAAAAAGTGTTCCATGAATCCAACTTCTGTACTATTTCAATTCATATTTTGCCACATGATCAAATTTTATTATTTTATTTAGTAGGTTCTACATAGCTTTTAATCTTTGTGGCATGTAAAAATTAACGGCGGTATATAGAAGATTTCCGTGCTGTAGTAGTACAGGAAATATTTCCTAATATAAGCAATGTCCACCTATATGGAAAATCTTGCACAAGTTAATTGCTTTTTTTCCTTGTAAATTTTTCGTTTTATTCAAGGTTCTAACATATGCACAACAATCGAAAGAACTGGCGAACATTGAACAAGATAAACTTGCAAAAAGGATTCAGGAATTCAGGACACAGGCAGAGCTGGACAATTTGCAAGTTTCCAATAGCCTAGATCCTTCTGTTGTTTCTGATGGCATTCATGGTAGTGGTATTAACTCCTACAGAAATGTTGAAGCAGCTCCTATGTCCATTGTCAATGGGAAGGTAAAGAACGTTCTTACTTTTCAGTTTCTTCGCAATACCATGAATTTACTCAACTCCTGAAATGTTTTCTTATCTTTCGAAACTATTGATGTTTTTCTTTCGATAATCCAATGATTGGTAGAAGTGTTAAGTATTATTGGAAACTATATTTCACTTGGGAACTAATTGAGTTATGCCTACTTCTTTAATAATTGTAAATGTATGCTCACTTATACTCTATCTTGATTAGTCTCACATGAAAGTCGCTTGATCATTCAACATGGTGGATCAAGAAACTTATAAGTTAGAGGTTATAGGACATGAAAGAATTGACTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTGAAATGGAAGACAACCCCTTCATTGAATTAATGATATGAGACTATTGCTCAAAGTACAATAAGGATAAACAATGAGCGAAAGTAACCTAGGGATCAGAAGATGCATTTGGGAATCTTAACTAGGTTGACACCCCTTATTGAAACAAAAAACTAATAAATTCGAATACAGTGACAAAGGTAAGTTCTCTCTTCTCTATCCTCTCTCCTCCCTCCTCCATCTTCTCTCCGGTGAATTTCTTCCTCTTCTTTGGCAACACCCATCCTTGCCGGCCAAGCTTCTCCCATAGGATTAACTTTACTAGTAAGTCGCACCCTCTTTCAAGCATCGGACATGGAAGTAGTTAGTTGCAAGATCAATGGAATTTTCTTCTGCACTTGGTTCGAAGATGGGAATTTCTAGTCGAAGATATGGAACTACAAAAAGCAATTTACTTATCAGAGACGCATATGCTTTGGATGGTAAAGCAACTCTCAGACCTCCTTAATGGTTCAAGTGTTTGTTTTTTCTTAAGGGAAATGCGTGATGACTCGGGAGCAATGAGATTACCAAAATTCAAGAATAATATGGGTTGGAATTTAAGATACGGGATTTGGCCAGCTACCGAAGGTCGCTTCTTCATTCATGTACCAGAAGGGTCAGCGCAACAAGGCTGGAATGAGTTTTGGGAAATGATTAATAGCTTCATCCATCGAAATGGGTGCTCTAGAGACAAGACAGAGAAAAAGGAGAAAAATCAGAAATATATCTCTCCTCCAAATTTGCTTCAGCCGAGTTATGCAGAGATTTTATCAAAAGGAACGAGTCAGCATAAACCCTCTGTTTGGGCACCACTAAAACAGAGCAAGATGGAGGCCACTCTCGTGCAGTCGAATTCCTCTGTTTTTGCACCCGATAAACAGAGCAAGTATCATTGCTGGAATGATTAATAGCTTCATCCATCGAAATGGGTGCTCTAGAGACAAGACAGAGAAAAAGGAGAAAAATAAAAAATATATCTCTCCCCCAAATTTGCTTCAGCCGAGTTATGCAGAGATTTACGAGTCAGCATAAACCCTCTGTTCGGGCACCACTAAAACAGAGCAAGATGGAGGCCACTTTCGTGTATTCGAATTCCTTTGTTTTTGCACCCGATAAATAGGGCAAGTATCATTGTTGGATCCGAAAGGAAAATGAAGTGTTTAAGGAATATTTTGCAAACTTGTGGGTTGTATCAAGACTATTCATGTTCGATGAATGGAAAAATATTTTTAGATTTTTGGAAGATTTTTATCAAATCAAAGTCAGCATTAACCCTCTGTTTGCCGATAAGGCTCTGATTAAAGTATCTTAAGGTAATTTAGAAAAGATGATCGAAACGCCTGGAAAATGGTTTGATTATCGTAAATTCCATATTCTATTTGAAAAATGGAATTCAATTCAACATAGCAGAGGATGAAGATGTTAGTGGTATTTTATCAAGCTGCAACAGAAAAGACCGAAATGTGATCTTATCGCTAAAGAAGATATCGGAAATGTCTGAGATTGACGAACATGCTGAGCCTGCATCAAAGACCGAGGGTCATTTTCAAATCAAAAGCCCACCAATCCAAGTCAGCAGCCAAAAAGTCGAAAAGACTAATTCGAGTGTAAGAGAGAGTTGAAAAGTCGGAAGTTAATAGGAGAGAATTTCGATGGCCGAAATTGTAGTTTTCTAAACAACCAAAGCAAAAACAATCCAAATTTCTTCATAACTAAAGACTCCATGGTGTTGGCGTCTTCTAATCTCCATTTGATGGAAAATGCAACCAATCCAGGCTTTTGGTACGATATCAATGAGTCGGGAGAGTTATGAAGCTGTAGACGAAGCCAAAATGTCCATTATGCAGAGTTTCAAGGTTGATCACATTTATTCAAATGGGGCCACTCTGACGTTTCATCGTAATTGCTCTAGTAAGAAGCTCCCCAACAAGAAGTTGCATCTGTCTGTGGTTACAAAGAAAGCCAACCTCTTCAAACCTTTCCCAAAGCACTTTGTGAAAGGGAGAAGTTCATTTTTCAACTCATGGTTAACTTCTCTAATTCAGACTTGCTTGAAGAAAGTCGTGTTAGACTTCAAATACCAGATTACCCATCTAGCAGCTTAGTAAACCATCCCTTCTCTTCTCAATTTTCTCAACAATCAGTGATCGTACTCTTGGGCTCAAATATTAATTTTGTGCGAGGTACCCCTTGCCCTTCTCCTTCCAAATCAAGTCTCAAGTCTCAGGAATCAAATGTAGAATTCTATGGTAAAGAGACTCAGCTAAACGAGTTTGAAACAGGAGGACTCACTTAATGAGGATCTCAACAGGCTATTTCAAGTCACCGAAGATTTTGTTAGCAGAGTATTCGAAGAAGCTGTCGTTTCCCAACATCCAAGTAAAGACATTCCTCAACATTTGAAACCAATCATTGAATTATGTGAAATATCACTGGTCTGATTAACAAGCAGTTAAGAAAGCTGAATAATGAAGATTACTTCATGGAATACTAGAGGAATTGGCGATCAATCCAAGCAATTGGCCCTTAAACGAATGATTTTGAAGGCAAACCCGGATTTGGTGGTCATCCAAGAGACCAAGAAAGAAGCAATTGAGTTGGACATTATCAAAGCTATTTGGAGCTCTAAGGACATTAGTTGGATTTATGTTGGAGCCTATGGAAAATCAGGGGGATTGCTCACCATGTGAGACAAAAGTAAAGTATCAGTCCTAGAATCCCTTAAAGGAGGATACTCACTCTCAGTTAAATGCAAAACATTAAGCAAAAAAGCGTGTTGGGGTGACTAATATCTACGGACTTACTAATTACAGAGAAAAAAGATTCATATGGCTAGAACTAGCTTCTCTCTTAGCTTACTGCACATAGGCATGGTGTTTGGGGGGGAGATTTTGACATGACGCGAAAGATTCAAGAAAGATTCCCAAGTGGAAGATGGACAGAAGGTATGAGGAAATTCAATAAATTCATAGAAATCACTCATCTTCTAGAAATCCCACTCTCAAATGGTTGCTTTACTTGGTCAAGAGAAGGAAGAGGTATGTCTCATTCAATGTTGGACAAATTTCTTGTATCCAATAATTGGGAGGAGGCTTTCGAAGACACAAGAGTGACAAGGCTATCAAGATTATACTCAGACCATTTTCCCATCCTATTAGAAGCAGGTGCATTTGAATGGGGACCCTCTCCATTTTGATTTTGTAATAGTTGGCTTCTAAATCATCAGTGTTGTAGAATCATTGAAAGATCCATAGACACGGGCAATCATCATGGATGGGCAGACTTCATTATATTCTCAAAATTAAGAGCAATAAAAGAATCAATGAAAAAGTGGCAAGCGGAGTATCATGGAAAGCAATGGATGTAGAAAGAGAAAATATTAGAAATGCTTGGCCAGGAAGAATTTAGAGTTGAATCAATAGATACCCCTCAATAGAGATGGATATGAGATCCTCCCTAAAGGTTGAGTTGATGAGCGTTTAGAGAGTTGAGGAAAGGAACCTTATTCAAAAAAGTAAATTCAACTGGCTTAAATTAGGGGATGAAAATTCGAGAGTTTTCCACCGGTTTCTCGCTGCAAAAAAGAGAAGGAACCTAATTTCTGAATTACTAAATAACCAAGGATCTCCAACAAACTCCTTCCGAGAGATTGAGGCCTTAATCATTGACTATTATAAAGCCTTGTATACAAAGCTGCCAAATGCGGGCTCCTTTCCAAGTAATCTGGATTAGCAAGTGGTCTCAAACGAGCAAAACAGTCGGCTGGTTGTAGGCTTCACAAGGGGGAAATCAGAAAAGCTCTAAAAGGATTGGGGAAGAACAAAGCTCCGGGACTGGATGGTTTTACGGAGGACTTTCTTATCAAATTTTGGGAGAAGCTCAAGGTGCATTTCATTAGCCTCTTCAATGAATTTTATACAAATGGAAGATTGAACTCTTGTGTTAAGGAGAACTTTATTTGCTTAATTAAAAAGAAAGAAGATGCAATTGTGACTAAAGACTTCCGCCCTATAAGTCTCACAACGATTGTGTACAAAGTAATTGCCAAAGTTCTTGCCAAAAGATTGAAGAGAATCATGCCAAGCATCATTGCTCCAACCCAAAGTGCTTTCATTGAGGGGCGACAAATTTTAGATCAAATCCTCATAGCAAACGAGATAGTGGAAGAATATAGATGCAAAGGGAAGAAAGGATGGCTCCTCAAACTTGATATGGAAAAGGCCTTTGATAGAGTCGATTGGTCCTTCTTGGAGAAGGTTTTAAAAGAGAAGAAATTTGATCCAAGATGGGTATCATGGATCTTGGGTTGCATTAAAAATCCTAAGTACTCAATCTTCGTCAATGGGCGTCCAAGAGGAAGAATAATGGCAACAAGAGGAATTCGGCAAGGTGACCCTCTTTCTCCCTTCATTTTCCTATTAATTAGTGAAGTATTGAGCAACCTCATATCTAGACTACACAAGAAAAAGAAGTTTGAAGGGTTCATTGTTGGAAGAGATAGAGTTCACGTGCCCTTGCTCCAATTCGCGGTTGACACACTAATTTTTTGCAAATATGATGGAGAAATGTTAGAGAACTTGCGCAAAACTATAGAGTTATTCAAATGGTGCTCCAGTCAAAAGGTTAATTGGGATAAATCAGCTTTGTGCGGAATCAATATTGAAGACAATGAAGTGAATTCGGCTGAACTGCAAGGTTGAAAAATTGCCAATTATGTACCTCGGTCTTCCATTAGGGGGGTACCTAAAAAAGAATCATTTTGGCAGTCTATCCTTGATAAAATTCAAGGAAAACTAGATAAGTGGAAGAGATTCAACCTTCTAGAGGTGGTAGATTGACAATTATGCAAATTAGTACTCTCTAATCTTCCCACTTATTATATGTCAATATTTTTAACGCCGTAAAAGATAGCCTCTTCACTAGAAAGATCAATGAGAAACTTCTTTTGGGAAGGTCACAAAAGGAGCTTGTTACAAAAGACCTAAAAGACGGGGGCCTCGGTTTGGGAGGAGTGGGATTAAAAAATGTAGCCTTGCTTTCAAAATGGGGGTGGTGCTTCACAAGAGAAACAAAAGCTCTTTGGTGTTTAGTCATAAAGAGTATTCATGGTAGTGGCCTCTTTAAGTGGCATACAAATGGAAAGGGGAATGGTAGCTTGAGAAGCCCTTGGACAAGCATTTCAAAACAATGGTTAAAAATGGAGGCTTTGGGTGAGTTTAAAGTTGGAAATGGATGTAGAACAACGTTTTGGCAGGACCCATGGATTGACAAATTACCCCTAAGCTCAAGATTCCCAAATCTCTTCAAGTTAGCAGCCAATCCTAATGGTTCAGTGGCAGAATATTGGGATCCTATCACATCCTCATATCTTTCATTCAGAAGACATCTAAAAGATGAAGAAATCATAAATTTTCAGCAATTCACAGCAGTAATTGCAAATAAATCAGTGTTAGAGGGGCCGGACAGTGGAAAATTTTCAGTTAAATCCCTAGCCAAGCATCTTTCATCGGCCTCCTCAATTGAGCATGAGTTGGAAAAAAGCCTTTGGCATACCAAAAGTCCCCGAAGAGTTAACATCACAGTATGGATAATGATCTTTGGATCATTAAATTGTGCTGCCATTCTACAAAAAAAGGCTCCCCACTCACTCCTTATCACCCCACATGTGCCCTTTATGGTTAGCTAACCAAGAGGAGTTGCAACACCTTTTCTTTTGCTGTAGTTACACAGTAAAATGTTGGCACCGACTGTTTAGTATCTTCCAAGTTTGTTGGGTTTTCGATGGTACCTTCAGCAGCAATGTGCGGCAGTTAGTGGCTGGTCTAGCTTTGAAAAAGGGGCCACAACTACTTTGGTGCAATGTAGTTAAAGCCATTCTTTCTGAAATTTGGTTTGAAAGAAATCAAAGGGTGTTCCATGATAAAGTTTCCCTTTGGATTGATCGTTTTGAGTTCGCTAGACTAAATGCATCCTCATGGTGCACCCTTTCAAGCCTCTTCCAAGACTACTCATTATCGGAACTCAACTTGAATTGGAAGGCCTTTATTAACCCTCATTATTCGAGCTTCTCCCTTCCATGTTTCTTATTGATATTAAAGTTGTAATATTTTGTACTCACCTTATCATTGATGGTCGGTTTATTGTCTTATTATATTCTGGAAGTGATGTGGGTGCTAAGGGGGTGTCAACCTAGTTGAGATGCCTGGGTGCACCTTCTCATTTTCATTCTTTTGTGAATTGCTCAATTATCTTTCTATGTATTGACAATTGAACTATTGTAAAATGAGCTTTGTCTCATTTTATTTCATCAATGAAAGAGACTGTTTCCTTTTTTTAAAAAAAAGACTAGGTTGACACCCGCTTAGCATCCTCATTTACATAAATGATCTAAAAAAGCATGCCAAAATACAAAGGGAACAAAAGGCATAAACAGTCCAACTACAATATTCCATCACGATTTCAAGCTTGAGCTGGAAAGTCTCATTTCAAAACTTCATAAGAAAAAGAAATATGAAGGTTTCATAGTGGGAAGAGAAAAAATTCATGTCCCTCTCCCCCAATTTGCCGATGACACGCTAATCTTTTGCAAACATGATGATGAGATGATAGAGAATCTTAGAATAACAATTGAACTCTTTCAATGGTGCTCTAGCCAAAGGATCAATTTTTTTTTTTTTTTTTTTGAAAAGGAAACGATCTCTTTCATTAATATAATGAAATGAGATATAATCTCAGAGTACAATATTGAAGCTTTAGTAGCAACTCTAAAACAGCCAACATACAAAAGGTACGGATGAAAATAATAAATACAGCCGAAATGGAACAAAATCGAAATAAAACAGCCAAGAAATTACTACAATCCTTAGAAACAGCTTCAAGAATTGAAGGCAAATGGTCTGAAAATGATATAGTTTGACAGCTTGCTCTATTAATTTCAAAACTTTCATCCAACTCTTTGTTAATGAAAACCGGATAATCAATGATCAAGCCACTGCAGCCCCTTCTTTTGATTGATAAAATTTCCAATTGTCCTTGGAGAAACCAAAGAATTGCTGCTACTAAAAATTGTAGAATTTTCTCATAACATTTGTGACTCTTCCAATAGGAAATTACTCATGTGCCCAGCGAGAGATGCTGAAATCACCTCCGCTACACCATGAATCCAAGTAGAAAACAGATAAGGAGTGAAGCTTTGACCAAATGTATCTTCTTTCTTTGAAAACGCTAGATCCAAAAATGTTTATGACCCATACAAAATTTCTTGGATAATCACAAATGTTTTAATGATAATGAGGATCCAACATTGAGGGCTTCAGAAACAATAAGCTTGCTCTCTTCCACCTGGATAAAATGCCACCGAAATTTGCGTAGGAATCCACAAACTCCCTCACAAAATCTTTAGAAATCCACAAGGAATTGATATATAGAATATCGAATTCTACTCAATTTGATTCTTGACTTATACCTAATTCTGGGTTATGCTTCTTGAGGAAATTTGAAGAGCTAATCTTATTGGAGCATCTTTTAGCCCTCTTATAAACCAAATTTGAACTTTAATTGAGGCTAAGGACGGTCTTTCGAGAGGAATCATGATCTATCCCAAGACAAAACCACACTCTTCAACAAAGGATGCCAAATGTGCCGGTAGTTACGAATGTTTTTGGGGGATGAAATAATGGTTTTTGAATTCTTTTTCGTTCAATACTTCATTCTGACAGAATAGGGCATTAATATCTTCCCCAGTAACTTCAGCTTGATCTGTATCTTTGTGGCTATCTATTGCTTCAAAATAGCTGAATCCTCACTGCTAACACTTGCTACTAAATCAATATCAAAGTCTTCTTCTTTTCTTAGAATAGGAACCTCTAAGTTGCATCGAGCACTTCTCAAAAAAGTAGAACTTGAGTTAGGAATGATAAGAGTGGATTCCTTGAAGAGTAGAGGAGGAGATGAGGGGTTTTCAGACCTGTTCAGGTGAGGAAGAACCTGAGCTCGGGTGCAACAATGCTCCAAGAAATCAGGGTTGGAAAATACTGCTGCGGCAACGCTATTGGAGCTTCTTTTTCTTTAAAAATGTTGAGGAAAAGGCTTTAATAATTTTGAGTAGTCCAATGAGAGGCTCTCTGACCTTTCAACTTCTTTGAATTAATTAATCCTGGATGGGAAGGATAAATCCGGTTGTTGGTTTGTGAGAAGATAATTGTCTTCAATGCTAGCCTCGATTGGTTGCTAGCCTCGATTGGTTGCTAGCCAAAGGATAAGTTGGGAGAAATCAACCTTATGTGGGATTAATATAGATGAAAACAAGTTCTGATTGGTTGCTTCCATGCTGAATTGTAAAGTTGAGAAATTACTAATGATGTATCTTGGTTTACCTTTAGGAGGTTATCCCAATAGGGCATCATTTTGGCAACCTTTTGTGAGTATTCCATGATAAAGCTTCCTTGTGGCTAGATTGTTTTGTGTTTGCTCGGCTAACTGCTTCTTCTTGGTGGACTCTTTCAAGAGCTTTTGAAGATTACTCTATTCAGGAATTAAACTTGAAGTGGCGAGCATTCATTTCTCCTCAGGCCTCAACATTAGAGCAGCTCCCCAACTACTGTTTCTTTCCATCTTTGGTCTTGTTCCTTTTATGTATTTGATTTTGTACTTTGGTTATTCGACTGCTTGGAATGTTTTGTTTTTTTGTATTTTTATTATGGATATGAGAAGGTGCTATGGGGGTGTTAACTTAGTTGAGATGCCCGGGTGCACCTCCTGATTCTACGTTTTTGTTCTTTGCTACCTCATGTACATTTGAGACTTTGTCTCTTTTCATTAATTCAATGAGAAGTGCGTTTCCTTTTTAAAAAAAAAAGAAAAAAAAAAAAGCTTGAGCCGAGAAAATAAAAGCATGCCAATTAAGACATAAGTCTTGTATGGAGAAATCTTCAAAGAACTTAGATAAAGTGCACCAAGATGAAGCATTCAAGCAAGCCACTTCAAAATGATCCATCCACCCACGTTGTTTGTCATGAAACACCCTTTTAAGGACATGAAACAATTGAGAAGCATACAAAGGGTTTCCTTTGGGAAGGGGTAGATGGAAGAGGTTCTCATCTAGTGAGCAAGGAAGCCTATGAGAAGAGAGGAGGGGGGGTTGACTAAGTGGCTTTGGCTCGTGAGTAAGTATGACTCTCATCCCTTTGAGTGCTCTTTGAGTGGGGTTAAAGGCATGTACTGAAATCCTTGGAAGGATATTTTTATTGAGCTCCCCTCTTTCTCCCATCTTCTTCGATTTGTGGTGGGGAAGGTAAGGAAATGTACTTTTGGGAGGATCGTTTGGTGGGGGATAGTCTCCTCTGCTTGGTGTTTCCTTGTTTATGTCATCTTTCCTCTCTTAAAAACCATTTGATTTGTGATTTTTTGGCGAGGTAAGGAAATGTACTTTTGGGAGGATTGTTTGGTGGGAGATTGAGAGAAGCAATTTTTGCACTTGGAGAAGCTTTTCTTGCAAGTCCTTTTTTTGGCATCGTTAAATTGTCGATTGACCCAAAAGCTTAAGCTGATGGGTAAGGCAAATTTAATATCAAATCATCTAACATTCCCCTTCACTTGTGGGCTTGAAATATGAAGAAGACCAAACAAGTGGAAATCAATTTTGATTGGAGAGGAAACAACAATGTAGGGTTTGAACACAGAATCTCTTGAACCAACATGCTCTCGGTACCATGTTAAATGGCCAATTGACCCAAAAGCTTAAGCTAATGGGTGAAGGCCTGTGTGGAGTTTCTTCTTTGTTGGAAGGAGGGGAAGACCTAGATCACTTACTCTGGAGTTGTGAGGTTGCAAGATCTGTGTGGAGTTACTTTTTACCAAGAGCTTGGTTTTGTGTTATCATGTCAGAGGGGTATTAGAGACTTAATCGAGGAGTTCCTCACTTTTTGTTGCTTTCAGGAGTGTGTGCTCTGTTATTGGATATTTGGGGGGAGAGGCATAATAAATTTTTAGGGACTGGAGAGGGACCCTAAGGTTATTTGGTCCTTGGTGAGGTTTCATGTTTTCTTTCAGCTTCAAGTTTGAAGGTTTTTTGTACAAAGTAACTTTACTCCTAATTTGAGACCCTTTCTTCAGTAAGGCCTTTTTAGGCTTGGTTTTTGTATACCCTTGTATTTTTTTTCATTCTTTCTCAATGAAAGTAGTTGTTTTTATTTTAAAAAAGTGCACACAAACACTTCCCTAAAACAAAATATTATAAGAGATGTGCATGCTGGACGACGTAGATTATTAGAAGTGGACAAAAATTAAAATTCGTATGGTGTTTCAGATGAGGATGATAAACATCAATATATGTTAATTGAAAAAGGAAAACAAATGTCTGTAGCTTCCTAAGCATTTTGTGTTTACTTCGTTCTTTATGTTAAGAAGTTTTTTTCTTTTTTTTTTTTATGAGACCACAATAATTTAAGAGGATTTCATCTTTCCAGCGATTTCATTTAACTATTCTTTTGTAATCTTTGTATCTGTAGGTTGAAACAATAAAACAAGGATATCTCTTGAAACGATCTTCAGGTTCAAGGGGAGATTGGAAAAGGATGTTTTTTGTACTTGATAGTCAAGGTGCTCTCTATTATTATAAGAACAAGGCAAGCAAATATGTGGTATGTTTAGTTGTTACATTGGTAGACTTGCTAGGGATCTTCTGTATTAATCGAAATTTCAAATGTAGCACCTTCAGCACTTGACATCCAGCAAGGCTAAACTAAGCAAAATATCTTAAGAATTACTTTTTAGTAGAATATATGTTTCTATAGACATAGGCGCCTACGGAAAAAGCCCCACATTCTTTTGTGCTTCATGGGACTTCTTACTTATTCGATGACAAAATTTGTTCTCGTAACCCCCAACCCTCCTCCCAAAAAATTCATCTCCTTTGACATTTCTCCAACACCAAAATTTTCGAATTAGTGAGATTTTATTTATTCATTTTTAAATCATTGTTTTTTTTGTTTAATGGGATTCCTCATAATCTTTTTTAATTCTTCTTCTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTAAAAAAAAAAAAAGAAGATTTAACATTATCTCATCAATCTCCTTTGTTGTGGATCCTGTGCACTTGATTTGTAAAATAAATAATTCTTTGTAGCATAAGCGATGGGGCATTTTCGGTGGTTTAAGTTTTTAGAAGAATTCGAACTAAGCCCTTTTTGTTTATAACCAATGTCAGCAAAGGCTGTCGTATGATCTACTCAAATGGTTGTAGTATGTAAAAGGGTGGTCGGTGTAATAGAAATGGGGGAAAAAGTCAAAATACATTTATCAATCAAATAGAAAGTTTTGTACCCTTGAATATTTTTCTATCTTTTCACCTATTAATACATAGTTTGTTCCTTGTTAAAAAAATAAAAACAAATAAAATATAAAAAAGTTCCCCTCAAAAATAAAATAAAAGTAAAAAAAAATTGAAAAACAAATTATTTATTGAACCAAGATTCCAATTTGGAATTTGGTATGGATAGAAAATCTTCCAATGCTAAACACTTTGGTTCTTGATGATGAATCAAGTTTATAGCTCAAAGTTTGTCATTAATGATATTATAATATGATTGGATAACAATGAAATGTAATTCGTCCAACTGAATTTACAATTTTTCATCTATGTGGAATGACATGGATCAGATTCTCTTGTGGAAGTCTAATTTGGACATCGTTTTTTAATTGGATTTGTATTAAGCTCAAAATTTCTAGAGGATAAAACTTCTTCATTTTTGTTGCTATGCTTAATCATAAAGATTTTGGTAATCATATAAATTCTGGTTTGAAATAAATAAAAATATCTTTTGAGATGTGTTTGGAGGTGATTCCTCACGTATTTGTAAGTGTTCTCTTATTTTCAGCTGCTGGTGTGAAGTTGTTATATCCTGTTCTTTTTGCTTGAAAGGTCAATCTATGGATTGTATGGATACTATCTTAGGGACTTATGTATTCAATTCACCTTTTCATTTTTTCATTTTATTTTTGTTCTAGGTGGAAACCTTTTGCTTGAGCATTTCCTTGTGTATGAGTTATATTTGCAGTATTCTAGACAATTATGATGACAGAATATAAATAATTGTAAAAAGTAAATAAATCCTTGAGAATTGATCTATGGATTTTGGTAAATTTAATGTGTTTATCTCCTTCAGGGTCAACAATCTCATAGTTTCAATCGTTCAGAAGAACACAACAACAGTGTGTTTGGTAGATTCCGTTCAAGGCACACTAGGGCATCGTCACTCAATGAAGAAATTTTGCGTTGTTCTACAGTTAATCTGCATACGTCTACAATAAAGATGGATGCAGAGGATTCAGATCTAAGACTTTGCTTCAGAATAATTTCTCCCTCTAAGACCTTCACTTTGCAGGTAATTAGTTGACTTAGCCATCCTGGTGTACTCTTTTTTAATCTCTCCGAATTAGCTTTATTCATCCTACTTTTTCAGCTTTCTTCTCAGCTATTTATGTTTCTAGCATCTAGGCGTGAATGTTGGAGGACGACAAATCACATTATTTTCTGCGAAATGCAAATTGAGACTTTAATTTTTGCAACAGGAGAAAAAGTAAAAAACTCAAAAGAATAGTAATATACTAATATATTAGAGAATGTGGTTTTTGTTTCTCGTTGACAGATTCCTTAACTCTATTTTCTTTCTTCAATGTCAATCACTTAACTAACTGGAATGGAATTCTTACATCTTGGTATCATCATCATCATCATCATCATCATCATCATCATCATCATCATTTCATTTTGCTGGTAAATTGGAATCTTATTGAATAATTTCACTATTTCTAACTTTACATACATACATAGGTCTGTCTTACATAATTACAGCAATTATTGTGGAATAAATCAACAATTAATCAACACATTTCATTTTTTTTTTTAAAGGATACAAACTTTCATCAAGAAAATGACTAATGCCGAAAATTCAAGATCAGGACAAAAGCAAAAGAACAAACAAAAAGGATAGAACAAGAAGGCTAAACACTAACGGAAAAAATGTCCAGTTAAGAACAAGATCAAAAAGAAAACATTGAACCATTTTTGAGAGGATTAAATGGACCATTTTTTAGAATCCTCGTCCATAGAAACATTGAACTTGGATGTGAGCTGCATTAAATTCCGGAAATTAACAATCTCGTCTTCCTTAAATAAATGCCGAAATGAATAAGTACATGAAGAATTAAAAAATTCCTGAAAGGAAACTGAACCATCTTGATTGATAGATAATGCAAATTGTTAAATCGCTGATCGACCTAAAAGCTTAAGCTAGTGGTTGAAGGAAAATTTAATTATATCATCTAACACTCTCCCTCACTTGTGAGTTTGAATTATGAAGAAGATCCAACAAGTGGAAATCAATTTATAATTGGGGAGGAAATAACATTGCAAGGGTTTGAACACATGATCTCCCTAGACCACCTGCTTTGGTACCATGTTAAATCGCCGATCGACCCAAAAGCTTAAGTTAGTAGGTGAAAGAAAACTTAATTATATCATCTAACACAAATAAACGATGAAAAAGTACCTTGAGTGAATAACTATTAACCCAAGGGTTGGTCCAAAAGTGGATTCATCGACCATTCCCTAGGATAAAAACTGCCAAATGTTCCACTTTTTTCCATGTTTTGGAGATGCTCATCAAGGGCTTCTATGATTCAAATTATTTATCCAAGTGAGTGCCATTGAAGTCTTGAGAACCATGAATACTCACTATCATTTGTCTCCATAAGGAATTTGGTTCATGGATGAAACGCCACCCCCATAAAAATGATCTCAATAGATGTTCCAATTCCAAGCTTACCGAGGAAGGCATAAGGAAAAGTGACATATAATATAATGGGATACAAGAAAGAATCAAATTACTTAATGTCATGCATCCTCCTCTTGATAGATTAAATTGCTTTCACCTATCAAGTTTCTTCTGAATTCTATCAAAAACTGACTGCCAAAATGAGAGCTTCTTTAGAAGACCTCCAAGAGGAAGGCCAGATAAGTAATATGAAAGGATTCTGTCTTGCAATTCAAATGTGAAAAAAATTTATTTAACTTGTAATTATTTCATTTCATTAGTGAAACTATAATTAAAGGGAATGGATGTAATGGAGTTGGAGCTTTTCCCTTTTCAGTCTTACAGTAACAAAATTTCATTGTCAAGATTCTAGCTATCTGTCCTTATGGGAATGTCAAGTCGTCTCTTTGAACGGCCAGATCAAAGATTTCCTAGCCTCTTGCTTGTTTTCGGGTTGGGTTCAAGCCCAGGCACCCTTCTCCTCTCCTCGCCCATTTTTTGTTCTTTTTGAATTTGGTTTTGCTTTGTTGGGTCTTATTTAGGCTATAACTTTAAAGAAGATGATATAATACGAGAAGTTGATATTGATGTTATTGGGTGCCCTTCAAGGTTTCCTCTCTAGTCTGACCTCGATTTTCGAATCGTGGTCTCATTCCCCCTCTAATTCTAGCTACTTGTCCTTGTCGAAAAAAGAGGAAGCGTTAAATGCCACCCTAAGGCCCACCCTTCCCTTGTGGTTAATTGGACATCCTCAATATTCCCTTCATTATCACTCTCATAGAAAGGTTAGGAATGACCAGAGATGATGTAGCCTAAGTAGTCTCAAGGAGTAATCCTCCAAGAATCGAGATTTTGGATCTTTTATTAGAATGAAAAAATGTGTTTCATACAAGAGGGGAATGTTCCTATTTATAGAGTTTTATTACAAGTGGGGATCAAAAGGGAATTAACCTAGAATATTACCAAATTACCCAATCAACCCATATTCATCTTACATCATTCTACCCCTCCAAAAAGAAAACTCATCCTTGAGTTTCAAAAAGAAAAGCATTATGAAGCATACAAGGAATGAAATAAATTTGTTTAACAGAGTATCACCAAACCTACTTCCTACCTTTTGATCATAATAAAAAACTAATATTGCCACCAAAAGATGAACTTCAACATCGGCCATAAACCCAAAAAAGATGCTTCCTTTAAGCTCATTCAAAACCGTATTCAAAGGACCAATCACTAAAAATCCACCTTCCAAAGAGAATCGTTCAAGAATCAAGTCTTCTTTATTATTTGCTTCAAGTTCTTCGATGGTTTGGTGATCCATTTCCACCGCATTCAGCGTGTTGTTTTTCTTGTTTGATTCTTGCTTGGGGTTTGATACTTCTTTTCCATCTTCTTTGTTGGATTTTTCTTCTTCACTTGAGACTATTTCCAAATCAATATCTTTAAATTCTTGTTTTTTTTCAATGTTATCTTCAAGATTTTCTATTTGAAAATCACTCGTGATTCCTTTGTTTTTACTTTGGTATATGAAATCAATCCGTTCTTGAACTCTTGCAAATGAATTGATAGTTGATCAATATGTTGAATCATTTTCCTCAATGAACGTTGGATTTCTTTTGTTGTTTTCTTTATTTCCTTCAATGCTACGGGATCAAAGTAGTCATTTTGTTGGATTCTTGAACATGTTTTAATCTCATAGTGGATATAGGACTCATGCATTGATTCTCTTGAATCAACCTTTCTTGATTGTGTTTCATAACCAAAAGAGTAATTTTGAGTCATGAACGTTATTCTTGGGCTGTAAAAATCCATTCTGGATGATCCTTGATGATTCTTTAATTCAACTAACTCCCAATTTTTACATTGATTTCTTGAAAAATGGGTCTGATTGGATCGTTGGGCTCTTTTTTGATATTGTCGTTTTCTTATTCCGTCCCAAACTGTCTTAGAAACACCATCAGAGTCACTAGAATCAAATTTCCAATGTGGATAATGATAGGTTCTTTGAGAAAATCGAGCATCGGCAAAATTAGTATCTTAAAATTCTTCTTCGGAATCACTTGAGTCAGAATTCCAGCACTGTTTTTGTAAGTAAATTTGATTTTCTTGCCTATACCAACTGCTACATTATATATTTCTTCTTGGACATCTTCTTTGATCAACACTAGTCCATTCTTGCAAAATCTTGATGAATCTTTGGTTTTTTCTTTCTTTCATGGAATTTCAAGGGTTCCCCCTAATTGGATATGTGTTGATTGGCAATGAGCACAACACTCAAAGCTCCCATTTGTGATCGGTGTCACTAAGAGTTTTCAGGACTTCCACTTGCAGCTGTCAATGTTGGCACAGGTGGTCGCTCTGATACCAAATTGATGTAGCCTAAGTAGCCTCAAGGAGTAATCCTCCAAGAACCAAGATTTTGGATCTTTTATTAGAATGATAAAATGTGTTTCCTTTCCTACAAGAGGGGAAGGTTCCTATTTATAGAGTTTTATTACAAGTGGAGGTAACAAGGGAATTAATCTAGAATATTGCCTAATTACCCAATTAATTCCTATTCTTCTTACATCACTTAGAGTTGGAATCATTTTTCTACTTGGCACTAATGGGCTATAAGTATTTCTGCCTCATCCTATTCCTGAACACAGCTATGTTTGGCTCTTTGTTACATTGCCTTTTTCTATCCTTCTTTTCTTTAGCTGCTCTTTCAAATCCAATTTTGATCTACGGTAAAGTAATTAGAATTTCATCTCCGAAATTCTTTTTTTCTATGAAAGCAAGAAAGTTTAGTTCAAATGTAATACCCCAAGCCTAGGATTCGAGTTATGATTCGGAATCCGGATTTGACATCGATGGCCTCGACATCTCCTGCATCTCTTGCAACTTGGCAACGTAATCCTTATTTGTCTTAAGTTTCTTCGAAGAGTGAAAACTATCCCCACAACCCAACACGGGTCCTTTCAACATGTTTTGTCCTCACTCACATACTTCCTAAGAAAATTCCTAAGTCACCCAACATAGAGTTATTTTAAGCTAAGGACACTTAACTTAGGGAAAGTATTGTACTTTACTATCACTTCAAATATGAATATCATATTTTAGGGAAAGTATTGCATTTTACTATCACATAATCAGATCAGACGTTTTCGGTAGTATGCTGCGTCATTAAGAATGTTGGACATAACGCATTGAAGAAGCAATTTTACCTCGGTAGACATGCATATGTTATAAGTAACTTTCCTACATTTTGTTTTTGAATAAACATTTCAAAAGAATATTGGTGTAAAATCCAAATATTCCAGACGGTTTTATCTTTGCAACCCTACCTGGGAGGATTTGGAGTTTTCTATTCCCAATACTAAGCTTTCTTCAATTCTCTATCTTAACTGGAAGGTAAATGAAATTAAAAAATTTTTGGTAACCATCCTAGGTTAGCCTAGTGGTAAATAAAGAGAATGAGTTTGATAAAGGGCTAAGAGGTAATGGGTTCAATCCATGATGGGTACCTACGATTTAGTATCCTACAAGTTTCCTAGAAACCCAAATATTGTAAAATCAGGTGGGTTGCCCCATGAGATTAGTCAAGGTGTGTATAAGTTGACCCAAACACTCACGGATATATATAAAAAAAAAAAAAAGAAATAAAATTTGGAGTTCAGTTTTTCCACTTGTACTTATTGTTTAAACTCTTGGGCTCTCATAATGAATGGACATAACATCATTTGGTTCAACATGAACTTTGTTGATACTGTTTTGTTCTTTGGGCTAGGCTGAAAATGAGGCAGATAGGATGGACTGGGTCAATAAAGTCACGGCGGTTATTGCATCTCTTTTCAATTCTTACTTTCTTCAACAGGTTTGGTCCCAATAGCTTTCCTTTTTTTATTTTTTTATTATTATTATCGTTGTGTATGTGTGCATGAGTGACAAAGGATTAAAGCATGAATGCTTATGATAGCCTTTTGAATCTTCTGCAGCCATTCCTGGAAGCAAAACATCCTGAGTGTGACAAAAACAATTTTGATGATTATAATGTTCAGACACTACATGACAAAAGATTAGAAGATGGCAGCCAAGTAGATTCTGTTTCTAAGATACTAAGAGAAATCCCTGGAAATAATCTATGTGCAGAGTGCGGCACTCCAGAACCTGAATGGGCATCTTTAAACCTTGGCATTTTATTGTGCATAGAATGCTCTGGTGTTCACCGTAATCTTGGTGTCCATATTTCAAAGGTATTAGAATCAAGCTCAATCTTGTTATCATATTTTTTTTCTTGTTTCCGTTCAAAAAGAAAAGTTCAATCTTGTTATCATTATGAATTTTGACTTTTGTGCTGGTGGGTCGGGCTTTCCTACTTATATATGTTTCTAGGTTTGGAAAATATTGCGTAATAACACAAGGCAATATTATATTTGAACTAAAGTTTAGAACATGCATGTGACAGAAATATTAGGTAAACAATGCCGTGCCCAATATCTACAAGAAACACGTGGAGGGGAACTTTGAACACTCACCAGAAACAATTGTACAAATTGTAGGAAATGAGAATGCTAATGTCCTTGTACTATTAAACGGGAGGGGAACATTGGACACTCGCCAGAAACAGCTAATGTCCTTGTACTATTAAACGGGAGGGGAACATTGGACACTCGCCAGAAACAATTCTCGAAATTTTAGGAAATGAGATTGCTAATTGCCTTTTACTATTGAATAGTAAAAGCTACTTTTTGTCTTTCCTTCGATCTTGAGTTATCTATATATTCCTATATCCATTGCAGCTACATTTATTTTTGCTGTTATTATTTGTTATTTATTATTCTATACACATTTCTTGGGTTTCATGAACAGACAAAATTATAGGTCTCTTTTCGGGAGGAGAAAGAAAAAAAAGATATGTTATTTATATATATAAGGAATGTGGTACTTTTCAACCGGAAGTTGAGGCGGGAGTTAAGGTTCTTTTATGTGTTATGAAAAGTAGTTAAATTCGATGATTTGAGAGCTCAAGGATGATTAATCTAATCAACAACATGCTCCTGAAAACTAAAAAAGTTTTCTTCTAAAAGTCAGCCATTAGTTTAAATTTGTGATAAAATTATTTAAAAAAAAAAACAGAGAGAGAGAGAGAGAGAGTGAATTGAAAGAATATATCTCATGTAACAAATGTAGCCAGATGTAAATTTTATTTTCCTTCAGAATAAGAATTAATGACCATTGTAATATATGTGAGTTTGTGAGCAAAATATTAACCTTATTCCTAGGCTGAGCGTGGTGTGGCACATCGCTGCGGAAAAAGAATATTAACCTAATCATGTGAAAAGAAAAACTGATGGGCTTATATTCCTACTCTTGCAGGTGAGATCAATAATATTAGATGTTAAAGTCTGGGAGCCTTCAATACTGGACTTGTTTAGGAACTTGGGCAATGCTTATTGTAACTCAATTTGGGAGGGATTGTTTCTTGCAGATACGGGAAGGTAATATTTCCTTGAGTTGTATTTGGCATTTTGATTCAAAATTTGATTCGAACGATTTTTACAGAATATAGCAAAATATTCCTACAATATATCAAGATGGTAGATACTTGCACCATTTTTTAGGCAGCTGACTGATAAGGAAATTTCAAGTATTTACAACTGAATTCTAAAAGCAAGAACTTTTGCAGCGATAATACACAACATGCTGTAGCCACTTCAATTCCGAAACCAAGTCCTAGGGACGCCATTCAGCTTAGGGAGAGATATATTCAGGCTAAGGTAGAAGGGATTTTTCCTCTGCGTTTTTTACATTTGCTAAATGATCTATAAGGTCTGAAACCCGTTTCCTACTTTTCATATATTTTTTAAATTTAATTATTCATAATTCCTTGCAAGCAACCCCACAACATTATTGTGATTATTGGCCATTAATTGGTGATTTAATACGGTATCAGATTAGGTAATCCAATAGGTCTTGTGTTCAAACTCCTCCAATTAATATTGATTTCCACTTGTTGGGTTTTTTACATATTTCAAGCTCATAGGTTGATTATAAAGAATGTCCCTAAACTATGCATTTGTGTCAAAAATACCCCTGGATTTTCAAAGAGTTAAAAAATACCTTTGCCGTTAATTTTGGATGGAAACCGTTAAAGTTATGTTTCAAAAATACCCCTGAACTTTTCAAAAGTTTAAAAAATACTCTTAACTCAAAAAAAGTTAAAAAATACCTTCACTGTAAGTATATGAACAGAAACCGTTAATACCTCGTTGCAAAAATGACTTTAAAATTAAAAACCGACAAGGGTATGTTTTAACTCTTTTTTAAAGTTTAAGGGTACTTCTGAAATATTTGAAATTTCAGGGGTATTTTTGACCGTGTATAGTTCATGGACATTTTTTATAATTTAGCCTAAATAATATAATATTAAATTTACCGTCACCTATCAGCTTAAGCTTTTGTGTCCATTAGTAAGACTTGCATATTTTTATTCACTACATGGGATTTGTTTTTGGGATATGTTTGTAATTTGTATTTTCATACTTAATTTTCTCACATGAAGCTCACAATTATTTTTCACAAGTTTTGTCATATAAGTGTGTGACCTATAGCTTCTGTTCCTTACATAGTATGTAGAGAAAATGTTTGTGGCTAAGGATAGCGAAGCACCCGGCAACATTTCTTATGCAAAAAGTATCTGGGAAGCTGTCAAAACAGATGACTTGCGAGAAGCATACCGTCTCATTGCAGTTTCAGCCGTATCGATTGTCAACACAACTTATGATAATGTAGTCGGTGTCAATTCAAGCCCACATTTGGACGATGAACCCTCAGGAAGTAATCGAGAATCACATAATCCATCATTGTGTGGGAGAGATTGGGATTCTAATCAGTCAAGGAACAGTCTTCAAGGTTGCTCATTATTGCATCTCGCTTGTCAAAATGACAATCAAGTGATGCTTGAACTGTTATTGCAATTTGGTGCCGATATAAATGTACGTGACTCTCATGGAAGGACGCCTTTGCACCAATGCATCTCCCAGAAAAACAACATGTTGGCTAAGTTGCTACTTAGAAGGTACACTATGTTCTCTGTCTGTTTTATTTATTTTATTTATATGTTATTTAAATTTTATTTTTTCTTTATGTTGGTGCTGTTTGTTTTTTGCGGTGCTGTGAGGTTGGGTGAGGGTGGTTGTTGCTACATTGAAGAACTACCCTTTTGTTTATTATCAAAATACATAGGTATTAAATCACACCACTCGATCTAGTTAGCTTATAGGTTACGGTAAATTCAATCTCTTCTTGACCAGATAGCATTGACACAATTGCAGTTCCAGTACCTACTAATCCTATACTGCCTTCCACTATCTAAGGGGTTGTTGTCAGGCGTTGAGTTGAGTTCATTTGTTTGTAGAGTTTATATGTTTGTGGAGTTCACAGGTTTGTGTTTGTAGTGCAAAATTGTTTTGTCTTAGTTAGGAAGTCTATTTTTGGGGTGCGTTGAGTTGAGTTTAGAGATGTCCATAGATGAGGAAGACTTCCCCGTCCCCGTCCCCACCCCCCTATTTTAATATGAAGGAATTGAATCCTCAACGGAAGTGAGTGATCGCCATGTGCCAATAAGTTTCTTTTTGAAAAACACAAAATACCGAGAACACAGTATTTGGATAAACAACAAAATTTTAGCATGCTTTTGAGAAGATTAAGAGTTGGAAATAATCCTACCTTTGAAGACCGTCTTCGGTGTAGGATGTCTTCCTCTCACCAAGTCACGAACTAGTGAAACCTTCTCCAATGAAAAAAAACAGTAGATCTTCTTGGGATACCACCAAGAAATCTTCCTTGCTATTCTCTAGGAAGAATCAAAAGAGGAGTGGTGGGCTCTCTATTGATTTTGGTAAAGGAGAATAAATTCTTGAGAGGAAGGGAGAATTTTGAAAGGAGAAGATCTTGAGAGAAGAAACATAGAACTCTTCTACACTTTGGTAACTCCCTCCCTCTCCCCTTCTCCCTTTCTTTTTAAGTGAAACCAATGTGAGAGAGATGCCAAAAAAATAACAAAAAAATAACTCCCCAAGCCGTGGGAGTTATTTTAATTAATATAATAATATTTAAATAAATAAATTTAATTATAATATATATTAAATCATATTTAATATAGATAATTAAATAAAATTAATTAATTAACAATTAATTAATTAATAAACTAAATATCTCATATTTAATTTAATTTTGAATTATATTCAAATAACCTTTCTCTCATATAACCTATAGTTTTAATATGAATCTCATTCATATTAATTTGAACCTATAGTTATTATATAAATTTCATTCATATAATTAATATCTAAATCTTATTTAAATATTTATCTCTTATAACATAAAGTATAAATTTTGAATCTCATTCAAAATAAATTTTATATTATAATGTATCTGTTGATTATTTCCTTTTTTGTTTATATTTTCCTTTGTATTTATTGTAAAGGTATTTGCTATATTTATTTTTTCCTTTTTGTAATAGGTTTTCTTTTATTTAAGAAAACCCTTGTCTAACAAAGAAATAAGAGAAATAAAATATTTTCAGCATGGTATCAGAGTCTATTGCTTGAAACCCTAATTTTTTCTAAAAAAGAAACATAAACTCTAATCTAACCTAATCTGCCGCGGCGGCCGCCGCGCTTCAGATCTTCGCCAGTCGTCTCACCTCAGTCACCAGACAACACCTAGCCTCCTAGTTGACACCAGACTGCCGGTCGTCTGGGGATCCCGTGAGCATAGAAGAAAGTCGCGAATCACGTGCCCTAGCCAACAGTGACGCTGACGCTGACATGTACTTCAACACTTGGGTTCACTCCTTCTCCGCTAGCCGACCAAGTCTGTGCCATGTCCGAGCGTTTTTCGGCCAGTTCCGACGTTCTCCGGTGGTTTCTTGTTTCTGCTGCTGAGTGGGATTTTTTTTTGGGTTTGTTAAAACCTTTTCTGGTTCCTTTTTTCTTTTTAGATCTGTTGTTGTTTGGGTTGTGTGCTTTTATCTCTTCAATATGTCAGAGACTAAGGTATTAGCCGCCAAAGTCTTCGACAATCGGATCCATTCCAACACTCCATTGTCCAAATCACCACCATTCGACTTAAGGGGATAACTTTCTTCGTTGGTCCCAGAGTGTTCGGATGTATATTCGTAGGCAAGAGAAGATAGGTTATCTCACCAGAGAAAAAATAGCTCCAAGTTCAGATGACCCTTTATTTGCTGTGTGCGACGCGGAAAACTCCATGGTTATGAGATGGCTCCTCAATTCTATGGTGGAAGACATCAGTAGTAACTACATGTGCTACACTACTGCCAAGGAATCATGGGATGTGTGACTCAAATGTATTCTGATATGGGTAACCAGTCACAAGTGTTCGAGTTGAATCTTAAGTTGGGTGATATACAACAGGGAGGCAACTCAGTTACACAATATTTTCACTCTCTGAAGAGGATGTGGTAGGAACTTGATCTATTTGATACGTATGAGTGGAAGTCCACAGACGACCAAAAACATTATCGGAAAACTGTTGAAGATGGTCGCATTTACAAATTCCTTGTTGGCCTCAATGTTGAGTTTGATGAGGTTAAAGGCAGGATACTTGCAAAAAGTACTCTTCCAAATATTAACGATGTTTTTTTTGAAGTTCGCAGGGAGGAAAGTCGCAGGAATGTTATGATTGGAATGAAGGCAGTTGACCCAGTTGAAAGTTCCACGTTAGTGATTGAAAATACTGCAATGAAAGCTTCTGATCAATCCAACAAAACTCATGATAAGCCTCGTGTCTGGTGTGATTACTGCAACAAACCCCGTCATACGAAGGAAACTTGTTGGAAACTACATGGCAAACCTGCAAATTGGAAGAGCTCTAAGCAAGTTGAGAGAAATTTCCATCAACATGCCTCCAATGCGAATATTGTTGATTCTAGTCCACTCAAAGAGCAAATTGATCAAATCCTGAAGCTGCTAAAATCCAATTCATCGGGTAATCCTAGTGTTTTCTTGGTACAAACAGGTAATTCCCCTCAAGCTCTCTCGTGTCTAAATTCATTCCTCTTCGTGGATCATCGATTCCGGAGCTACTGATCATATGACTAGTTTCTCGTGTTTATTTGAATCATACTCCCCTGTCTATTGTAAAGAAAAAGTCCGTATTGCCGATGGTAGTTTTACATCTATTGCAGGCAAATGAACTATTCCCCCGAGTACAAAACTCATACTACGTTTTGTCCTTCATGTTCCTCAACTAGCTTGTAATTTATTATCTGTGAGCAAAATATCTAAGGATGCTAACTGCCATGTTATCTTTTGTGAAATCCATTATCTCTTTCAGGATCAGGACTCGGGGGAGACGATTGGACGTGTTAGGATGATTGATGGTCTCTATTATTTTGATGAAGTTTCAACTAGTCATAAAAAGATTCAAGGCTTGAGTAGTGTCAGTTCTCTTTCTGTTTGAGAAACTATTATGCTTTGGCATCGTAGATTAGGACATCCTAATTTCGTTTATTTGAAATACTTGTTTCCTGATTTATTTAAAGAAATTGATTGTTCTGTTTTTCAATGCGAAGACTGCATTTTTGCCAAATATTATCGGTCTACTTTTTCACCCAAATCTTATAAGTCTTCATCACCTTTTTACATAATTCATACTGATGTTTGGGGTCTTTTTAAGGTTTTGACTAAAAATGGCAACCATAGGTTTGTTACCTTTATCGATGATCACACTCGTTTAACTTGGCTTTACTTGCTAACAAAAAAGTCGGATGTAAAAGAGGTTTTTGCTCGTTTTTATAAAATGGTTGAGACTAATTTCAAGCTAAAATTCGCATTCTTCACTCTGATAATGGGACTGAATTTTTTAACGAACCACTAACCACCTTTTTACATGATAAGGGCATCGTTCATCAAGTTACATGTCGTGATACTCCTCAGCAAAATGGTGTTGCTGAACCGAAAAATCGACATTTGCTTGAAGTTGCTCGTGCCCTTATGTTTTCTATGCATGTTCCAAAATATCTGTGGGGGATGCTTTTTTAACCGCTGCTTACCTAATCAATAGAATGCCTACTAAGGTGTTGAATTTTAAAACTTCTCTGCAGCACCTCAAAGAGGTTTTTCCTACTGTCCGACTATTCTCAGAGTTAACTTTAAAAGTTTTTGGGTGTACTGCTTATGTTCATCGAACCCTCTTTTCCCAAACTAAATTGGACCATCGGGCCATTAAATGTGTTTTTGTAGGCTATGTTCCCCTTAAGAAGGCATTCAAATGTTTTGACCCCCTAACTAACAAGTATTTTGAGAGTATGGATGTGTCCGTGGAAAGAACAAGGCTCCTTGAAAGTCTTTCGGGGATTACCAGTTCCAGAGGGACCCACCATTGTACTTCTAGGGGAAGGTCTAACATAGCGGAAGGCCACGGCTTTTGTGAGTGTTCCGCACAATACGGTACGGTATGCCACCAGCATAAATGAGGCACACAAGAGACACTGGCGCAATCTCGATTTAATGCCAGCCTGGTGAATCTTTTTTTAGCCCAACTTCTCTTCAGGAGGAGTCATCTTTCCTTGAAGAGAACTTTTGGGACACTTCACCTCTCCCAAACATCATTAGTCTTGAAATTATGAGCTCTAGTCCTTTGATCTCAAGTGTGGAAAATTCTTCGACAGGGGAGAAACACTACAAACAGATTTGACAGGTCGAAATCCTAAACTTCAGTTTTATACTAGAAGAAACATAACTCAAAGGGATAGAAATCAGACAGTCGAGCTAACATAGGACCAATCTGATACTCCAATGAATGATCCTGAAATCTCGGTATGTCTCTTAGCCCTTCCTCTCATAATATGTTGCCTGATGTCTCTGATCTAGATATTTCAATTGCCTAGCGAAAAGGTATCTGCCAATGTACAAAATATCCAATTGCGAACTATCTCTCTTATCATAGATTGTCTAATAGTCAGAGCTTTCACATCTAAAATAACCAACTTATTTGTTCCAAGGAATATACAGGAAGCTCTAAATGATTCGAATTGGAAATTAGCAGTGATGGAAGAGATGAACGCGCTGAAACAAAGTGGTACTTGGGACATAGTTGATCTACCAGAAGATAAGAAAGTAGTGGGATGTAAGTGGGTTTTCACGATAAAATGTAATACTGATGGTAGTATCAAAAGATACAAGGCCAGATTAGTGGCTAAGGGGTTCACCCAGACTTGTGGAATTGATTATCAAGAGACATTTGCCCCTGTAGCTAAAATTAACTCAATTAGAATTTTGCTCCCTATTGCAGTTAATTTTGATTGGCCGCTTTATCAACTTAATGTTAAAAATGCGTTTCTTAATGGTGAACTTGAAGAAGAAGTATTTATGGACTTACTACCTGGTTTTGAAGCAGACCTTGCAAGGTATGTAAATTAAAAAAATCACTATACGACCTTAAACAGTCTCCTAGAGCTTGGTTTGAACGTTTTGGAAAGGCAGTCACAAGCTATGGATTCAACCAAAGTCAAGCCGATCACACTATGTTCTACAAGCATACGGGAAATGACAAGGTTGTTGTTCTGATAGTGTATGTCGATGATATCATACTTATAGGCAATGATGAGACAGGAATGTCTATTGTAAAGGAAAATTGGCGAATGATTTCAAGATCAAAGATCTGGGATTCTTAAAGTACTTCCTTGGCATGGAGTTTGCTAGGTCTAAAAGTGGTATTCTCATCAATCAAAGAAAGTATATCCTTGATCTACTCAAAGAGACATGTTTACTTGGTTGCCGAATTGCAGAAACTCCCATTGAGCAGAACTTAAAATTGGAAGCTGCAACAGAAAATGATGTAAAAGAAAAGGGGAAGTACCATAGACTCGTGGGAAGACTAATATACCTCTCTCACACACGTCTCGACATTGCCTTTGCAGTTAGTATGGTAAGCCAGTTCATGCATGCCCCTGGGCCAGCTCATTTTGAAGCTGTCTTTAGAATCCTAAGATATTTGAAAGGTACTCCAGGGAAAGGGATACTCTTAAAAAAAAACATGGCCACCTACAGGTTGAAGTTTATACTGATGTTGATTGGGCAGGTAGCACAACAGATAGGAGATCGACTTCTGGGTATTGCTCCTTTGTTAGAGGAAACTTAGTTACTTGGCGTAGTAAAAAAAAAGAGTGTAGTTGCAAAAAGTAGTGCTGAAGCAAAATTTAGGGCATTGGCCCATAATATTTGTGAAGACATATGGATAAAAAGGTTGTTGGAAGAATTGAAATTCGCTCAGACAATGCCCATACGCATTTACTGTGATAACAAGGCCGCAATCTCCATTGCTCATAATCCAGTCCTTCATGATAGGACGAAACACATTGAAGGTGATAAACATTTCATAAAAGAAAAGATTGATGCAGGAGTGATATGCATTTCCTAGCTCCCAACAACAGAACAAACTGCAAATGTATTAACTAAAGGTCTTCCTAAGTTGCAATTCAACAAGTTAAAAGACAAGTTGGCCATGAGTGATATATTCAAACCAGCTTGAGGAAGAGTGTTGATTATTTCCTTTTTTGTTTATATTTTCCTTTGTTTTTATTGTAAAGATATTTGCTATATTTATTTTTTCCTTATTTGTAATAGGTTTTCTTTTATTTAAGAAAACCCTTGTCTAACAAAGAAAATAAGAGAAATAAAATATTTTTAGCAGCATCTATATACATTATACTAATTGCATCATATACAATTAACTCCCTTATTAATTGGAACATTTCAAATTAAATCAAAATGTTTGATTCTTATACAAAGCCTTAATGAGTTAGCAAGAAGATCTTATGGACCTATAGATTAGAAGCTCCAATGATATAAGATTGATCAATTAGACTCTTTAATTAGATTAATCAATATTCATTAATTGTATGTTACTCCACTAAAGACTTACAACTACACTCTTCGCACTATATATATATATATTTTTGTGTCTACGGAATTAACTAATCAACAGTAAGTCGACCCTTCACAAATTACTCATAACTACAAGTGGGTCAAATTGCTATTTTACCCCTATAGTTACATTTAACTGATTCTTCTAATGAACAAACTGTTTATAGTCCAACTATAAACTAACCTCTCTCGGGCCAGTGAGATGGTGAGGCCTGGTTGTTCAAGATCCGGAATCAGCCCTGTAATTTATCTACTTACCCTAAATATGGGAAGTAGTCAATTCCATCTTATGAAGATATGTTCCCAGCACCCTATTCAGACAAATCCCCAAAATGGTAGGTATATTGAGTCAACGATCTGGCCACTCTTACCCATACAGATTAAAGGATTACCCTCATAGACAGGAGTTCATAACTCACTCAAGATTAAGGTTGAGTTACCTATAGTCATCCTATGAAATGTTAACTTCTTCGATTCACGGTGTTACAAAGAGAAATTAAATATTTTGCGGTCCGGTCTTATACAAACTCTGTGAATAGGATACCCTACTCACATGTCTCCACATGAACGATTAGGATCAAATCGTTTGTAACACTTTACAACTCTTTGTAACAATTACAAAGTGGGTCGTATCCGTAGAGTTACCAGAATAAGGCACCCAACCTTATTCCTATACCACAAACCTTTTGGTTATTACTTAAACACGAGCCAACCTCGTATGTCAACCACATACATGTTAAGTTTACATAAAATAACCATGAAATCTTAGTTTATTAGATTGAGTTAATGCAAACAATAGATAAAATAACTTTTAAATTTATTGAATAAATAAAATGTATTTACAATTTACAAAATTACAAGACCCCAAGGGATTTAGGACGCCAGTCCCAACACAATCCCTATCCTTGTGAAATTTCCTGTGGGGATCAAGGCAGGGATTCCCCGTGAGGAATTCACGGGGATCAAGTTCCCCACAGGAAAAAATTATGTAAATTTACTTATTTTGTAAACTTGTAATCTTATTCTTAACCATATAAAATTTTATTTATTAAATGGATCATTTTTAATACATTTTTTAAAATTAAAAATAAACACTATAAATTTTTCTAATAAAAAAATAATATTTTATATGGAAATATATAATTAAAATATTTAATTCCACAATTTTTAAAAATTAAAATTTAAATATTACAAGTTTAAACTTTCCCTTAAATATTACAACTTTATGGTTTTAAAAGTAATGTGGTCTTAAATATTATATATATATTGAAGTATAAAAACATTGAGATGAAAATTAAAAAAAGTTAATTGTTGAAGCATTTTAAAATAAAGTAATTAAAACTAATTAGAAAAAGCCAATTACAATAAACTCACTGAGTTTTCGTGTGAGTTTGTGTGTGTGTATATATTATAACAAAATCTACATATATAAGAAAATAATATATATGTATATATTTTTTTCCATCGGGCCAAGGTAGGGGACGGGGAATGTAATCCATGTCTGGTCCCCGTTTAGTCAACGGGGAGAAACATCTCCCTGCTCCCTTCCCCATTCCCCGTCCAAATGGGGGTTTCCTTGCCTTTTTCGGTTGATTTCATATGTATATCTCTAGTTGAGTTCATATGTTAGGGGTAACTGGTGTAAATAATATGTTTTTATAGTGATTATTTTTGTTTGGAAACTTTTTTATTCAATTATTCTTCATATTCTTTTAAACAAATTATGAATTGATTTCGATTTATTTATTTATTTTTTTTTTAAGTATGTATTGTTGGGAGTTTTGGGATATGGGGTTTAGGGTTTACTTTTGGATCGTGCATTTCAATTTTTCTTTTTTTTAATTTAAGCAATCATTTTTCAAATTTGTGCATGTAACGTCTCTAGTTAAGTTGGACAAAACTATATTGGATTCATTGGAACAAAACAAATTTGGACTTATGTTGTAAGTGGAATATCTTCAAAATGTAATTGTATTGTGATGCCCTATTAATGGTCATGTTACATGGTTGACACAAAAAATATGTAACAAATGGCCACATCCTCTGGCCGAGTTATATGATACAAAAAAAAAATTATATATGACATCGGCCCACAAATCATCAAGTCCACCTACACAAAAACAGAAAAAAAAAAAAAATGTCTATCCAAATTCTCTATCTCATGATAGATATGTTTGACAATGATTTTTATGAAAAAAATGGGAAGTAATCAACATGTTTCTCTTTCAACTTCTCTTGTTCGATGGTTTGAATGTGCTAGGGTTGAATTACTTCAACTTCCATTCATTCCTTCTTGTAGAAGAAATTTATGGAAGATTTAGTGGTCATTCACTTATCCAAATTTTGATCATTGTTTGGTTGAAAATTTGAAGGCTTTATTTGGCCTCCCAAGAGGAAGAAAGATTGTGCAAGTTACTGCTGGCATAGATAAAAAAGGTTGGATGGTTTTTGAGGAAATGGTAAGTGATTTCCTTTCAACTGTTGAGAACAAGATGCATTTGGAACTTGAATCTTTTAATCAGTTGAAGTTAGCCGGAAATTCTCAAGATGGGTTGGTTACTTACAAGCAAATTTCAAGAAGTTAA

