Lsi06G002020 (gene) Bottle gourd (USVL1VR-Ls) | Cucurbit Genomics Database (CuGenDB)

Overview


Name	Lsi06G002020
Type	gene
Organism	Lagenaria siceraria (Bottle gourd (USVL1VR-Ls))
Description	ARM repeat superfamily protein
Location	chr06 : 2224477 .. 2242515 (+)

Genome Viewer

Gene Expression

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: CDS

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

ATGGCAAAGGTGAAGAAGGAAGGCTCCACCAATCACTCCAAAAGGAGCTGCAACAACCCAAAACACACACAGTGACTGGAACGGTACCAAAAAGTAAATTTCAACCAGTGCTTGTTGAAAAAATGCTGGATAGAAGCTTGTTACTTCCATTTCCATCTATCTTGTGTTTTACAGAAATGCTCCCCCCTCTCTCCTCTCTCCCAATCTAACCTTCCATAACTGTCCCTCCGCCATGGTTTCCACCGTGCAACTGCCGTCTGCCTCCTATCCCAGCCGTTCCATCCTCATTGATCGGAAAGTCTTCACGCTGCATTGTGATAAAACAACTAACGGCCAATCGGTGATAATCACTGAACAAGGAACATCATCCACACAATCCCTCAGCCTCTCTTTGAAAGCACTTGATTGGCTGGTCTCCTCGTTCAATTCTCTCCATCGAGACCCATGCAATTACAAGTTCTTCAAGAAGTTCAATGATGTTGATGCTACTCTTTGGCTGGAAAAACAAATCAACGAAAGTGGCTACTTTGTTGAATTAACCCACCTATACCACATAAGGCATCGAACCAAATTATTTATCCCATGAGAAGATAAGAAACAGGGCTGGTTCTCATTTTTCTCTCCCCCCCTAGTCACAAGACTGTGGTCCAATCAAAACCCATTGGTAAAGCATCTCCAAGGATTCAATTGCCGAAAGGCACTCCACTGCCCTCTATCTCAACAACCAATGCTCATTATCTTCCTCAATTTGATTGGTCTTCTATGGTGGTGGTGCAACGACATAAATTATAGGATTCCTGGTCAGACATGGTTGAAGATTCAATTCTCGCTGGGAACTCGTTGTACTATCAACCCATTCCTTGATGAAAAGGATCTGTTACTTGTCTACGACTCACAGATTGTTTGAAAGAAACCAAAGAGTGTTTCACGATAAGTCAACTCCATGGTTAGATCGACTGGAGATTGCTAGGCTCAATGCCTCCTCTTGGTGTTCCCTCTCCAAAGAATATGCGGATTTCTCACTACAAGATATTAGCCTTAATTGGAAGGCTTTTATTGTTCCAGCTCAATAATTGTGATATGTAACAGAGAGTATGCTTTAAATTTGTTCTAGTATGGATGTTTGTAATTTTTGGTTGGTGATGTGTATTTTCCAGCATAGTAATTTGTTCAATACTTGGGCTGGAAGTGTTTTTTAGTTGTGTCCCATTGTATTTGGGATGTCTTTTCTTATACATTTGAACTTCTATGTGGTATTGGTTCGTGGTGTTCTTATTAAAAATGAACGAGGTTTGCTCTCTTTATTTTGTTTTGGATATGATGAAGAGTGCTATGGGAGTGTCAACATAGTTGAGATGTCCGGGTGCACTTGCTGATCCTAAGGTGTTTATATTGGTACCCCTCATTGTAACTTGAGCATTAGTCTCATTTCATTACTTCAATGAAGATACTTGTTTCCTTTGAAAAAAAAAAAAAAAAACCAACCAAGACTTATTTAAAAAGACCAATCTGGGACCATCAACAACCTTCTTTCGAAGAGCTTCAACTATACAATCAAGAAATACTATTCCAGGATCTACTTCCAATCAACCGACCAAGAAGGATGATCCAAATGCTAAGCAACCGAATACAGAAGGAGCTGAGTCTAATCTTCCAAAGAGAAATCCGAATCCTTGCAATCGTCCAACCTTGGGCAAGTTCTTTCGATGTGGTCAACAAGGCCACCTCTCTAATGAATGTCCCCAACGCAGAACCTTGGCAATTCAAGAAGAAAAGCAGATGATGAAGATGGCATTGTTGATGAGAACACAAATGGGCTTGCATACGACCAAATGACGACGACTAGCTTTCATGTGTTCTTCAAAGAGTTATGTTGATCATTGATAGTGGGAGCAGCGAAACTATTGTATCCAAGAAGCTCGTTTCTGCCCTTAATTTGAAAGCTGAGCCACATTCGAATTCGTATAAGGTGAGTTGGATAAAAGGGGGGGGGGGGTGGCTTCTGTCTAAGAGATTTGCACAGTGCCCCTGTCTATAGGAAATTTGTACGAAGCTCAAATTACACGCGATGTCTTGGAAATGGATGCCTGTCACCTACTCTTGGGTCGCCCATGGCAATATGACAACAAGACATTCCACAATGGTGGAGACAATACATATGAATTCAGTTAGATGAGTAAGAAAGTGGTTCTACTTCCCCTCAGTAAGTCTACCACAACAAGTAAGGTACCTTCTTCTACAAAAAAGCAACTTTTTCTTTTATCTCCCGGCATAGATCTTTTATACTTTAAAGAGCAATCTCTTTTAGTGTTTGTTGTTAAAAAAAGATCCTTGTGAAACATCTAACCAAAACCAATTAGATCCCCAGATTTCCCATATTAAAAGAGTTCCCATCCCTCTTAGAAGAACCTAAGACTTTACCTCCACTAAGAAATATTCAACATCATATAGACTTAATATCGGGCGGTACCTTACCTAATTTACCACATTATTGTATGAGTCCTAAGGAATATGAAGCATTGCACACACAAATACATATTCTAGACAAAGAACATATACAACCTAGTCTTAGCCCATGTGCTATGCCCACATTACTTGCACCTAAAAAGGATGGCTCTTGGCGACTTTGTGTAGATAATAGGGCAATCAACAAAATCATAATCAAATATAGGTTTCCTATCCCATGTGTATTAGATTTATTAGATCAATTAGGAGGAGCATCAATTTTTTGTGGTGTGTGGGGTGTGCACGATCTTATGGGTTTTATGTGGTGAGCAAAATAGTAGAGTGTTTAGGGGAGTGGATAGGGATCCTTTGGATATTTGGTCCCTGGTTCATTTTCATGATTCATTGTGGGCTTCTGCTTTGTTCTCGAAGATTTTTTGCAATTATACTATTGACATGATTTTGCATAGTTGGAACTTGGAATCCCTTCTTGTAATGGGAGCTTCCCTTTTTTGTGAGCTTGTTTTTTGTATGCCCGTGTATTCTTTTGGAGTTGTAGCCTGGAGAGCATTACTTTTAGTGGCTGATTAGTAATCCAGTATTCCTCTCAAGATTCAAGATTACAACCTACTGTCAAAGTGCCAACTTTGAATTTGTCTGCAGTTCCTATGAGATATTGCAGAAGAAATGAATTTCCAAGGACTCTCCCACTAAAGCCAAATGTTTTATTAATACAAAAAGATTTTTTCCTCCTCCTAGGGGTTTTCCATTTCTCATATAATATGATAATAAAATCACTATTTTTAACTCATAATTGAGTTTCTAGTTATGTATGTATGTTTAATCATATATGTGTGTGTATATATGTATATATCAAGAAACAAAACTTTTCATTGATGGAAGGAAAAGAAGATTAAGTTTCTTTTTTCATATCTTTATTTATTTATTTATTTTTGTGGTACCAAAATTTAGTCACTTCTGTTGTAGGTAAGCAATACAATTTTTAGCTTCTTATGGAAAGGCTTTGAACAGCATTATACTGCTGCTCCATTTGTCTACATTAAAGCTTAGACTTCAAGAGAATCTGTCTACTGTATAACTATAGTTTTCCTTTTTTTTTTACCAAATGCAGGTTTTCCTCAGTATGTTATTGAAGGTTACTTTTCTTGATCTACCATTGTGGCATAGGATTCTTGTTCTTGAAAATTTGAGGGTAACTGTAATTAAGTAGAGTATATGTGAATTTGCGGTTATCTTAGATATATATATTTTGGGTAGAAGTTTCTAATAATTTGAATTTGTTGATCCTAATAGGGTTTTTGCATGGAGGCTAGAACTTTGCAGGTTCTTTTCCAGAACTTTGATATGTAAGCTTACTAACTCCAGTTTATTTTATATATTGTACATTCAATACACAATAGAAAATGCATGTTCATAAAGTTTAAAATCTTCGAAAATGCTATATAGTTATATAATTAAAAGAATTTATTTGGATCTCATGGAAAATATTGTAAAACATATGTGAGAGTACTAGTTAGGGATATATGGAGAAGATTAGTATGATACTAGTAAAGCTCATAATAAGTAATTAACTAGTAGTGTCTTGGGTATAAATAAGGGGAGTGTTGGACCTTAGAGGGTGTGGATGCTTTTGGTGGAGTTTCCATTGTGTGACTTTGGGAGAGACATAGTCATCTCAAAAGGCTATTGGTATATGGTAACTTCTCTTGATATTGCAATATATTGCTATCTTTGTATTCTTTGTGCTTCTTTGAGTTTTCTCATTAGGTGATATCCTGCAATTTAATAAAATAAATTGAAAAATAGTAATACTTCTTTTTTGGTTGAGGAGGATCTTCAGAATCTTTGATAACAATCATCTTCCTTGGCTTGCGCTCTTTGAATCTGCAAGTCTGAAAGCTTTCTATACGGGTTATCTATCCAACCTTTAGGCTTTTATTTTGCAAGATTGTCTGGATTGCGCTTAATTGGTTATCAATCCACCTTTGGCTCCAAAATCCAATCTTTTGTGGTCTTTTGCTGTTAAAACTTTTCATTATGAGTTACGTTTTGAAACAAATCAAAGCATCTTCCATATCAAACTCCTCAAAACCACTGTTTCCAACTGATACCAGATCATGTTAGTGATTTTAGCCTTCTTTTTTCAGCTTCAATTTCCAAGAATCTTCTTTATCCCTGCATTGAAATTTTTTTTCGGGGGGGGGGGGGGGGGGGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTAAATTGGAAAGTTGAGCCCATCCTTTTTAAGCGACAAGGCAAATAAGGATGGACATTCATCCTTAAGAATCAGATTGTCCAACTATGAATCCATAAAAAAACTGAGTTTTGTTTTCCCTACCGGCATTGTGAGTGTCGACGTTGGGCTTGTAAAGGATTTGAAGAGGTTGTAATTCGAATTGATTAGAGGTTGATTGCTTTTAGTGGGAAGGACCTTGTGGAAGGTTCAGATCTCTTGACCTTTGTTTCCACAATTCTCCTACCGGCATTGTGAGTGATATTGTTGTAAACGTGGACACTGGACATTTACTTTATCAATATACTTTCAAGGCCCTTTAGCCAACTTTTTCTTGTTTTTTAAATGTAAAAACAATTGCGATGATTTGGTTGTTACATTCTTGGCACTTTTTCCCTTTAGAAATGGAATACTCAACGGTCATTGATTTTTTTCCATCCTGATTAGTAAATTTGATTTTTCTCAATAGTTTTTACAAAGATGTCAATTAGTGCTTCAGGATGAAGGCTTAGCATGGAAGAACCTTTTAGGTTTTCTTTTTTCTTGGGGGAGGCATCTGTATATTTTAGAGTATATTAATTACTGATTTTCATTGGTTTTGCAGGCATCCGAAAAACACAAATGTTGTTGAAGGCATCGTTAAATCCCTCGCTAGAGTTGTCTCCAATGTACAGGTATTTATTTAGATTGCTTGCCATTATCACCTTTTCAGGTAGCTTTGTGGCTGGGAGCCTGAGATAAATTAGTAAAAGGAGCAAAGCAAAAAATAGATGGAGAAAATGGGAAATTGAGAGTGGTTGAGAGAAAGGAATGAACACGAGGACACTGGATCGACCATTTGGTGTCCTTGTATTTTTTGCTTTAAGTATTCTCTATGTTGCGTCTGTATGTTTGGTTAGTGTTTCCTGTTCCTAAGGGGTTTAGCTTTTGGCCTATTGGTTCTCTTTTTACTATATACTAATCAAAAGATGTAAATATTGTAGGTCCACGAGACGAGTGAAGAAAGCTTGGCAGCTGTCGCAGGAATGTTTAGTAGCAAGGCCAAAGGTAACTATTTTCTTTATTTAACTTGCCTTGTTAATTCAAATTATCCCCTCTCTACGGGAACCCTGTTAGTTGTATTTTGCTTTCTTTTCCCACCATACGTCTGTTGCTACAATAAATCTCTCTTGGTCTATTATATTTTGTGCACATCTTTGTCTGGGAAGTTGTTTTTCCTCCATGTCATGTAATGAGAAGTATAAACTTTTGGGCGATAAACATTTCAGACATGCTAATCCTAATGAATTTTTAACTGCATGTAATTGATAATGCTAAACATCTAAACTAATTTATATGTTTTCTCAATCAAAATCTTTTAACTGCGTGTAATGAGGAGTATAAACTTATGGGCGAAGAATATTTCAGACATGGTAATCCTAATAAAATTGTAACTGCATGTACTTGATAATGCTAAACATCTAAACTTATTTCTATGTTTTCTCAATCAAAATTAAAGTACTCGATAAAATTCATTCTCAAATATGATATGGAGATTGTACTTTCTTACTCTAGCTAATATTTTGTTAAGGATTTAAAATTCTTCTATATATATGGATTTGTTCGGTCTAGATCAGAGTGACTCAAACTGTAGTCTACTGTTATACCTCTATTTGCCATCAGTGCTTACTATTCAGTCTTTTTTTTTAATCAGAAAAAGAATTCTACATGCCCTTCACTTATTATCCATGGAATCTGTTCTAGAGATTAAATTGGAATGTCAGGATATTTATTTTTTTAGTAAAAGAAACAATTTCATTGATAAATGAAAGTAGGGGAAATACTCCAAATACCAAGAGGTGATTACATCAAAGAACGCCAATTACTGACTAAAAAGGATGAGTTGAAATGACTAAAAGGGTGTTTAGTTTTACACCAAGAAAAAGCAGTAAACAAGACAGATTCCATAAAACGGTTGAAAGGAGTAAAAGAGTCATTGAAGAGCCGACTGTTTCGTTCACCCCACAATCTCGAGAAGAAAGCACGCAAAGGGCCAACCAAACTATCTCTTTTGTACCACCAAAAGGATGACCCACCAATAAAGAAGCCAGTGCATCAGAGATGGAATTAGGGCAAATGAAAGACCATCCAAAAGTAGACAAAACAAGATCCCAAAAGTTGGCAGCAAATGGACATTGCAAAAACAAGTGAACAGGGGATTCGACATGTTGTCGACACATGATGCACCAAGAAGGAGAAATACACATATAGGGAAATCGTCGCTGCAAACGATCAGCAGTGTTAATGGCACCCCAACTAAGCTCCCAAAGAAAAATTTTAATTTTCTTTGGATAGTGGTCCTTCCAAATCAACGCATACAGATCAGATAAAACAGAATCAGTAGCACCCACCAGATCAGTCATAAGTGATTTAACTGTAAAAGTCATAGATGAATCCAGAGGCCAAATCCAAGAATCAGGATAGGAGCGCAACCTGACAGAAGCCAAATGGTGTGACAAAGTAGCCCATTCTGCAATTTCCAATTCAGTAAGACTGCGACGAAGATTTAAGTTCCAGGCACTAGAGGAGGCAACCCACACATTAGCCACAGCAGTCTTCGGTTGCCAAGCAAGGTGAAAAAGCCTCGGAAACACAGTTGAAAGGACACCACAACTAAGCCAAGGATCATTCCAAAAAGAGGTAGTAGTACCATCACCAAGCCGACGATGAATACGATCAGCAACCAAATCAATGTATTGGCAAATACCTCCAAGGGGCTTTAGAAGGAGCACGAGAGATAGGAGTAGGCCACATACTATCAATAGGATAATATTTAGCCACAATAAATGTTTGCCATAAAGCATCTCGCTCGGAAAGAAACCACCAAGTCCACTTTGCAAGAAGGGAGGAATTACGGTGTTTGAAGTTTCCAATATCAAGACCTCTCGAAACTTGAGGGCGTTGAGAGATCCCCCAATTCACGTTATGCATACCACCATCCCCATGAGCACCTTCCCAAAAGAAATCACGAACCATCTTATCAAGGCAATTGATAACAGAGGAGGGAGCTTTGAACAAAGATAAATAATACGTGGGGCGATTAGATAGAGTAGCCTGAATGAGAGTGTGCCTACCACCTTTCGAGATATAAGCATATTTCCAATTATGAAGCTTGTGCTGAATTCTCTCCACCACCGGCTGCCAGAAATTGATAGAATTGGAGTTACCACGCAAAGGAAGCCCGAGATAAGTAGATGGCCAAAAACCCCTTTTGCAACCAAAAGAGTTCACCAACCATTCAAAATCTAAGTCCGGAACATGGATCCCAAGGAGCCCACTCTTTGCAAAATTAATTTTCAGCCCATAAGCAACTTCAAAGATATGGACAACATCAATCAAATTTTGAAGGGCAGGATGCTCAGCAGTGGAGAATAACGAAGTATCATATGCAAACTGTAAATGATTCAAAGAAAAAGTCGAGTTTCCAATAGGGTGTGCAACAGTGAGACCAAGCGAAGCACTATGATAAAGAAGGCGACTCAGGCAATCAACAACAATAATAAATAAGAAAGGGGAGAGAGGATCGCCTTGTCTAATACCCCTTGATGGAACAATCTTCCCCCGAGGACGACCATTAATAATAATAGAGTGATTAGCACTAGTGACACAACCTCTGATCCATGTATGCCAAAGATTACTAAAACTCTTAGCCTTGAGAATAGAGTCAAGAAGGCCTTCTCCAAATCAAGCTTCAGAACGACCCCTGCCTTCTTGTTGGAGGACCAATCATTAATAAGCTCGTTAGCCATCAAAGAGGTATCAAGAATTTGTCTGTTTGTCACAAATGCAAGCTGATTGGCTGCAATTGTAGAAGGGAGGAGCAACTTGAGACAATTCGATAAAACACAGGCCACAATCTTATTGCACATGGAATGAGACTAATAGGTCGGTAGTCAGAAACTGATTTAGAATCCACTTTTTTGGAATCAAACAAATATAAGTCTCATTCAACTTAACATTAACAACCCCAGAGGTATAAAAATCCTGTATCAACATCATCATGTCAGATTTAATGGTGGACCATAAAAATTTGAAAAATTCAGCTGTAAAACCATCCAGACCAGGAGATTTTCTTGTGTCAAGAGAGGAGATAGCTATATACACTTCCTCTTCTGTAAAAGGATGCTCCAAATCAGTAGTTTGTGTGGAAGAAATAGGACTCCAATCAAGGTTGGTTGGAAGGAAGCGCTGATGATTATCCTTTTTGAAAAGGGTAGAGTAAAAACCCAAGAATTCAGCCTCTATGTCTTGATCAATCAATAGACTAGTACCATTCCTGGAGAGAATTTCAATGATAGAACTTTTACGACGCCTAGCAGCAATGATTCTGTGAAAAAAACGGGTATTTTCCTCCCCTTCAAGAAGCCATTTAAGCTTACATCGTTGTTGCCAATGGATATGATCTTGAACAGTCAAATTTTAAATCTGTTCTCGAAGTAATCGACGCCTGATTATCTGTTCATTGCTAAGAGGACCGCGGTCTTCCATATCATCTAGTTGTGACAGTTGTGTTACAAGAGTGGGAAGTTTTGATGCTTCAGTACGTTGTGTAGCATTCCATTCACGGATAATCAATTTCAGACCTTGTAATTTCATCATAAAACCATGTCCTAGCCAGTCAGTAATAAGGTGAAGGTTCCACCAATTCTCTACTAAAGTGCGGAAACAAGGAATTTTAAGCCATGAGTTTTCAAATCTGAAGGAACAAGGACCCGAAGCAATACTTCCCATAGAAAGAGCCAAAGGAAAGTGATCAGAGGTAATTCGATCCAGGCGTTTGAGAGCAACATTTCCAAATTTGTGGAGACAATTCTCTGTAAGAAGGAAACGAGCCAAAAGAGAGAGATATTGGGTAGGACCCGAGCTAGACCTTGTAAAGCAACCATTCGCCAAAGGAATATCATGCAATTGATAATTAGAAATCCATTGATTAAAAGTTCTCATACCGGAAGAGATTGTATTATCATGAGATTTTCATGGTTCAGATGTAGAATCAATTGTCAGTGCCAACAGTGAAGAGTTTGAGGGCTATGATGAAGATGATATACAGGAAGTTGTAAAGGCTTCAGAAGATTTTAGCACAGAATTAAAAGAATTGCTACAAGGGGAAGACATTCATGAATCTGAAGCAGGTGAAGGTTTCTCTAATGTACCCTTATCAAAGAATGTTATCCCTTAGAAGCTTCATTCTATTCTGGAAGATTGTGACATAAGTCTTGGTTGAGTAAGGAAAATCATGGAAGTCAACTTTGCTTATACATCATTTTGATAAGTGTAAATCTAAGATGAAGATTATTTCATGTAACATTAGAGGAATTGGTGATTCTTCAAAAAGATTGGCACTGAAAAGACTTTTGAAGAAATTTACTTCGGATATTGTTATAATTCAAGAAACCAAGCGAGCCTCTTTTGATAGAGAACTGATAAAGAAATTATGGAGCTCCAAGGATGTCGGATGTGTTTTTGTGGAAGCAAATGGACGATCTGGGGGAATTTATCAATGTGGGATGAAGGTAAGATTGATGTGATTGATGTGCATGAGGTGCTGAAAGGAGATCACTCCTTATCAATTAAATGCTCGACTATTTGTAAAAAAATCTTCTGGATTACAAATGTTTATGGCCCTTCAGATTATAGAGAAAGATGCAATTTGTGGTCTGAATTGTCTTCTCTAGCTGATCATTTCCTAGATCCATGGTGTATTGGAGGGGATTTTAACATTACTCGCCGAAGATTGGAGCGCTTTCCTCTAAGAAGAGTAACAAGAGGTATGAGGAAATTCAATAAATTTATATGTGATACAAATTTGATAGAGATACCTCTATCCAACGGAAGATTTACCTGGTCTCGTGAAGGGTCGTCGGTATCAAGATCTCTTCTTGATAGATTTTTAGTTTCAAAAAATTGGGAGGATTTGTTCGAAAACTCTAGGGTGGTTAGACAAGTACGTACATTGTCTGATCATTTTCCCCTCTTATTTGAAGTGGGAGGTTTTGAATGGGGACCAACGCCATTCAGATTCTGTAATAGCTGGTTGAAAATTAAGGAATGTTGCAGCCTGATGGAGAGAAGTTTAAAAGTGGTGGGACAACAAGGGTGGTCTGGATTTGTTATTTGTTCTAGATTAAGAACTTTAAAATATGCCTTGAAAAGATGGTTTATTGAATATGAGAAAAATAAGAGAGCTCAAGAAGAGTTTTTACTGAAAGAAATAGAAAGAAGAGATCTTGAGCTTGAGTTTGAGTTTGAAAATGTAGCCACCACAGAAGATTCTTTATTGGAGGAAGGAATTAGAGTTTCTCTGAAAGCAGAGCTTATGTCCTTATATAGAATGGATGAAAGAAACCTAATGCAGAAAAGTAAATTAATGTGGTTAAATTTGGGGGATGAAAACACTGCTTTTTTTCATCGGTTCCTTGCAACAAAGAAAAGAAAGAATTTGATATCAGAATTGATTAATGATCAAGGTATCCCAACAAAATCTTTTCAAGAAATTGAAGATTTAATTTTGGGATTCTACTCCTCCCTTTACTCCAAACCAGATGAGGTTAGAGCTATTCTCATTAACCTTGAGTGGCCAAAAGTTACTAGGGATCAAAATCTGTTGCTAGTGGCAAGGTTTAATCAAGAGGAGATTAGAAAGGCAGTTAAAGATTTGGGGAAGAATAAAGCTCCTGGATCAGATGACTTCACACCAGAATTTATTCTTAAGTTTTGGGATTTGCTCAAGGACAACTTTTTAAAATTATTTGAGGAATTCTTCAAAAATGGGAAGTTGAATTCATGTGTCAAAGAAAACTTCATTTTCCTAATACAAAAGAAAGAAGATGCAATGTTAGTCAAGGATTTTAGACCCATAAACCTAACCTCTCTTATCTATAAGATAATTGCAAAGGTTCTGGCCGAAAGACTTAAAAGAATTATGTCACATATCATTGCTCCCACACAAAGTGCGTTCATTGAAGGACGACAAATCTTAGATCTTGTTTTGATTGCTAACGAAGCAGTGGAGGAATATAGAGCCAAGAAGAAAAAAGGTTGGGTGTTAAAGCTAGATTTAGAAAAGGCCTTCGACCGTGTGGATTGGGACTTTCTTCAAAAAGTCATGCAAAGAAAGAATTTTGACCCAAGATGGATTTCTTGGATTATGGGGTTTATTTCTAATCCAAAATTTTCCATATTCATAAATGGTAGACTAAGAGGAAGAATCCAAGCCACTAGAGGACTTAGGCAAGGTGATCCCCTTTCACCTTTTCTATTTCTTTTAGTTAGTAAGGTTTTAAGTGCTTTAATCAAAAGAATCTATGAAAAAGGCAAATATGAAGGCTTTATTGTGGGAAATGACAAGATCCATGTTTCCATCCTTCAATTTGTGGATGACACCTTGCTGTTTTGTAAGGATGTTGATGATATGATTGATTGCTTAAAGAAAACTATTGAAATCTTTGAATGGTGCTCTGGTAAGAAAATTAATTGGGAAAAGTCAACTCTTTGTGGGATAAATATTGAAGATAACAAACTGTTTTCAATTGCTGCAAGGCTAAAGTGCAAAGTTGAAAGTCTTCCTTTTTAGTATTTAGGTCTTCCTTTGGGAGGATGCCCCAAAATTGTGTCTTTCTGGCAACCGGTTATTGATAAGGTGCAAGGGAAGCTTGACAAATGGAAAAGATACAACCTTTCCAGAGGAGGGAGAGGTACTCTTTGTAAGTCAGTTCTCTCCAATTTGCCTACTTATTATGTCTTCCTTTTTGATGCCAGAAAAAGTTCTTTCTATTATTGAAAGAATTATGAGGAATTTCTTTTGGGAGAGGAACAAAGGTAGCAAGATTAATCATTTAGCAAAATGGGAGCTGGTTTCTAAAGCCTTGGAAGATGGATGGCTTGGCTTCGGTGGCCTAAGAAACAGAAATTTGGCACTATTGGCAAAGTGGGGTTGGAGATTAACATTTGAAGTAAATTCCTAATGGAGCCAAGTGGTTTTGAGCATTCACGGGAGAGGTAAATTTGATTGGCATACCTCCGGAAAGGATGGTTTAAGCCTTCGCAGCTCATGGATAAGTATTTCTCGATCCTGGCTCAAAGTGGAAGCATTGGCGGTCTATAAACTTGGAGATGGAAGTCGAATTAGTTTTTGGCAGGATCCCTGGGTAGAAAATGTGGCATTTATGAGCAGATTTCCAGATTTGTTTAGCCTTGCAATTAATCCTTTAGGGTCGGTTCTAGATTATTGGGATCAAGGCACTTCTTCTTGGTCCATTGTTTTCAGAAGATTATTGAAGGAAGATGAAATTTCTGCTTTTCAGAATTTATTGGGTTTAATTTCCACAAAGCAAAGGCGTGATTGTCCGGATAAAAGAACATAGTCGATTCAAGCTGGTGGATCATTCATGGTAAAATCTGTAGTTAATCATCTCTCTTTATCATCCCCTTTGGACCGTCTTTTGAAAAAAGCTTTGTGGAAGACAAAAAGCCCTCAGCGTATCAATATTTCAACCTGGATCATGCTTTTTGGGCTTTTAAACTGTTCGGATGTCATGCAACGAAAGCTGCCCTCATATAGTATTTCTCCAAGCATGTGTCCACTTTGTAAAGCAAATGGGGAAGATTTACAACATCTCTTTTTTGAATGCTGTTATGCATCAAAATGTTGGCAGCATTTGTTCGGTTGTTTCAGTTTATGTTGGGTCTTTGGGCAAAATTTTAGGGATAATGTTTTACAGCTACTTGTGGGTCCAAAGTTCAAGAAAATCCTGAATCTTCTGTGGACTAATTCTGTTAAAGCAATGCTTGCTGAATTATGGTGTGAAAGAAATCAAAGAGTGTTCCAAGACAAGGAAACTTCTTGGTGTTCGCGCCTAGAGACAACAAAGTTGAAAGCTTCCTCATGGTGTTCCTTATCTAAGGCGTCTGTGGGCTATTCTATCCAAGACATTTGTTTGAATTGGCAGTTCTTCATATTTCAAGATCATTAGCCTTTGCTGCTGCTTATAGTTGAAGTTGTTCTTGTTCTTTAATTCAGTCTTGTTTAGTTATCCTTAGAGGATTAAGCTTTGTCAGCTTTGGATATTTTAGTTGTACTGATGTTTTTGTATTTTGATATTACTGTAATGACTTTAAGGACTCGCAGGTTGGGGTGTGTTTTGCCCTTGGTTTGGTATGATTTTTTTTTTTTTTTTGTAGGATATGATGATGGGGCTAAGGGGATGTTTGTTGAGATGCCCAGGTGCACCGGTGATCCTTGGATTGCTTCCTATTGTATCTTGATCTTTTGTATCTTTTCATTTTCTTAATGAAGAGGTTCCGTCTTTTGTTTCAAAAAAAAATTATCATGAGATTTCTCCCAAGACCATCTAGTGACATTGAAGTCACCACAAATAACCCAATTATCGCCACCCAAGCCTACCAGATCATCAAGTTCTTGCCAAAAATCAGGTTGGAAAGCGTTATCAAATGGACCATAAACTGCAGAAAGCCAAAAACAATATCCGTCGACCAAGGAGACATGAATCGAAATAGTATAATGACCCTGAATGACCTCAAGGATTGTAAAATCAGGTTCACTCCAAAGAATAAGTATACCGCCAACTATATCAATGGCGTCTAATGCAGTCTAACCAATGTACGAGGAGCTCCAGATAGACTTAATCAAGAAAGAATCAATAGATGGCGGTTTGGTTTCTTGGAGGAGAACAATACTAGGATTATGTTGCTGTATAAGTTTCTTGACCAAAGTTCTTTTCCTCCAAGAATTTAGCTCACGAACATTATGAGAGAAACTTCATTGATGACCCGAGGTACCCTCCCTAATAGCCAAGGTAGCTGATTTGTCTTAGTGGATAGATGAATATAGGCCATGTAGTTCTCTCTGTAGTTTTGGTTTCTTGTTGACTGTGGTGATAGATTTCTTGGTTTTATTAAGTGGGGGATTGGTTGGGATTGCTATAACACATAATCCATGTTTTGACAACAAGGAGGCCAAGTCGTTAAGGCTGAAAGGAAGGGAGGGTGAGGTTTGTGGGTGCTGTTGGATAAATGATGAAGGGGTAGGGGATAGAGGGCCAATTGCCGAGGGGGAAGAATTCAAAATAACTTCAGTTGGAGATGGGATTTCGTGGTCAGGGCTTAGGTCAGTTGGGAGAAGAGGGAGGGAATAAAGCGACAGTAGGTTTGATTCATCTGGATGGTCTCCAAAGACAGTCGTATCAAGGGGCAAATTGGTAAAGTGGTAGGGCTGGAGAGGTATACTTCTGTATCGGAGCCAACAAAAGGAAGATTTGGTAAATTTTCTGAGGTGGAAAAGGTTTTACCAGCGTGGAGGGAGGTGGGCCCCTCAAGGAAAGTAACTGTGGAGAGAGATGGTTGAGAAAAAGATGGGGAGGAAGATGTGGTATGGCTAGGGTTTTCGAGTCTGGAAGCTAAAAGATGGGGATGGTTTAGTTAAGATTTGGGATGGTGTTGGTGTTGGTTCATTTAATGAAGGAGAGGTGGATGGATCGGCTGATGGTGGGAGAAGAATTGGTTCGGTTACTTGATGAGAGCTTGGAGAAATAGATGTATTAAGGTGGGGAGGCGACTCCTTAAAATTAGGAGAAAATAAAGGGGTTGCTGGTTGGTTGACTAAAGGGGAGAGAGAAGAATTTTGATTTGTTATCTCCTTAAATGTAGGAGATTCATTTGAAGATTTCAAATAAGGTGAGAGAGAAGGAGAATCCGATTGCATTGAAGATTTACCTTTTTCAGTTGCCCTAGATTTAATGAGATCCACAATCACAACACCCTCATCAATGCTATTCTCATCCGACGGTTTCAATTCTTGTCGGCGGCCTCTCTGTCCATCGTTCATGGCCTGAATTCTGACGGTGATGTCACCACCGGTCAGTTCCTTGGGAAGATGAACCTCATATGGTATAAATCTCCTGTTATTTCCTTTGATCTTCAAACGGGCAAAAGATAGATTGAGACCTCTTTCAGTTTGATTGGACGGGTGAAGATAACCACCACAAGAATCACCAATGTGCTTGAAGATCTTGTCTGTCCACAACGTAGGAAGGAGATTGTAAATATCAATCCATCCACCATATGAGGCAACGATGGGTTGCTTAAATGATACAGGGGAAGAAGGTGGGAGGAATTTTAGTCTCTTTTTGTCGATAGTTAGTTACCCAATCAGTGTTTTTACAAAGATTTGCTGAGATCTCCGTGTTGTAGACATGCAACAAAGCTTTGTCATCAGATAAAGGATTGATCGTGCATCGGATCGAGAGGGATGATTGAATTGATTCATGAATAGATGGCCAAGAATCACCAAGGGAGCATCATTGGGCAATCACCATGGCATCCCAATCAGATTGAGGATAAACCAGGATTTGTGTCGGGGAGGTGCTATCTCGTATTGGAGATATTGTGGCCTTGTTGAGTAGCAAAGGTTGACTGGTGGTTGTTTGGACAGCAGCTCTGTATGACAGTGGTTTGGAAGGGATGGCAGTGGTATTTTGGCTTGGTTTTTTATGGTATTCCAAAACCAGTGAGAAAAAGGAGAACCATCCTAATTTATTTTCCATAGACAGAATAAGGATGTTGGTGCGGCGGCCAGATTGCTCCAGTAGGGTGAGCTCAACAAAGTATCCATTTTTGTTGTTGTGTTTTTGAAGCCAAAGGGTGTCCTCTTCATCGTCCAATTTCCTAAAGAATTTGTGGTTGTATGATTCCATAAAAAGGGAATTGAAAGATGAAGCAAGCCAATCGAGGGTCTTCCATGAAACATAGATGCAATGGATGTTTGAGCGGCTTTGTTCAGATAGTTTGTAGTGCTTCCCATTGGACGATACATATGGTGAGAGAGAGAAGATTTTACGATCAATGTGAATTGATCGGGTGGTAGCAAAGGAGGAGGTGGTGGATGAGGGAGGAGGCATGGTGGCCAGAGATAATTATGGAAAGGAAGGGGGAGGAAGGGAGAGAGCCTCAATGCATTAAAACAAATTACATAAAATAAAATGCTTTGTTAGAGAGAGAAGAAAAAAAAATGACAGTAACTCAATAGCTTTCTATAGTTCAAATTTTGTGCTAATATTAGACTGGAATGTCAGGATATTTAGTTACTTTAGTTTACTTTTACAAACATTGGGCAAGTATTGAAAACTATCCTTGCATGACATGATATATTAATACTCATTAGTTGTTTAATTTGGATATGTCCCTTCTACATGTGTTCATGCTTTTGATTCTGATGGAGATTCTGAAAATAGTATGAGTAGTGCGGAGTAGGGGTGTTCACGGTTTGGTTCGAATCGAACCACACATATTCGGTTTGGTTCAGTTTACTTTTTTTCTTTTTTCCTTCTCCCTCTTGAACCAACAAGCCCAAAGAAAAAGAAAAGTTACCAAATTAAATATTAAGGATTCAATTCAAAGCAGAACCTTAATTAAAACTGAACCCAAACATTCAAGCAAACATAAATCCTCAAACCAAATTCTTAAAAAAATTGTAAATTTTACAGAAGAATCAACCTATAAGGAGCTTGATGTAATTAGAGGTTAA

