Lsi06G006810 (gene) Bottle gourd (USVL1VR-Ls) | Cucurbit Genomics Database (CuGenDB)

Overview


Name	Lsi06G006810
Type	gene
Organism	Lagenaria siceraria (Bottle gourd (USVL1VR-Ls))
Description	Vacuolar protein sorting-associated protein, putative
Location	chr06 : 10604476 .. 10634147 (-)

Genome Viewer

Gene Expression

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: CDS

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

ATGAAACAAATTCTGTTGGGGTAATTATTTCATTGGTTTATTTTATTATCTTCTCATGCCTATTTCTGGTGAATAATTATGCTATGTGGATGGTGCATTCTTTTCAAGTTGAAGCTGATATACATTTTAGTAATATAATTTACTCTCTTTGCCACTGCTATTAAGTTGGAGGCTGTAAACAGATCTTCCAACAGAGTGCCAATTAAATTAATCCGAACCATGAATGCCAGCATCACTTTTCTCCAATGAGTATGTGGTTCTTTCAAAAACTGCCAACCCCATTTAGCTATCAAGGCAAGATTTCTATTTTTTAAAACCCCATTCCGAAACCACCATCAATTTCTGATTTTGAAACCGTTTCTCATCTTACAAGTTGATTAATCTTTCCCTTGTTATTTCCTTCCCAAAAGAAATCACACAACTTTCTTTCTATATCTACAAGAACACTTGGAGGGTTTTATTCTTTCTAAAATGTAAAATTGTGATTTGTTTGTTTAGATTTTTGAATGTTAAGTAGTTCTCTTATAGTGACAGGTAAAACTTTGCAGCCTGGATAGGTATGTCATGGTGTTATATTATATCTCAAACTTTAACTTATCAAGATTTTAATTCTCTCATTGTCGAGGCCATCGGCTGGGTGGGCGAGAGGAAGCCAGGTCAATAAACTCGTGGAGATCGTAGGCTTGGAAATTTATTGTTCATGTGAAACTGCTGTTGATGTGGAGGAATGCAAAGAAACAAGTGGGACTAAAGTGAGCGCATTGGAAGAAAAAACTGACTTTATATTAGCTCCATGTGATGCAGTCTTGTCACTTATGGTAAGATTCAAATGTACATGACTTGATTGTTGAATAGTATTTGTTTCCCCTGCTTGACCCGGGCTCCGTGTTGGGGGGGGGGGGGGGGTCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTTTTTTTTTTTGGATAAAAACAAATGAAAGAATACAGGCGTACAAAAAAACCAAGCTCACAAAAAGAGATGTCCATCTACAGAAAGAGACTCTAGCTATGCAAAATAACGCCTATAGAATAGTGTTACAAAAGGTCTTCAAAATCAAAGCCCACAAAGAAACATGAAAGCGAACAAGAGACTGAATGTCTGTAGGGTCACTATCTAACTCTCTAGAAGTCCTATTATTCCGCTCACCTCACAAAGTCCATAAGATCACACACACCCCAATAAGCCATAAAAATTAACATAGAGTTTAGAGAGAGAACACCAAGAAGAGGCATTTATCCGTGTAGCTTCAAAACGATCGAACCACAGAAGGAATTTATCATGGAAGGCCCTTTGGTACCTCTGTACCTCTTGGACCAAATTTCATCTAGTAAGGCTTTGACAGCATTTGACCATAGCAATTGAGACCGAGGCTTCCATGAAGGTCCAACTAGGGCTCGAGTAACATTTTTTTTAAAAGACTCTTTAAATACCCATTGAAGATGGAAACAGAAAATAATTTCTTCCAACAATCCAAAGTGTCACAGTAATCAAAAAAACAAATGTAGGAGGTCTTCACTTGCAATCATACACTGGGAGCAGATGGAAGGAGAAACTTACAAACAGTTACGACCAACATGCCTCCTCCAAAATTTGAAAAACAAAGGCTACTACAAAACTACTAAAGGAACCCAAAAAATGACCACCAACGAACAAAAGACCAACAGAGTGCAAACTGATGCGACGATGCACGAACTAAAAACTGATGAAAGAAGCTTTTGAAGAATCAGCACCAAAAATCTTGGAGTGTGTACTTTGTTGTGAGATTTGTGGGGTGAGAGGAACAATAGAGTATTTAGAGGTTGAAAGATATCTTGGAGATGTTTGATCCCCTATTAGATTCCATGTTTCTCTTTGAGCTTTGGTGACAATGGCTTTTTGTAATTATTTGAAAAGTCTTATCTTACAAGATTGATGGCCTTTCTTTTATTAGCCTCATTCTTTGTGAGCTTGTTGGTTTTTGGATGCCCTTGTATTCTTTCACTTTTTTCAATGAAATGTTGTTTCTTTATAAAACAAAGTATGAAAAAAAGTTCTCTTTCCTTTTTTTTGCTTACATTAAATTTGTTTTTTAATGCTTACAGTTGTGGACCATTGATAAAAGATGTAATGAAGATCTTATTTCATTTTATAGGTCAACAGATCAGGAAAGCTCGATAGTAGTACTCCACAATATTCTGTTAAAGCTGACTTAAGTAGCCTGGTTGGTGCATTGTCTTCTAATGTTCCGATTGTTTTAAAAATGATTCGATCATACTTTTGGAGATGATTGCATATTTTTCCTGTCTCAGGTTTTCACTTTGAATGACATTCAGTTGCAACAAATATTGGATTTATGGGATTATCTTTCCATATGCAGATTAAGAGATAAGTAAGTTAAGTTTTTTCGTTAGATGTATCAAAACTATTGCTTGAAGATTTTCTTATTGCTTTTGAAGTTGTTATTTTCGCCACAGGTCTTTTTTGTTAATTTTTCTCTTGACCTTTTGTGAAGATCGAGAACAATAAATATGGTAACAAAAATTGCAGTCAGATTCAAGCCGTTCATGAGAATTTAGGATTCAGTTGATGTATTGGAGAACGAGAAAATGTAATAAGAAATGAGATAGTAATTCCACCTTGCAATTCAGATGAGGAGCTGTAGACAGCAGCCTATCCTCTTCAATATTTACTCCACACAATGCAGATTTTTCCCAATTAATCTTTTGGCTGGAACACCACTCAAATAACTCAATGATTTTCCTTAATGCCTTGAACATATTATCATCATCTTTGCAAAAAAGCAAAGTATCATCTGCATATTGGAGAGTGGAGATATGCACTTCTATAATAATATCCTAGATTTTAAAATTTAAAATCCTGTGAAACAAACAAGGATATTAAATATTTGTCCAAAAACCCATGGTGAAACCTATGTAACAAACATGCTCCAAAATAAAAAAGAAAAGAAAAAGAAAAGAAAAGAAAAAAAATGAAAACCACAACAAATTCTCTTTTTTTCTTTTTTGATATCCGTATGTGTCTGAACCAGCTTACACGCACCTCGACTAATCTCACGGGACAACCCGCCTGACCCTACAACATTTGGGTGTCAAGGAAACTCATAGGAAATTAATTCCTAGGTAGGTGGCCACCATGGATTGAACCCATGACCTCTTAGCCATTTATTGAGACTTTGTCTCCTTTTTACTACTAGGCCAACTCATGATGGTTACCACAACAAATTCTCTTTAGAATGACTTGGGGTTATTTTGAACTTTACAATATCTAGAAAAACTAATCAGCAGAAGAGCAAAGGGATGTAGAGAGGATGAAAGTGTCAACAAACACAAAAGGACGAGGGGGAATGCGAGTGACACTATTCCATCTAAAACTTGAATGTTACGTGCGATTAAGTTTGAATCTGGTGTGGTATTAATGAAAAGTTTTGTTTCCTTTCAAAAAAAAAAAAGAAAAAATCTGGTGTGGTTGGTGACCATGTTGTCCTTCTAATCATTTGAATAGGTTTTGTCATGGTGCTGTGATTTGCTCTTTGACAGATATTTTTTAGTTTTTTCTTATTGTAGTTGCACCTTATGCATATAATGGCTAATCTCAGTCCTCCTAACTTCTTATTATGCAGGTATGGAAGATTTCGCCCCTGGTGCTCCCCCCTCTCAAGGAAAGTAAAGGGTTGGCAAATATTATGGTGGCATTATGCACAACAATCTGTCTTGTTAGATGTACGAAAGAAATTAAAGAAATGTTCATGGAGATATCTTGGACAGAGACTGTAAGTTTTTATTTATCATTATTTTTTTAACAAGAAACTTTTCAATGATTAGGGCAAAATGTTCAAGATACAAACTTTTAGTTCAGACTGTAAGTTATTATTTATGTATGCATTTGCTTGTAATACTCTTAATATACATACATTTATATATGTGTGTCAGTGTGTATATGTATAGAAATTGTTTGTTGTTTTCCTGCATGAGGTTCTCACAGTCAATTGCAAATCAGCTGTAAGCTTGAAACATATGATATTTGATTCTTATTTATTTTTAAATGATAAGAGTGACATGCAGACATGTCGATTTGAAAAAAAAAAACTGATGGGAAAATTATAAACAAATTAGTAAATAACCCAACCTATTTTTTTTTTAAAGAAAATGATACCAAACTTTTCATCAAGGAAATTAAAGAGACCAATGCTTTGAGATACAAAAGGGTACATAAAAAACCAAAACAAAGATGAAGAGAAACAAGAAACTGAAAACTAAGGACATGTAATAAGAAGCTTGAGAAGAATGTTGAAAAATGCGATGATTTCTTTCTATCCAAATCTTAGAGACATGACCTTAACGACATGTAAATAAGCTTGTGAACTCTCTCTTGGTTTGTCAACGTTTTCTTTATCCTTGTACTTTTGAGAATTAGTCTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTAATTTAAAGAATGCAAAGGGGCGTCTTCGGCAATAATGAAGCTCGTTCGTTCTCTGGCGTAGACCATTCATTTCCTGCGAGCATTGTCCTTCTCCGGCAAAGTCCGTCCTCTTCCCGCATCCATCCCTCTCCCCTTTCTCCTCTATCCTTTCTCCTACCTCATCGTTCTTCTCCCTTCCCCACCTTGTTTCTTCTCCGTTTCTGGCGTGTTTCTTCCCCGTCTTTATTTTCTTATGACTAGAAAATCTTAACAATGAAAGTGGAAAGCTGCAAAATCAACAACTCGTTCTACTGGATTTGGTATGATTCAGGTAGCTTTTTTGTGGAGGATATGGATATCAGCAAAGTTCTTTGTTTATCACCCTCTCATCTGAGTTGGTTTATCGACGCCATTTTTGAGCTTCTTTAGGGTTGATCTAATCATTTTTTCCTAAAAAATGGTCGTGATGAATCTGGTGCAACGGGATTATTTAAGTTTAGAGCATCTTCAGGGTGGTTTCTCAGTTGTGTCATTTGGCCTACTTTCCGTGGCCGCTACTTTCTCCATGTTTATACGGGAGATTCTCAGAAGGGATGACATTTTTTTTCCGATTTGCTCAGTGGATTTTTGAAGAATTGAAAGTCTGAAACAAGGTTATGGCCGCAACATATTGTACTGAATACCAACACATTGACCAAGGCTGGCAATAGTTCCATTTTTTCAAACGCTCAAGGTTCAAATTACGTGGAGATAGGAAAGATTAAAGGTTCCTCCACATCAAACAGAGCACCATCTTCCAGCCGGAAAAAAGACCATCATCCTCCCCTGCCTTAGTACTAAAGAAACAAAGTGTGGATTTATTCTGGGTAATAAAAAATTCAGAGGTTTCTCAAGAAGACTTCAACAACTTATGGGTTGTTTCAAGATTGTTTGTGTTTGACGATTGGAAGGAAATTGCAAAAACGTTGGTAGATTACTTTCAGACAAAGTTTATAATTAATCCTTTATTTGTTGAGAATGCTTTGATTAAGATTGATCATGAAAGGATGGAGGAGATAATTGCTTCCCCTTGTAAATGGCAAGAGATTGGAAAATTTCATTTACTATTTGAAAATGGAACAAATTCCGACACAGTCGGCCATTAGTAGTTAAAGGCTTTGGGGGCTGGATCTTGATGAAAAATCTTCCTTTAGATTATTGGACCAGAAAAACCTTTGAAGCAGTTACAACTTATTTTGGTGGACTTATAAGTATTGCATCCGATACATTGAATTTTCTCAATTGCTCTGAAGCTAAAATACAAGTGAAGGGGAACTTATGTGGTTTATGCCTTCCACCATTGAGATTATTGATGTTCAACGTGGAAATAGTTTCTTAAATTTTGGTGATATTGAAGCTCTAGACCCTCTGATTATTACTCATGGTGAATTACTGCTGAAGGACTTCTCTAATCCTATTGATTTAATCCTATTAAAATAGGTTTTGCTGGATGAAAATTTGAATTTCAGCTTTAATAATCCAGAAGTGGACTTCATTTAGACGATTAGACTCCCCTTCAGATGGCGGGAAAGTTGTTTTTCAAAAAACGAAGCTTGACTCTCACTCGAAGGAATTCCAAAGGTCTAATGAGGTTGAAAATACAGCTGTATGTAACGTTTTGCATTATCCAATTAATAACAAGATGCCTAAAGGCGCCTCGATTCTATTCATTCCCTCCTCAATTAATGAAAAAGCAAACGAGACTACATTCAATGATAAAAATGAGATTGTTTGCAACAATCCTCTCTCTCATGAGCAGGAATTTGAAGTTAGTTCTCAGCAGGCAACGGTTCCTTATCCTATGATCTGGGACTCAAAAAACAACACATTTCCTAAGGTCCCAACAGTTTCTAAGAGACGTGCACATTTATTGAAGCCTTTCCCTAAACACTTTGCTAGAAAAAAGATGTCTTTTCTCAATTCTTGGTCTGTAATAGCAAATTTGGATTTATTGGAAGAATGTTGTGTTAAAATTCAAATTCCGGGCATCATTCCAGAAAGGTTAGATAGCTCTAATTCTCAAACTCTTTCTTTTACTCTATCAGAATTTAAAATACCAGGCTCAAAGGTTACTTTTGTGCGAGGTATTCCAAGCAATACCTCAAGCTCTACAAATTCCAAGAATCAAGATCCTGATGAAGAATCATTAGTAAGTGCCAACAGTGAAGAGTATTAGAATTTTGACGAAGAAGATTTGCTGGATGAGATTGAAACTCCATATTCTTACGGCAAGTTGTTTCAATCAGAAGAGGAGCCAAGGTTAGATTCAAAGGAAGTTTATTCATTTCCTGCGCTTAATAAGGAGGAAATATCCCAAACCTGAAGTCTATTCTGGAAGAGTGCGAAATCATCCTTGGTTGAAATTGGGTGTTGTTGAGGACCGATCGGGGAGTTAAAGCTGGGTTTGAATTTACACTTGTCTGGTACTTGCACTCTCAATGAAGATTGTTTCATGGAATACTAGAGGACTCAAAGATCAGTAAAAAAGATTGGTGATTATTAAATCTGGATTTAGTTTTGATTCAAGACACAAAGAGAGGTAGTTTTGATAAAGCCTTCATCAAAAGTCTATGGAGCTCGAAAGCTGTTGGATGGTTTTTTATTGACGCAATTGGTCGATAGGGAGAATTGTTAACCATGTGGGACGAATGAAAGATTTCTGTAATCGAAGTGTTCAAAGAGAAAGAAATAGTTTTTGGATTGAATTGTTCTATATGGCTGTCCATTGTGACTCGAAGAGGGCAAGAATGTTTTCCCACCTGAAGAATAACAAGAGGATTGAGGAAGTTCAACAAATTCATTGGTAACACCAATTTACTGGAATTCCACATTCCAATGGGGGTTTTCACTTGGTCACTTGGTCTCGGGAAGGAGAGGTGGTCTCAAGATACCTCATTGATAGATTCCTAGTATCTAATTATTGGGAGGAGGTGTTTGAAAACTCAAGGGTGGCTAGATTTTGTAATAGTTGGTTGAACATAAAGGAATATGGCAGATTGATAGAGAATAGTCTGGCAATTGGAGACCATCATGGATGGGTTGGACTTGTCATCTCAGCAAAACTAAGAAGTTTAAAAACCATTTATTAATTGTTTTAATATTGTCAAGTAAATTTAGGCATTGGCGTCATGAAAAGTCTCTTGTCTTGTCCTTTTTGATATGTATTAGTTTCAAGATATTATGTTTTTCGATTGATTTTGGTGGTTGCTGTTTTATTTCTTTTTGCTTTAAGAGGTTTTTTGTCCCATTGTATTCGGGATTCTTATTATTTGTTCCAGTTTTAGTCAGGTTGCACTCTCTGATCCTTTGGTCTTATGCTTTTGTATCTCTCTTTGTAACTTGAGCATTAGTCTCGTTTTCATGATTTCAATGAAGAGACTCGTTTCCTTTTCAAAAAAAAAAAAAAAAAACCTGCTCCGTTGGCATAAAAAAAGACGTTCTAGAGGAAAGATGTGTTCTTATGTAAATTCCATCTTTGGCATCAAAAAAGGCAAATTCAAACTCCTTAAATCCTCAACCATCACCTATTGTTCCCTCTAAAATTATTCTCCTTTCCAGGTTCAAAGTTGAAGTTGATTAAGGAAGTGCCTTTTTCTTCCTCTACAAAAGCTTCCCAGACACAACAAGACTTTGTTGAGGATTCCATTGTCAGTGTGAGTAGTGATGAAGGCAAAATTTTGGCTGTAAGTTCAACACCGGAAGAAGTTCCCTCTGAGGAAGATATTCTTAAAGATGTTGCATCCCTCTTCCAAAGTCCGACTAAGAAATTTTCTAATCAGAAGCCTTGCTTGTTGCATTATCAATTATCCCCTTCTCAAGTCCCACCTAAATTCTCCTCCTTGATTGAAGAACGTGGTTTGATTTTTGGTAAATAGTCCATCGTTTCCTATTGGAAGCTCTCGGTTGCAACTTTGTTTCAAGTGTCATAGAAGAGTTGTGGATATTCTCTTGAGGCCTTTCATTATTTGCAAGGTTGTTTTGTTGGTCTGTAGCAGTGCTTTCAGAGTTTTGTTTGGAGAAGTTTTATGTATATGGGCAGTTTCCGCCGAGAAGCTATTTTATTATTTTGGTTAGGTGGTGTTCTTGGAGATGGCAGCTTGCAAGTTAGTTTGGTTATGAGTTTTTCCTCAAGCCTTCTCTACCTTCAAATCTTTTTGGCTCTCAAGTTTCAAGTCTTGTTCTAAGCTTGTTCTCTAGATGTTATTTGTAATAGAGTGGTCTATTTTTTTTTTTTTGATATATATAAGTGTCCGGGCCAGCTTACGCGTACCTCGACTAATCTCTCGGGACAACCCGCCTGACCCTACAACATTTGGGTGTCAAGGAAACTCGTAGGAAATTAATTCCTAGGTAGGTGACCACCATGGATTGAACCCATGACCTCTTAGTCATTTATGGTCTATTTTTATTGTTGTATTTTGTATTTTGTTCTTGTTGCTTCGTTTTCCTTTATTGTACTTTGAGCATTAGTCTCTTTTCATTAATTCAATGAATGAGGCTCGTTTCTGTTTAAAAAAAAAAAAAATTCAATCTGCTCCGTCATTCTCTCGAAATCCTTTTTCGAAGGAGGATCCAAAGTGTCGAAACCATTTTCAAAACCAGTGGAGCGGCCCCCCAGTGAAGAAGGTAGCCCAAAGGTGTTTGCCTCTGTTAAAGTAGATGCAACTTGTCAATGTCAAAAATTCATTTTAATGAGGAAAAAGAAGCATGTTTTTTGTCCATCTTGTGAACCAATTGAAGTTATTCAGATTGAAAAAATTAATGATTTTAATGATGCAAAAAGTGAAGGGTTGACTCTTGATATTCCCCCGAAGATAGTTCAAAAGGTTCTTTCTTCGGACTTCTGCTCTACCAAACTCGCTTCAGTTTCCAAGAATAATAACCTTGATCCACTTATGGAGAGGCCCCCAATATATCCTTGTATCGATGGATCTTCTCCTTTAGCAACTCGAACTTGACCCGTGAACATATGGTTTTTTGCCTGTTTTTCATTGGCCCCATTTGGCTCCTAAGAAATTTGCAAGATTGTTGAAGCGATTTCCAAAACACTTTTCTAGAAAGAAGACTTCTTTCCTTGGATTATTCTCAGCCTTTGCTAATATAGATCTTTTAGAAGAAAGTTGTATAAGGGCTCAAGCTACAGGTGTGGCCGTTAAAAGATAGTTAATTTACCCCCTTCTCCAAAATTTCTGCAGTCTGTTGTTAAAATCTTTGATTCTACATTTGTGAGAGGCATCCCTTGCTCTTCTACAAGTTCTTCTTGATCAAGGAAGCAAGACTCAGATATTGACTCAACAGTAAGTGCTAGCAGTGAAGACATTCAGGATTCTAACATTGAGGTCGACCAAGAGGAACCAGATCTTGTTGACAACCTTGGCAATGACACATGTGAATTATATCAGTCTGAAGAAATCCCAAAGTTGGTTGTTCTTGATGTCTCTAGATTTCTACCTTTGAATAAGTCTAATATTCCATCCAATTTGGTTGATATTGTCGATGCTTGCGAGATTATTTTGGGTTGATTGCTGGCCGTTTGTTTCTTCCTTGTTTTGCTTTTAAGGTCGCTTGGTTGATTGATAATATTGTTAGTTATAGAGGTCTTGGTGAATGATCAGAAAGATTCGACTTTCAAAAGATCTAGAGGCCTGACTTGGGTGGATCCAAGACCAAAGAGGAAGGAGATTTATTGACTTTGTGGGTTGAAAGCAAGTCCGTGGCTATTGAAGTTCTTTAAGATTACTCATTTTTTACCCTAAACATGTGGGTTGGAATTGAGATCTTTCTTCCCATGATGAAATGACTTGATGCTTGTGTATTATTTTCTAAAGTTTGTTTTGAGAGGAATCAACGTGTCTTTAAGAAATTTCAGCTTGGATGGTTCGCTTCAAAGCTGCTCGTCTTATTGCCTTTGTTTCTAAGGCCTTTATAGATTATTCCTTCCAATACTTTGGCCTCTACTCGGGAGATATTATCTTTACAGACTAAAGTTGCTCACCTTGGAGTATCGGCCACTCTGTTTTCGTCTTGTCTTTTTTGTCTTGTTGTTATTGTTGTAGCTTCAATTTGCTATTTTGTTATTGTGGTTGTTGCTCTTTTTGGATTGATTTGATAGTTAGCTTGTTTGGATTTCATGAGGGTGATAAGGGGTGTCATCCTAGTTCTTGGGTGCACCTTCTGATCCTTAGGTTCTTTTTCCTCTGTATCTGTTTTTGTACTTTGAGCATTAGTCTATTTCATTAATTCAATTAATGAGGCTTGTTTCCGTTTAAAAAAAAGTCTTTTTTAATTCCCTTAATGAAAATTGTCATATCCTTTTCAAAAAAGAGAAGAAAAAAGCTTGTGAACTCCACCTAGTGCCACAAAGAAGCTGGTTGACATTTTCCCTACAGGAACCAAGCCTATTACTTATATTATTATGACTCTCCTTCAAATCTCAACTGTAATTTAATCCAATCCCGAAAACCCATTAATTGTTGAATTATTTCTTAATATTTGAAAGAAATCATGAGTGTTGAATTATGCATTAATTGTTGATTTATTTCTTAATATTTGCTGTAAATAGACGTGATTATATATGGTAGGATATTTTTTCCTTTTTTGTTTATGGTCTTCTTTCTATTTAAGATTGACCTATGTATGGATGTAAAGAGTGAAATTAGTGGAATTACTCAATAAGATTCCAATTTACAGCAATGAGGGTGGGTCCGGTCCAAGCTGCTTTTTGCTCTGCTGCAAGTACATTTCATTTGTTAATAAGTAAATAAATATATGACATATTCTAAATTAGGGAAACCAAATGTATCCCCATTGTGCTTGTGTCCTTGTTGTGAAATTGTCATGTTCTTGTGTCCGTACTTGTAGTATTCCTGTCCCAATGTCTTCGTCAATGCTTATTGATGGACTTATGTCCCATGCCTTCGTTAATGCTTATTGATTGGAGTTATGTCCCACCATCTTTTTCATTTTGTTTAAATTCCCAAGTTTTTCTTGTTAGATTGTTATATACGTTTATTTCTCAACTACAGACTCTATCGTCGGAGGTATGTCAACTTTTACAAGAAAAAGTTGGAGTTTCTTCACAATGACCAGGTAATTTGATCCTTCTCCTTTTCTTAGAATAAGACTTTTGAAATTGAGCAAAAAGCCAGACTAGTGCTTTCTGCATACCAACTAACACAAAAGGTTCCACCTATTGGTTGAAATAGGAAACGTCTGCTATTATAGTTGTTGTTTATTTTTTCTTCTTTTTATCAAGATGCAAACTTTTCATCGATGTATTCAAGGATACAATCCTCTAGAAGAAGGCCCAAGGGAAAGGTTAAAAACTTACAAGGGAAGCAACCAGAACTTTGGAGGAGGTTTGGGAGGGAGTGAGGTTTAGTATCTAGTTATGGGTGTTTGTTTGTTGAACTTTTTGTAATTTTTATTTTGAACATGAAATGAAATTTTTCATTAAATAAATGAAAAGACATTATTGCTCAAAGGATTCAAACTGCCAAGGGAGTGACAGTTACAACAGAAATAAAAAAGCAAAAGCAAAAAGGAAATGATGACTCCTTCAGGATCCTTAATCATTGTTTGGGGTTCTTTGAGGTAATATATGAGCTTAAAATCAACAAGAACAAGTGCCAGATTCTTGGAATCAATTGTGATAAGGGGAAACTAAGGAGTTGGGCTGGTGTGATTGGTTGTGATGTGGGGTACTTTTGTTCTTCTTATCTTGGTCTCTCCCTTGGGGGGAATTCGAGGGCTATCTCTTTCTGCGACTCCCCGTTTGAAAAGATGAGGAAGAGGCTAGGTTTGTGGAAGAAAAGTTTTTTTTTCCAAAGCAAGCAGACTTACTCTAGCCAAGTCGATGTTGAGTGACATCCCCATTTATTATCTCTCCCTATTCTGTGCCTCTAGTTTAGTGTGCAAGAGTATGGAGAAGCTTATGAGATATTTTCTCTGGGAAGGGGTGGACGAAGGAAAAGACATTCATTTGGTTAATTGGGAGATCAGATCTGTTAACCAGGGGGAGTTAAGAGCTTTGAAATCTAAGGTTAGTTATTTTTTTATTTCTTTTTGAAAGGGAAACGGAGCTTTTCATTGATATAATGAAAAAAAGCAATAGCTCAATTACAAAGAAATTAAATATCCAAACGAGTAGTAAAGATCAATAGGTGCATCTGGACATCTTAACTAGGTTGACACCCCCATAGCATCCTCATCATATCCTATACCAAAAGCAAGAAATGCACGAAATCTAGATATCAAAGAGTACAATAATAATAATAAGAAACTTGGTTACATAGATAAAATAAAAGGCTTCCAATTCAGACAAATATCTTGAATAGAGTAATCTTAAAAAACCTTGAATTGCGAACTCCAAGAAGATGCTAAAAGACGGGCTGATCCCATCTATCCGACCAATCTTTAGATGCATCATGAAAAACACACTGATTACGCTCGAACCAAATCTCAGAAATCAAAGCTTTAACAACATTTGACCAAAGAAGTTGAGCTCTTGATGGTAAACAAGGACTGATCAATAGTTGCAATAAGTTCTCTCTTAATGAATTCACATTGAAGCACTCAAGAAGTTTCTGCCAACAATTTTTTGAAAAAGGACAATCAAATAGTAGATGCTGAATGTCTTCCCCATTGGCTGCACATAGAGGGCAGATTGTAGGAGATAAACATTTGCTTTGGAGCTTGTGTTGCAATGTAGAGGAGCAGTTTAGAGAACCGTATAGCAGAATCCAAGTCAAAATATTGATTCTTTTGGGGCTCTTTGATTTCCAAAGAGCTTTAAAACACATCTTATCAATTGGAGAAGAAGCAATCAAATATTTTGACAAAGGTTTCATGGAGTACCTTCCTGGATTATCCAAAGATCACAATCTTGAGTCTTGTGATGAGGAAATCCTGCTGTCTTCAATTTTACTAAGAAGCTGATGAACTTCACAAATTTCCTCCTCTTTAAGCTGCCCGCGAAGAAGTAAATTCCAAGAACTGGTAGTCGAATCCCAATGATCATTGACACTTACCTTTGGATGAGAGGCAATTCTAAACAGCTTCAGAAAGCAGTTTTTTAAAGGGATTTCAGTACACCAAGGGTCTGTCCAGAAAAATTGCTCGAAGTTTTTGAAATGCTGATCCAAGGACTTGTAAGGCTTAAACCAAACTTCCCTGATGTATGCCAAAAATGTGGATCTACACCATGGATGCTTTTCACAATTCTACACCATTGAGAATCATTTTCCTTAAGGAACCTCCAATTCCATTTGAATAACAAGGCTGTATTTCTGTTTTTCAGATTGCCATTCCCAATACCTCCATCGTTTAATGGTTTGAAAGAAATCAAAGGGTGTTCTATGACAAGGCTACTCCTTGGTCTAACCGTTTTGAGATTTCTAGGTTAAATGCCTCTTCCTGGTGCACACTTGCCAAAGAATATGCTAATTACTCCATCCAAGACTTGAGCCTTAACTGGAAAGCCTTTATATTTCCAACACCTTAGAGATTAGTTTGTTTTTACAGGATTTTGTGTAATTTTCCAGATTCATGACTTTTAGTTCTATTGTCTTTGGCCCATGTATTTGGGTTTTCCCTTTCTTTGGATTGAACTATATTGGTTATTTATTATATATGCACTTTGTGTGGAAATGATGAGAGTGCTAAGGAGGTGTCAACCTAGTTGAGATGTCCGGGTGCATTCCCTGATCTTTAGGATAACTTGATGTTTTTTTTCCTATTTTGTATATTGAGCTTTTGTCTTTATTCATTATATCAATGAAAGAGACTCGTTTCCTTTTCAAAAAAAAAAAAAAATACCTCCATCATTTAGAGCTTTAGAAGCCAATTCCCATTTTACTTGCTGCCTTTATGACCTTCCCAAAAAAATTTGCATAAAATTCTCTCCATTTCCGATATTATAGAGCAAGGCATTTGAAATAAAGACATGTAATAAATGGGAAGATTGGCCAAGACTGCATTACATAGAGTTAAACGACCTCCTCTGAAAGATTATATCTTTTCCATCTATCAAGCTTAAGATGGACTTTGTCAAATAATAGGCTGCCAAAATGAGTGTTGTTTTTGGTAACCACCAAGGGGAAGGCCAAGATAAATGCAAGGCAGTTTTCCAGCTTTGCAGTTTAATCTTTTAGCGGTTGAAAACACCAAATCCTCATCAATATTGACACCATAGACTGCCGTCTTTTCCCAGTTTACTTGCTACCTAGAACACTACTCAAAAAATCCTATTGTTTGAATGAGAATGTCCAGCATAGTGTCACAATCGCAACTTTTCAAACACGAGACGAGCGATTGTGCGGCACTTGCTCTAACCCGGCAAGCAAGTCAGCCGTACAATTTCGGAAATCGCGGACAATCTCGCTATAGGGTCTAGCCTCCCCGCCCGTTTCAAGAGAAAATGGTTTTATAAAACGGGAGAGAGAAATAACATTGAAAACATCTTTAAAGAAAGCATTGAAGACTGACAATTGCAAGGAAAAGCTTTGATTGCAAAGAGTACAACAGTACTTGGTCGGGGGATGACAGGTGTGTTCCCCCTATAGTACATTCTAAGCAAAAACTAGACTGGCAGGCTTGCACGCTGGAAGTGCTACCTCGTCGCAAGAAAAATAAAAACACAACATACAACAAAGCAACTTGATAAATTAATAGTAAGACATACATATGACATGGTTGAGGATGGTTTGGGCATGCGGCCATAGGCAAATACGCCCTGGACAAGCATGCCCAAGACATTAGTTCGTGGGATATTTAGGGCGGGGTTTCATGTTTCTCTTTGGGTTTCGGTCTCGAATACTTTTTGTAATTATCCTCTAGGTAACACATTACTTAGTTGGAAGCCCTTTCTTTAGAAGAATTTTGAGGGCTTATGTTTTGTTGCCTTTGTATTCTTTCATTTTTTTTTTTTTGGAAACGTAAACAAGACTTTCATTGAAATAATGAATAAGCTGAAACAAAATTACAAAACTTCAATCTTGGCAACACAAGGCACAACATAGAGACTAAATGAAAATCAAATAGTACATATATCAAAAAATGAAAATCAACCTAAGATTTAGAAAAAGAACACAAGAGGAAGCAAGAGGCATTTTGAATGGAAAATACTTCTCTTAAATTTGATCCTTTCCAGCCACAAATTTGATGAGAGAATTTTTTTCAACCACAAATTTGAAGAGTATTTTTTTTTATTTTATATATATATATATATATATATATATATATATATATATATATAAAGGAAACAAATCTCTTCATTGAATTAATAAAATGCTAGGAAGCACGGACACTTTATTATCGATGGAGTGTCCGTGTCTGACACGTGTTCGACACTGACACGCTCGGACATGTGCAGACACACGATTTTGCATGTCTTATTTATTTATTTTTTTAATAAATCGCACTGGGAGACACGCTTAGACACATTTGGACACGCCAAAAACAACCTCATATTTTTTTCCCTTTCCCTTCAATTTTCTTTTTTCTTTCGCCGGACGACCGCCACTTCATCGGACATTGGAGAGAACGAGCCAGCATCGACGTTGGTTGGAGCGATGACTGTTGATGGCAGCGGAGCAGTGGCAAAGGGAGGGGGATTTCATGGAGGAGAGAAAAATAGGGGAGAGGGGAGAACAAAATAGGGGGAGAGGGAAAAGAAGATTGGCGGCTGAAGGGGGAATGGGAGAACAGGATTAGGGTTTTTTATTTGTTTATTTATTTTTATTTTTTAATGGGTGTGGGGCCTTTTGTGGGTTTTCTGGGGTGTTGAGCCTTTTGTGGTTTAATGGGTCTTGGTTTTTTTCTCTTTTAAATGACTTTTTGATTAGTAAACACCTCTCCTTCATCTTGCATAACTTGATTCAAACGAACAGTATCAATATGATTAGTAAAATCTTTGAGAAACAGTGCACCTTTAACCTTACTAGGAGGATCAATTAACTCAATTTCCTCAAAGTTCAATAAGATGTTGCCTTGCTTTTCGTCTTTAATCTCAATGGTCGGAGGCACAAATGGATTCTCTTACTGATAGCTTTTTAAACTGTGAGAAAATGCCTTGTGCTAAGTGAATTAATTATTGATTTTGATGATAGAAGATAGACAAGTCAAATCACCTATTGCATTAACTCATGTAAAAATTAATGTCGCATTCAATGTTGTGTATAGTTGTTTATAAAATAATTTCTTTTGATGGTGAGGTGTACAATACTATTGCGTTTTTTTTTCTAAAAAAATAGAAACATGACTTTTCATTGATGTAATGAAAAGAAACCATTGCTCAAATTGGAATGAGAAATAGTAGTAAGCAAGAGAAACATGAAAAACATAAGAAACTTGAGATCAGTAGATGCACCTAAATATCTCAACTAGGTTGTTACGTTCATAGCACCCTCATCACATCTCCTTACATGAGAAAAAGCTAGAATTTCAACTAGGTATCATAACAAGATTACATCAATGATAACAACCAAATTACGTAGAGAAAATAAACGCGTTCAATTCAAACAAATATCTTGAATAGAGTAATCTTTATAGAACTTGGATCAAGAGGAAGCTAGGAGACGAGCTAAACCAGAACGGTTGGACCAATCTATATACTTGTCGTGAAAGACTCTCTGATTGCTACCGCTTTTAAAGAATATAAATAAACTGAGAAGAAACTAGTGCTATGCAAAGGATTCTGAACAATGTTTTGTAGATGTAATAGATAATGGAGGTGCAATCTTGACTAATAGACTGCCTATGCCTTCACAGCTATAGCACTAATCGAGCTGCTCCTAAACCACACTCTGCTCTCTAAGCGAGGAGCCTACTATATTCACCTTCTGATGTGATATAGGATATCAAGTTAGTTGGAGGTCATTTGTGCTAACTCAATGCATTTATACTCGTTCTCTCAATAGCTTCTGAGTATTTTTATTATTCCTAATAAAAACCAATGTATTAACTCACCCTCAGTTGCTTTAAGTATTTCTACACACTTACTTTGTCCAAAGATTTATGTGCTGATATTTAAACTCAATTGGACAAATGGAGATAAACAATTTAAATAGAACTTCTTAAAGAAAAAAGATGCGCAATATGTTCAAGGAGGCATTCAATTACTACTTATAAACTATTATAACATAGGGATTCCAGTCAAGCCTTGCACAAGAGTATTAGCCTAACATAGACATGATAAAATATTCTTAAATGACAAAAGAACATTAGATGTGAGTTTAGAGAAACACTAAATATGTGGCCTGTTTATTTGTGATGCTGTAGCTTCGAGTTTCAGAAGAAAGTTCTCCTTCCGAGGATCTTCTTTTGCTAGAAGTTTCTCTCTTTCTGGAAAATTTTGTTTTTAGTTCCCTCCTTGTCCTCTTGATTTATGGAAGGCTTGAGCCCTTTTATTGGAAAATGGAAGGATCCACGTGAGAACCACTCATGCTTCTGCAACTCAGCTTGTTCCAGACTGTAATTGTCACTTATGGCAGGCGACGCTTCATACTTTTGCAGCGTATGGGAGATCTGATGTGCTCAGATGATCAGATGGCGTCTCAGGGTATGGGGGAGCAAATGTCGGTTCAGGGTATGAGGACATCCACTATGCTGTTACCCAAAATTTCAGCAGTACTGCAACTTCTTCTACCTACAAATCTGCGAGTCGTACTTTGTAATTATTAAGTGTGACAACCTTTATAGATTTTTCAACATTTTTAAACAATGCTGTACTTTCCCTTTCTCATACATTTCTAATGGGATTTAAATGGTTATTTGTCTCAAAACATGATATGGGACCGTTAAAGCTCTATGTTTTAAGGTTAAAGAAAGCTTACTTTCGTAAAAAATTACTGACTAAACTTGCAAGAGGGGAGAAAATTTTGATCGAGAGTATAAACTCCTTCAGTCCTTTGAGAATTTTAGAATCTAAAATTTGCTTTCCTAAACGGCCATTGGATTCTACATTTATACAAGAAATGTCTTTTGTGCTTCACATAGATTTAATGAACCTCCTTATACAAGAACCAAAATTCATCTCTCTAAAATTCCAAGAGAAAAATCTCTTTGAAGTGGTAATCAGTGTTTGAAAAAGCCCTCCTCGGCGAATGCAAGAAATCGTTGTCATCACAATACTTTAGGATACAGAATACACTAATTTTTAGTTTTGATAAATATTTTTTTTGGAACAAGGAATAACTTTTCATTGATATAATGAAAAGACCAAAATATTCAAGAGATACAAACTTGTTCTGATTCACGAGTTAACTACCGTATTTGAGGGCTTTTTAAGGACTTATTATTATTTTTCTGTATGTCCTTGTGTATTCTCTCATTGTTCTCAATGAAAATTTGGTTTCTACCCAAAAAAAAAAAAAAGAATTTAAAAAGTAGTATGGACCTACATCAATAAGCAGGCCAAGGATGGAGAAGAAACTTCTATTTGTGATAAATTATTTTATTGATACTATGTTCAACCAGGCTGTTAATTTTTTTTCACTTTTTAATTTTTTGAGTTTTCTTATTTCATTGTAGCAGAAATGGGAGATCTCAGTTTCAATATTTGATCTGGATACTCATTGAGATTACCGTTGCGTCGTACAACTTTCTTTTGTTTTCTATTTTGATTGTTATACTCTGATACGTCTATTGTTTCTATTTCTTAGTCAATTGATGATCACATTCTCAAAGAATTGGAGGTATTGGAGAAAGAATCAGATATAGAAGATATTTTAAGTTACAGATCGGCTGCTGAATGTGAGTTACAGGTAAGATCAAATGATGGATTAAGTAAGAAATAATACTGATGCCCAAATCATGTCTCTATTTTACTCATCATATCAATCTTGTTAGATTAGAGGCACATCTAGGTTGCTCTATCTAGGTGGATCACTTTGCCGGATGTGCACAATTGAAACTTTCGATGCTGCTTTAGTTAAATATGAGGATCTCTTGCTTCTAATCATAATTAGATGTAAATTATTTATATGGTGTTTGGGTTTCAATTTGTTAATTTCGATGTTTACCATTGTATTTATTCTTTCCTTCTCTTGACACACACGCACACACACGCGCGCGCACACACACACGCATACACACACATAGAAAAGGAAACATTTTTGATTGAACACACGCACACGCACGCACACCCGCCCGCACGCACGCGCGCACACACACGCGCGAGCACACACACGCACACACGCGCGCACACACACATGCACATGCGCACAGAAAAGGAAATTGAATTTTTTATTGAAAAAAATGAAAAGTGACTAATCCTAGAATATAACCTTAAAGAGAAGAGAGAATCTGAAAAAAGTAAAAGAAGATAATACTATTGAGATACAAAGAAGAGAAGACACCAAAAAGCAAACACTTAAAATCTAATAAACCAACACTAGAAAAGAAACCAAAGCTATAGAACGCATAAAATTAGCCAAGGCCAATTAAAGATAATTGAGCAGTGATGAAAGAAATCCATTAAGACCAAAAATGAGAGGATCAAACCACAAAGCAAACCAACTTCTACATGACATACAAACTTTATTTTTGTTCCTTTCCTCTTCACTTGTAGCAGACCCTATGGCTTGCTGTAATAAACATTCTAATTATTTCAATAAGGGGAACTTTTTAAAAAATTGGTACCTAGTGGACAAAAGAACATGTGTTCCTTCTCTAAAGGGAGAGCTGAGCCCTCCCATTTAAGTTGATGGTGTATTAGTACAAAACAGCTGTGGGGGACTCCAATTGAGTGCTGTGAACTGTTCAAGATCACACACACAAAAAAGAAAAAAGAAAAAAAAAAGAAAACAGATCAACTGATTTGTATTGTCTCTAGCATTTTCTATACCTTCATACCTGGAGCTGTTTGCTATTAAGTTGTTGTTGTTCCTAATTGCTTACTAGCCTACGCCAATCATTTTCTGAAACATGCTTTCAAATGTTTGCGAAAACCTTTTTCTCTAACCTCGTTTTCTGAAATTGTTTTCTCCAAAATGAGAGTGGAGGCTGCGAAATACGTTCATTGTACCACTGACTATCTGAATTTGAATTGGTTGACTTGTGCATGGGCGAGAACAAGTGTCGCTCAATTGCCCTATGAACCTTCGAATGTGTGATTGTGACACTATGTTCACGTTCCAATGGTAGTTTCAAAACAGGGATTGCAGTCATTTTTGGTGTTGCTCAATGGCTTTTCGAATAAAAAGGATTCTTTAATTCAGCTGAAACATCACCCCTCTCCATTGAATAATATAAGTCAAAAGAAACTGTTCCATTCTTCATTATTGTCATTTATGTTAAGAGGAAAGAGCAAGAATTGTGCGGATTTAGTGAAGGAAAATTTTTCTATTTTTGTGATGGAAAAACAAAGCATAGACTTTTATTGGGTTTGAAATTTTTTTGAAGTATTTAAGGAAGATTTCAACAATTTATGGGTCATTTCAAGATTATTTGTGTTTAATGAATGGAAGGACATTGCTAAAACATTGGAAGAGCATTTTCAAACCAAAGTTCTCTTCAACCCCTTGTTTGTCGATAATGCTCAGATTAATATTGATCAAGGTAAGCTGGAGGAGTTGATTGAGAAAGTAGGCAAGTGGCAAGAATATGGTTCATTTCATTTTCTCTTTGATAAATGGAACAAGATCCGATATGTTGACCATTACTTCTGAAAGGTTTTGGAGGCTGAATATCGATTAAAAATCTTTTTTTAGATTATTGGTGTTAAACTTTTGAAGCCACTGGTGCTTGCTTTGGGGGTTTAGAAAATATTGCTACTAAAACTCTCAACTTGCTTAATTGCTCTATAGCTAAAATCCAAGTTAAGAGAAATTTATGTGGATTCATGCCTTCAATTATTGAGATTCAAGATTAGATTCGGGGTAATATTTTCTTACACTTTGGAGATGGTGAGGTCCTTGATCCTTCAAGTCTTATTCAAGAGGAGCTGTTAGTCAAGGATTTTTCAAATCCAATCAATAGATTGCAATTGAACCAAGTAATGCAAGATGAAGGAATTGATCCCGTTCTTCGAAGTCCTGACACTGATTTCCTTGCTTCAATTCAGACTATTCTGGTGTTCTCAAGGAATCCCTTTGAATCACTTGTAAAATTAGGAGATCAAAAGTTGTTACCAAGTTCGGATGGGAAGTTGAAAGAAAAACAGGGGCATCAATCCCCTATTTTAGGAAAAGAAAAATACAAGGTTGCAAAAAGAGGAAGAAGTTGTGGGGGTGAACAAAGAGCAGATCAGTAAACAGGCACTATTGATGAGGAAAGAGAAAGGAGATGCTTGTTTGCCTGGTTTACCTGAAGATGATGTTTGTGAGGTTTCAGCTCTCTCTCCCAATGCCCAATGATTGTTTTAATAATTTACCAAATAAGACGCCACATGGTATTATTACAATGGATGTTAAAAAAGAATGTCTCCCCAGCTTTGTTGATGACAATGTCGATTTAGTTCTCACAAGCATTGAAGGCCCGACTCCTGATGATGGTTTAAACATAACGTCCTCAATTAATGATGTTGTCTTGCCGAAAGTTAAAAAAGATTGTTTAGTTAATGAAAAGTTGGCTTCTCTCTCCACGATTAATAAGGCTGTTGAGGAATTGGTTTCTCTCTCCCCAAATTTAATTTGAACTCCTTCAGCTTCCAAGAATTTTTCGAAATCAGTGGAAGGTGAGAGCACCTACTTGGATGAGAATTTTGTGAAAAGCGAGGGTAGCCCCGATAATTTAATATATGCGTTCCCTCTACACTTCTCAAGGAAGAAGACCCCTGTTTCTAAGTTAAATTCAGCAAACACTAGCTCTGATTTTATTGAAGAATGTTGTGTTCATGCCCAAGTCCCTAATCTAGCAATCATAGATTCGGAAAAACTTCCCTTCCTTCTCAAGGCTTCCAACATTTAGTGTTTAAAGTACCAAGCTCAGAGGTTCAATTTATAAGAGGTATTCAAAGTAATCCCTATCCTCCTTCTACACTTTCTAACACTCAGCATAATTCAGGTGATGATTCCATAGTAAGTGTTAGTAGTGAAGAATCAGAGAGTTTATTAATTGAAGTTGTGCAAGAACAGGATTTTCAAGAGGATTTTTGTGGGAAAGATTTTGATTTATTGTTTCAAAATTCAGAAGAAAAGAGATTAGTTAGCCCAGAGGCAAGGAAGCTTGAGAATGCTTTGTTGTTCAATGTTTCTCTGTGAATACGTATGAAATTCCTTCCAACTTTGAATCTATTGTCGAAGCTTGTGACCTTTAGTTGGGGTGATTTTCTGGTTTGCCACAAGTTTAGTGGTGGTGAGGGCGGTTTATTTGTTATTCATGAAGATAATCTTATGGAATACAAGAAGACTTGGGGATGCTTATAAGCGACTGGTTTTAGAAGATTCCTCACGAAACGTAATCCAGAGCTGGTTTTAATTCAAGAAACAAATGAACGATTTACTTTGGGACAAGTAACCAAGGGAATGAGGAAGTTGAATAATTTCATAGAGGTTGCGGGTCTCTTAGAAGTGCCTCTTTCCAAGGGATGTTTCACTTGGTCTTGAGATGGAAATGTGGCTTCTCATTCACTTATTGACAGATTTTTAGTTCCCAAAGACTGGGATGACTTGTTCGAAAATACAAGAGTGACAAGAGAAGTTCACACCTTTTCAGATCACTTCCCTTTATTACTTGAAGCCAGGACAGTTTATTGGGTGGGGTCCTTCGCCCTTTTGTTTTTGCAATGGTTGGCTGTTGAACAAAGAATGTTGTCGTGTAATTGAAAGGGCCCTTGTTGGGTGTAGCATTGAAGGATGAGCTGGATTTGTTATTAGTTCAAAATTGAGGAATTTGAAAGTCGCATTAAAATCTTGGCATGCAGATTTTGAAGAAAAAAAGAAAAGAGAAGAAAAGAAATGAAATGATTCTTTTAGAGGAAATTGACAAAAGGCTACTGGTATATATATATGAAGCGTTATTCTCTCTTCCAAAAAAAACTTCTTTTGATATTGTAATATATTACTATTTTTGAGTGTTGTTCTATTTTCTTGTTTTCTTGAGTGTTCCTTGTTAGGTGGTATCCTAATGGAGGTTCTCCAAGATTAACATCTTAGATCAAGTTTTGAGAAGGTTGCGCAATTTGATGGGGCTGCTGTGTTGTACTCTTTGTAGGCGGGCTGCTAAGGACCTTGGTCATATCCTCTAGAGCTGTTATTTAGCCCATGCTGTTTGGAGTTGCTTCTTGAGGAGTTTGGCTTGAACATGGCTAGACATAGGAGTCACACAGAGATGATCGAGGAGTTCCTTCTTCACCCTTTTTTTTTTTCATGAAAGGGGAAGGTTTTTGTGATAGACAGTGTGTGCTGTTCTGTGGGGTCTTTGTAGGGAGGGGAATAACAAAGTCTACATATGGCCTCAGAGATCTTTGGGCTCTTATTAGGTTCAATGTATCTCTTTGGGCTCTACGGGTAATCCGTTTTGTTGGTCTCGTTAGGTGTTCTTTTGATTGGCTGGAGGCCCTTTCTTTTGGTTCTCTCTTTCTTTCATAGAGAGTGGAGACCCTTTCTTTAGGTGACCTCATTCTTTTGTAGGTTTTTTTTTTGTTTGTTTGTATGTCTTTGTATTCTTTTATTTTTTTTCAAACAATGTTAGGCTTTTCATTAAATTTTTTTGTGGAGTTTACATTGCCTTCTTTTAGCCATATAAACTTAAACATCTGCAGCTATATTTGTTGCTTCTTCACTAACTATCCTGATAAGTGATTTATTTTATTCTATTTTTAAATTTATTTGTGGACTAGTCTTGGAGTTTTAATGGTGGACCATCTCTTTTACCTATTATTAATGAATTGATTTCTCTAATATTTTGAGGTAGATTTCTATTGTTGTAGAAAATTAAATGTTACTGCTGTTCTTTATAAATCTCACTTTCCTTTTTTGAACTTGTTGTAAATGGATCAAGTAGCATCTATTTGGCAGTTTGAAACCAGAAATGGTAATGACTGGTACACAAACAGCTGTTGAGAAGTCACAAGTTGATGATCGTGCAATGGGAAAACCTCGAGGATGGCTTAACTGGCTATCCCTTGGTATGTTAGGTGCTGGGGGTACTGAAGATTCAAGTCAATTTTCTGGTGTCATTTCAGATGATGTTGTAAAGGTATTTGTCTTGTTTCATCTTTCCTGTGGTGAAGAAATACTTACTTTCGTTTTTATTTGTAGGATATATATGAGGCTACAAAATTCCACCCTTTGGTTTCATCTAATGTCAGTGCGGCTGATGAAGAAAGGATCTGTTTTAGTGCCATCAAAATTGACATTCATCAGATCTCAGCAACTTTGCTTAGCAAGTATGAATTCCGTTCTTCAATCTCAGTAATAAATGAGTTCTTCGTGTTTTATGCACAAGACTTGTGCTTTGGGCCTGAACAAAATGACTTCATTTTTAACTTTATGATCTTTTATATTCTTATTTTTATTGGTATAAAATGAGAAGCAAGAATGAGATATATATTTTAAGCATAAAAGTCTTGTGAAGTTGAAAAAAAAAAAAAAAAAAAAGGGATCTCCAAGTGTCATGATGGATGAGAAAAAGAAAGAGAACAGAGAGAAGTTCTAATTATTTTTTGGTATATGCGATCGATTTGACACTTGAAACTCTCTTGTTGCTGAATTTCTAGGTTATCTTTTGGTAAATTTGTTAACTTATTTATCTATTTTTCATTGCCCACCTCTTAGGAAACCAACAAATTAATTAAAACATGCTTCATATGAAATTTTCAAAATTTGAAGGCACAGCTGCAACATTTTTTTTCTTTTCGTTCTTCTTCACAAAAAATAACTTGTCTTGTTCCAATTGGAAATCTTTTATGTAATCACCTTTTGGTGCTTTGTGGTTTCCCCTTTATTTCATTTATTCAATGAAATGTTTCTTCTCTAAAAAAAAAACAAAAAATAACTTGTCATTGATTGATGGAAACATACAAAATATTTTGGGAAACAACCTCCAAAAGAAATTAGGCCCTGAATGAAAGAATCCAAAAGCTAACGAAAAACACAAACCCTAGCACCATCAAACCTACTAGAGACACAAAAAGGGGAACCAAAAGACTCCTGCCTAACACCAAAACTTAAACGACAAACCAGCAAACCAAAAACCTTTGAAGGATTGAATCTTATCTAAGAATCTCCCACTCTTAGAATCAGTAGCCGAAACTTTATGCTTGATTGGGGCAAAAGAAATGCGAACTTGATGAAAACTATTGATTGATCTTGCTCTTCAAGATGAAAGGGATTAAGGACCTTTGATCATCCATTGGGTAACCCTTGCATAGAACCATCTTCATCGAGGATAAGCCAGCAAAAGCGACTTTCTATCGAAACTTGATCGTCAACCTAGTTGAACAGAGATATCAAACCACCTTAAAAAAATCATATAGTCAGTAAGTATGAGAGTCGTAAACAATGATTCCCTATCAAAGGCATTCATCTCTTCTATCATCGCATTGTGCCAAGCAGAATGAGAAAAGACTTCTTGAACAGTTTTAGGGATTGAGATAGAATCGAGAGATGCAACAAAAGAATATGTTGGAGATGTCAAGTGGTCATAAGAGATAAAAGAAAAAATAGGGAAAGTACAAGAACGTTTACCTCTATGAAGAACAACAGGGAGATCATCACTTGGTTCTGGATTTGATGACGAAGAATCTTGTGGAATAGGACACTCACCCAGAGGTTGTTGCCGTTGAGAGTAAATTTGGGTAATAGGTGGACGAGTAGGAACATATATCGAAGGAGATGGATCGAGATAAGGTGTAGGAGACAAGGGTATATTTAAAGAGATCATCATCCTCCCCTGACTTGTACTAGGCAAAGATGGAGTGTGAAACTTGTTGATGTGGTAGAGATTAGGGTAAATTGGGGTCAAATTCTTGGATTACGATTAGTTTTCTTATTTATTAGGATTAGTGTCTCAATTAGAACGCTATTCAGGATGTTTGTCTCAATTGGAACGCTTTTATGTGCTCTTATAATTATGTTATGTTTTGTTGTTTATTTCACTTATTATTTTGTTTTTGTATCCATTTTTGGGTTTCTTGTATTTTTGAGCATTATTCCCTTTTCATCCTATCAATAAAAAGTGATTTTTGCCTTTTAGGAAAAAAAAGCAACAGATACTTGGTGATTCTTAAATCGCCGATTGACCCAAAAGCTTAAATTAGTGGGTAAAGGCAAATTTAATTATATCATCTAACACTTCTCCCTCACTTGTGGGCTTGAAATATATAGAAGACTCAACAAGTGGAAATCAATATTAAATGGGGAGGAAACAACAATGCAGGGGCTTGAACATAGGACCTCTCTAGACCATCTGCTCTGATACCATCTTAAATCGTCGATTGACCCAAAAGCTTAAGCTAGTGGGTAATGGAAAATTTAATTATATCATCTAACAGTGATAAACATTGTAGTGCTAATATTAGGGTTATTTTACTATTGTAAGTATCTTTGTTATACTATCCTTTATGGTCTTTTTACTTTCTCTTACTTAGGTTACTCTTGTACACTTGTGTATATATATATCTCTAGATTCATGTCCTCTCCCAATTATCTTCTTCGTCACAAGATCTTGAGACAAACAATAGTGAGGATAACATGAGACACAACAATTAAGTTCACGAGTGATTTGACTAATGCAGATCAAGTTTAAAGAAACTTGAGGTAAATGTAGAACAAAAGATTTTGATCCATCTGCTAAAGTAACACTTGGAAGGGAGGCAGATGACAACATGCTGAAAAGTAAGTTGGGACTACATGTCATATGAGCAGTAGCACTGAGTCTATGACCTATTGGGTAGAGCATGAATGAAGACATTGATTCATGTTACGTGAATGTACAATGGTTGTAATAGGGGTACATGCACATAATGAAGAAGATGCTTTTGATGATTTCTCAGATTATTGAAATTTAGCAAGCTTGGCTACAAAATTAACAGAAGGGTTTTTAGACGAACCATGGATGGATTCAGTCCGCAATTGAACCACATTAGACATTGCCACGAGTTCTTGTTTGGCCATAGGTTAATAACGAATGTAAAACCACAAAATTTAATTTAAACCCACGAAATTAGACTCAATTAACGTCACAACTTTTGAAAATATTAACTGGACGAAGTTTCCAATAAAAAACTTGATTCTTTTCCAAACTGACTTCTAACACGAGCCAGTTATGACTTATGACCAAAATAACCCCACAAACAGGTATGAAGTTGCAGGTAATGGAAAGCCACAAAACCAGAGAGGATTTTGGCCATGCATGCACCAGCACGTGGACTGATGGCTAGAACTAGTGGGGGAGTGTGAGGGTCATACGCTGTTGATTTTTTAACTGAATTTTGGATTCTTGCAGATTGACAAATGGGCTATCTTTTGGGCAGGGCAGTGACAAAAAAATAGCTTCAGTAACAGACCACGACGGCGACGGCAACAGTTTCAAAACTGGGCAGTGA