mRNA sequence

TGAGCTGGGGTTTTGTTTTGTAAGCCATAATGACCAAGGAGCCCTCCACGTGCACAATAATGGAAGCCTCATTTCTTCCCAATCGCCATGGCTGAATCTCAAAGTCTCAGCTGAGAAACAAAGACGCAAAAACATACGCAGGAAATTTTTGTGCCCTCACATACGCAACCGAACGACAGAATGGGGGCGTTTATCAAACTCGAGGATTCTCCTATGTTCTTGAAACAGATATTTTCTCTAGAAAAAACAACTGATGAGTTGGAAGATCGATGCAGAAGACTACACAATGGATGTAGGATGTTTATGGAAACTCTTGGAGAAGCTAGTAATGGAGACATTTCTTTTGCAGATTCTTTGGAAGGATTCGGTGGTGGGCAAGATGATCCTGTCAGCGTTTCAATTGGAGGTCCAGTTATATCCAAGTTTATCACTGCATTTCGTGAACTTGCTACCTACAAAGACCAATTGCGTTCTCAGGTAGAACATGTATTAACGGATCGGTTGATGCAGTTCCTGAACGAGGATTTACAAGGAGTAAGGGACTCTCGTCAACGCTTTGATAAAGCTATGCATGAGTATGATCAGGCTCGAGAAAAGTTTGTGTCATTGAAAAAGAACACGCGAGGGGACATTATTGCAGGACTTGAAGAGGACCTCCTGAATTCAAAGTCAGCATTTGAGAAAAGCCGCTTCAATCTAGTGAATGCGCTTATGAATGTTGAAGCAAAGAAGAAGTATGAGTTCTTAGAATCTATAAGTGCACTGATGGATGCTCATTTAAGATATTTTAAGCTAGGCTTTGACTTATTCGGCCAGATGGAACCGTTCATTCATCAGGTTCTAACATATGCACAACAATCGAAAGAACTGGCGAACATTGAACAAGATAAACTTGCAAAAAGGATTCAGGAATTCAGGACACAGGCAGAGCTGGACAATTTGCAAGTTTCCAATAGCCTAGATCCTTCTGTTGTTTCTGATGGCATTCATGGTAGTGGTATTAACTCCTACAGAAATGTTGAAGCAGCTCCTATGTCCATTGTCAATGGGAAGGTTGAAACAATAAAACAAGGATATCTCTTGAAACGATCTTCAGGTTCAAGGGGAGATTGGAAAAGGATGTTTTTTGTACTTGATAGTCAAGGTGCTCTCTATTATTATAAGAACAAGGCAAGCAAATATGTGGGTCAACAATCTCATAGTTTCAATCGTTCAGAAGAACACAACAACAGTGTGTTTGGTAGATTCCGTTCAAGGCACACTAGGGCATCGTCACTCAATGAAGAAATTTTGCGTTGTTCTACAGTTAATCTGCATACGTCTACAATAAAGATGGATGCAGAGGATTCAGATCTAAGACTTTGCTTCAGAATAATTTCTCCCTCTAAGACCTTCACTTTGCAGGCTGAAAATGAGGCAGATAGGATGGACTGGGTCAATAAAGTCACGGCGGTTATTGCATCTCTTTTCAATTCTTACTTTCTTCAACAGCCATTCCTGGAAGCAAAACATCCTGAGTGTGACAAAAACAATTTTGATGATTATAATGTTCAGACACTACATGACAAAAGATTAGAAGATGGCAGCCAAGTAGATTCTGTTTCTAAGATACTAAGAGAAATCCCTGGAAATAATCTATGTGCAGAGTGCGGCACTCCAGAACCTGAATGGGCATCTTTAAACCTTGGCATTTTATTGTGCATAGAATGCTCTGGTGTTCACCGTAATCTTGGTGTCCATATTTCAAAGGTGAGATCAATAATATTAGATGTTAAAGTCTGGGAGCCTTCAATACTGGACTTGTTTAGGAACTTGGGCAATGCTTATTGTAACTCAATTTGGGAGGGATTGTTTCTTGCAGATACGGGAAGCGATAATACACAACATGCTGTAGCCACTTCAATTCCGAAACCAAGTCCTAGGGACGCCATTCAGCTTAGGGAGAGATATATTCAGGCTAAGTATGTAGAGAAAATGTTTGTGGCTAAGGATAGCGAAGCACCCGGCAACATTTCTTATGCAAAAAGTATCTGGGAAGCTGTCAAAACAGATGACTTGCGAGAAGCATACCGTCTCATTGCAGTTTCAGCCGTATCGATTGTCAACACAACTTATGATAATGTAGTCGGTGTCAATTCAAGCCCACATTTGGACGATGAACCCTCAGGAAGTAATCGAGAATCACATAATCCATCATTGTGTGGGAGAGATTGGGATTCTAATCAGTCAAGGAACAGTCTTCAAGGTTGCTCATTATTGCATCTCGCTTGTCAAAATGACAATCAAGTGATGCTTGAACTGTTATTGCAATTTGGTGCCGATATAAATGTACGTGACTCTCATGGAAGGACGCCTTTGCACCAATGCATCTCCCAGAAAAACAACATGTTGGCTAAGTTGCTACTTAGAAGGGGAAGGTCTAACATAGCGGAAGGCCACGGCTTTTGTGAGTGTTCCGCACAATACGGTACGGCTTTATTTGGCCTCCCAAGAGGAAGAAAGATTGTGCAAGTTACTGCTGGCATAGATAAAAAAGGTTGGATGGTTTTTGAGGAAATGGTAAGTGATTTCCTTTCAACTGTTGAGAACAAGATGCATTTGGAACTTGAATCTTTTAATCAGTTGAAGTTAGCCGGAAATTCTCAAGATGGGTTGGTTACTTACAAGCAAATTTCAAGAAGTTAA

Coding sequence (CDS)

ATGGGGGCGTTTATCAAACTCGAGGATTCTCCTATGTTCTTGAAACAGATATTTTCTCTAGAAAAAACAACTGATGAGTTGGAAGATCGATGCAGAAGACTACACAATGGATGTAGGATGTTTATGGAAACTCTTGGAGAAGCTAGTAATGGAGACATTTCTTTTGCAGATTCTTTGGAAGGATTCGGTGGTGGGCAAGATGATCCTGTCAGCGTTTCAATTGGAGGTCCAGTTATATCCAAGTTTATCACTGCATTTCGTGAACTTGCTACCTACAAAGACCAATTGCGTTCTCAGGTAGAACATGTATTAACGGATCGGTTGATGCAGTTCCTGAACGAGGATTTACAAGGAGTAAGGGACTCTCGTCAACGCTTTGATAAAGCTATGCATGAGTATGATCAGGCTCGAGAAAAGTTTGTGTCATTGAAAAAGAACACGCGAGGGGACATTATTGCAGGACTTGAAGAGGACCTCCTGAATTCAAAGTCAGCATTTGAGAAAAGCCGCTTCAATCTAGTGAATGCGCTTATGAATGTTGAAGCAAAGAAGAAGTATGAGTTCTTAGAATCTATAAGTGCACTGATGGATGCTCATTTAAGATATTTTAAGCTAGGCTTTGACTTATTCGGCCAGATGGAACCGTTCATTCATCAGGTTCTAACATATGCACAACAATCGAAAGAACTGGCGAACATTGAACAAGATAAACTTGCAAAAAGGATTCAGGAATTCAGGACACAGGCAGAGCTGGACAATTTGCAAGTTTCCAATAGCCTAGATCCTTCTGTTGTTTCTGATGGCATTCATGGTAGTGGTATTAACTCCTACAGAAATGTTGAAGCAGCTCCTATGTCCATTGTCAATGGGAAGGTTGAAACAATAAAACAAGGATATCTCTTGAAACGATCTTCAGGTTCAAGGGGAGATTGGAAAAGGATGTTTTTTGTACTTGATAGTCAAGGTGCTCTCTATTATTATAAGAACAAGGCAAGCAAATATGTGGGTCAACAATCTCATAGTTTCAATCGTTCAGAAGAACACAACAACAGTGTGTTTGGTAGATTCCGTTCAAGGCACACTAGGGCATCGTCACTCAATGAAGAAATTTTGCGTTGTTCTACAGTTAATCTGCATACGTCTACAATAAAGATGGATGCAGAGGATTCAGATCTAAGACTTTGCTTCAGAATAATTTCTCCCTCTAAGACCTTCACTTTGCAGGCTGAAAATGAGGCAGATAGGATGGACTGGGTCAATAAAGTCACGGCGGTTATTGCATCTCTTTTCAATTCTTACTTTCTTCAACAGCCATTCCTGGAAGCAAAACATCCTGAGTGTGACAAAAACAATTTTGATGATTATAATGTTCAGACACTACATGACAAAAGATTAGAAGATGGCAGCCAAGTAGATTCTGTTTCTAAGATACTAAGAGAAATCCCTGGAAATAATCTATGTGCAGAGTGCGGCACTCCAGAACCTGAATGGGCATCTTTAAACCTTGGCATTTTATTGTGCATAGAATGCTCTGGTGTTCACCGTAATCTTGGTGTCCATATTTCAAAGGTGAGATCAATAATATTAGATGTTAAAGTCTGGGAGCCTTCAATACTGGACTTGTTTAGGAACTTGGGCAATGCTTATTGTAACTCAATTTGGGAGGGATTGTTTCTTGCAGATACGGGAAGCGATAATACACAACATGCTGTAGCCACTTCAATTCCGAAACCAAGTCCTAGGGACGCCATTCAGCTTAGGGAGAGATATATTCAGGCTAAGTATGTAGAGAAAATGTTTGTGGCTAAGGATAGCGAAGCACCCGGCAACATTTCTTATGCAAAAAGTATCTGGGAAGCTGTCAAAACAGATGACTTGCGAGAAGCATACCGTCTCATTGCAGTTTCAGCCGTATCGATTGTCAACACAACTTATGATAATGTAGTCGGTGTCAATTCAAGCCCACATTTGGACGATGAACCCTCAGGAAGTAATCGAGAATCACATAATCCATCATTGTGTGGGAGAGATTGGGATTCTAATCAGTCAAGGAACAGTCTTCAAGGTTGCTCATTATTGCATCTCGCTTGTCAAAATGACAATCAAGTGATGCTTGAACTGTTATTGCAATTTGGTGCCGATATAAATGTACGTGACTCTCATGGAAGGACGCCTTTGCACCAATGCATCTCCCAGAAAAACAACATGTTGGCTAAGTTGCTACTTAGAAGGGGAAGGTCTAACATAGCGGAAGGCCACGGCTTTTGTGAGTGTTCCGCACAATACGGTACGGCTTTATTTGGCCTCCCAAGAGGAAGAAAGATTGTGCAAGTTACTGCTGGCATAGATAAAAAAGGTTGGATGGTTTTTGAGGAAATGGTAAGTGATTTCCTTTCAACTGTTGAGAACAAGATGCATTTGGAACTTGAATCTTTTAATCAGTTGAAGTTAGCCGGAAATTCTCAAGATGGGTTGGTTACTTACAAGCAAATTTCAAGAAGTTAA

