Lsi09G005340 (gene) Bottle gourd (USVL1VR-Ls) | Cucurbit Genomics Database (CuGenDB)

Overview


Name	Lsi09G005340
Type	gene
Organism	Lagenaria siceraria (Bottle gourd (USVL1VR-Ls))
Description	Gluconokinase
Location	chr09 : 5583118 .. 5613640 (+)

Genome Viewer

Gene Expression

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: CDSthree_prime_UTR

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

ATGAGTAAGTGAATAAATCTAGTCAACGTTTAGTATTGCTCAACTGACACGAAACATGTTATCTCGACTTAGAGATTTAATTACACTTTTAGTTTTAAAATATATTCAATTATTTGTTAAATGGTTATGGAAAATTTCACACCAGAGCCTAAAAATTAAACACCAAATAGTTACTACCAAGCCAGGCTTAAGGAATACTATTTGTGTTTTTGTTTTTTTTTAAATTAAAGTATACTTCTATTGGTTAAGATATCTTTGACATTTTTCAAATAGATATTCATTGTTGATGAATGTTTAGACTGATGGTAAACTTACATTTCATAAATACTTAGTAAATTGTTGGGTAAATTACAAAGTTTGTCTTTGAACTTTCAAAATTATAAATTTAGTCTCTAAATTTTTTATTATTTTTTTTAAAAAAATCTATAGATGTATAAACACAAAATTGAAAGTTTATAGTTCTTTTAGATATAAAATTCAAATTTATATCTAACAAATCAATACATTTCTAAAACCTTTGGTTATTTATTGATATATAATTGAAAGTTCAAAGACTTATTGACACAAAATTAAAAGTTCAAGGACTTATTAGATGTTTTTAAAAGTCTAAAAATCAAATAAATACAAATTTGAAGAAGTAAACTTACCATTTAACTCAATTTTAATTTAGAGGCAATGCAATAAAATAATATTTTTTTTATCATCTAGGAGAGGAAAATATTCTTCAAAAGTCCAAGGATATTTTGAAAATATCATCTAGGAGAAGCAAGTTTCTCGTTCTTTTTTCCAAAATTTAAGAAATTGGTAGACATTTTGAGTTTTGTTTTCCAAAATTTAACCTTTTTTTCTTCTTCAAATTTTGTTCAGTTCACTAAGGAATTATGGTTATCGATCAATTTTAACATTCAGAAATGAAGAGAGACTAAATTGGAAAATTTTATTACATAAAATACTAAATTGAAACTTTTTAAACCATAAGAAGTAAATTGAAAAAGATGCTCGGAAATTTAATTATGAACTAGAAAAATATATTTAGCGTTAGAAGTATATCAAACAAATACAAACTATTTTTCAAAACTTTTATACATTTTAGTTTCAATTATTTTTTCTCTCGTAAGTGTTCTAATTGCAAAACCACAATTTTCAAAAGGCATTTCAAATTCACTTTGAGATGATCTTCTAGAAAAGCTGACATTATAAGTACTTCATCGTTTTGAGCAGAAAAAATGTCAAAAGGAATCCCTCTCTCAGACGAAGATCGAATACCATGGCTCGAGAAGATTCGAGATACATTGAGAGAGAACATAGCATGTAGAAGAAGTGTAGTTCTTGGTTGTTCAGCTCTACAAAAACAGTATAGAGAGATTTTGAGATCAGGTGATCCAAATTATGAAAAAATGGGGAAAATTAGATGTGTGGTGAAGTTTGTTCTTTTGGATGCTCCAGCTGAAGTGATTGCTTCAAGATTAGAGAAAAGAGCCAAAGAAGGGAACCATTTCATGGCTTCTACTCTTTTGAAATCTCAATTGGATTTGTTGCAAATTGATGATAGTGAAGGAATTTTAAAAGTTGATGCAACTCTTACTCCACAAGCAATTGTAAGTAATATTCTTAAGTTGGTTTTTGGATCTAGTTTGGTTTTAACTAACAATGAGAAATCATAGTTTTGATTTTCTCATCCCTCTTTTTTCTTATCATATTTCTTGTTTCTTGCTTTTGGAAAAACAAAAACAACAAGGGAAATTTTCAGTCAAATNTCTAAAATCACTCAATAAACTATATTTATAAACACACTTCAAATTAATAAATATATATTTTTTTTCTTGCTATGAAAATCAATTTTATTAAAAAATACATATTTTCTAAAGTAACTCAAAACACACTCTCATTAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAACTAATAAACATTGATAGACTTCTATCAGGATCTATCAGTGATAGATTTCTATCACTGATAATAAATCCTCATAGACTTCAATCAACGTCTATCACAACTATCTAAAAATTTTACTATTTTGTGTAAATAGTTTATCTTATTTTTCTATTTTTAAAAATTTTCTCAAACAAAAATGTAATTGTTATATAGTTACTTATAGGGTTATTTTCAAATATATAAAAATAAGTCAAATTATTTTATATATTTAGTTTGTGGAGTTGAATAGTCTACGATTGTTGTGTAGATTATTTTAGTTTGGGTTCGGGAAGTTTATGTTTAGAGATTATTTTAGTTTGGGTTTAGGAAGTTTGTGTTTAGAGTGTACAGTATTTTAGTCTTAGTTCAGGAAGTCTATATTTTGAATGTTAAATTATTTTTTTTAGCATGGAGTTATGAAAGTATGAGTTTGTTGAATATCATATTTTGCAAATACAAATAAAAAGACTTATTCCTCCAATTTTTTTTAAAAAAATGTATTAGATTTTAAGTTATGTTATGTTATTCTCCGTCCATTTGACCATTTTGGTGATATACCAATATTGTTGAAATGTACAAAATATGTGAGTTTTTTTTTTTTTTTTTTTTTTTTTTTTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTAATGAGAGTGTGTTTTGAGTTACTTTAGAAAATATGTATTTTTTAATAAAATTGATTTTCATAGCAAGAAAAAAAATATATATTTATTAATTTGAAGTGTGTTTATAAATATAGTTTATTGAGTGATTTTAGAGGATGAAAATGATTTTTATAAAACAATCTTTGAGAAGTAGTTAAAAAACTTTTAGATTAATTTCAATATCCTTTTTTTTTCTTGAAGAAAACACTTGAGATGGATATATCATATATTATTAAAAAAAAATGTTTTTAAGGTGTATATGGTAAGAAACTAAAAACATATAATCACTTTTGAATATAGTGAAACAAAACAAATTTCTCATTTGTTTTCTTCCTAAAAAGGTAATATATAATAGTTTTATTGAAATAATGTTAAGTGTTTAATTTAGTAGGTATTCTAAACAAATAATCCTTAATAAGTGCTCTTAAATTTTAAGATTTAGTACCAAAATAGGATTTTTTTTATTTATTATTATTATTTGTTTTCCTTTTAGAGTAAAATAGAAGAAAATAACACAAACAATGAACTTAAGAAATGTATAAATCATAAAAGAGAGCATAATTCTGATGGTGGTTTAAATATCAATGTCTTTGAGCATGGAAAGCTAAATTGTGAGCTATAGAGTAAAAAATGAACAGTCATGTTGCATATCATGGATAGAGTACTCAACAAAAGCTTGAACCCATTAGCATATCTACCATTTTCAATTAAAAGATTTTAAATGATAAGTAAATTTATTTCTGGAGTGAATTTGTTTTAGTCGAGAGAAGGAAGATGCTAGCTTCGAGAGCTTATAAATTTCATGGCTATGACCTCAACAAGCTCAATGGAGTCAATAATTAAGAAGGCTCTCCAAAGTCAGCATAGTGTCACTGTCAGAATTGCAAACAATAGCTCCAATTCCACTAGCTTCAGCATGTCCATCAGATAGGATTCGAAGAAAAAAAAACGATTGCCAAAAACACGAATATTATGCTAGTCCCAAATTGCTGAAGCAAATAAAATAGAAAATTCTAATTTCCAAAGAGTTTAAAATCTCATACGCGTTGTAGAAAAGAAAGGCAACATCAGGGTAGCACATACACATTAGTACAAAATTGGCCTTTAATGTTAGTCAAAAATCGACATTTAGGGATATGATGACAGACATGTGACTAACATCGAAGAATGTATTATTGTAGGTATTCAATGACAGTCACCTTTAACATCGTAAATTTATTTTATGATAATTTTGAAGTTCTTATGTATATTTTTTTGGGTTAAATTACAAGTTCAGTCTCTGAATTTTGTAGTTTATGTCTATTTAGTCTCTAAAACTTTGAAAAATATTTAATATGTCTCTAAACTTTTAATTTTGTGTCTAAAATGTCTCTCAATTTTTTTAAAAAAAAAATTAAAATGAATTGATCCACTAGATATAAGAATTTGATTTTTATGTCTAATGGAACCTTATACCGTCAAATTTGTGTTTAGTATATTAAAACTCAATTGCTAAATTTGTAATTTGAAAGTTCATGGATCAAATAGACACAAATTAAACCTCAAAAGGACACTAACGGTGTGTTTGGAATACATTTTAAAGTGTTTAATTTAAAAAATAATTCATTTTGGAAAAAATTGAAGTGTTGCTTTTGAAGTATATTTAATTTTAAACAGTTTTTATCAAAAGAGTTTAAATAAACATAAGTTTTTTGAAGAACACTTTTTTTCTCAAGTCAATCTAAACGGACCCTAAATTTGTTATTAATTAACCTACATTTTTTTAGTTCAGCAACTTGTGAAGGCATATGAGATTTAACTCTGACCTCTTGATCAAAGATTTATATCTTAATCGGTTGAGTTATATATGTCTGAATTATTAGTTGAGTTATATGTCGAAATTATTTGAAGTCCTTAGGGCATATTATATAGTGTATAGATATTTAATTAGTGACCAAACATCAAAGGAACATAAATGGTTGCATGATGGACAACTTTATATTATATTTGCCATTATAAACATTACATGGAAAACTATATAGTATACTTACAACAATCACATTAACACACTAAATTACCAACTGAATCTTCATCATCCATTTGAAACTTGGAAATGTAATAAACAACTGTTGTTAATTAATTTCTTTCACTAAATATTGTACATAGATGCCTTCAATCTATTTCAACTATTTCAGGATAAACCTGCATTAGTACAACAAAATAATGTTCACATCAAAGAATATTTGATTAAATATATGTTCTTCCAAACATGTCAAATCCACACATACATCTAATTATATAATGGAGAATTTTTAAAAATAGAAAAATAAGAAAAATTATTTACACAAAATAACAAAATTTTTAGATAGTTATGATAGATGTTGATAGAAGTCTATCAGTATCTATCAGTTATAGAAATTATAGAAGTTTATTATTGATAGATGCTGATTAAAGTCTATCAATGTCTATCAGTATTTTTTTTATATTTTCTGTAAATAGTTTGACATTTTTTCTATCTGAGAAAATTTTTTTTATATAATTTTACACCACAAAATGTCTTAAGTTAACTTATACCAAATATCTCAATCTATCCCTATACTTAACCGTAATTTTTGTTGTTTAACCTTTAGCGATTCTCATTTAAAAATCAATAAATGGAAAGTGACACGATATATAGTTGATATATAAAAATTAGAAAGCACATATGACTTTGTTCTTCATAAAAATTGGTATGACAATTGACATGCAAAAATTTATTTTATGAATTAAAATATCATTAACAATACTGATTTCTTGAGTTGAAATGAATGGTAACAATGAACTTAATCTTATATATAGTTAGAATTAAAAGTGATATTATGTACCACTAGTCACACTCTTTCATGTCATTCATTGGTAATTTTTTGAAAAATGTCAAAAGTAGTTAAAACGAAACTTTTTAAATTCTATGAAGATCAACTTATGCATATCGTAAGTAATCTCACGACACCCGCCATTAAATCCTAGATAGGTGGCCACTATGGATTGAACCCACAACCTCTTCCCACTACCACTAAGCCAACTCACGATGGTTATTTGGTATAACGACTTAAGCAATATTTTACTATTGCAATCTAAAATTGTGATTAAATTCCAAAAGAATGAGACTTAAGACATATTTGAGTTGACTTTTTAAGTGCTTAAATTCAAAAAAAAATGTTTATAAACACTTACAAAGTCAATCCAAACGGACCCTTAGTTATTATGATTTTTTCATACTTGACCATTTCCATCTTCATTGAAGCTTCTTGTTCTAATCTTCAACTCCCCTCTATTGGTTGTCAACACATCTAGTATTTCAGCATCACACATCTCAACATTATCTCCATCTTCAACTATATGAGTAGAATCATTTCCCTATTAAAAATATGAAAAATAACCAACATTATATCTTCATCACAAAAAGAAAAAGGACGAGTGATCAAATATCGACATGAGCATTATTCAACTAGGTTAAAAAAAAGTACCTTGAAAGAAAAACTAAGTGAGGTCTTCGGAGATCCCTTAATTTCTTCATATTCAGCTGCATCGAGCTCTTGCAAATATCGAGATCGGAGTAGTTTAGGAAGAATGTGTTGTCTTATGGTAATGAGGAAGAAGAAAGGTAAGGAAAACAAGACCCCAGCAATAGGGATCCAAGTCACTCCATAGCAAAGAAGAAGATACACAAGTTGAAAGAGAGTGAATATTGTTATGTATTTGAATGGCACTAACTCCACAAAGGAAGCATGAGCATTTTCTAGCACCCTGCCAAAAAAAGGAATTGAAATAAAATTAGCTATCCATCAACTACCAACATATTAATCTCAAATTGAATTCGAAAAAGTTGACTTGGCATGCTGGTTAGATTTACGATTGATATTCGATATGACACGACAAAATTAGGTATATTAGGTCAAAAACTCGATCGGACAAATCAGACAAAGTAAATTGATAAATCGTAGCCTCAATTTTACTTATCAACAAGCAATGGAGAAGATTCGAGAGCTCCTCTACCTCTCTCAATTGCAAAAGATATCCAAAGATAGCATACAGGTATATATCATCACCACTCAATGCCCCTTTAATAACAATATTCTTTGAGATTCCCTCACTCGCTTTCATGTATATACAAAAATTTGTAAGAAAAATACTTAGGTGCATCTCAAGCTGCACTCGTCTTCGTGTATATATAACTCACCCAAATGTCCAATCACAAGTTGCCACGTGACAAACTTTTTAATAAAAAAAATTATATTTGTTTTGTTTATATTATATATATATATATTCCTTCCTTTGTAATTGAAAGGGATGCATGGAGATAGGTTTAATCTGGGTTGCACCCAAGTATTACTCATTTCGTAATTAGGGGTCTATCATAAAATTTAAGTCAAACTTTTGACCTTTTGTCTGCTCTTATTTGTCGAGTTGACCTACTTTATTGCCTATCATTACTCGTTAGTAATTTAATTAATGTATCATACAACATGAACTTATTGTGATCAAAATATAAAGCTATATCGACACACGTACCTACATTGATCTGATTAAACTTATAATTTAACCATGCGTAAAGAAAACACGACGAAGAATAGTAAAGATAGATTGAATTTATAATTATAGAAAAATAAGAAGAGGTTTTACTTGTAACGTCGACTAGGCATGACGAAGAGGAGCAAAATCCTTTCCCAAAATTGATTTCCAGGAAGACTATCAATAGCCATATAAGCAAAATATCCCCAAAGCACAGATGTTGGGATCTTCTTGACCAATGGTATTGCAAAAATTAATGCAGCCACTAGGATTGACTGTAGCAGATTACTCACTCTTTGCTCATTTACTCTAACTGGAAGATATGAATCAATGTGCTTCTCAAGATGACCAAATTTCTCTTCTTCATTTTCATTATCTTTGTTGTTGTTGTCTTCTTTCATAACTGCCTCCTTCAAATCTTCCAATTCTTTCACCACTACATCCATCTACAATCCCCACACCATTAATTAGAAGCAAATAAAATATAATTTGGCAAACTTAGAAAGCACACGGATATAGACACGAACACGACACGAGACAAGTATCTATACACGTTTATCAACTTCTAAAAATGTGGGACGACATGAAGAATATGTGCATATTAACTTATTTGATACTTCAAAAGGTAAGTCACGTGAAAAACTTCTACTACTACGAGAGTATGAAAATTTTTCTGTAGATTCCCTCCATTTATTGTATGCTATATCAGCATGTTTTTTTTAAAAAAAAAATAGGAGTGGGATCAACTTATGTTATACGGGATCCATTAATATTTATGAAAACAAATCTATCGTATGAACAAAGAGAATATAGTACTCCTGTAGTATTTAAAAATTTCACGTTATGTGTTCCGTTTGTGTCCTTACTCTTCATGCCTTAGATAATATTTGAATGTATCCGTGTTCACCACGAGTTTGATACGGACACCCTATCAAAAAGGGGTGTCACAGAAAAAAGAGTGTAAGAATTTATTAAATTGACATGATTCACAACTAATCTCACAAGACAACCCGTCTGACCCTACAATATTAAGTCCTAGGTAGGTGGGATTGAACCCATGACCCATGACCCATTTGCCCTTTGGTCTTTTTTTTTTTTTTTATTTTCCCACTACTATTAGGTCAATCCATGATGGTTACACGTACGTTAACTTTCAAGCAATCATTTTAATGAAAAAACTCTCAATTGTTTTTTTTTCCTTCTTTTAAACAATTTCAAAGTTAATTTACGACTAAAATATGTAACTTTTCAAAGTTTAGGATATAATCGAATCTTAACTCAAATTTTAAGGATACGTATTTTGTATAATTTAACCTAAAACGAGAAATGAGAACACTACCTCAAGTGGACTAACAGCTGGGCTACCATCCATTTCTATGAACACATCTTGCATTTGGACATAGATTTCTGAGTTTGTAGCTTTCTTTTTTATGCTTTCCTTAGCACTTTCAACCATCTTTTTTCTTATCAACTGCAAACAAAATGAACAGCTAATTAAATTAATTAACAAACTAACACTAATTATATATTATATGTACTTGAATACTAGTGTATGATTGACCATATATTACATATTTTTTGTGCTTAATTTTAATTTAATTACCTGCCTCTTAAGAACTGCAAGGCTTTTAGTATGCATTGGAGACTGTGGTAAAACCCCATTTGAAGGAGGAAGCCCAAGTAATCCACAAAGTAAAGTCTAACATCAAATTTTCATAGAAATAATTAAGTGTACTTTATTGTAAATTAAATTATATAGAGATATGTGGATATTTTACCTTATACTAGTAAAAGAAGGAGCTCTTACTTACTTTCTGGTATATTACTATTATTATTAAATGAGTGAATTACACTAAAAGTTGGAGCTTTCTAGTAAATAGGAGATTTACCTACTTTCTTATGTAACAACATATATATGTTTAGGCTATAAATTATAAAAAATACTCTTGAGTTTAGCTTTTTGTTTCAAAAATATTCTTATACTTGCAAAACTTGCAATATGTTGCTCTTGACTTTTCATAAAAACGCTTTTCAAAACTACTATTATTGGAGTTGAAATTCTTTAAGATTTTAACAAAAATTAAGATCTAGAATGGTGTAGTGGTGACTTTGATAAGGAAATAAGTGACCGTGAGGAGACCACAAGGGAAGCTTACGAGATGAACACCAAGCTCAACCAGTTCAATCAAAACTTTAATGAATCTAATGCTCAAAGTCAATGGAAGTCAACTCAAATTCACACCAATGATAATAAAAAATCATAGTCCAATCATTAGAGCTAAAAGACTACAAAAAACATGAAATGCTTACTTCCAAGTTAGGACATGAATCGATGGTGAAGAGTTGCATCAATTCAAGCTTCAAAAGACACAATTTCATCCTCGAGACAATAATGAATCTGAAGATGTGGATGATTATATGTAGAGATGTCCATTTTTCCCACGAGACCAGGAATCCCCGATTACACGGGGAATGGGGGAGGGAGCGAAGAGAATTTTTTCCTCGTTGGTCAAACATTCCCCGTCCTCGTCCCTGCCCCGCCATATATATATACTTCAAAAAAATTATAGTTTTTACCAATTAGCCTTTTCTTAATTCTCATCATAATTTTTTCATATTTTAATGCATTTCTAAAATAGAGAGGTTGAATGTTTCTTACTTTTAAGACATGTATATTGTAATGTTTAATTTGAAACTAGTGATTAATATTTTAACTTTTAGAAATAAGGAGATAAAATATTTTAATTATATCTTTGCACATAATATATTGTTATTTTTTTAAGAAAATTTTAAAAATTTTATATCGTTTGAGAATAAATTTAAAAAATAAATAAAGAAAGAAAAAAACTAACGAAAAATTTCGCAGGAATGGGGATTGAAATAGGGGATGGGGATGGGGAAGTCTTATCCGTCCCCGCCCCACCCCGTGGACATTTCTAATTATATGTATCTATCTATTTCATATATTTCTATTTATGAATGTTTATATATGGAGTTGAAGGTTGTGGGCTAAATTTAAACTACATATAGGTGAAAGGTAATTAAGTTCTAATTTCATGGTGACTCTTCATTATATTTTCTATTTTGAAGAACAAGTTTAATTAAAAAAATTCATAGAGTTCAAATCTCTCTCAAATTCATAGATTAGGGCTTTTAATCTAAACAATTAGATAGTGGAGAGTTCAAAAATTCTGAACAAATGAACAAGTTCTCATTTCTTCTTGATCATTGATCATCTATCCAAGCAAATCTATTTAACTTTCTTATGATTTTTTATCATTTTCGTTAGTAGGGAGTTATTCTTCTTATTCTTATTCTTATGGGGTAGTTCCCACTTGAAAAAGGGAATTCTCGAACATAAGGGAAGTAGTTCTCTTAATTAGCAGACCCTTAAAACATTGTGTGGGATCATAATTTCCTTTTACTTACTATATGTCATTGTAACACCATTGTTCCAAAAGTCTTAATTTCTATATTCTAAATTCTAAAAGATAAAGATTTCTACTCTAAGGTAGTAGTTTTGAAGGGATAACGAAAGATAAGGATAATATTACAACATTTTACTGGTAGATAGTGAATTCCACTAAAATTTTTGTGCCAACAAAAGTAACATACTCTCTAGTTATCAATAATGTTAAAGAAAATCATTGCTTAATTATATTTTTCTTTTTTGTATTTTACTTTTCTATTATTTTACTTTGTTAGGTCTATTGGGGTTTATTTATTTTGTCATCCTTTGTATTCCAATTAAGTTATTATTTAAGAATATTTACAATCTTCACAAATTATATTGTATAATTAAGCTAGTAATTAAATAATTGTATAGTTGTAATTAGGAAAAAATGTGTGGTTATACCATAAATCCAAGCAAGAAGATGTCATAGTGATATGCTGAAGGATTCTTAAGATTAAACTCCTTTTGTTGTGCCAATTGAGAAGCAACACTATGATCAAAAAAGTAAAGCCCGGCAATCATCACACCAGGAACTTATGCTGCAAAGATGTATGAGGGAGGGATTTTCCCCATATCCTGTGTCACAAAATGAAACATATGTTTCCATTAATTAAATTAATCAAGCATATATATATATATGAGTGCCAATTTTATATATATTACATGTTAAATTTAAAAATAAAAAAATAAATAAAAAACAACCTCTGGTCAAGTAATAACTAAGGTTGGAAATATTGATATTGATGGAAAGATAGATGGATTTTATGGAAATTTCGATATCGATGGAAATTTCGATAAAATTTATAGAAATTGATGGAAATTGATGAAAATTGTTATAATTAATTAATGAACTTTATTGTGGTTTAATTAAACTATAAGTAACCATTTTTTAATCGCAATTTCTATAAAGTAAGACACTATTTAGATGTTTATTGTAAATATATGAGTAACTGTTGATACGAGAGCAGAAATTTAAAAAATAAATGAAAAATAATTACACAATAATAAAAAGTTTATGAATATTTTGCGGTAAAATGATGTGACAATTATGAAAGTTTTGGATGGTACAAGAAAAAACTCACATAAGGTAAAGTGATATGAAAAGTTAATAAAAAAAAATTGATTGAGCTTAAAAATAAATATAGATTATTTTTTGTGGTTCTTTCGAATTAAATTTCTTTATAAATGAAAGTTTTGGGTAAAAAATAAAGCTAAAACTTGAGAAAAGTTGTAAATTAAAAAAAGTAGCACATAAAAAATGTTTAATCTTTTGTCGAAAATGACATTGGCGTGTGAAACTATAGAATTGTGTGTGAGAGGACCATCAAATTGAAAATTTTGAATTGAGCTAAAATAGTTAATTAGAAAAAAAAAATTGAAATTTTCTAGAAATGTCGAAATTTTCTTGAAATATCAAAATTTCGTCGAAATGGGGGAATCGGATTATTCTCGAAATATTCTCGAAATTTCGATGAAATTTTTCCACTATGGTAATAACGACATATTTGAAAGTGATTTTAAAATTGTTAAAAATGAAAAGATATCTTTAATCATTCAAAATAATTATAATATTTGATTTTACACTTTTAAACGTTATTTCATCCAATCAAAAATAATTTTGAATCGTTAAAAGCATATTTAAGAATGATATTAAAAATGGAAAAAGTTATATGTTAACTATTTTAAAAGCACTCTCAAACATGTCTTCGATCATTCAAAAACAATTTTTATTATACGAAACTAGGTGTTTAGTTAACAATATTGTAAAATACTAAAAACGTGTTTTTAAAGTAATTTTGGAACGAGATAAAAAGTGTATGATATTACTCATTTTAAAATCACTTCAAAATATGTCTTCGAGAGGAAGAAATTACCTTGACCACAGTCCAATGGTGGAAAGAAGCAGATTCCCATGGCAAAGGGCTAACAAGTCTTCTAGGAACTCCAGAAGGAATTTTTGTTGGTACACTAAATGATAATACAGTCCATACTAGAACCATGAGAGGAACTCCATAGTCTGCAATGAAGCTTCTCAACCACCCTATATGAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAAAAAATAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAGTGAAAATGTTTAAAAAGAGAAATATAGTTTACAAAATAATAATAATAATGGGAAATTTTTACAAATAGAAAAAATGTCAAAATAGCAAAAAAAAACACTAATATACATTGTTAGACTTATATCAGCATTTATCAATCAAACTATCAGCGTCTATCACAACAATCTAAAAATTTTGCTATTTTGTGTAAATAGTTTCCCTTTTAAAAATTTCTCTTATATAATTTAGTATCTCGAAACCAAACCAAGGAGAAGTGGGTCGCACGTCAAGGCCATTAGATGCAACAAAGCCCAATGCGGATGAGATCCGAGCGCCAACAAGTTTAAATCATAAAAAATATTCCTAAATTTTGTCAATTGTTTAAAAAAGTTGCAATATTACTCTTGACCTAATTTCCTAAACATTTCAATATTGGAATAGAAAAACCAACAAAAAGTTGACATTCATACTTAATCCAAGCAAGTGTCTTAATCTGAACGTCACACTATTTTAAGTTACCGCTTTGTCAATTTTTTATCTAACATTCTAAAAACCTTCTACTCTTAAAGAGTGTGGTTTTGAAACGCGTATGGAAGGTTATTAAGGGTAATTAAACAAATAAACAAAGTTTAAGAGTAATTTTTATAATTCAACCTATTTTTTAAAAAGTGTTAATAATTGGTGAAATATATATATATATATATTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAAAAAAAAAAAAAAACGGTATGTGATGAAATTGAGTGATTTGAAAACAAAATTATAATTTGAAAAGGAAAAATAATGAATTGGAAGGTGAGTGGTTTTCATGTTTCAGAAGTTTTTAAGTATTGCATAAAAAATGTAAAGATAAACAAACACTAAAACATGCATAAATTAATGGGGTTTTTTCATAAATAATAAAATAATAAAAATATTTACAAATATAGTCAAATGACAAAAAGTTTACTCATTCCAATGTGTTCTTTTTACTATATTTATAAATAGTTTCATTATTTTTTTTATTTAAAACAATTTCCCTAAATATAATATTACTTTTAGGGAAATTTTCACATATAGAAAAAATTCTAAATTATTTACAGAAAATAACAAAAAAATACTGATAGAAATTGATAGACTTCTATCATTTCTATTACTTATAGACTCTGATAGACTTCTATCAGCGTCTATCACAACTATCTAAAAATTTTGCTATTTTGTGTAAATATTTTCCCTTGTTTTTCTATTTTTAAAAATCCCCTTACTTTTAAATGATTTAAAATACTATTTTTAAGCCATGAAACAATATAAATTAACAAAATTAATATATTTAATTTAATAAATTCCTGAAAGAAGAGATTTAAACTATTAGTGAATAAAAAAATTATACGAAACAAATAGTTAAAACTGACCTTGATAGCTTCTTGAATGAACAAAATAGAAATTAAAATGGCAACAAGTTCTCCTGCAATTCTTGTAAATCTGTTGATTAAACTACAAGCGTTGAATATTGCCAAAAGCATCAATAACATAGCCGTCCACACGTAAACCCTGTAATCATATCAATTAAACCAAATATTAGGCCTTAATTTGTAGCTATTTGATTATTTTTGTTTTTAGTTTTCTAAAACTATGATTTTTTCCTCGCTTTTATCTTAATTCTAAAAATAAAAAGGAATTTTTAAAAATAGAAAAATAAGAGAAATTATTTACACAAAATAGCAAAATTTTTAAATAGTTGTGATAGACGCCCATAGAAGTCTATCAGGGTCTATTAGTGATAGAAATGATACAAGTCTATCACTGATTGATAGATGCTGATAGAAGTCTATCAATGTCTATCAATGTTTTTTTCTATATATATTTTTTATAAATAATTTGACATTTTTTCTATGTGTGAAAATTTCTTTAAAATAAAATTTATTTTCTTTTAATTTTCAAGATATAGTTTGGATTTTAAAAACATTGATAAAATATAAACAACAAAATAAAAAAATCAATATGTGTAATTAATTTTCAATTTTTAAAATTTATGTTTGTTTTCTCTCAATTTTCTTGTCATAATCTTCATTTTCACTAATAACAAAAACTACTCTTTATTTTTTTAGTTTTTAAAGAAACATCTAAATTCTTTCTAAAACAAAAAAGAAACATTAAAATACTTAGTCAAAATTTAAAAACATAAACTACTTTTTTTAGTTTTAAAATTTTGGCTTGGTTTTGAAAACATTAGTTGAGAGTGGACTATATGACATAGGAATTTAAAAGTGAAAGTAGAGTTTATAGGATTAATTTCTAAAAAATCAAATAGTTATCAAATGATACTTTTTATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATTAAAAAATTAAGAAAATAGTTTTTCAATAAAAATAGGCGTCACATTTGTTTATGTTAAAAGTTAACAAAGAACCTAACAGATGGATCAACGGTGCTACAAAAAGTAAACTTCAAAAGTAAAATTGTTGAGTTTGAAAAATCAGTGACCCAAATACAATCTAAACTAAATACCTAGGACTTTTTACCTATTGATTGAAAATTTTAACAAATTTAAATTAAATTATACTTTAAAAAAACACAAGTAGTCAAAAACATTTTTTTAATACACTTAAAAACTATTTTTAAATTATTCCATCAAATAAGCCTTTTACATTAAAAAAAAAAATTAAATTATAACTTTAGCCTCAAATTTTGAAAATTTGGTGCATCAATGTAGTTTAGAAATTATTAAATATACAATGTATTTAACATATATATCATTTAAGAGTTAAATTGACTAAGTTAATGATAGAGCGCTTGTTAGACGCAATATTAAAAGTCTAAAGACGTATTAAGATCTTATTAAAGTCTATAGACTATATCTATATAATTTTCAAATTTTAGAGACCTATTAAAATTAAAATAGGTATTTAATTATTGAATAGACACAACTATAAAGACTTAGGACCAAACTAGTAATTTATTTTTTTAAAAAAAAAAATCTAAAGGACGAAATGTTACATTTCCAAATAAATACTTAAACTCTTGTTCAAAAAATAAATATTTTAACTCAAAATAAAATGAAACATTTTAAAATCTAAAGGACCAAAGGTGAATTAAACTCAAAACTCAAGAGTAAAAATGCACATTTTGAAACTTAAAAATCAAATGAAAATTAGACTAAAATTAAAATCTAGGGTCCAAAAAGGTATTTTACTCCAATTATTATCTTTTTACCAAACATGATAGAAATTAACTTTGAATTAAACTAACTAGAAAAACTACTAATTAAGGTTTATAGAGAGCCTAGAGACAACAAAATTTAGACATTTTAATGTGTGAAGATTGAAATGGGACGATCAAGTTATGCCAAAGTGAATTTAGTTCAACAATAATTGACATGCACTCTCTCCATTCAGGTTGGAGGTTCGATTTCCCATATCTCAACTATTTTTCGTAATTTTCAATCAAGTCCTTACCATCCAACCCAAGCGAGGAAGAGTTCTCTTCCCAAATCTTTTCTATCTTTTGCAAAGTTGAACAAATAAGTGTACATAACAATGGTGGGTTCAGCAACTCCTACAATAAGAAGAGGTTGGCCACCAAGAATGGAGTGAAGAATCCCACAAATGGCTGTAGAAGCCAAAGTTTCAACTGTGCTTAAGCTTCCATCTGTGCCATGCAAAATTAAAATGTCGTTGTCCACAGAAATGTTAAAGTCTCAATTTGATGAAAATATTAGATAAAAATTTCGATAAAATTTTTTTTATTAATTTTGTATAATATATAATAGAAATGTTGACTCATTCTTCATGTTGATATCGAACCTATGGATATATAAAATTATCGATAAAAATATCCAACATGTCAATCATGAATTTTATACTCTTGTAGTTGCCCACAGCCAGTACAAATTTTATAAAGATTATTGATGGGCAATGCTTAGAAAACCTTCGTTGAGGTTACCGTTGAAGAAATCTAAAGTGTTTAATTAAAAAAAAGGAAAATTTTTACCGATAAAAAAAAAAGGAAAATTGTTGTGTATAGAAAAAAAACAAAAGTAATTACACATATAGAAAAAAGTGCACTCATGCTTTTGTATTTTCCAACTTTTTTTTCTATATGTGTAATTAATTTTATTTTTTTTCTATTTGTGAAAAGACCCCATAAAAAAAGTGTCAAACTATTTATAGAAAATATCAAAAAAAAATACGACATTGATAGACTTCTATTAGCATCTATCAATGATAGACTTCTATCATTTTTATCCGCGTCTATCACAATTATTTAAAATTTTTGTTATTTTGTGTAAATAATTTCTCTTAATTTTCTATTTTTTAAAATTTTTCTTAAAAAAAATAAATAAATAAAGACGGTACCCATCTATTTTGCAGCCAAGATAGTACTTGATAAAACACGGTCATGTGGCAAAGAATTTTCTTTTAAAAAAATTGAATTACTTTTATTTCTTTTAAAAAATAGAAAGGTGATGCATAGAGATTAGGGGCGACCTAATCATTTCTCTTTAATTTAACTTTAGAATTGATACCTTTTTTAATTATATTTTTATTTGATTTTTCAAGTGTTAAAAGTACTTAACATGTCAACAAATATGACGATCTAGTCAACATTCCGTTAACTTAATTGTTAAGTTAAAATTGTTTAGTATTTTGCAAACGTGAAGGATTAAAATGTTTGTTTTGAAACTTCAAAAACTAAATAAACATCAATTCCAAAACTTCATAAGATCAAACATTACCATTTGCCCTAAATCTAATTAAGGAATGACACATTATATTCCTCTAGTTTGATTTCTTTAAATATAGTTGAGAAAATCATGCTAAATTACTTAACTAACTAAAATATAACAAATAGTAAAATATTATATAATTGGTATATTATAAACAACTATTATTTTTCATCGGAAAATTGTTGTGTATAAAAAAAAAACAAAAGTAATTACACATATAGAAAAAGTGCACCCCATGCTTTTGTATTTTTCACTTTTTTTTCTATATGTGTAATTATTATTTTTTTTTTTCTATTTGTGAAAAGACCCCTTATTCATATTCTATTTTATTTTTTATATTTCTTTAAAAAAGAAAAAAAATAAAAGTTGACATTTCTCAAACCTGTATTCCTACTCAATTGCTCGCCAAAAGCAATGACGGGCAGCGCGGAAGCATAAAAGATATACGTAGTTGGTGCCAAAATCCTTTGAACACAAAACCAAAAGTGAAAATTTTGAGTTTAAATATTTTAACCTAATTAACATATATAATAAAGTTTTCATTTGAGAATCTTTATTAAAAATATGAAAGAAAAGAAAAAGTGATCAAACAAATATATATATTTTAACAAGTATAAACGAGAATTATAAAACAAATTGTAAGGTCAAATTGAGTTTAGCTAAATTAGAATAAAGTTTGTATTTTGAATTTTGAGATTAGAAGTTTGATTTTTTCATTACATATATTTAAAAAAAAAAAATAAACAAAATAAATGGTAAAACTTGTTTTGTAATGTTATAGATGATTTTGGACTAGATGACATAATTGATATAAAACAAGAAAGGAAGCAATATGACCAAGAAAATAATAAGATTTGAGTCAAAAGTAGCACCTTAGGACCAAAACGAGCTAGGAGAGAGGTATGGCTTAGGCCTTGACCCAAGTCAATGTGCTCAGCCTCGGTCGAGCCTAACAAAATGCCTAACGAAGCATGACTTGGCCTTAAAACATCATCCTAAGACAAAAATGGGCTTAGGGGGAGGTGCTCGGTCTCAACTTTGACAGAGGCCAAGCCTAGCAAAATGGCCAATGAGGCATGTCTCGACCTAAGAAGATAAAAGGGTTATTCTAATGTAGCTCTTAAACTCTATGGATGATAACCTAAGGTTTATCTATTCCTATAAAGACATCAATATAGCTCCAGGAAAAAAAAGTCAATTCTCACTCTCTCAAATCCTAATCAAGCTTCCACACGTTTTCACCCTATGACTTAAGCATCAAAGTGTGTTTAGCAAGAAGCACATCAGCGTGCAAGTTTTCTTTCTTTTTTTCTAGGACACATTTTTTTTTCCTTTTAAACAAATTTTTTGTTGTTGCCACTAAATATTTTGTAGATTTTTTTTAACTCACTATATATATTTCATTTGGTGTTTAGATTTCAAAATGTTACATTTTGTTCCTAAATTTTAAGTTTTAGTTTTACTTTTATATTTTATACTTTTACCTTTGTATTTTTAATAATACTTGTTTGCTTGTGGCCTTTGAGTTAACTTTCAATTCATTAATTTAAAATTATTATGATATGATATTTAATTAATTTTAATGGTAACAAAAAAAAATAATACTAATTCAATTAAAAATAATTTAATTCTTTTAAGCTATCATTGAAAATCAACATAAATTACTAAAAATGATCTTAGTTAAAAAAAATTATTTTAAATGACAAAACTGCTATAAATATTTTCAAATATAGCAAAAAAAACAAAAAAAAAACTTTTTCAAACTAATAGACAGTGATAAACTATATTATCATCTATCAGTGATTATCACGGATAAATGTCTATCAATGTCAATCATGGATCACTGATAGATAATGATAGACTACTTTTTGTCATTTCACAATATGGAAAAAATTTTAAAATCATGAAGTTTAGAATCAAATGGAAAATAATCTCACAATATTAAAAATGTAACATTTCGAAATTTGACCAAATAAAAATCATACTCAAAACTCAAGAATGAAAAATGTATTTATTTTTCATCAACAAGTTATATTGAATTTTTTTTTAATATTTACTATACATAACCAAATTAAGTTTAAAATTTCCTAAAAACTAAATAAATTATAAATAAAAAATATTATGAAACGAATAATTACCCAACTCCTGAACGTAGACCACCAATCCAATCTTGTTTATAACAAGAAACTCTTCCTCGAAAATCACTTGCAATACCTCTGAATATTGAACATTTCATATTCTCCATCATCTCTGCGTTGAAAAAAAAACTAATTTAAATCTTAATTAATTAATTAACCGTACCTATTTCATTTCGGTCTATATACTTTTAAAATGGACATTTTGACTTTTGTATTACTATTAGCTCTTGTCACTTCTATCATTTCTATCACTGATAAGCCTTGATATACTTTTATCAGCGTTTATCACAACTACCTAAAAATTTTGCTATTTTGTGTAAATAGTTTTTTTTATTTTTCTATTTTTAAAAATTTCCTCTTTTGCAAAGAGAATTTTTTACAGATAGTCAAGCTATTTACAAAAAATAGCAAAAAAACTATTGATAGACATTAATAGACTTCTATCAACATTTATCAGTGATAGACTTCTATTATTTTTATCACTGATAGACTTCTATCAACGTCTATCACAACTATTTAAAAATTTTGCTATTTGTGTAAATTTCTTATTTTTCTATTTTTAAAAATTTCCTTTTTTTGCAAATTGTACTAAAAAATAATGATCCAAGAAAGAAAGAAAAAAATTAATCTTTCCAAAGTGTTCACTTTTTCCTTAAATTTACGGATGAAAACTGACAGATCGAAAAGATTTTAATTTATGAAATTGAAAAGTATAGAAACTAAAATAAACAAAAATTACAAAACTACTAAATCTTGAAAGCGTAATAACGTTCATTTTACTCGAAGAGAAGAAAGATTAGGAATTGAAAAATGGAAGTAAAACCATGAAAGGAAAGGAAAAGAGAAGAAGACACAAGTGAGAGACTCTGTCACCGGCGGTTCACTTACCGGAGAAGATGACAGAATAACTTGGCGGCCGGTGACTTCCAGGTGCCGTGAGCATGGTCTCTTTATGGAGCTCTAATCTTCCCCCACCATGAGTTTATTTATAAGCTTACATACTTTTCGGTCTTTAATTTTTTTTTTTTTTTTTTTGGTTCATTTTATTTCAAAACTTATAATACAAATTCAATAAATAATACAAAATTAACAAAAACATGAATTCATACATCTAAACTTTGAAAGTTGTATCAATTTAAATCATGAATTTTCGGAAGTAATTATACATTCCACGTTTGGATAAATGTCGTGTGGGAGACTTATAATTTTATCATTATTTTAAACTCCTAATCTTTTATAAACAAATCAATTTAGGATTTCTTTTGAAAATCATTTATGCATCAATTCTAATGGTCCATTTGTTAATCTAATATTTGAAGAAGTCTACATACGTATAAAAATTGATACATTTAAAATTTTCAAAGGTAATCTAATCAAATGTTTAAATTATTGATTCACTAATGACAATTTAAGTTTTTAATTGAAACAATTATAAGTTTTACATGATAATTTTCGAACGAAGTCTAAATGAGGGTGTAATTACGAAAATTTGGAGTTTAAATTGATACAATTATTAGTTTAAAATTTTAATTAATACAACTCCAAAGTTTATAGATATAAATTGATATATATTTTCTCAAATTTTTAATACAAAGTTATGTCAACACTCAACAAACATATTAAATGTAGGGACTAACACAATCACTTTATAATAGTGGGAAAACTAATATAGACCATCCAAAAATAACAGATATTAAAATAAACCAATACTAAAAGTATTGAGACGAAAATATTATTTAAACTTGTAATTTTATAGACTATATACAAACTTTAATTTGTTAATTATGATCGAAGTTAAACTATGACTTTAGTATTCTATGAGTTTGAATTTGGTATTGATGGTTTGATTTTAGGTTTAAAATCCATTTTGGTTTTTATATTTTAAAATTTATTTAATTTTAGTCCCTATACTTTTAATTGTCTAATTTTAGTCCCTATACTTATGATAAATCTTAAATTTGGTCCTCAATACTAGTTTATTGTTATTTTTTTAAAAAAAAAAAAGTTATTTAATAGCATTTTTACTACAAATTTTGAAAATGTATTTAGATGTTGTGTTTTATTGAATGAAAATTTAATTTAAAATTTATTAAAAATATATAATTAAAATTGAACAAAATTTAAAATATATATGAGGACCAAAATAATATTTTAATCTTAATTTTAAGACTTTTATCAGAGCACGATTGTCTAAAAGATGAGAAAATCTTGTTGACTTTGTCGATAATAATAAAAATAAAGCCCCTTCCATAAATTACCTAAATTACGTTAACAAAAAATGATAATAAATATATTATTTCAAATTATTCTCAAACAAATATACTATTTCAAATTATAAATTATATAATATCGTAAAATAATAAGAAAAATTATTATAAATAGAAAAAATATCAAATTATTTACAAATATAGAAAAATTTTACTATCTATCAGCGATAGATCTTCTATAGTTTGAGCGATAGATCACGATCGCGGTCTATATTTATAAATAGTTTAGCTCATTTTTCTATATTGAAAACAACTCAAATAATAATCATACAAAATTTATAACCTAAAATGTGTAATAAATTAATTAATAACAATTGACATTAAATTAAATATTTATTAATTATGCTACTACTATTTTTATTGTTGACAAAAATATATTTCGAGAGAGTTTCAAACATTTGAATATTTATATATTTTATATTAAAAACTTAATCTATTATAAAATTAGGGTCGATCTACTCCACAACTACTCTTTAGTATAAAACAAGAGCTAAAAATGAAGAACATAATTTTTTTTTTTTTACAAGATATGATTTCTTGAATATAATGATAAAATAGTTAGCTAATCCCATAATTATAAAATAGGGATATCATTTATTATTCAAAGTATATCATAAAATCAGATTTTATATTATAATATTTTTTTAAACATTTATGATAAATTAATAAGTGATGCTGATGGTTTCTCCTCTTATTATTTGTCGATAATGGAGCTGGTAAAAAATATTTTAAATTGGACCGAGTCAACTTAAACAAAACTTTTTTTAATTATTCTCTCAAAATGAAAAATAATAAAATCTATAAACCATACAGAACTTCAACGAGATTTTAATAAATGATTAAAGACAATTTCCTTTTTTAAAAAATGATTAAAGGGCAAAACAACGCCATAAATTATAATAAATTTAGGAATCCTAATCATCAAGTTAATGATGTAATTGCTTACGTCATATTTTACTTAATTATTTTTGCTAAATTAAAAATATAAATAAATTGGCCAACATGTCAGCAATTTTTGAGCACATTAGTCTAAGGGCATGTTTGAGAGTGATTTTAAAATAGCTAAAATCACTTTTGTCATTTTCAAAATCACCCTGAAATATGTTTTTTAATCCTTCAAAACTAATTTTGATAATTGAAAATTGCATTTAAAAGTGTCAAATTGAAAATTAAATTAATTTTGAGTGCTTAAAGAGTGTTTATTAGTGATTTTAAAAATGACAAAAATAATTTTAACCATTTTAAAATCACTCCCAAACATGTCCTACAAGTGAAGAACTAATTGTTTGGTTTTTAACTTTTTATTTTAGGCTTATTTTCTCTCAATTTTTTTTTTTTTTTTTTTTTGATAGAGTGAAAAATTAAACTTACTTTCCTCTCACTTTTTTATCATGATTTTTCGTGTTTCTTAGTTTAAAAAGTTGAATTCTTAGTTAAATTCTTAGTTAAATTCTAAAAACAAAAATTAATTCTTATATAAAAACATTTTTTTTAATTTTGGCTTTGTTTTTTAAAACATATTTTTTAAAGTAGATAACAAAGCAAAGAATTTAGAGATGGTAAGAGTGTTTATAAGTTTAATTTTCAAAAACTAAAACTAAAAACTTAGGCCTCTTTTGGTGACTATTTTGTTTTTTGTTTTATGTTTTTAAAAATTAAGTAAAAAAGTTGTGTTCTTACATTTTCCTTAAAGTAAAAGAGTTAGAGAGTTCTTAGCCAAATTTCAAAAACAAAAATAAGGTTTTAAAAACTACTTTTTTTTAGTTTTTAAACTTAGCTTTGTTTTTTGAAAACAATGGTAAAAGTAGATGATAAAGGAAGAAATTTAGAGGTGAAATGAGTGTTTATATACTTAATTTTTAAAAACTAAAAACTAAAAACTAAGTGTTACTAAACCAGACTGAAATAATTTAGGTTAAATTACAAGTGTAGTCTTTAAAGTTTGAGATTTGTATTTATTTGTTTGATTTTAAAATTTTAAAAGTATCTAATTCATGAATTATTAATCTTGTATCTAATACGTTGCTGACAAATTTAAATATTTTAAGAATTACTTGATCTATTAGACATAAATTTAAATTTTATGTCTAATGAAACTATTAATTTTTTATTTTGTGTACAGTAGATCTATGAATTTTTGTCAAAGGCCTATGAGACACAAATTAAAATTAATAGTTTAAACACCCTACAAGATCATTTTAAAGTTCAAAGACATAGTGGACATAAAGTTGAAAATTTATGGATCTATTAGATAATTTCTAGAATTTTGAGAGACTAATAGATACAAAACAGAAAATGCAGAGACTAAACTTATAATTTAATCGAAATGTTTACAATTCATAACCATATTTTTTTAGGGCTATTTACAAATATAGAAAAATTTTACAGTCTATCAGTGATAGACTGCGATAGAATTCTATCGCTTTATATCACTCAAACGATAGAATTTATTTACTTAAGCGATAGAAAGCGATAGAATTCTACCGCAGTTTATCACTGATAGACAGTAAAAAATTTCTATATTTGTAAATAGTTTGATATTTTGTCTGTTTGTAGTAATTTTTCTTTTTTTTTAAGCATAGTAAATTCTTATGCAATATTGTAAAAATAATATCTCTGTTTAGTTATAAATAACATGCAATGTACTAAGTGACTTCTTTTAAATGCCTCTAAAGAAGTCCTAATCGTTCTCATGTCAAGACAATTCTTAGTCATGCAATTACTTTAATCTGGTCTAAATCATACTTTTCTCAAGTAATTTAAACAATAAAACAGGTAAACTTTGGCACGGAGATTACAAGCATTGAAAAAATTAGGGTATGTTTGGTCGAGAATTTAAAAACAAGAAATTTAATCAAAACAGAGTTGTATTTTATGTTTTCATATATGTGTATTTGGCAGCAGATTCAGAAATTCGATTTTAATTTAAACAATTATTTAAACTTTGTTTGATACAATATATTTATAAATCATAAAATTAAGGGGAATTTTTAAAAGTAGAAAAGTAAGGAAAACTATCTACACAAAATAGCAAAATTTTTAGGTAGTTGTGATAGACGCGGATAGAAGTCTATCCGTGATAAAAAAAAAATTGATAGAAGTCTATCAATGTCTATTAGTATTTTTTTTTTTTTTTTTTTGCTATTTTTGGTAAATAGTTTGATATTTTTTCTATCTGTGAAAATTTTCCTATATGTGATAAGAAAGGATAAAATTGAAAGTTAAAGACGAGAAGAAATTTAGTCAATCTAAAGCTAAATTTTTTCTTCTTTAAAAAACTTACATGTGTGAAATATATGTTTAAAAATAGGCTATTTAGTATAATTTCTAAAAAAAACAAATGAAAAAGAAAAGGTTTAAACAAGGAAAATTATTTTAAATAACACAATGTTGAAAATATTTACAAATATAGTAAAATTTCATTGACCACAATAAACTGCGATCTACTACTATCTATGTCGTGATAGACTATAGATAGACACAGATAGTAGTCTATCGCAGATAGAGAATTAAAATTTTTCTATATTTATAAATATTTTAATTTATTTTTCTATATTTAAAAACAGTCATTTAAATAATGTGTCGCGGTCTATTTTAACAACCTAGTAGAAACTCATCAAAGTGAAGGAAAACTATAAGAATGGCAAAAAGAAAAGGTTCCCCATTGAAAAACATTTTTTTTCTTTTTTCTTTTCTTGTTTTATAAGTTCACATGTGATGGACGATTCGAAACTCGAACCTGAAAATATAACAAGTGACATGGTAAGAAGCTAGGCCACTCTACTTAGTCCTCGTGATTTTTTAAAATAAATTGGTTTAAGTTTCTAATGGTCTAATTAGTATAAAATCTATATTCTATTTTATGTTTTCAGATTCATTGAGTTCAACAGATATATATTTGGCAAACTCATATTCTGTTTTTGAAAATTGTTTTCAGATTCTTTAATCCAAACATTATATATAGGGAAATTTCACAAATAGAAAAAATGTCAAATTATTTACAGAAAATAGCAAAAAAA

