Lsi09G007370 (gene) Bottle gourd (USVL1VR-Ls) v1

Overview


Name	Lsi09G007370
Type	gene
Organism	Lagenaria siceraria (Bottle gourd (USVL1VR-Ls) v1)
Description	protein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3
Location	chr09: 8487469 .. 8513066 (-)
RNA-Seq Expression	Lsi09G007370
Synteny	Lsi09G007370

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideexonCDS

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

ATGAAGTCTCCTAACGAGTAAACGCCATATATATTCTCTCTTGTAATAGCCATCAATATTAATAATGTGTGATTTTTTTTTCTTTCTTAAAATATACTTTTCGTCTTTGAAGTTTGAGCTTAGTATCTATCTAGTCTTTAAAATTTCAAAAATAATATTTTACTCTTTGAAATTTTAAGAATGCTTCTAAATAATCCCTCAATTAACTTGACAGTTAGTTGACTAACAAAAAAAAAATGACATAATATATTTTTGAAACTTTTGAAAGTTCATGGTTATTTTTGACACAATGATAATTCAAAGGCATTTTCTATGAACTTTCAAAAGTTTCAAAAATATCCTTAAACTTAAAAAATAATTAAAAAATACCCCTGCCATTAGTTTTGGATGGAAGCCGTTAAAGTTTTATTTCAAAAATACCCTTGAACTTTTCAAAAGTTTCAAAAATACCCTTAACTAAAAAAAAGTTCAAAAATATCTTCACTGTAAGTATATGAACACAAATCGTTAATACCTCGTTGCAAAAATAACTTTAAAATTAAGAAAAAAAAAGTTTATAATTGCTCCTAACGTTAATATAGTGATCAATTTGTTTGAAGTTTTCTTAAGTTCGAAAATAATGAATGGTAAAACAAATTATATAGATATCCTCATTTTTTCATATAGATACTCTTATTTCCTCTTGATTTTTTAATTCTTAACTTACACCAATTTTCTCACCAACCAAAATTTTGAGTTAAAACATAAAATCCCATAAAGTCTCACAAAATTATAAAATCAAAATCTCCACTTAAACATACCAAAACGAAAAAAAAGAAACGTTAGTAGTTGGGTGTGTTAATTGCCGAATACGTTTTTTTATTTGACTATTTATCATTTCAGTATGTTTGAGAGGAGATTTTGATTTCAGAATTTTGTGAGATTTTATGTTTTAACCTAAAATTTTGGTTGGTGAGAAAATTGGTATAAGCTAAGAATTGGAAAATTAAGGGAAAAATAAGAGTAACTATATGGAAAAAACAAATGAAGATATCTTTATAATTTATTTTAAAGTTCATCATTTTCGAACTTAAAAAAACTTCAAACAAATTGATCACCATATTAATGTTATGAGCAATTTTAATTTTAAAGTTATTTTTGCAACGAGATATTAACGGTTTCTGTTTATAAACTTACGGTGAAGATATTTTTTTAAAAACTTTTTTTTAGTTAAGGGTATTGAAAAGTTCAGGAGTATTTTTTAAACAAAACTTTAACGGTTCCATCGAAAATTGATTGTAGGGTATTTTTTAACTCTTTTTTAAAGTTTAAGGGTATTTTTTAAACTTTTGAAATTTAGAGGTATTTTTGACACAAAGTGTATGGTTTATGGACATTTTTTTTTTATAATTTAACCATTTTTAAATGAGGTGGTAGTTTTTATTAATTTTATATTATTTTTTAGACTTGATTTTCTTCTCTCTCTTTTTCTTTCTCTTCTTCCTTTCCATTTTTCTCTTTCCTCTAAAAAACATTAAAAAAAACTAAAAAACAACACACTTGAAATCGATTGCAGCCCTTCTTCTATCATTCTTTTTGTTTAAATATTACTTTGGTCATTGTACTTTTGGTTTTTATTCATTTTTGTTCCTCTACTTTTAAAATGTTCAAGTCCCTATACTATTAACTTTCATTCATTTTGGTCCCTATACTTTAAAAATGTTCATTTTGGTCCTGATACTTTCAACTTCGGTTCATTTTGATCCTTAAACTTTAAAAAAAGTGACTATTTTTATCCTTTAAAAATGAAAATGAAGAGACCAAAATGACAACTTCTTTAAAAATATAAAGACAAAAATGAACTAAAGTTAAAAGTACAAGGACTAAAATGAATATTTTTAAAGTATAGAGACCAAAATGAACTAAAGTTGAAAGTATAGGGACCAAAATGAATAATTTGAAAGTATAAGGACCAAAATGAACCAAAACCAAAAGTATAGGAACTAAAGTAGTATTTAAACTTTTTTTTTTTCCTTTTTCCTCATCTCACTTTGTTTATTTCTCTTTTTTGTGATGGCCAAAAACCAAGAGACTTTGTTTATTTCTCTTTTTTGTGATGCCCAAAAACCAAGAAACCACTATTTGCATGAGACATTTGATGATTTAGAGTTAGAGAATTTTTTTTTAAGCTGTCTGGAGTGTAAATTTTCTAAGCCTATCAAATGAATGATAGCTACTCTATTTATAGGATTTCCAAGTGAGTTTCGTGGGATTGAGCTTGGGTCATGACCTTTGGGCCCAACTAATTGGATTTGGGCTTTTATTGGCTTTTGGTCCTATTAAGTCTATTTTTGCATTCAATTGAATTTTAGCCGAAACATTAATAATTAATTGAACAAAAAATAATTAATTTGATCCAATAGTGAGAACGAAAATACGTGATACTATCTAGATTTAGCAATTTACGTCATCAATTTCAATTTGGGACACATATAACTTAGTTCCAAATTTAATTATTTTTAATTAATTTCGCTATTAATTTGAGAAATGACGTGACAATTTGTGATTAGTCTAAAATTTCTCATTCAACAACCACCTACGTCAAGTTCCCCGTTAATTTTTTTCTTTCATTTTCTTGTTTTAGATATGGTTTTTTTTCTCTATCTTCTTCATTTTTCTTTTCATTTCTTTCAAGGGTTTCTTCTCTTATTGTTGGCCATGTTGTTTTTGTCTTCTATTTTGTGTGTGTGTTCATTTTTTTCTTTGGTCGAGTTTCTATTCTTTTGGATTAGAGTTTTCTCCCTAATTACTGAATATTTTTTTGGAGGAATGATTGAGGGGAGAGAAATGTAAAGGGAGAAGAAAGAGGGAAAAAGAGAAGAAAAAAAGAAAAAGGAAAGGATGCACTTCATCGAGAAAAAAAATATAAAATTAATAAAAATGGTCACCTCATCTAAAATTTACCAACCCAACATGATACATCATTTGTCATTAGTCAACTGATTAAATTAACTAAAGAATCATTTAGGAACATTTTTAGAAACCAAATAGATGTTCGTGGAAAAAATAAATAAATAAAGTTTTCAATTTCATAATTTTGATTTTTTCAAAATAAAAAATCGTTATTTCGATAATCATTTTATCAATTTATTGTTGTCCAGAAGAAATAAAAGAATTACGTCAAATGTTATTTCAGCCGGTGGAGTTGATTTGGGACTGAAATTTTGAAGCTCACTCCATTTTTTCTGGTTCCTGTCATCATGAAGCTTCAGCTTCATCCCATTTTCTGAGTCGCAATTGGCTCATAAGCCAACCGGTGAAACAATAATGGTGCCACTCATTATGGAACTTCCCGTAATCAATGGCTTTCACCCATTGCTCCGTTCCTCCTTATGCCCTTGCCCTTGCGCTTGTTCTTCAATCCGTAGCCTCTTCTTCCACCGCAGGAAGATGTTTCTCAGGTTGGCTGAATATCGGAATTCCTACCCATTTCTGCATACTACAGCGAACAGTTCTTTATCAAATGCTACTGGAAGGATCAATAACGAGAAGGATTTCTGGGATGATTATGAATTCGTGGAGGTGATTGGCATTGGCAGTAGAAAGGAAGCGGTACTTGATTTTTGTCTCGAGTCGGCCCTCAGGATTTCATCGCTGCGATTTTGGTAATTTCAACATGTTCATTTGCTTAATTCTGTACAATGATAGTAAGTATTGATTTGCTTTTAGAATTTTGGTTGTTAGTTGAGTTGCCATATGTTGTAAATAGTGAAAACCTTCAATGGCACTCACTATTTTAGCTACTATTGAAACTCTATTATGAAAAACGAGAAATTGATCTCATTCTTTATTTTTTAATTTTTGCAGGCAGATTGTAAAGCATGATTCTCTAAAAGTGCAACTACTTCAGAGATTCATTGAAAAAGGTTCTTTCAGTCTTCAGCGGTTGATTTTCCATTTTAAGCTGTTTCCATACAGTATAAGCTGTTCTATCATAACATGCATTTGAGTTAGGGAAACTTCAAATTAGCTTTTGTCTGGTATCTTTTGCTCGCAGGCTAATACAGTTAATAAATTAGTTCACCATGAAATTCCAATTTGTGAGTGAAGCTTGCGTTTATCTTAAGTATACACCTTGGAGTCTTCTCAAATGTTATAAGGTTCCCAAATGTCTACAGTTAGCTTATTTTCTTTAGAAACCAGAAAAGAAAGTTTAAGTTTTAAGTCTTGTTAAGTGAAAATAGAAAAAGGAAAGAAAAGGAAGAAGTATTGTTTGAATGCGAGAGAGCTTCTTTCTTCTGAGTGAAAAGAAGTAAAGAAAAAGAGCGCACCAATCATTTTTAGAAGTAAACTGGGAGTACTTGATGGTGATGTTTGGAATCTGGATGGTCTCAGGGTCTCCTTTGAGTGGTTGTTTTCTAAGAACTCTCTCATTAACCAATTGGCCCAAGTAGATCCTATCTTGCCACCAATTTTTCACGAAGAGATTTTGGAGATAGGAAGTTCCTTGTAAATATAGAGTTTTCTTGTAGATGCTGTCCTTGGATAGGCTGAACATGAATGATAGAATTCTAAAAAGAAGTTCTCAACCTAGTTTGTGCTGCCTTTACAAAATAGGTTTGGAAGATGCCAGTCGGCTTTTCTTGTCATGTTAGTTTTAGATGCCACGTTGCGGAGACTTCCATTTTAAGTTACCTCCTAGGTCCTCCATAGATTTTGTGGGCACAGCTTTAAGAATTGGCAAATGCTACTCTGGGTCAATAGTTTTTGTGCACTGCTTGAGAAATCTGGGATGAAACAAACTGAAGAATTTGATGAGGCAAAAAGCTTAGACTAGATCTGATATTGATGTCTATATTTCTTCTTTATGATTTCTTAGATGGAAAGCCTTTTGTAGTTACTTTTTATCTGATAAATAGACATTGGAAATATCTTCCCCTACTCCTTTGGGGTCCTCTTCTTCCTCTGAAAATTCCATTATATTAATAAACTTGTTTCTTATTAAAAAAAAGAAAAATCTGCAACCAATTATTCTTCAAGTTATCCTTCATTTGGTTCAAACATACAGAGAGACAAGCACACATATATGTGGATGTATGTGTACTACACACTCACACACACGTCATTCAGATGTCTTTTTTTCACTCTTGTTTGAAATAATGCCCAACCGTTTACTATTTTCTATGACACATTACCTTGAGTCGCTTTAGTTTGATCTTATACTAGTGTGGTGACTATGATATTTTGAATTTGTGCTAGAGCATATAGAGAACCATGGGAAATTTTATTATTCAGATTTCTATCATGTTCTTGATCCTAGCTTATTTAAAGATCATGGTAGACATATCAATGCGTTTCATTTCTTTCTTTCTTTATAATATTTTGTTGTAGGAAGCTTAATTTCTTCATTTGTATCAATACCCAATCCTCAAATTAGTATCACATTTAATTATTACGTTTGAACAGTATATTTCCATATTCACACCCAGGGCTCGGTGGGCGATAGCCAAAAGGAGATATAATAATCCATAATGCATTTTGATTATGTTTGCAGATTACACCCCAAGGATGATTGACGTTCCACTGTCACTACAATCATGTTCGAAGACTGTTATACTTGTTTGTACATTTCTTACCTAAAAGTCCTTTATTTCAATAGAAATTAACAATTATGCTTTCAGACCCGCATGCTATGAATCTGATTGCTTGCCTTTCTTCTACCTAAAGACATTGATTGGTTTGTTATGATTCCTTCATGAATTATGATGTCTCTTGGGGATCCAAAGGAGGAGACAATCAATTATTAGTATGTGAGGTTGACTCCATATTGCCTATTATGATAACAGCTTCATCTTTTTCTGGCTTTTCTCTTGCAATCAGCAAAGTTTTATGACAGAACTATATTACAAAGAAGAAAGCGGTTCAAATCTAGAAAACAAAAAATATCTTTAGAGATATCATGTAGTTGGGCGCTTTAGACGAGGGGAATAATATTTTATCGAACAATTCTTCCTAAAGAAGTATGTAAAATTGTAGTTTGGGTTACGAATACGATAAGAAATGGGGAGATTTGGGATATTTCTTAAGAGGAACTTTGGAAGCAAAGGTGCAGATCTAATTGGTTGAGGCTCATTTTTCTTCCTTAGTTACTCTTCTTGGTGTGCACTAAATTGATTGAGCCTCTGTCACCATTTAGCTAGCTAGACAAGCCTCGTTTTTCTTCTTTAAATATGCCAAATTGAAACCTCCACACTTCAAGGGCTTGGAAACAATATGCCACCCTGTAAAGTGTTTTAGTTTTCCTTCTTAAAAAAAGGTGTTTTAATTTTCCTTCCCTATACTTTCCCCCAAAAAAATCTCACTTTTCTCATAAGTTAAAGAATAATTATCTTGAGCACGGGAATAAAGATCTGTAATACAAGGGAAGATTAGAAAGAACCAAATAACAAAGAGTTAATACCCCCTCTTGAAAGCAATTGTTTTTTTCCATCCATCCAATTTTCAGCATCTTCTCTATTATTGGGCTTCAAAATTCTAAAACTTTCTTGGAGGTTTTTTTCTAAAGGAAACCCTAGGCAAGGCATGGGAAGTGTTACAAATTTACATCACAAACAAGTAGCAGCGCCCTCAAATCTTTTGAGGCCTACATTTGCCTCTTTAAGAGAAAAAGCTTCAAGGCCGCCTTTATTTTTTTCCTAAACATTACTTTTAAATCTTTTTTTCAGACTCTCCCGCTTTGTTAGATATTTTTTTTATTTTTTTATTTTTTAAATAAAAAATTAAATGAGGTTTACAATAGTATTCAGAAAGGGTGTGGGAAAAATCAAGTTAGCCTTTGGTCTGTTATCCTTTGAAGGTTAGCCCAAATGAGAATCTGCAGGCTAGGCGGCCCTAGAGGAAACTACCTTACTTGAACAGATCTGTTCTATAGCTATACAACTGCATTCTTGAGTTCTAAGGCAGCCCTAGAGGATGTTTACTTGAGCTGATATGTTTTATGTAAATGAGCTTGAGAGGCTACTCATTTATATATGGGTTGCTCCTGCACAAGCATTCTTTGTAGGATGATTATGGCTGTTATGGCCTTTGGGTCTTTTCCTCTCTTATCCCGACGGTCTTTAGGAAGTTCTGCAGGACTGTCCTTGTTGTCTTTCTCAGGAAGGAAGAGAGTTTATTATATATATATTTTTTAGCATAATGGTGGGAAGTTTCATTATTGGGACTTGGGAGTCTGTCTGGAGCATGACAAAAGAATTCCTTAGATATGGAGATAGCTCTGGAGAAAATCTGAGAAAATATAGTTTCTGTTACCTCCTCTTTGAGATCTACTGCCTCGAGTTTTGGAACTACCACACTCGACTCTTTTTGCACATTTCAGCTTTCATTTAAAAAATTGGTTTCTAAAAATTGTTAAACAGGAAAACTACGCAATTTTTGAATGACTTATTCATTTTTTATCATAGGAAAAATACTGTGATTGTCTTATAGTAGGGTTTTCATGGAATTCATATTATCCTTAATCTAACAATTCCACCAATTCCTATTTATGTCATTTTTAGGTGGTTAGTGCTGGATATGGCTTTGATTACTCTGCAGCTGTTGATATCCTTAGAACCATAAGATCTGCAAATGGATTTACTGTTACAATTGTCTTAAAACCTTTTAGCTTTGAAGGGAAAAGGCGCCAGGATGAGGTAGTGAATGACATGCAGCTTATGCTAAAAATATCCTTGTAATAATCATGCATCTTGCAACTTACAAAATTCTTCTATTTTTCATATATTGAGGTTACTGTAATTGATGAGCGTCCAAAAGATATTATTTCTGAAGATACTAATGATCAAGTCAATTTCAGGTTAAACATTTGGTAGGAAGGCTAAAGGAACATACGAGCTTCTTAATTGGTGAGTTATGATTAAATGAGAGAACTTAAAAGACTTGAACTCGTACGTATTTTCTCTTCACTTAAATTGAAAAGGTGAGGGGTATGTCTTGTCCTTGGATCCTGGCATTTTTGATAGGAGCCTAGGGTTCAATATCCTTTTGGGAAGAGTTGGTCAAGCATGAGAGAAAGCATGGTGTTTTGTAGCCGGGATAGTTTCCTTTTCTCCAAGGAGTGGTCAGAGTCCTTCCCAAATCTTAGACAAGCTATGGGCCTAGGTTTACTCAGAACATTGGCCCATCAGAGTCCCAACTCCAGAAGGATTTCATGGGGGCTGGTCCATTCAGGTTTGAGAATTTTTGGCTGGACCATCCTTTTAAGGCGTCCTTACTCTTGTGGTGGAATGTGAGGGTGGAAGGTAAATTGGAAGTATTTCACTTTTTAAGGAGGTGTTGAACAGTTGAAGCCTCTTTAACAAGTGAAATACTTTGCAGAGGACCCCACTTGGTCAAGTGGGAGGAGGTGGAAGCCTGTGGATCTAAAAGGTTAAGGAACTGGGAGCTTAATACTACGTAATGAAGGCCTTATTGGTGAAGTGGTTGCATTACTTCATGGAGTCTGACACATTATGGTTTAGGGTGATAGCTAGTCTTATATTAAATAAAAAAAAAAAGATAGCTAGTAGGAAGACTCTCATCCTTTTGAGTGGGGTACAAGTATTGATTCGAGGGACCTTAGCAAAAATCTTTGTTAAAACTATTTCCTCTAGATTTCCTTTTTTTCTATGCATTCACTATTAATTATGTTGGGAAGGATTGAATATTTATTTTTGGGAGGATCACTGTGTAGGGGATAAGCCTTTGTGTGCTTTGTTTAAGTGATTATACCATCTTTCGAATAAAAGGCTGCATCTTGTGGTCTGTTGTTGCCTTCTTAGATCCTTCTTCAATTTCCTTAGGCTTCTCGTGCCCTTTGTCCGATAGAGAGGTGTTGGAAATGGCAGGTCTTCTTTCTCTTATCTGAGACCAACATGCGATTCCTAGAACAAGAGCTGTTAGGATTTGGTCTCCCTGCTTCTAGGTGATTCTCTTGTCGTTCCTTTTTGCATATCTTATTTACTCTCTCTCCCTCCCCTATATTTGCCTTCACTTTTTCCTCAATTTGGAAGGTTAAAATTCCAAGGAATGTTAAGGCATTTGCATGGCAGGTTTTACATGGGAGAGTTTCAGTTAACATCATGGATTGTGTTTAGAGACATTCTTTCTATGTTTTGTACATGCAATTGTGCATTTTCTGCATGAAGCATGAAGAGGACCTTAATAATTTGTTTTGGAATTGTCAGTTTGCTAAATTCCTTTGGAGTCATGGGTTGAGATCATCTAGTGTTTGTTGGGTTCGGAATAGAGCTGAGAGGGTTTTGTTGGGGTATTTGCTTTTAAATTCTCCCGTTAGACAAGTTTTGTGGCCAATTAGTTTCTTTGCCATTTTGTGAGAATTTGGCTTAGAGAAATAATATACTTTTTTTTAGAGACATTGGGTGTGGAGGTTTGGGGAGGTGGCTAGGTTTAATGCCTCCTTGTGGGGTTGGTCACTATTATTATGAGTTTGGTCTTATTCTTTTGGATTGAAGTCTTTTATGTAGTTTGGGTCAAACTTCATTTTTTCCTTTTTTTTCCCTCTTCCCTATGCCCTTGTCTTTTCTTTCATTTCGCTTAGTGAAAGCGTAACTTTTGGGAAGGGTGATCTAAACAAAATATTGATTTCATTTAGGGAAAACTATGACCACTTTATCCCATCTTTTCACACACAGATATTGACACCGATAGACTACTTGAAAAGGACTTGGTGACTCTTGATGAGGCTGTGAGATCTGCAAATAATGCTGTCTTGTTGGCTATAAATTCGATATCCATTGTCAAGTCTGTAAGTTCACCTTGTCTGCCATTCATTTGGTTTTAAAATTTCAACTGCTTTCTTTTGACGTATTATATCTTGAATATATCAGGAGATGTTAATAAAGTTTGTAGATGAACCTCAAAATGATGTGAAAGAGCTTGATGTTATAGACGTCATGGAAGTAAGTTTCCTCAATTTTATTTTGAGTTAGAAATTTGTTGCTTCTGGTGTCTCATTTGTTTCTTGGTTATGTTCATTGTTATATTTCTTAGTTCAGACTGTTTATGAAGATTATTGGTAAAAAATTAAAAATAAAAAGATCCAGAGAGAAGATACTTATCTTGGTCCTTTGCTTATATTCAGTCTATATATTTATGAAGAGGAGTTCTGGAATCCAGCATGAGCCAAGATGTCTAAAGGAAATGGCACTTGTCTTGGTGAAAGAGGGAGGAGCTAATCTTCTCTCCTTCATATGGTATTCCCTCTTGAGAATGGATAGAGATGAGAAGTTTAATGCAGAAAGGAGATAAATTCTATTAAAAGAATTCTACCTTGTTTACAAAATTAACAAGTATTTATACTTACGAGAAAACTGAAATTAACTCAACTACCAGCTGATCAACCAACTAACTAAAGCCAACAACGGCTATGTCCTAACCAACAAATGGCTTGTCTAGTTACTGACAATTAGATTTACGAAGACAGTTCTACAATTTTATCCTACCTCCAAAACAACTTGTTGTTGAGTTTAAGTAACCAAAGAAAATTCCTTGAAGGTGGAGTTAGTCTGCAGGTAAGCTGGTAGCTCAACTTTGTAGGCATTGTTTCCAAATTTCTCCGAAGTTTAGAATTGTCCCATCCTTTTGTTAGTGCGGTTATTGTAAGAATCTGTTGGTAGATGTGCCATTATGAAGTGAACCACTACTTTTTTTTTAGTAAAGGAAACTTTTATTAATGATGCTGGGGATAACCCCAAGAAAAGAATGGTTACATAAGAGAAATCCAATTACTGACTAAAAAAGATAAATTGAAGTGACTAAAGGGATGCTTATTTTTACACCAAGAAAAAGCGGTAGAAAGAACATATTCCATAAAACGAGAAAAACAGGAAGAAGCATCATGAAAAAGGCGTTTGTTTTGTTCGTTCCAAAGGCTCCACATGAAAGCACGGATAATAGCCAACCAAATGATCTTTTTGGTTCCACCAAAGGGATGACCCACCATTAAGGATGCTAAGACCTCAGAAATGTTATTGGGGCAAGTATAGAACCATCCAAAAGCAGGCAGAACTATGTCCCAAAATTTAGCAGCAAAGGAGCACTGGAAGAAAAGATGAACTGGCGTCTCAGCGTGTTTGCAGCACATGGGACACTAGGAAGGAGAAAGAGACATATAAGGCAAGCGACATTGCAGACGATCCGCGGTATTAATGGCACCCGAACTAAGCTCCCAAAGAAAGATTTTAATCTTTTTAGGATACTTGTCCTTCCATATAAGATCCGATAAACCAGGTTTCAAATCCCCCATTAAATCAGTCATCAGGGATTTGACAGTAAAATTAGAGGAGGGATCAAGTGTCCAATTCCATGAATCAGGAGAGAATTGTAATCTGATGGGTGCCAGATATGATGTCAAAGAGGCCTACTCAATGATTTCTAATTCAGTAAGATTACGCCGCAGATTAAGGTTCCAAGCAGAAGTGGAAGGGGTCCAGACATTAGCCATAGTAGCCCTCGATTGTTGAGAAACCCGATAAAGCCGCAGATATGTTGTGGCAAGAACACCGCAGCTTAGCCAAGCATCGTGCCAGAAAGATGTAGAAAGCCCATTGCCCAATCGACGAGAGATACGATCAGTAATCAATGAAATATAATGACAGATGGACTTCCAAGGAGCTTTATAAGAACCATGAGAGATAGGAGAGGGCCATATGCAATCATGGGGATAGTACTTAACCACAATAAGAATCCTCCATAAAGCATCTGGTTCAGTTATGAAACGCCAAGTCCACTTAGCAAGGAGCGCAGAATTACGAAGTTTAAAATTTCCAATCCCAATGCCACCTAATAATTGAGGACGTTGAGAAATCACCCAATTCACATTGTGCATCCCACCGTCACCTCTGGAACCTTCCCAAAAAAAGTCACGTACAATCTTGTCAAGACAATTAATGACAGTGGTAGGGGCTCGAAATAACGATAGATAATAAGTGGGGAGACTGGATAGCGTGGCCTGAATAAGCGTGTGTTGACCCCCTTTGGAAATGTATGCATACTTCCAATTGTGGAGTTTATGTTGAATTCTTTCCACCACTGGCTGCCAAAAATTGACAGATGTAGAGTTGCCACCCAATGGAAGCCCCAAATAGGTACTAGGCCATGTACCCCGCTTACAACCAAAGGAGTTCAATAACCAGTCAAGTTCAGAGGCAGGAACTAGGATACTAAGAACCTCACTCTTGGTAAGATTAATTTTGAGCCCAGAAGCGCGTTCAAAGATATGAACTACATCAAATAAATTTTGTAAAGCAGCTCTATCGGCAATAGAGAATAATAAGGTATCATCAGAAAACTGCAAATGAGTTAAGGAAAAAGTGGACCGACCAATAGGGGGGCTGCAATAAGACCCATCGAGGAACTATGATTAAGAACGAGACTCAGACAGTCAGCTACTATGATGAACAAGAAAGGAGAGAGCGGATCTCCCTGTCGTATACCACGCGAAGGTATAATCTTGCTACGAGGACGACCATTTAATATGATGGAGTAATTGGCGCTAGTGAGGTAGCCTCTAATCCATGTGCGCCAGAGGGGACCGAAGCCCTTTGCTTGGAGAACACTGTCAAGAAAATCCTAGTCCACCATGTCAAAAGCCTTCTCAAAATCAAGCTTGAGAACTACCCTCGACTTTTTCGATGTAGTCCAATCATCTATGATCTCGTTTGCCATCAAGGAAGCATCAAGTATTTGCCTGTTAGCTACGAAAGCCAACTGGGTGGCAGCAATAGTGAAGGGAAGAACTTTCTTAAGACGGTTGGAGAGAACTCTAGCCACAATCTTGTATGCACAGGGGATAAGGCTGATCGGACGATAATCAGAGACCGATTTAGAGTCTACTTTCTTAGGGATAAGAAAGATATACGTCTCATTCAACTTAACATTAATAATCCCAGAAGTGAATGCCTTATCCAAATGGACGAGCAACTCAAAAAAATGCTCTCTCCTCCCACCTCTCTCCTCCCTTCCTCCCACCCAAACCTACCATAACTGACCTCCGATCATGGTCTCCACCATGAAACTTCCGCCCGCCACATCTCCCCCAATTCGATCCATTCTCATTGACAGGAAAATTTTCACCATACAATGTGCTTCAACCACAAATGGCCAAGCTATTCAAATCACAGAGCAAGGAAAAACATCAATACAATCAATCAGTCTCTCCCGGAAAGCTTTGGATTGGCTAGCCTCCTCCTTTCAAACTCTACATCGCGACCCTTGTAACTATAAGTTTTTCAAGAAGTTTATTGAGGACAATGCAACACTTTGGTTGGAAAAACATAGTAACAAACATGGTTACTTTGCTGAATTAACCCATCTCTACCATACTGGGAAACGTACCAAGATGTTCATCCCATCTGAGGAGCAAAAACAGGGGTGGTTCTCTTTCTTTTCTCTAATCTCTGATTACAAGGCTAAACCACATAGCCGTAATAATTTGCGACCATCATACAAAGAGGTCATTCAATTGAACCATAGCAGAACTTCTATTCCTCCTGTCGCTACTTCATCAACTCAATTTTCTCCTAAGCAATTGAACGCTGATTCTGGTCCTTGTCTGCCCCAAGTTGATTGGGCATCAATGGTGATTGTGCAAAGGTGTAATCTTCATGATTCATGGGCTGCGATCTGCTCGACGGTTCAATCTTCATTAACAATGAGATGCTCCATCAATCCCTTCTTGGATGAAAAGACCCTGCTACACGTTTATGATCCCAAAATTGCTGCTCTCCTTAAAAACCAGCCTCACTGGAGCAAATTCAGCGGATTCCGTCTTTGTTTTTTAGACGCTTTGGACTTATCATCATACAAACAGCATTCAACTCCTTCCTATGGTGGCTGGATAGATGTGTTTAACCTTCCACCAACACTGTGGAACCATCGGATATTCACCTACATAGGAGATAAATGTGGAGGATTGATCACCGCTTCCAACCAATCAGAAAGAGGTATAAACTTCATGGCTGCTCGGTTAAAGGTAGTGCAGAATGCGATGGGTTTCATTCCTGCACATCTTACCTTGCCTGCAGACGTTGCCGGAACAGAATGGACCATCCAAATCTGTGGTGTGGCAGTCGGGTTTCGTCCCTCCAGTTCACCGGAGCTCTCGCCGTCGATGATCAAATTGAATACAGCCTTAAATGACATTAATTCTCCATTAATTGTGGAGCAGCCGTTTACCAATCACCCTGATAAAGGAAAGTCCAAATTAATTCCTTCCGAGTTGGCGGCGTATTCTTCTCCCTTGCAAATTCCAAACAGCCCGAATTTGATGGAAAATCCCAGCATTCCGGCTTTGGTGGAGAATCCCAGCATCCCGATTTTGGTGGAGAATCCCAACTTCCCAATTTTGGTGGAGACTCATCAATCCCCCGTGATCTATTGCCTTCCTTCAAGCCTAACATAAATCTCCCAATTCTCATCCCGGGTCCCACAAAATCTCCCTCTCCCTCTTTTACAAACCCGTCCCTCTCAACTGTAACCTTCCCTGATGGGCCATCCTCATTAAAACCAGCTTCTATACATTGTACTACACACACAAGCCCAGCCCAATCTCTCTTAGACTCAGAAGCTTACCTATCAAGCCCAATGGCTGCCAATGAAGACTTTGAACAACAGTCTCTGGACATTACTATTTTTGGTGATGAGCCTATCCAAGCCCAACAACCTCTCTCAATCCTTCCTCCAATCCCACCAGACCTCAATAGGCCAATCTCCAGTCCGTCTACTGCCAATTGTCCTCCTCCACAACCAATTCAAAGTCCACCACCTTGCCCAAATTTCAACCTCCATGACTTGGCATCAATCCTTTCCGAACATGGGCTTTGTGTGATGGCTATACCTCCCCTTCCCCCTCCTAAGGCAAAAAAGTCTTATTCCACCAATGGAAAAAAAAACAAATTACATCGAGAGTTACAAAATCTCCACTCATCCATTAATTATGACAAATCGGCTTCGTTAGCCATCTTTGAGGGTACCGAAGGAATCAAATGAAATTCATTTCTTGGAATGTTCGTGGCTTGAACTCTTGGAGGAAGCGGGCTTTGGTAAAAAATTTATTACAGCAACATAACCCTGATTTCGTTCTGTTACAGGAAACAAAATTATCCAAAGTTGACACTCTTATGATCAAGTCTATCTGGAGCTCTTTTCATATCGGTTGGGTGGCGCTCGATGCGATTGACTCTGCTGGAGGGATCCTTATTCTGTGGCGTGCTCCTGACTTTGTGATCCATGAGGTCATCCAAGGCCGCTACTCGATTTCTATCAACGTGACATTAGCTGATGGATTTAATTTCTGGCTTTCTGCGGTTTATGGTCCATCCGACAACTCTTTCCATGCTGATTACTGGCAAGAGCTTGAGGATTTAGCTGGATTAGGTGGAGAAAATTGGATCATTGGTGGAGATTTTAATGTTACTCGCTGGTCCTGGGAGAAACCCCATGATCACTCTATTTCCTCCGGCATGCGGACATTTAGTAACTGGATTATGGCTCACCAATTGATTGACCTTCCGCTGAGCAATGGCTCCTTCACTTGGTCGAGCTTGGGAGACTCACATTTTTTATCGTTGGTTGATAGATTTCTGGTCACTGAATCTTGCATGACTAAATTTGGTTCGATCCATCTTAAGAGATTGGACCGGGTTACATCTGATCACTACCCTTTGCTCCTCTCCTCCGGGGAAATTGCTTGGGGTCCCTGTCCCTTCCGCTTTGAAAACTCTTGGCTTCAAAACTCTGCCTTGCATCCGTTAGTTGAATCTTGGTGGAATACCAACCCCGTGGAGGGTTGGCCTGGCCATGGTTTGATGATGAAGTTGAAAAGCTTAAAAGTCATTCTTCGCTCTTGGGCACAGACACAACACCAAACAGCTCCCAAATTACAAGGCCTTCTAGCCCAACTTAGGGACATTGACACTTTAGAGGACATTGGACGTCTTACAGGTGATCAGCTTTCCTTGCGTTATAGCCTTAAAGAGCAGATTGCAATTTTAAATGCCCAGGAACACACTTTTTGGAGACAACGTTGTAAACTAAAGTGGCTTGCTGAGGGTGATGAAAATACTCGCTTTTTTCATCGTATTGTCGCTGCTCATAAACGAAAAGGTACGATTTCTGAAATTCTATCGCAGGATGGCAAGAGTCTTCTGACTGGAGGTAACATTGAGTCTGAATTTTGTGACTTTTACACAAACCTATTCAAAAAGAAATCCGATCAGCGCTTCCTCCCAACAAACTTGAATTGGTGCCCCATTAGTAATGAACAGGCTGAGCACCTTGAGCGCCCTTTCTCCCAAGATGAGGTCTTTCGCGCAGTTTGTTCTTTGGGCTCTAATAAATCTCCTGGTCCGGATGGCTTTACTGCAGAATTTTTCAAGTTCTTCTGGCCAACAATAAAGGGGGATATTATGGGTATGATTGACAATTTCCACCAGTCAGGTATTATTAATGCATCACTGAACGAGACCTACATCTGCCTCATTCCTAAGAAAATTGATTCCAAGACTGTCTTCGATTACCGCCCTATTAGTCTTATTTTTTGTGCATACAAGATTATTGCGAGAGTCCTATCTAATCGGCTGAAATTAGTCCTCCCATCCACCATTGCTCCCAACCAACTGGCGTTTGTGGAAAATAGACAAATCTTGGATGCTTCTCTGATGGCTAATGGATTGACCGATGACTGGACTCGTGCCAGGAAACAGGGTGTGATTCTTAAGTTGGACCTTGAAAAGGCTTTTGATACTGTTGATTGGGACTTTCTTGATATGGTTCTGCAATCTAAAGGTTTTGGCACTTTATGGCGTTCCTGGATCCGGGGTTGTGTCTCTAGCGCAAACTTCTCCATTATCATTAATGGTAGGCCTAGAGGAAAGATCTTTCCATCGCGGGGCATTCGCCAAGGTGATCCTTTGTCTCCGTTCCTTTTCATTTTGGTTGTGGATTGTCTGAGTCGATTAATGGAGCATAGTCTTTCGAGGAGTCTGATTGCAGCTCACCCAATTGGTTCTTCTGCTTTTGTCCTAAGCCACCTTCAGTTTGCGGATGATACTCTTCTTTTCTCTACGGCTGATCGGCAGGCATTGTGTCGCCTATTCGAGATCATTCACATTTTTTAACAAGCTTCTGGTTTATCTATTAATCTCTCCAAGAGTGAGTTGATTGGGATTAATACCCCTGACATTGACCTTGTATGGATGGTTTCTACTTTTGGGTGTAAACAAGGCCACTGGCCTACAACTTATCTTGGTCTTCCTTTGGGTGGTAACTCTACTGCTGTCAGCTTCTGGAACCCTGTCTTCGAGAGAATTCAAAGTAAGCTGCACAACTGGAAATACGCTTATATCTCTAAGGGTGGACGGCACACTCTTGTTCAAGCTACCTTGTCTAGCCTTCCCACGTATTATTTATCATTATATTATGCCCCTACCAAGGTTATCAATCGCCTTGATAAACTCATTCGGGATTTCTTTTGGGAAGGCTCTCGTGGTGATGATGGGATGCATAATGTGAATTGGATGTTGACTCAACGTCCCAAATTAATGAGAGGTCTTCGTATTGATAATTTCAGGACTCGAAATTTTGCCCTTCTTGCAAAGTGGATTTGGCGGTTTATTCATGAAAAAGATGCTTTATGGCGTTGCTTGATTGTTGCCAAATATTACTCTCCTTTTGTTATTTGGCCGTCTTCTATTCGCATTGCTACAAAAGCTCCATGGCGCTTTATCTGTCAATTCGTTGACCTTGTGACCAACCGCACTCACCTCCGACTTGGATCAGGTACAACCATCTCATTCTGGAAGGATAGCTGGCTTAGTTGTGGCGCTTTCTTTACTGTTTTCCCTCGCCTTTTTCGACTCACCCGCTTCCCTAATATTACTGTGGCTGAAGTATGGAGAGCGGACACTGAAGCTTGGGACGTTCGCCTAAGGCGCAATCTAAATGACTTGGAAATCCTTGAATGGGTCTCTTTGTCCCATTTACTATTACCGGTACGTCTTCGTCATTCTCTTGATACTTGGACCTGGGCTCTCTCCTCTACTTTCTCTGTTAAATCACTAATGAATGATCTTGTTGGTTCTGCTGACCCCCATGTTAAGGACTTATATTCTGCTATTTGGTATGACCACTCTCCTAAGAAAATTAAGATTTTCCTTTGGGAGCTTAGTTTGGACGCCATTAATACTGCTGATCGTCTCCAGCGCCGTATGCCATATATGTCTCTATCTCCATCTTGGTGTCTTCTTTGTCATTGTCACTCTGAATCTGCGGCACATTTGTTCTTACACTGTTCCTTTGCTGGCCGCTTTTGGCATGTCATTTTAGATGCTTTTGGCTCTAATAATATGTTTGATATATTGGCTTCTTTACTGGTGGGGCATCCTTTTGTTGGAGACAAAAGAGTGCTATGGTTGGCCATTTTGCATGCTTTCTTCTGGACTTTATGGGGAGAACGAAACAAGCGTCTTTTTAACGACTTATCATCAGAATTTGATCACTTTATGGACATAGTGTTATCTACTGCCTTGTATTGGTGCAAAAATAAGCACCCTTTTAAGCTCTTTAGCCTTTCGTTTTTAGTTTCCAATTGGAAATCTCTTCTGTAACACCTTTTGGTGATTTGGGGTTTTCCCCTTATTTCATTTTATCAATGAAATGTTTCTTATCTAAAAAAATAATCCCAGAAGTGAAGAAATCGTTAATGAGTAACATCATGTCGGATTTAATAGTAGACCAAAAAAACTTGAAGAACTTTGCTGTAAAACCATATGGACGAGGAGATTTACTAGTACCAAGAGAATTAACAGCCAAACGAACCTCTTCCTCAGTAAAGGTTCGTTCCAACTCAGATGCTTGATCAGAACTAATGGGATTCCAGTCAAGATTGGTTGGAAGGAAGCGTTGATTACCATCCTTAGTGAAGAGAGATGTATAAAAAGTCAAGAATTCGGTCTCAATTTCTTGTGCAGTCAGGAGACTTGTGCCTTCCCTAGATAGGATTTCTGTAATGGAGCTTTTACGACGTCGGGCAGCCACAATTCGATGAAAAAATCGAGTATTCTCATCGCCTTCAAGAAGCCATTTAAGCTTACAACGCTGCTGCCAATGAATATGTTCCTAGACTGTCAAGTTTTCAATTTGTTCACGAAGCAAGCGGCGTCTATTAATCTGCTCCTCAGTAAGGCTGTCTCTATCCTCCAAATCATCTAAGTGCGTGAGCTGAGACACAAGAGATGGGAGTTTAGTTGCCTCTCTGCGCTGATTATTGTCCCATTCTCGAATAACAGACTTCAAACCTTGCAGTTTCATCATAAATCCATGCCCAGGCCAGGCATTGATGGGGTGTCGGTTCCACCAGTCCTCCACCAATGCACGGAAAGAAGGAACATGGAGCCAGGAGTTCTCAAATCTGAATGGACAAGGCCCCATTCATTGTTGCCCGAGGATAACGCCAATGGGAAATGATCAGAGGTAGTCCGAGCAAGGCGTTTGAGAGTAGCTGATCCGAATTTACGAAGGCAATTCTCAGTAAGTAAAAACCGGTCTAGAAGAGATAAATATTGTGTAGGGCCAGAACTAGACCAAGTAAAACAGCCATTCGATAAAGGAATATCACATAATTAGTAATTTGTAATCCACTGATTAAATGCATGCATGCTGGAGGAAATAGTTCTGTCATGTGTTTTTCCCAAGACCACCTTGTAACATTGAAATCGCCACCAATAATCCAGTTATCGCTACCCAAACCAGCCAAGTCATCAAGCTCTTGCCAAAAATTAGATCTGTAACTATTGTCTGATGGTCCATAAATTGCTATGAGCCAAAAGGAAAACCCATCTGCCAAGGAAACAAGAACAGAAATAGAAAAGCGGCCCTAGATGACCTCGTTAATAGAGAAATCAGGTTCACTCCAAAGAATAAGAATACCCTTGACGAGTCAATAGCATCCAGAGAAGTCCAACCAATGTAAGCAGAACTCCAAATGGATTTGATCAAGAAAGAGTCCACAGACGACAATTTAGTTTCTTGTAAGAGAACAATACCAGGATTATGCTGTTGAATGAGCTTTTTAACCAAAGTACGTTTCTTCCAAGAATTCAGTCCTCGAACATTCCATGAAAGAAATTTCATTGGTGTGTCGAGGAGCCCTCCCGAATAGCCAAGGTGGCTGATTTATCATAGTGAATCGATGAATAAAGATCTTGAATCTCTCTTTGGAGTTTGGGTTTTTTTCCTGTTGCTTTTGCTGGTTTTTTTTTGTGGGGGAGGATGAGAAGTTGGGATGGCCATAACACATAAACCATGATTAGATAATAGAGAGGCTAAATCGCTAAGACTGATGGGCGGGTTTGATGGGTTGGTGGAAGGGATTGGTGAATAGGGTAAGAGGAGGAAATAGGTGAGGCCATGTCGGGTGAATGGGTTTGTCTAGGGCTGATGTCTGGTGGGAGAGGGGGAAGAGTGCATAAAGGTAAGTTGTGGGATTCATCAGGTTCATCACCAAAGATTGTCTCATCAAGAGCAAGGGAGGTAAATTCCACCTCGTTTATAGGACTAGTGAGATATCCTTCAGTATCCGAACCATTGAAAGGAATATTTTGTTTGGTGGATGATGTGGAAAAAGATGTGCCAGCATGGAGGGTAATGGGTCCCTCTCGAAAAGTGACAGTGGAGAGAGAAGGTTGGGAGAACGATGGGGAAGCATGTGGGTTATGGATTTGGTTTTGTGTGATGGTAGATTCGGCTGGTTCAGTAAAATTAATGGTATTAGATGTGGCTGGACTGAGTGAAAAAGTAAGGTCAATTGTGGGGTCGGTCGAATGATTAGGCGGGAGAGAATTTGGGGAAGGAAGATTTTTATTCTCCTTAAAAATAGGAGAATCAGGTTGGGGATTTATATTAGGAGAGATGGAGGGAGGATCGGTCAAAGGATTAGGCGGGCAAGAAATTGGGGAGGGAAGATTTTTATTCTCCTTAAGTTTAGGGGAATCAGGTTGGTGAATTAAATGAGGAGAGATGGAGGGAGGGTCGGTTTCAAAATTTGATTCTAGGTAAGGAGAGAGAGAAGGGGAACTAGGTTGAGGAAATTCAAAAGCAACAGATTTCCCTTTTAGATCCGGTTGAGATTCAATGCGATCCACAATTTCAGCGCCCTCTTTAATGCCACTATCTTACGGCTGCTGCAGTGTTCCCCGCTAGCCCTGCGTCCCATTGGAGACAACTTGGATGGTGATGGTGATTTCAGTTCTGGCCAGCTCTTTTGACAGCCTCAATTCAAATGGAATGAAGCCCCTCTTATTCTCCTTAACCTTTATGCGCGCAAAGGATAGGTTGAGACCCCTCTCCGTTTGATTTGAGGGGTGAATATATCCTCCACATAAATCTCCAATGTGCTTGAAGATGGTTGCTGTCCAAAGAGTAATTGGAAGGTGAAAAATATCAATCCAACCTCCACGAGATGCTATCATGTGCTGCTTGAATGAAGAGGGCTGTGATGGAGATAGAAATTTAAGTTGCTTCTGTCCAATAGAAATCCAATCCGTGTTGGAACATAGATGATCGGATAATTTTTTGCGATAAACATGGAGCAAAGCTTTGTCATCTGTGATGGGGTTGATTGTGCATCGGGAGGAGAGTGATGCTTGAATGATATACCGAATCGCCGGCCAAGAATCCTGTGATGCAAAACGCTGTACAATGACCATAGCTTCCCAATCTAATTGAGGGTAGATGTTGGATCCTTGCTGTTCCGCGGCTGGAATGAACCGAGATTCTGGCCCTCTTGCTTGAACCACCACACTGTATGATTGTGTTTTGTTGGTTGGTGGCGTGAAGTTAGGTGTTTGGGGCTTCCCAGGGTAGTCTGATACTAAGGAGAAGAAAGAGAACCAACCACTTTTGTTCTCCATCGCAAGGATGAGGATGTTTGTGCGGCGGCCGGATTGTTCTAGTAAGGTAATCTCTGCAAAAAATCCATATTTGTTGTTATGTTTTTCAAGCCAAATAGTGTCACCCTCGTCATTCAACTTTTTGAAGAATTTGTGATTGTAGGGGTCATTGTAAAGAGAGTTGAAAGGAGATGCTAGCCAATCTAGGGATTTCCATGAGACGTAAATTGAGTGGATGTTAGATTGGCTTTGTTTAGAGAGCTTGAAATACTTCCCACCAGTCGGTGCAATCGGGAAAAGAGAGAAGAGTTTCCGATCAATGTGGATTGATCGGATGGTGGACAGAGTTTTGTTCTGTATTGGTGGCATTATGTAAGAGCTAGATCAGTAAAGTTGAAAGGCGGGGGAGGAAGGAGAGGAGAAGAGAGGAGAGAGCATTTTTGGCTTAGCTGACTCAAAACCAAGCTTTAAAAATGCTAAATTACCATTGTGTAAAGATAACCTAGAAAGAAAACATTGGGTCTAACCTGAACTCCGAAGCGAACCACTACTGAATCACCTACTTGGAATGACCTCTTTCTTTTGTGGACATCTGTACACTCTTTCTTATCTTGATTGGACTTAGTGGTTGTGAACCTCCTTGCGTTGATCAGTAGTTCTTTTGTCATTTCATTTGCTTCTAAACTTAAATCAACTCAAGAGGGAAGGTTAGCCAAATCCACCTTAAATCCAGGCAATTTAGTATAGCCAATATCAACTGAGAACTTCCATGGTGCACATGTAATTGTAAGCAAATTTTGCTTGTGGTTTGAGAGATCCCATTGCCTTGGTTTATCTTCATAAGGCACCTAATTAGTGCCCAATCTGCATTTTATCTCCAATATCTATGTCTAGTTTGGTTTATTCATTCTACCATTATAACTTAGGCGGTCAATTTTCAACCGAATGTAATCAGTGGCTCAAAGCTTATGGAGAGTGGGATGCTTCTGCATCTAAATTGGATCGAACTGCGTCAAGCCCCAAGATATTTTTTAATACAAGAAATGAAACTTTTCATTGAATAGATGAAAAGAGACTAATGTTCAAGGAATACAAGCTCCAAAAAGAAGTGGAATATAGAATGGAGCATAGGAGAATTACATAGGAAGTATGCCTTGTAAAGAGAACAAATTAAAGCTAAAATATAGAACACCGATAAGAGATTATGAAAGCAGCTGGAGCAACTGAAAGCAGCCACGAGGGAGCAGCACTTCAAAAATTATCTGAGAATGTAACACTGCTTCAAAGCTGTCTCTGACAAACTTTACAACGGTTGCGAAAGGGACTGCTAAGAGAAGGAGAAAGACTTTGTACAGAGGGCCAAACTTGCAGCTCAGAAGTTTTGGAGCCTTGAATGCAATGGAAACTTTCTTCCTACCATCTGGTCTTTCACGAGGAGTTTTGATGCCACCTTGATGTGTGGATTTTCCTAACCAACAAGCCTTCAACGGCTATTTTAAATCCAGCTAGCCACAAACTGCTAGTTTAGTTACTGACAAGTTGATTTTCGAAGACAGTCCTGCATCAAAAAGTGTTTTAGAGATATTTTAGCCTTTCCAGTAATCAATGGATTCTTTAGACAGACTCATTAGTCATTAGCAGTGCGTCAGAAACTATGCCTGTGTATGCATCAGTCTAAAGCCTCTTTTTGAAGTTCGGCTCCATATAGTGGGCTTTTTCATTTTTGTATGTCTGTGTATTCTTTATTTTTATTTTTTTTCTCAATGAAAGTCAAGTTCTTTATTAAAAAAATAAAAAAAAGAAGAAAAGAAAAGAAGAAAAAAAAGATTTCTTTCAGATCGTTACTTCCTCATTATCAGAGGTCTTTCAGGGAATTTTAGGATCCTATGACTAGGTTCAATTGCTCTCTTCAAGTGTCTGTTTCTAAATTTTTTTTTTCCATTATTGTAAACTCTAATTTCAGTTTTTTGTATAGATTTCTATAATGGGCTTTTCCTCTTTTATTATCTATTTGTTTCCTTCCTTTATCTTAACGAAAGCTTGGTTTTCATTAAAAAGATTGGAATTTCTACTATTTATGAATGTTTGTCTGTAAATATTAATTGTCAAATATTTAGTCTTTATTGTCTTTAATTCTTTTCCATTGCATTAGGTCTTTCTCCCTTATAAGAAAATCTAAATTGCACTTATTCCACAATCAATATATTTTTTATCCTCTCAAAATTAAGATGGTATCAGAGCATAAAGTCTTGTGTTCGAACCCTTGGAATGTCATTTCCTCTCCAATTGATATTGACTTTCATTTGTTGAGGCTTTTACAGTTTTTCAAACTCAAAGTGAGGGGAGTGTTAAAGTATTGATATAATTAAATTTACCATAACCCATCAACTTAAGGTTTTGGGTTGGGCGATGATTTAACGAAAAATAAGATAATATTTCTTTTTTATGGATTTTGTGGAAACACAAGTAATTCTAGGAGGCCTTTTGCGTCCCATATTTTTATTTTCCTGATAAGTCTTGTGCTGCAGAATCAAGTCCTCTAATTTTGATGAAATTGCTGCCATGTGAAAAAAGATCTCTACAGCTAAATTTTTTTCGTAAGATGTAGGCAAATTTGAATGTTCAATTATTATTTCCCTATGTTTTATGAGTTCAAAAGTTGCATTCTTTCCTTAGTAAGTTTATTGCAGCAATATTCAGATTTTGGAGAACCTTAAAGAAGGAAAGATTGGATTTGGAGCTGGTCACAACTTCCGAACTTCAATCTTAAAGTCAATTTACGACTGCCCTTTCCTCAGTGTGCATTTAAAGGTATGGCTGGGAAGCTTGCAAGTGAAATTGGATACTATACACTATACAAAAGGAAAAGCACGGTCATCTGAATCTTACTCTTTTTTCTTCAATTATAAGTTCTGGATCTTTGTTATTTAGTAGATTGGATCTCCATGCTGTTCTGTATATTATTGAGTTCATTAGATGTATAGCTCAAATTTATTATGTATCTGTATACTTGACTTCTTAAAATTAGAAATTAATTCATTATAAACTCAAAGGTTGCAGCACGTAACATATTTCCTGGTTTTCCTAGGACTATTTTCTCTTCAAATGTATGCAGTATATCACGTTTATTCATCATCAAATGTATGTCACTAAGTTATTGGATCCAAAATTTCTGATTACCATAGGTCATAGACTTCGATGATGTTTTCAGTTGAAATCCAATGAATATATGAGTAAGGTCAAGGAATTTTTAGGTACAAAAAAGTGAGAGTATGCATACTCGCTTAATGCATTTAAAAGTCTTGTCTTTTTTATTTTCCAAATTAATATTTCATAATAGGAATCAATGATTTTTTTTGCTTTCGAGTATTGATTTTTCATCACCAGTATTCTTGACTTCTGGAAGCCTTTGTACAAGCATGATAAATCATTTTCTCCATGGGTTTTTATCAACCATTGTTCTCATACTATTCAATTTTTCACTAGGATTTGAAAGGTGTGGTTGTATGCATCGTGGCAAGCTCAAGTATTATTGATGACAATGATAAAAGTACCCTCTTGAAAACTTTTCGTGAAGTTACCGCATATACAGGAAAATTAATATTATCCATAATTCGGGATCTAAATCTGGAGCCCAACTTTCTCATGACAACCGTTCTTATCGTTGGGTAA