Protein sequence

MGAFIKLEDSPMFLKQIFSLEKTTDELEDRCRRLHNGCRMFMETLGEASNGDISFADSLEGFGGGQDDPVSVSIGGPVISKFITAFRELATYKDQLRSQVEHVLTDRLMQFLNEDLQGVRDSRQRFDKAMHEYDQAREKFVSLKKNTRGDIIAGLEEDLLNSKSAFEKSRFNLVNALMNVEAKKKYEFLESISALMDAHLRYFKLGFDLFGQMEPFIHQVLTYAQQSKELANIEQDKLAKRIQEFRTQAELDNLQVSNSLDPSVVSDGIHGSGINSYRNVEAAPMSIVNGKVETIKQGYLLKRSSGSRGDWKRMFFVLDSQGALYYYKNKASKYVGQQSHSFNRSEEHNNSVFGRFRSRHTRASSLNEEILRCSTVNLHTSTIKMDAEDSDLRLCFRIISPSKTFTLQAENEADRMDWVNKVTAVIASLFNSYFLQQPFLEAKHPECDKNNFDDYNVQTLHDKRLEDGSQVDSVSKILREIPGNNLCAECGTPEPEWASLNLGILLCIECSGVHRNLGVHISKVRSIILDVKVWEPSILDLFRNLGNAYCNSIWEGLFLADTGSDNTQHAVATSIPKPSPRDAIQLRERYIQAKYVEKMFVAKDSEAPGNISYAKSIWEAVKTDDLREAYRLIAVSAVSIVNTTYDNVVGVNSSPHLDDEPSGSNRESHNPSLCGRDWDSNQSRNSLQGCSLLHLACQNDNQVMLELLLQFGADINVRDSHGRTPLHQCISQKNNMLAKLLLRRGRSNIAEGHGFCECSAQYGTALFGLPRGRKIVQVTAGIDKKGWMVFEEMVSDFLSTVENKMHLELESFNQLKLAGNSQDGLVTYKQISRS

Homology

[Close]

BLAST of Clc07G06610 vs. NCBI nr
Match: XP_038892772.1 (ADP-ribosylation factor GTPase-activating protein AGD4-like isoform X1 [Benincasa hispida])

HSP 1 Score: 1379.0 bits (3568), Expect = 0.0e+00
Identity = 693/745 (93.02%), Postives = 717/745 (96.24%), Query Frame = 0


Query: 1   MGAFIKLEDSPMFLKQIFSLEKTTDELEDRCRRLHNGCRMFMETLGEASNGDISFADSLE 60
           MGAFIKLEDSPMFLKQIFSLE+TTDELEDRCRRL +GCRMFMETLGEASNGDISFADSLE
Sbjct: 1   MGAFIKLEDSPMFLKQIFSLERTTDELEDRCRRLQSGCRMFMETLGEASNGDISFADSLE 60

Query: 61  GFGGGQDDPVSVSIGGPVISKFITAFRELATYKDQLRSQVEHVLTDRLMQFLNEDLQGVR 120
           GFGGGQDDPVSVSIGGPVISKFITAFRELATYKDQLRSQVEHVLTDRLMQFLNEDLQGV+
Sbjct: 61  GFGGGQDDPVSVSIGGPVISKFITAFRELATYKDQLRSQVEHVLTDRLMQFLNEDLQGVK 120

Query: 121 DSRQRFDKAMHEYDQAREKFVSLKKNTRGDIIAGLEEDLLNSKSAFEKSRFNLVNALMNV 180
           DSRQRFDKAMHEYDQAREKFVSLKKNTRGDI+A  EE+LLNSKSAFEKSRFNLVNALMNV
Sbjct: 121 DSRQRFDKAMHEYDQAREKFVSLKKNTRGDIVAEFEENLLNSKSAFEKSRFNLVNALMNV 180

Query: 181 EAKKKYEFLESISALMDAHLRYFKLGFDLFGQMEPFIHQVLTYAQQSKELANIEQDKLAK 240
           EAKKKYEFLESISALMDAHLRYFKLGFDLFGQMEPFIHQVLTYAQQSKELANIEQDKLAK
Sbjct: 181 EAKKKYEFLESISALMDAHLRYFKLGFDLFGQMEPFIHQVLTYAQQSKELANIEQDKLAK 240

Query: 241 RIQEFRTQAELDNLQVSNSLDPSVVSDGIHGSGINSYRNVEAAPMSIVNGKVETIKQGYL 300
           RIQEFRTQA+LDNLQ SNSLDPS+VSDGIHGSGI+SYR+VE AP SIVNGKVETIKQGYL
Sbjct: 241 RIQEFRTQAQLDNLQASNSLDPSLVSDGIHGSGISSYRSVETAPQSIVNGKVETIKQGYL 300

Query: 301 LKRSSGSRGDWKRMFFVLDSQGALYYYKNKASKYVGQQSHSFNRSEEHNNSVFGRFRSRH 360
           LKRSSGSRGDWKRMFFVLDSQGALYYYKNKASKYVGQQSHSFNR +EHNNS+FGRFR+RH
Sbjct: 301 LKRSSGSRGDWKRMFFVLDSQGALYYYKNKASKYVGQQSHSFNRPDEHNNSMFGRFRARH 360

Query: 361 TRASSLNEEILRCSTVNLHTSTIKMDAEDSDLRLCFRIISPSKTFTLQAENEADRMDWVN 420
            RASS NEEILRCSTVNLHTSTIKMDAEDSDLRLCFRIISPSKTFTLQAENEADRMDW+N
Sbjct: 361 NRASSFNEEILRCSTVNLHTSTIKMDAEDSDLRLCFRIISPSKTFTLQAENEADRMDWIN 420

Query: 421 KVTAVIASLFNSYFLQQPFLEAKHPECDKNNFDDYNVQTLHDKRLEDGSQVDSVSKILRE 480
           K+T  IASLFN YFLQQPFLEAKHPECDK N DDYNVQTLH+KRLEDGSQVDSVSKILRE
Sbjct: 421 KITGAIASLFNFYFLQQPFLEAKHPECDKKNCDDYNVQTLHEKRLEDGSQVDSVSKILRE 480

Query: 481 IPGNNLCAECGTPEPEWASLNLGILLCIECSGVHRNLGVHISKVRSIILDVKVWEPSILD 540
           I GN+LCAECGTPEPEWASLNLGILLCIECSGVHRNLGVHISKVRSIILDVKVWEPSILD
Sbjct: 481 IAGNDLCAECGTPEPEWASLNLGILLCIECSGVHRNLGVHISKVRSIILDVKVWEPSILD 540

Query: 541 LFRNLGNAYCNSIWEGLFLADTGSDNTQHAVATSIPKPSPRDAIQLRERYIQAKYVEKMF 600
           LFRNLGNAYCNSIWEGLFLADTGS+NTQHAVATSIPKPSP+DAIQLRERYIQAKYVEK F
Sbjct: 541 LFRNLGNAYCNSIWEGLFLADTGSNNTQHAVATSIPKPSPKDAIQLRERYIQAKYVEKQF 600

Query: 601 VAKDSEAPGNISYAKSIWEAVKTDDLREAYRLIAVSAVSIVNTTYDNVVGVNSSPHLDDE 660
           V KD+EAPGNISYAKSIWEAVKT+DLREAYRLIAVS VSIVNTTYDNVV V+SSPHLD+E
Sbjct: 601 VGKDNEAPGNISYAKSIWEAVKTNDLREAYRLIAVSTVSIVNTTYDNVVSVSSSPHLDEE 660

Query: 661 PSGSNRESHNPSLCGRDWDSNQSRNSLQGCSLLHLACQNDNQVMLELLLQFGADINVRDS 720
           P G NRESHNPS   R WDSN+SRNSLQGCSLLHLACQN NQVMLELLLQFGADINV DS
Sbjct: 661 PLG-NRESHNPSSFRRGWDSNESRNSLQGCSLLHLACQNGNQVMLELLLQFGADINVCDS 720

Query: 721 HGRTPLHQCISQKNNMLAKLLLRRG 746
           HGRTPLHQCISQ+NN LAKLLLRRG
Sbjct: 721 HGRTPLHQCISQENNKLAKLLLRRG 744

[Close]

BLAST of Clc07G06610 vs. NCBI nr
Match: XP_008454717.1 (PREDICTED: ADP-ribosylation factor GTPase-activating protein AGD4-like isoform X1 [Cucumis melo])

HSP 1 Score: 1378.2 bits (3566), Expect = 0.0e+00
Identity = 688/745 (92.35%), Postives = 722/745 (96.91%), Query Frame = 0


Query: 1   MGAFIKLEDSPMFLKQIFSLEKTTDELEDRCRRLHNGCRMFMETLGEASNGDISFADSLE 60
           MGAFIKLEDSPMFLKQIFSLE+TTDELEDRCRRLHNGCRMFMETLGEASNGDISFADSLE
Sbjct: 1   MGAFIKLEDSPMFLKQIFSLERTTDELEDRCRRLHNGCRMFMETLGEASNGDISFADSLE 60

Query: 61  GFGGGQDDPVSVSIGGPVISKFITAFRELATYKDQLRSQVEHVLTDRLMQFLNEDLQGVR 120
           GFGGGQDDPVSVSIGGPV+SKFITAFRELATYK+QLRSQVEHVLT+RLMQFLNEDLQGV+
Sbjct: 61  GFGGGQDDPVSVSIGGPVLSKFITAFRELATYKEQLRSQVEHVLTNRLMQFLNEDLQGVK 120

Query: 121 DSRQRFDKAMHEYDQAREKFVSLKKNTRGDIIAGLEEDLLNSKSAFEKSRFNLVNALMNV 180
           DSRQRFDKAMH+YDQAREKFVSLKKNTRGDI+A  EEDLLNSKSAFEKSRFNLVNALMN+
Sbjct: 121 DSRQRFDKAMHQYDQAREKFVSLKKNTRGDIVAECEEDLLNSKSAFEKSRFNLVNALMNI 180

Query: 181 EAKKKYEFLESISALMDAHLRYFKLGFDLFGQMEPFIHQVLTYAQQSKELANIEQDKLAK 240
           EAKKKYEFLESISALMDAHLRYFKLGFDLFGQMEPFIHQVLTYAQQSKELANIEQDKLAK
Sbjct: 181 EAKKKYEFLESISALMDAHLRYFKLGFDLFGQMEPFIHQVLTYAQQSKELANIEQDKLAK 240

Query: 241 RIQEFRTQAELDNLQVSNSLDPSVVSDGIHGSGINSYRNVEAAPMSIVNGKVETIKQGYL 300
           RIQEFRTQA+LDNLQ SNSLDPSVVSDGIHGSGI+SYR+VE AP SIVNGKVETIKQGYL
Sbjct: 241 RIQEFRTQAQLDNLQASNSLDPSVVSDGIHGSGISSYRSVETAPQSIVNGKVETIKQGYL 300

Query: 301 LKRSSGSRGDWKRMFFVLDSQGALYYYKNKASKYVGQQSHSFNRSEEHNNSVFGRFRSRH 360
           LKRSSGSRGDWKRMFFVLDSQGALYYYKNKAS+YVGQQSHSFNRS+E NNS+FGRFR+RH
Sbjct: 301 LKRSSGSRGDWKRMFFVLDSQGALYYYKNKASRYVGQQSHSFNRSDELNNSMFGRFRARH 360

Query: 361 TRASSLNEEILRCSTVNLHTSTIKMDAEDSDLRLCFRIISPSKTFTLQAENEADRMDWVN 420
           TR+SSLNEEILRCSTVNLHTSTIKMDAEDSDLRLCFRIISPSKTFTLQAENEADRMDW+N
Sbjct: 361 TRSSSLNEEILRCSTVNLHTSTIKMDAEDSDLRLCFRIISPSKTFTLQAENEADRMDWIN 420

Query: 421 KVTAVIASLFNSYFLQQPFLEAKHPECDKNNFDDYNVQTLHDKRLEDGSQVDSVSKILRE 480
           K+T  IASLFNSYFLQQP LEAKHPECDKNNF+DY++ TLH+KRLEDGSQVDSVSKILR+
Sbjct: 421 KITGAIASLFNSYFLQQPLLEAKHPECDKNNFNDYSILTLHEKRLEDGSQVDSVSKILRD 480

Query: 481 IPGNNLCAECGTPEPEWASLNLGILLCIECSGVHRNLGVHISKVRSIILDVKVWEPSILD 540
           IPGN+LCAECG+PEPEWASLNLGILLCIECSGVHRNLGVHISKVRSIILDVKVWEPSILD
Sbjct: 481 IPGNDLCAECGSPEPEWASLNLGILLCIECSGVHRNLGVHISKVRSIILDVKVWEPSILD 540

Query: 541 LFRNLGNAYCNSIWEGLFLADTGSDNTQHAVATSIPKPSPRDAIQLRERYIQAKYVEKMF 600
           LFRNLGNAYCNSIWEGLFLADTG DN++HAVATSIPKPSP+DA QLRERYIQAKYVEK F
Sbjct: 541 LFRNLGNAYCNSIWEGLFLADTGRDNSEHAVATSIPKPSPKDANQLRERYIQAKYVEKQF 600

Query: 601 VAKDSEAPGNISYAKSIWEAVKTDDLREAYRLIAVSAVSIVNTTYDNVVGVNSSPHLDDE 660
           V KDSEAPGNISYAKS+WEAVK +DLREAYRLIAVSAV IVNTTYDNVVGV+SSPHLD+E
Sbjct: 601 VVKDSEAPGNISYAKSMWEAVKRNDLREAYRLIAVSAVLIVNTTYDNVVGVSSSPHLDEE 660

Query: 661 PSGSNRESHNPSLCGRDWDSNQSRNSLQGCSLLHLACQNDNQVMLELLLQFGADINVRDS 720
            S  N+ES NPS CGRDWDSN+SRNSLQGCSLLHLACQNDNQVMLELLLQFG DINVRDS
Sbjct: 661 HS-VNQESLNPSSCGRDWDSNESRNSLQGCSLLHLACQNDNQVMLELLLQFGTDINVRDS 720

Query: 721 HGRTPLHQCISQKNNMLAKLLLRRG 746
           HGRTPLHQCISQKNN LAKLLLRRG
Sbjct: 721 HGRTPLHQCISQKNNKLAKLLLRRG 744

[Close]

BLAST of Clc07G06610 vs. NCBI nr
Match: XP_011654489.1 (ADP-ribosylation factor GTPase-activating protein AGD4 isoform X1 [Cucumis sativus] >KAE8648217.1 hypothetical protein Csa_018403 [Cucumis sativus])

HSP 1 Score: 1370.5 bits (3546), Expect = 0.0e+00
Identity = 686/745 (92.08%), Postives = 718/745 (96.38%), Query Frame = 0


Query: 1   MGAFIKLEDSPMFLKQIFSLEKTTDELEDRCRRLHNGCRMFMETLGEASNGDISFADSLE 60
           MGAFIKLEDSPMFLKQI SL++TTD LEDRCRRLH+GCRMFMETLGEASNGDISFADSLE
Sbjct: 1   MGAFIKLEDSPMFLKQISSLQRTTDVLEDRCRRLHSGCRMFMETLGEASNGDISFADSLE 60

Query: 61  GFGGGQDDPVSVSIGGPVISKFITAFRELATYKDQLRSQVEHVLTDRLMQFLNEDLQGVR 120
           GFGGGQDDPVSVSIGGPV+SKF+TAFRELATYK+QLRSQVEHVLT+RLMQFL+EDLQGV+
Sbjct: 61  GFGGGQDDPVSVSIGGPVLSKFVTAFRELATYKEQLRSQVEHVLTNRLMQFLDEDLQGVK 120

Query: 121 DSRQRFDKAMHEYDQAREKFVSLKKNTRGDIIAGLEEDLLNSKSAFEKSRFNLVNALMNV 180
           DSRQRFDKAMHEYDQAREKFVSLKKNTRGDI+A  EEDLLNSKSAFEKSRFNLVNALMNV
Sbjct: 121 DSRQRFDKAMHEYDQAREKFVSLKKNTRGDIVAECEEDLLNSKSAFEKSRFNLVNALMNV 180

Query: 181 EAKKKYEFLESISALMDAHLRYFKLGFDLFGQMEPFIHQVLTYAQQSKELANIEQDKLAK 240
           EAKKKYEFLESISALMDAHLRYFKLGFDLFGQMEPFIHQVLTYAQQSKELANIEQDKLAK
Sbjct: 181 EAKKKYEFLESISALMDAHLRYFKLGFDLFGQMEPFIHQVLTYAQQSKELANIEQDKLAK 240

Query: 241 RIQEFRTQAELDNLQVSNSLDPSVVSDGIHGSGINSYRNVEAAPMSIVNGKVETIKQGYL 300
           RIQEFRTQA+LDNLQ SNSLD SVVSDGIHGSGINSYR+VE AP SIVNGKVETIKQGYL
Sbjct: 241 RIQEFRTQAQLDNLQASNSLDTSVVSDGIHGSGINSYRSVETAPQSIVNGKVETIKQGYL 300

Query: 301 LKRSSGSRGDWKRMFFVLDSQGALYYYKNKASKYVGQQSHSFNRSEEHNNSVFGRFRSRH 360
           LKRSSGSRGDWKRMFFVLDSQGALYYYKNKAS+YVGQQSHSFNRS+EHNNS+FGRFR+RH
Sbjct: 301 LKRSSGSRGDWKRMFFVLDSQGALYYYKNKASRYVGQQSHSFNRSDEHNNSMFGRFRARH 360

Query: 361 TRASSLNEEILRCSTVNLHTSTIKMDAEDSDLRLCFRIISPSKTFTLQAENEADRMDWVN 420
            R+SSLNEEILRCSTVNLHTSTIKMDAEDSDLRLCFRIISPSKTFTLQAENEADRMDW+N
Sbjct: 361 NRSSSLNEEILRCSTVNLHTSTIKMDAEDSDLRLCFRIISPSKTFTLQAENEADRMDWIN 420

Query: 421 KVTAVIASLFNSYFLQQPFLEAKHPECDKNNFDDYNVQTLHDKRLEDGSQVDSVSKILRE 480
           K+T  IASLFNSYFLQQPFLEAKHPECDKNNF+DY+VQT H+KRLEDGSQVDSVSKILRE
Sbjct: 421 KITGAIASLFNSYFLQQPFLEAKHPECDKNNFNDYSVQTRHEKRLEDGSQVDSVSKILRE 480

Query: 481 IPGNNLCAECGTPEPEWASLNLGILLCIECSGVHRNLGVHISKVRSIILDVKVWEPSILD 540
           IPGN+LCAECG+ EPEWASLNLGILLCIECSGVHRNLGVHISKVRSIILDVKVWEPSILD
Sbjct: 481 IPGNDLCAECGSSEPEWASLNLGILLCIECSGVHRNLGVHISKVRSIILDVKVWEPSILD 540

Query: 541 LFRNLGNAYCNSIWEGLFLADTGSDNTQHAVATSIPKPSPRDAIQLRERYIQAKYVEKMF 600
           LFRNLGN YCNSIWEGLFLADTG DNTQHA+ATSIPKPSP+DA QLRERYIQAKYVEK F
Sbjct: 541 LFRNLGNTYCNSIWEGLFLADTGRDNTQHALATSIPKPSPKDANQLRERYIQAKYVEKQF 600

Query: 601 VAKDSEAPGNISYAKSIWEAVKTDDLREAYRLIAVSAVSIVNTTYDNVVGVNSSPHLDDE 660
           V KDSEAPGNISYAKSIWEAVKT+DLREAYRLIAVSAVSIVNTTYDNVV V+SSPHLD+E
Sbjct: 601 VVKDSEAPGNISYAKSIWEAVKTNDLREAYRLIAVSAVSIVNTTYDNVVSVSSSPHLDEE 660

Query: 661 PSGSNRESHNPSLCGRDWDSNQSRNSLQGCSLLHLACQNDNQVMLELLLQFGADINVRDS 720
           PSG N+ES NPS C RDWDSN+S +SLQGCSLLHLACQNDNQVMLELLLQFG DINV DS
Sbjct: 661 PSG-NQESLNPSSCTRDWDSNESSDSLQGCSLLHLACQNDNQVMLELLLQFGTDINVCDS 720

Query: 721 HGRTPLHQCISQKNNMLAKLLLRRG 746
           HGRTPLHQCISQKNN LAKLLLRRG
Sbjct: 721 HGRTPLHQCISQKNNKLAKLLLRRG 744

[Close]

BLAST of Clc07G06610 vs. NCBI nr
Match: XP_008454718.1 (PREDICTED: ADP-ribosylation factor GTPase-activating protein AGD4-like isoform X2 [Cucumis melo])

HSP 1 Score: 1364.0 bits (3529), Expect = 0.0e+00
Identity = 684/745 (91.81%), Postives = 717/745 (96.24%), Query Frame = 0


Query: 1   MGAFIKLEDSPMFLKQIFSLEKTTDELEDRCRRLHNGCRMFMETLGEASNGDISFADSLE 60
           MGAFIKLEDSPMFLKQIFSLE+TTDELEDRCRRLHNGCRMFMETLGEASNGDISFADSLE
Sbjct: 1   MGAFIKLEDSPMFLKQIFSLERTTDELEDRCRRLHNGCRMFMETLGEASNGDISFADSLE 60

Query: 61  GFGGGQDDPVSVSIGGPVISKFITAFRELATYKDQLRSQVEHVLTDRLMQFLNEDLQGVR 120
           GFGGGQDDPVSVSIGGPV+SKFITAFRELATYK+QLRSQVEHVLT+RLMQFLNEDLQGV+
Sbjct: 61  GFGGGQDDPVSVSIGGPVLSKFITAFRELATYKEQLRSQVEHVLTNRLMQFLNEDLQGVK 120

Query: 121 DSRQRFDKAMHEYDQAREKFVSLKKNTRGDIIAGLEEDLLNSKSAFEKSRFNLVNALMNV 180
           DSRQRFDKAMH+YDQAREKFVSLKKNTRGDI+A  EEDLLNSKSAFEKSRFNLVNALMN+
Sbjct: 121 DSRQRFDKAMHQYDQAREKFVSLKKNTRGDIVAECEEDLLNSKSAFEKSRFNLVNALMNI 180

Query: 181 EAKKKYEFLESISALMDAHLRYFKLGFDLFGQMEPFIHQVLTYAQQSKELANIEQDKLAK 240
           EAKKKYEFLESISALMDAHLRYFKLGFDLFGQMEPFIHQVLTYAQQSKELANIEQDKLAK
Sbjct: 181 EAKKKYEFLESISALMDAHLRYFKLGFDLFGQMEPFIHQVLTYAQQSKELANIEQDKLAK 240

Query: 241 RIQEFRTQAELDNLQVSNSLDPSVVSDGIHGSGINSYRNVEAAPMSIVNGKVETIKQGYL 300
           RIQEFRTQA+LDNLQ SNSLDPSVVSDGIHGSGI+SYR+VE AP SIVNGKVETIKQGYL
Sbjct: 241 RIQEFRTQAQLDNLQASNSLDPSVVSDGIHGSGISSYRSVETAPQSIVNGKVETIKQGYL 300

Query: 301 LKRSSGSRGDWKRMFFVLDSQGALYYYKNKASKYVGQQSHSFNRSEEHNNSVFGRFRSRH 360
           LKRSSGSRGDWKRMFFVLDSQGALYYYKNK     GQQSHSFNRS+E NNS+FGRFR+RH
Sbjct: 301 LKRSSGSRGDWKRMFFVLDSQGALYYYKNK-----GQQSHSFNRSDELNNSMFGRFRARH 360

Query: 361 TRASSLNEEILRCSTVNLHTSTIKMDAEDSDLRLCFRIISPSKTFTLQAENEADRMDWVN 420
           TR+SSLNEEILRCSTVNLHTSTIKMDAEDSDLRLCFRIISPSKTFTLQAENEADRMDW+N
Sbjct: 361 TRSSSLNEEILRCSTVNLHTSTIKMDAEDSDLRLCFRIISPSKTFTLQAENEADRMDWIN 420

Query: 421 KVTAVIASLFNSYFLQQPFLEAKHPECDKNNFDDYNVQTLHDKRLEDGSQVDSVSKILRE 480
           K+T  IASLFNSYFLQQP LEAKHPECDKNNF+DY++ TLH+KRLEDGSQVDSVSKILR+
Sbjct: 421 KITGAIASLFNSYFLQQPLLEAKHPECDKNNFNDYSILTLHEKRLEDGSQVDSVSKILRD 480

Query: 481 IPGNNLCAECGTPEPEWASLNLGILLCIECSGVHRNLGVHISKVRSIILDVKVWEPSILD 540
           IPGN+LCAECG+PEPEWASLNLGILLCIECSGVHRNLGVHISKVRSIILDVKVWEPSILD
Sbjct: 481 IPGNDLCAECGSPEPEWASLNLGILLCIECSGVHRNLGVHISKVRSIILDVKVWEPSILD 540