mRNA sequence

ATGAAAAAAATGTCAAAAGGAATCCCTCTCTCAGACGAAGATCGAATACCATGGCTCGAGAAGATTCGAGATACATTGAGAGAGAACATAGCATGTAGAAGAAGTGTAGTTCTTGGTTGTTCAGCTCTACAAAAACAGTATAGAGAGATTTTGAGATCAGGTGATCCAAATTATGAAAAAATGGGGAAAATTAGATGTGTGGTGAAGTTTGTTCTTTTGGATGCTCCAGCTGAAGTGATTGCTTCAAGATTAGAGAAAAGAGCCAAAGAAGGGAACCATTTCATGGCTTCTACTCTTTTGAAATCTCAATTGGATTTGTTGCAAATTGATGATAGTGAAGGAATTTTAAAAGTTGATGCAACTCTTACTCCACAAGCAATTGTAAGTAATATTCTTAAGTTGGTTTTTGGATCTAGTTTGGTTTTAACTAACAATGAGAAATCATAGTTTTGATTTTCTCATCCCTCTTTTTTCTTATCATATTTCTTGTTTCTTGCTTTTGGAAAAACAAAAACAACAAGGGAAATTTTCAGTCAAATTATTTACAGAAAATAGCAAAAAAA

Coding sequence (CDS)

ATGAAAAAAATGTCAAAAGGAATCCCTCTCTCAGACGAAGATCGAATACCATGGCTCGAGAAGATTCGAGATACATTGAGAGAGAACATAGCATGTAGAAGAAGTGTAGTTCTTGGTTGTTCAGCTCTACAAAAACAGTATAGAGAGATTTTGAGATCAGGTGATCCAAATTATGAAAAAATGGGGAAAATTAGATGTGTGGTGAAGTTTGTTCTTTTGGATGCTCCAGCTGAAGTGATTGCTTCAAGATTAGAGAAAAGAGCCAAAGAAGGGAACCATTTCATGGCTTCTACTCTTTTGAAATCTCAATTGGATTTGTTGCAAATTGATGATAGTGAAGGAATTTTAAAAGTTGATGCAACTCTTACTCCACAAGCAATTGTAAGTAATATTCTTAAGTTGGTTTTTGGATCTAGTTTGGTTTTAACTAACAATGAGAAATCATAG

Protein sequence

MKKMSKGIPLSDEDRIPWLEKIRDTLRENIACRRSVVLGCSALQKQYREILRSGDPNYEKMGKIRCVVKFVLLDAPAEVIASRLEKRAKEGNHFMASTLLKSQLDLLQIDDSEGILKVDATLTPQAIVSNILKLVFGSSLVLTNNEKS

Homology

[Close]

BLAST of Lsi09G005340 vs. Swiss-Prot
Match: IDNK_ECOLI (Thermosensitive gluconokinase OS=Escherichia coli (strain K12) GN=idnK PE=3 SV=1)

HSP 1 Score: 89.0 bits (219), Expect = 4.8e-17
Identity = 50/119 (42.02%), Postives = 71/119 (59.66%), Query Frame = 1


Query: 3   KMSKGIPLSDEDRIPWLEKIRDTLRENIACRRSVVLGCSALQKQYREILRSGDPNYEKMG 62
           KMS+GIPLSDEDR+PWLE++ D          +  + CS+L+KQYR+ILR G P+     
Sbjct: 45  KMSQGIPLSDEDRLPWLERLNDASYSLYKKNETGFIVCSSLKKQYRDILRKGSPH----- 104

Query: 63  KIRCVVKFVLLDAPAEVIASRLEKRAKEGNHFMASTLLKSQLDLLQID--DSEGILKVD 120
                V F+ LD   E I +R+++RA    HFM   LLKSQ + L+    D + I+++D
Sbjct: 105 -----VHFLWLDGDYETILARMQRRA---GHFMPVALLKSQFEALERPQADEQDIVRID 150

[Close]

BLAST of Lsi09G005340 vs. Swiss-Prot
Match: GCNK_GLUOX (Gluconokinase OS=Gluconobacter oxydans (strain 621H) GN=GOX1709 PE=1 SV=1)

HSP 1 Score: 84.0 bits (206), Expect = 1.6e-15
Identity = 50/134 (37.31%), Postives = 74/134 (55.22%), Query Frame = 1


Query: 1   MKKMSKGIPLSDEDRIPWLEKIRDTLRENIACRRSVVLGCSALQKQYREILRSGDPNYEK 60
           ++KMS G PL+D DR PWL    D LRE +      VL CSAL++ YRE LR  D     
Sbjct: 52  VEKMSTGQPLTDADRAPWLALCHDWLREQVKAGHGAVLTCSALKRSYREQLRGDD----- 111

Query: 61  MGKIRCVVKFVLLDAPAEVIASRLEKRAKEGNHFMASTLLKSQLDLLQI-DDSEGILKVD 120
                  ++FV +D     +A RL++R  EG HFM ++LL SQL  L++  D E +++V 
Sbjct: 112 -----LPIEFVHIDTSTGELADRLQRR--EG-HFMPASLLPSQLATLEVPGDDEPVIRVS 171

Query: 121 ATLTPQAIVSNILK 134
               P  ++  +++
Sbjct: 172 GEKHPDVVLEELIR 172

[Close]

BLAST of Lsi09G005340 vs. Swiss-Prot
Match: GNTK_HUMAN (Probable gluconokinase OS=Homo sapiens GN=IDNK PE=1 SV=1)

HSP 1 Score: 82.0 bits (201), Expect = 5.9e-15
Identity = 55/141 (39.01%), Postives = 78/141 (55.32%), Query Frame = 1


Query: 2   KKMSKGIPLSDEDRIPWLEKIRDTLRENIACRRSVVLGCSALQKQYREILRSGDPNY--- 61
           +KM KGIPL+D+DRIPWL  + D L  ++A  + VVL CSAL+K YR+IL  G       
Sbjct: 45  RKMGKGIPLNDQDRIPWLCNLHDILLRDVASGQRVVLACSALKKTYRDILTQGKDGVALK 104

Query: 62  -EKMGK----IRCVVKFVLLDAPAEVIASRLEKRAKEGNHFMASTLLKSQLDLLQIDDS- 121
            E+ GK        +  V L    EVI+ RL KR  EG HFM   LL+SQ + L+   + 
Sbjct: 105 CEESGKEAKQAEMQLLVVHLSGSFEVISGRLLKR--EG-HFMPPELLQSQFETLEPPAAP 164

Query: 122 EGILKVDATLTPQAIVSNILK 134
           E  +++        I++ I++
Sbjct: 165 ENFIQISVDKNVSEIIATIME 182

[Close]

BLAST of Lsi09G005340 vs. Swiss-Prot
Match: GNTK_XENTR (Probable gluconokinase OS=Xenopus tropicalis GN=idnk PE=2 SV=1)

HSP 1 Score: 78.2 bits (191), Expect = 8.5e-14
Identity = 49/136 (36.03%), Postives = 73/136 (53.68%), Query Frame = 1


Query: 2   KKMSKGIPLSDEDRIPWLEKIRDTLRENIACRRSVVLGCSALQKQYREILRSGD-----P 61
           +KMS+G PL+D+DR PWL ++ + +    A  + VVL CSAL++ YR  L +G       
Sbjct: 41  EKMSQGTPLNDQDRHPWLCELHEIMMREKALGQHVVLACSALKRAYRSTLLTGSTPHWPE 100

Query: 62  NYEKMGKIRCVVKFVLLDAPAEVIASRLEKRAKEGNHFMASTLLKSQLDLLQIDDS-EGI 121
           NY++   +     FV L    E+++ RL +R     HFM  TLL SQ+D L+   + E  
Sbjct: 101 NYQENDDLSSDTLFVHLHGSLEILSRRLLERK---GHFMPRTLLDSQIDTLEPPSAPERF 160

Query: 122 LKVDATLTPQAIVSNI 132
           + +D       IVS I
Sbjct: 161 IAIDVDKDISVIVSEI 173

[Close]

BLAST of Lsi09G005340 vs. Swiss-Prot
Match: GNTK_RAT (Probable gluconokinase OS=Rattus norvegicus GN=Idnk PE=2 SV=1)

HSP 1 Score: 77.8 bits (190), Expect = 1.1e-13
Identity = 48/114 (42.11%), Postives = 67/114 (58.77%), Query Frame = 1


Query: 3   KMSKGIPLSDEDRIPWLEKIRDTLRENIACRRSVVLGCSALQKQYREILRSG----DPNY 62
           KM KG+PL+D+DRIPWL  + D L  ++A  +SVVL CSAL+K YR+IL  G     P  
Sbjct: 46  KMGKGVPLNDQDRIPWLCSLHDILLRDVASGQSVVLACSALKKMYRDILNRGGSDVPPRS 105

Query: 63  EKMGKIRCVV--KFVL--LDAPAEVIASRLEKRAKEGNHFMASTLLKSQLDLLQ 109
           ++  K   +   KF++  L    E+I  RL +R     HFM   LL+SQ  +L+
Sbjct: 106 DESAKEEPLAGGKFLVVHLCGSFELIYGRLLQRR---GHFMPPELLQSQFSILE 156

[Close]

BLAST of Lsi09G005340 vs. TrEMBL
Match: A0A0A0KN86_CUCSA (Gluconokinase OS=Cucumis sativus GN=Csa_5G169050 PE=3 SV=1)

HSP 1 Score: 226.5 bits (576), Expect = 2.2e-56
Identity = 115/135 (85.19%), Postives = 125/135 (92.59%), Query Frame = 1


Query: 2   KKMSKGIPLSDEDRIPWLEKIRDTLRENIACRRSVVLGCSALQKQYREILRSGDPNYEKM 61
           +KMSKGIPLSDEDR+PWLEKIRDTLRENIAC+ SVVLGCSALQK YREILRS DPNYEK+
Sbjct: 46  EKMSKGIPLSDEDRMPWLEKIRDTLRENIACKSSVVLGCSALQKHYREILRSSDPNYEKV 105