mRNA sequence

ATGAACTTCAGCTTCATCCCATTTTCTGAGTCGCAATTGGCTCATAAGCCAACCGGTGAAACAATAATGGTGCCACTCATTATGGAACTTCCCGTAATCAATGGCTTTCACCCATTGCTCCGTTCCTCCTTATGCCCTTGCCCTTGCGCTTGTTCTTCAATCCGTAGCCTCTTCTTCCACCGCAGGAAGATGTTTCTCAGGTTGGCTGAATATCGGAATTCCTACCCATTTCTGCATACTACAGCGAACAGTTCTTTATCAAATGCTACTGGAAGGATCAATAACGAGAAGGATTTCTGGGATGATTATGAATTCGTGGAGGTGATTGGCATTGGCAGTAGAAAGGAAGCGGTACTTGATTTTTGTCTCGAGTCGGCCCTCAGGATTTCATCGCTGCGATTTTGGCAGATTGTAAAGCATGATTCTCTAAAAGTGCAACTACTTCAGAGATTCATTGAAAAAGATTACACCCCAAGGATGATTGACGTTCCACTGTCACTACAATCATGTTCGAAGACTGTTATACTTGTGGTTAGTGCTGGATATGGCTTTGATTACTCTGCAGCTGTTGATATCCTTAGAACCATAAGATCTGCAAATGGATTTACTGTTACAATTGTCTTAAAACCTTTTAGCTTTGAAGGGAAAAGGCGCCAGGATGAGGTTAAACATTTGGTAGGAAGGCTAAAGGAACATACGAGCTTCTTAATTGATATTGACACCGATAGACTACTTGAAAAGGACTTGGTGACTCTTGATGAGGCTGTGAGATCTGCAAATAATGCTGTCTTGTTGGCTATAAATTCGATATCCATTGTCAAGTCTGAGATGTTAATAAAGTTTGTAGATGAACCTCAAAATGATGTGAAAGAGCTTGATGTTATAGACGTCATGGAAAGGAGTTCTGGAATCCAGCATGAGCCAAGATGTCTAAAGGAAATGGCACTTGTCTTGGTGAAAGAGGGAGGAGCTAATCTTCTCTCCTTCATATGGTATTCCCTCTTGAGAATGGATAGAGATGAGAATTCACCGGAGCTCTCGCCGTCGATGATCAAATTGAATACAGCCTTAAATGACATTAATTCTCCATTAATTGTGGAGCAGCCGTTTACCAATCACCCTGATAAAGGAAAGTCCAAATTAATTCCTTCCGAGTTGGCGGCGTATTCTTCTCCCTTGCAAATTCCAAACAGCCCGAATTTGATGGAAAATCCCAGCATTCCGGCTTTGGTGGAGAATCCCAGCATCCCGATTTTGGTGGAGAATCCCAACTTCCCAATTTTGATTTTGGAGAACCTTAAAGAAGGAAAGATTGGATTTGGAGCTGGTCACAACTTCCGAACTTCAATCTTAAAGTCAATTTACGACTGCCCTTTCCTCAGTGTGCATTTAAAGGATTTGAAAGGTGTGGTTGTATGCATCGTGGCAAGCTCAAGTATTATTGATGACAATGATAAAAGTACCCTCTTGAAAACTTTTCGTGAAGTTACCGCATATACAGGAAAATTAATATTATCCATAATTCGGGATCTAAATCTGGAGCCCAACTTTCTCATGACAACCGTTCTTATCGTTGGGTAA