Query: 541 LFRNLGNAYCNSIWEGLFLADTGSDNTQHAVATSIPKPSPRDAIQLRERYIQAKYVEKMF 600
           LFRNLGNAYCNSIWEGLFLADTG DN++HAVATSIPKPSP+DA QLRERYIQAKYVEK F
Sbjct: 541 LFRNLGNAYCNSIWEGLFLADTGRDNSEHAVATSIPKPSPKDANQLRERYIQAKYVEKQF 600

Query: 601 VAKDSEAPGNISYAKSIWEAVKTDDLREAYRLIAVSAVSIVNTTYDNVVGVNSSPHLDDE 660
           V KDSEAPGNISYAKS+WEAVK +DLREAYRLIAVSAV IVNTTYDNVVGV+SSPHLD+E
Sbjct: 601 VVKDSEAPGNISYAKSMWEAVKRNDLREAYRLIAVSAVLIVNTTYDNVVGVSSSPHLDEE 660

Query: 661 PSGSNRESHNPSLCGRDWDSNQSRNSLQGCSLLHLACQNDNQVMLELLLQFGADINVRDS 720
            S  N+ES NPS CGRDWDSN+SRNSLQGCSLLHLACQNDNQVMLELLLQFG DINVRDS
Sbjct: 661 HS-VNQESLNPSSCGRDWDSNESRNSLQGCSLLHLACQNDNQVMLELLLQFGTDINVRDS 720

Query: 721 HGRTPLHQCISQKNNMLAKLLLRRG 746
           HGRTPLHQCISQKNN LAKLLLRRG
Sbjct: 721 HGRTPLHQCISQKNNKLAKLLLRRG 739

[Close]

BLAST of Clc07G06610 vs. NCBI nr
Match: XP_038892773.1 (ADP-ribosylation factor GTPase-activating protein AGD4-like isoform X2 [Benincasa hispida])

HSP 1 Score: 1363.6 bits (3528), Expect = 0.0e+00
Identity = 688/745 (92.35%), Postives = 712/745 (95.57%), Query Frame = 0


Query: 1   MGAFIKLEDSPMFLKQIFSLEKTTDELEDRCRRLHNGCRMFMETLGEASNGDISFADSLE 60
           MGAFIKLEDSPMFLKQIFSLE+TTDELEDRCRRL +GCRMFMETLGEASNGDISFADSLE
Sbjct: 1   MGAFIKLEDSPMFLKQIFSLERTTDELEDRCRRLQSGCRMFMETLGEASNGDISFADSLE 60

Query: 61  GFGGGQDDPVSVSIGGPVISKFITAFRELATYKDQLRSQVEHVLTDRLMQFLNEDLQGVR 120
           GFGGGQDDPVSVSIGGPVISKFITAFRELATYKDQLRSQVEHVLTDRLMQFLNEDLQGV+
Sbjct: 61  GFGGGQDDPVSVSIGGPVISKFITAFRELATYKDQLRSQVEHVLTDRLMQFLNEDLQGVK 120

Query: 121 DSRQRFDKAMHEYDQAREKFVSLKKNTRGDIIAGLEEDLLNSKSAFEKSRFNLVNALMNV 180
           DSRQRFDKAMHEYDQAREKFVSLKKNTRGDI+A  EE+LLNSKSAFEKSRFNLVNALMNV
Sbjct: 121 DSRQRFDKAMHEYDQAREKFVSLKKNTRGDIVAEFEENLLNSKSAFEKSRFNLVNALMNV 180

Query: 181 EAKKKYEFLESISALMDAHLRYFKLGFDLFGQMEPFIHQVLTYAQQSKELANIEQDKLAK 240
           EAKKKYEFLESISALMDAHLRYFKLGFDLFGQMEPFIHQVLTYAQQSKELANIEQDKLAK
Sbjct: 181 EAKKKYEFLESISALMDAHLRYFKLGFDLFGQMEPFIHQVLTYAQQSKELANIEQDKLAK 240

Query: 241 RIQEFRTQAELDNLQVSNSLDPSVVSDGIHGSGINSYRNVEAAPMSIVNGKVETIKQGYL 300
           RIQEFRTQA+LDNLQ SNSLDPS+VSDGIHGSGI+SYR+VE AP SIVNGKVETIKQGYL
Sbjct: 241 RIQEFRTQAQLDNLQASNSLDPSLVSDGIHGSGISSYRSVETAPQSIVNGKVETIKQGYL 300

Query: 301 LKRSSGSRGDWKRMFFVLDSQGALYYYKNKASKYVGQQSHSFNRSEEHNNSVFGRFRSRH 360
           LKRSSGSRGDWKRMFFVLDSQGALYYYKNK     GQQSHSFNR +EHNNS+FGRFR+RH
Sbjct: 301 LKRSSGSRGDWKRMFFVLDSQGALYYYKNK-----GQQSHSFNRPDEHNNSMFGRFRARH 360

Query: 361 TRASSLNEEILRCSTVNLHTSTIKMDAEDSDLRLCFRIISPSKTFTLQAENEADRMDWVN 420
            RASS NEEILRCSTVNLHTSTIKMDAEDSDLRLCFRIISPSKTFTLQAENEADRMDW+N
Sbjct: 361 NRASSFNEEILRCSTVNLHTSTIKMDAEDSDLRLCFRIISPSKTFTLQAENEADRMDWIN 420

Query: 421 KVTAVIASLFNSYFLQQPFLEAKHPECDKNNFDDYNVQTLHDKRLEDGSQVDSVSKILRE 480
           K+T  IASLFN YFLQQPFLEAKHPECDK N DDYNVQTLH+KRLEDGSQVDSVSKILRE
Sbjct: 421 KITGAIASLFNFYFLQQPFLEAKHPECDKKNCDDYNVQTLHEKRLEDGSQVDSVSKILRE 480

Query: 481 IPGNNLCAECGTPEPEWASLNLGILLCIECSGVHRNLGVHISKVRSIILDVKVWEPSILD 540
           I GN+LCAECGTPEPEWASLNLGILLCIECSGVHRNLGVHISKVRSIILDVKVWEPSILD
Sbjct: 481 IAGNDLCAECGTPEPEWASLNLGILLCIECSGVHRNLGVHISKVRSIILDVKVWEPSILD 540

Query: 541 LFRNLGNAYCNSIWEGLFLADTGSDNTQHAVATSIPKPSPRDAIQLRERYIQAKYVEKMF 600
           LFRNLGNAYCNSIWEGLFLADTGS+NTQHAVATSIPKPSP+DAIQLRERYIQAKYVEK F
Sbjct: 541 LFRNLGNAYCNSIWEGLFLADTGSNNTQHAVATSIPKPSPKDAIQLRERYIQAKYVEKQF 600

Query: 601 VAKDSEAPGNISYAKSIWEAVKTDDLREAYRLIAVSAVSIVNTTYDNVVGVNSSPHLDDE 660
           V KD+EAPGNISYAKSIWEAVKT+DLREAYRLIAVS VSIVNTTYDNVV V+SSPHLD+E
Sbjct: 601 VGKDNEAPGNISYAKSIWEAVKTNDLREAYRLIAVSTVSIVNTTYDNVVSVSSSPHLDEE 660

Query: 661 PSGSNRESHNPSLCGRDWDSNQSRNSLQGCSLLHLACQNDNQVMLELLLQFGADINVRDS 720
           P G NRESHNPS   R WDSN+SRNSLQGCSLLHLACQN NQVMLELLLQFGADINV DS
Sbjct: 661 PLG-NRESHNPSSFRRGWDSNESRNSLQGCSLLHLACQNGNQVMLELLLQFGADINVCDS 720

Query: 721 HGRTPLHQCISQKNNMLAKLLLRRG 746
           HGRTPLHQCISQ+NN LAKLLLRRG
Sbjct: 721 HGRTPLHQCISQENNKLAKLLLRRG 739

[Close]

BLAST of Clc07G06610 vs. ExPASy Swiss-Prot
Match: Q9SMX5 (ADP-ribosylation factor GTPase-activating protein AGD4 OS=Arabidopsis thaliana OX=3702 GN=AGD4 PE=2 SV=2)

HSP 1 Score: 865.5 bits (2235), Expect = 4.8e-250
Identity = 451/758 (59.50%), Postives = 560/758 (73.88%), Query Frame = 0


Query: 1   MGAFIKLEDSPMFLKQIFSLEKTTDELEDRCRRLHNGCRMFMETLGEASNGDISFADSLE 60
           M  FI LEDSPMF KQ+ SLE T DEL+DRC++L+ G + FM TLGEAS G+ +FA  LE
Sbjct: 1   MATFINLEDSPMFQKQVCSLEGTADELKDRCQKLYKGVKKFMGTLGEASKGESAFAACLE 60

Query: 61  GFGGGQDDPVSVSIGGPVISKFITAFRELATYKDQLRSQVEHVLTDRLMQFLNEDLQGVR 120
            FGGG DDP+S+SIGGPVISKFI A RELA+YK+ L SQVEHVL +RLM F++ DLQ  +
Sbjct: 61  EFGGGPDDPISLSIGGPVISKFINALRELASYKEFLCSQVEHVLLERLMNFISVDLQEAK 120

Query: 121 DSRQRFDKAMHEYDQAREKFVSLKKNTRGDIIAGLEEDLLNSKSAFEKSRFNLVNALMNV 180
           +SR RFDKA H YDQ+REKFVSLKKNTRG+I+A LEEDL NSKS FEKSRFNLVN+LM +
Sbjct: 121 ESRHRFDKAAHSYDQSREKFVSLKKNTRGEIVAELEEDLENSKSTFEKSRFNLVNSLMTI 180

Query: 181 EAKKKYEFLESISALMDAHLRYFKLGFDLFGQMEPFIHQVLTYAQQSKELANIEQDKLAK 240
           EAKKKYEFLESISA+MDAHLRYFKLG+DL  Q+EPFIHQ+LTYAQQSKE + IEQD+LA+
Sbjct: 181 EAKKKYEFLESISAIMDAHLRYFKLGYDLLNQLEPFIHQILTYAQQSKEQSKIEQDRLAR 240

Query: 241 RIQEFRTQAELDNLQVSNSLDPSVVSDGIHGSGINSYRNVEAAPMSIVNGKVETIKQGYL 300
           RIQEFRTQ+ELD+ Q+  + + S  +    G  I  Y+N E +    +    E IKQGYL
Sbjct: 241 RIQEFRTQSELDSQQLVANAESSGANGNRVGGNI-PYKNTETS----LTADKEVIKQGYL 300

Query: 301 LKRSSGSRGDWKRMFFVLDSQGALYYYKNKASKYVGQQSHSFNRSEEHNNSVFGRFRSRH 360
           LKRSS  R DWKR FFVLDS G++YYY+   +K +G   H ++ S +HN  VFGRFR+RH
Sbjct: 301 LKRSSSLRTDWKRKFFVLDSHGSMYYYRTNGNKSMGSH-HHYSGSSDHNTGVFGRFRARH 360

Query: 361 TRASSLNEEILRCSTVNLHTSTIKMDAEDSDLRLCFRIISPSKTFTLQAENEADRMDWVN 420
            R+ SL E  L  +T++L TS IK+DAED DLRLCFRIISP KT+TLQAEN ADRMDWVN
Sbjct: 361 NRSGSLTEGSLGYNTIDLRTSLIKLDAEDMDLRLCFRIISPQKTYTLQAENGADRMDWVN 420

Query: 421 KVTAVIASLFNSYFLQQPFLEAKHPECDKNNFDDYNVQTLHDK-RLEDGSQ--VDSVSKI 480
           K+T  I +L NS+FLQQ     ++ + D ++    N     D+ R  D  Q   D VS I
Sbjct: 421 KITKAIGTLLNSHFLQQS--PVRYLDKDNSSSAPANAVVSGDQIRHNDSRQNIGDDVSTI 480

Query: 481 LREIPGNNLCAECGTPEPEWASLNLGILLCIECSGVHRNLGVHISKVRSIILDVKVWEPS 540
           LR +PGNN CAEC  PEP+WASLNLG+LLCI+CSGVHRNLGVHISKVRS+ LDVKVWEP+
Sbjct: 481 LRGLPGNNACAECNAPEPDWASLNLGVLLCIQCSGVHRNLGVHISKVRSLSLDVKVWEPT 540

Query: 541 ILDLFRNLGNAYCNSIWEGLFLADTGSDNTQHAVATSIPKPSPRDAIQLRERYIQAKYVE 600
           ILDLFRNLGN YCNS+WEGL   D   ++       S+ KP P D+  ++E+YI  KY+E
Sbjct: 541 ILDLFRNLGNVYCNSLWEGLLHLDDDCEDGSALSHASVSKPCPEDSFSVKEKYILGKYLE 600

Query: 601 KMFVAKDSEAPGNISYAKSIWEAVKTDDLREAYRLIAVSA-VSIVNTTYDNVVGVNSSPH 660
           K  V KD E+  N+S A  IWEAV++ ++RE YRLI  +  V+I+NT +D++  +++  H
Sbjct: 601 KALVIKD-ESEANLSAASRIWEAVQSRNIREIYRLIVTTGDVNIINTKFDDITDIDAYHH 660

Query: 661 LDDEPSGSNRESHNPSLCGRDWDSNQSRNSLQGCSLLHLACQNDNQVMLELLLQFGADIN 720
           + D    + ++ H+P++C R  +SN+ R+ LQGCSLLH+AC   + V+LELLLQFGAD+N
Sbjct: 661 I-DAAEKAVKKRHDPTVCQRIKESNEPRSCLQGCSLLHVACHIGDSVLLELLLQFGADLN 720

Query: 721 VRDSHGRTPLHQCISQKNNMLAKLLLRRGRSNIAEGHG 755
           +RD HGRTPLH CIS  N+  AK+LLRRG     E  G
Sbjct: 721 IRDYHGRTPLHHCISSGNHKFAKILLRRGARPSIEDDG 748

[Close]

BLAST of Clc07G06610 vs. ExPASy Swiss-Prot
Match: Q9C6C3 (ADP-ribosylation factor GTPase-activating protein AGD2 OS=Arabidopsis thaliana OX=3702 GN=AGD2 PE=2 SV=1)

HSP 1 Score: 858.2 bits (2216), Expect = 7.6e-248
Identity = 457/766 (59.66%), Postives = 562/766 (73.37%), Query Frame = 0


Query: 1   MGAFIKLEDSPMFLKQIFSLEKTTDELEDRCRRLHNGCRMFMETLGEASNGDISFADSLE 60
           M  FI LEDSPMF KQ+FSLE T+DEL+DRC++L+ G + FM  LGEAS G  +FADSLE
Sbjct: 1   MAGFINLEDSPMFQKQVFSLEGTSDELKDRCQKLYKGVKKFMGALGEASTGVSAFADSLE 60

Query: 61  GFGGGQDDPVSVSIGGPVISKFITAFRELATYKDQLRSQVEHVLTDRLMQFLNEDLQGVR 120
            FG G DDPVSVSIGGPVISKFI   REL++YK+ LRSQVEHVL +RL  F+  DLQ  +
Sbjct: 61  EFGAGHDDPVSVSIGGPVISKFINTLRELSSYKEFLRSQVEHVLLERLTNFMTVDLQEAK 120

Query: 121 DSRQRFDKAMHEYDQAREKFVSLKKNTRGDIIAGLEEDLLNSKSAFEKSRFNLVNALMNV 180
           +SR+RFDKA+H YDQAREKFVSLKKNTRGDI+A LEEDL NSKSAFEKSRFNLVN+LM +
Sbjct: 121 ESRRRFDKAVHSYDQAREKFVSLKKNTRGDIVAELEEDLENSKSAFEKSRFNLVNSLMTI 180

Query: 181 EAKKKYEFLESISALMDAHLRYFKLGFDLFGQMEPFIHQVLTYAQQSKELANIEQDKLAK 240
           EAKKKYEFLESISA+MD+H +YFKLG+DL  Q+EP+IHQVLTYAQQSKE + IEQD+ A+
Sbjct: 181 EAKKKYEFLESISAIMDSHFKYFKLGYDLLSQLEPYIHQVLTYAQQSKEQSKIEQDRFAQ 240

Query: 241 RIQEFRTQAELDNLQVSNSLDPSVVSDGIHGSGINSYRNVEAAPMSIVNGKVETIKQGYL 300
           RIQEFRTQ+ELD+ Q S   DPS V  G H       +NVEA   S+     E  KQGYL
Sbjct: 241 RIQEFRTQSELDSQQASAKADPSDVG-GNHVYRAIPRKNVEA--NSVSTADKEVTKQGYL 300

Query: 301 LKRSSGSRGDWKRMFFVLDSQGALYYYKNKASKYVGQQSHSFNRSEEHNNSVFGRFRSRH 360
           LKRS+  R DWKR FFVLD+ G+LYYY+N  +K    Q H ++   EH++ VFGRFR+RH
Sbjct: 301 LKRSASLRADWKRRFFVLDNHGSLYYYRNTGNKSAKSQ-HYYSGLGEHSSGVFGRFRTRH 360

Query: 361 TRASSLNEEILRCSTVNLHTSTIKMDAEDSDLRLCFRIISPSKTFTLQAENEADRMDWVN 420
            R++S  +  L C+ ++L TS IK+DAED+DLRLCFRIISP KT+TLQAEN ADRMDWVN
Sbjct: 361 NRSAS--QGSLDCNMIDLRTSLIKLDAEDTDLRLCFRIISPQKTYTLQAENGADRMDWVN 420

Query: 421 KVTAVIASLFNSYFLQQP---FLEAKH----PECDK---NNFDDYNVQTLHDKRLEDGSQ 480
           K+TA I    NS+FLQQ    +L+ K+    P  +    N  +DYN      +RL  G  
Sbjct: 421 KITAAITIRLNSHFLQQSPARYLDKKNTSSGPATENLTLNQKEDYN------QRLNVG-- 480

Query: 481 VDSVSKILREIPGNNLCAECGTPEPEWASLNLGILLCIECSGVHRNLGVHISKVRSIILD 540
            D V  ILREIPGNN CAEC  P+P+WASLNLG+L+CIECSGVHRNLGVHISKVRS+ LD
Sbjct: 481 -DDVLTILREIPGNNTCAECNAPDPDWASLNLGVLMCIECSGVHRNLGVHISKVRSLTLD 540

Query: 541 VKVWEPSILDLFRNLGNAYCNSIWEGLF-LADTGSDNTQHAVATSIPKPSPRDAIQLRER 600
           VKVWEP+ILDLFRNLGN YCNS+WE L    D  S+        S+ KPS  D   L+E+
Sbjct: 541 VKVWEPTILDLFRNLGNGYCNSVWEELLHHLDDDSEKGSTDTLASVSKPSSEDWFTLKEK 600

Query: 601 YIQAKYVEKMFVAKDSEAPGNISYAKSIWEAVKTDDLREAYRLIAVSAVSIVNTTYDNVV 660
           YI  KY+EK  V KD E   N + +  IWEAV++ ++R+ YRLI  +  +I+NT +D++ 
Sbjct: 601 YINGKYLEKALVVKD-EREANSTASSRIWEAVQSRNIRDIYRLIVKADANIINTKFDDIT 660

Query: 661 GVNSSPHLDDEPSGSNRESHNPSLCGRDWDSNQSRNSLQGCSLLHLACQNDNQVMLELLL 720
            ++   H   +     ++ H+P+ C R  +SN++RN LQGCSLLH+ACQ+ + ++LELLL
Sbjct: 661 DLDVYHHHHVDAPDEVKKRHDPNACQRIKNSNEARNCLQGCSLLHVACQSGDPILLELLL 720

Query: 721 QFGADINVRDSHGRTPLHQCISQKNNMLAKLLLRRG-RSNIAEGHG 755
           QFGADIN+RD HGRTPLH CI+  NN  AK+LLRRG R +I +G G
Sbjct: 721 QFGADINMRDYHGRTPLHHCIASGNNAFAKVLLRRGARPSIEDGGG 750

[Close]

BLAST of Clc07G06610 vs. ExPASy Swiss-Prot
Match: Q5W7F2 (ADP-ribosylation factor GTPase-activating protein AGD3 OS=Arabidopsis thaliana OX=3702 GN=AGD3 PE=1 SV=1)

HSP 1 Score: 657.9 bits (1696), Expect = 1.5e-187
Identity = 371/788 (47.08%), Postives = 505/788 (64.09%), Query Frame = 0


Query: 4   FIKLEDSPMFLKQIFSLEKTTDELEDRCRRLHNGCRMFMETLGEASNGDISFADSLEGFG 63
           F KL+DSPMF KQ+ S+E++ + L +R  + + GCR + E LGEA +GDI+FA +LE FG
Sbjct: 3   FTKLDDSPMFRKQLQSMEESAEILRERSLKFYKGCRKYTEGLGEAYDGDIAFASALETFG 62

Query: 64  GGQDDPVSVSIGGPVISKFITAFRELATYKDQLRSQVEHVLTDRLMQFLNEDLQGVRDSR 123
           GG +DP+SV+ GGPV++KF  A RE+ TYK+ LRSQVEH+L DRL+QF N DL  V+++R
Sbjct: 63  GGHNDPISVAFGGPVMTKFTIALREIGTYKEVLRSQVEHILNDRLLQFANMDLHEVKEAR 122

Query: 124 QRFDKAMHEYDQAREKFVSLKKNTRGDIIAGLEEDLLNSKSAFEKSRFNLVNALMNVEAK 183
           +RFDKA   YDQAREKF+SL+K T+ D+ A LE++L  S+S FE++RFNLV AL NVEAK
Sbjct: 123 KRFDKASLTYDQAREKFLSLRKGTKSDVAAALEQELHTSRSMFEQARFNLVTALSNVEAK 182

Query: 184 KKYEFLESISALMDAHLRYFKLGFDLFGQMEPFIHQVLTYAQQSKELANIEQDKLAKRIQ 243
           K++EFLE++S  MDAHLRYFK G++L  QMEP+I+QVLTYAQQS+E +N EQ  L +++Q
Sbjct: 183 KRFEFLEAVSGTMDAHLRYFKQGYELLHQMEPYINQVLTYAQQSRERSNYEQAALNEKMQ 242

Query: 244 EFRTQAELDNLQVSNSLDPSVVSDGIHGSGINSYRNVEAAPMSIVNGKVETIKQGYLLKR 303
           E++ Q + ++   SN  + S   DGI   G +S++ ++A   S   GKV+TI+QGYL KR
Sbjct: 243 EYKRQVDRESRWGSNGSNGSPNGDGIQAIGRSSHKMIDAVMQSAARGKVQTIRQGYLSKR 302

Query: 304 SSGSRGDWKRMFFVLDSQGALYYYKNKASK--YVGQQSHSFNRSEEHNNSVFGRFRS--R 363
           SS  RGDWKR FFVLDS+G LYYY+ + SK    G Q      S E  + +  R+ S   
Sbjct: 303 SSNLRGDWKRRFFVLDSRGMLYYYRKQCSKPSGSGSQLSGQRNSSELGSGLLSRWLSSNN 362

Query: 364 HTRASSLNEEILRCSTVNLHTSTIKMDAEDSDLRLCFRIISPSKTFTLQAENEADRMDWV 423
           H      +E+ +   TVNL TSTIK+DA+ SDLR CFRIISP+K +TLQAE+  D+MDW+
Sbjct: 363 HGHGGVHDEKSVARHTVNLLTSTIKVDADQSDLRFCFRIISPTKNYTLQAESALDQMDWI 422

Query: 424 NKVTAVIASLFNSYFLQQPF---------------------LEAKHPECD----KNNFDD 483
            K+T VIASL +S   +Q                        E  HP  +    + +F  
Sbjct: 423 EKITGVIASLLSSQVPEQRLPGSPMGSGHHRSASESSSYESSEYDHPTTEEFVCERSFLG 482

Query: 484 YNVQTLH----DKRLEDGSQ-VDSVSKILREIPGNNLCAECGTPEPEWASLNLGILLCIE 543
           YN +        + +  G + +D+    LR++ GN+ CA+CG PEP+WASLNLG+L+CIE
Sbjct: 483 YNERPSRSFQPQRSIRKGEKPIDA----LRKVCGNDKCADCGAPEPDWASLNLGVLVCIE 542

Query: 544 CSGVHRNLGVHISKVRSIILDVKVWEPSILDLFRNLGNAYCNSIWEGLFLA------DTG 603
           CSGVHRNLGVHISKVRS+ LDVKVWEPS++ LF+ LGN + N++WE L  +      D G
Sbjct: 543 CSGVHRNLGVHISKVRSLTLDVKVWEPSVISLFQALGNTFANTVWEELLHSRSAIHFDPG 602

Query: 604 SDNTQHAVATSIPKPSPRDAIQLRERYIQAKYVEKMFVAKDSEAPGNISYAKSIWEAVKT 663
              +  +      KPS  D I ++E+YIQAKY EK+FV +  ++    S A+ +W+AV  
Sbjct: 603 LTVSDKSRVMVTGKPSYADMISIKEKYIQAKYAEKLFVRRSRDSDFPQSAAQQMWDAVSG 662

Query: 664 DDLREAYRLIAVSAVSIVNTTYDNVVGVN-SSPHLDDEPSGSNRES-----HNPSLCGRD 723
           +D +  YRLI V+  + VN  YD     + +   +   P    RE       N  L    
Sbjct: 663 NDKKAVYRLI-VNGDADVNYVYDQTSSSSLTLSRVILVPERPKREDVLLRLRNELLDRTG 722