Query: 62  G-KIRCVVKFVLLDAPAEVIASRLEKRAKEGNHFMASTLLKSQLDLLQIDDSEGILKVDA 121
           G  ++CVVKFVLLDAPAEVIA RLEKRAKEGNHFM S LLKSQLDLLQI+D+EGI+KVDA
Sbjct: 106 GITMKCVVKFVLLDAPAEVIALRLEKRAKEGNHFMPSALLKSQLDLLQIEDTEGIVKVDA 165

Query: 122 TLTPQAIVSNILKLV 136
           T TPQAI+SNIL LV
Sbjct: 166 TQTPQAILSNILNLV 180

[Close]

BLAST of Lsi09G005340 vs. TrEMBL
Match: M5XKV9_PRUPE (Gluconokinase OS=Prunus persica GN=PRUPE_ppa012010mg PE=3 SV=1)

HSP 1 Score: 179.5 bits (454), Expect = 3.0e-42
Identity = 91/135 (67.41%), Postives = 111/135 (82.22%), Query Frame = 1


Query: 2   KKMSKGIPLSDEDRIPWLEKIRDTLRENIACRRSVVLGCSALQKQYREILRSGDPNYEKM 61
           +KM KGIPLS+EDR+PWLE +R+ LRE +    +V+LGCSALQK+YRE+LRS DPNYE +
Sbjct: 48  EKMRKGIPLSEEDRMPWLETLRNALREKLVDGGTVILGCSALQKRYREVLRSADPNYE-L 107

Query: 62  GKIRCVVKFVLLDAPAEVIASRLEKRAKEGNHFMASTLLKSQLDLLQIDDSEGILKVDAT 121
           G    +VKFVLLDA AEV+A+RLEKR  EG HFM+  LL+SQL LLQIDDSEGILKVDAT
Sbjct: 108 GSHVSLVKFVLLDAQAEVLAARLEKRIAEGKHFMSPALLQSQLGLLQIDDSEGILKVDAT 167

Query: 122 LTPQAIVSNILKLVF 137
           L+PQ IV+ I +L+F
Sbjct: 168 LSPQDIVNTIQRLIF 181

[Close]

BLAST of Lsi09G005340 vs. TrEMBL
Match: K4HV53_MALDO (Gluconokinase OS=Malus domestica GN=GK PE=2 SV=1)

HSP 1 Score: 178.3 bits (451), Expect = 6.7e-42
Identity = 91/135 (67.41%), Postives = 110/135 (81.48%), Query Frame = 1


Query: 2   KKMSKGIPLSDEDRIPWLEKIRDTLRENIACRRSVVLGCSALQKQYREILRSGDPNYEKM 61
           +KM KGIPL++EDR+PWLEK+R+ +R+ +    +V+LGCSALQK+YREILRS DPNY K 
Sbjct: 49  EKMRKGIPLTEEDRMPWLEKLRNGVRDKLLGGGTVILGCSALQKRYREILRSADPNY-KP 108

Query: 62  GKIRCVVKFVLLDAPAEVIASRLEKRAKEGNHFMASTLLKSQLDLLQIDDSEGILKVDAT 121
           G    +VKFVLLDA AEV+A+RLEKR  EG HFM+  LL+SQL LLQIDDSEGILKVDAT
Sbjct: 109 GSCVSLVKFVLLDAQAEVLAARLEKRITEGKHFMSPALLQSQLGLLQIDDSEGILKVDAT 168

Query: 122 LTPQAIVSNILKLVF 137
           LTPQ IV  I +L+F
Sbjct: 169 LTPQEIVKTIQRLIF 182

[Close]

BLAST of Lsi09G005340 vs. TrEMBL
Match: W9R0G9_9ROSA (Thermosensitive gluconokinase OS=Morus notabilis GN=L484_013567 PE=4 SV=1)

HSP 1 Score: 176.8 bits (447), Expect = 2.0e-41
Identity = 90/132 (68.18%), Postives = 107/132 (81.06%), Query Frame = 1


Query: 4   MSKGIPLSDEDRIPWLEKIRDTLRENIACRRSVVLGCSALQKQYREILRSGDPNYEKMGK 63
           M  GIPLS+EDRIPWLE +RD L E++  RRSV++GCSALQK+YREILR  DPNYE    
Sbjct: 1   MQNGIPLSEEDRIPWLETLRDALGESLVNRRSVIVGCSALQKRYREILRCADPNYEPASY 60

Query: 64  IRCVVKFVLLDAPAEVIASRLEKRAKEGNHFMASTLLKSQLDLLQIDDSEGILKVDATLT 123
           +  VVKFVLLDA A+V+A+RLEKRA EG HFM S+LL+SQL+LL+IDDSE ILKVDATL+
Sbjct: 61  V-SVVKFVLLDAEADVLAARLEKRAAEGKHFMPSSLLRSQLELLRIDDSEEILKVDATLS 120

Query: 124 PQAIVSNILKLV 136
           PQ IV  I  L+
Sbjct: 121 PQVIVETIQALI 131

[Close]

BLAST of Lsi09G005340 vs. TrEMBL
Match: D7T7U3_VITVI (Gluconokinase OS=Vitis vinifera GN=VIT_16s0039g02500 PE=3 SV=1)

HSP 1 Score: 173.7 bits (439), Expect = 1.7e-40
Identity = 90/134 (67.16%), Postives = 104/134 (77.61%), Query Frame = 1


Query: 3   KMSKGIPLSDEDRIPWLEKIRDTLRENIACRRSVVLGCSALQKQYREILRSGDPNYEKMG 62
           KM +GI LSD+DRIPWLE +R+ LRE++    +VVLGCSALQK YREILRS DPNYE  G
Sbjct: 52  KMKRGIALSDKDRIPWLETLRNALREHLLSNNTVVLGCSALQKNYREILRSADPNYEH-G 111

Query: 63  KIRCVVKFVLLDAPAEVIASRLEKRAKEGNHFMASTLLKSQLDLLQIDDSEGILKVDATL 122
               +VKFVLLDA AEVIA+RLEKRA EGNHFM   LL+SQLD LQ+D SEGILKVDAT 
Sbjct: 112 SFESMVKFVLLDARAEVIAARLEKRAAEGNHFMPPNLLQSQLDSLQLDPSEGILKVDATQ 171

Query: 123 TPQAIVSNILKLVF 137
           +P   V+ I  L+F
Sbjct: 172 SPDDTVNGIQALIF 184

[Close]

BLAST of Lsi09G005340 vs. TAIR10
Match: AT2G16790.1 (AT2G16790.1 P-loop containing nucleoside triphosphate hydrolases superfamily protein)

HSP 1 Score: 151.8 bits (382), Expect = 3.4e-37
Identity = 76/136 (55.88%), Postives = 99/136 (72.79%), Query Frame = 1


Query: 3   KMSKGIPLSDEDRIPWLEKIRDTLRENIACRRSVVLGCSALQKQYREILRSGDPNYEKMG 62
           KM +GI LSDEDR+PWLEKI+++LR+ +    +VVL CS+L+KQYREILR  DP+Y+   
Sbjct: 51  KMRQGIALSDEDRMPWLEKIQESLRKRLLDGETVVLACSSLRKQYREILRGSDPDYKPGS 110

Query: 63  KIRCVVKFVLLDAPAEVIASRLEKRAKEGNHFMASTLLKSQLDLLQIDDSEGILKVDATL 122
              C V FVLL+  AEVIA+RL+KRA E  HFM  TLL+SQ DLLQ D+ E I K+   L
Sbjct: 111 YTSCKVTFVLLEGNAEVIAARLQKRASEEEHFMPLTLLQSQFDLLQADECEKIFKISVVL 170

Query: 123 TPQAIVSNILKLVFGS 139
           +P+ IV+ IL++V  S
Sbjct: 171 SPEVIVNTILEMVANS 186

[Close]

BLAST of Lsi09G005340 vs. NCBI nr
Match: gi|659073188|ref|XP_008467300.1| (PREDICTED: probable gluconokinase isoform X1 [Cucumis melo])

HSP 1 Score: 228.0 bits (580), Expect = 1.1e-56
Identity = 117/135 (86.67%), Postives = 125/135 (92.59%), Query Frame = 1


Query: 2   KKMSKGIPLSDEDRIPWLEKIRDTLRENIACRRSVVLGCSALQKQYREILRSGDPNYEKM 61
           +KMSKGIPLSDEDR+PWLEKIRDTLRENIA +RSVV+GCSALQK YREILRS DPNYEKM
Sbjct: 46  EKMSKGIPLSDEDRMPWLEKIRDTLRENIASKRSVVVGCSALQKHYREILRSSDPNYEKM 105

Query: 62  G-KIRCVVKFVLLDAPAEVIASRLEKRAKEGNHFMASTLLKSQLDLLQIDDSEGILKVDA 121
           G  ++CVVKFVLLDAPAEVIA RLEKRAKEGNHFM S LLKSQLDLLQIDDSEGI+KVDA
Sbjct: 106 GITMKCVVKFVLLDAPAEVIALRLEKRAKEGNHFMPSALLKSQLDLLQIDDSEGIVKVDA 165

Query: 122 TLTPQAIVSNILKLV 136
           T TPQAI+SNIL LV
Sbjct: 166 TQTPQAILSNILNLV 180

[Close]

BLAST of Lsi09G005340 vs. NCBI nr
Match: gi|449451827|ref|XP_004143662.1| (PREDICTED: probable gluconokinase [Cucumis sativus])

HSP 1 Score: 226.5 bits (576), Expect = 3.1e-56
Identity = 115/135 (85.19%), Postives = 125/135 (92.59%), Query Frame = 1


Query: 2   KKMSKGIPLSDEDRIPWLEKIRDTLRENIACRRSVVLGCSALQKQYREILRSGDPNYEKM 61
           +KMSKGIPLSDEDR+PWLEKIRDTLRENIAC+ SVVLGCSALQK YREILRS DPNYEK+
Sbjct: 46  EKMSKGIPLSDEDRMPWLEKIRDTLRENIACKSSVVLGCSALQKHYREILRSSDPNYEKV 105

Query: 62  G-KIRCVVKFVLLDAPAEVIASRLEKRAKEGNHFMASTLLKSQLDLLQIDDSEGILKVDA 121
           G  ++CVVKFVLLDAPAEVIA RLEKRAKEGNHFM S LLKSQLDLLQI+D+EGI+KVDA
Sbjct: 106 GITMKCVVKFVLLDAPAEVIALRLEKRAKEGNHFMPSALLKSQLDLLQIEDTEGIVKVDA 165

Query: 122 TLTPQAIVSNILKLV 136
           T TPQAI+SNIL LV
Sbjct: 166 TQTPQAILSNILNLV 180

[Close]

