Lsi09G018300 (gene) Bottle gourd (USVL1VR-Ls) v1

Overview


Name	Lsi09G018300
Type	gene
Organism	Lagenaria siceraria (Bottle gourd (USVL1VR-Ls) v1)
Description	FUNCTIONS IN: molecular_function unknown; INVOLVED IN: protein folding, protein transport; LOCATED IN: chloroplast; EXPRESSED IN: 23 plant structures; EXPRESSED DURING: 13 growth stages;
Location	chr09: 27132318 .. 27150429 (+)
RNA-Seq Expression	Lsi09G018300
Synteny	Lsi09G018300

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonCDSpolypeptidethree_prime_UTR

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

ATGGGACCTGTTTGTCTCAATTTTCAGCATCTGAACCAGATTCAAGTTCAAGTATGGCATTGAAACCAAAATCTTTTCCTGGATTAAACAACACTTTCAGTTCATCTGCTGTTTGTGTGGTGTTAACCTTCTTGTCCTTCACACTTATATTTTCCTGTATTGGAGTCCAAAGAAAAAAAAAATGAGGTTATGTTTTTGGTATTTGGATAATTGCTTTTGGATAAATTACAAATTTAATTGTAAACCATGTAGTCTTTGAACTTCAAAAAGGTTTAATTACATATTTAAATTTTGAACGATCATAGGTTGGTCTAGTGGCAGTGGGAACATCCAAAAAAAGCCAAAGGGCTAAGGGGTTGTGGGTTCAATCCATGGTGACCACCTACCTAGGATTTAATATCCTACGAAGTAAGTTGGCAGCCCGCCTGTGGCCCGGACACTCAACATATCATTTGTAATATATCAAATTCAATCCATACACCATGTCATTCTATTTTATCCAACAGTTAAAACTTCTTTTCACCATTTTTTAGCCGCGTCTTGCCAAATTAACAAGACATTTGTCTAATAGACATGGCACATCATCATTTAGTTAATGATATTGATGATAGAAACCACATAAAATCACATAAAACATTCTAAGAATATAGTTTCATTATATAGACATAATCATCCAAGTTAATTCGTAAAATTTATTATATATTTTGAAATGATGTGCTCATGAATAGTGATTTTATTTACCCAAATATCGTTGACTTCTACAAGCCATCTAGAAAAACCAAATTAAAAACATCTCCAAATTACAATCACCACATAGGCATTAGGTATAAGAAGCAAAGCAATGAGGATAAAACTTGCCTTCTTTGCATAATCTGCCATAGTTGAGTTCAATATTTCTTGTATGACAAACTTTGTGACTCGGTCCTTACCAAGGACTTCTAAGAGGAAGCTTTTTGGGACCTGAAGGAATTAATTATTGAAAAATAAAAACCTTGTGGAAGAATAGAATACTATGTGTAACTAGGATGTAAATCCCCGCATAACATGCCAAAAAATGAATAAGGATACTGAGAAAAAAAAATGAATCATAAGCGAAATCAAATTTAACCAAATCCACAAACAAATGTTCCAGGTCAAGGTGCGAGAAGCACTGCTTATAACTTGCCCATATTTCATGAACAGATTATTTTCCAATCAATTTCATAATAAGATTTGTAACTCGATGACTCAAATTTGTGTTAACAATATAACATCAGAACTAACTCATTACAAATAAAAACACCAAAACTTGGGAATATTACCAAACAGGACAAGATGCATATATTGGATGAGTTAGAACTAAACAACGAATTTGAAAATTCTTGGAAACCCAAGGGGTAAAGTAGAAAAAGCAAAGAGAAGCAACTCACATTTGATGTTTTCCCTGGCAAAGCATCAACAGGCATGAAGACAGGAAAGCATTAGAAACCATATAAAGTCAAGTCATCTGCTACGAGAAATAAGAACTTATAAGCTGTAAAAGCAGCTACATATATGAATGCATAAGGACAGGAAAGGCACTTCTCAATTCCCATGTTTGTCTATATGGATAATGAACATGTAAAAGACTACTGTTGCAGATGAATGAATGGTTGTAACATTCAAGGTGGAAGGAGAGGAAAATCATGGTACTACCTCCTTTTTGCCTACGAAATCCTGGCATCGGCGGTGCTGAGCGGGCTAAGTTTGTCAAAACCTGATCAAATACCTTTTGTGTCTCATCCCCAGTCAAGTCCACTCTTAGCTGTCAATTAGATTTCATTAGAAATGCATATCAAAGAAGACGTGAAAGGGAAGGATGATAGGAACCCAACTTGATTGAGAATGGAAGTAAGAAAGTTACACTAATTGTCTTCACATATAAAAGAAAAATTACAATAACCAAACACTTTGAGAGGCATGGACTCTTCCAAAATTCATTAGAAATGCATATCAAAGAAGACGTGAAAGGGAAGGATGATAGGAACCCAACTTGATTGAGAATGGAAGTAAGAAAGTTACACTAATTGTCTTCACATATAAAAGAAAAATTACAATAACCAAACACTTTGAGAGGCATGGACTCTTCCAAAATTCATTAGAAATGCATATCAAAGAAGACGTGAAAGGGAAGGATGATAGGAACCCAACTTGATTGAGAATGGAAGTAAGAAAGTTACACTAATTGTCTTCACATATAAAAGAAAAATTACAATAACCAAACACTTTGAGAGGCATGGACTCTTCCAAAATGTCTATACTCCAAATTCCGCCTCTCAAACCCCTCTATCCAACTGCCTTACAACCACTATTCTAACAACCTCAAGACAACTGTGACCTCCTAATATCCTAATAATACCCCAAATAGTTCCCTGCTAACATTCCTAACAAAAGCCTACATTGAGAATAGATTGTTCGTTAGCTTTGGTTGGCAGAAGTTGTAACTAAGTGAGGTGGCATTAGGAGAGTGAGGGATTAGATATTGAGACCGTGGTATCTTAAGAATGCATTATTTTCTTGAACGAAGTCTGGTAGTTTGCGTCCTGCGCAAAGATAGCTTCAAGTCTCAAAGTCTTTTCTTTGTATCCTGCAAATTTGCATCAAAATTCTGGGGGCAGTTATCATGCTTTGGGTGGTCCACATACAACACTCCCTCAAAATCTCCTCCTCCTCCTCTAGTATGTTTTTGGGGGTCATCCTTTCAGCTAAGAAAAGAAGCTCTTATGGATGCACTTTACAAGGACTTTCTTCTATTGTTTTTACGGCTATTTCTTAGTGTAAATGCTCTCATCTCTTTCACCATTACTTCTTTTATATCCAATTGGAGAGTCTCATTTGGAGTAGGGTTTGTCTCCTTTCTTTTGTAATTTCATACCATTAATGAAATTGATTCTTATTAAAAAAAAAAAAAAAAAACCTCTATGCTGTAACAAAAATTGTGATGCATGCTTCAACTACTTCACATAGGTAAGACTTACTTGTATCTGGTTTTCCTCTTCAGATTCTACAACTACTTTAGCATTTTTCAACGTTATTGCATTGCCTTTGTAATCTGTGATGGCTGCCTCAAAACCTATGACATCAAAACAGAAGACCAACAAAACAACATCAATCTAAGCAGAAAAGGGTCTTTTTTGTACAACTAGAGTTGATTGATAAGTGACAGTTAATAACTTACAAAATAATGGCGAAACTGGGATAATTTTTACCAAATCCGTTATTGTGTTTCTGACCCACGATTTATTATGTCTACAATCATGTTACATATGCATGATTTGCAATATACTGGACACAATTTTCTAATACATGGTATAGAAGATAATAATGTTTTCTTCTCGTTGTACATACTAAACAGGGATTCAGTAGTAAAACTATCTTACTTTTGTCATTTGCTTCCTAATTACCCTATTTTTGTACATTACTTTCCAACCTACATTAAAAATAAACTAAACGAGACTCCCAAACAACAAGGAAAGTTAAAAGGAGAATAATTATAAAGGTTATAAAATACTGTCAATAAACAATTTAATTAGTCCATGAACTTTAGCAAGTAACAATTTGATTCCTGTAGATTAAAATTTCCAATGACCCAGTTAATGAAACTTTACGTATGAAACAACTTAGTTCTTATAGTTTAAAATTTGTAATTCAGTCTTTACTGTAAAAAGTTCAATCAAGATGATAGCAATCCAAGTATGCAGAAGTACCTGAACTAGCTATGGACATCGGTTTGGACAAAAATCTGGAACCCATTTTATGGGGACTATAAGAAAATGACGACCTGGAAATGAAAAAATGTTCCCACTTCTATCCATCAGTTTTCATGTACAATTCACCAAATCGAAAATGAACAAGTGTCATCACACTTCTCAATTGAAAAAAAAAAAAAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTTTTTTTTTTTTTCAATTGAGAAGTGTGATGACACTTGTTCATTTTCGATTTGGTGAATTGTACATGAAAACTGATGGATAGAAGTGGGAACATTTTTTCATTTCCAGGTCGTCATTTTCTTATAGTCCCCATAAAATGGGTTCCAGATTTTTGTCCAAACCGATGTCCATAGCTAGTTCAGGTACTTCTGCATACTTGGATTGCTATCATCTTGATTGAACTTTTTACAGTAAAGACTGAATTACAAATTTTAAACTATAAGAACTAAATTGTTTCATACGTAAAGTTCATTAACTGGGTCATTGGAAATTTTAATCTACAGAAATCAAATTGTTACTTGCTAAAGTTCATGGACTAATTAAATTGTTTATTGACAGTATTTTATAACCTTTATAATTATTCTCCTTTTAACTTCCCTTGTTGTTTGGGAGTCTCGTTTAGTTTATTTTTAATGTAGGTTGGAAAGTAATGTACAAAAATAGGGTAATTAAGAAGCAAATGACAAAAGTAAGATAGTTTTACTACTGAATCCCTGTTTAGTATGCACAACGAGAAGAAAACATTATTATCTTCTATACCATGTATTAGAAAATTGTGTCCAGTATATTGCAAATCATGCATATGTAACATGATTGTAGACATAATAAATCGTGGGTCAGAAACACAATAACGGATTTGGTAAAAATTATCCCAGTTTCGTCATTATTTTGTAAGTTATTAACTGTCACTTATCAATCAACTCTAGTTGTACAAAAAAGACCCTTTTCTGCTTAGATTGATGTTGTTTTGTTGGTCTTCTGTTTTGATGTCATAGGTTTTGAGGCAGCCATCACAGATTACAAAGGCAATGCAATAACGTTGAAAAATGCTAAAGTAGTTGTAGAATCTGAAGAGGAAAACCAGATACAAGTAAGCCTTACCTATGTGAAGTAGTTGAAGCATGCATTACAATTTTTGTTACAGCATAGAGGTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTATATATATATAAGAATCAATTTCATTAACGGTATGAAATTACAAAAGAAAGGGGACAAACCCTACTCCAAATGAGACTCTCCAATTGGATATAAAAGAAGTAATGGTGAAAGAGATAGAGCATTTACACTAAGAAATAGTCGTAAAAACAATAGAAGAAAGTCCTTGTAAAGTGCATCCATAAGAGCTTCTTTTCTTAGCTGAAAGGATGACCCCCAAAAACATACTAGAGGAGGAGGAGGAGATTTCGAGGTTGTTGTATGTGGACCACCCAAAGCATGATAACTGCCCCCAGAATTTTGATGCAAATTTGCAGGATACAAAGAAAAGACTTTGAGACTTGAAGCTATCTTTGCGCAGGACGCAAACTACCAGTCTTCGTTCAAGAAAATAATGCATCCTTAAGATACCACTGTCTCAATATCTAATCTCTCATTCTCCTAATGCCACCTCACTTAGTTACAACTTCTGCCAACCAAAGCTAACGAACAATCTATTCTCAATGTAAGCTTTTGTTATGAATGTTAGCAGGGAACTATTTGGGGTATTATTAGGATAGTAGGAGGTCACAGTTGTCTTGAGGTTGTTAGCATAGAGGTTGTAAGGCAGTTGGATAGAGGGGTTTGAGAGGCGGAATTTGGAGTATAGACATTTTGGAAGAGTCCATGCCTCTCAAAGTGTTTGGTTATTGTAATTTTTCTTTTATATGTGAAGACAATTAGTGTAACTTTCTTACTTCCATTCTCAATCAAGTTGGGTTCCTATCATCCTTCCCTTTCACGTCTTCTTTGATATGCATTTCTAATGAAATATAATTGACAGCTAAGAGTGGACTTGACTGGGGATGAGACACAAAAGGTATTTGATCAGGTTTTGACAAACTTAGCCTGCTCAGCACCGCCAATGCCAGGATTTCGTAGGCAAAAAGGAGGAGAGAGAGGAGAGAGGAGCAATCATCATTATACTTAACTAATCTCACGAGCATCTTATCAGTCAGAAAAATAAAGCCAACTCATAACTGAGCGATAATACCCCTGCCATGTGGTATACTCTCAGGGTTTAGGCTCCGCATTTCAACATCAATATATTGTTAAGGACACATTTGGCTTCCATTTAATTGCATTTTAGATTGTTTGCAACAATAATATTAGGTAAGAAACGTGAGTATATTATTGACAGAAGAGAGAAAAACAGCCTAAGGGCCAGGGAAGAGGGATCCCCCTCCCAACACCTACTAAATGAGAGCTTTCCAATTGCAAATTAAGGAGCATGGTAAGGTTGTAATTACAAAACAACTTTCTGTATTTTACACCACCAAGAGAACATTAGCTGTGCAGTTATACAAAAAATATCAAAATGAGAGGATGTATCTTCAAATGTTCATAAATGTTCATTGATTCCTTTCCAACCAAATATGCCATAGTAAGGTCGTAGCCGCACAGTTCCACACACTTCCACCCTCTTTGCCAACTCCCAGCCAGAGTTGTGGGATGGGTGTTTGGTTCTGCTCAGGTTGTAGGAAGAAGAATAGATGGAACACAACAGGTCCCACTAATTGAAAATGGCATCATTTGACATAAGCCTTTATTTTGATACCATAAACTAATGATATTGATTGAGCAAGGGAGAAAGGAAGCTACAGAGAGTAGTAGAAGAAAACAATAGTGTAGGGCACTGTGTCAGCTCAACATAATATGTGTGACTCAACAACTTTCTGTTTACATCAAAATTATACTGGAGAAAAGAAAACCTAGCATTACCACCTCGCACCTAAGTCATGAACTGCTATAAAAGAACATGAATTCAGATATCTAGGATGGGTGGCATGTACAGTCAGCTAAGGTAATGACATAGCTTCATTTATACCCTAACAGTTGTCTGGTCCGATGTTTTGTGGGTTATGCTCGTTTGTTTGCACATGAGGTAGTTTTAGAAAAGTCTTTATTTTAGATCTTAGATTTTTTGAATGGTTGGTTTGTTTGTATGATCTTAGATTTCTCTTTCATTTTCTATTGTTTCTCATTGTTGATGCAAAATTTGGGACAGGGGAAACGCACCTAACCCTCACGTGACATCATCAGTTGAATTTATTTGTAATTCAGGGAAGAGATAACCTGCAAAACAAAGAAAAATGGCTCCGATGTCTAAGTCATTAAGAGAATTGTAGAATAGAGAAGAAGTCAGAAACTTCGATACCTCATATGGAGCCATAATGGTCTATTTATAGGAGATTTGATCTAGAGTTTATCTTAATCCTAGTAGGATTAAGATATGGGATTTAACCCTCCTAGGATTAGGATATCAGGTTTTCCTAATCCCATGCAAGTTAGATCAACTCTTATCTTATCTTACCTTTATCTTGACTTTTGGCTTTATTCTGCTTGATCAAAATTCACCCACAACATTAGCCCCCACTCCCAAGTTGGAATTTCATGGTTGACTTTTTTAATTGTTATAAGTTGGACAGAGTTCAACTTGGGAGTACTATTTTCTTAGAGCACACGATTTTAAAAAGATTATAACAAAATAACTATGCATAGTTAAGTTAGGAATCAATAACATGAGATTTAAACAAACTCACTAATAATTTTCATATACGATTAGAAAATTTTTAAATTTCAAATAAAGCTTATATGGGATTCCATATTCTAGTAGAAATCTTCAAGGTTGAAAGTTGCTTTATTTTTTTTCTTCCAATCTAAGCCCCAAGTGTTCTGTGTATTTCATGATCTTGTTCGTTCTAGCCTCTAGAATTTGCCTTTTTGTTGGTTTTTGACTATGGGTTGAAATATCCAATGTCTTTTACCATAAGAAACTTTTTCCCCTTGGGGTTTGTCGATCTTTTCTTTGGTTTATGACTATATGGATGTGGAAATTCCAAATGTCTACCACAAGACTTTTTTCTTGGGCTAGATTGCGAACAAGTTCAACTTGGTCTTGATTTTTTTAATTTTGGAGTTGAAAGGTAGAGCACTCTCGTTCCCACAGACGGCGCCAAACTGTTGATGCAAAATTTGGGACAGGGGAAACGCACCTGACCCTCACGTGACATCATCAGTGAGAACCTGCAAAACAAAGAAAAAGGGCTCCGATGCCTAAGTTATTAAGAGAATTGTAGAATAGAGAAGAAGTCAGAAACTTCAATACCTCATATGGAGCTATAATGGTCTATTTATAGGAGATTTGATCTAGAGTTTATCTTAATCCAGGATTAAGATATGAGATTTAACCCTCCTAGGATTAGGATATCAGGTTTTCCTAATCCCATGCAAGTTAGATCAAATCTTATCTTATCTTACTTTTATCTTGATTTTTGGCTTTATTCTCCTTGATCAAAATTCACCCACAACACTCATTATGGTATCTCTGTTTATATTCATCTGAAGTTTATTCATTCTTATTCATCCTTCTTTCTTAATTGTAGGCTATATATTATAAGCAGACAGCAGATTACTTTACTCCAAACCTCACCTGCACAAGTGTGTCTTTTCCCAGTCAAAAAGGATACAGTAGCAGAAAACTTTTTTTGAGGTAATTTCCATTTCATTCGACCAAATTATGTTTCTAATAATAAGCCAAATTATGAATTATTGTGTCCCAAATTAGGAAGACTTCAGCATCTAATTGATTTACTCTGAACTTTTCTTTGATATGATGAAGCTGATTGGTTGAACATCGAAGTTTACAAAACATATAAACTCATAAGAGACTAGCTTGACATTTTGGCTTCTAACCTGCATGCAAGTATAAATGCTCATGATCGGCTCCATTTTTCTCAATTGGATGCTTCACATCCTGTCCTGTTATTTAGTCACTCAAAACAGAAAGTTAACATGGAATATCATCCGAAATCGCCAATTCACCATCAAGATTCAAGACGATCAATACATTTTTGGATAAATCTTTTCTTTCGTGGATGAAATAACCAACTTTCATCTAAATGAAACTACAAAAAATGGCCAAAAAAATCAGGAACATACTAAATTAGAATTAAAAGAACGAATGCTAACTATGGAATCCTCAAAAACAAACAGCGGCACATGATGAAACTGATTGATTGTTTGTAGTTGTTGTTTCTGGTATCAACTATGGAATCCCCAAAAACAGAGGCACATGATGCTGCAGCTTCTGATCCTGGTTACAAACAGACCCAACAGCTAAAAAAATGAACAATAACACACATAAACACAAGTTTGAATTCACCATGAAATTATTTTAGTTCAAATTTAATTTGATAACTCAAGCTGCTACAATTCGTCCATAGTGAGAAGAAAGCAATTTTGAAATGCCATTGACCTTGACCTGAAGTTGATGAAAATGACATATTTGGTTCTGTGTTCAAATATAGAGATTATTGATAGTGTTTTGTCATATAGAAAGGAAATTCATTTTTGATCATCAAGAAACACGTTGTGAAAATGTCTATTTTCTAAGCTACACTTCGGCCGATCTCCAAACGGAATATGGGTTGGGCTCTCGGGTCATATAAAAAGGGAATGGGATGCCCACAAACCACATTGTCTCATGTCGAGTACAAAAGATTAAATCATTAAAAAAATAATAAAAAGGGAGGAGGGAGTAGAGGGAGGCGAGAGAGGAGAGAGAATGGGAAGAGAGAAGTTTTTTTTTTTTTTTTTTAATTTTTTAATAATAATTATTATTATCACTATTACTATTACTATTATTATTATTAACTAAAAATGTCGTTTCATCGTTTCAAGCAATAAAAATATTACTCCAAACAACTATTCTTAAAAATTCGAGGACTAAAAGAGTGCATTTCAGAACTTCAGAACCAAATGTACCTCTTCCTGAAAACTCGGGGACTAGAAAAGGCATTTTCCTTTGAACATTTTATGGATTCAAAAATTAGCATGTGATCCGGTAAGAATTGGAATTTGGGGAGAACATAATATTGCATGGTTTGAAATTATTTAAGCAAATAAGTTGTTGCAGGCTTATTAGTATTTTTAGTATATCCTTAATACTTTGAGATGAATGAATTCAACAATAAATCATTAAGGCCATCGGCATGATGGTTAGATTTTTATTTGGAAATATTTCAATTGTTTAAAAAGACATATTGACATCATTTGTTGCTGGTTCATCTAATTGAGATTGCGTGTGCACCATTTCAACTGTCCAACTGACATATGTAGCCATAATCATTTGTATGGTTTTGAAAGACAAGTAGTTGTCTATGTTCCTAATTATAAAAATTATTTGTTCACTCTACAGTAAAAATAACAGATATCTTCCAGCTGCTTGTGCTGTGTTATCAGGTTTTAATACACTTCCTTCTGTTCCAAGAGCAATTTCTAAATTTTCCGTTTGTGGACTATGTTGTATAAAACTTTTAATTTTGTTGTGAACAGAAGATGTGAGTGTTTCTTCTTCTCAGTTTGAAGACTTCTCCGTCACTAATGCTACTGATACAACTGAGAATAAAGAACTAAAGGTATGAAATACGGTGAGTTTTATTCTCAGATTCCTTGTATCTATAACCCTCAGATTTCTATTGTTCGTTTAAATTCTATATGGATTTTTGAATTTTCAGTTAGTTTGTTTTTAACCCTAAACTTTCAAATATTATGTTTTCGTTACTTCACTTTTAGACATTCTATTTAGTCCCTAAAAACTATTATAGTCCTTGCCATTAATAATTCATTAGTCATTTTAAATAAATTACTTCATTTTGAAATCCAAAATTGAACCTACTAGTGGCCAATGCACCTACCGCCACAGAAATCAGTCATCTGGTAAACAAGTAAGAGACATACCTATTTTAGGTTTCTGTTAAAAATTTATAAAAAACTAACGTTCACACTTGAAATCATTTTTTAGGCAAAAATTTAGGGATTGAAATAGAATATTTGAATGTCTAGGGACCAAAATAAAATGAGCATGAAAATTCAGGTTTGAAGTTGGATTTTCAAACCTTTGTTATATTATGCACAACAATTTAATGTAAATTTAGGAACTTTTATTATTACCATAATTTTTTATTTTTTGGAGTTTGCAACCAGATTCGTGTTGAGGTGTCTGGAGTCAAAACTCGAGCAATTTTCAACAATGTGTTTGACAAAATGGTTGCTGAAGCCCAGCCTATTCCAGGCTTTAGAAGAGTGAAAGGAGGTAATATCCAGAGGCATGTTTCTAATTTGAGGTGCTCATTGTCTTCATTATCGTTTTCTCAAAACCATCATAACAATGTTGCTGGCACCATTAATTTCTGGCGAGCTAAAACAAGCATGATTAAATTTATGGGTGATTGTGTTGATCTTAGAGAGATGGAAATGTTACTAAAGGACCCCTTAACAATCAGAAAACCACTTCCTTTAATTTGTTTCTCACACTGTTTTCTTTTTTCTTTTCCTTTCCAATTCACTTCATTGGACATGAACAATGCTGCTCTTCATTGGATGTCAGGAAAGACGCCAAACGTAAGTTTTCTTTCCTTTCAATCTCTTGGTTTTCAGGAAGTAACTACTGACAATCTTGATAGGGAAGACAGCAGAAGTTGAATTACTGACAAGTTCATCATTTGTTCTCAACAGATACCCCGAGACATTCTATTAGAGATACTGGGACCTTCTAAGGTGTACAAACAAGTTATTAAGGAAGTTATCAACTCTACTGTTGCTGCATATGTGGAAAAGGTAAAGATATAATTGCCATTTTCATATTCTGATTTTGAGCTGGGATTTTTATAATCTTCATTAATCTGAAATTCGAATCCATTTGCATGTTTTGCTCTGTCCTAAATGATGGATTAACTCAAGGCTGGAAATTGTTTTAGCATACGGAGTGGAACCTCCTGCAATCTACAGTGAATAGTGAAAATGTTTTTATTTCATGGTTGATATTTTCTACACATAGATATAAATAAATATAAATGGATAGCTAGCAAATAGGAGAAGACCCCATAAAGAATATGGTCAGAATTCATAATAGTCTTGTCCAAATAATCAGATTGATTATCTTGATCCATAGTAGAGTTCAATCTCAACAATGGAGGCAATATAAAAGATATAAAAGCAATAAAAAAAGCCCTCTCCTTCTCTTTTCTATTGTGATTTATTGATTATTATGTGAGACGTTTTTTAGATTTTCATATAGAAATAGGAACAGAGAGACCGAAAATGACATCATATATCAATGCTACTATATTAACTGAGTAGTCATGACTGAAATATAATAAAATAGAACCTCTTTGAACTTTTTGATATTCTTCCTATTATAAAATAACTAGAGTTGAATTCATTTGCTTAGCCTTGGAAATATTCTTCATCAAAGTCAATCAATAAAATCGCTAAATACATGTTTGGGAGTGATTTTGAAATTGATAAAATCATACTTTTTTCATGTTTAAAATCACCTCGAAACACATCTTTCATCACTCAAAATTAATTTAATATTTAATTTTACACTTTTAAATTCAATTTTCATGTCATCAAAATTGGTTTGGAATGATTCAAAGCATGCATTAGAATGATTTGGAAATGACAAAAGTGATTATGAACATTTTAGAATCTCAAACATCTCCTGTTGCTACAAATAGATTAGAAATAACATGTCAGCAGGTTGGGGCATTCCATATCTTAGTGTTTTTCTCTTTCCTTTGCTTTTCTGGAAAATTTTACCTTTGTAGCAGGAAGCTCTAAAAGTGGGTAAAGACTTGAGAATAGAGCAAAGCTATGAGGATCTTGAAGACCAATTTGAACCAGATGAAAAGTTCTTTTTTGATGCCATTATTCAGCTCAAGGAATCAAAATGAATTTATTGAACTATCTGTAACATACATTCAGTCAGATTTAATGCAATTTTGCGTGGAATCTCCAAATTAGGTTGTGCATTATATGTTTGTTTTGGAAGGGGGTTATCATCAATTAAACTAGAATTATAGCATTTTGGAGCTTTAAACTAAGTGATTTTTTTTAAAGTACCATTTTGTTCGGTATACTTTTAGTTTTGTTTCATTTTCAAATTTTAAATTGTCCAATTCCAGACTTGTACTTTTAATATATCTAAAGACCACATGACCACATTTACCAACCTGTAAATATGAACAATCAATAGAAATAAGAAAATGTGGGACCCACTTCATTACAATGTACTAGAAAAATAATATTCTATAACAAACAAATAAATATTGAAATTAAGTCCACGAATAATAATAAATGATCAAGTACTTCTTGACCGATAAATATAGTTTATGAATAATAATTCAATGATAATTCTAATATATTCATTGTATAACTTATATACTTTATGTTCGGTATATTAGTTAGCTAATCTACTAAAGCTAATCTACTAAATATAAAGTATATCAGTTATAATATTAATATACATGTTGATACATCAATAAGGGTACATTTGGGATAATAGAAAACAGAAATATGTTTTTATGTTTTTTTTTCCTTTCTTTTTTTTTTTTTTTTTTTTTTTTATTCTTTTGCAGGAGGGGATAGGTATAACTGAAATTTTAAATGCAATAGTTGAAAGAGTTCCTCCACCTCGTAATACTGCTGATAGGCCACTCAGAGCATTAATATTTGATAGGTATATAAACTACCTTAGTTATCTCTATCTCTCTATCTGTGTTCATTAATATTTGAAGATACTGCTTAAGTATATCTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTTTTTTTTTTTTGTTTTTTTTTCTTTTTTTTTTTTTTTTTTTTTTTTTGCTATTCTTGCAAGTGCTCTTTAGATTCTCAATAATATTATTGATTAAGATACGAAAAATACCAAGGTACTGCATATTAGTATGCATTCTACCAATTGTCCAATCATAATTTATCACGTGACAAATTTTTCTTACTTATTTTTTAAAATATTTTTAATTTTTTTTGTTTGATTAGAGAGACACGCAAAGACAAGTGGATCTATCGATGCACTCAAAAATTACTCGATATAATACTTTATTTATTAATTAATCTACAATTATTGAAGTATAGCCAACTGTAGTGTTTTATCGTTTTCCAATTTTATGAATTGACCTTAAGGCTGAGAGATCCCACCAAAAATCCACCATTATGGTTTTAACATTTCTACATGTAATTGATTGAGTTGAGAGTAAATAATTGACAGTGTATTATTACTTGTCCCCACACTTATCTTCTTCAAAAATATTTCAGAGAAATGACAAATTGAACCCTCTAATAATTTATTGAAACAAAGTGAGATAAAGCTGCTTCTCATCACCCTATAAAGTTCTTCTTCATTGAAGCTCCAATTGCACCACAACATTTAGAAAAGAAAGAAAAGAAAAAGAAAAAGAAAAAAGATGGATCTTTTCAGAGGACTAGGGAAAGCTGGGACTGACATTTTGGGAGGAGTTGTGAAAGGAGCAGGAAAGGTGGTTGAAACAGTGGGAGATGTGGCTGAGAAGGCGCCGGTCGTCGGTGGCATCGGCACTGTCGTGGAGAGCACCGGGAAGGCAATCGAAAATGCCGGTGAGGTGACCGAGGATTTCGGCGAAAAAGTATTTGAAAAGAAAGAAAATAAGCCCAAAAAAGGTCTTAAAAAAACTATAGTCGACCAAATTAATGAAGATTATCGTGACGACGACGAGGAAGGTGACTCGAAAGAAAGCGAAAACCTTGATGAAAACTATGAAGACGATGATGACATAGATGAAGCAGAGAAGAAGTTGATGAAGAATGAAATAGATGATGATTCAGGTGACGAAGAAGAAGAAGAAGACGACGAAGCAGCAGCGAAGGTACTCCCGAAGAATTTCTCCCTCAAATCCATCCGCAACAACAAATACCTTCGCTACATAAGCGAAAGCGAAAACTCAGATGGACTCCTCCGTTACTCCAGCAAGAACATTGTCGGTCCGTATTCGAAATTCTCCGTTCGCGCATCGAAAACCAAACGGGGTTTCTTCCACATAAGATGTTGTTACAACAACAAATTCTGGGTTCGTTTATCTGAAAACTCCAACTACATTGCAGCCATTGCCAACGAAGAAGAAGACGACACATCGAAATGGTCGTGCACTTTGTTCGAACTGATTTTCGTACCGGAAAAAACCGGACATTACTACATCCGTCATGTTCAACTCAACACCTTCCTTTGCATAGCTGAAGGAGATCCTTCACCTTACAATGATTGTTTAGTTGCAAGAGTTGAAGACTTAACAACCATTGACGAGAATCTTGTTCTGTCAGCCGCCATGGATTGGGACTCCATATTTATACTACCAAAATACGTAGCTTTCAAAAGCAACAACGACCAATATCTAGAACCATCTGGAAAATACCTTAAATTTTCAGGTTCTAGCGTGGAAGATCCAGCCGTTGTGTTTGAGATAATATCCATGCAAGATGGGTATGTTCGTATCAAACATGTGAGTTCAGGTAAGCAGGGGCGGATTTACGTGAGGCTCAATTGGTTCCAATATTTTTTATATATTCGATATTTATAATGGTCATTGCGTCCACCTATTGGATATAAACTTGAAACCATAAGAATCTGTGAAACACAGAATAAAAAATTTAATATAGAAACAAATTTAGAAGTTCATGGGCTTGATCAAATTGGTCTCCTAACATGAAGTTTTGGATCTGCAGGTAAGTATTGGATTCGAGATCCGAATTGGATATGGTGTGAATCAATCGACATTGAAAAAGACAACCCCAACGCTTTGTTTTGGCCTGTGAAAGTTGATAACAATATCGTGGCGTTTCGTAACAAAGGCAACAACCGTTTTTGCAAGAGGTTGACGACGGAAGGCAAGACTAATTGCCTTAATGCCGCGGTTGGAACGATTACGGATACCGCACGTTTGGAAGTAACAGAGATTGTTGTTGCAAGAAGTGTGGAAGATATTGAGTATCGTGTTAATGATGCAAGAGTTTATGGTAAGAAGATTCTCACTGTGTCAAAAGGGGTTGCTATTAACAACACGAAAGTTGAAGATAAAGTAAGTTTGAAGTTTAGGTATGAGAAGAAGGTGGAAAGAACATGGAGTTCGTCGGTGTCGTCGACTTTCGGAATTGCTACCAAGTTTACATCGAAGATTCCAACGGTTGGGAGTTTGAAGTTTGAGCTTTCGTTGGAGGTCTCGAGTGGAAACACGAGGGAAGAAACGGAGAAGGAAAAATCATTTGTCGAGACCGGAGAGACGATAACTATACCGGCAATGTCGAAGGTGAAGTTTAGTGCAATGGTAACACAAGCTTGTTGTGATGTTCCTTTTTCCTATACTCGAAGGGACACTTTGAAAGATGGAAGACAAGTGACACATCGTTTGGAAGATGGTATTTTCACAGGTGTTACAACTTATGATTATAAATTTGAGACTGAAAAAGTACAATCACTTTGATTTTCATAATGTGGTTTGAGATTTGTTAATTATATATGTGTTTGTGTGGGAGGAAATGTTTGAGTTGGAGGACTTAGATTGTGATTTTGATGTTTTTATGTGAAGAAAATTATCACAATTATCTAAGGGGGCAAAGAATAAAAGGTATGAGGATGAGTGTTTGTGTTATTTTACCTAATTTTGAGTTTGGAAATCTCAATAAATATTTCAAGCTCAAATTTCATGACTTTAA