Query: 724 WDSNQSRNSLQGCSLLHLACQNDNQVMLELLLQFGADINVRDSHGRTPLHQCISQKNNML 746
             SN S     G SLLH AC+  +  M+ELLLQ+GA++N  DS G+TPLH C+ +    +
Sbjct: 723 SSSNISPEGSGGSSLLHCACEKADLGMVELLLQYGANVNASDSSGQTPLHCCLLRGKVTI 782

[Close]

BLAST of Clc07G06610 vs. ExPASy Swiss-Prot
Match: Q9FIT8 (ADP-ribosylation factor GTPase-activating protein AGD1 OS=Arabidopsis thaliana OX=3702 GN=AGD1 PE=2 SV=2)

HSP 1 Score: 625.5 bits (1612), Expect = 8.3e-178
Identity = 353/799 (44.18%), Postives = 495/799 (61.95%), Query Frame = 0


Query: 4   FIKLEDSPMFLKQIFSLEKTTDELEDRCRRLHNGCRMFMETLGEASNGDISFADSLEGFG 63
           F KL+DSPMF +Q+ S+E++ + L  RC R + GCR + E LGE  + DI F ++LE FG
Sbjct: 3   FAKLDDSPMFRQQMQSMEESAELLRLRCLRFYKGCRKYTEGLGEGYDADIGFVNALESFG 62

Query: 64  GGQDDPVSVSIGGPVISKFITAFRELATYKDQLRSQVEHVLTDRLMQFLNEDLQGVRDSR 123
           GG +DPV V+ GGPV++KF  A RE+ TYK+ LRSQVEH+L+DRL+QF+N D+  V+++R
Sbjct: 63  GGHNDPVCVAFGGPVMTKFTIALREIGTYKEVLRSQVEHMLSDRLLQFVNGDVHEVKEAR 122

Query: 124 QRFDKAMHEYDQAREKFVSLKKNTRGDIIAGLEEDLLNSKSAFEKSRFNLVNALMNVEAK 183
           +RFDKA   YDQAREK++SL+K+TR D+ A +EEDL ++++ FE++RF+LV+AL N E+K
Sbjct: 123 KRFDKATITYDQAREKYLSLRKSTRLDVAATIEEDLHSARTTFEQARFHLVSALSNAESK 182

Query: 184 KKYEFLESISALMDAHLRYFKLGFDLFGQMEPFIHQVLTYAQQSKELANIEQDKLAKRIQ 243
           K++EFLE++S  MDAHLR+FK G++L  QMEPFI+QVL YA QS+E AN E   L +R+Q
Sbjct: 183 KRFEFLEAVSGTMDAHLRFFKQGYELLHQMEPFINQVLAYAHQSRECANYEMASLNERMQ 242

Query: 244 EFRTQAELDNLQVSNSLDPSVVSDGIHGSGINSYRNVEAAPMSIVNGKVETIKQGYLLKR 303
           E+  Q ++D    ++ + P+   DG+  +  NS + +EA   S   GKV+TI+QGYL KR
Sbjct: 243 EY--QRQVDRETRNSCVSPT--GDGMRHNSRNSQKVIEAVMQSAAKGKVQTIRQGYLSKR 302

Query: 304 SSGSRGDWKRMFFVLDSQGALYYYKNKASKYVGQQSHSF---NRSEEHNNSVFGRFRSRH 363
           SS  RGDWKR FF+LDS+G LYYY+   +   G  S S    N + E++  +  R+ S H
Sbjct: 303 SSNLRGDWKRRFFILDSRGMLYYYRKPWNWSSGNGSRSVVHRNMASENSPGLLSRWLSSH 362

Query: 364 TRASSLNEEILRCSTVNLHTSTIKMDAEDSDLRLCFRIISPSKTFTLQAENEADRMDWVN 423
                 +E+ +   TVNL TSTIK+DA+ +DLR CFRIISP+K +TLQAEN  D+MDW+ 
Sbjct: 363 YHGGVHDEKPVARHTVNLLTSTIKVDADQTDLRFCFRIISPTKVYTLQAENAQDQMDWIE 422

Query: 424 KVTAVIASLF------------------------NSYFLQQPF---------LEAKHPEC 483
           K+T VIASL                         +S  L  P+            +HP  
Sbjct: 423 KITGVIASLLSFQTPERAIMRLSTVDGGDTFSASDSGSLADPYDIEQAESGESTVEHPMT 482

Query: 484 DKNNFDDYNVQTLHDKRLEDGSQVDSVSKILREIPGNNLCAECGTPEPEWASLNLGILLC 543
             N          HD  ++    +D ++++L    GN  CA+CG PEP+WASLNLG+L+C
Sbjct: 483 GGNRSRFSGCLQQHD-MVKTEKPIDVLTRVL----GNERCADCGAPEPDWASLNLGVLIC 542

Query: 544 IECSGVHRNLGVHISKVRSIILDVKVWEPSILDLFRNLGNAYCNSIWEGLFLADTGSDNT 603
           IECSG+HRNLGVHISKVRS+ LDVKVWEPS+L LF++LGN Y NS+WE L  +++ + + 
Sbjct: 543 IECSGIHRNLGVHISKVRSLTLDVKVWEPSVLTLFQSLGNVYVNSVWEELLNSESRTSSA 602

Query: 604 QHAVATS---------IPKPSPRDAIQLRERYIQAKYVEKMFVAKDSEAPGNISYAKSIW 663
             +  T          + KP   D I ++E +I AKY E++FV K  ++    +  + IW
Sbjct: 603 SRSSGTPKSDRPRKLLVRKPGFNDPISVKELFIHAKYSERIFVRKAIDSQHFQAVFQEIW 662

Query: 664 EAVKTDDLREAYRLIAVSAVSI----VNTTYDNVVGVNSSPHLDDE-----PSGSNRESH 723
           E V+ +D +  YR I  S   +       +Y   + ++    +++       S       
Sbjct: 663 ENVRANDKKSVYRHIVCSEADVNALRGQASYTVSLPLSKMMQMEETLEAKFKSIEEEFQE 722

Query: 724 NP---SLCGRDWDSNQSRNSLQGCSLLHLACQNDNQVMLELLLQFGADINVRDSHGRTPL 746
           NP   S    D +S     +   CSLLHLAC + +  M+ELLLQ+GA IN  DS GRTPL
Sbjct: 723 NPAGYSNSRGDGESMVREETSNDCSLLHLACLSADIGMVELLLQYGAKINATDSKGRTPL 782

[Close]

BLAST of Clc07G06610 vs. ExPASy Swiss-Prot
Match: Q6ZQK5 (Arf-GAP with coiled-coil, ANK repeat and PH domain-containing protein 2 OS=Mus musculus OX=10090 GN=Acap2 PE=1 SV=2)

HSP 1 Score: 211.8 bits (538), Expect = 2.9e-53
Identity = 228/859 (26.54%), Postives = 369/859 (42.96%), Query Frame = 0


Query: 7   LEDSPMFLKQIFSLEKTTDELEDRCRRLHNGCRMFMETLGEASNGDISFADSLEGFGGGQ 66
           L+DSP F   +  +E    ELE +  +L   C   ++T G+A      F  + + F  G 
Sbjct: 11  LKDSPRFRAALEEVEGDVAELELKLDKLVKLCIAMIDT-GKA------FCVANKQFMNGI 70

Query: 67  DDPVSVSIGGPVI----SKFITAFRELATYKDQLRSQVEHVLTDRLMQFLNEDLQGVRDS 126
            D    S    V+    +KF  + +E+  +   L  Q +  +  +L  F+ EDL+  +D+
Sbjct: 71  RDLAQYSSNDAVVETSLTKFSDSLQEMINFHTILFDQTQRSIKAQLQNFVKEDLRKFKDA 130

Query: 127 RQRFDKAMHEYDQAREKFVSLKKNTRGDIIAGLEEDLLNSKSAFEKSRFNLVNALMNVEA 186
           +++F+K   E + A  K   +++N + + +      L  ++  F     + V  +  +++
Sbjct: 131 KKQFEKVSEEKENALVKNAQVQRNKQHE-VEEAANILTATRKCFRHIALDYVLQINVLQS 190

Query: 187 KKKYEFLESISALMDAHLRYFKLGFDLFGQMEPFIHQVLTYAQQSKELANIEQDKLAKRI 246
           K++ E L+S+ + M AHL +F  G+DLF ++ P++  +   AQ  + + +  ++K  +  
Sbjct: 191 KRRSEILKSMLSFMYAHLAFFHQGYDLFSELGPYMKDL--GAQLDRLVVDAAKEK-REME 250

Query: 247 QEFRTQAELDNLQVSNSLDPSVVSDGIHGSGINSYRNVEAAPMSIVNGKVETIKQGYLLK 306
           Q+  T  + D     + L+                 NV+AA     NG    + +GYL K
Sbjct: 251 QKHSTIQQKDFSSDDSKLE----------------YNVDAA-----NG---IVMEGYLFK 310

Query: 307 RSSGSRGDWKRMFFVLDSQGALYYYKNKASKYVGQQSHSFNRSEEHNNSVFGRFRSRHTR 366
           R+S +   W R +F + +   +Y  K K S  V                           
Sbjct: 311 RASNAFKTWNRRWFSIQNNQLVYQKKFKDSPTV--------------------------- 370

Query: 367 ASSLNEEILRCSTVNLHTSTIKMDAEDSDLRLCFRIISPSKTFTLQAENEADRMDWVNKV 426
              + E++  C        T+K   ED + R CF ++SP+K+  LQA++E  R  W+  V
Sbjct: 371 ---VVEDLRLC--------TVK-HCEDIERRFCFEVVSPTKSCMLQADSEKLRQAWIKAV 430

Query: 427 TAVIASLFNSYFLQQPFLEAKHPECDKNNFDDYNVQTLHDKRLEDGSQVDSVSKILREIP 486
              IA+ +     +   L+ K       + D  N     +K L+  S +  V    + IP
Sbjct: 431 QTSIATAYREKGDESEKLDKKSSP-STGSLDSGNES--KEKLLKGESALQRV----QCIP 490

Query: 487 GNNLCAECGTPEPEWASLNLGILLCIECSGVHRNLGVHISKVRSIILDVKVWEPSILDLF 546
           GN  C +CG  +P WAS+NLGI LCIECSG+HR+LGVH SKVRS+ LD   WEP +L L 
Sbjct: 491 GNTSCCDCGLADPRWASINLGITLCIECSGIHRSLGVHFSKVRSLTLD--TWEPELLKLM 550

Query: 547 RNLGNAYCNSIWEGLFLADTGSDNTQHAVATSIPKPSPRDAIQLRERYIQAKYVEKMFVA 606
             LGN   N ++E               +    P+P  R   Q +E YI+AKYVE+ FV 
Sbjct: 551 CELGNDVINRVYEAKL----------EKMGVKKPQPGQR---QEKEAYIRAKYVERKFVD 610

Query: 607 KDSE--APG--------------NISYAK-SIWEAVKTDD-----LREAYRLIAVSAVSI 666
           K S   +P                +S+A+ S+   VK++D       E  R    S VS 
Sbjct: 611 KYSALLSPSEQEKRIISKSCEDQRLSHARASVHTPVKSNDSGIQQCSEDGRESLPSTVSA 670

Query: 667 VNTTYDNVVGVNSSPHLDDE-----------------PSGSNRESHNPSLCGRDWDSNQS 726
            +          SS  LD +                 P  +   +H   +   + D NQ+
Sbjct: 671 NSLYEPEGERQESSVFLDSKHLNPGLQLYRASYEKNLPKMAEALAHGADVNWANSDENQA 730

Query: 727 RNSLQGCSLLHLACQNDNQVMLELLLQFGADINVRDSHGRTPLHQCISQKNNMLAKLLLR 786
              +Q       A    + V  E LLQ GA++N RD  GR PLH      +     L L+
Sbjct: 731 TPLIQ-------AVLGGSLVTCEFLLQNGANVNQRDVQGRGPLHHATVLGHTGQVCLFLK 765

Query: 787 RGRSNIA---EGHGFCECSAQYGTA----LFGLPRGRKIVQVTAGI-DKKGWMVFEEMVS 815
           RG +  A   EG      + +   A    L  L R  + ++ + G+  + G   ++++  
Sbjct: 791 RGANQHATDEEGKDPLSIAVEAANADIVTLLRLARMNEEMRESEGLYGQPGDETYQDIFR 765

[Close]

BLAST of Clc07G06610 vs. ExPASy TrEMBL
Match: A0A1S3C009 (ADP-ribosylation factor GTPase-activating protein AGD4-like isoform X1 OS=Cucumis melo OX=3656 GN=LOC103495062 PE=4 SV=1)

HSP 1 Score: 1378.2 bits (3566), Expect = 0.0e+00
Identity = 688/745 (92.35%), Postives = 722/745 (96.91%), Query Frame = 0


Query: 1   MGAFIKLEDSPMFLKQIFSLEKTTDELEDRCRRLHNGCRMFMETLGEASNGDISFADSLE 60
           MGAFIKLEDSPMFLKQIFSLE+TTDELEDRCRRLHNGCRMFMETLGEASNGDISFADSLE
Sbjct: 1   MGAFIKLEDSPMFLKQIFSLERTTDELEDRCRRLHNGCRMFMETLGEASNGDISFADSLE 60

Query: 61  GFGGGQDDPVSVSIGGPVISKFITAFRELATYKDQLRSQVEHVLTDRLMQFLNEDLQGVR 120
           GFGGGQDDPVSVSIGGPV+SKFITAFRELATYK+QLRSQVEHVLT+RLMQFLNEDLQGV+
Sbjct: 61  GFGGGQDDPVSVSIGGPVLSKFITAFRELATYKEQLRSQVEHVLTNRLMQFLNEDLQGVK 120

Query: 121 DSRQRFDKAMHEYDQAREKFVSLKKNTRGDIIAGLEEDLLNSKSAFEKSRFNLVNALMNV 180
           DSRQRFDKAMH+YDQAREKFVSLKKNTRGDI+A  EEDLLNSKSAFEKSRFNLVNALMN+
Sbjct: 121 DSRQRFDKAMHQYDQAREKFVSLKKNTRGDIVAECEEDLLNSKSAFEKSRFNLVNALMNI 180

Query: 181 EAKKKYEFLESISALMDAHLRYFKLGFDLFGQMEPFIHQVLTYAQQSKELANIEQDKLAK 240
           EAKKKYEFLESISALMDAHLRYFKLGFDLFGQMEPFIHQVLTYAQQSKELANIEQDKLAK
Sbjct: 181 EAKKKYEFLESISALMDAHLRYFKLGFDLFGQMEPFIHQVLTYAQQSKELANIEQDKLAK 240

Query: 241 RIQEFRTQAELDNLQVSNSLDPSVVSDGIHGSGINSYRNVEAAPMSIVNGKVETIKQGYL 300
           RIQEFRTQA+LDNLQ SNSLDPSVVSDGIHGSGI+SYR+VE AP SIVNGKVETIKQGYL
Sbjct: 241 RIQEFRTQAQLDNLQASNSLDPSVVSDGIHGSGISSYRSVETAPQSIVNGKVETIKQGYL 300

Query: 301 LKRSSGSRGDWKRMFFVLDSQGALYYYKNKASKYVGQQSHSFNRSEEHNNSVFGRFRSRH 360
           LKRSSGSRGDWKRMFFVLDSQGALYYYKNKAS+YVGQQSHSFNRS+E NNS+FGRFR+RH
Sbjct: 301 LKRSSGSRGDWKRMFFVLDSQGALYYYKNKASRYVGQQSHSFNRSDELNNSMFGRFRARH 360

Query: 361 TRASSLNEEILRCSTVNLHTSTIKMDAEDSDLRLCFRIISPSKTFTLQAENEADRMDWVN 420
           TR+SSLNEEILRCSTVNLHTSTIKMDAEDSDLRLCFRIISPSKTFTLQAENEADRMDW+N
Sbjct: 361 TRSSSLNEEILRCSTVNLHTSTIKMDAEDSDLRLCFRIISPSKTFTLQAENEADRMDWIN 420

Query: 421 KVTAVIASLFNSYFLQQPFLEAKHPECDKNNFDDYNVQTLHDKRLEDGSQVDSVSKILRE 480
           K+T  IASLFNSYFLQQP LEAKHPECDKNNF+DY++ TLH+KRLEDGSQVDSVSKILR+
Sbjct: 421 KITGAIASLFNSYFLQQPLLEAKHPECDKNNFNDYSILTLHEKRLEDGSQVDSVSKILRD 480

Query: 481 IPGNNLCAECGTPEPEWASLNLGILLCIECSGVHRNLGVHISKVRSIILDVKVWEPSILD 540
           IPGN+LCAECG+PEPEWASLNLGILLCIECSGVHRNLGVHISKVRSIILDVKVWEPSILD
Sbjct: 481 IPGNDLCAECGSPEPEWASLNLGILLCIECSGVHRNLGVHISKVRSIILDVKVWEPSILD 540

Query: 541 LFRNLGNAYCNSIWEGLFLADTGSDNTQHAVATSIPKPSPRDAIQLRERYIQAKYVEKMF 600
           LFRNLGNAYCNSIWEGLFLADTG DN++HAVATSIPKPSP+DA QLRERYIQAKYVEK F
Sbjct: 541 LFRNLGNAYCNSIWEGLFLADTGRDNSEHAVATSIPKPSPKDANQLRERYIQAKYVEKQF 600

Query: 601 VAKDSEAPGNISYAKSIWEAVKTDDLREAYRLIAVSAVSIVNTTYDNVVGVNSSPHLDDE 660
           V KDSEAPGNISYAKS+WEAVK +DLREAYRLIAVSAV IVNTTYDNVVGV+SSPHLD+E
Sbjct: 601 VVKDSEAPGNISYAKSMWEAVKRNDLREAYRLIAVSAVLIVNTTYDNVVGVSSSPHLDEE 660

Query: 661 PSGSNRESHNPSLCGRDWDSNQSRNSLQGCSLLHLACQNDNQVMLELLLQFGADINVRDS 720
            S  N+ES NPS CGRDWDSN+SRNSLQGCSLLHLACQNDNQVMLELLLQFG DINVRDS
Sbjct: 661 HS-VNQESLNPSSCGRDWDSNESRNSLQGCSLLHLACQNDNQVMLELLLQFGTDINVRDS 720

Query: 721 HGRTPLHQCISQKNNMLAKLLLRRG 746
           HGRTPLHQCISQKNN LAKLLLRRG
Sbjct: 721 HGRTPLHQCISQKNNKLAKLLLRRG 744

[Close]

BLAST of Clc07G06610 vs. ExPASy TrEMBL
Match: A0A1S3C0G9 (ADP-ribosylation factor GTPase-activating protein AGD4-like isoform X2 OS=Cucumis melo OX=3656 GN=LOC103495062 PE=4 SV=1)

HSP 1 Score: 1364.0 bits (3529), Expect = 0.0e+00
Identity = 684/745 (91.81%), Postives = 717/745 (96.24%), Query Frame = 0


Query: 1   MGAFIKLEDSPMFLKQIFSLEKTTDELEDRCRRLHNGCRMFMETLGEASNGDISFADSLE 60
           MGAFIKLEDSPMFLKQIFSLE+TTDELEDRCRRLHNGCRMFMETLGEASNGDISFADSLE
Sbjct: 1   MGAFIKLEDSPMFLKQIFSLERTTDELEDRCRRLHNGCRMFMETLGEASNGDISFADSLE 60

Query: 61  GFGGGQDDPVSVSIGGPVISKFITAFRELATYKDQLRSQVEHVLTDRLMQFLNEDLQGVR 120
           GFGGGQDDPVSVSIGGPV+SKFITAFRELATYK+QLRSQVEHVLT+RLMQFLNEDLQGV+
Sbjct: 61  GFGGGQDDPVSVSIGGPVLSKFITAFRELATYKEQLRSQVEHVLTNRLMQFLNEDLQGVK 120

Query: 121 DSRQRFDKAMHEYDQAREKFVSLKKNTRGDIIAGLEEDLLNSKSAFEKSRFNLVNALMNV 180
           DSRQRFDKAMH+YDQAREKFVSLKKNTRGDI+A  EEDLLNSKSAFEKSRFNLVNALMN+
Sbjct: 121 DSRQRFDKAMHQYDQAREKFVSLKKNTRGDIVAECEEDLLNSKSAFEKSRFNLVNALMNI 180

Query: 181 EAKKKYEFLESISALMDAHLRYFKLGFDLFGQMEPFIHQVLTYAQQSKELANIEQDKLAK 240
           EAKKKYEFLESISALMDAHLRYFKLGFDLFGQMEPFIHQVLTYAQQSKELANIEQDKLAK
Sbjct: 181 EAKKKYEFLESISALMDAHLRYFKLGFDLFGQMEPFIHQVLTYAQQSKELANIEQDKLAK 240

Query: 241 RIQEFRTQAELDNLQVSNSLDPSVVSDGIHGSGINSYRNVEAAPMSIVNGKVETIKQGYL 300
           RIQEFRTQA+LDNLQ SNSLDPSVVSDGIHGSGI+SYR+VE AP SIVNGKVETIKQGYL
Sbjct: 241 RIQEFRTQAQLDNLQASNSLDPSVVSDGIHGSGISSYRSVETAPQSIVNGKVETIKQGYL 300

Query: 301 LKRSSGSRGDWKRMFFVLDSQGALYYYKNKASKYVGQQSHSFNRSEEHNNSVFGRFRSRH 360
           LKRSSGSRGDWKRMFFVLDSQGALYYYKNK     GQQSHSFNRS+E NNS+FGRFR+RH
Sbjct: 301 LKRSSGSRGDWKRMFFVLDSQGALYYYKNK-----GQQSHSFNRSDELNNSMFGRFRARH 360

Query: 361 TRASSLNEEILRCSTVNLHTSTIKMDAEDSDLRLCFRIISPSKTFTLQAENEADRMDWVN 420
           TR+SSLNEEILRCSTVNLHTSTIKMDAEDSDLRLCFRIISPSKTFTLQAENEADRMDW+N
Sbjct: 361 TRSSSLNEEILRCSTVNLHTSTIKMDAEDSDLRLCFRIISPSKTFTLQAENEADRMDWIN 420

Query: 421 KVTAVIASLFNSYFLQQPFLEAKHPECDKNNFDDYNVQTLHDKRLEDGSQVDSVSKILRE 480
           K+T  IASLFNSYFLQQP LEAKHPECDKNNF+DY++ TLH+KRLEDGSQVDSVSKILR+
Sbjct: 421 KITGAIASLFNSYFLQQPLLEAKHPECDKNNFNDYSILTLHEKRLEDGSQVDSVSKILRD 480

Query: 481 IPGNNLCAECGTPEPEWASLNLGILLCIECSGVHRNLGVHISKVRSIILDVKVWEPSILD 540
           IPGN+LCAECG+PEPEWASLNLGILLCIECSGVHRNLGVHISKVRSIILDVKVWEPSILD
Sbjct: 481 IPGNDLCAECGSPEPEWASLNLGILLCIECSGVHRNLGVHISKVRSIILDVKVWEPSILD 540

Query: 541 LFRNLGNAYCNSIWEGLFLADTGSDNTQHAVATSIPKPSPRDAIQLRERYIQAKYVEKMF 600
           LFRNLGNAYCNSIWEGLFLADTG DN++HAVATSIPKPSP+DA QLRERYIQAKYVEK F
Sbjct: 541 LFRNLGNAYCNSIWEGLFLADTGRDNSEHAVATSIPKPSPKDANQLRERYIQAKYVEKQF 600

Query: 601 VAKDSEAPGNISYAKSIWEAVKTDDLREAYRLIAVSAVSIVNTTYDNVVGVNSSPHLDDE 660
           V KDSEAPGNISYAKS+WEAVK +DLREAYRLIAVSAV IVNTTYDNVVGV+SSPHLD+E
Sbjct: 601 VVKDSEAPGNISYAKSMWEAVKRNDLREAYRLIAVSAVLIVNTTYDNVVGVSSSPHLDEE 660

Query: 661 PSGSNRESHNPSLCGRDWDSNQSRNSLQGCSLLHLACQNDNQVMLELLLQFGADINVRDS 720
            S  N+ES NPS CGRDWDSN+SRNSLQGCSLLHLACQNDNQVMLELLLQFG DINVRDS
Sbjct: 661 HS-VNQESLNPSSCGRDWDSNESRNSLQGCSLLHLACQNDNQVMLELLLQFGTDINVRDS 720

Query: 721 HGRTPLHQCISQKNNMLAKLLLRRG 746
           HGRTPLHQCISQKNN LAKLLLRRG
Sbjct: 721 HGRTPLHQCISQKNNKLAKLLLRRG 739

[Close]

BLAST of Clc07G06610 vs. ExPASy TrEMBL
Match: A0A6J1JD77 (ADP-ribosylation factor GTPase-activating protein AGD4-like isoform X2 OS=Cucurbita maxima OX=3661 GN=LOC111483326 PE=4 SV=1)

HSP 1 Score: 1338.6 bits (3463), Expect = 0.0e+00
Identity = 671/755 (88.87%), Postives = 707/755 (93.64%), Query Frame = 0