mRNA sequence

ATGGCAAAGGTTTTCCTCAGTATGTTATTGAAGGTTACTTTTCTTGATCTACCATTGTGGCATAGGATTCTTGTTCTTGAAAATTTGAGGGGTTTTTGCATGGAGGCTAGAACTTTGCAGGTTCTTTTCCAGAACTTTGATATGCATCCGAAAAACACAAATGTTGTTGAAGGCATCGTTAAATCCCTCGCTAGAGTTGTCTCCAATGTACAGGTCCACGAGACGAGTGAAGAAAGCTTGGCAGCTGTCGCAGGAATGTTTAGTAGCAAGGCCAAAGAAGAATCAACCTATAAGGAGCTTGATGTAATTAGAGGTTAA

Coding sequence (CDS)

ATGGCAAAGGTTTTCCTCAGTATGTTATTGAAGGTTACTTTTCTTGATCTACCATTGTGGCATAGGATTCTTGTTCTTGAAAATTTGAGGGGTTTTTGCATGGAGGCTAGAACTTTGCAGGTTCTTTTCCAGAACTTTGATATGCATCCGAAAAACACAAATGTTGTTGAAGGCATCGTTAAATCCCTCGCTAGAGTTGTCTCCAATGTACAGGTCCACGAGACGAGTGAAGAAAGCTTGGCAGCTGTCGCAGGAATGTTTAGTAGCAAGGCCAAAGAAGAATCAACCTATAAGGAGCTTGATGTAATTAGAGGTTAA

Protein sequence

MAKVFLSMLLKVTFLDLPLWHRILVLENLRGFCMEARTLQVLFQNFDMHPKNTNVVEGIVKSLARVVSNVQVHETSEESLAAVAGMFSSKAKEESTYKELDVIRG

Homology

[Close]

BLAST of Lsi06G002020 vs. TrEMBL
Match: A0A0B2Q805_GLYSO (Protein MON2 like OS=Glycine soja GN=glysoja_012149 PE=4 SV=1)

HSP 1 Score: 157.1 bits (396), Expect = 1.1e-35
Identity = 81/90 (90.00%), Postives = 88/90 (97.78%), Query Frame = 1


Query: 3   KVFLSMLLKVTFLDLPLWHRILVLENLRGFCMEARTLQVLFQNFDMHPKNTNVVEGIVKS 62
           +VFLSMLLKVTFLDLPLWHRILVLE LRGFC+EARTL++LFQNFDMHPKNTNVVEG+VK+
Sbjct: 334 EVFLSMLLKVTFLDLPLWHRILVLEILRGFCVEARTLRILFQNFDMHPKNTNVVEGMVKA 393

Query: 63  LARVVSNVQVHETSEESLAAVAGMFSSKAK 93
           LARVVSNVQV E+SEESLAAVAGMFSSKAK
Sbjct: 394 LARVVSNVQVQESSEESLAAVAGMFSSKAK 423

[Close]

BLAST of Lsi06G002020 vs. TrEMBL
Match: K7LJQ0_SOYBN (Uncharacterized protein OS=Glycine max PE=4 SV=1)

HSP 1 Score: 157.1 bits (396), Expect = 1.1e-35
Identity = 81/90 (90.00%), Postives = 88/90 (97.78%), Query Frame = 1


Query: 3   KVFLSMLLKVTFLDLPLWHRILVLENLRGFCMEARTLQVLFQNFDMHPKNTNVVEGIVKS 62
           +VFLSMLLKVTFLDLPLWHRILVLE LRGFC+EARTL++LFQNFDMHPKNTNVVEG+VK+
Sbjct: 334 EVFLSMLLKVTFLDLPLWHRILVLEILRGFCVEARTLRILFQNFDMHPKNTNVVEGMVKA 393

Query: 63  LARVVSNVQVHETSEESLAAVAGMFSSKAK 93
           LARVVSNVQV E+SEESLAAVAGMFSSKAK
Sbjct: 394 LARVVSNVQVQESSEESLAAVAGMFSSKAK 423

[Close]

BLAST of Lsi06G002020 vs. TrEMBL
Match: K7LJP9_SOYBN (Uncharacterized protein OS=Glycine max GN=GLYMA_10G159500 PE=4 SV=1)

HSP 1 Score: 157.1 bits (396), Expect = 1.1e-35
Identity = 81/90 (90.00%), Postives = 88/90 (97.78%), Query Frame = 1