mRNA sequence

ATGGGACCTGTTGGTCTAGTGGCAGTGGGAACATCCAAAAAAAGCCAAAGGGCTAAGGGGTTGTGGGTTCAATCCATGGTGACCACCTACCTAGGATTTAATATCCTACGAAGTTTTGAGGCAGCCATCACAGATTACAAAGGCAATGCAATAACGTTGAAAAATGCTAAAGTAGTTGTAGAATCTGAAGAGGAAAACCAGATACAACTAAGAGTGGACTTGACTGGGGATGAGACACAAAAGTTGTTGTTTCTGGTATCAACTATGGAATCCCCAAAAACAGAGGCACATGATGCTGCAGCTTCTGATCCTGAAGATGTGAGTGTTTCTTCTTCTCAGTTTGAAGACTTCTCCGTCACTAATGCTACTGATACAACTGAGAATAAAGAACTAAAGATTCGTGTTGAGGTGTCTGGAGTCAAAACTCGAGCAATTTTCAACAATGTGTTTGACAAAATGGTTGCTGAAGCCCAGCCTATTCCAGGCTTTAGAAGAGTGAAAGGAGGTAATATCCAGAGGCATATACCCCGAGACATTCTATTAGAGATACTGGGACCTTCTAAGGTGTACAAACAAGTTATTAAGGAAGTTATCAACTCTACTGTTGCTGCATATGTGGAAAAGGAAGCTCTAAAAGTGGGTAAAGACTTGAGAATAGAGCAAAGCTATGAGGATCTTGAAGACCAATTTGAACCAGATGAAAAAGGACTAGGGAAAGCTGGGACTGACATTTTGGGAGGAGTTGTGAAAGGAGCAGGAAAGGTGGTTGAAACAGTGGGAGATGTGGCTGAGAAGGCGCCGGTCGTCGGTGGCATCGGCACTGTCGTGGAGAGCACCGGGAAGGCAATCGAAAATGCCGGTGAGGTGACCGAGGATTTCGGCGAAAAAGTATTTGAAAAGAAAGAAAATAAGCCCAAAAAAGGTCTTAAAAAAACTATAGTCGACCAAATTAATGAAGATTATCGTGACGACGACGAGGAAGGTGACTCGAAAGAAAGCGAAAACCTTGATGAAAACTATGAAGACGATGATGACATAGATGAAGCAGAGAAGAAGTTGATGAAGAATGAAATAGATGATGATTCAGGTGACGAAGAAGAAGAAGAAGACGACGAAGCAGCAGCGAAGGTACTCCCGAAGAATTTCTCCCTCAAATCCATCCGCAACAACAAATACCTTCGCTACATAAGCGAAAGCGAAAACTCAGATGGACTCCTCCGTTACTCCAGCAAGAACATTGTCGGTCCGTATTCGAAATTCTCCGTTCGCGCATCGAAAACCAAACGGGGTTTCTTCCACATAAGATGTTGTTACAACAACAAATTCTGGGTTCGTTTATCTGAAAACTCCAACTACATTGCAGCCATTGCCAACGAAGAAGAAGACGACACATCGAAATGGTCGTGCACTTTGTTCGAACTGATTTTCGTACCGGAAAAAACCGGACATTACTACATCCGTCATGTTCAACTCAACACCTTCCTTTGCATAGCTGAAGGAGATCCTTCACCTTACAATGATTGTTTAGTTGCAAGAGTTGAAGACTTAACAACCATTGACGAGAATCTTGTTCTGTCAGCCGCCATGGATTGGGACTCCATATTTATACTACCAAAATACGTAGCTTTCAAAAGCAACAACGACCAATATCTAGAACCATCTGGAAAATACCTTAAATTTTCAGGTTCTAGCGTGGAAGATCCAGCCGTTGTGTTTGAGATAATATCCATGCAAGATGGGTATGTTCGTATCAAACATGTGAGTTCAGGTAAGTATTGGATTCGAGATCCGAATTGGATATGGTGTGAATCAATCGACATTGAAAAAGACAACCCCAACGCTTTGTTTTGGCCTGTGAAAGTTGATAACAATATCGTGGCGTTTCGTAACAAAGGCAACAACCGTTTTTGCAAGAGGTTGACGACGGAAGGCAAGACTAATTGCCTTAATGCCGCGGTTGGAACGATTACGGATACCGCACGTTTGGAAGTAACAGAGATTGTTGTTGCAAGAAGTGTGGAAGATATTGAGTATCGTGTTAATGATGCAAGAGTTTATGGTAAGAAGATTCTCACTGTGTCAAAAGGGGTTGCTATTAACAACACGAAAGTTGAAGATAAAGTAAGTTTGAAGTTTAGGTATGAGAAGAAGGTGGAAAGAACATGGAGTTCGTCGGTGTCGTCGACTTTCGGAATTGCTACCAAGTTTACATCGAAGATTCCAACGGTTGGGAGTTTGAAGTTTGAGCTTTCGTTGGAGGTCTCGAGTGGAAACACGAGGGAAGAAACGGAGAAGGAAAAATCATTTGTCGAGACCGGAGAGACGATAACTATACCGGCAATGTCGAAGGTGAAGTTTAGTGCAATGGTAACACAAGCTTGTTGTGATGTTCCTTTTTCCTATACTCGAAGGGACACTTTGAAAGATGGAAGACAAGTGACACATCGTTTGGAAGATGGTATTTTCACAGGTGTTACAACTTATGATTATAAATTTGAGACTGAAAAAGTACAATCACTTTGATTTTCATAATGTGGTTTGAGATTTGTTAATTATATATGTGTTTGTGTGGGAGGAAATGTTTGAGTTGGAGGACTTAGATTGTGATTTTGATGTTTTTATGTGAAGAAAATTATCACAATTATCTAAGGGGGCAAAGAATAAAAGGTATGAGGATGAGTGTTTGTGTTATTTTACCTAATTTTGAGTTTGGAAATCTCAATAAATATTTCAAGCTCAAATTTCATGACTTTAA