Coding sequence (CDS)

ATGAACTTCAGCTTCATCCCATTTTCTGAGTCGCAATTGGCTCATAAGCCAACCGGTGAAACAATAATGGTGCCACTCATTATGGAACTTCCCGTAATCAATGGCTTTCACCCATTGCTCCGTTCCTCCTTATGCCCTTGCCCTTGCGCTTGTTCTTCAATCCGTAGCCTCTTCTTCCACCGCAGGAAGATGTTTCTCAGGTTGGCTGAATATCGGAATTCCTACCCATTTCTGCATACTACAGCGAACAGTTCTTTATCAAATGCTACTGGAAGGATCAATAACGAGAAGGATTTCTGGGATGATTATGAATTCGTGGAGGTGATTGGCATTGGCAGTAGAAAGGAAGCGGTACTTGATTTTTGTCTCGAGTCGGCCCTCAGGATTTCATCGCTGCGATTTTGGCAGATTGTAAAGCATGATTCTCTAAAAGTGCAACTACTTCAGAGATTCATTGAAAAAGATTACACCCCAAGGATGATTGACGTTCCACTGTCACTACAATCATGTTCGAAGACTGTTATACTTGTGGTTAGTGCTGGATATGGCTTTGATTACTCTGCAGCTGTTGATATCCTTAGAACCATAAGATCTGCAAATGGATTTACTGTTACAATTGTCTTAAAACCTTTTAGCTTTGAAGGGAAAAGGCGCCAGGATGAGGTTAAACATTTGGTAGGAAGGCTAAAGGAACATACGAGCTTCTTAATTGATATTGACACCGATAGACTACTTGAAAAGGACTTGGTGACTCTTGATGAGGCTGTGAGATCTGCAAATAATGCTGTCTTGTTGGCTATAAATTCGATATCCATTGTCAAGTCTGAGATGTTAATAAAGTTTGTAGATGAACCTCAAAATGATGTGAAAGAGCTTGATGTTATAGACGTCATGGAAAGGAGTTCTGGAATCCAGCATGAGCCAAGATGTCTAAAGGAAATGGCACTTGTCTTGGTGAAAGAGGGAGGAGCTAATCTTCTCTCCTTCATATGGTATTCCCTCTTGAGAATGGATAGAGATGAGAATTCACCGGAGCTCTCGCCGTCGATGATCAAATTGAATACAGCCTTAAATGACATTAATTCTCCATTAATTGTGGAGCAGCCGTTTACCAATCACCCTGATAAAGGAAAGTCCAAATTAATTCCTTCCGAGTTGGCGGCGTATTCTTCTCCCTTGCAAATTCCAAACAGCCCGAATTTGATGGAAAATCCCAGCATTCCGGCTTTGGTGGAGAATCCCAGCATCCCGATTTTGGTGGAGAATCCCAACTTCCCAATTTTGATTTTGGAGAACCTTAAAGAAGGAAAGATTGGATTTGGAGCTGGTCACAACTTCCGAACTTCAATCTTAAAGTCAATTTACGACTGCCCTTTCCTCAGTGTGCATTTAAAGGATTTGAAAGGTGTGGTTGTATGCATCGTGGCAAGCTCAAGTATTATTGATGACAATGATAAAAGTACCCTCTTGAAAACTTTTCGTGAAGTTACCGCATATACAGGAAAATTAATATTATCCATAATTCGGGATCTAAATCTGGAGCCCAACTTTCTCATGACAACCGTTCTTATCGTTGGGTAA

Protein sequence

MNFSFIPFSESQLAHKPTGETIMVPLIMELPVINGFHPLLRSSLCPCPCACSSIRSLFFHRRKMFLRLAEYRNSYPFLHTTANSSLSNATGRINNEKDFWDDYEFVEVIGIGSRKEAVLDFCLESALRISSLRFWQIVKHDSLKVQLLQRFIEKDYTPRMIDVPLSLQSCSKTVILVVSAGYGFDYSAAVDILRTIRSANGFTVTIVLKPFSFEGKRRQDEVKHLVGRLKEHTSFLIDIDTDRLLEKDLVTLDEAVRSANNAVLLAINSISIVKSEMLIKFVDEPQNDVKELDVIDVMERSSGIQHEPRCLKEMALVLVKEGGANLLSFIWYSLLRMDRDENSPELSPSMIKLNTALNDINSPLIVEQPFTNHPDKGKSKLIPSELAAYSSPLQIPNSPNLMENPSIPALVENPSIPILVENPNFPILILENLKEGKIGFGAGHNFRTSILKSIYDCPFLSVHLKDLKGVVVCIVASSSIIDDNDKSTLLKTFREVTAYTGKLILSIIRDLNLEPNFLMTTVLIVG

Homology

[Close]

BLAST of Lsi09G007370 vs. ExPASy Swiss-Prot
Match: Q6F6B5 (Protein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3 OS=Arabidopsis thaliana OX=3702 GN=ARC3 PE=1 SV=2)

HSP 1 Score: 209.1 bits (531), Expect = 1.2e-52
Identity = 142/422 (33.65%), Postives = 195/422 (46.21%), Query Frame = 0


Query: 104 EFVEVIGIGSRKEAVLDFCLESALRISSLRFWQIVKHDSLKVQLLQRFIEKDYTPRMIDV 163
           EF+EV+ IGSRKE+++D CL+S      LRFW I K  S  + L QR   +D   + ++ 
Sbjct: 75  EFIEVLVIGSRKESIMDSCLDSPFPSLPLRFWSISKDSSGGLVLQQRLNHQDNALKTMNP 134

Query: 164 PLSLQSCSKTVILVVSAGYGFDYSAAVDILRTIRSANGFTVTIVLKPFSFEGKRRQDEVK 223
              LQS  +  ILV SAGYG D   A++IL  +RS     V ++LKPFSFEG++R +EV 
Sbjct: 135 IELLQSRPRAFILVASAGYGSDQVEAINILSAVRSGGNLAVAVLLKPFSFEGRKRLEEVN 194

Query: 224 HLVGRLKEHTSFLIDIDTDRLLEKDLVTLDEAVRSANNAVLLAINSISIVKSEMLIKFVD 283
            L  +L++HT+F IDID + LL+KDLVTLDEA+R+ANNAV +AIN+ S + S M   F+D
Sbjct: 195 ELARKLQQHTNFCIDIDIEVLLQKDLVTLDEALRNANNAVSMAINAASALISGMHGNFID 254

Query: 284 EPQNDVKELDVIDVMERSSGIQHEPRCLKEMALVLVKEGGANLLSFIWYSLLRMDRDENS 343
               D+KEL+  +V                                              
Sbjct: 255 VMHKDLKELEGSEVK--------------------------------------------- 314

Query: 344 PELSPSMIKLNTALNDINSPLIVEQPFTNHPDKGKSKLIPSELAAYSSPLQIPNSPNLME 403
                                                                       
Sbjct: 315 ------------------------------------------------------------ 366

Query: 404 NPSIPALVENPSIPILVENPNFPILILENLKEGKIGFGAGHNFRTSILKSIYDCPFLSVH 463
                                    ILE+ KE K+GFG GHN +TSIL++IYDCPF    
Sbjct: 375 ------------------------TILESYKEAKVGFGVGHNLKTSILRAIYDCPFFRPG 366

Query: 464 LKDLKGVVVCIVASSSIIDDNDKSTLLKTFREVTAYTGKLILSIIRDLNLEPNFLMTTVL 523
           LKDL   ++CIVASS  +   D  T+L+TFR+   YTG +I+S + + +LEP   +TT  
Sbjct: 435 LKDL-NAIICIVASSVPLQKKDVKTILRTFRQTMEYTGDIIVSTVHEPDLEPKVRVTTFF 366

Query: 524 IV 526
           I+
Sbjct: 495 IL 366

[Close]

BLAST of Lsi09G007370 vs. ExPASy Swiss-Prot
Match: Q9CCE4 (Cell division protein FtsZ OS=Mycobacterium leprae (strain TN) OX=272631 GN=ftsZ PE=3 SV=1)

HSP 1 Score: 53.5 bits (127), Expect = 8.3e-06
Identity = 35/100 (35.00%), Postives = 51/100 (51.00%), Query Frame = 0


Query: 174 VILVVSAGYGFDYSAAVDILRTIRSANGFTVTIVLKPFSFEGKRRQDEVKHLVGRLKEHT 233
           V +    G G     A  I    R     TV +V +PFSFEGKRR ++ ++ +  L+E  
Sbjct: 96  VFVTAGEGGGTGTGGAPVIASIARKLGALTVGVVTRPFSFEGKRRSNQAENGIAALRESC 155

Query: 234 SFLIDIDTDRLLE--KDLVTLDEAVRSANNAVLLAINSIS 272
             LI I  DRLL+     V+L +A RSA+  +L  +  I+
Sbjct: 156 DTLIVIPNDRLLQMGDTAVSLMDAFRSADEVLLNGVQGIT 195

[Close]

BLAST of Lsi09G007370 vs. ExPASy Swiss-Prot
Match: P64171 (Cell division protein FtsZ OS=Mycobacterium bovis (strain ATCC BAA-935 / AF2122/97) OX=233413 GN=ftsZ PE=3 SV=1)

HSP 1 Score: 53.1 bits (126), Expect = 1.1e-05
Identity = 34/100 (34.00%), Postives = 51/100 (51.00%), Query Frame = 0


Query: 174 VILVVSAGYGFDYSAAVDILRTIRSANGFTVTIVLKPFSFEGKRRQDEVKHLVGRLKEHT 233
           V +    G G     A  +    R     TV +V +PFSFEGKRR ++ ++ +  L+E  
Sbjct: 96  VFVTAGEGGGTGTGGAPVVASIARKLGALTVGVVTRPFSFEGKRRSNQAENGIAALRESC 155

Query: 234 SFLIDIDTDRLLEKD--LVTLDEAVRSANNAVLLAINSIS 272
             LI I  DRLL+     V+L +A RSA+  +L  +  I+
Sbjct: 156 DTLIVIPNDRLLQMGDAAVSLMDAFRSADEVLLNGVQGIT 195

[Close]

BLAST of Lsi09G007370 vs. ExPASy Swiss-Prot
Match: A5U4H7 (Cell division protein FtsZ OS=Mycobacterium tuberculosis (strain ATCC 25177 / H37Ra) OX=419947 GN=ftsZ PE=1 SV=1)

HSP 1 Score: 53.1 bits (126), Expect = 1.1e-05
Identity = 34/100 (34.00%), Postives = 51/100 (51.00%), Query Frame = 0


Query: 174 VILVVSAGYGFDYSAAVDILRTIRSANGFTVTIVLKPFSFEGKRRQDEVKHLVGRLKEHT 233
           V +    G G     A  +    R     TV +V +PFSFEGKRR ++ ++ +  L+E  
Sbjct: 96  VFVTAGEGGGTGTGGAPVVASIARKLGALTVGVVTRPFSFEGKRRSNQAENGIAALRESC 155

Query: 234 SFLIDIDTDRLLEKD--LVTLDEAVRSANNAVLLAINSIS 272
             LI I  DRLL+     V+L +A RSA+  +L  +  I+
Sbjct: 156 DTLIVIPNDRLLQMGDAAVSLMDAFRSADEVLLNGVQGIT 195

[Close]

BLAST of Lsi09G007370 vs. ExPASy Swiss-Prot
Match: P9WN94 (Cell division protein FtsZ OS=Mycobacterium tuberculosis (strain CDC 1551 / Oshkosh) OX=83331 GN=ftsZ PE=3 SV=1)

HSP 1 Score: 53.1 bits (126), Expect = 1.1e-05
Identity = 34/100 (34.00%), Postives = 51/100 (51.00%), Query Frame = 0


Query: 174 VILVVSAGYGFDYSAAVDILRTIRSANGFTVTIVLKPFSFEGKRRQDEVKHLVGRLKEHT 233
           V +    G G     A  +    R     TV +V +PFSFEGKRR ++ ++ +  L+E  
Sbjct: 96  VFVTAGEGGGTGTGGAPVVASIARKLGALTVGVVTRPFSFEGKRRSNQAENGIAALRESC 155

Query: 234 SFLIDIDTDRLLEKD--LVTLDEAVRSANNAVLLAINSIS 272
             LI I  DRLL+     V+L +A RSA+  +L  +  I+
Sbjct: 156 DTLIVIPNDRLLQMGDAAVSLMDAFRSADEVLLNGVQGIT 195

[Close]

BLAST of Lsi09G007370 vs. ExPASy TrEMBL
Match: A0A6J1JRB9 (protein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3 OS=Cucurbita maxima OX=3661 GN=LOC111489118 PE=4 SV=1)

HSP 1 Score: 614.4 bits (1583), Expect = 4.5e-172
Identity = 344/504 (68.25%), Postives = 356/504 (70.63%), Query Frame = 0


Query: 23  MVPLIMELPVINGFHPLLRSSLCPCPCACSSIRSLFFHRRKMFLRLAEYRNSYPFLHTTA 82
           MVPL+ ELPVINGFHPLLRSSL  CPC+CSSIRSLFF RRKMFL LA YRNSYPFL TTA
Sbjct: 1   MVPLVTELPVINGFHPLLRSSL--CPCSCSSIRSLFFPRRKMFLGLAGYRNSYPFLSTTA 60

Query: 83  NSSLSNATGRINNEKDFWDDYEFVEVIGIGSRKEAVLDFCLESALRISSLRFWQIVKHDS 142
           NSSLSNA GR N EKDFWDDYEFVEVIGIGSRKEAVLDFCLESALRISSLRFWQIVKHDS
Sbjct: 61  NSSLSNAAGRANTEKDFWDDYEFVEVIGIGSRKEAVLDFCLESALRISSLRFWQIVKHDS 120

Query: 143 LKVQLLQRFIEKDYTPRMIDVPLSLQSCSKTVILVVSAGYGFDYSAAVDILRTIRSANGF 202
           LKVQLLQRFI KDY PRMIDVPLSLQSCSK VILVVSAGYG DYSAAVDILRT+RSANGF
Sbjct: 121 LKVQLLQRFIGKDYNPRMIDVPLSLQSCSKAVILVVSAGYGLDYSAAVDILRTVRSANGF 180