Query: 3   KVFLSMLLKVTFLDLPLWHRILVLENLRGFCMEARTLQVLFQNFDMHPKNTNVVEGIVKS 62
           +VFLSMLLKVTFLDLPLWHRILVLE LRGFC+EARTL++LFQNFDMHPKNTNVVEG+VK+
Sbjct: 334 EVFLSMLLKVTFLDLPLWHRILVLEILRGFCVEARTLRILFQNFDMHPKNTNVVEGMVKA 393

Query: 63  LARVVSNVQVHETSEESLAAVAGMFSSKAK 93
           LARVVSNVQV E+SEESLAAVAGMFSSKAK
Sbjct: 394 LARVVSNVQVQESSEESLAAVAGMFSSKAK 423

[Close]

BLAST of Lsi06G002020 vs. TrEMBL
Match: I1LBH5_SOYBN (Uncharacterized protein OS=Glycine max GN=GLYMA_10G159500 PE=4 SV=2)

HSP 1 Score: 157.1 bits (396), Expect = 1.1e-35
Identity = 81/90 (90.00%), Postives = 88/90 (97.78%), Query Frame = 1


Query: 3   KVFLSMLLKVTFLDLPLWHRILVLENLRGFCMEARTLQVLFQNFDMHPKNTNVVEGIVKS 62
           +VFLSMLLKVTFLDLPLWHRILVLE LRGFC+EARTL++LFQNFDMHPKNTNVVEG+VK+
Sbjct: 334 EVFLSMLLKVTFLDLPLWHRILVLEILRGFCVEARTLRILFQNFDMHPKNTNVVEGMVKA 393

Query: 63  LARVVSNVQVHETSEESLAAVAGMFSSKAK 93
           LARVVSNVQV E+SEESLAAVAGMFSSKAK
Sbjct: 394 LARVVSNVQVQESSEESLAAVAGMFSSKAK 423

[Close]

BLAST of Lsi06G002020 vs. TrEMBL
Match: K7LJP8_SOYBN (Uncharacterized protein OS=Glycine max GN=GLYMA_10G159500 PE=4 SV=1)

HSP 1 Score: 157.1 bits (396), Expect = 1.1e-35
Identity = 81/90 (90.00%), Postives = 88/90 (97.78%), Query Frame = 1


Query: 3   KVFLSMLLKVTFLDLPLWHRILVLENLRGFCMEARTLQVLFQNFDMHPKNTNVVEGIVKS 62
           +VFLSMLLKVTFLDLPLWHRILVLE LRGFC+EARTL++LFQNFDMHPKNTNVVEG+VK+
Sbjct: 334 EVFLSMLLKVTFLDLPLWHRILVLEILRGFCVEARTLRILFQNFDMHPKNTNVVEGMVKA 393

Query: 63  LARVVSNVQVHETSEESLAAVAGMFSSKAK 93
           LARVVSNVQV E+SEESLAAVAGMFSSKAK
Sbjct: 394 LARVVSNVQVQESSEESLAAVAGMFSSKAK 423

[Close]

BLAST of Lsi06G002020 vs. TAIR10
Match: AT5G27970.2 (AT5G27970.2 ARM repeat superfamily protein)

HSP 1 Score: 139.8 bits (351), Expect = 9.5e-34
Identity = 76/104 (73.08%), Postives = 85/104 (81.73%), Query Frame = 1


Query: 3   KVFLSMLLKVTFLDLPLWHRILVLENLRGFCMEARTLQVLFQNFDM-------------- 62
           +VFLSML+K TFLDLPLWHRILVLE LRGFC+EARTL++LFQNFDM              
Sbjct: 332 EVFLSMLVKATFLDLPLWHRILVLEILRGFCVEARTLRILFQNFDMKLPSRSFFTLQLKK 391

Query: 63  HPKNTNVVEGIVKSLARVVSNVQVHETSEESLAAVAGMFSSKAK 93
           HPKNTNVVE +VK+LARVVS++Q  ETSEESLAAVAGMFSSKAK
Sbjct: 392 HPKNTNVVESMVKALARVVSSIQFQETSEESLAAVAGMFSSKAK 435

[Close]

BLAST of Lsi06G002020 vs. NCBI nr
Match: gi|778662699|ref|XP_011659941.1| (PREDICTED: protein MON2 homolog isoform X1 [Cucumis sativus])

HSP 1 Score: 171.0 bits (432), Expect = 1.1e-39
Identity = 89/90 (98.89%), Postives = 90/90 (100.00%), Query Frame = 1


Query: 3   KVFLSMLLKVTFLDLPLWHRILVLENLRGFCMEARTLQVLFQNFDMHPKNTNVVEGIVKS 62
           +VFLSMLLKVTFLDLPLWHRILVLENLRGFCMEARTLQVLFQNFDMHPKNTNVVEGIVKS
Sbjct: 334 EVFLSMLLKVTFLDLPLWHRILVLENLRGFCMEARTLQVLFQNFDMHPKNTNVVEGIVKS 393

Query: 63  LARVVSNVQVHETSEESLAAVAGMFSSKAK 93
           LARVVSNVQVHETSEESLAAVAGMFSSKAK
Sbjct: 394 LARVVSNVQVHETSEESLAAVAGMFSSKAK 423

[Close]

BLAST of Lsi06G002020 vs. NCBI nr
Match: gi|778662702|ref|XP_011659942.1| (PREDICTED: protein MON2 homolog isoform X2 [Cucumis sativus])

HSP 1 Score: 171.0 bits (432), Expect = 1.1e-39
Identity = 89/90 (98.89%), Postives = 90/90 (100.00%), Query Frame = 1


Query: 3   KVFLSMLLKVTFLDLPLWHRILVLENLRGFCMEARTLQVLFQNFDMHPKNTNVVEGIVKS 62
           +VFLSMLLKVTFLDLPLWHRILVLENLRGFCMEARTLQVLFQNFDMHPKNTNVVEGIVKS
Sbjct: 334 EVFLSMLLKVTFLDLPLWHRILVLENLRGFCMEARTLQVLFQNFDMHPKNTNVVEGIVKS 393

Query: 63  LARVVSNVQVHETSEESLAAVAGMFSSKAK 93
           LARVVSNVQVHETSEESLAAVAGMFSSKAK
Sbjct: 394 LARVVSNVQVHETSEESLAAVAGMFSSKAK 423

[Close]

BLAST of Lsi06G002020 vs. NCBI nr
Match: gi|659099747|ref|XP_008450757.1| (PREDICTED: LOW QUALITY PROTEIN: protein MON2 homolog [Cucumis melo])

HSP 1 Score: 169.9 bits (429), Expect = 2.4e-39
Identity = 88/90 (97.78%), Postives = 90/90 (100.00%), Query Frame = 1


Query: 3   KVFLSMLLKVTFLDLPLWHRILVLENLRGFCMEARTLQVLFQNFDMHPKNTNVVEGIVKS 62
           +VFLSMLLKVTFLDLPLWHRILVLENLRGFCMEARTLQVLFQNFDMHPKNTNVVEGIVKS
Sbjct: 334 EVFLSMLLKVTFLDLPLWHRILVLENLRGFCMEARTLQVLFQNFDMHPKNTNVVEGIVKS 393