Coding sequence (CDS)

ATGGGACCTGTTGGTCTAGTGGCAGTGGGAACATCCAAAAAAAGCCAAAGGGCTAAGGGGTTGTGGGTTCAATCCATGGTGACCACCTACCTAGGATTTAATATCCTACGAAGTTTTGAGGCAGCCATCACAGATTACAAAGGCAATGCAATAACGTTGAAAAATGCTAAAGTAGTTGTAGAATCTGAAGAGGAAAACCAGATACAACTAAGAGTGGACTTGACTGGGGATGAGACACAAAAGTTGTTGTTTCTGGTATCAACTATGGAATCCCCAAAAACAGAGGCACATGATGCTGCAGCTTCTGATCCTGAAGATGTGAGTGTTTCTTCTTCTCAGTTTGAAGACTTCTCCGTCACTAATGCTACTGATACAACTGAGAATAAAGAACTAAAGATTCGTGTTGAGGTGTCTGGAGTCAAAACTCGAGCAATTTTCAACAATGTGTTTGACAAAATGGTTGCTGAAGCCCAGCCTATTCCAGGCTTTAGAAGAGTGAAAGGAGGTAATATCCAGAGGCATATACCCCGAGACATTCTATTAGAGATACTGGGACCTTCTAAGGTGTACAAACAAGTTATTAAGGAAGTTATCAACTCTACTGTTGCTGCATATGTGGAAAAGGAAGCTCTAAAAGTGGGTAAAGACTTGAGAATAGAGCAAAGCTATGAGGATCTTGAAGACCAATTTGAACCAGATGAAAAAGGACTAGGGAAAGCTGGGACTGACATTTTGGGAGGAGTTGTGAAAGGAGCAGGAAAGGTGGTTGAAACAGTGGGAGATGTGGCTGAGAAGGCGCCGGTCGTCGGTGGCATCGGCACTGTCGTGGAGAGCACCGGGAAGGCAATCGAAAATGCCGGTGAGGTGACCGAGGATTTCGGCGAAAAAGTATTTGAAAAGAAAGAAAATAAGCCCAAAAAAGGTCTTAAAAAAACTATAGTCGACCAAATTAATGAAGATTATCGTGACGACGACGAGGAAGGTGACTCGAAAGAAAGCGAAAACCTTGATGAAAACTATGAAGACGATGATGACATAGATGAAGCAGAGAAGAAGTTGATGAAGAATGAAATAGATGATGATTCAGGTGACGAAGAAGAAGAAGAAGACGACGAAGCAGCAGCGAAGGTACTCCCGAAGAATTTCTCCCTCAAATCCATCCGCAACAACAAATACCTTCGCTACATAAGCGAAAGCGAAAACTCAGATGGACTCCTCCGTTACTCCAGCAAGAACATTGTCGGTCCGTATTCGAAATTCTCCGTTCGCGCATCGAAAACCAAACGGGGTTTCTTCCACATAAGATGTTGTTACAACAACAAATTCTGGGTTCGTTTATCTGAAAACTCCAACTACATTGCAGCCATTGCCAACGAAGAAGAAGACGACACATCGAAATGGTCGTGCACTTTGTTCGAACTGATTTTCGTACCGGAAAAAACCGGACATTACTACATCCGTCATGTTCAACTCAACACCTTCCTTTGCATAGCTGAAGGAGATCCTTCACCTTACAATGATTGTTTAGTTGCAAGAGTTGAAGACTTAACAACCATTGACGAGAATCTTGTTCTGTCAGCCGCCATGGATTGGGACTCCATATTTATACTACCAAAATACGTAGCTTTCAAAAGCAACAACGACCAATATCTAGAACCATCTGGAAAATACCTTAAATTTTCAGGTTCTAGCGTGGAAGATCCAGCCGTTGTGTTTGAGATAATATCCATGCAAGATGGGTATGTTCGTATCAAACATGTGAGTTCAGGTAAGTATTGGATTCGAGATCCGAATTGGATATGGTGTGAATCAATCGACATTGAAAAAGACAACCCCAACGCTTTGTTTTGGCCTGTGAAAGTTGATAACAATATCGTGGCGTTTCGTAACAAAGGCAACAACCGTTTTTGCAAGAGGTTGACGACGGAAGGCAAGACTAATTGCCTTAATGCCGCGGTTGGAACGATTACGGATACCGCACGTTTGGAAGTAACAGAGATTGTTGTTGCAAGAAGTGTGGAAGATATTGAGTATCGTGTTAATGATGCAAGAGTTTATGGTAAGAAGATTCTCACTGTGTCAAAAGGGGTTGCTATTAACAACACGAAAGTTGAAGATAAAGTAAGTTTGAAGTTTAGGTATGAGAAGAAGGTGGAAAGAACATGGAGTTCGTCGGTGTCGTCGACTTTCGGAATTGCTACCAAGTTTACATCGAAGATTCCAACGGTTGGGAGTTTGAAGTTTGAGCTTTCGTTGGAGGTCTCGAGTGGAAACACGAGGGAAGAAACGGAGAAGGAAAAATCATTTGTCGAGACCGGAGAGACGATAACTATACCGGCAATGTCGAAGGTGAAGTTTAGTGCAATGGTAACACAAGCTTGTTGTGATGTTCCTTTTTCCTATACTCGAAGGGACACTTTGAAAGATGGAAGACAAGTGACACATCGTTTGGAAGATGGTATTTTCACAGGTGTTACAACTTATGATTATAAATTTGAGACTGAAAAAGTACAATCACTTTGA

Protein sequence

MGPVGLVAVGTSKKSQRAKGLWVQSMVTTYLGFNILRSFEAAITDYKGNAITLKNAKVVVESEEENQIQLRVDLTGDETQKLLFLVSTMESPKTEAHDAAASDPEDVSVSSSQFEDFSVTNATDTTENKELKIRVEVSGVKTRAIFNNVFDKMVAEAQPIPGFRRVKGGNIQRHIPRDILLEILGPSKVYKQVIKEVINSTVAAYVEKEALKVGKDLRIEQSYEDLEDQFEPDEKGLGKAGTDILGGVVKGAGKVVETVGDVAEKAPVVGGIGTVVESTGKAIENAGEVTEDFGEKVFEKKENKPKKGLKKTIVDQINEDYRDDDEEGDSKESENLDENYEDDDDIDEAEKKLMKNEIDDDSGDEEEEEDDEAAAKVLPKNFSLKSIRNNKYLRYISESENSDGLLRYSSKNIVGPYSKFSVRASKTKRGFFHIRCCYNNKFWVRLSENSNYIAAIANEEEDDTSKWSCTLFELIFVPEKTGHYYIRHVQLNTFLCIAEGDPSPYNDCLVARVEDLTTIDENLVLSAAMDWDSIFILPKYVAFKSNNDQYLEPSGKYLKFSGSSVEDPAVVFEIISMQDGYVRIKHVSSGKYWIRDPNWIWCESIDIEKDNPNALFWPVKVDNNIVAFRNKGNNRFCKRLTTEGKTNCLNAAVGTITDTARLEVTEIVVARSVEDIEYRVNDARVYGKKILTVSKGVAINNTKVEDKVSLKFRYEKKVERTWSSSVSSTFGIATKFTSKIPTVGSLKFELSLEVSSGNTREETEKEKSFVETGETITIPAMSKVKFSAMVTQACCDVPFSYTRRDTLKDGRQVTHRLEDGIFTGVTTYDYKFETEKVQSL

Homology

[Close]

BLAST of Lsi09G018300 vs. ExPASy TrEMBL
Match: A0A0A0K983 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_6G085120 PE=4 SV=1)

HSP 1 Score: 1009.2 bits (2608), Expect = 1.0e-290
Identity = 519/612 (84.80%), Postives = 559/612 (91.34%), Query Frame = 0


Query: 235 KGLGKAGTDILGGVVKGAGKVVETVGDVAEKAPVVGGIGTVVESTGKAIENAGEVTEDFG 294
           KGLGKAGTDILGG VKGAGK+VETVGDV EKAPVVG +GTVVE TGKAIEN GE TEDFG
Sbjct: 5   KGLGKAGTDILGGAVKGAGKIVETVGDVVEKAPVVGSVGTVVEGTGKAIENVGEATEDFG 64

Query: 295 EKVFEKKENKPKKGLKKT-IVDQINEDYRDDDEEGDSKESENLDENY-----EDDDDIDE 354
           E+VFEK+ENKP++G K++   D + + Y  + +  +    E++D++      EDDDDIDE
Sbjct: 65  ERVFEKEENKPEEGPKQSENYDDLMKQYEAELDRREEDYKEDVDDSIAGQDDEDDDDIDE 124

Query: 355 AEKKLMKNEIDDDSGDEEEEEDDEAAAKVLPKNFSLKSIRNNKYLRYISESENSDGLLRY 414
           AEKKLMK++IDD   + EEEE++E   KV+PKN SLKSIRN KYLRYISESEN+DGLLR+
Sbjct: 125 AEKKLMKSDIDD--SNYEEEEENEELTKVIPKNLSLKSIRNGKYLRYISESENADGLLRF 184

Query: 415 SSKNIVGPYSKFSVRASKTKRGFFHIRCCYNNKFWVRLSENSNYIAAIANEEEDDTSKWS 474
           S KNIVGPYSKFSV ASKTK GFFHIRCCYNNKFWVRLSE+SNYIAA+ANEEEDDTSKWS
Sbjct: 185 SGKNIVGPYSKFSVHASKTKPGFFHIRCCYNNKFWVRLSEDSNYIAAVANEEEDDTSKWS 244

Query: 475 CTLFELIFVPEKTGHYYIRHVQLNTFLCIAEGDPSPYNDCLVARVEDLTTIDENLVLSAA 534
           CTLFE IFVPEKTG YYIRHVQLNTFLC+AEGDPSPYNDCLVARVED+TTIDENLVL A 
Sbjct: 245 CTLFEPIFVPEKTGLYYIRHVQLNTFLCMAEGDPSPYNDCLVARVEDITTIDENLVLLAV 304

Query: 535 MDWDSIFILPKYVAFKSNNDQYLEPSGKYLKFSGSSVEDPAVVFEIISMQDGYVRIKHVS 594
            DWDSIFILPKYVAFKSNND+YLEPSGKYLKFS SSVEDPAVVFEIISMQDGYVRIKHVS
Sbjct: 305 TDWDSIFILPKYVAFKSNNDRYLEPSGKYLKFSASSVEDPAVVFEIISMQDGYVRIKHVS 364

Query: 595 SGKYWIRDPNWIWCESIDIEKDNPNALFWPVKVDNNIVAFRNKGNNRFCKRLTTEGKTNC 654
           SGKYWIRDP+WIWC+SIDI +DNPN LFWPVKVDNNIVAFRNKGNNRFCKRLTT+GKTNC
Sbjct: 365 SGKYWIRDPDWIWCDSIDINRDNPNTLFWPVKVDNNIVAFRNKGNNRFCKRLTTDGKTNC 424

Query: 655 LNAAVGTITDTARLEVTEIVVARSVEDIEYRVNDARVYGKKILTVSKGVAINNTKVEDKV 714
           LNAAVGTIT+TARLE TEIVVARSVED+EYRVNDARVYGKKILTVSKGVAINNTKV DK+
Sbjct: 425 LNAAVGTITETARLEATEIVVARSVEDVEYRVNDARVYGKKILTVSKGVAINNTKVNDKI 484

Query: 715 SLKFRYEKKVERTWSSSVSSTFGIATKFTSKIPTVGSLKFELSLEVSSGNTREETEKEKS 774
           SLKFRYEKKVERTWSSSVSSTFGIATKF +KIPTVGSLKFELSLEVSS NTREETEKEKS
Sbjct: 485 SLKFRYEKKVERTWSSSVSSTFGIATKFKTKIPTVGSLKFELSLEVSSENTREETEKEKS 544

Query: 775 FVETGETITIPAMSKVKFSAMVTQACCDVPFSYTRRDTLKDGRQVTHRLEDGIFTGVTTY 834
           FVETGETITIPAMSKVKFSAMVTQA CDVPFSYTRRDTLKDGRQVTHRLEDG+FTGVTTY
Sbjct: 545 FVETGETITIPAMSKVKFSAMVTQAYCDVPFSYTRRDTLKDGRQVTHRLEDGLFTGVTTY 604

Query: 835 DYKFETEKVQSL 841
           DYKFETEKV+SL
Sbjct: 605 DYKFETEKVESL 614

[Close]