mRNA sequence

ATGAAACAAATTCTGTTGGGGCCATCGGCTGGGTGGGCGAGAGGAAGCCAGGTCAATAAACTCGTGGAGATCGTAGGCTTGGAAATTTATTGTTCATGTGAAACTGCTGTTGATGTGGAGGAATGCAAAGAAACAAGTGGGACTAAAGTGAGCGCATTGGAAGAAAAAACTGACTTTATATTAGCTCCATGTGATGCAGTCTTGTCACTTATGGTCAACAGATCAGGAAAGCTCGATAGTAGTACTCCACAATATTCTGTTAAAGCTGACTTAAGTAGCCTGGTTTTCACTTTGAATGACATTCAGTTGCAACAAATATTGGATTTATGGGATTATCTTTCCATATGCAGATTAAGAGATAAGTATGGAAGATTTCGCCCCTGGTGCTCCCCCCTCTCAAGGAAAGTAAAGGGTTGGCAAATATTATGGTGGCATTATGCACAACAATCTGTCTTGTTAGATGTACGAAAGAAATTAAAGAAATGTTCATGGAGATATCTTGGACAGAGACTACTCTATCGTCGGAGGTATGTCAACTTTTACAAGAAAAAGTTGGAGTTTCTTCACAATGACCAGTCAATTGATGATCACATTCTCAAAGAATTGGAGGTATTGGAGAAAGAATCAGATATAGAAGATATTTTAAGTTACAGATCGGCTGCTGAATGTGAGTTACAGCATCTATTTGGCAGTTTGAAACCAGAAATGGTAATGACTGGTACACAAACAGCTGTTGAGAAGTCACAAGTTGATGATCGTGCAATGGGAAAACCTCGAGGATGGCTTAACTGGCTATCCCTTGGTATGTTAGGTGCTGGGGGTACTGAAGATTCAAGTCAATTTTCTGGTGTCATTTCAGATGATGTTGTAAAGGATATATATGAGGCTACAAAATTCCACCCTTTGGTTTCATCTAATGTCAGTGCGGCTGATGAAGAAAGGATCTGTTTTAGTGCCATCAAAATTGACATTCATCAGATCTCAGCAACTTTGCTTAGCAAATTGACAAATGGGCTATCTTTTGGGCAGGGCAGTGACAAAAAAATAGCTTCAGTAACAGACCACGACGGCGACGGCAACAGTTTCAAAACTGGGCAGTGA

Coding sequence (CDS)

ATGAAACAAATTCTGTTGGGGCCATCGGCTGGGTGGGCGAGAGGAAGCCAGGTCAATAAACTCGTGGAGATCGTAGGCTTGGAAATTTATTGTTCATGTGAAACTGCTGTTGATGTGGAGGAATGCAAAGAAACAAGTGGGACTAAAGTGAGCGCATTGGAAGAAAAAACTGACTTTATATTAGCTCCATGTGATGCAGTCTTGTCACTTATGGTCAACAGATCAGGAAAGCTCGATAGTAGTACTCCACAATATTCTGTTAAAGCTGACTTAAGTAGCCTGGTTTTCACTTTGAATGACATTCAGTTGCAACAAATATTGGATTTATGGGATTATCTTTCCATATGCAGATTAAGAGATAAGTATGGAAGATTTCGCCCCTGGTGCTCCCCCCTCTCAAGGAAAGTAAAGGGTTGGCAAATATTATGGTGGCATTATGCACAACAATCTGTCTTGTTAGATGTACGAAAGAAATTAAAGAAATGTTCATGGAGATATCTTGGACAGAGACTACTCTATCGTCGGAGGTATGTCAACTTTTACAAGAAAAAGTTGGAGTTTCTTCACAATGACCAGTCAATTGATGATCACATTCTCAAAGAATTGGAGGTATTGGAGAAAGAATCAGATATAGAAGATATTTTAAGTTACAGATCGGCTGCTGAATGTGAGTTACAGCATCTATTTGGCAGTTTGAAACCAGAAATGGTAATGACTGGTACACAAACAGCTGTTGAGAAGTCACAAGTTGATGATCGTGCAATGGGAAAACCTCGAGGATGGCTTAACTGGCTATCCCTTGGTATGTTAGGTGCTGGGGGTACTGAAGATTCAAGTCAATTTTCTGGTGTCATTTCAGATGATGTTGTAAAGGATATATATGAGGCTACAAAATTCCACCCTTTGGTTTCATCTAATGTCAGTGCGGCTGATGAAGAAAGGATCTGTTTTAGTGCCATCAAAATTGACATTCATCAGATCTCAGCAACTTTGCTTAGCAAATTGACAAATGGGCTATCTTTTGGGCAGGGCAGTGACAAAAAAATAGCTTCAGTAACAGACCACGACGGCGACGGCAACAGTTTCAAAACTGGGCAGTGA

Protein sequence

MKQILLGPSAGWARGSQVNKLVEIVGLEIYCSCETAVDVEECKETSGTKVSALEEKTDFILAPCDAVLSLMVNRSGKLDSSTPQYSVKADLSSLVFTLNDIQLQQILDLWDYLSICRLRDKYGRFRPWCSPLSRKVKGWQILWWHYAQQSVLLDVRKKLKKCSWRYLGQRLLYRRRYVNFYKKKLEFLHNDQSIDDHILKELEVLEKESDIEDILSYRSAAECELQHLFGSLKPEMVMTGTQTAVEKSQVDDRAMGKPRGWLNWLSLGMLGAGGTEDSSQFSGVISDDVVKDIYEATKFHPLVSSNVSAADEERICFSAIKIDIHQISATLLSKLTNGLSFGQGSDKKIASVTDHDGDGNSFKTGQ

Homology

[Close]

BLAST of Lsi06G006810 vs. Swiss-Prot
Match: VP13A_DICDI (Putative vacuolar protein sorting-associated protein 13A OS=Dictyostelium discoideum GN=vps13A PE=2 SV=1)

HSP 1 Score: 79.0 bits (193), Expect = 1.2e-13
Identity = 50/168 (29.76%), Postives = 87/168 (51.79%), Query Frame = 1


Query: 59  FILAPCDAVLSLMVNRSGKLDSSTPQYSVKADLSSLVFTLNDIQLQQILDLWDYLSICRL 118
           +I+ P  + L L +N+S  ++ S P+  V+  +S +  TL+  Q Q IL + ++ +    
Sbjct: 258 YIIKPISSQLKLNINKSDIIEKSIPKILVECVMSQITCTLSSGQYQNILSILNFTNEYLR 317

Query: 119 RDKYGRFRPWCSPLSRKVKGWQILWWHYAQQSVLLDVRKKLKKCSWRYLGQRLLYRRRYV 178
             KY +FRP       KV     LWW Y  Q ++  +R+K    SW ++ QR   R  Y+
Sbjct: 318 DIKYLKFRPIV-----KVSENPKLWWRYVGQVIVEQIREKRFSRSWEFIAQRRRARLAYI 377

Query: 179 NFYKKKLEFLHNDQSIDDHILKELEVLEKESDIEDILSYRSAAECELQ 227
             +K+ +  +   Q ++ H L++L  LE+    EDI+ +RS A  E++
Sbjct: 378 PLFKRNIPKVDWLQPLNKHELEQLNQLEERLSFEDIVYFRSLAYAEIK 420

[Close]

BLAST of Lsi06G006810 vs. Swiss-Prot
Match: VP13A_MOUSE (Vacuolar protein sorting-associated protein 13A OS=Mus musculus GN=Vps13a PE=1 SV=1)

HSP 1 Score: 74.7 bits (182), Expect = 2.3e-12
Identity = 61/212 (28.77%), Postives = 89/212 (41.98%), Query Frame = 1


Query: 55  EKTDFILAPCDAVLSLMVNRSGKLDSSTPQYSVKADLSSLVFTLNDIQLQQILDLWDYLS 114
           E  DF+  P  A   L +NR    D S P+ ++  DL ++    N  Q   +++L + + 
Sbjct: 247 EGYDFVFRPISASAKLQMNRRSDFDFSDPKINLAVDLHTIAIEFNKPQYFSLMELLESID 306

Query: 115 ICRLRDKYGRFRPWCSPLSRKVKGWQILWWHYAQQSVL-LDVRKKLKKCSWRYLGQRLLY 174
           +      Y +F+P   PL    K W    W YA  S+L ++V   L+  SW ++      
Sbjct: 307 MMTQNQPYRKFKP-SVPLHLHAKEW----WAYAIHSILEVNVCPSLRMWSWEHIRNHRYK 366

Query: 175 RRRYVNFYKKKLEFLHNDQSIDDHILKELEVLEKESDIEDILSYRSAAECELQHLFGSLK 234
            +RY  FYKKKL      +     IL  LE LEK  D+ +I   R  AE E +     + 
Sbjct: 367 MKRYREFYKKKL----TSKKPSPEILMSLEELEKTLDVFNITIARQQAEVEAKKAGYKIY 426

Query: 235 PEMVMTGTQTAVEKSQVDDRAMGKPRGWLNWL 266
            E V             +D A     GW  WL
Sbjct: 427 KEGV----------KDPEDNA-----GWFGWL 434

[Close]

BLAST of Lsi06G006810 vs. Swiss-Prot
Match: VP13E_DICDI (Putative vacuolar protein sorting-associated protein 13E OS=Dictyostelium discoideum GN=vps13E PE=3 SV=1)

HSP 1 Score: 69.7 bits (169), Expect = 7.5e-11
Identity = 50/177 (28.25%), Postives = 87/177 (49.15%), Query Frame = 1


Query: 59  FILAPCDAVLSLM--------VNRSGKLDSSTPQYSVKADLSSLVFTLNDIQLQQILDLW 118
           +IL P    L +         VN+ G  +S    ++V   L  +   L DIQ + +L+L 
Sbjct: 399 YILQPISGFLKICLTEDSIESVNKEGVFNSIANNFNVSIGLKQIDLQLMDIQYRDMLNLL 458