Query: 203 TVTIVLKPFSFEGKRRQDEVKHLVGRLKEHTSFLIDIDTDRLLEKDLVTLDEAVRSANNA 262
           TVTIVLKPFSFEG+RRQDEVKHLVG LKEHTSFLIDIDTDRLLEKDLVTLDEAVRSANNA
Sbjct: 181 TVTIVLKPFSFEGQRRQDEVKHLVGSLKEHTSFLIDIDTDRLLEKDLVTLDEAVRSANNA 240

Query: 263 VLLAINSISIVKSEMLIKFVDEPQNDVKELDVIDVMERSSGIQHEPRCLKEMALVLVKEG 322
           VL+AINSISI+KSEML KF+DEPQN VKEL VIDVME                       
Sbjct: 241 VLMAINSISIIKSEMLTKFIDEPQNSVKELGVIDVME----------------------- 300

Query: 323 GANLLSFIWYSLLRMDRDENSPELSPSMIKLNTALNDINSPLIVEQPFTNHPDKGKSKLI 382
                                                                       
Sbjct: 301 ------------------------------------------------------------ 360

Query: 383 PSELAAYSSPLQIPNSPNLMENPSIPALVENPSIPILVENPNFPILILENLKEGKIGFGA 442
                                                         ILENLKEGKIGFGA
Sbjct: 361 ----------------------------------------------ILENLKEGKIGFGA 373

Query: 443 GHNFRTSILKSIYDCPFLSVHLKDLKGVVVCIVASSSIIDDNDKSTLLKTFREVTAYTGK 502
           GHNFRTS+LKSIYDCPFLSVHLKDLKG V+CIVASSSIIDDNDKSTLLKTFREVTAYTGK
Sbjct: 421 GHNFRTSVLKSIYDCPFLSVHLKDLKGAVLCIVASSSIIDDNDKSTLLKTFREVTAYTGK 373

Query: 503 LILSIIRDLNLEPNFLMTTVLIVG 527
           +ILSII+DLNLEPNFLMTT+LIVG
Sbjct: 481 VILSIIQDLNLEPNFLMTTILIVG 373

[Close]

BLAST of Lsi09G007370 vs. ExPASy TrEMBL
Match: A0A6J1FFA3 (protein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3 OS=Cucurbita moschata OX=3662 GN=LOC111445197 PE=4 SV=1)

HSP 1 Score: 609.8 bits (1571), Expect = 1.1e-170
Identity = 344/504 (68.25%), Postives = 355/504 (70.44%), Query Frame = 0


Query: 23  MVPLIMELPVINGFHPLLRSSLCPCPCACSSIRSLFFHRRKMFLRLAEYRNSYPFLHTTA 82
           MVPLI ELPVINGFHPLLRSSLC  P  CSSIRSLFF RRKMFL LA YRNSYPFL TTA
Sbjct: 1   MVPLITELPVINGFHPLLRSSLCRYP--CSSIRSLFFRRRKMFLGLAGYRNSYPFLSTTA 60

Query: 83  NSSLSNATGRINNEKDFWDDYEFVEVIGIGSRKEAVLDFCLESALRISSLRFWQIVKHDS 142
           NSSLSNA GR N EKDFWDDYEFVEVIGIGSRKEAVLDFCLESALRISSLRFWQIVKHDS
Sbjct: 61  NSSLSNAAGRANMEKDFWDDYEFVEVIGIGSRKEAVLDFCLESALRISSLRFWQIVKHDS 120

Query: 143 LKVQLLQRFIEKDYTPRMIDVPLSLQSCSKTVILVVSAGYGFDYSAAVDILRTIRSANGF 202
           LKVQLLQRFI KDY PRMIDVPLSLQSCSK VILVVSAGYG DYSAAVDILRT+RSANGF
Sbjct: 121 LKVQLLQRFIGKDYNPRMIDVPLSLQSCSKAVILVVSAGYGLDYSAAVDILRTVRSANGF 180

Query: 203 TVTIVLKPFSFEGKRRQDEVKHLVGRLKEHTSFLIDIDTDRLLEKDLVTLDEAVRSANNA 262
           TVTIVLKPFSFEG+RRQDEVKHLVGRLKEHTSFLIDIDTDRLLEKDLVTLDEAVRSAN+A
Sbjct: 181 TVTIVLKPFSFEGQRRQDEVKHLVGRLKEHTSFLIDIDTDRLLEKDLVTLDEAVRSANSA 240

Query: 263 VLLAINSISIVKSEMLIKFVDEPQNDVKELDVIDVMERSSGIQHEPRCLKEMALVLVKEG 322
           VL+AINSISI+KSEML KF+DEPQN VKEL VIDVME                       
Sbjct: 241 VLMAINSISIIKSEMLTKFIDEPQNSVKELGVIDVME----------------------- 300

Query: 323 GANLLSFIWYSLLRMDRDENSPELSPSMIKLNTALNDINSPLIVEQPFTNHPDKGKSKLI 382
                                                                       
Sbjct: 301 ------------------------------------------------------------ 360

Query: 383 PSELAAYSSPLQIPNSPNLMENPSIPALVENPSIPILVENPNFPILILENLKEGKIGFGA 442
                                                         ILENLKEGKIGFGA
Sbjct: 361 ----------------------------------------------ILENLKEGKIGFGA 373

Query: 443 GHNFRTSILKSIYDCPFLSVHLKDLKGVVVCIVASSSIIDDNDKSTLLKTFREVTAYTGK 502
           GHNFRTS+LKSIYDCPFLSVHLKDLKG V+CIVASSSIIDDNDKSTLLKTFREVTAYTGK
Sbjct: 421 GHNFRTSVLKSIYDCPFLSVHLKDLKGAVLCIVASSSIIDDNDKSTLLKTFREVTAYTGK 373

Query: 503 LILSIIRDLNLEPNFLMTTVLIVG 527
           +ILSII+DLNLEPNFLMTT+LIVG
Sbjct: 481 VILSIIQDLNLEPNFLMTTILIVG 373

[Close]

BLAST of Lsi09G007370 vs. ExPASy TrEMBL
Match: A0A1S3CRX6 (protein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3 isoform X1 OS=Cucumis melo OX=3656 GN=LOC103504079 PE=4 SV=1)

HSP 1 Score: 609.4 bits (1570), Expect = 1.4e-170
Identity = 337/504 (66.87%), Postives = 354/504 (70.24%), Query Frame = 0


Query: 23  MVPLIMELPVINGFHPLLRSSLCPCPCACSSIRSLFFHRRKMFLRLAEYRNSYPFLHTTA 82
           M PLIMELPV N F PLLRSSLCPCPC+  S  SLFFHRRKMFLR AEYRNSYPFLHTT 
Sbjct: 1   MAPLIMELPVTNAFPPLLRSSLCPCPCSSISTPSLFFHRRKMFLRFAEYRNSYPFLHTTP 60

Query: 83  NSSLSNATGRINNEKDFWDDYEFVEVIGIGSRKEAVLDFCLESALRISSLRFWQIVKHDS 142
           N SLSNA+GR NNE+D WDDYEFVEVIGIGSRKEAVLDFCLESALR SSLRFWQIV+HDS
Sbjct: 61  NGSLSNASGRSNNERDIWDDYEFVEVIGIGSRKEAVLDFCLESALRTSSLRFWQIVRHDS 120

Query: 143 LKVQLLQRFIEKDYTPRMIDVPLSLQSCSKTVILVVSAGYGFDYSAAVDILRTIRSANGF 202
            KVQLLQRF+EKDY+PRMIDVPLSL SC K VILVVSAGYGFDY AAVD+LRTIRSANGF
Sbjct: 121 SKVQLLQRFVEKDYSPRMIDVPLSLLSCPKAVILVVSAGYGFDYLAAVDMLRTIRSANGF 180

Query: 203 TVTIVLKPFSFEGKRRQDEVKHLVGRLKEHTSFLIDIDTDRLLEKDLVTLDEAVRSANNA 262
           TVTIVLKPFSFEGKRRQDEVKHLVGRLKEHTSFLIDIDTDRLLEKDLVTLD+AVRSANNA
Sbjct: 181 TVTIVLKPFSFEGKRRQDEVKHLVGRLKEHTSFLIDIDTDRLLEKDLVTLDDAVRSANNA 240

Query: 263 VLLAINSISIVKSEMLIKFVDEPQNDVKELDVIDVMERSSGIQHEPRCLKEMALVLVKEG 322
           VLLAINS+SIVKSEM+IKFVDEPQND+KEL V+DVME                       
Sbjct: 241 VLLAINSMSIVKSEMIIKFVDEPQNDLKELGVMDVME----------------------- 300

Query: 323 GANLLSFIWYSLLRMDRDENSPELSPSMIKLNTALNDINSPLIVEQPFTNHPDKGKSKLI 382
                                                                       
Sbjct: 301 ------------------------------------------------------------ 360

Query: 383 PSELAAYSSPLQIPNSPNLMENPSIPALVENPSIPILVENPNFPILILENLKEGKIGFGA 442
                                                         ILENLKEGKIGFGA
Sbjct: 361 ----------------------------------------------ILENLKEGKIGFGA 375

Query: 443 GHNFRTSILKSIYDCPFLSVHLKDLKGVVVCIVASSSIIDDNDKSTLLKTFREVTAYTGK 502
           GHNFRTSILKSIYDCPFL+VHLKDLKG+VVCIVASSSIIDDNDKSTLLKTFREVT YTGK
Sbjct: 421 GHNFRTSILKSIYDCPFLTVHLKDLKGMVVCIVASSSIIDDNDKSTLLKTFREVTTYTGK 375

Query: 503 LILSIIRDLNLEPNFLMTTVLIVG 527
           +ILSII+DLN+EPNFLMTTVLIVG
Sbjct: 481 VILSIIQDLNMEPNFLMTTVLIVG 375

[Close]

BLAST of Lsi09G007370 vs. ExPASy TrEMBL
Match: A0A1S3CS57 (protein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3 isoform X3 OS=Cucumis melo OX=3656 GN=LOC103504079 PE=4 SV=1)

HSP 1 Score: 609.4 bits (1570), Expect = 1.4e-170
Identity = 337/504 (66.87%), Postives = 354/504 (70.24%), Query Frame = 0


Query: 23  MVPLIMELPVINGFHPLLRSSLCPCPCACSSIRSLFFHRRKMFLRLAEYRNSYPFLHTTA 82
           M PLIMELPV N F PLLRSSLCPCPC+  S  SLFFHRRKMFLR AEYRNSYPFLHTT 
Sbjct: 1   MAPLIMELPVTNAFPPLLRSSLCPCPCSSISTPSLFFHRRKMFLRFAEYRNSYPFLHTTP 60

Query: 83  NSSLSNATGRINNEKDFWDDYEFVEVIGIGSRKEAVLDFCLESALRISSLRFWQIVKHDS 142
           N SLSNA+GR NNE+D WDDYEFVEVIGIGSRKEAVLDFCLESALR SSLRFWQIV+HDS
Sbjct: 61  NGSLSNASGRSNNERDIWDDYEFVEVIGIGSRKEAVLDFCLESALRTSSLRFWQIVRHDS 120

Query: 143 LKVQLLQRFIEKDYTPRMIDVPLSLQSCSKTVILVVSAGYGFDYSAAVDILRTIRSANGF 202
            KVQLLQRF+EKDY+PRMIDVPLSL SC K VILVVSAGYGFDY AAVD+LRTIRSANGF
Sbjct: 121 SKVQLLQRFVEKDYSPRMIDVPLSLLSCPKAVILVVSAGYGFDYLAAVDMLRTIRSANGF 180

Query: 203 TVTIVLKPFSFEGKRRQDEVKHLVGRLKEHTSFLIDIDTDRLLEKDLVTLDEAVRSANNA 262
           TVTIVLKPFSFEGKRRQDEVKHLVGRLKEHTSFLIDIDTDRLLEKDLVTLD+AVRSANNA
Sbjct: 181 TVTIVLKPFSFEGKRRQDEVKHLVGRLKEHTSFLIDIDTDRLLEKDLVTLDDAVRSANNA 240

Query: 263 VLLAINSISIVKSEMLIKFVDEPQNDVKELDVIDVMERSSGIQHEPRCLKEMALVLVKEG 322
           VLLAINS+SIVKSEM+IKFVDEPQND+KEL V+DVME                       
Sbjct: 241 VLLAINSMSIVKSEMIIKFVDEPQNDLKELGVMDVME----------------------- 300

Query: 323 GANLLSFIWYSLLRMDRDENSPELSPSMIKLNTALNDINSPLIVEQPFTNHPDKGKSKLI 382
                                                                       
Sbjct: 301 ------------------------------------------------------------ 360

Query: 383 PSELAAYSSPLQIPNSPNLMENPSIPALVENPSIPILVENPNFPILILENLKEGKIGFGA 442
                                                         ILENLKEGKIGFGA
Sbjct: 361 ----------------------------------------------ILENLKEGKIGFGA 375

Query: 443 GHNFRTSILKSIYDCPFLSVHLKDLKGVVVCIVASSSIIDDNDKSTLLKTFREVTAYTGK 502
           GHNFRTSILKSIYDCPFL+VHLKDLKG+VVCIVASSSIIDDNDKSTLLKTFREVT YTGK
Sbjct: 421 GHNFRTSILKSIYDCPFLTVHLKDLKGMVVCIVASSSIIDDNDKSTLLKTFREVTTYTGK 375

Query: 503 LILSIIRDLNLEPNFLMTTVLIVG 527
           +ILSII+DLN+EPNFLMTTVLIVG
Sbjct: 481 VILSIIQDLNMEPNFLMTTVLIVG 375

[Close]

BLAST of Lsi09G007370 vs. ExPASy TrEMBL
Match: A0A1S3CS05 (protein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3 isoform X2 OS=Cucumis melo OX=3656 GN=LOC103504079 PE=4 SV=1)

HSP 1 Score: 599.4 bits (1544), Expect = 1.5e-167
Identity = 334/504 (66.27%), Postives = 351/504 (69.64%), Query Frame = 0


Query: 23  MVPLIMELPVINGFHPLLRSSLCPCPCACSSIRSLFFHRRKMFLRLAEYRNSYPFLHTTA 82
           M PLIMELPV N F PLLRSSLCPCPC+  S  SLFFHRRKMFLR AEYRNSYPFLHTT 
Sbjct: 1   MAPLIMELPVTNAFPPLLRSSLCPCPCSSISTPSLFFHRRKMFLRFAEYRNSYPFLHTTP 60