BLAST of Lsi09G018300 vs. ExPASy TrEMBL
Match: A0A1S3CBI1 (uncharacterized protein LOC103499080 OS=Cucumis melo OX=3656 GN=LOC103499080 PE=4 SV=1)

HSP 1 Score: 1007.7 bits (2604), Expect = 2.9e-290
Identity = 518/614 (84.36%), Postives = 558/614 (90.88%), Query Frame = 0


Query: 235 KGLGKAGTDILGGVVKGAGKVVETVGDVAEKAPVVGGIGTVVESTGKAIENAGEVTEDFG 294
           KGLGKAGTDILGG VKGAGK+VETVGDV EKAPVVGGIGTVVE TGKAIEN GE TEDFG
Sbjct: 5   KGLGKAGTDILGGAVKGAGKIVETVGDVVEKAPVVGGIGTVVEGTGKAIENVGEATEDFG 64

Query: 295 EKVFEKKENKPKKGLK--------KTIVDQINEDYRDDDEEGDSKESENLDENYEDDDDI 354
           E+VF+K+E  PK+           +  +D+  EDY++D ++  +       ++YEDDDDI
Sbjct: 65  ERVFDKEEEGPKQSENNDDLMKQYEAEMDRRAEDYKEDVDDSTA------GQDYEDDDDI 124

Query: 355 DEAEKKLMKNEIDDDSGDEEEEEDDEAAAKVLPKNFSLKSIRNNKYLRYISESENSDGLL 414
           DEAEKKLMK++IDD   + EEEE++E   KV+PKN SLKSIRN KYLRYISESEN+DGLL
Sbjct: 125 DEAEKKLMKSDIDD--SNYEEEEENEELTKVIPKNLSLKSIRNGKYLRYISESENADGLL 184

Query: 415 RYSSKNIVGPYSKFSVRASKTKRGFFHIRCCYNNKFWVRLSENSNYIAAIANEEEDDTSK 474
           RYS KNIVGPYSKFSV ASKTK GFFHIRCCYNNKFWVRLSE+SNYIAAIANEEEDDTSK
Sbjct: 185 RYSGKNIVGPYSKFSVHASKTKPGFFHIRCCYNNKFWVRLSEDSNYIAAIANEEEDDTSK 244

Query: 475 WSCTLFELIFVPEKTGHYYIRHVQLNTFLCIAEGDPSPYNDCLVARVEDLTTIDENLVLS 534
           WSCTLFE IFVPEKTG YYIRHVQLNTFLC+AEGDPSPYNDCLVARVED+T IDENLVLS
Sbjct: 245 WSCTLFEPIFVPEKTGFYYIRHVQLNTFLCMAEGDPSPYNDCLVARVEDITAIDENLVLS 304

Query: 535 AAMDWDSIFILPKYVAFKSNNDQYLEPSGKYLKFSGSSVEDPAVVFEIISMQDGYVRIKH 594
           A  DWDSIFILPKYVAFKSNNDQYLEPSGKYLKFS SSVEDPAVVFEII+MQDGYVRIKH
Sbjct: 305 AVTDWDSIFILPKYVAFKSNNDQYLEPSGKYLKFSASSVEDPAVVFEIIAMQDGYVRIKH 364

Query: 595 VSSGKYWIRDPNWIWCESIDIEKDNPNALFWPVKVDNNIVAFRNKGNNRFCKRLTTEGKT 654
           VSSGKYWIRDP+WIWC+SIDI++DNPN LFWPVKVDNNIVAFRNKGNNRFCKRL+T+GKT
Sbjct: 365 VSSGKYWIRDPDWIWCDSIDIKRDNPNTLFWPVKVDNNIVAFRNKGNNRFCKRLSTDGKT 424

Query: 655 NCLNAAVGTITDTARLEVTEIVVARSVEDIEYRVNDARVYGKKILTVSKGVAINNTKVED 714
           NCLNAAVGTIT+TARLEVTEIVVARSVED++YRVNDARVYGKKILTVSKGVAINNTKV D
Sbjct: 425 NCLNAAVGTITETARLEVTEIVVARSVEDVDYRVNDARVYGKKILTVSKGVAINNTKVSD 484

Query: 715 KVSLKFRYEKKVERTWSSSVSSTFGIATKFTSKIPTVGSLKFELSLEVSSGNTREETEKE 774
           K+SLKFRYEKKVERTWSSSVSSTFGIATKF +KIPTVGS+KFELSLEVSS NTREETEKE
Sbjct: 485 KISLKFRYEKKVERTWSSSVSSTFGIATKFKTKIPTVGSMKFELSLEVSSENTREETEKE 544

Query: 775 KSFVETGETITIPAMSKVKFSAMVTQACCDVPFSYTRRDTLKDGRQVTHRLEDGIFTGVT 834
           KSFVET ETITIPAMSKVKFSAMVTQA CDVPFSYTRRDTLKDGRQVTHRLEDG+FTGVT
Sbjct: 545 KSFVETAETITIPAMSKVKFSAMVTQAYCDVPFSYTRRDTLKDGRQVTHRLEDGLFTGVT 604

Query: 835 TYDYKFETEKVQSL 841
           TYDYKFETEKV+SL
Sbjct: 605 TYDYKFETEKVESL 610

[Close]

BLAST of Lsi09G018300 vs. ExPASy TrEMBL
Match: A0A5A7T8Z0 (Uncharacterized protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold266G001210 PE=4 SV=1)

HSP 1 Score: 1006.9 bits (2602), Expect = 4.9e-290
Identity = 518/614 (84.36%), Postives = 558/614 (90.88%), Query Frame = 0


Query: 235 KGLGKAGTDILGGVVKGAGKVVETVGDVAEKAPVVGGIGTVVESTGKAIENAGEVTEDFG 294
           KGLGKAGTDILGG VKGAGK+VETVGDV EKAPVVGGIGTVVE TGKAIEN GE TEDFG
Sbjct: 5   KGLGKAGTDILGGAVKGAGKIVETVGDVVEKAPVVGGIGTVVEGTGKAIENVGEATEDFG 64

Query: 295 EKVFEKKENKPKKGLK--------KTIVDQINEDYRDDDEEGDSKESENLDENYEDDDDI 354
           E+VF+K+E  PK+           +  +D+  EDY++D ++  +       ++YEDDDDI
Sbjct: 65  ERVFDKEEEGPKQSENNDDLMKQYEAEMDRRAEDYKEDVDDSTA------GQDYEDDDDI 124

Query: 355 DEAEKKLMKNEIDDDSGDEEEEEDDEAAAKVLPKNFSLKSIRNNKYLRYISESENSDGLL 414
           DEAEKKLMK++IDD   + EEEE++E   KV+PKN SLKSIRN KYLRYISESEN+DGLL
Sbjct: 125 DEAEKKLMKSDIDD--SNYEEEEENEELTKVIPKNLSLKSIRNGKYLRYISESENADGLL 184

Query: 415 RYSSKNIVGPYSKFSVRASKTKRGFFHIRCCYNNKFWVRLSENSNYIAAIANEEEDDTSK 474
           RYS KNIVGPYSKFSV ASKTK GFFHIRCCYNNKFWVRLSE+SNYIAAIANEEEDDTSK
Sbjct: 185 RYSGKNIVGPYSKFSVHASKTKPGFFHIRCCYNNKFWVRLSEDSNYIAAIANEEEDDTSK 244

Query: 475 WSCTLFELIFVPEKTGHYYIRHVQLNTFLCIAEGDPSPYNDCLVARVEDLTTIDENLVLS 534
           WSCTLFE IFVPEKTG YYIRHVQLNTFLC+AEGDPSPYNDCLVARVED+T IDENLVLS
Sbjct: 245 WSCTLFEPIFVPEKTGLYYIRHVQLNTFLCMAEGDPSPYNDCLVARVEDITAIDENLVLS 304

Query: 535 AAMDWDSIFILPKYVAFKSNNDQYLEPSGKYLKFSGSSVEDPAVVFEIISMQDGYVRIKH 594
           A  DWDSIFILPKYVAFKSNNDQYLEPSGKYLKFS SSVEDPAVVFEII+MQDGYVRIKH
Sbjct: 305 AVTDWDSIFILPKYVAFKSNNDQYLEPSGKYLKFSASSVEDPAVVFEIIAMQDGYVRIKH 364

Query: 595 VSSGKYWIRDPNWIWCESIDIEKDNPNALFWPVKVDNNIVAFRNKGNNRFCKRLTTEGKT 654
           VSSGKYWIRDP+WIWC+SIDI++DNPN LFWPVKVDNNIVAFRNKGNNRFCKRL+T+GKT
Sbjct: 365 VSSGKYWIRDPDWIWCDSIDIKRDNPNTLFWPVKVDNNIVAFRNKGNNRFCKRLSTDGKT 424

Query: 655 NCLNAAVGTITDTARLEVTEIVVARSVEDIEYRVNDARVYGKKILTVSKGVAINNTKVED 714
           NCLNAAVGTIT+TARLEVTEIVVARSVED++YRVNDARVYGKKILTVSKGVAINNTKV D
Sbjct: 425 NCLNAAVGTITETARLEVTEIVVARSVEDVDYRVNDARVYGKKILTVSKGVAINNTKVSD 484

Query: 715 KVSLKFRYEKKVERTWSSSVSSTFGIATKFTSKIPTVGSLKFELSLEVSSGNTREETEKE 774
           K+SLKFRYEKKVERTWSSSVSSTFGIATKF +KIPTVGS+KFELSLEVSS NTREETEKE
Sbjct: 485 KISLKFRYEKKVERTWSSSVSSTFGIATKFKTKIPTVGSMKFELSLEVSSENTREETEKE 544

Query: 775 KSFVETGETITIPAMSKVKFSAMVTQACCDVPFSYTRRDTLKDGRQVTHRLEDGIFTGVT 834
           KSFVET ETITIPAMSKVKFSAMVTQA CDVPFSYTRRDTLKDGRQVTHRLEDG+FTGVT
Sbjct: 545 KSFVETAETITIPAMSKVKFSAMVTQAYCDVPFSYTRRDTLKDGRQVTHRLEDGLFTGVT 604

Query: 835 TYDYKFETEKVQSL 841
           TYDYKFETEKV+SL
Sbjct: 605 TYDYKFETEKVESL 610

[Close]

BLAST of Lsi09G018300 vs. ExPASy TrEMBL
Match: A0A0A0KD65 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_6G085100 PE=4 SV=1)

HSP 1 Score: 973.8 bits (2516), Expect = 4.6e-280
Identity = 506/624 (81.09%), Postives = 549/624 (87.98%), Query Frame = 0


Query: 235 KGLGKAGTDILGGVVKGAGKVVETVGDVAEKAPVVGGIGTVVESTGKAIENAGEVTEDFG 294
           KGLGKAGTDILGG VKGAGK VETVG+ AEKAPVVGGIGTVVE TGKAIEN G+ TE+ G
Sbjct: 5   KGLGKAGTDILGGAVKGAGKAVETVGNAAEKAPVVGGIGTVVEGTGKAIENVGKATENLG 64

Query: 295 EKVFEKKENKPKKGLKKTIVDQINEDYRDDD---EEGDSKESENLD-------------E 354
           EKVFE KE KPKK LK TI+DQINEDY  DD   ++GDSKESE                E
Sbjct: 65  EKVFENKEKKPKKDLKDTILDQINEDYYGDDFHFDQGDSKESEKAPDDILKMLNDEMARE 124

Query: 355 NYEDD--DDIDEAEKKLMKNEIDDDSGDEEEEEDDEAAAKVLPKNFSLKSIRNNKYLRYI 414
             E+D  D+IDEAEK+LMK++I+D   + EE E+DE + KV+PKNFSLK +RNNKYLRYI
Sbjct: 125 RGEEDKADEIDEAEKELMKSDIND--ANYEEVEEDEESGKVIPKNFSLKCVRNNKYLRYI 184

Query: 415 SESENSDGLLRYSSKNIVGPYSKFSVRASKTKRGFFHIRCCYNNKFWVRLSENSNYIAAI 474
           SESEN+DGLLRYSSKNIVGPYSKF++R+SKTK GFFHIRCCYNNKFWVRLSENS+YIAAI
Sbjct: 185 SESENTDGLLRYSSKNIVGPYSKFAIRSSKTKPGFFHIRCCYNNKFWVRLSENSDYIAAI 244

Query: 475 ANEEEDDTSKWSCTLFELIFVPEKTGHYYIRHVQLNTFLCIAEGDPSPYNDCLVARVEDL 534
           ANEEEDDTSKWS TLFE IFV EK G  YIRHVQLN FLCIAEG P PYNDCLVARVED+
Sbjct: 245 ANEEEDDTSKWSSTLFEPIFVSEKPGLCYIRHVQLNAFLCIAEGAPFPYNDCLVARVEDI 304

Query: 535 TTIDENLVLSAAMDWDSIFILPKYVAFKSNNDQYLEPSGKYLKFSGSSVEDPAVVFEIIS 594
           +TIDENL LSA MDWDSIFILP+YVAFK NND+YLEPS KYLKFSGSS E+PAVVF+IIS
Sbjct: 305 STIDENLALSAVMDWDSIFILPRYVAFKGNNDKYLEPSEKYLKFSGSSSEEPAVVFQIIS 364

