Lsi10G004390 (gene) Bottle gourd (USVL1VR-Ls) v1

Overview


Name	Lsi10G004390
Type	gene
Organism	Lagenaria siceraria (Bottle gourd (USVL1VR-Ls) v1)
Description	Unknown protein
Location	chr10: 6579282 .. 6593489 (-)
RNA-Seq Expression	Lsi10G004390
Synteny	Lsi10G004390

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.

ATGGAAGTATTTTAGATTTTCATGAACTTATCTTAAAAAGAATTTACTTATGAGTTATGAAGAAGATGCTTTTTTCTATATCTCGTCCAAATTCTGAACTGTTGTAATAAGTTTGACATAATTTTTCGATCTCATTCTTGAACTTATGCCACTGTTCCTTAGCATACTTTTTGTCTGAACTCTCTAGTCTAAAGAGGTTCGTAATTACTCTTTTAGCATGAAGTATAAGACTGCTTTAATTACTCTCTTAGCATGTTTTTAATCTGATGGAGATCGCTTTTGTAACTCCCTGGTTCTTCATTTTCTAATGAAAGTTTCTCCCCTTCCTAATAAAAAGTAATATTTGTCATTATTGGGCTGCATATCTGTTTTCTTATTTTCCTGTTTATAAATTTTACAAGGATGCTTCCAATTAGTTAACTCTTGTAATTTCAATGGTTCATTGCTGAACATATGAAGATTGGTCCCCTAAATTTCAAGGAAGAAGAGGAAGCCTTACCGAATGTATTAATTGAAAATCACAACAAAATAAACACAATTTTATGTGGAAAAAAATTCAATGTAGAAACAGATTGCATCCTTAAAATTTTCAGTCTGAATTTGATAGTCAGGTAGTGAGGAAAGTGGAAGGTAGAGTAAAAGCTTAGGATTTACAGTGAACTAAAGAAGAAGCAACAGAGAAGTTCAGGCTGAATTATTTCTGTATAAACTTTTTTTCATCAATTTCTGTAAGTAAATTTTTCTTTACAATGCCACTCATATACCAGTGGAAGGGTGCTCTGTCCTAATACATTCTCTTGCAAGTCAAAAAGCAAGTGAATGGAGAAAAATAGAGAAAAAAGTTATAAAAAATGGCTGACTGCCCTTTACTTTTCATCTTTCAAGATACTTGCAATCTAGAAGTGAGTTCAGTAAAGGCATCGTCTTTGCAAGGGATCGTTAGGCCCCCCTGCGGATGATGGAAGCCAAATTCCTCCTCTACATGGCTGAGTAGTTGCTGGAATGATGGATGGTTTATGTAAGTTATTGGAACCACAAATCGCTTCCTTTGGATCTCTCCCACATAAACTGCCACATGGCCTTTTGGAACATCCAACTGGTTTTTGCTAAAACCTGACTGCATCTTCAGGATTTGCTTGGCATGAGGAACCAAAGATAGAAACCGAATCCCCATATGTTTGAGACGAAAGGCTATGTAAAATCTGAAGTTTTGATCAGATCGGCACAGAACCAACTAGAAGAGGAAGTCACAGTTAAGCTGGGTGTTTGAAGGCTCATATGATGTTTATATTTATAAAGCTATGAAGAAATAGATATGTACATGAGTGGTTCTTTTCCAAGTAGCTAAGTGGGGTATTGGAGTCTGGTGGTTGGGTATTTAAGTGGACCCTTTCACATGGCTTTGTTTAACTCAGAAAAACTTAATCCAATTCTCTCTTCTACACCCTCCATACATATTCTGTGGTTTATATTTGTATATCATAAATTTCTATTTTCTTGCCAAGTTGTTCCATTCATCAAAACTATAGCCACTGTCCAAGCACTGTTAGTTGTTACACTGAATTAAATCATTTGAGATAAGTGTATCGCATTGAAAATGGACGAACAAAATGCCCTAGTGATTGGATTACCTTTTTTGGTTGTGAGAGAACTAAAAGATGACATGAGAGTCAATTATATTTATTGAGGATCTCACATCGGAAAAATCAAGGAAGGGACCTCACAATGTTTAACCATTAAACACCAAAACATCATTTTTCTAAAAGTTGGTTTCAATTATTTCTCTAAACCAACTTTCAATTGCCTCAGGATGATTACATTATTCACGAGCAGGATCGCAACTCAAATTTGTGTAATCATATTTTTAAGTCTCTCTTGATTATCAGAGGAAGTTGATATGTTATTTCATCACTAAGGTTATTAATGCTAAAAGAAGACTTCCATTGTAATTGATGTTTGTCATTGTTTGACTTGACTGCATCACAGATTTCTTTTTTTTTCCTGTCAAGATATTTATCCGAATGGTTCCGATTGGTTAACTTAAATCTTGTAATTTTAATAGCTTATCACTTTACATATGAAAATTGGCGTCCCACATTGCAAGAAAAAAGTTGTAACCTTGCTGATTAAATTATTTGAAAATCACAAGGCAAAAGAAACAGAAGTTTTTTGTGGCCAAAGAATTCAACTCCATTGCAACTCATGTGTGTCACTTTTACACATAAAAGTTCCCTTTACAGTGATATTCAACTCTATCTCCTATAGACAAAAATGAAAAGAAAAGTTGTCAAAACTGTGAAGAGTATTTTCTCTATATTCTTAATCCTTCATGAAATATGCAATCTAGAAGTGACATCAATGAAGGCTTCTTCTTTGCAGGGAATGGTCAAACCTCCTGTTGGATGGCTGAACCCAAACTCTTCTTCAGCCCTACTAAGCAAGTTTACAAATGAAGGATGATTCAAGTAAGAAATTGGAATAAAAAACCGCTTTCTCTGGTTTTCTCCAACGTACACTGGAATGTGGCCTTTGGGAACAACAGACTGACATCCTGTAGAAACGGACTTCATCTTGAGAATTTGCTTGGCGCTGAGGAGGACCGAAGGAAAACGAATTCCCATGTCTAAATTTGATTGAATGATTGAGCTCTTGATATGAATCTGAAAATGGTAAAGTGGGCTTGTACTTGAAAGAGAATATGTGAGAAATTTGAGTTGGAGATCAGCTGTTTGTTTGGAGTGTATATATAGAAGGAGAAAGGAGGATGAGATACGAACAAAAGATAGCAGATAGGTGTTAAAGCCAACCTCCTTCATCAAATACTCACATGGGTTGCTTGAGTGGTTGAAGTACAATCACTTTCAAATTTGCTCCAACTTCTGGTACTGTGGACCCTCTTGTCCCAATAAATGAAGTCATGTTCAAACATATCCATCTGGCTGAAATACTAGTAGGTATTGAAAAAAGGACTACAGAACTAGAATCAAGTAGAAAAATTGGACCACTACAAAAATATGTGGTGTATATAATGATGCATATTGCAATATCACAAGCAGCAGAGAACTTAAATGTCTAAAAGGATGCTTATGATCTCAGAGGCTTGTCATTAAGGAGGCCCATATGTATGTTTGCTGCTGCATAATACTAAGTGGTAAAATTCGTTCACAACATACAAAAATCGTTTTCCCGACTTGTTGTACAGCAATAATTGGCTTATCAGGTCTTCTTGCTAAAATTTGATCTGAAAGGAATCAGAGAGTTTTTCATGATAGATCACTACCTTGGATGAATCGTTTTGAAGTTGCTTGGACTAATGCTTCTTGCTTGTGCTCTCTTTCCAAGTTTTTCGTAGAATTCTCCATTCAAGACTTATGCTTAAATTGGAATGCCCTTATTTTTCCAGCTTAGTATTTATGTTGTATTTGCTATAGTACTTTATTTTATTTTTTGGTTTCTTATTTTGAGCATTAATCTCTTTTCATTTCTTCAAGAAAAAGATACGTTTCCTTTTCAAAAAAGAAAGGAAAATAAAACTTGGCTTATCAAGCCAGTCATAATCCTCATTTATATAGCCATAGCCATTAGAATGAAGTCTTAGATGGCATCAGAAGAAGCAGAAAGAACGTAAAATGATATATACCAGAACATAAACTAACATCATTGACCTATAATCCATTGATCCATTTTTGAATTTAAGAGATTGTCAACAGCTTATAAAAGTTTTGTTATGTTTTATATTCACCTAAGTGGACTGAAATCTTTTTTAGGGATCACTGCAAGATCGCCACTTTTGCAACTTGGAAGATGTTATAGTTGTTTAAATTGCCACTAAACCCAAAAATTTAAGCTGATAGGTTACAATAAATTTAATTATGTCAGTACTTCAATTGCTTCTCCTCGCTTGTGGGCTTGAAAATTTGTAGAAAGCTCAACAAATATAAATCAATATTAATTGATTAATTGAAGGAGGAAATGGTATTATAGGGATTCAAATACACGCCTTCCTACTGTAATATCATGTTTAAATGACTATTGAACTCAAAAGCTTAAGTTAATAGGTTATGGTAAACTTAATTATATCAAATACTTCAACAATAGTATATATGTGAATTTAAGTTTTTTTTTTTTTTTTTTTTTTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTTTTTTTTTTTTTTTTTTTTTGAGGATATATGTGAATTTAAGTTAGTACTCTTTTATCCTGTATTATAATTTTAATATTGTTTGTTTAGGACATCATGCTTGTATATATTTAACTATCTCAAAGTTTGGACATGGTTCATCATTCTTTTCATGTCCAAAATTCCACTGAAGATGAAATTTCTTATCATATTGCATCTCTTGAACATTTATTCCTATTCGTTATATAATAAGAAGTTGTTTCTTGTTAAAAGGAAAAGAAAAATCTTGATTCTGATATATATAGAATTTGCTCGACAGTGAGAAAAGTGGAACGCAGACTAATGCCCATGTCCAAATTTGATTGAAGTAACAAATGGATTTGCTGCCTTCATATTGAAGAAGACTTCATTCTTACTGCAGAAACAGCGTCAGCTCATTTTAGTGGGTCCTTTTACTTCCCCTTTTCCATATATTTTATTGGAAAAACATCAATTTATGTCCTTAAATTTTGTGGTTGTATCTATTAAAACTTTGAACTAATAATTATATCAATTTAAACCTTAAACTTTTGTGAGTGTATCAATTTACACCATTAGTTAAGTTCCATTTAAGAAAACATCATAAGCCGATCAATTTAAACTCTTAGATAGAATTTCCTTTGAAAATTGTCCATGCATCAACTTGCAGTTAGAGTTTCCTTTGAGAGTTTGCCTTTGAGATTCCAACGGCTGGGAGATGGAATTAGCGAGATAGAGTAAAAGTTAGGATTTACAGTGAACAAAAGAAGAAGTGACATAGAAGTTGATGCTGAATTGTTTCTGTGTAAACTTTTTTATAATCAAGTAAGTAATTTTCCTTTACAATGCCACTCATATACAAGTAGGAAGGCACTCTATTCTAGTACATTCTCTTGCAAGTCAAAAAGCAAGTGAATGGAGAAAAAGAACAGAAAAAATTTGTCATAAATGACAGATTGCCCTTTAGTCTTCATCCTTCAAGCTACTTGCAATCTAGAAGTGAGATCTACAAAGGCATCTTCTTTGCAAGGAATTGTTAGGCCTCCCTGTGGATGATGGAAGCCAAACTCTTCCTCTGCATGGCTGAGCAGTTGCTGGAACGACGGATGGTTTAAGTAAGATATCGGAACCACAAACCGCTTCCTTTGAATCTCTCCCACGTAAACTGCCACATGGCCTTTTGGAACATCCAGTTGGTTTTTGGTAAAACCTGACTGCATCTTCAAGATTTGCTTGGCATGAGGAACCAAAGATAGCAATCGAATCCCCATTTTTTTAAGATGAAAGGATGAGAAAGATCTGAAGTTTTGATCAGATTGGTACAGAAACAACTAGAAGAGGAATTGACAGTTGAATTTGGTTGTTTGAGCCTCATATTATGTTTATATTTATAGAGTTATGAAGAAAGAGCTATGAAGTTGATTGGTGCTTATCCAGTTGATAAGTGGGGTATTGGAGTCTGGTGGTTGGGTATTTGAGTAGACCCTTCCACATGGCTTTGCCTAAGTAATCAAAGCTGATCCTATTATCTCTTCCTTTCTCTCCACAGATATTCTATGGTTTGTATTTGTTTGTATAAATTTTCTTGTTTTGTTGGCCAAGTTGTTCCATTCAGCACAAGCCACTGTCCAAGCACCTTAGTTGTTACAGAGAATCAAATGATTCAAGATAGAGTGAACAACAATGAAAATGGAAGAATAGAATATCATTTGTGACTGGATTGCCTTTCAATGGAAGACCCCATTACTATTTGAACTTTGTTAGAATACCTTAAATCTGTAATCTGACACTTCGAATGACCAAGTATAGGGTCTTGAGTTGGGGTCAAGGGCGACGCGCCCTGGTGGGGGCTTGGGGGCGGCGCTATATATAAACTCTCTAACCCTAGAGGCGCCTATACAATCTGTATTTTTTGATATTTCTCTCTAATAATAAACTGATTTCTCACTCTGCCCGTAGACATAGCTAACACATTATTATTAAACTACGTATCTCCGTGTTGATCTTTACTGTCTACGTTTTTTCGCTCTCTTTATTTATCAATTTCATAACAAACTTGATAAAAATAGCATAAGCATCAAATTATATATTAAAGTACATCTTAGTTCTCATTATTAGATTTCTCAATCCTCGTTACTAGATTTCTCAATCCTCGTTTAGTAAATTGATTATTGGACATGAACCATGCGAATTGGATTGAGATTTTAATCAATGTTTTGTTTGTCATATATAGTCAATTACATTGCATCCACTCTAGGTAGTTGATGTATCTGTGTTAAATCATCAATTGACTCAAAAACTTAAGTTAATGGTATATTAGTACTAACTCAAAATTCATTTCAAGTATATCATTAGTGTATCAATAATACATTATCATTCATTTAGAAAGCAATACTAAGTATTACATTAGTGCATCAATAGTTTATCAACTCTCATTTAAAATTCATTTAAAATATAACATTGATATATCAATAGTCATTGCAAATTTATTTCAAGTATATCATTAATGCATTAGTAGTATATCAATACTCATTCTAAATCATTTCAAGTATAATATTGGAGTATCAATTGTATATCAATACTCATTCAAAATATAATTCAAGTATATCAGTTGTGTGTTAGTAATATATCAACACTCATTCAAAATGCATTTTTAAGTATTTTATTAGTGTATCACTAGTTTTTCAACACTCGTCCAAAATTCAGTTTAAGTAAACATTAGTGTATCAATATTCTTTAAAAACTAATTTCAAATATACTATTAGTGTATTAGTGGTATACTAACATTCATTCTAAATAAAAATTCAAGTATAACATTGGTGCATGAGTAGTATGTCAACCATAATTCAAAATTCATTTCAAGTATAAGAATGATGTATCATTAGTATATTAATACTTCTTAAAATAGATTTATTCAAATATATTATTAATATATCACTATCCGTTCAAAATTCAATTTTTAGTGTAACGTTGGATTATCAATAGTTTATCAACATTCATTCAGAATTGTTACCCATAGGACAAATTGAACCATTATAAGCCGATGTTAATGTACTAGAAAAACAATATTTTGAAACAAATGAATAAGGATTCAAACTAAGTCCATGAATAATAAAAATTGCAAGGGCACTTATTAACTATCATATAAGACCAGTATTTCTTGCTGAATAAAATTGTTCCTTTTTCTATACTCTCTCCTTGTCTGACAAAAATGGACTTTCCTCCTTCCCAGTGGAAGTCCATAACCCATTGATATAATATTAAGTGCTGAAAAAATTGCATCTGATATAATATTAAAATTTTCATAGTTCATTAGGTTAAGCTTTTTGGTTCATTGGTGATTAACGCGTGCTTTATCATATGTGATTGGTCCTTGGCATGATTTTCCAGAATTGAAAGCCGATTATCATATAAGACGCCAAAGATCTAACTCTAAGCTGATTATCAATGTTTCAGTTGATGAAAATTCTTGGTTACTTTAGGAAGCTGACAGTATTATATCTGATATTTGCCTTAGTTACAGTTTTAGCTCTTTTCAAGCCTTTGTTTGCAAAATGAAGATCTTAATTTCACTGCAATTGATATGTTTCATTGATGTTCAAGTGGCTTTGTAATTCTCCACCTTTTCAAATTTAATTTCATCTACATATACAAATTTTACTTTCAGTAACATTCAACTCTATCTCCTACAGAAAAAGAATGAAAGAAGTTGTCAAAACTGCAAGCAGGATTGCTCTTTGTTCTCAAGCTTTCATGAAGTGTGCAGTCTAGAAGTGACATCAATGAAAGCTTCTTCTTTGCAGGGAATGGTCAACCCTCCTGTTGGATGGTTGAATCCAAACTCTTCTTCAGCCCTCCTTAGCAAGTCTAAAAATGAAGGATGGTTCAAGTAAGATATCGGAACCAAAAACCGAGTCCTCTGAATTTCTCCCACGTATACTGCGATGTGACCTTTAGGAACACTGGATTGACATCTCCCAGAAATGGACTGTGTTCTGAGAATTTGCTTGGCACTAAAGAGAATAGACGGTAGACGAAATCCCATGTCTAAATTGGATTGAACTGAGGGATCGATGAAGAACTTTGAATGGTAAATTGTACTGCTTGAATGAGAATGTGTGATAAGATTTGAGTTGGAGATAAGTTGTATATTTGGTATGTATATATAGGAGAAAGGAGGAGATAGATAAGAACAAAGAATAGAAGATAGGTGTTTATGACAACCTGCTTCATCAAATATTCACATGGGTTGCTTAAGTGGTTTAAAGAACACTCACTTTCAAATTTGATCCAACTTTTGCTACTGTGGACCCACTTGTCCCAATAAATGAAGTCATATTCAAACATTTTCATCTGGCTGAAAAATGTTAGTAGGTATTGAGAATAGGACAATTGAACTGGAATTTAGTTGAAATATTGAACTACTTGAAAAATATGTGGTGTATATCATGATGGATATTGCATTATCAGCAGAAAAATGACAAATATGTCTGAAGGATGTTTAGAATCTGAAAGATTTGTCATTTAGGTGGTTCTAATTGATGTTTGCTGCTGTGTAATTGCTAAATGGGTGAAGTGGAACATATAAAAGTTCCATTACCCATCTTATCTCAATCCTCCATTGTATCAAGAGCCATAAAAGAGCCACTGCTCATTATAATGACTTCTCATAGACCAAATTCATGTATTTGATTTTGGAGACTGTCAGGCTTATAGAATTCTATGTGTCAAGTCACCTTAGCAGACTAAAATGCTTCTTCTTCATAACAATTATGTCTTTTTGTTCTATATGAAGCCCAAATGATCCCAGCAAGAATGCTATTTTTTCATCTTAGAAGCCAATGTAAAACATATCAAGTACCTCATCGTTCTCTATTGATTACCTCTTAACTTTTCCCATTCACAGAAAGGCTTCAAGACTCTTGTTTTCAAATTGTTAAAAGTATTTGTTGGAATGCCTTGAATCTGTTATTTGTTGGAATGCGTATACAACCTAAATTGTATGCGTATTATATGTTATTTATGACTTTGGGCCTAAGGTTTAGAGGGGTGCTATATATAAACCCTCTAATCCCATTGACCCCTCTTTATCTGTATTATCTGATATTTTCCTCTAATAATGAAATTGCTCTTTCCTTCTACTCGTGGACATAGCTAATGCACTGTTAGTGAACCACGTAAATCTCTGTGTCGATTTCTTCTTGTTCTTATTCTTTGCTTGTCAATTTTTGTTTCTCTCATGACAGTATTGAAAAAGGAGTAAATTTACTGTAACCTTCTAGCTTAAGGTGATTTAACACAAGCACTTTGCATAAGCATAAGAAAAATTTTATCCATTGTTATGGATGCAATACTTATTAGTCTGGGAATGCAACAGGTCATGTTATTAGCTACGGAGCTATAAACTTGCTTCTGCCTTGTACTGCTTTTGGTAGGCTGTAGAGCTTATTAATGAAACTTCAACTTAATTTCAGCTGTCGGACTGTAAGGATCAGTCTAATTCATGATTCGAGTTACATCCTTTTTCACTCCAATTATCCTATCTAGGAAGAAACTTTTGTGGCACTTCTTCCATAATGTCTCTGATAATCCGTCATCTAAAACAAATTTTAAAAAGTTTGTTCCTTTTCTGTACTCTCTCCTCTCCTCACATGACAAAAATGGACTTGACTCCTCCCTATTGGAAGAGATTTCATCTCTCCTTGCAATGAGTTCAGCCCTGTTAGTAAAATACTGGAGAGAAGAATAGGGAGTAGGAGATGCTTTGAGATTTGAGGTTTTTCTTAGTTAAATTTCAAATTTGTGGTTTTTAAGTTTCTTAAATTTATTGTTAGATTTAATTTTTTAGTTTAATGTTTTAAGTTGATGTTGGATCTAAGATTTTAGTTTTTTGTTCTTAAGTTTTCTTTAAGTTGATGTTCGATTTCATTATCTCAACAAGGTGGAACAAAGAAAGACAGAGATGTTGTGTAGTGAAAGTAAAATTTTGAGATCTATAGAATATACTTAAGAATAAGCTACACAGAAGTTGATTCTGAATTGTTTCTGTATATATATATATATATCTAGTTTTCTTGGTAAACTCTTCTTTACAATGCTACTCATTTACAGGCTAACAATGGAGTACATTCTCTTGCAAGTCAAAAGGAAAGTGAATAGAAAAAAATTGGGAAAACAAATGGTCAAAAAATGACAGATTGCCCTTTGTTCTTCATCCTTCAAGATACTTGCAATCTAGAAGTCAGTTCAGTAAAGGCATCTTCTTTGCAAGGAATTGTTAGGCCCCCTTGAGGATGATGGAAACCAAACTCTTCTTCAGCATGGCGGAGTAGTTGCTGGAATGACGGATGGTTTAAGTAAGATATCGGAACCACGAACCGTTTCCTTTGAATCTCTCCCACATAAACTGCCACATGCCCTTTTGGAACATCCAAATGGTTTTTGGTAAATCCTGACTGAATCTTCAGGATTTGCTTGGCATTAGGAACCAAAGATAGCAACCGAATCCCCATTTCGTTTGAGATGAAAGTTTATGAAAAGATCTGAAGTTTCGATCGGATTGGTCCCAAACCAACTAGAAGAGAAAGTCAATTGAAAATGGTATTTGTAATCTCATATGATGTTTATATTTATAAGGTTTTGAAGAAAGCTCTCTATGCAGGTGAATGGTGCTTATCCAGTAGCTATAAGTAGGGTATTGGAGTCTTGTGGTTGGGTATTTGAGTGGACCCTTCCACATGGCTTTGCCTAACTAATAAAAGCTTATCCAATTAAAAGCTAAGTAGGGTATTTGAGTGGACCCTTCCAGATGGATTTTCCTGTTCTATCCTCCACACATATTCTGTGGTTTATATTTGTTTGTATCACAAAATTCTGTTCTGCTGTGGCCAAGTTGTTCCATTCATCACAAACCATTGTGCAAGTAAAGTTGTTACAGTGGATGAAATGAATCAAGATAGAATGTATCACATTGAAAATGGAAGTATAAAATATCCATGCGTTGGCTACCTTCCTATGGAGGAGCCAATTGTTGCATCATTGAACTCCATGTTCTGGTAAAGAAGCAATCAAATAATGGCATAACCATCAAATTATGTAGATAATTAAATGTTCATACTAATTATTAAAACTCCTCAGTCCTTGTATTATGAAATCGGTCATTAAAGATAAACAGAGAAACGTAAACAATAGAGAATCGACACAGAGATTTATGTGATTCATTAATAGTGTGTTAGCCACATCCACGGGCAAAGGGAGAGAGCGGATTTATTATTATGAAGAAAATATCAAATTTCAGATTACATAGGCGTGTCTAGGGTTAGATGGTTGATATAGCGCACTCCTATAAACTCTAGAGCAAAAAATGTAAAAAAACGTACAAGAAAAAAAAACATAATTATGAATAGAACTTAGGTTACAACCCCGAACTCCCACCAAGGTGCGTCACCCCTAGGCTCGAGACCCCGTGCTTGGTCGTTTGGAGCGTGTTAGATTATATTAGATAAATATGCCTTCACCCACGAGCTTAAGCTTTTGGGTCAATTGGCGATTCAAGATGGTATCAGAGCAAGTTGGTTCAGGATGTCCTGGGTTCAACCCCTGCAACGTTGTTTCCTCCCCAATTAATATTATTTCTACTTGTTTGGCTCTTTATCATATTTCAAGCCCACAAGTGAGGGGGAGTGTTAGATGATACTAAATAAATATATCTTCACCTATGAGTTTAAGCTTTTGGGTCAATTGGCGATTTAAGAGAGCGCCAAAACACCTTGCTTAGTACATTAAGCATTGATTAATTGTGAAGCCTGCGAATTGGAACAGAGATTTTAGCTGATGTTTTTCTTTTATCATATGAAGTTAGTTGCATTGCATCTACTTCAAGAAGCTGATGTACTTGAGACATGGATCATTAGCAATGGGAAAGAAGTTTGCATAGAATTTTTCTTGACTTTTCTTCTTCAAACTAATTAACTAATCCATTCCAGTTTATGTGCTTTCAAATGAATATTGAACTTGTACAATGCCACATGTCCCTACTAACACTTCACCTTGGACTTGACTCGAGACTCGCTTCGTAGAACATGCTATACTCTTCAGCTTGGGCACTTCCTGACCCTAGTTGTGGGTCCACTTAGCTCCATATTGTAGGACTTTCGTCACAGCATTCGATCATCGAGCACCTGTCAATGCAAATCAAGTTCATTTTTCCACAAGGAAGTATGATACATTTGCAGTCACAGCTCCAACTTCTTTGCTCAGGTCACTGCTTTCCTTTTTCCTGTCCTTGAAACTTTGAGGATTGACTCTTTATGGGTTAATCTTGTCTACCCAAACACTTCTTCATATGATCCGAACTATGGTTCGACGCTTTTATTCACTTTTCATAGATTTCTTTGTATTCATCCATGAAAAGTTCGTTTCTTGTGAACAGTAAATAAATAAAAGAACTGGTCCTTCACATTTTTTTTCCAGCATCAAAAACAGGTTAATTGTGTAAATGAGATGTAGAAAATTGTAGCTTTAATTCATAGACCTCCTTGCCAATTTTCTGCATATCTCTAGATCACATTCATAATACATTCTTTCGAAAGACACCCAAAAAGAAGTATCTGAGATAAAAATTTTACTTGCTTCAATATGAATAAATACAAAGGGAATGTTCACATATAAAATGACTTAATTGCATACAAATCAAATATAACTTTCGGTAGGTCTTAACCATCATGGTTAGCCTAGTGGTAAAAAAGGGGACATAGTCTCAATAAATAGCTAAGAGGTCATGGGTTCAATTCATGGTGGTCACCTACTTAGAATTAGGATTTAATATCTTATGAGTTTCCTTGACACCCAAATGTTGTAGGGTGGTTGTCCTGTGAGATTAATCGAGGTTCGCATAAGTTGGTCCGGACACTCGCGGATATCAAAAAAAAAAACTTCAGTAGGTCTTACTCAAAAAATAATCCGTTCATAATTAGTTATGAATAAGGCTTTGTTTGGAAAAAGAAAATGTTTCATTTCAACTGATATTTGTCATTGATGTTCAAGTGGCTTTGTAACTCTCCACTTTTTCTAATCTAATCATTTACATAAAAAAAAAAAACTTCCTTTACAATGACATTCAACACAATATCTCCAATACACTAAAATGAAGATTATATTATAAAAAAATGTCAAAATTGTGAGGAGGATTGCTCCTTGTTCTCAAATCATTCATGAAGTATGCAGTCTAGAAGTAATATCAATGAAGGCTTCTTCTTTGCAGGGAATTGTCAAACCTCCAATTGGGTGGCTGAATCCAAACTCTTCTTCAGCCCTCTTGAGCAAGTCTACAAATGAAGGATGA