Query: 119 DYLSICRLRDKYGRFRPWCSPLSRKVKGWQILWWHYAQQSVLLDVRKKLKKCSWRYLGQR 178
            +    R   +Y +FRP C     +VKG   +WWH+A +S++ D R K  + +W+ +   
Sbjct: 459 SFYQDWRRVLRYHKFRPHC-----RVKGNARIWWHFAFRSIISDFRSKKTEMTWKEIEDS 518

Query: 179 LLYRRRYVNFYKKKLEFLHNDQS-IDDHILKELEVLEKESDIEDILSYRSAAECELQ 227
              R  Y+  Y +K  F+      +D +++ E   +EK+   EDI+ +R+ AE +L+
Sbjct: 519 KRVRECYIKLYTEK--FIKGKLGRLDQNLIDE---IEKKVTYEDIVLFRTIAEKDLK 565

[Close]

BLAST of Lsi06G006810 vs. Swiss-Prot
Match: VP13A_HUMAN (Vacuolar protein sorting-associated protein 13A OS=Homo sapiens GN=VPS13A PE=1 SV=2)

HSP 1 Score: 65.5 bits (158), Expect = 1.4e-09
Identity = 57/212 (26.89%), Postives = 94/212 (44.34%), Query Frame = 1


Query: 55  EKTDFILAPCDAVLSLMVNRSGKLDSSTPQYSVKADLSSLVFTLNDIQLQQILDLWDYLS 114
           E  DF+  P  A   L++NR    D S P+ +++ +L ++    N  Q   I++L + + 
Sbjct: 247 EGYDFVFRPISANAKLVMNRRSDFDFSAPKINLEIELHNIAIEFNKPQYFSIMELLESVD 306

Query: 115 ICRLRDKYGRFRPWCSPLSRKVKGWQILWWHYAQQSVL-LDVRKKLKKCSWRYLGQRLLY 174
           +      Y +F+P   PL    + W    W YA   VL ++V  +L   SW+++ +    
Sbjct: 307 MMAQNLPYRKFKPDV-PLHHHAREW----WAYAIHGVLEVNVCPRLWMWSWKHIRKHRQK 366

Query: 175 RRRYVNFYKKKLEFLHNDQSIDDHILKELEVLEKESDIEDILSYRSAAECELQHLFGSLK 234
            ++Y   YKKKL      +     +L  LE LEK  D+ +I   R  AE E++     + 
Sbjct: 367 VKQYKELYKKKL----TSKKPPGELLVSLEELEKTLDVFNITIARQTAEVEVKKAGYKIY 426

Query: 235 PEMVMTGTQTAVEKSQVDDRAMGKPRGWLNWL 266
            E V         K   D+      +GW +WL
Sbjct: 427 KEGV---------KDPEDN------KGWFSWL 434

[Close]

BLAST of Lsi06G006810 vs. Swiss-Prot
Match: VP13F_DICDI (Putative vacuolar protein sorting-associated protein 13F OS=Dictyostelium discoideum GN=vps13F PE=3 SV=1)

HSP 1 Score: 58.2 bits (139), Expect = 2.3e-07
Identity = 44/174 (25.29%), Postives = 86/174 (49.43%), Query Frame = 1


Query: 53  LEEKTDFILAPCDAVLSLMVNRSGKLDSSTPQYSVKADLSSLVFTLNDIQLQQILDLWDY 112
           ++ + +++L P    L L++N+S   +   P Y+   +   +   L   Q   IL L D+
Sbjct: 425 IKPQHNYLLHPVCGSLKLLINKSIIPNKYIPLYTANFEFDEINLELESKQYSGILALVDW 484

Query: 113 LSICRLRDKYGRFRPWCSPLSRKVKGWQILWWHYAQQSVLLDVRKKLKKCSWRYLGQRLL 172
            +  +  ++Y +F+   S    K    +   W +A + +L DVR K++K + ++  +R  
Sbjct: 485 FTTQKKGERYRKFKTKESGGVLKTAKDR---WEFAGKCILADVRDKIRKWTPQFFDKRRK 544

Query: 173 YRRRYVNFYKKKLEFLHNDQSIDDHILKELEVLEKESDIEDILSYRSAAECELQ 227
            R  Y++ YK K       +++ D    +L  LEKE   ED++ +RS A+ +L+
Sbjct: 545 DRLDYIHLYKLK----KRKKTLSDLNTTKLNSLEKEYSFEDLVYFRSLADAQLK 591

[Close]

BLAST of Lsi06G006810 vs. TrEMBL
Match: A0A061DJI1_THECC (Vacuolar protein sorting-associated protein 13A, putative OS=Theobroma cacao GN=TCM_001701 PE=4 SV=1)

HSP 1 Score: 346.7 bits (888), Expect = 3.5e-92
Identity = 192/325 (59.08%), Postives = 236/325 (72.62%), Query Frame = 1


Query: 14  RGSQVNKLVEIVGLEIYCSC-ETAVDVEECKETSGTKVSA----LEEKTDFILAPCDAVL 73
           R  QV+K+VEI GLEIYCS  + A +V    +   +K       + +K+D IL P +  L
Sbjct: 188 RMGQVSKIVEIEGLEIYCSISKEAANVLSLNQVEDSKPWCNSHFVGDKSDHILEPVNVSL 247

Query: 74  SLMVNRSGKLDSSTPQYSVKADLSSLVFTLNDIQLQQILDLWDYLSICRLRDKYGRFRPW 133
           SL+VNRSGKL+   PQYS+ A ++ LV +LN+IQLQQIL L DYLS  +LR+KYGR+RPW
Sbjct: 248 SLLVNRSGKLND-LPQYSISAKITCLVVSLNEIQLQQILILSDYLSTSQLREKYGRYRPW 307

Query: 134 CSPLSRKVKGWQILWWHYAQQSVLLDVRKKLKKCSWRYLGQRLLYRRRYVNFYKKKLEFL 193
             PLSRK  GWQ LWWHYAQ+S+L DVR+KLKK SWRYLGQRL  RR+YVN YK KLEFL
Sbjct: 308 YCPLSRKEDGWQKLWWHYAQESILSDVREKLKKTSWRYLGQRLSNRRKYVNLYKTKLEFL 367

Query: 194 HNDQSIDDHILKELEVLEKESDIEDILSYRSAAECELQHLFGSLKPEMVMTGTQTAVEKS 253
             DQ ID+ I++ELE +EKESDI+DILSYRSAAE ELQ +    KP    +    +VEKS
Sbjct: 368 QQDQPIDESIIRELEQMEKESDIDDILSYRSAAEHELQEVLS--KP----STANISVEKS 427

Query: 254 QVDDRAMGKPRGWLNWLSLGMLGAGGTEDSSQFSGVISDDVVKDIYEATKFHPLVSSNVS 313
           + D ++ GK RGWLNWLS GMLGAGGT+DSSQFSGV+SD+ V+DIYEATKF+P V S V 
Sbjct: 428 RQDGQSSGKSRGWLNWLSRGMLGAGGTDDSSQFSGVVSDEDVQDIYEATKFYPPVFSAVD 487

Query: 314 AADEERICFSAIKIDIHQISATLLS 334
           A   E++    I+  I +ISATL S
Sbjct: 488 ADTNEKMYTRVIEFSIDEISATLWS 505

[Close]

BLAST of Lsi06G006810 vs. TrEMBL
Match: A0A067EH17_CITSI (Uncharacterized protein (Fragment) OS=Citrus sinensis GN=CISIN_1g0000282mg PE=4 SV=1)

HSP 1 Score: 345.5 bits (885), Expect = 7.9e-92
Identity = 189/334 (56.59%), Postives = 236/334 (70.66%), Query Frame = 1


Query: 1   MKQILLGPSAGWARGSQVNKLVEIVGLEIYC-SCETAVDVEECKETSGTKVSALEEKTDF 60
           MKQ   G S G ARG QVNKLVEI GL IYC + ++ V++              +   D 
Sbjct: 180 MKQNPAGSSGGRARGGQVNKLVEIQGLGIYCRTFQSDVNLMSFDNNG-------DSNFDH 239

Query: 61  ILAPCDAVLSLMVNRSGKLDSSTPQYSVKADLSSLVFTLNDIQLQQILDLWDYLSICRLR 120
           IL P D  +SLM+NRSG+LD+  PQYSV A+L+ LV +L+++QLQQI  L DYL   +L+
Sbjct: 240 ILKPLDLSVSLMLNRSGQLDTDLPQYSVNAELTKLVLSLDEVQLQQIFILLDYLCTSQLK 299

Query: 121 DKYGRFRPWCSPLSRKVKGWQILWWHYAQQSVLLDVRKKLKKCSWRYLGQRLLYRRRYVN 180
           +KYGR+RP  SPLS+K  GWQILWW YAQQSVL DVR+KLKK SWRYL QRL  RR+Y+N
Sbjct: 300 EKYGRYRPRYSPLSKKPDGWQILWWQYAQQSVLSDVREKLKKTSWRYLAQRLSNRRKYIN 359

Query: 181 FYKKKLEFLHNDQSIDDHILKELEVLEKESDIEDILSYRSAAECELQHLFGSLKPEMVMT 240
            YK KL  L  +Q+ID+ +++ELE +EKESD++DILSYRSAAE ELQ +  S    + M 
Sbjct: 360 LYKAKLYCLQQEQAIDESVVRELEQMEKESDVDDILSYRSAAERELQEVVYSSNSNVGMN 419

Query: 241 GTQTAVEKSQVDDRAMGKPRGWLNWLSLGMLGAGGTEDSSQFSGVISDDVVKDIYEATKF 300
           G     EKS+ D+R   +  GWLNWLS GMLGAGGT+DSSQFSGV+SD+VVKDIYEATKF
Sbjct: 420 G---GAEKSRNDERLSSRSGGWLNWLSRGMLGAGGTDDSSQFSGVVSDEVVKDIYEATKF 479

Query: 301 HPLVSSNVSAADEERICFSAIKIDIHQISATLLS 334
            PLVSS++ A   ++    AIK+ I +ISA L S
Sbjct: 480 DPLVSSSIVADANDKFHTCAIKLSIAEISAALQS 503

[Close]

BLAST of Lsi06G006810 vs. TrEMBL
Match: B9RXC4_RICCO (Vacuolar protein sorting-associated protein, putative OS=Ricinus communis GN=RCOM_0902510 PE=4 SV=1)

HSP 1 Score: 344.7 bits (883), Expect = 1.3e-91
Identity = 187/345 (54.20%), Postives = 249/345 (72.17%), Query Frame = 1


Query: 1   MKQILLGPSAGWARGSQVNKLVEIVGLEIYCSC-ETAVDVEECKETSGTKVSALEEKT-- 60
           +KQ L+G S G   G QVNK V+I GLEIY +  + A++     + + + + + E     
Sbjct: 179 IKQSLVGSSGGKMAGGQVNKTVDIEGLEIYSTTLKGAIESTSWNDAACSTIWSSERSEGL 238

Query: 61  --DFILAPCDAVLSLMVNRSGKLDSSTPQYSVKADLSSLVFTLNDIQLQQILDLWDYLSI 120
             + +L P D  +SL+VNR+GKLD+   QYS++A+++ L  +L+++QLQQIL L DY+SI
Sbjct: 239 TLEHLLHPFDVTISLVVNRAGKLDNDMAQYSIRAEITGLKISLDEVQLQQILILSDYISI 298

Query: 121 CRLRDKYGRFRPWCSPLSRKVKGWQILWWHYAQQSVLLDVRKKLKKCSWRYLGQRLLYRR 180
            RLR+KYGR+RP    LSRK  GWQILWWHYAQ+SVL DVR+KL+K SW YLGQRL  RR
Sbjct: 299 SRLREKYGRYRPSGHSLSRKQTGWQILWWHYAQESVLSDVRRKLRKTSWGYLGQRLNSRR 358

Query: 181 RYVNFYKKKLEFLHNDQSIDDHILKELEVLEKESDIEDILSYRSAAECELQHLF-GSLKP 240
           +Y+N YK KL+FL  +Q+ID+ I +ELE +EKE DI+DIL+YRSAAE ELQ +   S   
Sbjct: 359 KYINLYKIKLDFLQQEQAIDEFIFRELEQMEKEFDIDDILNYRSAAERELQEVLPDSSAS 418

Query: 241 EMVMTGTQTAVEKSQVDDRAMGKPRGWLNWLSLGMLGAGGTEDSSQFSGVISDDVVKDIY 300
            M + G   +++KS+ D+R +G+ RGWLNWLS GMLGAGGT+DS+QFSGV+SD+VVKDIY
Sbjct: 419 NMGVNGIDISLKKSRNDERLLGRSRGWLNWLSRGMLGAGGTDDSTQFSGVVSDEVVKDIY 478

Query: 301 EATKFHPLVSSN--VSAADEERICFSAIKIDIHQISATLLSKLTN 338
           EATKFHP V S+  V A D+  IC  AIK+ I QI+A L SK ++
Sbjct: 479 EATKFHPSVFSSGVVDATDKMFIC--AIKLSIGQITAALYSKYSS 521

[Close]

BLAST of Lsi06G006810 vs. TrEMBL
Match: A0A0D2V0U0_GOSRA (Uncharacterized protein OS=Gossypium raimondii GN=B456_012G024100 PE=4 SV=1)

HSP 1 Score: 341.7 bits (875), Expect = 1.1e-90
Identity = 187/326 (57.36%), Postives = 240/326 (73.62%), Query Frame = 1


Query: 14  RGSQVNKLVEIVGLEIYCSC--ETAVDVEECKETSGTKV----SALEEKTDFILAPCDAV 73
           R  QV+K+VE+ GLEIYCS   +TA D+     T G++       + +K++ I+ P +  
Sbjct: 189 RMGQVSKVVEVEGLEIYCSICKDTAKDLS-LSHTGGSESWFNSHCVGDKSEHIVEPFNVS 248