Query: 1   MGAFIKLEDSPMFLKQIFSLEKTTDELEDRCRRLHNGCRMFMETLGEASNGDISFADSLE 60
           MG FIKLEDSPMFLKQIFSLE+TTDELE+RCRRL NGC MFMETLGEA NGDISFADSLE
Sbjct: 1   MGTFIKLEDSPMFLKQIFSLERTTDELEERCRRLQNGCTMFMETLGEACNGDISFADSLE 60

Query: 61  GFGGGQDDPVSVSIGGPVISKFITAFRELATYKDQLRSQVEHVLTDRLMQFLNEDLQGVR 120
           GFGGGQDDPVSVSIGGPVISKFITAFRELATYK+ LRSQVEHVL+DRLMQF+NEDLQGV+
Sbjct: 61  GFGGGQDDPVSVSIGGPVISKFITAFRELATYKELLRSQVEHVLSDRLMQFVNEDLQGVK 120

Query: 121 DSRQRFDKAMHEYDQAREKFVSLKKNTRGDIIAGLEEDLLNSKSAFEKSRFNLVNALMNV 180
           DSRQRF+KAMHEYDQAREKF+SLKKNTRGDI+A  EEDLLNSKSAFEKSRFNLVNALMNV
Sbjct: 121 DSRQRFNKAMHEYDQAREKFMSLKKNTRGDIVAEFEEDLLNSKSAFEKSRFNLVNALMNV 180

Query: 181 EAKKKYEFLESISALMDAHLRYFKLGFDLFGQMEPFIHQVLTYAQQSKELANIEQDKLAK 240
           EAKKKYEFLES SALMDAHLRYFKLG+DLFGQMEPFIHQVLTYAQQSKELANIEQDKLAK
Sbjct: 181 EAKKKYEFLESTSALMDAHLRYFKLGYDLFGQMEPFIHQVLTYAQQSKELANIEQDKLAK 240

Query: 241 RIQEFRTQAELDNLQVSNSLDPSVVSDGIHGSGINSYRNVEAAPMSIVNGKVETIKQGYL 300
           RIQEFRTQA+LDNLQ S+  DPSVV DGI GSG+ SYRNVEAAP SIVNGKV+TIKQGYL
Sbjct: 241 RIQEFRTQAQLDNLQASDCFDPSVVFDGIRGSGVISYRNVEAAPNSIVNGKVQTIKQGYL 300

Query: 301 LKRSSGSRGDWKRMFFVLDSQGALYYYKNKASKYVGQQSHSFNRSEEHNNSVFGRFRSRH 360
           LKRSSGSRGDWKRMFFVLD QGALYYYKNKASKYVG QSHSFNRS+EHNNSVFGRFRSRH
Sbjct: 301 LKRSSGSRGDWKRMFFVLDGQGALYYYKNKASKYVGPQSHSFNRSDEHNNSVFGRFRSRH 360

Query: 361 TRASSLNEEILRCSTVNLHTSTIKMDAEDSDLRLCFRIISPSKTFTLQAENEADRMDWVN 420
           TR SSLNEEIL CS VNLHTSTIKMDAEDSDLRLCFRIISPSKT+TLQAENEADRMDWVN
Sbjct: 361 TRTSSLNEEILHCSKVNLHTSTIKMDAEDSDLRLCFRIISPSKTYTLQAENEADRMDWVN 420

Query: 421 KVTAVIASLFNSYFLQQPFLEAKHPECDKNNFDDYNVQTLHDKRLEDGSQVDSVSKILRE 480
           K+   I SLFNSYFLQQPFLEAKHPE DKN+FD+YNVQT H KR+EDGSQ DSVSKILRE
Sbjct: 421 KIMGAITSLFNSYFLQQPFLEAKHPENDKNHFDNYNVQTQHQKRIEDGSQGDSVSKILRE 480

Query: 481 IPGNNLCAECGTPEPEWASLNLGILLCIECSGVHRNLGVHISKVRSIILDVKVWEPSILD 540
           IPGN++CAECGTPEPEWASLNLGILLCIECSGVHRNLGVHISKVRSIILDVKVWEPSILD
Sbjct: 481 IPGNDICAECGTPEPEWASLNLGILLCIECSGVHRNLGVHISKVRSIILDVKVWEPSILD 540

Query: 541 LFRNLGNAYCNSIWEGLFLADTGSDNTQHAVATSIPKPSPRDAIQLRERYIQAKYVEKMF 600
           LFRNLGNAYCNSIWEGL LADTGSDNTQHAV TSIPKPSP+DAIQ RE+YIQAKYVEK  
Sbjct: 541 LFRNLGNAYCNSIWEGLLLADTGSDNTQHAVVTSIPKPSPKDAIQRREKYIQAKYVEKQL 600

Query: 601 VAKDSEAPGNISYAKSIWEAVKTDDLREAYRLIAVSAVSIVNTTYDNVVGVNSSPHLDDE 660
           + KD+EA GN SYAKSIWEAV+T+DLRE YRLIAVSAVSIVN TYD+ V V+SSPHLD+E
Sbjct: 601 LVKDTEASGNNSYAKSIWEAVRTNDLREVYRLIAVSAVSIVNKTYDHAVSVSSSPHLDEE 660

Query: 661 PSGSNRESHNPSLCGRDWDSNQSRNSLQGCSLLHLACQNDNQVMLELLLQFGADINVRDS 720
           PSG NRESHNPS CGR+ DSN+SR+SLQGCSLLHLACQNDNQVMLELLLQFGADINVRDS
Sbjct: 661 PSGGNRESHNPSSCGREMDSNESRSSLQGCSLLHLACQNDNQVMLELLLQFGADINVRDS 720

Query: 721 HGRTPLHQCISQKNNMLAKLLLRRG-RSNIAEGHG 755
           HGRTPLHQCISQKNN LAKLLLRRG R +I +G G
Sbjct: 721 HGRTPLHQCISQKNNTLAKLLLRRGARQSIKDGGG 755

[Close]

BLAST of Clc07G06610 vs. ExPASy TrEMBL
Match: A0A6J1FW51 (ADP-ribosylation factor GTPase-activating protein AGD4-like isoform X2 OS=Cucurbita moschata OX=3662 GN=LOC111447422 PE=4 SV=1)

HSP 1 Score: 1337.0 bits (3459), Expect = 0.0e+00
Identity = 671/755 (88.87%), Postives = 708/755 (93.77%), Query Frame = 0


Query: 1   MGAFIKLEDSPMFLKQIFSLEKTTDELEDRCRRLHNGCRMFMETLGEASNGDISFADSLE 60
           MG FIKLEDSPMFLKQIFSLE+TTDELE+RCRRL NGC MFMETLGEA NGDISFADSLE
Sbjct: 1   MGTFIKLEDSPMFLKQIFSLERTTDELEERCRRLQNGCTMFMETLGEACNGDISFADSLE 60

Query: 61  GFGGGQDDPVSVSIGGPVISKFITAFRELATYKDQLRSQVEHVLTDRLMQFLNEDLQGVR 120
           GFGGGQDDPVSVSIGGPVISKFITAFRELATYK+ LRSQVEHVL+DRLMQFLNEDLQGV+
Sbjct: 61  GFGGGQDDPVSVSIGGPVISKFITAFRELATYKELLRSQVEHVLSDRLMQFLNEDLQGVK 120

Query: 121 DSRQRFDKAMHEYDQAREKFVSLKKNTRGDIIAGLEEDLLNSKSAFEKSRFNLVNALMNV 180
           DSRQRF+KAMHEYDQAREKF+SLKKNTRGDI+A  EEDLLNSKSAFEKSRFNLVNALMNV
Sbjct: 121 DSRQRFNKAMHEYDQAREKFMSLKKNTRGDIVAEFEEDLLNSKSAFEKSRFNLVNALMNV 180

Query: 181 EAKKKYEFLESISALMDAHLRYFKLGFDLFGQMEPFIHQVLTYAQQSKELANIEQDKLAK 240
           EAKKKYEFLESISALMDAHLRYFKLG+DLFGQMEPFIHQVLTYAQQSKELANIEQDKLAK
Sbjct: 181 EAKKKYEFLESISALMDAHLRYFKLGYDLFGQMEPFIHQVLTYAQQSKELANIEQDKLAK 240

Query: 241 RIQEFRTQAELDNLQVSNSLDPSVVSDGIHGSGINSYRNVEAAPMSIVNGKVETIKQGYL 300
           RIQEFRTQA+LDNLQ S+ LDPSVV DGI GSG+ SYRNVEAAP SIVNGKV+TIKQGYL
Sbjct: 241 RIQEFRTQAQLDNLQASDCLDPSVVFDGIRGSGVISYRNVEAAPNSIVNGKVQTIKQGYL 300

Query: 301 LKRSSGSRGDWKRMFFVLDSQGALYYYKNKASKYVGQQSHSFNRSEEHNNSVFGRFRSRH 360
           LKRSSGSRGDWKRMFFVLD QGALYYYKNKASKYVG QSHSFNRS+EHNNSVFGRFRSRH
Sbjct: 301 LKRSSGSRGDWKRMFFVLDGQGALYYYKNKASKYVGPQSHSFNRSDEHNNSVFGRFRSRH 360

Query: 361 TRASSLNEEILRCSTVNLHTSTIKMDAEDSDLRLCFRIISPSKTFTLQAENEADRMDWVN 420
           TR SSLNEEIL CS VNL+TSTIKMDAEDSDLRLCFRIISPSKT+TLQAENEADRMDWVN
Sbjct: 361 TRTSSLNEEILHCSKVNLYTSTIKMDAEDSDLRLCFRIISPSKTYTLQAENEADRMDWVN 420

Query: 421 KVTAVIASLFNSYFLQQPFLEAKHPECDKNNFDDYNVQTLHDKRLEDGSQVDSVSKILRE 480
           K+   I SLFNSYFLQQPFLEAKHPE DKN+FD+YNVQT H KR+EDGSQ DSVSKILRE
Sbjct: 421 KIMGAITSLFNSYFLQQPFLEAKHPENDKNHFDNYNVQTQHQKRIEDGSQGDSVSKILRE 480

Query: 481 IPGNNLCAECGTPEPEWASLNLGILLCIECSGVHRNLGVHISKVRSIILDVKVWEPSILD 540
           IPGN++CAECGTPEPEWASLNLGILLCIECSGVHRNLGVHISKVRSIILDVKVWEPSILD
Sbjct: 481 IPGNDICAECGTPEPEWASLNLGILLCIECSGVHRNLGVHISKVRSIILDVKVWEPSILD 540

Query: 541 LFRNLGNAYCNSIWEGLFLADTGSDNTQHAVATSIPKPSPRDAIQLRERYIQAKYVEKMF 600
           LFRNLGNAYCNSIWEGL LAD GSDNTQHAV TSIPKPSP+DAIQ RE+YI AKYVEK+ 
Sbjct: 541 LFRNLGNAYCNSIWEGLLLADIGSDNTQHAVVTSIPKPSPKDAIQRREKYIHAKYVEKLL 600

Query: 601 VAKDSEAPGNISYAKSIWEAVKTDDLREAYRLIAVSAVSIVNTTYDNVVGVNSSPHLDDE 660
           + KD+EA GN SYAKSIWEAV+T+DLRE YRLIAVSAVSIVN TYD+ V V+SSPHLD+E
Sbjct: 601 LVKDTEASGNNSYAKSIWEAVQTNDLREVYRLIAVSAVSIVNKTYDHAVSVSSSPHLDEE 660

Query: 661 PSGSNRESHNPSLCGRDWDSNQSRNSLQGCSLLHLACQNDNQVMLELLLQFGADINVRDS 720
           PSG NRESHNPS CGR+ DSN+SR+SLQGCSLLHLACQNDNQVMLELLLQFGADINVRDS
Sbjct: 661 PSGGNRESHNPSSCGREMDSNESRSSLQGCSLLHLACQNDNQVMLELLLQFGADINVRDS 720

Query: 721 HGRTPLHQCISQKNNMLAKLLLRRG-RSNIAEGHG 755
           HGRTPLHQCISQKNN LAKLLLRRG R +I +G G
Sbjct: 721 HGRTPLHQCISQKNNTLAKLLLRRGARQSIKDGGG 755

[Close]

BLAST of Clc07G06610 vs. ExPASy TrEMBL
Match: A0A6J1JAX3 (ADP-ribosylation factor GTPase-activating protein AGD4-like isoform X1 OS=Cucurbita maxima OX=3661 GN=LOC111483326 PE=4 SV=1)

HSP 1 Score: 1333.9 bits (3451), Expect = 0.0e+00
Identity = 671/756 (88.76%), Postives = 707/756 (93.52%), Query Frame = 0


Query: 1   MGAFIKLEDSPMFLKQIFSLEKTTDELEDRCRRLHNGCRMFMETLGEASNGDISFADSLE 60
           MG FIKLEDSPMFLKQIFSLE+TTDELE+RCRRL NGC MFMETLGEA NGDISFADSLE
Sbjct: 1   MGTFIKLEDSPMFLKQIFSLERTTDELEERCRRLQNGCTMFMETLGEACNGDISFADSLE 60

Query: 61  GFGGGQDDPVSVSIGG-PVISKFITAFRELATYKDQLRSQVEHVLTDRLMQFLNEDLQGV 120
           GFGGGQDDPVSVSIGG PVISKFITAFRELATYK+ LRSQVEHVL+DRLMQF+NEDLQGV
Sbjct: 61  GFGGGQDDPVSVSIGGCPVISKFITAFRELATYKELLRSQVEHVLSDRLMQFVNEDLQGV 120

Query: 121 RDSRQRFDKAMHEYDQAREKFVSLKKNTRGDIIAGLEEDLLNSKSAFEKSRFNLVNALMN 180
           +DSRQRF+KAMHEYDQAREKF+SLKKNTRGDI+A  EEDLLNSKSAFEKSRFNLVNALMN
Sbjct: 121 KDSRQRFNKAMHEYDQAREKFMSLKKNTRGDIVAEFEEDLLNSKSAFEKSRFNLVNALMN 180

Query: 181 VEAKKKYEFLESISALMDAHLRYFKLGFDLFGQMEPFIHQVLTYAQQSKELANIEQDKLA 240
           VEAKKKYEFLES SALMDAHLRYFKLG+DLFGQMEPFIHQVLTYAQQSKELANIEQDKLA
Sbjct: 181 VEAKKKYEFLESTSALMDAHLRYFKLGYDLFGQMEPFIHQVLTYAQQSKELANIEQDKLA 240

Query: 241 KRIQEFRTQAELDNLQVSNSLDPSVVSDGIHGSGINSYRNVEAAPMSIVNGKVETIKQGY 300
           KRIQEFRTQA+LDNLQ S+  DPSVV DGI GSG+ SYRNVEAAP SIVNGKV+TIKQGY
Sbjct: 241 KRIQEFRTQAQLDNLQASDCFDPSVVFDGIRGSGVISYRNVEAAPNSIVNGKVQTIKQGY 300

Query: 301 LLKRSSGSRGDWKRMFFVLDSQGALYYYKNKASKYVGQQSHSFNRSEEHNNSVFGRFRSR 360
           LLKRSSGSRGDWKRMFFVLD QGALYYYKNKASKYVG QSHSFNRS+EHNNSVFGRFRSR
Sbjct: 301 LLKRSSGSRGDWKRMFFVLDGQGALYYYKNKASKYVGPQSHSFNRSDEHNNSVFGRFRSR 360

Query: 361 HTRASSLNEEILRCSTVNLHTSTIKMDAEDSDLRLCFRIISPSKTFTLQAENEADRMDWV 420
           HTR SSLNEEIL CS VNLHTSTIKMDAEDSDLRLCFRIISPSKT+TLQAENEADRMDWV
Sbjct: 361 HTRTSSLNEEILHCSKVNLHTSTIKMDAEDSDLRLCFRIISPSKTYTLQAENEADRMDWV 420

Query: 421 NKVTAVIASLFNSYFLQQPFLEAKHPECDKNNFDDYNVQTLHDKRLEDGSQVDSVSKILR 480
           NK+   I SLFNSYFLQQPFLEAKHPE DKN+FD+YNVQT H KR+EDGSQ DSVSKILR
Sbjct: 421 NKIMGAITSLFNSYFLQQPFLEAKHPENDKNHFDNYNVQTQHQKRIEDGSQGDSVSKILR 480

Query: 481 EIPGNNLCAECGTPEPEWASLNLGILLCIECSGVHRNLGVHISKVRSIILDVKVWEPSIL 540
           EIPGN++CAECGTPEPEWASLNLGILLCIECSGVHRNLGVHISKVRSIILDVKVWEPSIL
Sbjct: 481 EIPGNDICAECGTPEPEWASLNLGILLCIECSGVHRNLGVHISKVRSIILDVKVWEPSIL 540

Query: 541 DLFRNLGNAYCNSIWEGLFLADTGSDNTQHAVATSIPKPSPRDAIQLRERYIQAKYVEKM 600
           DLFRNLGNAYCNSIWEGL LADTGSDNTQHAV TSIPKPSP+DAIQ RE+YIQAKYVEK 
Sbjct: 541 DLFRNLGNAYCNSIWEGLLLADTGSDNTQHAVVTSIPKPSPKDAIQRREKYIQAKYVEKQ 600

Query: 601 FVAKDSEAPGNISYAKSIWEAVKTDDLREAYRLIAVSAVSIVNTTYDNVVGVNSSPHLDD 660
            + KD+EA GN SYAKSIWEAV+T+DLRE YRLIAVSAVSIVN TYD+ V V+SSPHLD+
Sbjct: 601 LLVKDTEASGNNSYAKSIWEAVRTNDLREVYRLIAVSAVSIVNKTYDHAVSVSSSPHLDE 660

Query: 661 EPSGSNRESHNPSLCGRDWDSNQSRNSLQGCSLLHLACQNDNQVMLELLLQFGADINVRD 720
           EPSG NRESHNPS CGR+ DSN+SR+SLQGCSLLHLACQNDNQVMLELLLQFGADINVRD
Sbjct: 661 EPSGGNRESHNPSSCGREMDSNESRSSLQGCSLLHLACQNDNQVMLELLLQFGADINVRD 720

Query: 721 SHGRTPLHQCISQKNNMLAKLLLRRG-RSNIAEGHG 755
           SHGRTPLHQCISQKNN LAKLLLRRG R +I +G G
Sbjct: 721 SHGRTPLHQCISQKNNTLAKLLLRRGARQSIKDGGG 756

[Close]

BLAST of Clc07G06610 vs. TAIR 10
Match: AT1G10870.1 (ARF-GAP domain 4 )

HSP 1 Score: 865.5 bits (2235), Expect = 3.4e-251
Identity = 451/758 (59.50%), Postives = 560/758 (73.88%), Query Frame = 0


Query: 1   MGAFIKLEDSPMFLKQIFSLEKTTDELEDRCRRLHNGCRMFMETLGEASNGDISFADSLE 60
           M  FI LEDSPMF KQ+ SLE T DEL+DRC++L+ G + FM TLGEAS G+ +FA  LE
Sbjct: 1   MATFINLEDSPMFQKQVCSLEGTADELKDRCQKLYKGVKKFMGTLGEASKGESAFAACLE 60

Query: 61  GFGGGQDDPVSVSIGGPVISKFITAFRELATYKDQLRSQVEHVLTDRLMQFLNEDLQGVR 120
            FGGG DDP+S+SIGGPVISKFI A RELA+YK+ L SQVEHVL +RLM F++ DLQ  +
Sbjct: 61  EFGGGPDDPISLSIGGPVISKFINALRELASYKEFLCSQVEHVLLERLMNFISVDLQEAK 120

Query: 121 DSRQRFDKAMHEYDQAREKFVSLKKNTRGDIIAGLEEDLLNSKSAFEKSRFNLVNALMNV 180
           +SR RFDKA H YDQ+REKFVSLKKNTRG+I+A LEEDL NSKS FEKSRFNLVN+LM +
Sbjct: 121 ESRHRFDKAAHSYDQSREKFVSLKKNTRGEIVAELEEDLENSKSTFEKSRFNLVNSLMTI 180

Query: 181 EAKKKYEFLESISALMDAHLRYFKLGFDLFGQMEPFIHQVLTYAQQSKELANIEQDKLAK 240
           EAKKKYEFLESISA+MDAHLRYFKLG+DL  Q+EPFIHQ+LTYAQQSKE + IEQD+LA+
Sbjct: 181 EAKKKYEFLESISAIMDAHLRYFKLGYDLLNQLEPFIHQILTYAQQSKEQSKIEQDRLAR 240

Query: 241 RIQEFRTQAELDNLQVSNSLDPSVVSDGIHGSGINSYRNVEAAPMSIVNGKVETIKQGYL 300
           RIQEFRTQ+ELD+ Q+  + + S  +    G  I  Y+N E +    +    E IKQGYL
Sbjct: 241 RIQEFRTQSELDSQQLVANAESSGANGNRVGGNI-PYKNTETS----LTADKEVIKQGYL 300

Query: 301 LKRSSGSRGDWKRMFFVLDSQGALYYYKNKASKYVGQQSHSFNRSEEHNNSVFGRFRSRH 360
           LKRSS  R DWKR FFVLDS G++YYY+   +K +G   H ++ S +HN  VFGRFR+RH
Sbjct: 301 LKRSSSLRTDWKRKFFVLDSHGSMYYYRTNGNKSMGSH-HHYSGSSDHNTGVFGRFRARH 360

Query: 361 TRASSLNEEILRCSTVNLHTSTIKMDAEDSDLRLCFRIISPSKTFTLQAENEADRMDWVN 420
            R+ SL E  L  +T++L TS IK+DAED DLRLCFRIISP KT+TLQAEN ADRMDWVN
Sbjct: 361 NRSGSLTEGSLGYNTIDLRTSLIKLDAEDMDLRLCFRIISPQKTYTLQAENGADRMDWVN 420

Query: 421 KVTAVIASLFNSYFLQQPFLEAKHPECDKNNFDDYNVQTLHDK-RLEDGSQ--VDSVSKI 480
           K+T  I +L NS+FLQQ     ++ + D ++    N     D+ R  D  Q   D VS I
Sbjct: 421 KITKAIGTLLNSHFLQQS--PVRYLDKDNSSSAPANAVVSGDQIRHNDSRQNIGDDVSTI 480

Query: 481 LREIPGNNLCAECGTPEPEWASLNLGILLCIECSGVHRNLGVHISKVRSIILDVKVWEPS 540
           LR +PGNN CAEC  PEP+WASLNLG+LLCI+CSGVHRNLGVHISKVRS+ LDVKVWEP+
Sbjct: 481 LRGLPGNNACAECNAPEPDWASLNLGVLLCIQCSGVHRNLGVHISKVRSLSLDVKVWEPT 540

Query: 541 ILDLFRNLGNAYCNSIWEGLFLADTGSDNTQHAVATSIPKPSPRDAIQLRERYIQAKYVE 600
           ILDLFRNLGN YCNS+WEGL   D   ++       S+ KP P D+  ++E+YI  KY+E
Sbjct: 541 ILDLFRNLGNVYCNSLWEGLLHLDDDCEDGSALSHASVSKPCPEDSFSVKEKYILGKYLE 600

Query: 601 KMFVAKDSEAPGNISYAKSIWEAVKTDDLREAYRLIAVSA-VSIVNTTYDNVVGVNSSPH 660
           K  V KD E+  N+S A  IWEAV++ ++RE YRLI  +  V+I+NT +D++  +++  H
Sbjct: 601 KALVIKD-ESEANLSAASRIWEAVQSRNIREIYRLIVTTGDVNIINTKFDDITDIDAYHH 660

Query: 661 LDDEPSGSNRESHNPSLCGRDWDSNQSRNSLQGCSLLHLACQNDNQVMLELLLQFGADIN 720
           + D    + ++ H+P++C R  +SN+ R+ LQGCSLLH+AC   + V+LELLLQFGAD+N
Sbjct: 661 I-DAAEKAVKKRHDPTVCQRIKESNEPRSCLQGCSLLHVACHIGDSVLLELLLQFGADLN 720

Query: 721 VRDSHGRTPLHQCISQKNNMLAKLLLRRGRSNIAEGHG 755
           +RD HGRTPLH CIS  N+  AK+LLRRG     E  G
Sbjct: 721 IRDYHGRTPLHHCISSGNHKFAKILLRRGARPSIEDDG 748

[Close]

BLAST of Clc07G06610 vs. TAIR 10
Match: AT1G60860.1 (ARF-GAP domain 2 )

HSP 1 Score: 858.2 bits (2216), Expect = 5.4e-249
Identity = 457/766 (59.66%), Postives = 562/766 (73.37%), Query Frame = 0


Query: 1   MGAFIKLEDSPMFLKQIFSLEKTTDELEDRCRRLHNGCRMFMETLGEASNGDISFADSLE 60
           M  FI LEDSPMF KQ+FSLE T+DEL+DRC++L+ G + FM  LGEAS G  +FADSLE
Sbjct: 1   MAGFINLEDSPMFQKQVFSLEGTSDELKDRCQKLYKGVKKFMGALGEASTGVSAFADSLE 60

Query: 61  GFGGGQDDPVSVSIGGPVISKFITAFRELATYKDQLRSQVEHVLTDRLMQFLNEDLQGVR 120
            FG G DDPVSVSIGGPVISKFI   REL++YK+ LRSQVEHVL +RL  F+  DLQ  +
Sbjct: 61  EFGAGHDDPVSVSIGGPVISKFINTLRELSSYKEFLRSQVEHVLLERLTNFMTVDLQEAK 120