Query: 595 MQDGYVRIKHVSSGKYWIRDPNWIWCESIDIEKDNPNALFWPVKVDNNIVAFRNKGNNRF 654
           MQDGYVRIKHVSSGKYWIRDP+WIWC+SIDI +DNPN LFWPVKVDNNIVAFRNKGNNRF
Sbjct: 365 MQDGYVRIKHVSSGKYWIRDPDWIWCDSIDINRDNPNTLFWPVKVDNNIVAFRNKGNNRF 424

Query: 655 CKRLTTEGKTNCLNAAVGTITDTARLEVTEIVVARSVEDIEYRVNDARVYGKKILTVSKG 714
           CKRLTT+GKTNCLNAAVGTIT+TARLE TEIVVARS+ED++YRVNDARVYG K LTVSKG
Sbjct: 425 CKRLTTDGKTNCLNAAVGTITETARLEATEIVVARSIEDVDYRVNDARVYGNKTLTVSKG 484

Query: 715 VAINNTKVEDKVSLKFRYEKKVERTWSSSVSSTFGIATKFTSKIPTVGSLKFELSLEVSS 774
           VAINNTKV DKVSLK RYEKKVERTWSSSVSSTFG+AT+F SKIPTVGSLKFELSLEVS 
Sbjct: 485 VAINNTKVVDKVSLKLRYEKKVERTWSSSVSSTFGVATRFNSKIPTVGSLKFELSLEVSG 544

Query: 775 GNTREETEKEKSFVETGETITIPAMSKVKFSAMVTQACCDVPFSYTRRDTLKDGRQVTHR 834
             TREETEKEKSFVE+GE I IPAMSKVKFSA+V QACCD+PFSYTRRDTLKDGRQVTHR
Sbjct: 545 EKTREETEKEKSFVESGEEIKIPAMSKVKFSAVVKQACCDIPFSYTRRDTLKDGRQVTHR 604

Query: 835 LEDGIFTGVTTYDYKFETEKVQSL 841
           L+DGIF GVTTYDYK ETEKV+SL
Sbjct: 605 LDDGIFRGVTTYDYKIETEKVESL 626

[Close]

BLAST of Lsi09G018300 vs. ExPASy TrEMBL
Match: A0A6J1GPP7 (uncharacterized protein LOC111456341 OS=Cucurbita moschata OX=3662 GN=LOC111456341 PE=4 SV=1)

HSP 1 Score: 912.9 bits (2358), Expect = 9.7e-262
Identity = 467/605 (77.19%), Postives = 523/605 (86.45%), Query Frame = 0


Query: 235 KGLGKAGTDILGGVVKGAGKVVETVGDVAEKAPVVGGIGTVVESTGKAIENAGEVTEDFG 294
           +GLGKAGTD LGGV+KGAGK+VETVGDVAEKAP+VGG+GTVVE+TGKAIEN GE TEDFG
Sbjct: 5   RGLGKAGTDTLGGVMKGAGKLVETVGDVAEKAPIVGGVGTVVEATGKAIENIGEKTEDFG 64

Query: 295 EKVFEKKENKPKKGLKKTIVDQINEDYRDDDEEGDSKESENLDENYEDDDDIDEAEKKLM 354
           E+VF+K EN PK+G      DQ+ EDY                    DD+DIDEAEKKLM
Sbjct: 65  EEVFDKNENNPKQGF-----DQLKEDY--------------------DDNDIDEAEKKLM 124

Query: 355 KNE---IDDDSGDEEEEEDDEAAAKVLPKNFSLKSIRNNKYLRYISESENSDGLLRYSSK 414
            +E   + DDS  E+ ++DDEA AK +PKNFSLKS RNNKYLRYISESE++DGLLR+S K
Sbjct: 125 NDENRGVGDDS--EDSDDDDEAIAKAIPKNFSLKSTRNNKYLRYISESEDTDGLLRFSGK 184

Query: 415 NIVGPYSKFSVRASKTKRGFFHIRCCYNNKFWVRLSENSNYIAAIANEEEDDTSKWSCTL 474
           NIVGPYSKF++RAS+T+ G  HIRCCYNNKFWVRLSE+SNYIAAIANEEE+D SKWSCTL
Sbjct: 185 NIVGPYSKFAIRASQTEPGLVHIRCCYNNKFWVRLSEDSNYIAAIANEEEEDQSKWSCTL 244

Query: 475 FELIFVPEKTGHYYIRHVQLNTFLCIAEGDPSPYNDCLVARVEDLTTIDENLVLSAAMDW 534
           FE IF+P+K  H YIRHVQLNTFLC+AE DPSPYNDCL ARVED++TID+NLVL  AMDW
Sbjct: 245 FEPIFLPDKKQH-YIRHVQLNTFLCLAESDPSPYNDCLAARVEDISTIDDNLVLLTAMDW 304

Query: 535 DSIFILPKYVAFKSNNDQYLEPSGKYLKFSGSSVEDPAVVFEIISMQDGYVRIKHVSSGK 594
           DSIFILPKYVAFK NN +YLEPSGKYLKFS S+VED +VVFEIIS QDGYV IKHV+SGK
Sbjct: 305 DSIFILPKYVAFKGNNGEYLEPSGKYLKFSASNVEDSSVVFEIISQQDGYVHIKHVNSGK 364

Query: 595 YWIRDPNWIWCESIDIEKDNPNALFWPVKVDNNIVAFRNKGNNRFCKRLTTEGKTNCLNA 654
           YW+RDPNWIWCES +  +DNPNALFWPVKVD+NIVA RNKGNN FCKRLTTEGKTNCLNA
Sbjct: 365 YWVRDPNWIWCESTNPGQDNPNALFWPVKVDSNIVALRNKGNNHFCKRLTTEGKTNCLNA 424

Query: 655 AVGTITDTARLEVTEIVVARSVEDIEYRVNDARVYGKKILTVSKGVAINNTKVEDKVSLK 714
           AV TITDTARLEV EIVVARS+ED+EYRVNDARVYGKKILTVSKGVAINNT+V DKV +K
Sbjct: 425 AVVTITDTARLEVVEIVVARSIEDVEYRVNDARVYGKKILTVSKGVAINNTEVADKVVMK 484

Query: 715 FRYEKKVERTWSSSVSSTFGIATKFTSKIPTVGSLKFELSLEVSSGNTREETEKEKSFVE 774
           FRYEKKVE +WSSSVSSTFGI+TK ++KIPTVG LKFELS+EVS G++    E+EKSFVE
Sbjct: 485 FRYEKKVETSWSSSVSSTFGISTKVSAKIPTVGKLKFELSMEVSKGSSEGTKEEEKSFVE 544

Query: 775 TGETITIPAMSKVKFSAMVTQACCDVPFSYTRRDTLKDGRQVTHRLEDGIFTGVTTYDYK 834
           T ETITIP MSKVKFSA+VTQACCDVPFSYT++DTLKDGRQV+HRLEDGIF GVTTYDYK
Sbjct: 545 TAETITIPPMSKVKFSAVVTQACCDVPFSYTQKDTLKDGRQVSHRLEDGIFRGVTTYDYK 581

Query: 835 FETEK 837
           FETEK
Sbjct: 605 FETEK 581

[Close]

BLAST of Lsi09G018300 vs. NCBI nr
Match: XP_004140683.2 (uncharacterized protein LOC101212952 [Cucumis sativus])

HSP 1 Score: 1009.2 bits (2608), Expect = 2.1e-290
Identity = 519/612 (84.80%), Postives = 559/612 (91.34%), Query Frame = 0


Query: 235 KGLGKAGTDILGGVVKGAGKVVETVGDVAEKAPVVGGIGTVVESTGKAIENAGEVTEDFG 294
           KGLGKAGTDILGG VKGAGK+VETVGDV EKAPVVG +GTVVE TGKAIEN GE TEDFG
Sbjct: 5   KGLGKAGTDILGGAVKGAGKIVETVGDVVEKAPVVGSVGTVVEGTGKAIENVGEATEDFG 64

Query: 295 EKVFEKKENKPKKGLKKT-IVDQINEDYRDDDEEGDSKESENLDENY-----EDDDDIDE 354
           E+VFEK+ENKP++G K++   D + + Y  + +  +    E++D++      EDDDDIDE
Sbjct: 65  ERVFEKEENKPEEGPKQSENYDDLMKQYEAELDRREEDYKEDVDDSIAGQDDEDDDDIDE 124

Query: 355 AEKKLMKNEIDDDSGDEEEEEDDEAAAKVLPKNFSLKSIRNNKYLRYISESENSDGLLRY 414
           AEKKLMK++IDD   + EEEE++E   KV+PKN SLKSIRN KYLRYISESEN+DGLLR+
Sbjct: 125 AEKKLMKSDIDD--SNYEEEEENEELTKVIPKNLSLKSIRNGKYLRYISESENADGLLRF 184

Query: 415 SSKNIVGPYSKFSVRASKTKRGFFHIRCCYNNKFWVRLSENSNYIAAIANEEEDDTSKWS 474
           S KNIVGPYSKFSV ASKTK GFFHIRCCYNNKFWVRLSE+SNYIAA+ANEEEDDTSKWS
Sbjct: 185 SGKNIVGPYSKFSVHASKTKPGFFHIRCCYNNKFWVRLSEDSNYIAAVANEEEDDTSKWS 244

Query: 475 CTLFELIFVPEKTGHYYIRHVQLNTFLCIAEGDPSPYNDCLVARVEDLTTIDENLVLSAA 534
           CTLFE IFVPEKTG YYIRHVQLNTFLC+AEGDPSPYNDCLVARVED+TTIDENLVL A 
Sbjct: 245 CTLFEPIFVPEKTGLYYIRHVQLNTFLCMAEGDPSPYNDCLVARVEDITTIDENLVLLAV 304

Query: 535 MDWDSIFILPKYVAFKSNNDQYLEPSGKYLKFSGSSVEDPAVVFEIISMQDGYVRIKHVS 594
            DWDSIFILPKYVAFKSNND+YLEPSGKYLKFS SSVEDPAVVFEIISMQDGYVRIKHVS
Sbjct: 305 TDWDSIFILPKYVAFKSNNDRYLEPSGKYLKFSASSVEDPAVVFEIISMQDGYVRIKHVS 364

Query: 595 SGKYWIRDPNWIWCESIDIEKDNPNALFWPVKVDNNIVAFRNKGNNRFCKRLTTEGKTNC 654
           SGKYWIRDP+WIWC+SIDI +DNPN LFWPVKVDNNIVAFRNKGNNRFCKRLTT+GKTNC
Sbjct: 365 SGKYWIRDPDWIWCDSIDINRDNPNTLFWPVKVDNNIVAFRNKGNNRFCKRLTTDGKTNC 424

Query: 655 LNAAVGTITDTARLEVTEIVVARSVEDIEYRVNDARVYGKKILTVSKGVAINNTKVEDKV 714
           LNAAVGTIT+TARLE TEIVVARSVED+EYRVNDARVYGKKILTVSKGVAINNTKV DK+
Sbjct: 425 LNAAVGTITETARLEATEIVVARSVEDVEYRVNDARVYGKKILTVSKGVAINNTKVNDKI 484

Query: 715 SLKFRYEKKVERTWSSSVSSTFGIATKFTSKIPTVGSLKFELSLEVSSGNTREETEKEKS 774
           SLKFRYEKKVERTWSSSVSSTFGIATKF +KIPTVGSLKFELSLEVSS NTREETEKEKS
Sbjct: 485 SLKFRYEKKVERTWSSSVSSTFGIATKFKTKIPTVGSLKFELSLEVSSENTREETEKEKS 544

Query: 775 FVETGETITIPAMSKVKFSAMVTQACCDVPFSYTRRDTLKDGRQVTHRLEDGIFTGVTTY 834
           FVETGETITIPAMSKVKFSAMVTQA CDVPFSYTRRDTLKDGRQVTHRLEDG+FTGVTTY
Sbjct: 545 FVETGETITIPAMSKVKFSAMVTQAYCDVPFSYTRRDTLKDGRQVTHRLEDGLFTGVTTY 604

Query: 835 DYKFETEKVQSL 841
           DYKFETEKV+SL
Sbjct: 605 DYKFETEKVESL 614

[Close]

BLAST of Lsi09G018300 vs. NCBI nr
Match: XP_008460195.1 (PREDICTED: uncharacterized protein LOC103499080 [Cucumis melo])

HSP 1 Score: 1007.7 bits (2604), Expect = 6.0e-290
Identity = 518/614 (84.36%), Postives = 558/614 (90.88%), Query Frame = 0


Query: 235 KGLGKAGTDILGGVVKGAGKVVETVGDVAEKAPVVGGIGTVVESTGKAIENAGEVTEDFG 294
           KGLGKAGTDILGG VKGAGK+VETVGDV EKAPVVGGIGTVVE TGKAIEN GE TEDFG
Sbjct: 5   KGLGKAGTDILGGAVKGAGKIVETVGDVVEKAPVVGGIGTVVEGTGKAIENVGEATEDFG 64

Query: 295 EKVFEKKENKPKKGLK--------KTIVDQINEDYRDDDEEGDSKESENLDENYEDDDDI 354
           E+VF+K+E  PK+           +  +D+  EDY++D ++  +       ++YEDDDDI
Sbjct: 65  ERVFDKEEEGPKQSENNDDLMKQYEAEMDRRAEDYKEDVDDSTA------GQDYEDDDDI 124