BLAST of Lsi09G005340 vs. NCBI nr
Match: gi|1009157354|ref|XP_015896718.1| (PREDICTED: thermosensitive gluconokinase-like [Ziziphus jujuba])

HSP 1 Score: 186.4 bits (472), Expect = 3.5e-44
Identity = 94/135 (69.63%), Postives = 111/135 (82.22%), Query Frame = 1


Query: 2   KKMSKGIPLSDEDRIPWLEKIRDTLRENIACRRSVVLGCSALQKQYREILRSGDPNYEKM 61
           +KM  GIPLSDEDRIPWLE ++D L+E+I  +++V+LGCSALQK+YREILRSGDPNYE +
Sbjct: 66  EKMCNGIPLSDEDRIPWLEMLQDALKESIENKKTVILGCSALQKRYREILRSGDPNYE-L 125

Query: 62  GKIRCVVKFVLLDAPAEVIASRLEKRAKEGNHFMASTLLKSQLDLLQIDDSEGILKVDAT 121
                VVKFVLLDA  EV+A+RLEKR  EG HFM +TLL+SQLDLLQIDD EGILKVDAT
Sbjct: 126 ESYASVVKFVLLDADVEVLAARLEKRVAEGKHFMPATLLQSQLDLLQIDDCEGILKVDAT 185

Query: 122 LTPQAIVSNILKLVF 137
           L+PQ IV  I  L+F
Sbjct: 186 LSPQVIVKTIQDLIF 199

[Close]

BLAST of Lsi09G005340 vs. NCBI nr
Match: gi|1009123341|ref|XP_015878489.1| (PREDICTED: thermosensitive gluconokinase-like [Ziziphus jujuba])

HSP 1 Score: 186.4 bits (472), Expect = 3.5e-44
Identity = 94/135 (69.63%), Postives = 111/135 (82.22%), Query Frame = 1


Query: 2   KKMSKGIPLSDEDRIPWLEKIRDTLRENIACRRSVVLGCSALQKQYREILRSGDPNYEKM 61
           +KM  GIPLSDEDRIPWLE ++D L+E+I  +++V+LGCSALQK+YREILRSGDPNYE +
Sbjct: 48  EKMCNGIPLSDEDRIPWLEMLQDALKESIENKKTVILGCSALQKRYREILRSGDPNYE-L 107

Query: 62  GKIRCVVKFVLLDAPAEVIASRLEKRAKEGNHFMASTLLKSQLDLLQIDDSEGILKVDAT 121
                VVKFVLLDA  EV+A+RLEKR  EG HFM +TLL+SQLDLLQIDD EGILKVDAT
Sbjct: 108 ESYASVVKFVLLDADVEVLAARLEKRVAEGKHFMPATLLQSQLDLLQIDDCEGILKVDAT 167

Query: 122 LTPQAIVSNILKLVF 137
           L+PQ IV  I  L+F
Sbjct: 168 LSPQVIVKTIQDLIF 181

[Close]

BLAST of Lsi09G005340 vs. NCBI nr
Match: gi|1009123442|ref|XP_015878541.1| (PREDICTED: thermosensitive gluconokinase-like [Ziziphus jujuba])

HSP 1 Score: 185.3 bits (469), Expect = 7.9e-44
Identity = 94/135 (69.63%), Postives = 111/135 (82.22%), Query Frame = 1


Query: 2   KKMSKGIPLSDEDRIPWLEKIRDTLRENIACRRSVVLGCSALQKQYREILRSGDPNYEKM 61
           +KM  GIPLSDEDRIPWLE ++D L+E+I  +++V+LGCSALQK+YREILRSGDPNYE +
Sbjct: 48  EKMCNGIPLSDEDRIPWLEMLQDALKESIENKKTVILGCSALQKRYREILRSGDPNYE-L 107

Query: 62  GKIRCVVKFVLLDAPAEVIASRLEKRAKEGNHFMASTLLKSQLDLLQIDDSEGILKVDAT 121
                VVKFVLLDA AEV+A+RLEKR  EG HFM +TLL+SQLDLLQI D EGILKVDAT
Sbjct: 108 ESYASVVKFVLLDADAEVLAARLEKRVAEGKHFMPATLLQSQLDLLQIGDCEGILKVDAT 167

Query: 122 LTPQAIVSNILKLVF 137
           L+PQ IV  I  L+F
Sbjct: 168 LSPQVIVETIQDLIF 181

The following BLAST results are available for this feature:

BLAST of Lsi09G005340 vs. Swiss-Prot


Match Name	E-value	Identity	Description
IDNK_ECOLI	4.8e-17	42.02	Thermosensitive gluconokinase OS=Escherichia coli (strain K12) GN=idnK PE=3 SV=1	[more]
GCNK_GLUOX	1.6e-15	37.31	Gluconokinase OS=Gluconobacter oxydans (strain 621H) GN=GOX1709 PE=1 SV=1	[more]
GNTK_HUMAN	5.9e-15	39.01	Probable gluconokinase OS=Homo sapiens GN=IDNK PE=1 SV=1	[more]
GNTK_XENTR	8.5e-14	36.03	Probable gluconokinase OS=Xenopus tropicalis GN=idnk PE=2 SV=1	[more]
GNTK_RAT	1.1e-13	42.11	Probable gluconokinase OS=Rattus norvegicus GN=Idnk PE=2 SV=1	[more]

BLAST of Lsi09G005340 vs. TrEMBL


Match Name	E-value	Identity	Description
A0A0A0KN86_CUCSA	2.2e-56	85.19	Gluconokinase OS=Cucumis sativus GN=Csa_5G169050 PE=3 SV=1	[more]
M5XKV9_PRUPE	3.0e-42	67.41	Gluconokinase OS=Prunus persica GN=PRUPE_ppa012010mg PE=3 SV=1	[more]
K4HV53_MALDO	6.7e-42	67.41	Gluconokinase OS=Malus domestica GN=GK PE=2 SV=1	[more]
W9R0G9_9ROSA	2.0e-41	68.18	Thermosensitive gluconokinase OS=Morus notabilis GN=L484_013567 PE=4 SV=1	[more]
D7T7U3_VITVI	1.7e-40	67.16	Gluconokinase OS=Vitis vinifera GN=VIT_16s0039g02500 PE=3 SV=1	[more]

BLAST of Lsi09G005340 vs. TAIR10


Match Name	E-value	Identity	Description
AT2G16790.1	3.4e-37	55.88	P-loop containing nucleoside triphosphate hydrolases superfamily pro...	[more]

BLAST of Lsi09G005340 vs. NCBI nr


Match Name	E-value	Identity	Description
gi\|659073188\|ref\|XP_008467300.1\|	1.1e-56	86.67	PREDICTED: probable gluconokinase isoform X1 [Cucumis melo]	[more]
gi\|449451827\|ref\|XP_004143662.1\|	3.1e-56	85.19	PREDICTED: probable gluconokinase [Cucumis sativus]	[more]
gi\|1009157354\|ref\|XP_015896718.1\|	3.5e-44	69.63	PREDICTED: thermosensitive gluconokinase-like [Ziziphus jujuba]	[more]
gi\|1009123341\|ref\|XP_015878489.1\|	3.5e-44	69.63	PREDICTED: thermosensitive gluconokinase-like [Ziziphus jujuba]	[more]
gi\|1009123442\|ref\|XP_015878541.1\|	7.9e-44	69.63	PREDICTED: thermosensitive gluconokinase-like [Ziziphus jujuba]	[more]

Annotated Terms

The following terms have been associated with this gene:

Vocabulary: **INTERPRO**
Term	Definition
IPR027417	P-loop_NTPase

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0046177	D-gluconate catabolic process
biological_process	GO:0006098	pentose-phosphate shunt
biological_process	GO:0016310	phosphorylation
biological_process	GO:0005975	carbohydrate metabolic process
cellular_component	GO:0005575	cellular_component
molecular_function	GO:0005524	ATP binding
molecular_function	GO:0046316	gluconokinase activity
molecular_function	GO:0016787	hydrolase activity
molecular_function	GO:0016301	kinase activity

Relationships

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


Feature Name	Unique Name	Type
Lsi09G005340.1	Lsi09G005340.1	mRNA

InterPro

Analysis Name: InterPro Annotations of Lagenaria siceraria
Date Performed: 2017-09-18


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR027417	P-loop containing nucleoside triphosphate hydrolase	GENE3D	G3DSA:3.40.50.300		coord: 2..134 score: 6.6
IPR027417	P-loop containing nucleoside triphosphate hydrolase	unknown	SSF52540	P-loop containing nucleoside triphosphate hydrolases	coord: 7..136 score: 3.59
None	No IPR available	PANTHER	PTHR11603	AAA FAMILY ATPASE	coord: 2..135 score: 2.3

Synteny

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


Gene	Orthologue	Organism	Block
Lsi09G005340	CSPI05G07900	Wild cucumber (PI 183967)	cpilsiB322
Lsi09G005340	Cucsa.128910	Cucumber (Gy14) v1	cgylsiB201
Lsi09G005340	CmaCh02G010050	Cucurbita maxima (Rimu)	cmalsiB531
Lsi09G005340	CmoCh02G010200	Cucurbita moschata (Rifu)	cmolsiB517
Lsi09G005340	Cla003582	Watermelon (97103) v1	lsiwmB031
Lsi09G005340	MELO3C005426	Melon (DHL92) v3.5.1	lsimeB013
Lsi09G005340	ClCG01G005050	Watermelon (Charleston Gray)	lsiwcgB008
Lsi09G005340	MELO3C005426.2	Melon (DHL92) v3.6.1	lsimedB013
Lsi09G005340	Cla97C01G005290	Watermelon (97103) v2	lsiwmbB007
Lsi09G005340	Bhi12G000503	Wax gourd	lsiwgoB010
Lsi09G005340	Cp4.1LG05g07140	Cucurbita pepo (Zucchini)	cpelsiB583
Lsi09G005340	Carg08472	Silver-seed gourd	carlsiB648
Lsi09G005340	CsaV3_5G005340	Cucumber (Chinese Long) v3	cuclsiB345

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

None

The following block(s) are covering this gene:


Gene	Organism	Block
Lsi09G005340	Silver-seed gourd	carlsiB943
Lsi09G005340	Cucurbita maxima (Rimu)	cmalsiB261
Lsi09G005340	Cucurbita moschata (Rifu)	cmolsiB248
Lsi09G005340	Cucurbita pepo (Zucchini)	cpelsiB133
Lsi09G005340	Cucumber (Chinese Long) v2	culsiB322
Lsi09G005340	Cucumber (Gy14) v2	cgyblsiB294