Query: 83  NSSLSNATGRINNEKDFWDDYEFVEVIGIGSRKEAVLDFCLESALRISSLRFWQIVKHDS 142
           N SLSNA+GR NNE+D WDDYEFVEVIGIGSRKEAVLDFCLESALR SSLRFWQIV+HDS
Sbjct: 61  NGSLSNASGRSNNERDIWDDYEFVEVIGIGSRKEAVLDFCLESALRTSSLRFWQIVRHDS 120

Query: 143 LKVQLLQRFIEKDYTPRMIDVPLSLQSCSKTVILVVSAGYGFDYSAAVDILRTIRSANGF 202
            KVQLLQRF+EKDY+PRMIDVPLSL SC K    VVSAGYGFDY AAVD+LRTIRSANGF
Sbjct: 121 SKVQLLQRFVEKDYSPRMIDVPLSLLSCPK----VVSAGYGFDYLAAVDMLRTIRSANGF 180

Query: 203 TVTIVLKPFSFEGKRRQDEVKHLVGRLKEHTSFLIDIDTDRLLEKDLVTLDEAVRSANNA 262
           TVTIVLKPFSFEGKRRQDEVKHLVGRLKEHTSFLIDIDTDRLLEKDLVTLD+AVRSANNA
Sbjct: 181 TVTIVLKPFSFEGKRRQDEVKHLVGRLKEHTSFLIDIDTDRLLEKDLVTLDDAVRSANNA 240

Query: 263 VLLAINSISIVKSEMLIKFVDEPQNDVKELDVIDVMERSSGIQHEPRCLKEMALVLVKEG 322
           VLLAINS+SIVKSEM+IKFVDEPQND+KEL V+DVME                       
Sbjct: 241 VLLAINSMSIVKSEMIIKFVDEPQNDLKELGVMDVME----------------------- 300

Query: 323 GANLLSFIWYSLLRMDRDENSPELSPSMIKLNTALNDINSPLIVEQPFTNHPDKGKSKLI 382
                                                                       
Sbjct: 301 ------------------------------------------------------------ 360

Query: 383 PSELAAYSSPLQIPNSPNLMENPSIPALVENPSIPILVENPNFPILILENLKEGKIGFGA 442
                                                         ILENLKEGKIGFGA
Sbjct: 361 ----------------------------------------------ILENLKEGKIGFGA 371

Query: 443 GHNFRTSILKSIYDCPFLSVHLKDLKGVVVCIVASSSIIDDNDKSTLLKTFREVTAYTGK 502
           GHNFRTSILKSIYDCPFL+VHLKDLKG+VVCIVASSSIIDDNDKSTLLKTFREVT YTGK
Sbjct: 421 GHNFRTSILKSIYDCPFLTVHLKDLKGMVVCIVASSSIIDDNDKSTLLKTFREVTTYTGK 371

Query: 503 LILSIIRDLNLEPNFLMTTVLIVG 527
           +ILSII+DLN+EPNFLMTTVLIVG
Sbjct: 481 VILSIIQDLNMEPNFLMTTVLIVG 371

[Close]

BLAST of Lsi09G007370 vs. NCBI nr
Match: XP_038907181.1 (protein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3 [Benincasa hispida])

HSP 1 Score: 625.5 bits (1612), Expect = 4.0e-175
Identity = 351/504 (69.64%), Postives = 359/504 (71.23%), Query Frame = 0


Query: 23  MVPLIMELPVINGFHPLLRSSLCPCPCACSSIRSLFFHRRKMFLRLAEYRNSYPFLHTTA 82
           M  LIMELPVINGFHPLLRSSLCPCP  CSSIR+LFFHRRKMFLRLAE+RN YPFLHTTA
Sbjct: 1   MASLIMELPVINGFHPLLRSSLCPCP--CSSIRTLFFHRRKMFLRLAEHRNPYPFLHTTA 60

Query: 83  NSSLSNATGRINNEKDFWDDYEFVEVIGIGSRKEAVLDFCLESALRISSLRFWQIVKHDS 142
           NSSLSNATGR NNEKDFWDDYEFVEVIGIGSRKEA+LDFCLESALRISSLRFWQIVKHDS
Sbjct: 61  NSSLSNATGRSNNEKDFWDDYEFVEVIGIGSRKEAILDFCLESALRISSLRFWQIVKHDS 120

Query: 143 LKVQLLQRFIEKDYTPRMIDVPLSLQSCSKTVILVVSAGYGFDYSAAVDILRTIRSANGF 202
           LKVQLLQR IEKDY PR ID+PL LQSCSK VILVVSAGYGFDYSAAVDILRTIRSANGF
Sbjct: 121 LKVQLLQRLIEKDYAPRTIDIPLPLQSCSKAVILVVSAGYGFDYSAAVDILRTIRSANGF 180

Query: 203 TVTIVLKPFSFEGKRRQDEVKHLVGRLKEHTSFLIDIDTDRLLEKDLVTLDEAVRSANNA 262
           TVTIVLKPFSFEGKRRQDEVKHLVGRLKEHTSFLIDIDTDRLLEKDLVTLDEAVRSANNA
Sbjct: 181 TVTIVLKPFSFEGKRRQDEVKHLVGRLKEHTSFLIDIDTDRLLEKDLVTLDEAVRSANNA 240

Query: 263 VLLAINSISIVKSEMLIKFVDEPQNDVKELDVIDVMERSSGIQHEPRCLKEMALVLVKEG 322
           VLLAINS+SIVKSEMLIK V EPQNDVKEL VIDVME                       
Sbjct: 241 VLLAINSMSIVKSEMLIKLVHEPQNDVKELGVIDVME----------------------- 300

Query: 323 GANLLSFIWYSLLRMDRDENSPELSPSMIKLNTALNDINSPLIVEQPFTNHPDKGKSKLI 382
                                                                       
Sbjct: 301 ------------------------------------------------------------ 360

Query: 383 PSELAAYSSPLQIPNSPNLMENPSIPALVENPSIPILVENPNFPILILENLKEGKIGFGA 442
                                                         ILENLKEGKIGFGA
Sbjct: 361 ----------------------------------------------ILENLKEGKIGFGA 373

Query: 443 GHNFRTSILKSIYDCPFLSVHLKDLKGVVVCIVASSSIIDDNDKSTLLKTFREVTAYTGK 502
           GHNFRTSILKSIYDCPFL VHLKDLKGVVVCIVASSSIIDDNDKS LL+TFREVTAYTGK
Sbjct: 421 GHNFRTSILKSIYDCPFLCVHLKDLKGVVVCIVASSSIIDDNDKSILLETFREVTAYTGK 373

Query: 503 LILSIIRDLNLEPNFLMTTVLIVG 527
           +ILSII+DLNLEPNFLMTTVLIVG
Sbjct: 481 VILSIIQDLNLEPNFLMTTVLIVG 373

[Close]

BLAST of Lsi09G007370 vs. NCBI nr
Match: XP_023550462.1 (protein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3 [Cucurbita pepo subsp. pepo])

HSP 1 Score: 617.5 bits (1591), Expect = 1.1e-172
Identity = 346/504 (68.65%), Postives = 357/504 (70.83%), Query Frame = 0


Query: 23  MVPLIMELPVINGFHPLLRSSLCPCPCACSSIRSLFFHRRKMFLRLAEYRNSYPFLHTTA 82
           MVPLI ELPVINGFHPLLRSSLCPCP  CSSIRSLFF RRKMFL LA YRNSYPFL TTA
Sbjct: 1   MVPLITELPVINGFHPLLRSSLCPCP--CSSIRSLFFRRRKMFLGLAGYRNSYPFLSTTA 60

Query: 83  NSSLSNATGRINNEKDFWDDYEFVEVIGIGSRKEAVLDFCLESALRISSLRFWQIVKHDS 142
           NSSLSNA GR N EKDFWDDYEFVEVIGIGSRKEAVLDFCLESALRISSLRFWQIVKHDS
Sbjct: 61  NSSLSNAAGRANMEKDFWDDYEFVEVIGIGSRKEAVLDFCLESALRISSLRFWQIVKHDS 120

Query: 143 LKVQLLQRFIEKDYTPRMIDVPLSLQSCSKTVILVVSAGYGFDYSAAVDILRTIRSANGF 202
           LKVQLLQRFI KDY PRMIDVPLSLQSCSK VILVVSAGYG DYSAAVDILRT+RSANGF
Sbjct: 121 LKVQLLQRFIGKDYNPRMIDVPLSLQSCSKAVILVVSAGYGLDYSAAVDILRTVRSANGF 180

Query: 203 TVTIVLKPFSFEGKRRQDEVKHLVGRLKEHTSFLIDIDTDRLLEKDLVTLDEAVRSANNA 262
           TVTIVLKPFSFEG+RRQDEVKHLVGRLKEHTSFLIDIDTDRLLEKDLVTLDEAVRSANNA
Sbjct: 181 TVTIVLKPFSFEGQRRQDEVKHLVGRLKEHTSFLIDIDTDRLLEKDLVTLDEAVRSANNA 240

Query: 263 VLLAINSISIVKSEMLIKFVDEPQNDVKELDVIDVMERSSGIQHEPRCLKEMALVLVKEG 322
           VL+AINSISI+KSEML KF+DEPQN VKEL VIDVME                       
Sbjct: 241 VLMAINSISIIKSEMLTKFIDEPQNSVKELGVIDVME----------------------- 300

Query: 323 GANLLSFIWYSLLRMDRDENSPELSPSMIKLNTALNDINSPLIVEQPFTNHPDKGKSKLI 382
                                                                       
Sbjct: 301 ------------------------------------------------------------ 360

Query: 383 PSELAAYSSPLQIPNSPNLMENPSIPALVENPSIPILVENPNFPILILENLKEGKIGFGA 442
                                                         ILENLKEGKIGFGA
Sbjct: 361 ----------------------------------------------ILENLKEGKIGFGA 373

Query: 443 GHNFRTSILKSIYDCPFLSVHLKDLKGVVVCIVASSSIIDDNDKSTLLKTFREVTAYTGK 502
           GHNFRTS+LKSIYDCPFLSVHLKDLKG V+CIVASSSIIDD+DKSTLLKTFREVTAYTGK
Sbjct: 421 GHNFRTSVLKSIYDCPFLSVHLKDLKGAVLCIVASSSIIDDDDKSTLLKTFREVTAYTGK 373

Query: 503 LILSIIRDLNLEPNFLMTTVLIVG 527
           +ILSII+DLNLEPNFLMTT+LIVG
Sbjct: 481 VILSIIQDLNLEPNFLMTTILIVG 373

[Close]

BLAST of Lsi09G007370 vs. NCBI nr
Match: KAG7016680.1 (Protein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3 [Cucurbita argyrosperma subsp. argyrosperma])

HSP 1 Score: 615.5 bits (1586), Expect = 4.2e-172
Identity = 344/504 (68.25%), Postives = 356/504 (70.63%), Query Frame = 0


Query: 23  MVPLIMELPVINGFHPLLRSSLCPCPCACSSIRSLFFHRRKMFLRLAEYRNSYPFLHTTA 82
           M+PLI ELPVINGFHPLLRSSLCPCP  CSSIRSLFF RRKMFL LA YRNSYPFL TTA
Sbjct: 1   MMPLITELPVINGFHPLLRSSLCPCP--CSSIRSLFFRRRKMFLGLAGYRNSYPFLSTTA 60

Query: 83  NSSLSNATGRINNEKDFWDDYEFVEVIGIGSRKEAVLDFCLESALRISSLRFWQIVKHDS 142
           NSSLSNA GR N EKDFWDDYEFVEVIGIGSRKEAVLDFCLESALRIS LRFWQIVKHDS
Sbjct: 61  NSSLSNAAGRANTEKDFWDDYEFVEVIGIGSRKEAVLDFCLESALRISCLRFWQIVKHDS 120

Query: 143 LKVQLLQRFIEKDYTPRMIDVPLSLQSCSKTVILVVSAGYGFDYSAAVDILRTIRSANGF 202
           LKVQLLQRFI KDY PRMIDVPLSLQSCSK VILVVSAGYG DYSAAVDILRT+RSANGF
Sbjct: 121 LKVQLLQRFIGKDYNPRMIDVPLSLQSCSKAVILVVSAGYGLDYSAAVDILRTVRSANGF 180

Query: 203 TVTIVLKPFSFEGKRRQDEVKHLVGRLKEHTSFLIDIDTDRLLEKDLVTLDEAVRSANNA 262
           TVTIVLKPFSFEG+RRQDEVKHLVGRL+EHTSFLIDIDTDRLLEKDLVTLDEAVRSANNA
Sbjct: 181 TVTIVLKPFSFEGQRRQDEVKHLVGRLQEHTSFLIDIDTDRLLEKDLVTLDEAVRSANNA 240

Query: 263 VLLAINSISIVKSEMLIKFVDEPQNDVKELDVIDVMERSSGIQHEPRCLKEMALVLVKEG 322
           VL+AINSISI+KSEML KF+DEPQN VKEL VIDVME                       
Sbjct: 241 VLMAINSISIIKSEMLAKFIDEPQNSVKELGVIDVME----------------------- 300

Query: 323 GANLLSFIWYSLLRMDRDENSPELSPSMIKLNTALNDINSPLIVEQPFTNHPDKGKSKLI 382
                                                                       
Sbjct: 301 ------------------------------------------------------------ 360

Query: 383 PSELAAYSSPLQIPNSPNLMENPSIPALVENPSIPILVENPNFPILILENLKEGKIGFGA 442
                                                         ILENLKEGKIGFGA
Sbjct: 361 ----------------------------------------------ILENLKEGKIGFGA 373

Query: 443 GHNFRTSILKSIYDCPFLSVHLKDLKGVVVCIVASSSIIDDNDKSTLLKTFREVTAYTGK 502
           GHNFRTS+LKSIYDCPFLSVHLKDLKG V+CIVASSSIIDDNDKSTLLKTFREVTAYTGK
Sbjct: 421 GHNFRTSVLKSIYDCPFLSVHLKDLKGAVLCIVASSSIIDDNDKSTLLKTFREVTAYTGK 373

Query: 503 LILSIIRDLNLEPNFLMTTVLIVG 527
           +ILSII+DLNLEPNFLMTT+LIVG
Sbjct: 481 VILSIIQDLNLEPNFLMTTILIVG 373

[Close]

BLAST of Lsi09G007370 vs. NCBI nr
Match: XP_022992937.1 (protein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3 [Cucurbita maxima])

HSP 1 Score: 614.4 bits (1583), Expect = 9.2e-172
Identity = 344/504 (68.25%), Postives = 356/504 (70.63%), Query Frame = 0