Query: 121 DSRQRFDKAMHEYDQAREKFVSLKKNTRGDIIAGLEEDLLNSKSAFEKSRFNLVNALMNV 180
           +SR+RFDKA+H YDQAREKFVSLKKNTRGDI+A LEEDL NSKSAFEKSRFNLVN+LM +
Sbjct: 121 ESRRRFDKAVHSYDQAREKFVSLKKNTRGDIVAELEEDLENSKSAFEKSRFNLVNSLMTI 180

Query: 181 EAKKKYEFLESISALMDAHLRYFKLGFDLFGQMEPFIHQVLTYAQQSKELANIEQDKLAK 240
           EAKKKYEFLESISA+MD+H +YFKLG+DL  Q+EP+IHQVLTYAQQSKE + IEQD+ A+
Sbjct: 181 EAKKKYEFLESISAIMDSHFKYFKLGYDLLSQLEPYIHQVLTYAQQSKEQSKIEQDRFAQ 240

Query: 241 RIQEFRTQAELDNLQVSNSLDPSVVSDGIHGSGINSYRNVEAAPMSIVNGKVETIKQGYL 300
           RIQEFRTQ+ELD+ Q S   DPS V  G H       +NVEA   S+     E  KQGYL
Sbjct: 241 RIQEFRTQSELDSQQASAKADPSDVG-GNHVYRAIPRKNVEA--NSVSTADKEVTKQGYL 300

Query: 301 LKRSSGSRGDWKRMFFVLDSQGALYYYKNKASKYVGQQSHSFNRSEEHNNSVFGRFRSRH 360
           LKRS+  R DWKR FFVLD+ G+LYYY+N  +K    Q H ++   EH++ VFGRFR+RH
Sbjct: 301 LKRSASLRADWKRRFFVLDNHGSLYYYRNTGNKSAKSQ-HYYSGLGEHSSGVFGRFRTRH 360

Query: 361 TRASSLNEEILRCSTVNLHTSTIKMDAEDSDLRLCFRIISPSKTFTLQAENEADRMDWVN 420
            R++S  +  L C+ ++L TS IK+DAED+DLRLCFRIISP KT+TLQAEN ADRMDWVN
Sbjct: 361 NRSAS--QGSLDCNMIDLRTSLIKLDAEDTDLRLCFRIISPQKTYTLQAENGADRMDWVN 420

Query: 421 KVTAVIASLFNSYFLQQP---FLEAKH----PECDK---NNFDDYNVQTLHDKRLEDGSQ 480
           K+TA I    NS+FLQQ    +L+ K+    P  +    N  +DYN      +RL  G  
Sbjct: 421 KITAAITIRLNSHFLQQSPARYLDKKNTSSGPATENLTLNQKEDYN------QRLNVG-- 480

Query: 481 VDSVSKILREIPGNNLCAECGTPEPEWASLNLGILLCIECSGVHRNLGVHISKVRSIILD 540
            D V  ILREIPGNN CAEC  P+P+WASLNLG+L+CIECSGVHRNLGVHISKVRS+ LD
Sbjct: 481 -DDVLTILREIPGNNTCAECNAPDPDWASLNLGVLMCIECSGVHRNLGVHISKVRSLTLD 540

Query: 541 VKVWEPSILDLFRNLGNAYCNSIWEGLF-LADTGSDNTQHAVATSIPKPSPRDAIQLRER 600
           VKVWEP+ILDLFRNLGN YCNS+WE L    D  S+        S+ KPS  D   L+E+
Sbjct: 541 VKVWEPTILDLFRNLGNGYCNSVWEELLHHLDDDSEKGSTDTLASVSKPSSEDWFTLKEK 600

Query: 601 YIQAKYVEKMFVAKDSEAPGNISYAKSIWEAVKTDDLREAYRLIAVSAVSIVNTTYDNVV 660
           YI  KY+EK  V KD E   N + +  IWEAV++ ++R+ YRLI  +  +I+NT +D++ 
Sbjct: 601 YINGKYLEKALVVKD-EREANSTASSRIWEAVQSRNIRDIYRLIVKADANIINTKFDDIT 660

Query: 661 GVNSSPHLDDEPSGSNRESHNPSLCGRDWDSNQSRNSLQGCSLLHLACQNDNQVMLELLL 720
            ++   H   +     ++ H+P+ C R  +SN++RN LQGCSLLH+ACQ+ + ++LELLL
Sbjct: 661 DLDVYHHHHVDAPDEVKKRHDPNACQRIKNSNEARNCLQGCSLLHVACQSGDPILLELLL 720

Query: 721 QFGADINVRDSHGRTPLHQCISQKNNMLAKLLLRRG-RSNIAEGHG 755
           QFGADIN+RD HGRTPLH CI+  NN  AK+LLRRG R +I +G G
Sbjct: 721 QFGADINMRDYHGRTPLHHCIASGNNAFAKVLLRRGARPSIEDGGG 750

[Close]

BLAST of Clc07G06610 vs. TAIR 10
Match: AT5G13300.1 (ARF GTPase-activating protein )

HSP 1 Score: 657.9 bits (1696), Expect = 1.1e-188
Identity = 371/788 (47.08%), Postives = 505/788 (64.09%), Query Frame = 0


Query: 4   FIKLEDSPMFLKQIFSLEKTTDELEDRCRRLHNGCRMFMETLGEASNGDISFADSLEGFG 63
           F KL+DSPMF KQ+ S+E++ + L +R  + + GCR + E LGEA +GDI+FA +LE FG
Sbjct: 3   FTKLDDSPMFRKQLQSMEESAEILRERSLKFYKGCRKYTEGLGEAYDGDIAFASALETFG 62

Query: 64  GGQDDPVSVSIGGPVISKFITAFRELATYKDQLRSQVEHVLTDRLMQFLNEDLQGVRDSR 123
           GG +DP+SV+ GGPV++KF  A RE+ TYK+ LRSQVEH+L DRL+QF N DL  V+++R
Sbjct: 63  GGHNDPISVAFGGPVMTKFTIALREIGTYKEVLRSQVEHILNDRLLQFANMDLHEVKEAR 122

Query: 124 QRFDKAMHEYDQAREKFVSLKKNTRGDIIAGLEEDLLNSKSAFEKSRFNLVNALMNVEAK 183
           +RFDKA   YDQAREKF+SL+K T+ D+ A LE++L  S+S FE++RFNLV AL NVEAK
Sbjct: 123 KRFDKASLTYDQAREKFLSLRKGTKSDVAAALEQELHTSRSMFEQARFNLVTALSNVEAK 182

Query: 184 KKYEFLESISALMDAHLRYFKLGFDLFGQMEPFIHQVLTYAQQSKELANIEQDKLAKRIQ 243
           K++EFLE++S  MDAHLRYFK G++L  QMEP+I+QVLTYAQQS+E +N EQ  L +++Q
Sbjct: 183 KRFEFLEAVSGTMDAHLRYFKQGYELLHQMEPYINQVLTYAQQSRERSNYEQAALNEKMQ 242

Query: 244 EFRTQAELDNLQVSNSLDPSVVSDGIHGSGINSYRNVEAAPMSIVNGKVETIKQGYLLKR 303
           E++ Q + ++   SN  + S   DGI   G +S++ ++A   S   GKV+TI+QGYL KR
Sbjct: 243 EYKRQVDRESRWGSNGSNGSPNGDGIQAIGRSSHKMIDAVMQSAARGKVQTIRQGYLSKR 302

Query: 304 SSGSRGDWKRMFFVLDSQGALYYYKNKASK--YVGQQSHSFNRSEEHNNSVFGRFRS--R 363
           SS  RGDWKR FFVLDS+G LYYY+ + SK    G Q      S E  + +  R+ S   
Sbjct: 303 SSNLRGDWKRRFFVLDSRGMLYYYRKQCSKPSGSGSQLSGQRNSSELGSGLLSRWLSSNN 362

Query: 364 HTRASSLNEEILRCSTVNLHTSTIKMDAEDSDLRLCFRIISPSKTFTLQAENEADRMDWV 423
           H      +E+ +   TVNL TSTIK+DA+ SDLR CFRIISP+K +TLQAE+  D+MDW+
Sbjct: 363 HGHGGVHDEKSVARHTVNLLTSTIKVDADQSDLRFCFRIISPTKNYTLQAESALDQMDWI 422

Query: 424 NKVTAVIASLFNSYFLQQPF---------------------LEAKHPECD----KNNFDD 483
            K+T VIASL +S   +Q                        E  HP  +    + +F  
Sbjct: 423 EKITGVIASLLSSQVPEQRLPGSPMGSGHHRSASESSSYESSEYDHPTTEEFVCERSFLG 482

Query: 484 YNVQTLH----DKRLEDGSQ-VDSVSKILREIPGNNLCAECGTPEPEWASLNLGILLCIE 543
           YN +        + +  G + +D+    LR++ GN+ CA+CG PEP+WASLNLG+L+CIE
Sbjct: 483 YNERPSRSFQPQRSIRKGEKPIDA----LRKVCGNDKCADCGAPEPDWASLNLGVLVCIE 542

Query: 544 CSGVHRNLGVHISKVRSIILDVKVWEPSILDLFRNLGNAYCNSIWEGLFLA------DTG 603
           CSGVHRNLGVHISKVRS+ LDVKVWEPS++ LF+ LGN + N++WE L  +      D G
Sbjct: 543 CSGVHRNLGVHISKVRSLTLDVKVWEPSVISLFQALGNTFANTVWEELLHSRSAIHFDPG 602

Query: 604 SDNTQHAVATSIPKPSPRDAIQLRERYIQAKYVEKMFVAKDSEAPGNISYAKSIWEAVKT 663
              +  +      KPS  D I ++E+YIQAKY EK+FV +  ++    S A+ +W+AV  
Sbjct: 603 LTVSDKSRVMVTGKPSYADMISIKEKYIQAKYAEKLFVRRSRDSDFPQSAAQQMWDAVSG 662

Query: 664 DDLREAYRLIAVSAVSIVNTTYDNVVGVN-SSPHLDDEPSGSNRES-----HNPSLCGRD 723
           +D +  YRLI V+  + VN  YD     + +   +   P    RE       N  L    
Sbjct: 663 NDKKAVYRLI-VNGDADVNYVYDQTSSSSLTLSRVILVPERPKREDVLLRLRNELLDRTG 722

Query: 724 WDSNQSRNSLQGCSLLHLACQNDNQVMLELLLQFGADINVRDSHGRTPLHQCISQKNNML 746
             SN S     G SLLH AC+  +  M+ELLLQ+GA++N  DS G+TPLH C+ +    +
Sbjct: 723 SSSNISPEGSGGSSLLHCACEKADLGMVELLLQYGANVNASDSSGQTPLHCCLLRGKVTI 782

[Close]

BLAST of Clc07G06610 vs. TAIR 10
Match: AT5G61980.1 (ARF-GAP domain 1 )

HSP 1 Score: 625.5 bits (1612), Expect = 5.9e-179
Identity = 353/799 (44.18%), Postives = 495/799 (61.95%), Query Frame = 0


Query: 4   FIKLEDSPMFLKQIFSLEKTTDELEDRCRRLHNGCRMFMETLGEASNGDISFADSLEGFG 63
           F KL+DSPMF +Q+ S+E++ + L  RC R + GCR + E LGE  + DI F ++LE FG
Sbjct: 3   FAKLDDSPMFRQQMQSMEESAELLRLRCLRFYKGCRKYTEGLGEGYDADIGFVNALESFG 62

Query: 64  GGQDDPVSVSIGGPVISKFITAFRELATYKDQLRSQVEHVLTDRLMQFLNEDLQGVRDSR 123
           GG +DPV V+ GGPV++KF  A RE+ TYK+ LRSQVEH+L+DRL+QF+N D+  V+++R
Sbjct: 63  GGHNDPVCVAFGGPVMTKFTIALREIGTYKEVLRSQVEHMLSDRLLQFVNGDVHEVKEAR 122

Query: 124 QRFDKAMHEYDQAREKFVSLKKNTRGDIIAGLEEDLLNSKSAFEKSRFNLVNALMNVEAK 183
           +RFDKA   YDQAREK++SL+K+TR D+ A +EEDL ++++ FE++RF+LV+AL N E+K
Sbjct: 123 KRFDKATITYDQAREKYLSLRKSTRLDVAATIEEDLHSARTTFEQARFHLVSALSNAESK 182

Query: 184 KKYEFLESISALMDAHLRYFKLGFDLFGQMEPFIHQVLTYAQQSKELANIEQDKLAKRIQ 243
           K++EFLE++S  MDAHLR+FK G++L  QMEPFI+QVL YA QS+E AN E   L +R+Q
Sbjct: 183 KRFEFLEAVSGTMDAHLRFFKQGYELLHQMEPFINQVLAYAHQSRECANYEMASLNERMQ 242

Query: 244 EFRTQAELDNLQVSNSLDPSVVSDGIHGSGINSYRNVEAAPMSIVNGKVETIKQGYLLKR 303
           E+  Q ++D    ++ + P+   DG+  +  NS + +EA   S   GKV+TI+QGYL KR
Sbjct: 243 EY--QRQVDRETRNSCVSPT--GDGMRHNSRNSQKVIEAVMQSAAKGKVQTIRQGYLSKR 302

Query: 304 SSGSRGDWKRMFFVLDSQGALYYYKNKASKYVGQQSHSF---NRSEEHNNSVFGRFRSRH 363
           SS  RGDWKR FF+LDS+G LYYY+   +   G  S S    N + E++  +  R+ S H
Sbjct: 303 SSNLRGDWKRRFFILDSRGMLYYYRKPWNWSSGNGSRSVVHRNMASENSPGLLSRWLSSH 362

Query: 364 TRASSLNEEILRCSTVNLHTSTIKMDAEDSDLRLCFRIISPSKTFTLQAENEADRMDWVN 423
                 +E+ +   TVNL TSTIK+DA+ +DLR CFRIISP+K +TLQAEN  D+MDW+ 
Sbjct: 363 YHGGVHDEKPVARHTVNLLTSTIKVDADQTDLRFCFRIISPTKVYTLQAENAQDQMDWIE 422

Query: 424 KVTAVIASLF------------------------NSYFLQQPF---------LEAKHPEC 483
           K+T VIASL                         +S  L  P+            +HP  
Sbjct: 423 KITGVIASLLSFQTPERAIMRLSTVDGGDTFSASDSGSLADPYDIEQAESGESTVEHPMT 482

Query: 484 DKNNFDDYNVQTLHDKRLEDGSQVDSVSKILREIPGNNLCAECGTPEPEWASLNLGILLC 543
             N          HD  ++    +D ++++L    GN  CA+CG PEP+WASLNLG+L+C
Sbjct: 483 GGNRSRFSGCLQQHD-MVKTEKPIDVLTRVL----GNERCADCGAPEPDWASLNLGVLIC 542

Query: 544 IECSGVHRNLGVHISKVRSIILDVKVWEPSILDLFRNLGNAYCNSIWEGLFLADTGSDNT 603
           IECSG+HRNLGVHISKVRS+ LDVKVWEPS+L LF++LGN Y NS+WE L  +++ + + 
Sbjct: 543 IECSGIHRNLGVHISKVRSLTLDVKVWEPSVLTLFQSLGNVYVNSVWEELLNSESRTSSA 602

Query: 604 QHAVATS---------IPKPSPRDAIQLRERYIQAKYVEKMFVAKDSEAPGNISYAKSIW 663
             +  T          + KP   D I ++E +I AKY E++FV K  ++    +  + IW
Sbjct: 603 SRSSGTPKSDRPRKLLVRKPGFNDPISVKELFIHAKYSERIFVRKAIDSQHFQAVFQEIW 662

Query: 664 EAVKTDDLREAYRLIAVSAVSI----VNTTYDNVVGVNSSPHLDDE-----PSGSNRESH 723
           E V+ +D +  YR I  S   +       +Y   + ++    +++       S       
Sbjct: 663 ENVRANDKKSVYRHIVCSEADVNALRGQASYTVSLPLSKMMQMEETLEAKFKSIEEEFQE 722

Query: 724 NP---SLCGRDWDSNQSRNSLQGCSLLHLACQNDNQVMLELLLQFGADINVRDSHGRTPL 746
           NP   S    D +S     +   CSLLHLAC + +  M+ELLLQ+GA IN  DS GRTPL
Sbjct: 723 NPAGYSNSRGDGESMVREETSNDCSLLHLACLSADIGMVELLLQYGAKINATDSKGRTPL 782

[Close]

BLAST of Clc07G06610 vs. TAIR 10
Match: AT3G17660.1 (ARF-GAP domain 15 )

HSP 1 Score: 98.2 bits (243), Expect = 3.3e-20
Identity = 56/140 (40.00%), Postives = 77/140 (55.00%), Query Frame = 0


Query: 475 SKILREI---PGNNLCAECGTPEPEWASLNLGILLCIECSGVHRNLGVHISKVRSIILDV 534
           SKIL  +   P N  CA+C +  P WAS+NLGI +C++CSG+HR+LGVHIS+VRSI LD 
Sbjct: 16  SKILEALLKHPDNRECADCRSKAPRWASVNLGIFICMQCSGIHRSLGVHISQVRSITLD- 75

Query: 535 KVWEPSILDLFRNLGNAYCNSIWEGLFLADTGSDNTQHAVATSIPKPSPRDAIQLRERYI 594
             W P  +   ++ GNA  N  WE        S+  QH   +S             + +I
Sbjct: 76  -TWLPDQVAFMKSTGNAKGNEYWE--------SELPQHFERSS------------SDTFI 133

Query: 595 QAKYVEKMFVAKDSEAPGNI 612
           +AKY EK +V+  +  P  I
Sbjct: 136 RAKYSEKRWVSPGAIQPAPI 133

The following BLAST results are available for this feature:

BLAST of Clc07G06610 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_038892772.1	0.0e+00	93.02	ADP-ribosylation factor GTPase-activating protein AGD4-like isoform X1 [Benincas...	[more]
XP_008454717.1	0.0e+00	92.35	PREDICTED: ADP-ribosylation factor GTPase-activating protein AGD4-like isoform X...	[more]
XP_011654489.1	0.0e+00	92.08	ADP-ribosylation factor GTPase-activating protein AGD4 isoform X1 [Cucumis sativ...	[more]
XP_008454718.1	0.0e+00	91.81	PREDICTED: ADP-ribosylation factor GTPase-activating protein AGD4-like isoform X...	[more]
XP_038892773.1	0.0e+00	92.35	ADP-ribosylation factor GTPase-activating protein AGD4-like isoform X2 [Benincas...	[more]

BLAST of Clc07G06610 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q9SMX5	4.8e-250	59.50	ADP-ribosylation factor GTPase-activating protein AGD4 OS=Arabidopsis thaliana O...	[more]
Q9C6C3	7.6e-248	59.66	ADP-ribosylation factor GTPase-activating protein AGD2 OS=Arabidopsis thaliana O...	[more]
Q5W7F2	1.5e-187	47.08	ADP-ribosylation factor GTPase-activating protein AGD3 OS=Arabidopsis thaliana O...	[more]
Q9FIT8	8.3e-178	44.18	ADP-ribosylation factor GTPase-activating protein AGD1 OS=Arabidopsis thaliana O...	[more]
Q6ZQK5	2.9e-53	26.54	Arf-GAP with coiled-coil, ANK repeat and PH domain-containing protein 2 OS=Mus m...	[more]

BLAST of Clc07G06610 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A1S3C009	0.0e+00	92.35	ADP-ribosylation factor GTPase-activating protein AGD4-like isoform X1 OS=Cucumi...	[more]
A0A1S3C0G9	0.0e+00	91.81	ADP-ribosylation factor GTPase-activating protein AGD4-like isoform X2 OS=Cucumi...	[more]
A0A6J1JD77	0.0e+00	88.87	ADP-ribosylation factor GTPase-activating protein AGD4-like isoform X2 OS=Cucurb...	[more]
A0A6J1FW51	0.0e+00	88.87	ADP-ribosylation factor GTPase-activating protein AGD4-like isoform X2 OS=Cucurb...	[more]
A0A6J1JAX3	0.0e+00	88.76	ADP-ribosylation factor GTPase-activating protein AGD4-like isoform X1 OS=Cucurb...	[more]

BLAST of Clc07G06610 vs. TAIR 10


Match Name	E-value	Identity	Description
AT1G10870.1	3.4e-251	59.50	ARF-GAP domain 4	[more]
AT1G60860.1	5.4e-249	59.66	ARF-GAP domain 2	[more]
AT5G13300.1	1.1e-188	47.08	ARF GTPase-activating protein	[more]
AT5G61980.1	5.9e-179	44.18	ARF-GAP domain 1	[more]
AT3G17660.1	3.3e-20	40.00	ARF-GAP domain 15	[more]

InterPro

Analysis Name: InterPro Annotations of Watermelon (cordophanus) v2
Date Performed: 2022-01-31


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	COILS	Coil	Coil	coord: 119..146
None	No IPR available	PFAM	PF16746	BAR_3	coord: 7..234 e-value: 7.1E-35 score: 120.7
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 652..677
None	No IPR available	PANTHER	PTHR23180	CENTAURIN/ARF	coord: 1..755
None	No IPR available	PANTHER	PTHR23180:SF244	ADP-RIBOSYLATION FACTOR GTPASE-ACTIVATING PROTEIN AGD2	coord: 1..755
None	No IPR available	PROSITE	PS50297	ANK_REP_REGION	coord: 721..745 score: 8.74663
None	No IPR available	PROSITE	PS50297	ANK_REP_REGION	coord: 688..719 score: 11.903864
None	No IPR available	CDD	cd08204	ArfGap	coord: 476..595 e-value: 1.96644E-52 score: 175.765
None	No IPR available	CDD	cd13250	PH_ACAP	coord: 296..431 e-value: 6.70348E-34 score: 123.098
None	No IPR available	SUPERFAMILY	50729	PH domain-like	coord: 293..440
IPR001164	Arf GTPase activating protein	PRINTS	PR00405	REVINTRACTNG	coord: 484..503 score: 47.76 coord: 503..520 score: 61.11
IPR001164	Arf GTPase activating protein	SMART	SM00105	arf_gap_3	coord: 472..608 e-value: 2.3E-52 score: 190.0
IPR001164	Arf GTPase activating protein	PFAM	PF01412	ArfGap	coord: 474..603 e-value: 1.8E-33 score: 115.1
IPR001164	Arf GTPase activating protein	PROSITE	PS50115	ARFGAP	coord: 472..608 score: 27.405701
IPR001849	Pleckstrin homology domain	SMART	SM00233	PH_update	coord: 294..429 e-value: 1.7E-19 score: 80.8
IPR001849	Pleckstrin homology domain	PFAM	PF00169	PH	coord: 295..426 e-value: 5.1E-13 score: 49.4
IPR001849	Pleckstrin homology domain	PROSITE	PS50003	PH_DOMAIN	coord: 293..427 score: 17.115101
IPR004148	BAR domain	SMART	SM00721	5bar	coord: 6..219 e-value: 6.1E-32 score: 122.1
IPR002110	Ankyrin repeat	SMART	SM00248	ANK_2a	coord: 721..751 e-value: 0.036 score: 23.2 coord: 688..717 e-value: 3.7E-5 score: 33.1
IPR002110	Ankyrin repeat	PROSITE	PS50088	ANK_REPEAT	coord: 721..745 score: 8.76305
IPR002110	Ankyrin repeat	PROSITE	PS50088	ANK_REPEAT	coord: 688..720 score: 13.27704
IPR020683	Ankyrin repeat-containing domain	PFAM	PF12796	Ank_2	coord: 677..745 e-value: 1.9E-8 score: 34.8
IPR011993	PH-like domain superfamily	GENE3D	2.30.29.30		coord: 294..431 e-value: 8.7E-25 score: 89.6
IPR036770	Ankyrin repeat-containing domain superfamily	GENE3D	1.25.40.20		coord: 671..755 e-value: 5.2E-17 score: 63.6
IPR036770	Ankyrin repeat-containing domain superfamily	SUPERFAMILY	48403	Ankyrin repeat	coord: 685..746
IPR027267	AH/BAR domain superfamily	GENE3D	1.20.1270.60	Arfaptin homology (AH) domain/BAR domain	coord: 6..251 e-value: 1.5E-65 score: 223.5
IPR027267	AH/BAR domain superfamily	SUPERFAMILY	103657	BAR/IMD domain-like	coord: 7..316
IPR038508	ArfGAP domain superfamily	GENE3D	1.10.220.150	Arf GTPase activating protein	coord: 452..608 e-value: 1.7E-43 score: 149.8
IPR035670	Plant AGD1/2/3/4, BAR domain	CDD	cd07606	BAR_SFC_plant	coord: 15..216 e-value: 8.23633E-98 score: 301.332
IPR037278	ARFGAP/RecO-like zinc finger	SUPERFAMILY	57863	ArfGap/RecO-like zinc finger	coord: 473..602

Relationships

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


Feature Name	Unique Name	Type
Clc07G06610.2	Clc07G06610.2	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0050790	regulation of catalytic activity
cellular_component	GO:0005737	cytoplasm
cellular_component	GO:0016020	membrane
molecular_function	GO:0005096	GTPase activator activity
molecular_function	GO:0046872	metal ion binding
molecular_function	GO:0005515	protein binding