Query: 74  LSLMVNRSGKLDSSTPQYSVKADLSSLVFTLNDIQLQQILDLWDYLSICRLRDKYGRFRP 133
           LSL+VNRS KL+   PQYS+ A ++ LV +LN+IQLQQIL L DYLS  +LR+KYGR+RP
Sbjct: 249 LSLLVNRSEKLND-LPQYSISAKMTCLVLSLNEIQLQQILILSDYLSTSQLREKYGRYRP 308

Query: 134 WCSPLSRKVKGWQILWWHYAQQSVLLDVRKKLKKCSWRYLGQRLLYRRRYVNFYKKKLEF 193
           W SPLSRK  GWQ LWWHYAQ+S+L DVR+KLKK SWRYLGQRL  RR+YVN YK KLE 
Sbjct: 309 WSSPLSRKEDGWQRLWWHYAQESILSDVREKLKKTSWRYLGQRLSNRRKYVNLYKTKLEL 368

Query: 194 LHNDQSIDDHILKELEVLEKESDIEDILSYRSAAECELQHLFGSLKPEMVMTGTQTAVEK 253
           L  DQ ID+ ++++LE +EKESDI+DILSYRSAAE ELQ +   LK    +     +VEK
Sbjct: 369 LRQDQPIDESLIRDLEQMEKESDIDDILSYRSAAEHELQEVL--LKSSTAI----FSVEK 428

Query: 254 SQVDDRAMGKPRGWLNWLSLGMLGAGGTEDSSQFSGVISDDVVKDIYEATKFHPLVSSNV 313
           S++D ++ GK RGWLNWLS GMLGAGGT+DSSQFSGV+SD+ V+DIYEATKF+P V S +
Sbjct: 429 SRLDGQSSGKSRGWLNWLSRGMLGAGGTDDSSQFSGVVSDEDVQDIYEATKFYPPVLSGI 488

Query: 314 SAADEERICFSAIKIDIHQISATLLS 334
            A   ++I   AI+  I++ISAT+ S
Sbjct: 489 DADTNDKIYSRAIEFSINEISATIWS 506

[Close]

BLAST of Lsi06G006810 vs. TrEMBL
Match: A0A0D2VUJ9_GOSRA (Uncharacterized protein OS=Gossypium raimondii GN=B456_012G024100 PE=4 SV=1)

HSP 1 Score: 341.7 bits (875), Expect = 1.1e-90
Identity = 187/326 (57.36%), Postives = 240/326 (73.62%), Query Frame = 1


Query: 14  RGSQVNKLVEIVGLEIYCSC--ETAVDVEECKETSGTKV----SALEEKTDFILAPCDAV 73
           R  QV+K+VE+ GLEIYCS   +TA D+     T G++       + +K++ I+ P +  
Sbjct: 189 RMGQVSKVVEVEGLEIYCSICKDTAKDLS-LSHTGGSESWFNSHCVGDKSEHIVEPFNVS 248

Query: 74  LSLMVNRSGKLDSSTPQYSVKADLSSLVFTLNDIQLQQILDLWDYLSICRLRDKYGRFRP 133
           LSL+VNRS KL+   PQYS+ A ++ LV +LN+IQLQQIL L DYLS  +LR+KYGR+RP
Sbjct: 249 LSLLVNRSEKLND-LPQYSISAKMTCLVLSLNEIQLQQILILSDYLSTSQLREKYGRYRP 308

Query: 134 WCSPLSRKVKGWQILWWHYAQQSVLLDVRKKLKKCSWRYLGQRLLYRRRYVNFYKKKLEF 193
           W SPLSRK  GWQ LWWHYAQ+S+L DVR+KLKK SWRYLGQRL  RR+YVN YK KLE 
Sbjct: 309 WSSPLSRKEDGWQRLWWHYAQESILSDVREKLKKTSWRYLGQRLSNRRKYVNLYKTKLEL 368

Query: 194 LHNDQSIDDHILKELEVLEKESDIEDILSYRSAAECELQHLFGSLKPEMVMTGTQTAVEK 253
           L  DQ ID+ ++++LE +EKESDI+DILSYRSAAE ELQ +   LK    +     +VEK
Sbjct: 369 LRQDQPIDESLIRDLEQMEKESDIDDILSYRSAAEHELQEVL--LKSSTAI----FSVEK 428

Query: 254 SQVDDRAMGKPRGWLNWLSLGMLGAGGTEDSSQFSGVISDDVVKDIYEATKFHPLVSSNV 313
           S++D ++ GK RGWLNWLS GMLGAGGT+DSSQFSGV+SD+ V+DIYEATKF+P V S +
Sbjct: 429 SRLDGQSSGKSRGWLNWLSRGMLGAGGTDDSSQFSGVVSDEDVQDIYEATKFYPPVLSGI 488

Query: 314 SAADEERICFSAIKIDIHQISATLLS 334
            A   ++I   AI+  I++ISAT+ S
Sbjct: 489 DADTNDKIYSRAIEFSINEISATIWS 506

[Close]

BLAST of Lsi06G006810 vs. TAIR10
Match: AT5G24740.1 (AT5G24740.1 Protein of unknown function (DUF1162))

HSP 1 Score: 248.1 bits (632), Expect = 8.7e-66
Identity = 155/342 (45.32%), Postives = 196/342 (57.31%), Query Frame = 1


Query: 2   KQILLGPSAGWARGSQVNKLVEIVGLEIYCSC-ETAVDVEECKETSG----TKVSALEEK 61
           KQ  +GPS G  RG QVN LVE+ GLEIYC   E  +D     E  G     +      +
Sbjct: 184 KQNSVGPSVGRVRGGQVNILVEVEGLEIYCDMYEGNMDFPSVNEKIGFDNWCQSRLQSNR 243

Query: 62  TDFILAPCDAVLSLMVNRSGKLDSSTPQYSVKADLSSLVFTLNDIQLQQILDLWDYLSIC 121
             ++L P    ++L+VNRSG+L    PQYS+ A+L+ +V TLN+ QLQQIL L DYL   
Sbjct: 244 FGYLLKPVHVSVTLLVNRSGELYDDLPQYSISAELTDVVVTLNEFQLQQILILLDYLQTS 303

Query: 122 RLRDKYGRFRPWCSPLSRKVKGWQILWWHYAQQSVLLD-VRKKLKKCSWRYLGQRLLYRR 181
           +LR++YGR+RP  + LSRK  GWQ LWWHYAQ SVL D + K ++      LG       
Sbjct: 304 QLRERYGRYRPCSTSLSRKPPGWQKLWWHYAQNSVLSDSIDKSIR------LG------- 363

Query: 182 RYVNFYKKKLEFLHNDQSIDDHILKELEVLEKESDIEDILSYRSAAECELQHLFGSLKPE 241
                    LE L     IDD IL                 YRSAAE E+Q     L   
Sbjct: 364 ---------LEELEKKSDIDD-ILS----------------YRSAAEGEMQEACSELTVN 423

Query: 242 MVMTGT------QTAVEKSQVDDRAMGKPRGWLNWLSLGMLGAGGTEDSSQFSGVISDDV 301
           M  TG       Q+A EK   DD  + K RGWLNWLS GMLGAGGTEDSSQFSGV+SD+V
Sbjct: 424 MGATGATRSEKEQSAPEKEPSDDPTLNKSRGWLNWLSRGMLGAGGTEDSSQFSGVVSDEV 483

Query: 302 VKDIYEATKFHPLVSSNVSAADEERICFSAIKIDIHQISATL 332
           VKDI++ATKF+PL SS  + +   +IC  +I++++ + SATL
Sbjct: 484 VKDIHKATKFYPLSSSPRNTSATGKICTCSIRLNVRKFSATL 486

[Close]

BLAST of Lsi06G006810 vs. NCBI nr
Match: gi|659085896|ref|XP_008443663.1| (PREDICTED: putative vacuolar protein sorting-associated protein 13A [Cucumis melo])

HSP 1 Score: 606.7 bits (1563), Expect = 2.7e-170
Identity = 300/334 (89.82%), Postives = 315/334 (94.31%), Query Frame = 1


Query: 1   MKQILLGPSAGWARGSQVNKLVEIVGLEIYCSCETAVDVEECKETSGTKVSALEEKTDFI 60
           MKQIL    AGW RGSQVNKLVEI+GLEIYCSC++AVDVE CKE  G KVS LEEK+DFI
Sbjct: 180 MKQIL--SLAGWGRGSQVNKLVEIIGLEIYCSCQSAVDVEGCKEARGAKVSTLEEKSDFI 239

Query: 61  LAPCDAVLSLMVNRSGKLDSSTPQYSVKADLSSLVFTLNDIQLQQILDLWDYLSICRLRD 120
           LAPCDAVLSLMVNRSGKLD+STPQYSVKADLSSLVFTLND+QLQQIL+LWDYLSICRLRD
Sbjct: 240 LAPCDAVLSLMVNRSGKLDNSTPQYSVKADLSSLVFTLNDVQLQQILNLWDYLSICRLRD 299

Query: 121 KYGRFRPWCSPLSRKVKGWQILWWHYAQQSVLLDVRKKLKKCSWRYLGQRLLYRRRYVNF 180
           KYGRFRPWCSPLSRKVKGWQ+LWWHYAQQSVLLDVRKKLKKCSW+YLGQRLLYRRRYV F
Sbjct: 300 KYGRFRPWCSPLSRKVKGWQMLWWHYAQQSVLLDVRKKLKKCSWKYLGQRLLYRRRYVEF 359

Query: 181 YKKKLEFLHNDQSIDDHILKELEVLEKESDIEDILSYRSAAECELQHLFGSLKPEMVMTG 240
           YKKKLEFLHNDQSIDDHILKELEVLEKESDIEDILSYRS AECELQHLFGSL+PEMVMTG
Sbjct: 360 YKKKLEFLHNDQSIDDHILKELEVLEKESDIEDILSYRSTAECELQHLFGSLRPEMVMTG 419

Query: 241 TQTAVEKSQVDDRAMGKPRGWLNWLSLGMLGAGGTEDSSQFSGVISDDVVKDIYEATKFH 300
           TQT VEKSQVDDRA+GKPRGWLNWLSLGMLGAGGTEDSSQFSGVISDDVVKDIY+AT+FH
Sbjct: 420 TQTTVEKSQVDDRAVGKPRGWLNWLSLGMLGAGGTEDSSQFSGVISDDVVKDIYKATEFH 479

Query: 301 PLVSSNVSAADEERICFSAIKIDIHQISATLLSK 335
           P V  NVSAADE RICF AI+ DIHQISATL+SK
Sbjct: 480 PSVFPNVSAADEGRICFCAIEFDIHQISATLMSK 511

[Close]

BLAST of Lsi06G006810 vs. NCBI nr
Match: gi|778664064|ref|XP_011660209.1| (PREDICTED: uncharacterized protein LOC101204937 isoform X1 [Cucumis sativus])

HSP 1 Score: 601.7 bits (1550), Expect = 8.7e-169
Identity = 298/334 (89.22%), Postives = 310/334 (92.81%), Query Frame = 1


Query: 1   MKQILLGPSAGWARGSQVNKLVEIVGLEIYCSCETAVDVEECKETSGTKVSALEEKTDFI 60
           MKQIL    AGW RGSQVNKLVEI+GLEIYCSC+  VDVE C E  GTKVS LEEK+DFI
Sbjct: 180 MKQIL--SLAGWGRGSQVNKLVEIIGLEIYCSCQNTVDVEGCNEARGTKVSTLEEKSDFI 239

Query: 61  LAPCDAVLSLMVNRSGKLDSSTPQYSVKADLSSLVFTLNDIQLQQILDLWDYLSICRLRD 120
           LAPCDAVLSLMVNRSGKLD+STPQYSVKADLSSLVFTLND+QLQQIL+LWDYLSICRLRD
Sbjct: 240 LAPCDAVLSLMVNRSGKLDNSTPQYSVKADLSSLVFTLNDVQLQQILNLWDYLSICRLRD 299

Query: 121 KYGRFRPWCSPLSRKVKGWQILWWHYAQQSVLLDVRKKLKKCSWRYLGQRLLYRRRYVNF 180
           KYGRFRPWC PLSRKVKGWQ+LWWHYAQQSVLLDVRK+LKKCSWRYLGQRLLYRRRYV F
Sbjct: 300 KYGRFRPWCFPLSRKVKGWQMLWWHYAQQSVLLDVRKRLKKCSWRYLGQRLLYRRRYVEF 359

Query: 181 YKKKLEFLHNDQSIDDHILKELEVLEKESDIEDILSYRSAAECELQHLFGSLKPEMVMTG 240
           YKKKLEFLHNDQSIDDHILKELEVLEKESDIEDILSYRS AECELQHLFGSLKPEM MTG
Sbjct: 360 YKKKLEFLHNDQSIDDHILKELEVLEKESDIEDILSYRSTAECELQHLFGSLKPEMAMTG 419

Query: 241 TQTAVEKSQVDDRAMGKPRGWLNWLSLGMLGAGGTEDSSQFSGVISDDVVKDIYEATKFH 300
            QT VEKSQVDDRA+GKPRGWLNWLSLGMLGAGGTEDSSQFSGVISDDVVKDIY+ATKFH
Sbjct: 420 AQTTVEKSQVDDRAVGKPRGWLNWLSLGMLGAGGTEDSSQFSGVISDDVVKDIYKATKFH 479

Query: 301 PLVSSNVSAADEERICFSAIKIDIHQISATLLSK 335
           P V SNVSAADE RICF AI+ DIH ISATL+SK
Sbjct: 480 PSVFSNVSAADEGRICFCAIEFDIHHISATLMSK 511

[Close]

BLAST of Lsi06G006810 vs. NCBI nr
Match: gi|778664067|ref|XP_011660210.1| (PREDICTED: uncharacterized protein LOC101204937 isoform X2 [Cucumis sativus])

HSP 1 Score: 601.7 bits (1550), Expect = 8.7e-169
Identity = 298/334 (89.22%), Postives = 310/334 (92.81%), Query Frame = 1