Query: 355 DEAEKKLMKNEIDDDSGDEEEEEDDEAAAKVLPKNFSLKSIRNNKYLRYISESENSDGLL 414
           DEAEKKLMK++IDD   + EEEE++E   KV+PKN SLKSIRN KYLRYISESEN+DGLL
Sbjct: 125 DEAEKKLMKSDIDD--SNYEEEEENEELTKVIPKNLSLKSIRNGKYLRYISESENADGLL 184

Query: 415 RYSSKNIVGPYSKFSVRASKTKRGFFHIRCCYNNKFWVRLSENSNYIAAIANEEEDDTSK 474
           RYS KNIVGPYSKFSV ASKTK GFFHIRCCYNNKFWVRLSE+SNYIAAIANEEEDDTSK
Sbjct: 185 RYSGKNIVGPYSKFSVHASKTKPGFFHIRCCYNNKFWVRLSEDSNYIAAIANEEEDDTSK 244

Query: 475 WSCTLFELIFVPEKTGHYYIRHVQLNTFLCIAEGDPSPYNDCLVARVEDLTTIDENLVLS 534
           WSCTLFE IFVPEKTG YYIRHVQLNTFLC+AEGDPSPYNDCLVARVED+T IDENLVLS
Sbjct: 245 WSCTLFEPIFVPEKTGFYYIRHVQLNTFLCMAEGDPSPYNDCLVARVEDITAIDENLVLS 304

Query: 535 AAMDWDSIFILPKYVAFKSNNDQYLEPSGKYLKFSGSSVEDPAVVFEIISMQDGYVRIKH 594
           A  DWDSIFILPKYVAFKSNNDQYLEPSGKYLKFS SSVEDPAVVFEII+MQDGYVRIKH
Sbjct: 305 AVTDWDSIFILPKYVAFKSNNDQYLEPSGKYLKFSASSVEDPAVVFEIIAMQDGYVRIKH 364

Query: 595 VSSGKYWIRDPNWIWCESIDIEKDNPNALFWPVKVDNNIVAFRNKGNNRFCKRLTTEGKT 654
           VSSGKYWIRDP+WIWC+SIDI++DNPN LFWPVKVDNNIVAFRNKGNNRFCKRL+T+GKT
Sbjct: 365 VSSGKYWIRDPDWIWCDSIDIKRDNPNTLFWPVKVDNNIVAFRNKGNNRFCKRLSTDGKT 424

Query: 655 NCLNAAVGTITDTARLEVTEIVVARSVEDIEYRVNDARVYGKKILTVSKGVAINNTKVED 714
           NCLNAAVGTIT+TARLEVTEIVVARSVED++YRVNDARVYGKKILTVSKGVAINNTKV D
Sbjct: 425 NCLNAAVGTITETARLEVTEIVVARSVEDVDYRVNDARVYGKKILTVSKGVAINNTKVSD 484

Query: 715 KVSLKFRYEKKVERTWSSSVSSTFGIATKFTSKIPTVGSLKFELSLEVSSGNTREETEKE 774
           K+SLKFRYEKKVERTWSSSVSSTFGIATKF +KIPTVGS+KFELSLEVSS NTREETEKE
Sbjct: 485 KISLKFRYEKKVERTWSSSVSSTFGIATKFKTKIPTVGSMKFELSLEVSSENTREETEKE 544

Query: 775 KSFVETGETITIPAMSKVKFSAMVTQACCDVPFSYTRRDTLKDGRQVTHRLEDGIFTGVT 834
           KSFVET ETITIPAMSKVKFSAMVTQA CDVPFSYTRRDTLKDGRQVTHRLEDG+FTGVT
Sbjct: 545 KSFVETAETITIPAMSKVKFSAMVTQAYCDVPFSYTRRDTLKDGRQVTHRLEDGLFTGVT 604

Query: 835 TYDYKFETEKVQSL 841
           TYDYKFETEKV+SL
Sbjct: 605 TYDYKFETEKVESL 610

[Close]

BLAST of Lsi09G018300 vs. NCBI nr
Match: KAA0039924.1 (uncharacterized protein E6C27_scaffold122G002040 [Cucumis melo var. makuwa] >TYK24576.1 uncharacterized protein E5676_scaffold266G001210 [Cucumis melo var. makuwa])

HSP 1 Score: 1006.9 bits (2602), Expect = 1.0e-289
Identity = 518/614 (84.36%), Postives = 558/614 (90.88%), Query Frame = 0


Query: 235 KGLGKAGTDILGGVVKGAGKVVETVGDVAEKAPVVGGIGTVVESTGKAIENAGEVTEDFG 294
           KGLGKAGTDILGG VKGAGK+VETVGDV EKAPVVGGIGTVVE TGKAIEN GE TEDFG
Sbjct: 5   KGLGKAGTDILGGAVKGAGKIVETVGDVVEKAPVVGGIGTVVEGTGKAIENVGEATEDFG 64

Query: 295 EKVFEKKENKPKKGLK--------KTIVDQINEDYRDDDEEGDSKESENLDENYEDDDDI 354
           E+VF+K+E  PK+           +  +D+  EDY++D ++  +       ++YEDDDDI
Sbjct: 65  ERVFDKEEEGPKQSENNDDLMKQYEAEMDRRAEDYKEDVDDSTA------GQDYEDDDDI 124

Query: 355 DEAEKKLMKNEIDDDSGDEEEEEDDEAAAKVLPKNFSLKSIRNNKYLRYISESENSDGLL 414
           DEAEKKLMK++IDD   + EEEE++E   KV+PKN SLKSIRN KYLRYISESEN+DGLL
Sbjct: 125 DEAEKKLMKSDIDD--SNYEEEEENEELTKVIPKNLSLKSIRNGKYLRYISESENADGLL 184

Query: 415 RYSSKNIVGPYSKFSVRASKTKRGFFHIRCCYNNKFWVRLSENSNYIAAIANEEEDDTSK 474
           RYS KNIVGPYSKFSV ASKTK GFFHIRCCYNNKFWVRLSE+SNYIAAIANEEEDDTSK
Sbjct: 185 RYSGKNIVGPYSKFSVHASKTKPGFFHIRCCYNNKFWVRLSEDSNYIAAIANEEEDDTSK 244

Query: 475 WSCTLFELIFVPEKTGHYYIRHVQLNTFLCIAEGDPSPYNDCLVARVEDLTTIDENLVLS 534
           WSCTLFE IFVPEKTG YYIRHVQLNTFLC+AEGDPSPYNDCLVARVED+T IDENLVLS
Sbjct: 245 WSCTLFEPIFVPEKTGLYYIRHVQLNTFLCMAEGDPSPYNDCLVARVEDITAIDENLVLS 304

Query: 535 AAMDWDSIFILPKYVAFKSNNDQYLEPSGKYLKFSGSSVEDPAVVFEIISMQDGYVRIKH 594
           A  DWDSIFILPKYVAFKSNNDQYLEPSGKYLKFS SSVEDPAVVFEII+MQDGYVRIKH
Sbjct: 305 AVTDWDSIFILPKYVAFKSNNDQYLEPSGKYLKFSASSVEDPAVVFEIIAMQDGYVRIKH 364

Query: 595 VSSGKYWIRDPNWIWCESIDIEKDNPNALFWPVKVDNNIVAFRNKGNNRFCKRLTTEGKT 654
           VSSGKYWIRDP+WIWC+SIDI++DNPN LFWPVKVDNNIVAFRNKGNNRFCKRL+T+GKT
Sbjct: 365 VSSGKYWIRDPDWIWCDSIDIKRDNPNTLFWPVKVDNNIVAFRNKGNNRFCKRLSTDGKT 424

Query: 655 NCLNAAVGTITDTARLEVTEIVVARSVEDIEYRVNDARVYGKKILTVSKGVAINNTKVED 714
           NCLNAAVGTIT+TARLEVTEIVVARSVED++YRVNDARVYGKKILTVSKGVAINNTKV D
Sbjct: 425 NCLNAAVGTITETARLEVTEIVVARSVEDVDYRVNDARVYGKKILTVSKGVAINNTKVSD 484

Query: 715 KVSLKFRYEKKVERTWSSSVSSTFGIATKFTSKIPTVGSLKFELSLEVSSGNTREETEKE 774
           K+SLKFRYEKKVERTWSSSVSSTFGIATKF +KIPTVGS+KFELSLEVSS NTREETEKE
Sbjct: 485 KISLKFRYEKKVERTWSSSVSSTFGIATKFKTKIPTVGSMKFELSLEVSSENTREETEKE 544

Query: 775 KSFVETGETITIPAMSKVKFSAMVTQACCDVPFSYTRRDTLKDGRQVTHRLEDGIFTGVT 834
           KSFVET ETITIPAMSKVKFSAMVTQA CDVPFSYTRRDTLKDGRQVTHRLEDG+FTGVT
Sbjct: 545 KSFVETAETITIPAMSKVKFSAMVTQAYCDVPFSYTRRDTLKDGRQVTHRLEDGLFTGVT 604

Query: 835 TYDYKFETEKVQSL 841
           TYDYKFETEKV+SL
Sbjct: 605 TYDYKFETEKVESL 610

[Close]

BLAST of Lsi09G018300 vs. NCBI nr
Match: KAE8646727.1 (hypothetical protein Csa_005365 [Cucumis sativus])

HSP 1 Score: 956.8 bits (2472), Expect = 1.2e-274
Identity = 491/581 (84.51%), Postives = 530/581 (91.22%), Query Frame = 0


Query: 266 APVVGGIGTVVESTGKAIENAGEVTEDFGEKVFEKKENKPKKGLKKT-IVDQINEDYRDD 325
           APVVG +GTVVE TGKAIEN GE TEDFGE+VFEK+ENKP++G K++   D + + Y  +
Sbjct: 2   APVVGSVGTVVEGTGKAIENVGEATEDFGERVFEKEENKPEEGPKQSENYDDLMKQYEAE 61

Query: 326 DEEGDSKESENLDENY-----EDDDDIDEAEKKLMKNEIDDDSGDEEEEEDDEAAAKVLP 385
            +  +    E++D++      EDDDDIDEAEKKLMK++IDD   + EEEE++E   KV+P
Sbjct: 62  LDRREEDYKEDVDDSIAGQDDEDDDDIDEAEKKLMKSDIDD--SNYEEEEENEELTKVIP 121

Query: 386 KNFSLKSIRNNKYLRYISESENSDGLLRYSSKNIVGPYSKFSVRASKTKRGFFHIRCCYN 445
           KN SLKSIRN KYLRYISESEN+DGLLR+S KNIVGPYSKFSV ASKTK GFFHIRCCYN
Sbjct: 122 KNLSLKSIRNGKYLRYISESENADGLLRFSGKNIVGPYSKFSVHASKTKPGFFHIRCCYN 181

Query: 446 NKFWVRLSENSNYIAAIANEEEDDTSKWSCTLFELIFVPEKTGHYYIRHVQLNTFLCIAE 505
           NKFWVRLSE+SNYIAA+ANEEEDDTSKWSCTLFE IFVPEKTG YYIRHVQLNTFLC+AE
Sbjct: 182 NKFWVRLSEDSNYIAAVANEEEDDTSKWSCTLFEPIFVPEKTGLYYIRHVQLNTFLCMAE 241

Query: 506 GDPSPYNDCLVARVEDLTTIDENLVLSAAMDWDSIFILPKYVAFKSNNDQYLEPSGKYLK 565
           GDPSPYNDCLVARVED+TTIDENLVL A  DWDSIFILPKYVAFKSNND+YLEPSGKYLK
Sbjct: 242 GDPSPYNDCLVARVEDITTIDENLVLLAVTDWDSIFILPKYVAFKSNNDRYLEPSGKYLK 301

Query: 566 FSGSSVEDPAVVFEIISMQDGYVRIKHVSSGKYWIRDPNWIWCESIDIEKDNPNALFWPV 625
           FS SSVEDPAVVFEIISMQDGYVRIKHVSSGKYWIRDP+WIWC+SIDI +DNPN LFWPV
Sbjct: 302 FSASSVEDPAVVFEIISMQDGYVRIKHVSSGKYWIRDPDWIWCDSIDINRDNPNTLFWPV 361

Query: 626 KVDNNIVAFRNKGNNRFCKRLTTEGKTNCLNAAVGTITDTARLEVTEIVVARSVEDIEYR 685
           KVDNNIVAFRNKGNNRFCKRLTT+GKTNCLNAAVGTIT+TARLE TEIVVARSVED+EYR
Sbjct: 362 KVDNNIVAFRNKGNNRFCKRLTTDGKTNCLNAAVGTITETARLEATEIVVARSVEDVEYR 421

Query: 686 VNDARVYGKKILTVSKGVAINNTKVEDKVSLKFRYEKKVERTWSSSVSSTFGIATKFTSK 745
           VNDARVYGKKILTVSKGVAINNTKV DK+SLKFRYEKKVERTWSSSVSSTFGIATKF +K
Sbjct: 422 VNDARVYGKKILTVSKGVAINNTKVNDKISLKFRYEKKVERTWSSSVSSTFGIATKFKTK 481

Query: 746 IPTVGSLKFELSLEVSSGNTREETEKEKSFVETGETITIPAMSKVKFSAMVTQACCDVPF 805
           IPTVGSLKFELSLEVSS NTREETEKEKSFVETGETITIPAMSKVKFSAMVTQA CDVPF
Sbjct: 482 IPTVGSLKFELSLEVSSENTREETEKEKSFVETGETITIPAMSKVKFSAMVTQAYCDVPF 541