mRNA sequence

ATGGAAAGGAAGTTGATATGTTATTTCATCACTAAGGGAATGGTCAAACCTCCTGTTGGATGGCTGAACCCAAACTCTTCTTCAGCCCTACTAAGCAAGATGATTCAAGTAAGAAATTGGAATAAAAAACCGCTTTCTCTGGTTTTCTCCAACGTACACTGGAATGTGGCCTTTGGGAACAACAGACTGACATCCTGTAGAAACGGACTTCATCTTGAGAATTTGCTTGGCGCTGAGGAGGACCGAAGGAAAACGAATTCCCATGCCTCCCTGTGGATGATGGAAGCCAAACTCTTCCTCTGCATGGCTGAGCAGTTGCTGGAACGACGGATGAGTTATGAAGAAAGAGCTATGAAGTTGATTGGTGCTTATCCAGTTGATAAGTGGGGTATTGGAGTCTGGTGGTTGGTAACATTCAACTCTATCTCCTACAGAAAAAGAATGAAAGAAGTTGTCAAAACTGCAAGCAGGATTGCTCTTTGTTCTCAAGCTTTCATGAATCTAGAAGTGACATCAATGAAAGCTTCTTCTTTGCAGGGAATGGTCAACCCTCCTGTTGGATGGTTGAATCCAAACTCTTCTTCAGCCCTCCTTAGCAAGTCTAAAAATGAAGGATGGTTCAAATATCGGAACCAAAAACCGAGTCCTCTGAATTTCTCCCACGTATACTGCGATGTGACCTTTAGGAACACTGGATTGACATCTCCCAGAAATGGACTGTGTTCTGAGAATTTGCTTGGCACTAAAGAGAATAGACGGCTAACAATGGAGTACATTCTCTTGCAAGTCAAAAGGAAAGAATTGTTAGGCCCCCTTGAGGATGATGGAAACCAAACTCTTCTTCAGCATGGCGGAGTAGTTGCTGGAATGACGGATGGTTTAAGTAAGATATCGGAACCACGAACCGTTTCCTTTGAATCTCTCCCACATAAACTGCCACATGCCCTTTTGGAACATCCAAATGGTTTTTGGATTTGCTTGGCATTAGGAACCAAAGATAGCAACCGAATCCCCATTTCGTTTGAGATGAAAGTGAATGGTGCTTATCCAGTAGCTATAAGTAGGGTATTGGAGTCTTGTGGTTGGTTGCATTGCATCTACTTCAAGAAGCTGATGTACTTGAGACATGGATCATTAGCAATGGGAAAGAAGACTTTCGTCACAGCATTCGATCATCGAGCACCTGTCAATGCAAATCAAGTTCATTTTTCCACAAGGAAGTATGATACATTTGCAGTCACAGCTCCAACTTCTTTGCTCAGTCTAGAAGTAATATCAATGAAGGCTTCTTCTTTGCAGGGAATTGTCAAACCTCCAATTGGGTGGCTGAATCCAAACTCTTCTTCAGCCCTCTTGAGCAAGTCTACAAATGAAGGATGA

Coding sequence (CDS)

ATGGAAAGGAAGTTGATATGTTATTTCATCACTAAGGGAATGGTCAAACCTCCTGTTGGATGGCTGAACCCAAACTCTTCTTCAGCCCTACTAAGCAAGATGATTCAAGTAAGAAATTGGAATAAAAAACCGCTTTCTCTGGTTTTCTCCAACGTACACTGGAATGTGGCCTTTGGGAACAACAGACTGACATCCTGTAGAAACGGACTTCATCTTGAGAATTTGCTTGGCGCTGAGGAGGACCGAAGGAAAACGAATTCCCATGCCTCCCTGTGGATGATGGAAGCCAAACTCTTCCTCTGCATGGCTGAGCAGTTGCTGGAACGACGGATGAGTTATGAAGAAAGAGCTATGAAGTTGATTGGTGCTTATCCAGTTGATAAGTGGGGTATTGGAGTCTGGTGGTTGGTAACATTCAACTCTATCTCCTACAGAAAAAGAATGAAAGAAGTTGTCAAAACTGCAAGCAGGATTGCTCTTTGTTCTCAAGCTTTCATGAATCTAGAAGTGACATCAATGAAAGCTTCTTCTTTGCAGGGAATGGTCAACCCTCCTGTTGGATGGTTGAATCCAAACTCTTCTTCAGCCCTCCTTAGCAAGTCTAAAAATGAAGGATGGTTCAAATATCGGAACCAAAAACCGAGTCCTCTGAATTTCTCCCACGTATACTGCGATGTGACCTTTAGGAACACTGGATTGACATCTCCCAGAAATGGACTGTGTTCTGAGAATTTGCTTGGCACTAAAGAGAATAGACGGCTAACAATGGAGTACATTCTCTTGCAAGTCAAAAGGAAAGAATTGTTAGGCCCCCTTGAGGATGATGGAAACCAAACTCTTCTTCAGCATGGCGGAGTAGTTGCTGGAATGACGGATGGTTTAAGTAAGATATCGGAACCACGAACCGTTTCCTTTGAATCTCTCCCACATAAACTGCCACATGCCCTTTTGGAACATCCAAATGGTTTTTGGATTTGCTTGGCATTAGGAACCAAAGATAGCAACCGAATCCCCATTTCGTTTGAGATGAAAGTGAATGGTGCTTATCCAGTAGCTATAAGTAGGGTATTGGAGTCTTGTGGTTGGTTGCATTGCATCTACTTCAAGAAGCTGATGTACTTGAGACATGGATCATTAGCAATGGGAAAGAAGACTTTCGTCACAGCATTCGATCATCGAGCACCTGTCAATGCAAATCAAGTTCATTTTTCCACAAGGAAGTATGATACATTTGCAGTCACAGCTCCAACTTCTTTGCTCAGTCTAGAAGTAATATCAATGAAGGCTTCTTCTTTGCAGGGAATTGTCAAACCTCCAATTGGGTGGCTGAATCCAAACTCTTCTTCAGCCCTCTTGAGCAAGTCTACAAATGAAGGATGA