Query: 1   MKQILLGPSAGWARGSQVNKLVEIVGLEIYCSCETAVDVEECKETSGTKVSALEEKTDFI 60
           MKQIL    AGW RGSQVNKLVEI+GLEIYCSC+  VDVE C E  GTKVS LEEK+DFI
Sbjct: 180 MKQIL--SLAGWGRGSQVNKLVEIIGLEIYCSCQNTVDVEGCNEARGTKVSTLEEKSDFI 239

Query: 61  LAPCDAVLSLMVNRSGKLDSSTPQYSVKADLSSLVFTLNDIQLQQILDLWDYLSICRLRD 120
           LAPCDAVLSLMVNRSGKLD+STPQYSVKADLSSLVFTLND+QLQQIL+LWDYLSICRLRD
Sbjct: 240 LAPCDAVLSLMVNRSGKLDNSTPQYSVKADLSSLVFTLNDVQLQQILNLWDYLSICRLRD 299

Query: 121 KYGRFRPWCSPLSRKVKGWQILWWHYAQQSVLLDVRKKLKKCSWRYLGQRLLYRRRYVNF 180
           KYGRFRPWC PLSRKVKGWQ+LWWHYAQQSVLLDVRK+LKKCSWRYLGQRLLYRRRYV F
Sbjct: 300 KYGRFRPWCFPLSRKVKGWQMLWWHYAQQSVLLDVRKRLKKCSWRYLGQRLLYRRRYVEF 359

Query: 181 YKKKLEFLHNDQSIDDHILKELEVLEKESDIEDILSYRSAAECELQHLFGSLKPEMVMTG 240
           YKKKLEFLHNDQSIDDHILKELEVLEKESDIEDILSYRS AECELQHLFGSLKPEM MTG
Sbjct: 360 YKKKLEFLHNDQSIDDHILKELEVLEKESDIEDILSYRSTAECELQHLFGSLKPEMAMTG 419

Query: 241 TQTAVEKSQVDDRAMGKPRGWLNWLSLGMLGAGGTEDSSQFSGVISDDVVKDIYEATKFH 300
            QT VEKSQVDDRA+GKPRGWLNWLSLGMLGAGGTEDSSQFSGVISDDVVKDIY+ATKFH
Sbjct: 420 AQTTVEKSQVDDRAVGKPRGWLNWLSLGMLGAGGTEDSSQFSGVISDDVVKDIYKATKFH 479

Query: 301 PLVSSNVSAADEERICFSAIKIDIHQISATLLSK 335
           P V SNVSAADE RICF AI+ DIH ISATL+SK
Sbjct: 480 PSVFSNVSAADEGRICFCAIEFDIHHISATLMSK 511

[Close]

BLAST of Lsi06G006810 vs. NCBI nr
Match: gi|731419932|ref|XP_010661190.1| (PREDICTED: uncharacterized protein LOC100245550 isoform X1 [Vitis vinifera])

HSP 1 Score: 369.4 bits (947), Expect = 7.3e-99
Identity = 193/337 (57.27%), Postives = 245/337 (72.70%), Query Frame = 1


Query: 1   MKQILLGPSAGWARGSQVNKLVEIVGLEIYCSCE----TAVDVEECKETSGTKVSALE-E 60
           MKQ  +G   G  RG QVNK VEI+GLEIYCS      + + +++  ++     + LE  
Sbjct: 180 MKQNPVGSFNGKVRGGQVNKTVEILGLEIYCSTSQGTLSLIAIDDAADSKLGGDARLEGN 239

Query: 61  KTDFILAPCDAVLSLMVNRSGKLDSSTPQYSVKADLSSLVFTLNDIQLQQILDLWDYLSI 120
           K D+ILAP D  ++L+VNRSGKL++  PQYS+ A+L+SLV +L+++QLQQIL L DYL  
Sbjct: 240 KNDYILAPFDVSMTLLVNRSGKLENDAPQYSINAELTSLVMSLDEVQLQQILSLCDYLCT 299

Query: 121 CRLRDKYGRFRPWCSPLSRKVKGWQILWWHYAQQSVLLDVRKKLKKCSWRYLGQRLLYRR 180
            RLR+KYGR+RP  + LSRKV+GWQ +WWHYAQ SVL DVRKKLK+ SW Y GQRL  RR
Sbjct: 300 SRLREKYGRYRPSSNLLSRKVEGWQKMWWHYAQASVLSDVRKKLKRTSWTYFGQRLSCRR 359

Query: 181 RYVNFYKKKLEFLHNDQSIDDHILKELEVLEKESDIEDILSYRSAAECELQ-HLFGSLKP 240
           +YVN YK KL+FL  ++ ID+HIL+ELE +EKES I++IL+YRS AE ELQ  L  S   
Sbjct: 360 KYVNLYKTKLDFLRQEKPIDEHILRELEKIEKESGIDEILNYRSTAESELQDFLLTSSTS 419

Query: 241 EMVMTGTQTAVEKSQVDDRAMGKPRGWLNWLSLGMLGAGGTEDSSQFSGVISDDVVKDIY 300
            M  +     VEK   D+R+  + RGWLNWLSLGMLGAGGT+DS +FSGV+SD+V+KDIY
Sbjct: 420 TMGTSSANATVEKLPNDERSSSRSRGWLNWLSLGMLGAGGTDDSGEFSGVVSDEVIKDIY 479

Query: 301 EATKFHPLVSSNVSAADEERICFSAIKIDIHQISATL 332
           EATKFHP++ SNV AA  + I  S +K  IHQISATL
Sbjct: 480 EATKFHPVLLSNVDAAAADEIYLSTVKFSIHQISATL 516

[Close]

BLAST of Lsi06G006810 vs. NCBI nr
Match: gi|731419934|ref|XP_010661192.1| (PREDICTED: putative vacuolar protein sorting-associated protein 13A isoform X2 [Vitis vinifera])

HSP 1 Score: 369.4 bits (947), Expect = 7.3e-99
Identity = 193/337 (57.27%), Postives = 245/337 (72.70%), Query Frame = 1


Query: 1   MKQILLGPSAGWARGSQVNKLVEIVGLEIYCSCE----TAVDVEECKETSGTKVSALE-E 60
           MKQ  +G   G  RG QVNK VEI+GLEIYCS      + + +++  ++     + LE  
Sbjct: 180 MKQNPVGSFNGKVRGGQVNKTVEILGLEIYCSTSQGTLSLIAIDDAADSKLGGDARLEGN 239

Query: 61  KTDFILAPCDAVLSLMVNRSGKLDSSTPQYSVKADLSSLVFTLNDIQLQQILDLWDYLSI 120
           K D+ILAP D  ++L+VNRSGKL++  PQYS+ A+L+SLV +L+++QLQQIL L DYL  
Sbjct: 240 KNDYILAPFDVSMTLLVNRSGKLENDAPQYSINAELTSLVMSLDEVQLQQILSLCDYLCT 299

Query: 121 CRLRDKYGRFRPWCSPLSRKVKGWQILWWHYAQQSVLLDVRKKLKKCSWRYLGQRLLYRR 180
            RLR+KYGR+RP  + LSRKV+GWQ +WWHYAQ SVL DVRKKLK+ SW Y GQRL  RR
Sbjct: 300 SRLREKYGRYRPSSNLLSRKVEGWQKMWWHYAQASVLSDVRKKLKRTSWTYFGQRLSCRR 359

Query: 181 RYVNFYKKKLEFLHNDQSIDDHILKELEVLEKESDIEDILSYRSAAECELQ-HLFGSLKP 240
           +YVN YK KL+FL  ++ ID+HIL+ELE +EKES I++IL+YRS AE ELQ  L  S   
Sbjct: 360 KYVNLYKTKLDFLRQEKPIDEHILRELEKIEKESGIDEILNYRSTAESELQDFLLTSSTS 419

Query: 241 EMVMTGTQTAVEKSQVDDRAMGKPRGWLNWLSLGMLGAGGTEDSSQFSGVISDDVVKDIY 300
            M  +     VEK   D+R+  + RGWLNWLSLGMLGAGGT+DS +FSGV+SD+V+KDIY
Sbjct: 420 TMGTSSANATVEKLPNDERSSSRSRGWLNWLSLGMLGAGGTDDSGEFSGVVSDEVIKDIY 479

Query: 301 EATKFHPLVSSNVSAADEERICFSAIKIDIHQISATL 332
           EATKFHP++ SNV AA  + I  S +K  IHQISATL
Sbjct: 480 EATKFHPVLLSNVDAAAADEIYLSTVKFSIHQISATL 516

The following BLAST results are available for this feature:

BLAST of Lsi06G006810 vs. Swiss-Prot


Match Name	E-value	Identity	Description
VP13A_DICDI	1.2e-13	29.76	Putative vacuolar protein sorting-associated protein 13A OS=Dictyostelium discoi...	[more]
VP13A_MOUSE	2.3e-12	28.77	Vacuolar protein sorting-associated protein 13A OS=Mus musculus GN=Vps13a PE=1 S...	[more]
VP13E_DICDI	7.5e-11	28.25	Putative vacuolar protein sorting-associated protein 13E OS=Dictyostelium discoi...	[more]
VP13A_HUMAN	1.4e-09	26.89	Vacuolar protein sorting-associated protein 13A OS=Homo sapiens GN=VPS13A PE=1 S...	[more]
VP13F_DICDI	2.3e-07	25.29	Putative vacuolar protein sorting-associated protein 13F OS=Dictyostelium discoi...	[more]

BLAST of Lsi06G006810 vs. TrEMBL


Match Name	E-value	Identity	Description
A0A061DJI1_THECC	3.5e-92	59.08	Vacuolar protein sorting-associated protein 13A, putative OS=Theobroma cacao GN=...	[more]
A0A067EH17_CITSI	7.9e-92	56.59	Uncharacterized protein (Fragment) OS=Citrus sinensis GN=CISIN_1g0000282mg PE=4 ...	[more]
B9RXC4_RICCO	1.3e-91	54.20	Vacuolar protein sorting-associated protein, putative OS=Ricinus communis GN=RCO...	[more]
A0A0D2V0U0_GOSRA	1.1e-90	57.36	Uncharacterized protein OS=Gossypium raimondii GN=B456_012G024100 PE=4 SV=1	[more]
A0A0D2VUJ9_GOSRA	1.1e-90	57.36	Uncharacterized protein OS=Gossypium raimondii GN=B456_012G024100 PE=4 SV=1	[more]

BLAST of Lsi06G006810 vs. TAIR10


Match Name	E-value	Identity	Description
AT5G24740.1	8.7e-66	45.32	Protein of unknown function (DUF1162)	[more]

BLAST of Lsi06G006810 vs. NCBI nr


Match Name	E-value	Identity	Description
gi\|659085896\|ref\|XP_008443663.1\|	2.7e-170	89.82	PREDICTED: putative vacuolar protein sorting-associated protein 13A [Cucumis mel...	[more]
gi\|778664064\|ref\|XP_011660209.1\|	8.7e-169	89.22	PREDICTED: uncharacterized protein LOC101204937 isoform X1 [Cucumis sativus]	[more]
gi\|778664067\|ref\|XP_011660210.1\|	8.7e-169	89.22	PREDICTED: uncharacterized protein LOC101204937 isoform X2 [Cucumis sativus]	[more]
gi\|731419932\|ref\|XP_010661190.1\|	7.3e-99	57.27	PREDICTED: uncharacterized protein LOC100245550 isoform X1 [Vitis vinifera]	[more]
gi\|731419934\|ref\|XP_010661192.1\|	7.3e-99	57.27	PREDICTED: putative vacuolar protein sorting-associated protein 13A isoform X2 [...	[more]

Annotated Terms

The following terms have been associated with this gene:

Vocabulary: **INTERPRO**
Term	Definition
IPR026847	VPS13

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0008150	biological_process
cellular_component	GO:0005575	cellular_component
molecular_function	GO:0003674	molecular_function

Relationships

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


Feature Name	Unique Name	Type
Lsi06G006810.1	Lsi06G006810.1	mRNA

InterPro

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


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR026847	Vacuolar protein sorting-associated protein 13	PANTHER	PTHR16166	VACUOLAR PROTEIN SORTING-ASSOCIATED PROTEIN VPS13	coord: 2..333 score: 3.0
None	No IPR available	PANTHER	PTHR16166:SF100	SUBFAMILY NOT NAMED	coord: 2..333 score: 3.0

Synteny

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


Gene	Orthologue	Organism	Block
Lsi06G006810	Csa1G653310	Cucumber (Chinese Long) v2	culsiB058
Lsi06G006810	CSPI01G32070	Wild cucumber (PI 183967)	cpilsiB059
Lsi06G006810	CmoCh10G008710	Cucurbita moschata (Rifu)	cmolsiB059
Lsi06G006810	Cla009520	Watermelon (97103) v1	lsiwmB391
Lsi06G006810	MELO3C010029	Melon (DHL92) v3.5.1	lsimeB398
Lsi06G006810	Cla97C03G061100	Watermelon (97103) v2	lsiwmbB362

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

None

The following block(s) are covering this gene:


Gene	Organism	Block
Lsi06G006810	Cucurbita pepo (Zucchini)	cpelsiB017
Lsi06G006810	Cucurbita pepo (Zucchini)	cpelsiB299
Lsi06G006810	Watermelon (Charleston Gray)	lsiwcgB361
Lsi06G006810	Cucumber (Gy14) v2	cgyblsiB055
Lsi06G006810	Melon (DHL92) v3.6.1	lsimedB420
Lsi06G006810	Silver-seed gourd	carlsiB485
Lsi06G006810	Silver-seed gourd	carlsiB886
Lsi06G006810	Cucumber (Chinese Long) v3	cuclsiB068
Lsi06G006810	Wax gourd	lsiwgoB511
Lsi06G006810	Wax gourd	lsiwgoB521
Lsi06G006810	Cucumber (Gy14) v1	cgylsiB573
Lsi06G006810	Cucurbita maxima (Rimu)	cmalsiB073
Lsi06G006810	Cucurbita maxima (Rimu)	cmalsiB128
Lsi06G006810	Cucurbita moschata (Rifu)	cmolsiB118