Query: 63  LARVVSNVQVHETSEESLAAVAGMFSSKAK 93
           LARVVSNVQVHETSEE+LAAVAGMFSSKAK
Sbjct: 394 LARVVSNVQVHETSEENLAAVAGMFSSKAK 423

[Close]

BLAST of Lsi06G002020 vs. NCBI nr
Match: gi|947085312|gb|KRH34033.1| (hypothetical protein GLYMA_10G159500 [Glycine max])

HSP 1 Score: 157.1 bits (396), Expect = 1.6e-35
Identity = 81/90 (90.00%), Postives = 88/90 (97.78%), Query Frame = 1


Query: 3   KVFLSMLLKVTFLDLPLWHRILVLENLRGFCMEARTLQVLFQNFDMHPKNTNVVEGIVKS 62
           +VFLSMLLKVTFLDLPLWHRILVLE LRGFC+EARTL++LFQNFDMHPKNTNVVEG+VK+
Sbjct: 334 EVFLSMLLKVTFLDLPLWHRILVLEILRGFCVEARTLRILFQNFDMHPKNTNVVEGMVKA 393

Query: 63  LARVVSNVQVHETSEESLAAVAGMFSSKAK 93
           LARVVSNVQV E+SEESLAAVAGMFSSKAK
Sbjct: 394 LARVVSNVQVQESSEESLAAVAGMFSSKAK 423

[Close]

BLAST of Lsi06G002020 vs. NCBI nr
Match: gi|571483243|ref|XP_006589175.1| (PREDICTED: protein MON2 homolog isoform X2 [Glycine max])

HSP 1 Score: 157.1 bits (396), Expect = 1.6e-35
Identity = 81/90 (90.00%), Postives = 88/90 (97.78%), Query Frame = 1


Query: 3   KVFLSMLLKVTFLDLPLWHRILVLENLRGFCMEARTLQVLFQNFDMHPKNTNVVEGIVKS 62
           +VFLSMLLKVTFLDLPLWHRILVLE LRGFC+EARTL++LFQNFDMHPKNTNVVEG+VK+
Sbjct: 334 EVFLSMLLKVTFLDLPLWHRILVLEILRGFCVEARTLRILFQNFDMHPKNTNVVEGMVKA 393

Query: 63  LARVVSNVQVHETSEESLAAVAGMFSSKAK 93
           LARVVSNVQV E+SEESLAAVAGMFSSKAK
Sbjct: 394 LARVVSNVQVQESSEESLAAVAGMFSSKAK 423

The following BLAST results are available for this feature:

BLAST of Lsi06G002020 vs. Swiss-Prot


Match Name	E-value	Identity	Description

BLAST of Lsi06G002020 vs. TrEMBL


Match Name	E-value	Identity	Description
A0A0B2Q805_GLYSO	1.1e-35	90.00	Protein MON2 like OS=Glycine soja GN=glysoja_012149 PE=4 SV=1	[more]
K7LJQ0_SOYBN	1.1e-35	90.00	Uncharacterized protein OS=Glycine max PE=4 SV=1	[more]
K7LJP9_SOYBN	1.1e-35	90.00	Uncharacterized protein OS=Glycine max GN=GLYMA_10G159500 PE=4 SV=1	[more]
I1LBH5_SOYBN	1.1e-35	90.00	Uncharacterized protein OS=Glycine max GN=GLYMA_10G159500 PE=4 SV=2	[more]
K7LJP8_SOYBN	1.1e-35	90.00	Uncharacterized protein OS=Glycine max GN=GLYMA_10G159500 PE=4 SV=1	[more]

BLAST of Lsi06G002020 vs. TAIR10


Match Name	E-value	Identity	Description
AT5G27970.2	9.5e-34	73.08	ARM repeat superfamily protein	[more]

BLAST of Lsi06G002020 vs. NCBI nr


Match Name	E-value	Identity	Description
gi\|778662699\|ref\|XP_011659941.1\|	1.1e-39	98.89	PREDICTED: protein MON2 homolog isoform X1 [Cucumis sativus]	[more]
gi\|778662702\|ref\|XP_011659942.1\|	1.1e-39	98.89	PREDICTED: protein MON2 homolog isoform X2 [Cucumis sativus]	[more]
gi\|659099747\|ref\|XP_008450757.1\|	2.4e-39	97.78	PREDICTED: LOW QUALITY PROTEIN: protein MON2 homolog [Cucumis melo]	[more]
gi\|947085312\|gb\|KRH34033.1\|	1.6e-35	90.00	hypothetical protein GLYMA_10G159500 [Glycine max]	[more]
gi\|571483243\|ref\|XP_006589175.1\|	1.6e-35	90.00	PREDICTED: protein MON2 homolog isoform X2 [Glycine max]	[more]

Annotated Terms

The following terms have been associated with this gene:

Vocabulary: **INTERPRO**
Term	Definition

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0015031	protein transport
cellular_component	GO:0005575	cellular_component
molecular_function	GO:0003674	molecular_function
molecular_function	GO:0005488	binding

Relationships

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


Feature Name	Unique Name	Type
Lsi06G002020.1	Lsi06G002020.1	mRNA

InterPro

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


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	PANTHER	PTHR10663	GUANYL-NUCLEOTIDE EXCHANGE FACTOR	coord: 4..67 score: 1.4
None	No IPR available	PANTHER	PTHR10663:SF114	PROTEIN MON2 HOMOLOG	coord: 4..67 score: 1.4

Synteny

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


Gene	Orthologue	Organism	Block
Lsi06G002020	Csa1G574770	Cucumber (Chinese Long) v2	culsiB058
Lsi06G002020	Cla97C03G066590	Watermelon (97103) v2	lsiwmbB365
Lsi06G002020	Bhi02G001651	Wax gourd	lsiwgoB517

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

None

The following block(s) are covering this gene:


Gene	Organism	Block
Lsi06G002020	Cucumber (Chinese Long) v3	cuclsiB068
Lsi06G002020	Cucumber (Gy14) v1	cgylsiB471
Lsi06G002020	Cucurbita maxima (Rimu)	cmalsiB139
Lsi06G002020	Cucurbita moschata (Rifu)	cmolsiB057
Lsi06G002020	Cucurbita moschata (Rifu)	cmolsiB125
Lsi06G002020	Cucurbita pepo (Zucchini)	cpelsiB561
Lsi06G002020	Wild cucumber (PI 183967)	cpilsiB059
Lsi06G002020	Melon (DHL92) v3.5.1	lsimeB396
Lsi06G002020	Watermelon (Charleston Gray)	lsiwcgB364
Lsi06G002020	Watermelon (97103) v1	lsiwmB396
Lsi06G002020	Cucumber (Gy14) v2	cgyblsiB055
Lsi06G002020	Melon (DHL92) v3.6.1	lsimedB418
Lsi06G002020	Silver-seed gourd	carlsiB831