Protein sequence

MERKLICYFITKGMVKPPVGWLNPNSSSALLSKMIQVRNWNKKPLSLVFSNVHWNVAFGNNRLTSCRNGLHLENLLGAEEDRRKTNSHASLWMMEAKLFLCMAEQLLERRMSYEERAMKLIGAYPVDKWGIGVWWLVTFNSISYRKRMKEVVKTASRIALCSQAFMNLEVTSMKASSLQGMVNPPVGWLNPNSSSALLSKSKNEGWFKYRNQKPSPLNFSHVYCDVTFRNTGLTSPRNGLCSENLLGTKENRRLTMEYILLQVKRKELLGPLEDDGNQTLLQHGGVVAGMTDGLSKISEPRTVSFESLPHKLPHALLEHPNGFWICLALGTKDSNRIPISFEMKVNGAYPVAISRVLESCGWLHCIYFKKLMYLRHGSLAMGKKTFVTAFDHRAPVNANQVHFSTRKYDTFAVTAPTSLLSLEVISMKASSLQGIVKPPIGWLNPNSSSALLSKSTNEG

Homology

[Close]

BLAST of Lsi10G004390 vs. NCBI nr
Match: KAG6571061.1 (hypothetical protein SDJN03_29976, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 91.3 bits (225), Expect = 2.4e-14
Identity = 60/134 (44.78%), Postives = 66/134 (49.25%), Query Frame = 0


Query: 162 SQAFMNLEVTSMKASSLQGMVNPPVGWLNPNSSSALLSKSKNEGWFKYRNQKPSPLNFSH 221
           ++ + NLEVTSMKASSLQ MVNPPVGWLNPNSSSALLSKSKNEGW               
Sbjct: 31  NEGWFNLEVTSMKASSLQEMVNPPVGWLNPNSSSALLSKSKNEGW--------------- 90

Query: 222 VYCDVTFRNTGLTSPRNGLCSENLLGTKENRRLTMEYILLQVKRKELLGPLEDDGNQTLL 281
                                           +T E+I      +    P EDDGNQTLL
Sbjct: 91  -------------------------------NITNEFIEGVFFVRNCEAPPEDDGNQTLL 118

Query: 282 QHGGVVAGMTDGLS 296
             G  VAGM  GLS
Sbjct: 151 LRGLAVAGMMGGLS 118

[Close]

BLAST of Lsi10G004390 vs. NCBI nr
Match: KAG7010876.1 (hypothetical protein SDJN02_27674, partial [Cucurbita argyrosperma subsp. argyrosperma])

HSP 1 Score: 60.5 bits (145), Expect = 4.5e-05
Identity = 33/49 (67.35%), Postives = 34/49 (69.39%), Query Frame = 0


Query: 411 FAVTAPTSLLSLEVISMKASSLQGIVKPPIGWLNPNSSSALLSKSTNEG 460
           FAVTAP SL             QGIVKPP+GWLNPNSSSAL SKSTNEG
Sbjct: 103 FAVTAPNSL------------AQGIVKPPVGWLNPNSSSALSSKSTNEG 139

[Close]

BLAST of Lsi10G004390 vs. NCBI nr
Match: KAG6605012.1 (hypothetical protein SDJN03_02329, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 59.7 bits (143), Expect = 7.7e-05
Identity = 31/38 (81.58%), Postives = 31/38 (81.58%), Query Frame = 0


Query: 422 LEVISMKASSLQGIVKPPIGWLNPNSSSALLSKSTNEG 460
           LEV   KASSL GIVKPPIGW NPNSSS LLSKST EG
Sbjct: 33  LEVRFRKASSLHGIVKPPIGWQNPNSSSDLLSKSTKEG 70

The following BLAST results are available for this feature:

BLAST of Lsi10G004390 vs.


Match Name	E-value	Identity	Description

BLAST of Lsi10G004390 vs.


Match Name	E-value	Identity	Description

BLAST of Lsi10G004390 vs. NCBI nr


Match Name	E-value	Identity	Description
KAG6571061.1	2.4e-14	44.78	hypothetical protein SDJN03_29976, partial [Cucurbita argyrosperma subsp. sorori...	[more]
KAG7010876.1	4.5e-05	67.35	hypothetical protein SDJN02_27674, partial [Cucurbita argyrosperma subsp. argyro...	[more]
KAG6605012.1	7.7e-05	81.58	hypothetical protein SDJN03_02329, partial [Cucurbita argyrosperma subsp. sorori...	[more]

BLAST of Lsi10G004390 vs. NCBI nr


Match Name	E-value	Identity	Description

Relationships

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


Feature Name	Unique Name	Type
Lsi10G004390.1	Lsi10G004390.1	mRNA