Query: 23  MVPLIMELPVINGFHPLLRSSLCPCPCACSSIRSLFFHRRKMFLRLAEYRNSYPFLHTTA 82
           MVPL+ ELPVINGFHPLLRSSL  CPC+CSSIRSLFF RRKMFL LA YRNSYPFL TTA
Sbjct: 1   MVPLVTELPVINGFHPLLRSSL--CPCSCSSIRSLFFPRRKMFLGLAGYRNSYPFLSTTA 60

Query: 83  NSSLSNATGRINNEKDFWDDYEFVEVIGIGSRKEAVLDFCLESALRISSLRFWQIVKHDS 142
           NSSLSNA GR N EKDFWDDYEFVEVIGIGSRKEAVLDFCLESALRISSLRFWQIVKHDS
Sbjct: 61  NSSLSNAAGRANTEKDFWDDYEFVEVIGIGSRKEAVLDFCLESALRISSLRFWQIVKHDS 120

Query: 143 LKVQLLQRFIEKDYTPRMIDVPLSLQSCSKTVILVVSAGYGFDYSAAVDILRTIRSANGF 202
           LKVQLLQRFI KDY PRMIDVPLSLQSCSK VILVVSAGYG DYSAAVDILRT+RSANGF
Sbjct: 121 LKVQLLQRFIGKDYNPRMIDVPLSLQSCSKAVILVVSAGYGLDYSAAVDILRTVRSANGF 180

Query: 203 TVTIVLKPFSFEGKRRQDEVKHLVGRLKEHTSFLIDIDTDRLLEKDLVTLDEAVRSANNA 262
           TVTIVLKPFSFEG+RRQDEVKHLVG LKEHTSFLIDIDTDRLLEKDLVTLDEAVRSANNA
Sbjct: 181 TVTIVLKPFSFEGQRRQDEVKHLVGSLKEHTSFLIDIDTDRLLEKDLVTLDEAVRSANNA 240

Query: 263 VLLAINSISIVKSEMLIKFVDEPQNDVKELDVIDVMERSSGIQHEPRCLKEMALVLVKEG 322
           VL+AINSISI+KSEML KF+DEPQN VKEL VIDVME                       
Sbjct: 241 VLMAINSISIIKSEMLTKFIDEPQNSVKELGVIDVME----------------------- 300

Query: 323 GANLLSFIWYSLLRMDRDENSPELSPSMIKLNTALNDINSPLIVEQPFTNHPDKGKSKLI 382
                                                                       
Sbjct: 301 ------------------------------------------------------------ 360

Query: 383 PSELAAYSSPLQIPNSPNLMENPSIPALVENPSIPILVENPNFPILILENLKEGKIGFGA 442
                                                         ILENLKEGKIGFGA
Sbjct: 361 ----------------------------------------------ILENLKEGKIGFGA 373

Query: 443 GHNFRTSILKSIYDCPFLSVHLKDLKGVVVCIVASSSIIDDNDKSTLLKTFREVTAYTGK 502
           GHNFRTS+LKSIYDCPFLSVHLKDLKG V+CIVASSSIIDDNDKSTLLKTFREVTAYTGK
Sbjct: 421 GHNFRTSVLKSIYDCPFLSVHLKDLKGAVLCIVASSSIIDDNDKSTLLKTFREVTAYTGK 373

Query: 503 LILSIIRDLNLEPNFLMTTVLIVG 527
           +ILSII+DLNLEPNFLMTT+LIVG
Sbjct: 481 VILSIIQDLNLEPNFLMTTILIVG 373

[Close]

BLAST of Lsi09G007370 vs. NCBI nr
Match: KAG6579164.1 (Protein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 614.4 bits (1583), Expect = 9.2e-172
Identity = 344/504 (68.25%), Postives = 355/504 (70.44%), Query Frame = 0


Query: 23  MVPLIMELPVINGFHPLLRSSLCPCPCACSSIRSLFFHRRKMFLRLAEYRNSYPFLHTTA 82
           M+PLI ELPVINGFHPLLRSSLCPCP  CSSIRSLFF RRKMFL LA YRNSYPF  TTA
Sbjct: 1   MMPLITELPVINGFHPLLRSSLCPCP--CSSIRSLFFRRRKMFLGLAGYRNSYPFPSTTA 60

Query: 83  NSSLSNATGRINNEKDFWDDYEFVEVIGIGSRKEAVLDFCLESALRISSLRFWQIVKHDS 142
           NSSLSNA GR N EKDFWDDYEFVEVIGIGSRKEAVLDFCLESALRIS LRFWQIVKHDS
Sbjct: 61  NSSLSNAAGRANTEKDFWDDYEFVEVIGIGSRKEAVLDFCLESALRISCLRFWQIVKHDS 120

Query: 143 LKVQLLQRFIEKDYTPRMIDVPLSLQSCSKTVILVVSAGYGFDYSAAVDILRTIRSANGF 202
           LKVQLLQRFI KDY PRMIDVPLSLQSCSK VILVVSAGYG DYSAAVDILRT+RSANGF
Sbjct: 121 LKVQLLQRFIGKDYNPRMIDVPLSLQSCSKAVILVVSAGYGLDYSAAVDILRTVRSANGF 180

Query: 203 TVTIVLKPFSFEGKRRQDEVKHLVGRLKEHTSFLIDIDTDRLLEKDLVTLDEAVRSANNA 262
           TVTIVLKPFSFEG+RRQDEVKHLVGRLKEHTSFLIDIDTDRLLEKDLVTLDEAVRSANNA
Sbjct: 181 TVTIVLKPFSFEGQRRQDEVKHLVGRLKEHTSFLIDIDTDRLLEKDLVTLDEAVRSANNA 240

Query: 263 VLLAINSISIVKSEMLIKFVDEPQNDVKELDVIDVMERSSGIQHEPRCLKEMALVLVKEG 322
           VL+AINSISI+KSEML KF+DEPQN VKEL VIDVME                       
Sbjct: 241 VLMAINSISIIKSEMLAKFIDEPQNSVKELGVIDVME----------------------- 300

Query: 323 GANLLSFIWYSLLRMDRDENSPELSPSMIKLNTALNDINSPLIVEQPFTNHPDKGKSKLI 382
                                                                       
Sbjct: 301 ------------------------------------------------------------ 360

Query: 383 PSELAAYSSPLQIPNSPNLMENPSIPALVENPSIPILVENPNFPILILENLKEGKIGFGA 442
                                                         ILENLKEGKIGFGA
Sbjct: 361 ----------------------------------------------ILENLKEGKIGFGA 373

Query: 443 GHNFRTSILKSIYDCPFLSVHLKDLKGVVVCIVASSSIIDDNDKSTLLKTFREVTAYTGK 502
           GHNFRTS+LKSIYDCPFLSVHLKDLKG V+CIVASSSIIDDNDKSTLLKTFREVTAYTGK
Sbjct: 421 GHNFRTSVLKSIYDCPFLSVHLKDLKGAVLCIVASSSIIDDNDKSTLLKTFREVTAYTGK 373

Query: 503 LILSIIRDLNLEPNFLMTTVLIVG 527
           +ILSII+DLNLEPNFLMTT+LIVG
Sbjct: 481 VILSIIQDLNLEPNFLMTTILIVG 373

[Close]

BLAST of Lsi09G007370 vs. TAIR 10
Match: AT1G75010.1 (GTP binding )

HSP 1 Score: 209.1 bits (531), Expect = 8.3e-54
Identity = 142/422 (33.65%), Postives = 195/422 (46.21%), Query Frame = 0


Query: 104 EFVEVIGIGSRKEAVLDFCLESALRISSLRFWQIVKHDSLKVQLLQRFIEKDYTPRMIDV 163
           EF+EV+ IGSRKE+++D CL+S      LRFW I K  S  + L QR   +D   + ++ 
Sbjct: 75  EFIEVLVIGSRKESIMDSCLDSPFPSLPLRFWSISKDSSGGLVLQQRLNHQDNALKTMNP 134

Query: 164 PLSLQSCSKTVILVVSAGYGFDYSAAVDILRTIRSANGFTVTIVLKPFSFEGKRRQDEVK 223
              LQS  +  ILV SAGYG D   A++IL  +RS     V ++LKPFSFEG++R +EV 
Sbjct: 135 IELLQSRPRAFILVASAGYGSDQVEAINILSAVRSGGNLAVAVLLKPFSFEGRKRLEEVN 194

Query: 224 HLVGRLKEHTSFLIDIDTDRLLEKDLVTLDEAVRSANNAVLLAINSISIVKSEMLIKFVD 283
            L  +L++HT+F IDID + LL+KDLVTLDEA+R+ANNAV +AIN+ S + S M   F+D
Sbjct: 195 ELARKLQQHTNFCIDIDIEVLLQKDLVTLDEALRNANNAVSMAINAASALISGMHGNFID 254

Query: 284 EPQNDVKELDVIDVMERSSGIQHEPRCLKEMALVLVKEGGANLLSFIWYSLLRMDRDENS 343
               D+KEL+  +V                                              
Sbjct: 255 VMHKDLKELEGSEVK--------------------------------------------- 314

Query: 344 PELSPSMIKLNTALNDINSPLIVEQPFTNHPDKGKSKLIPSELAAYSSPLQIPNSPNLME 403
                                                                       
Sbjct: 315 ------------------------------------------------------------ 366

Query: 404 NPSIPALVENPSIPILVENPNFPILILENLKEGKIGFGAGHNFRTSILKSIYDCPFLSVH 463
                                    ILE+ KE K+GFG GHN +TSIL++IYDCPF    
Sbjct: 375 ------------------------TILESYKEAKVGFGVGHNLKTSILRAIYDCPFFRPG 366

Query: 464 LKDLKGVVVCIVASSSIIDDNDKSTLLKTFREVTAYTGKLILSIIRDLNLEPNFLMTTVL 523
           LKDL   ++CIVASS  +   D  T+L+TFR+   YTG +I+S + + +LEP   +TT  
Sbjct: 435 LKDL-NAIICIVASSVPLQKKDVKTILRTFRQTMEYTGDIIVSTVHEPDLEPKVRVTTFF 366

Query: 524 IV 526
           I+
Sbjct: 495 IL 366

[Close]

BLAST of Lsi09G007370 vs. TAIR 10
Match: AT5G55280.1 (homolog of bacterial cytokinesis Z-ring protein FTSZ 1-1 )

HSP 1 Score: 43.5 bits (101), Expect = 6.1e-04
Identity = 30/103 (29.13%), Postives = 50/103 (48.54%), Query Frame = 0


Query: 171 SKTVILVVSAGYGFDYSAAVDILRTIRSANGFTVTIVLKPFSFEGKRRQDEVKHLVGRLK 230
           S  V +    G G    AA  + +  + A   TV +V  PFSFEG++R  +    + +L+
Sbjct: 158 SDLVFITAGMGGGTGSGAAPVVAQISKDAGYLTVGVVTYPFSFEGRKRSLQALEAIEKLQ 217

Query: 231 EHTSFLIDIDTDRLLE--KDLVTLDEAVRSANNAVLLAINSIS 272
           ++   LI I  DRLL+   +   L +A   A++ +   +  IS
Sbjct: 218 KNVDTLIVIPNDRLLDIADEQTPLQDAFLLADDVLRQGVQGIS 260

The following BLAST results are available for this feature:

BLAST of Lsi09G007370 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q6F6B5	1.2e-52	33.65	Protein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3 OS=Arabidopsis thaliana O...	[more]
Q9CCE4	8.3e-06	35.00	Cell division protein FtsZ OS=Mycobacterium leprae (strain TN) OX=272631 GN=ftsZ...	[more]
P64171	1.1e-05	34.00	Cell division protein FtsZ OS=Mycobacterium bovis (strain ATCC BAA-935 / AF2122/...	[more]
A5U4H7	1.1e-05	34.00	Cell division protein FtsZ OS=Mycobacterium tuberculosis (strain ATCC 25177 / H3...	[more]
P9WN94	1.1e-05	34.00	Cell division protein FtsZ OS=Mycobacterium tuberculosis (strain CDC 1551 / Oshk...	[more]

BLAST of Lsi09G007370 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1JRB9	4.5e-172	68.25	protein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3 OS=Cucurbita maxima OX=36...	[more]
A0A6J1FFA3	1.1e-170	68.25	protein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3 OS=Cucurbita moschata OX=...	[more]
A0A1S3CRX6	1.4e-170	66.87	protein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3 isoform X1 OS=Cucumis mel...	[more]
A0A1S3CS57	1.4e-170	66.87	protein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3 isoform X3 OS=Cucumis mel...	[more]
A0A1S3CS05	1.5e-167	66.27	protein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3 isoform X2 OS=Cucumis mel...	[more]

BLAST of Lsi09G007370 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_038907181.1	4.0e-175	69.64	protein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3 [Benincasa hispida]	[more]
XP_023550462.1	1.1e-172	68.65	protein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3 [Cucurbita pepo subsp. pe...	[more]
KAG7016680.1	4.2e-172	68.25	Protein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3 [Cucurbita argyrosperma s...	[more]
XP_022992937.1	9.2e-172	68.25	protein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3 [Cucurbita maxima]	[more]
KAG6579164.1	9.2e-172	68.25	Protein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3, partial [Cucurbita argyr...	[more]

BLAST of Lsi09G007370 vs. TAIR 10


Match Name	E-value	Identity	Description
AT1G75010.1	8.3e-54	33.65	GTP binding	[more]
AT5G55280.1	6.1e-04	29.13	homolog of bacterial cytokinesis Z-ring protein FTSZ 1-1	[more]

InterPro

Analysis Name: InterPro Annotations of Bottle gourd (USVL1VR-Ls) v1
Date Performed: 2021-10-18


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR036525	Tubulin/FtsZ, GTPase domain superfamily	GENE3D	3.40.50.1440	Tubulin/FtsZ, GTPase domain	coord: 145..306 e-value: 1.0E-13 score: 53.4
IPR036525	Tubulin/FtsZ, GTPase domain superfamily	SUPERFAMILY	52490	Tubulin nucleotide-binding domain-like	coord: 108..271
IPR045061	Tubulin-like protein FtsZ/CetZ	PANTHER	PTHR30314	CELL DIVISION PROTEIN FTSZ-RELATED	coord: 424..525 coord: 163..300 coord: 82..149
None	No IPR available	PANTHER	PTHR30314:SF17	CELL DIVISION PROTEIN FTSZ	coord: 424..525 coord: 163..300 coord: 82..149

Relationships

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


Feature Name	Unique Name	Type
Lsi09G007370.1	Lsi09G007370.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
cellular_component	GO:0016020	membrane
cellular_component	GO:0009536	plastid
molecular_function	GO:0003924	GTPase activity
molecular_function	GO:0005525	GTP binding