Query: 806 SYTRRDTLKDGRQVTHRLEDGIFTGVTTYDYKFETEKVQSL 841
           SYTRRDTLKDGRQVTHRLEDG+FTGVTTYDYKFETEKV+SL
Sbjct: 542 SYTRRDTLKDGRQVTHRLEDGLFTGVTTYDYKFETEKVESL 580

[Close]

BLAST of Lsi09G018300 vs. NCBI nr
Match: KAG6575375.1 (hypothetical protein SDJN03_26014, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 916.4 bits (2367), Expect = 1.8e-262
Identity = 466/603 (77.28%), Postives = 524/603 (86.90%), Query Frame = 0


Query: 235 KGLGKAGTDILGGVVKGAGKVVETVGDVAEKAPVVGGIGTVVESTGKAIENAGEVTEDFG 294
           +GLGKAGTD LGGV+KGAGK+VETVGDVAEKAP+VGG+GTVVE+TGKAIEN GE TEDFG
Sbjct: 5   RGLGKAGTDTLGGVMKGAGKLVETVGDVAEKAPIVGGVGTVVEATGKAIENIGEKTEDFG 64

Query: 295 EKVFEKKENKPKKGLKKTIVDQINEDYRDDDEEGDSKESENLDENYEDDDDIDEAEKKLM 354
           E+VF+K EN PK+G      DQ+ EDY D+D             N  DD+DIDEAEKKLM
Sbjct: 65  EEVFDKNENNPKQGF-----DQLKEDYDDND-------------NDNDDNDIDEAEKKLM 124

Query: 355 KNEIDDDSGDEEEEEDDEAAAKVLPKNFSLKSIRNNKYLRYISESENSDGLLRYSSKNIV 414
            +E      D + ++DDEA AK +PKNFSLKS RNNKYLRYISESE++DGLLR+S KNIV
Sbjct: 125 NDENRAVGDDSDSDDDDEAIAKAIPKNFSLKSTRNNKYLRYISESEDTDGLLRFSGKNIV 184

Query: 415 GPYSKFSVRASKTKRGFFHIRCCYNNKFWVRLSENSNYIAAIANEEEDDTSKWSCTLFEL 474
           GPYSKF++RAS+T+ G  HIRCCYNNKFWVRLSE+SNYIAAIANEEE+D SKWSCTLFE 
Sbjct: 185 GPYSKFAIRASQTEPGLVHIRCCYNNKFWVRLSEDSNYIAAIANEEEEDQSKWSCTLFEP 244

Query: 475 IFVPEKTGHYYIRHVQLNTFLCIAEGDPSPYNDCLVARVEDLTTIDENLVLSAAMDWDSI 534
           IF+P+K  H YIRHVQLNTFLC+AE DPSPYNDCL ARVED++TID+NLVL  AMDWDSI
Sbjct: 245 IFLPDKKQH-YIRHVQLNTFLCLAESDPSPYNDCLAARVEDISTIDDNLVLLTAMDWDSI 304

Query: 535 FILPKYVAFKSNNDQYLEPSGKYLKFSGSSVEDPAVVFEIISMQDGYVRIKHVSSGKYWI 594
           FILPKYVAFK NN +YLEPSGKYLKFS S+VED +VVFEIIS QDGYV IKHV+SGKYW+
Sbjct: 305 FILPKYVAFKGNNGEYLEPSGKYLKFSASNVEDSSVVFEIISQQDGYVHIKHVNSGKYWV 364

Query: 595 RDPNWIWCESIDIEKDNPNALFWPVKVDNNIVAFRNKGNNRFCKRLTTEGKTNCLNAAVG 654
           RDPNWIWC+S +  +DNPNALFWPVKVD+NIVA RNKGNN FCKRLTTEGKTNCLNAAV 
Sbjct: 365 RDPNWIWCDSTNPGQDNPNALFWPVKVDSNIVALRNKGNNHFCKRLTTEGKTNCLNAAVV 424

Query: 655 TITDTARLEVTEIVVARSVEDIEYRVNDARVYGKKILTVSKGVAINNTKVEDKVSLKFRY 714
           TITDTARLEV EIVVARS+ED+EYRVNDARVYGKKILTVSKGVAINNT+V DKV +KFRY
Sbjct: 425 TITDTARLEVVEIVVARSIEDVEYRVNDARVYGKKILTVSKGVAINNTEVADKVVMKFRY 484

Query: 715 EKKVERTWSSSVSSTFGIATKFTSKIPTVGSLKFELSLEVSSGNTREETEKEKSFVETGE 774
           EKKVE +WSSSVSSTFGI+TK ++KIPTVG LKFELS+EVS G++    E+EKSFVET E
Sbjct: 485 EKKVETSWSSSVSSTFGISTKVSAKIPTVGKLKFELSMEVSKGSSEATKEEEKSFVETAE 544

Query: 775 TITIPAMSKVKFSAMVTQACCDVPFSYTRRDTLKDGRQVTHRLEDGIFTGVTTYDYKFET 834
           TITIP MSKVKFSA+VTQACCDVPFSYT++DTLKDGRQV+HRLEDGIF GVTTYDYKFET
Sbjct: 545 TITIPPMSKVKFSAVVTQACCDVPFSYTQKDTLKDGRQVSHRLEDGIFRGVTTYDYKFET 588

Query: 835 EKV 838
           EK+
Sbjct: 605 EKL 588

[Close]

BLAST of Lsi09G018300 vs. TAIR 10
Match: AT2G30695.1 (FUNCTIONS IN: molecular_function unknown; INVOLVED IN: protein folding, protein transport; LOCATED IN: chloroplast stroma, chloroplast; EXPRESSED IN: 23 plant structures; EXPRESSED DURING: 13 growth stages; CONTAINS InterPro DOMAIN/s: Trigger factor, ribosome-binding, bacterial (InterPro:IPR008881); Has 253 Blast hits to 253 proteins in 72 species: Archae - 0; Bacteria - 138; Metazoa - 0; Fungi - 0; Plants - 40; Viruses - 0; Other Eukaryotes - 75 (source: NCBI BLink). )

HSP 1 Score: 144.1 bits (362), Expect = 5.3e-34
Identity = 80/136 (58.82%), Postives = 100/136 (73.53%), Query Frame = 0


Query: 99  AAASDPEDVSVSSSQFEDFSVTNATDTTENKELKIRVEVSGVKTRAIFNNVFDKMVAEAQ 158
           A  + P DV  SS   E   +T     T N E+K+ V+VSG KT+ +FN+VF+KMVA AQ
Sbjct: 53  AVCAAPSDVETSSKD-ESVLITKVETETSN-EVKVHVQVSGEKTQTVFNHVFEKMVAAAQ 112

Query: 159 PIPGFRRVKGGNIQRHIPRDILLEILGPSKVYKQVIKEVINSTVAAYVEKEALKVGKDLR 218
           PIPGFRRVKGG    +IP+D+LLEILG SKVYKQVIK++INS +  YV++E LKVGK+L 
Sbjct: 113 PIPGFRRVKGGKTP-NIPKDVLLEILGYSKVYKQVIKKLINSAIEDYVKQEDLKVGKELT 172

Query: 219 IEQSYEDLEDQFEPDE 235
           + QSYEDLE+ FEP E
Sbjct: 173 VVQSYEDLEETFEPGE 185

[Close]

BLAST of Lsi09G018300 vs. TAIR 10
Match: AT2G30695.2 (FUNCTIONS IN: molecular_function unknown; INVOLVED IN: protein folding, protein transport; LOCATED IN: chloroplast; EXPRESSED IN: 23 plant structures; EXPRESSED DURING: 13 growth stages; CONTAINS InterPro DOMAIN/s: Trigger factor, ribosome-binding, bacterial (InterPro:IPR008881); Has 35333 Blast hits to 34131 proteins in 2444 species: Archae - 798; Bacteria - 22429; Metazoa - 974; Fungi - 991; Plants - 531; Viruses - 0; Other Eukaryotes - 9610 (source: NCBI BLink). )

HSP 1 Score: 144.1 bits (362), Expect = 5.3e-34
Identity = 80/136 (58.82%), Postives = 100/136 (73.53%), Query Frame = 0


Query: 99  AAASDPEDVSVSSSQFEDFSVTNATDTTENKELKIRVEVSGVKTRAIFNNVFDKMVAEAQ 158
           A  + P DV  SS   E   +T     T N E+K+ V+VSG KT+ +FN+VF+KMVA AQ
Sbjct: 53  AVCAAPSDVETSSKD-ESVLITKVETETSN-EVKVHVQVSGEKTQTVFNHVFEKMVAAAQ 112

Query: 159 PIPGFRRVKGGNIQRHIPRDILLEILGPSKVYKQVIKEVINSTVAAYVEKEALKVGKDLR 218
           PIPGFRRVKGG    +IP+D+LLEILG SKVYKQVIK++INS +  YV++E LKVGK+L 
Sbjct: 113 PIPGFRRVKGGKTP-NIPKDVLLEILGYSKVYKQVIKKLINSAIEDYVKQEDLKVGKELT 172

Query: 219 IEQSYEDLEDQFEPDE 235
           + QSYEDLE+ FEP E
Sbjct: 173 VVQSYEDLEETFEPGE 185

The following BLAST results are available for this feature:

BLAST of Lsi09G018300 vs.


Match Name	E-value	Identity	Description

BLAST of Lsi09G018300 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A0A0K983	1.0e-290	84.80	Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_6G085120 PE=4 SV=1	[more]
A0A1S3CBI1	2.9e-290	84.36	uncharacterized protein LOC103499080 OS=Cucumis melo OX=3656 GN=LOC103499080 PE=...	[more]
A0A5A7T8Z0	4.9e-290	84.36	Uncharacterized protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold...	[more]
A0A0A0KD65	4.6e-280	81.09	Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_6G085100 PE=4 SV=1	[more]
A0A6J1GPP7	9.7e-262	77.19	uncharacterized protein LOC111456341 OS=Cucurbita moschata OX=3662 GN=LOC1114563...	[more]

BLAST of Lsi09G018300 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_004140683.2	2.1e-290	84.80	uncharacterized protein LOC101212952 [Cucumis sativus]	[more]
XP_008460195.1	6.0e-290	84.36	PREDICTED: uncharacterized protein LOC103499080 [Cucumis melo]	[more]
KAA0039924.1	1.0e-289	84.36	uncharacterized protein E6C27_scaffold122G002040 [Cucumis melo var. makuwa] >TYK...	[more]
KAE8646727.1	1.2e-274	84.51	hypothetical protein Csa_005365 [Cucumis sativus]	[more]
KAG6575375.1	1.8e-262	77.28	hypothetical protein SDJN03_26014, partial [Cucurbita argyrosperma subsp. sorori...	[more]

BLAST of Lsi09G018300 vs. TAIR 10


Match Name	E-value	Identity	Description
AT2G30695.1	5.3e-34	58.82	FUNCTIONS IN: molecular_function unknown; INVOLVED IN: protein folding, protein ...	[more]
AT2G30695.2	5.3e-34	58.82	FUNCTIONS IN: molecular_function unknown; INVOLVED IN: protein folding, protein ...	[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
IPR008998	Agglutinin domain	SMART	SM00791	agglutinin	coord: 376..520 e-value: 6.0E-11 score: 52.4 coord: 535..666 e-value: 3.5E-32 score: 122.9
IPR008998	Agglutinin domain	PFAM	PF07468	Agglutinin	coord: 378..495 e-value: 5.1E-23 score: 82.0 coord: 538..666 e-value: 2.4E-9 score: 37.6
None	No IPR available	GENE3D	2.80.10.50		coord: 537..670 e-value: 1.1E-39 score: 137.5
None	No IPR available	GENE3D	2.170.15.10	Proaerolysin, chain A, domain 3	coord: 671..839 e-value: 5.1E-35 score: 122.5
None	No IPR available	GENE3D	2.80.10.50		coord: 377..536 e-value: 3.3E-48 score: 165.3
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 309..345
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 319..345
None	No IPR available	PANTHER	PTHR39244	NATTERIN-4	coord: 377..838
None	No IPR available	CDD	cd20216	PFM_HFR-2-like	coord: 685..836 e-value: 8.12244E-58 score: 192.417
None	No IPR available	SUPERFAMILY	56973	Aerolisin/ETX pore-forming domain	coord: 597..836
IPR036611	Trigger factor ribosome-binding domain superfamily	GENE3D	3.30.70.1050		coord: 122..236 e-value: 1.2E-13 score: 53.2
IPR036611	Trigger factor ribosome-binding domain superfamily	SUPERFAMILY	102735	Trigger factor ribosome-binding domain	coord: 124..220
IPR008881	Trigger factor, ribosome-binding, bacterial	PFAM	PF05697	Trigger_N	coord: 125..219 e-value: 1.4E-6 score: 28.6
IPR036242	Agglutinin domain superfamily	SUPERFAMILY	50382	Agglutinin	coord: 377..517
IPR036242	Agglutinin domain superfamily	SUPERFAMILY	50382	Agglutinin	coord: 531..666

Relationships

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


Feature Name	Unique Name	Type
Lsi09G018300.1	Lsi09G018300.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0006457	protein folding
biological_process	GO:0015031	protein transport
cellular_component	GO:0005576	extracellular region