Spg023031 (gene) Sponge gourd (cylindrica) v1

Overview


Name	Spg023031
Type	gene
Organism	Luffa cylindrica (Sponge gourd (cylindrica) v1)
Description	Unknown protein
Location	scaffold12: 29272498 .. 29284888 (+)
RNA-Seq Expression	Spg023031
Synteny	Spg023031

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: CDSpolypeptide

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

ATGCAAGGAACCCAATATCCCTATTTAAATTCATTGGACATGCAAGACATTAAGGTTAGTCCCTTTTAACGATTTCTAGAATTATCTATTATCACCCGATCTCAAGATTAATCCTAGTCATGCATAACGATTTCTAAGCTAAATCAACTCTCCCGTGTTAGACTTAGACACAAACATCATTCAATTCATGGCCGGTAAATTGAAAGCATTACAAACACATTATGCATAAATGAAATCAAAGCAATAATCCATACATCAATCCAAAAATTGCCCAACGGCTGCATCAATCCCTAAGATTAAAAACTTAGCTATTCATAAAACACGTTACGATATAAACTAAGTCTAAAACAACCATAAAAACTACTAGAGTAAAGGGGAAAGAAGATTAAACACTAAGTAGCCGAGACTGCACGTCCCCGTCACGATCTCCACGAACAAAGTCTTGAATCCCGCTCCTCTCCACTTGCTTCAACTTCCACAGAGGGTTTTCAGTCGAGTTTTAGGCCAAAATTGCATCAAAAGAAGTCCCCCCCATTCAGCCCTAATCACATTCTATTTATAGGAAAAAAGACGTTGTCGCTATACCGAGCATTCTGTAAAGGAAATTCCCGAGAGCGTCGAGACGCTATTGTCACAGCATCGCGACGCTGTGACCTTTTGCCGCCTGATTCAAAAGAGGAAAGCACCAGCGTCGAGACGCCCAGAACCAAGGGTCTCGACGCTGGTCTGCAGATTGCACACTTCAATAGGCTTCCAACTTCGATTCTCTTTGTTCCTTTGGCCTTTTTTCACATCCCGAACGGCCAATTAACTCCAATTTCTCAATTTAGGTCCAATATATATTTCCTACAAATAAAACATTAAAATGCATAATTTTGGCCAATTAATTATCAAAGACTAGCTAAATTAATTAGGGAAAAATAGCTAGCTATGCTCGCTATCAAATAGCGGTCGGGGTCGATCACAGGGAGTCTATGCAAAGGAGGGAAAATAGTTATGGAAAGCAAACTAATTAAGGAAAATATTAAATAAGGAAAGCAAGAGAATCAAATAAAGGAAAGAAATCAATACTTCAAAGATCATGTAACTGGGATAGTCATGGTAAGTTCAATTCAATTAAATCATCAATCTCACTAATAAGTCAAAGTAAGTTTAAGTCCGACGTATTCCGGCAACAAACCGAGAACCATGATCCAACTATCACAAACATGCAAACGCTAAGTTTGATTATAGTTTAAATTTATTAATTGACCTATTAACTAATTTAAACCGCATTGGGATCTAGCCGAATTAATTCACATGCAACGGGCAACAAACCACAATTACAATTGATTAAATCACTTAGTTCTAGGGACGCATGCGTACTATCATAACGTTAACCTATTCGCTACTTAGATTTAGATAGTAAATTTAGAGAGGGCGCGGTCAAGGTTGTCAATCTTTCCTACCACAATCTAAACTTATAGACAAAGAACTAAAATCACATAAACATGCTTTGAGAATTCAAACAAGTGATTTAATTAAAAGAACTTGAACTTACACTTTGACGCCCCGATTACATGAATGAAGAGCCTAGCCTCTCATGGAGCAAGAGCAAGCTGAATTCTTCATGGAATACATCAAGGAAAGCAAGAAATACTAAAACTAAGAAAAATGGTGGAGAAAGGGGAGAGAGATGGACTACAATGTTGTAGTGAATTGTGTATTGAGGGATGATTCTAAACCTACACCAAAGGCCTCTATTTATAAGAGTTCTTGGCCTTCAATCCGTGGTAACTTGGTGATGAAGAAGGCCTCAAATTTGGAGAAAATCGCCAGCCAAATTAGGAAAACTTGAATTCTGGAAAACTATCTAGCTTCGAGACGCTGTTGCTTTAGCTTGACTCCCAAGTTCTTTCCTTATTTACACGGTGTCCCGACGCTGGAAAGGCAGGGTCTCGACGCTGGGAAGGCTCCAAGCACAGAATGCTCATTTTCCACTTCGGTTTCGCTCGTTTTATGCCCCGAATTGCTTCCAAACCTTCGGTGAGTATTGACGGGTTTGAGCTGTCGAGACTCGTGTCAAATAAAATTTATAATCCTCAGCACTATAACTATTTTGTAGAAATAGTGATCGGGGTCGAACATAGAGAAGGGGATTCTAGCAGATGCAGAAATTTTATGTTTATGTAACAAAGGGGTTTGGGAAAGAGAATTGAATAAGATAAAATATGGAATGTAAAGAAAAAAAAAACAAGCATGCGATATAGAAAAATATAGCGAAAATCAATATCATAAAAGGGACCGTTGGATTGGGATTTCTTATGCCTGAATGTTATTTCACTTGGCTTCCTAGTTTTCTCTAAAAATCATTCTATGCCGATTTTTATTAGTCCGGTTGGCTTCTTGGTTACTCGGAGGAACCCCCTACACTAACATGTGTTTAATTAACCCGTTAACCCAGAACCTTGCAATTAACATGATTAATTAAATTAGCGTTATCGACTGTCACCCCTCATGCATAAAGTAGCAACCATCCGAAACCTCGCAATGACTACTATATTATGTCTAAGTAATCTAAAATAAGTAATCCGAAATCTCACAATTATCTACTTAAACTAGACGCTTTAGGTTCATGGGCCCGAAATCATATTAACTAAACAAAAATTCAATTTAAATCTAATTAACACAACCTTAGCATGCATCCTAGGCCTATCAAGGATCGTCACTCTGTAGAGATTGTCTTGCCTCAGCCTAGTGGCTATCTAAAAATAACTAATAGAATACACAAGTAGAAATCTCCTAGGGTCGTCAAGACTAAGAAACTAATCTCAAGTATTGGTTTAAACGGGATTACATGAAAAACTCAATAAAAATATAGCAAGAACAGAACTGAAATACCAGAAAACTCAGTCAAGATTCAATAACATTTAGAACATAATCCCAATCCAAAGATACAGAAGCGTTTAGCTACTCATATACAAACTAAAAGCATAAACAAATACAAAAGATTGCATAAATAATGACCAAACAAGGTCTATACAGAAGCTGGAAAGTAAAAGAGACGAAAGAAATCGAAAAAGGGCCAAAATTCTAACCTAACGACGGACTAAACCGAAGCCCTATATTTATAGAAAACGTCGTGGCGTCGAGACGGTAGGAGCTTCAATATTCTAATCTCTGTGTCGTATTCGCGTCGACGTCGAGATGCTAGGGGCAGCGTCTCGACGCCGTCCCTAATCCGAGCATGCTGTCTTTTTTCTCGGCTTTGTCTCGTTAAATCTCGGTACGGGGCTTCAATATTTGGCTCTTGGTGTCGTTCTTCAAGCCCGCTTCAATTCACTTGGGTCTTTTCACCTCCTCGCTGTCCAAGACACCGAGATGACTCCAAAACTCCATAATTGGCCCGAATTAACACCAATTTAGCGTGATTGGCTCCTGATAACTCTCCAAAAGGGAGTTATTTAGACCTTATTTCTATAGGGATTTGTTTGTCTTTTGTGCTAAATAGGGTTTCTTTTAGATAGATATGATGTGTTTTAGAATGGATGCTTTGGAAGTTATTTTGTGCAGAATGTATTGCTGAGCAACTTGAGGGAGCAAATTCTGTGCTGCAGCAAAGTAAGGAGTAAAACTGCCACGTCACAACTCGTTAGCCAATTTAATGAACTGAATTCAGTTAAGCTATTCTCGAATTTAAGGAGCAAGGAGAGCCATCCACGTGTCTAGGTCAACCTAATTCAAGCTTCCTAGCACTCTATAAAAGGGAGAGCCGCCCAAGTCAATCCCATTCCATTTTTTGGGAAGAGATCATTTCTCATTTCCATTTTGGGAGCCGAATAGAAGAGAAAGATTGAGACCTACAAGAAGACCATCAATTACGAAGTTGATCAAGGGAATTAGTATTTTCTTGTATTATTTTGTAATTATGGATGCTATTACTCAGATTGTAACGTGTGTTACGATGCACTTCATTAACTAAGTAATTTTAGGTGTTGGTTAGGAAATATGTAATTGTCGTGCTTAATCTCTATGCAATATACATTGATTTGATGCATCTTGGTTATTTGTTGTGCTTATTTATATTCTGTGCCCGCTTGGCCAGCCGGTATGAATATCACTCCCTAGTTTCAGGGATGATTTGGGGAGTGTCTGGCATTTAATCACACTAGATCATTGTGTATTGGTGAACGCCAGTGACTGAGTTAGGGATAACCAGTTGCCTAGTGCTTGATCGGTAGTGCTTCATTAGAGTTGAAACACATTCTAAAAAATCCAGAGTTCCGGGAGGAATCTGCTAATAAGACTGCAAGAGTTTTTCATGATCAATAATATTGCTAGAGCATCTTTTAAAACAATTACTAAATCCTGACCAGCGCCCGTTTCTAATCTGTCTACTTTCTTTGTTTACTTTCTGTTCTGTCATTTCTTTTGCTTCTGCATTCTATAAAAACCAATCATTTTAACCACCTTTGAAACTATTGAAAAGTTATACAAAATAGATAAAATGAGAACTAAGTCAGACCTTGGATTTGATAAATACTTATTACTTGTTGCGGACTGTGTATACTTGCACAGAGTTCTAGAGTTAATTTTTACCTTATTTTTACTCACTCTAGGAGCCCAACAAGTTTTTGGCGCCGTTGCCAGGGACTTGAATAAGTTTTTATCTGATCTGTTTTGTGTATGTGTTTTAGTGGTTTGGTGCTAGAACTTGTTGATTGTTTCTTTTGTTTTTGCAGGTGTGAGTTTGGTGCATGAGCGATCCGCCTGGGGTAAGGTTCAAGCTTGATCCAGAAATGGAGAGGACATTCAGGAGAAGAAGGAGAGAGTAGCGTAGAAACCAAAATTCATTGGCTGATGTGCCGCGCCTCCCGCACGGTCCAGAAGATCCAGTGAACCCCCAGCAGAATCGTGTGCTGCAGCAAAATCCACCGCTTGAGCAAAATGGACAGCAAAATAATCAGGCTGAAAATCCTATCTTGGTAGCAAACGATAGGGCCATAGCCATTCGAGCGTATGCTTTTCCAATGTTTGATGAGTTAAATCCAGGGATTGCACGTCCTCACATTGAGGCAACAAATTTTGAAATGAAACCGGTAATGTTTCAGATGTTGCAAACCGTGGGCCAATTTCATGGTTTGTCATCTGAAGACCCCCATTTACATCTTAAGTCTTTTCTAGGAGTTAGTGATTCTTTTGTAATTCAAGGAGTGCCGAGAAATTCCCTTAGATTAACTTTGTTCCCGTATTCTCTTACAGATGGAGCAAAGGCATGGTTAAATTCTTTTGCTCCAGGATCAATTAGGACATGGAACGAGTTAGCGGAAAAATTTCTTAGTAAATATTTCCCACCAAATAGGAATGCTAAATTAAGGAGTGAAATAGTAGGGTTTAGGCAACTTGAAGATGAAACTTTTAGTGAGGCTTGGGAGAGGTTTAAGGAGCTTTTGCGAAAGTGTCCCCACCATGGCCTACCACATTGTATCCAGATGGAAACATTTTACAATGGGTTAAATGGAGCAACCCAAGGTATGGTTGATGCTTCGGCTGGAGGGGCCCTTTTGGCAAAAACTTTTAATGAAGCCCATGAAATTTTAGAAAGAATATCAACTAATAGTTGTCAGTGGTCAGATGTTAGAGGCACAAATAAAAAGGTTAAAAGTGTGTTAGAGGTAGATGGTGTGTCTACCATTAGGGCTGATATTGCATTGTTAGCTAACGCTCTTAAAAATGTGACAGTGGTTAGTCATCAGCAGTCGCCAGCTGTGGAGCCTGCAGCAGTGGTGAACCAAGTTGCAGAGGAAGCATGTGTCTATTGTGGTGAAGAGCACAACTACGAGTTTTGCCCCAACAATCCAGCTTCTGTGTTTTTTGTAGGTAATCAGAGGAATAACCCTTATTCTAACTTTTATAATCCAGGTTGGCGCAACCACCCCAACTTCTCATGGGGAGGACAAGGAAGTAACGTGCAAGCACAGCAAAAGGTGAACCAATCGGGATTTGCTAAGGCGCAAGTATTGCCCTAGCAAAATAAGCAGGCTTTGCCCGAGTAAAATTCGGAGAGTTCTCTTGAAGCAATGATGAAAGAATATATGGCTCGTACAGATGCCACAATTCAAAGTAATCAAGCTTCCATGAGAGCCTTGGAATTGCAAATGGGTCAGCTAACTAATGAGCTGAAGGCAAGGCCTCAAGGGAAACTCCTTCAGATACTGAACACCCTAAAAGGGAAGGTAAGGAGCAGGTAAAGGCAGTGACTCTTAGGAATGGTAAGCCACTAGAAGAGAAAAAAGAGCCTAGTAAACCCCAGAATGTAGAAAATAATTGTGATAAAAATGTTGTTGTTGAGAAAGCGTTGGAGTCTGGTCAAGGTGCTGGAGGCAGCAATAATGATGCTGGAGCATCTGGTTCTGTTCCAGATGTGGAACCACCTTATGTGTCACCCCCACCTTATGTACCACCTCTACCTTTTCCACAAAGGCAAAGGCCTAAGAATCAGGATGGTCAATTTAAGAAGTTTTTAGAGATTCTTAAGCAATTGCTTATAAATATCCCTTTAGTAGAAGCTATAGAGCAAATGCCTAATTATGCTAAATTTCTTAAGGATATTTTAACTAAAAAGAAAAGGTTAGGTGAGTTTGAAACTGTATCTCTTACTGAGGAATGTAGTGCTATTCTTAAGAATGGGCTACCAACCAAGGCTAAGGATCTAGGGTCATTTACTATACCTATCTCTATAGGTGGAAAAGAGTTAGGTAGAGCAGTATGTGATTTAGGTGCAAGCATTAACCTTATGCCTCTTTCGGACTATCAAAAGTTAGGTATTGGTGAAGCTAGGCCTACCACAGTCACACTCCAATTAGTTGATAGGTCTATCACATATTCAGAGGGTAAAATTGAGGATGTCTTAGTGAAAGTAGATAAGTTCATATTTCCTGTTGATTTTATTATCTTGGATTATGAAGCAGATAAAGATGTCCCAATCATTCTTGGTCGTCCATTTTTGGCTATTGGTAGGGCATTGATAGATGTTCAAAAAGGGGAATTAACAATGAGGGTTTATAATGAGGAAGTAAAATTTAATGTATTTAAGGCCATGAAGTATCCAGACGAAATGGAAGATTGCTCTTTCATTAGGATTCTGGAGAACACAATTGTTGAGACAACAATTCAGGATTCGGTAAACAAGCATTTGGAAGATCATGGAGAGGTTAGTGTAGAGGATTTAGAAGTTTGTTCTTTAGAAAGAAAAAATGAAAAAGAAGTGTTTAGGTGTGAGGATGTTTTTGAGTCTTTAGATTTAGATCAAAGAAAGGCTCCTCCTATTAAGCCATCCCTAATTGAGGCACCCACTTTAGATTTGAAACCCTTGCCGGATCATCTAAAGTATGTGTATCTTGGGGAGGGTGAGACGTTGCCAATTATTGTTGCATCAGATTTAATGTCGGAGCATGAAGAGGCCTTAATAAAGTTGCTGCAGCAATATCACAAGGCAATAGGTTGGACATTGGCTGACATTCAGGGAATTAGCCTATCTTTCTGTATGCACAAAATCACTCTAGAGGAGGGATCCTTTAGGAGTGTTGAGCAACAGAGAAGGCTTAACCCAGCGATGAAAGAGGTTGTTAAAAAGGAGGTGATTAAATGGTTGGATTCTGGCATTATTTATCCAATTGCAGATAGCAATTGGGTAAGCCCTGTCCAATGTGTTCCTAAGAAAGGAGGTGTCACGGTGGTGAGTAATAAAGACAATGAGTTGATCCCAACCAGGGCAGTAACTGGCTGGAGAGTTTGCATGGATTACAGGAGGCTTAACAAAGTCACCCGTAAGGACCATTTCCCTCTACCATTAATTGACCAAATGTTGGATAGATTGGCTGTTCAGGCTTAGTACTATTTCTTAGATGGTTACTCTAGGTATAACCATATTACAATTGTTCCTGAGGATCAGGAAAAAACCACTTTCACCTGCCCTTATGGGACGTTTGCTTTTAGGCGAATGCCTTTTGGCCTTTGCAATGCTCCAGCAACATTCCACAGGTGTATGTTAGCAATTTTTTCTGATATGATTGAGTCCACAGTTGAGGTATTTATGGACGATTTTTCAGTCTTTGGAGGGTCTTTTCAGAGTAGTTTGGATAATTTAGGTAAGGTGTTAGAGAGATGTGAGGATACCCATAATTGGGAGAAATGCCACTTCATGGTGAAGGAGGGTATTGTGTTAGGTCATAGGATTTCAAAGAACGGTCTAGAAGTTGATCGAGCAAAAATTGAGGTTATTGAGAGATTAGGACCACCGAATTCAGTGAAGGGGATTCAGAGTTTTTTAGGTCATGCTGGATTTTATAGAAGGTTCATAAAGGATTTTTCAAAAATTAGTAAACCTCTTTGTAACTTATTGTGCACTGATCATGTTTTTTACTTTAATGCAGATTGTAGGAAGGCTTTTGAAACTTTAAAGGCTGCTTTAATCTCAGCACCCATTCTTTGTGCACCTAATTGGAGTTTACTATTTGAGGTAATGTGTGATGCAAGTGATGCTGCAGTAGGTGCCATGCTGGGGCAAAAGCAGGGCAAATTTATCCATCCTATATATTATGCAAGCAGGGTTATAAATGAGGCACAAGTCAACTACACAACTACTGAAAATGAGTTGTTAGCTGTTGTGTTTGCCTTTGAGAAATTCCACCCATATTTGGTTGGATCCAAAGTCACGGTGTTCACGGATCATGCAGCAATAAGGTACTTGATGTCTAAAAAAAATGCAAAGCCTAGATTAATTCGTTGGGTTTTATTATTGCAGGAATTCGACTTGGAGATAAAGGACAAGAAGGGATCAGAGAATGTCATTGTAGATCATTTGTCTCGTCTTGATCCAACATCATCTTTGCTGAAGCAATCTGCCATTTCAGATTCTTTTCCAGATGAACAGCTCATTGCTATTGAGGTAAAGGTAGTCAAGGATGTCCCTTGGTATGCTGATATTGCTAACTTTTTGGTAAAGGGAGTCACTCCTATTGATATGGATTGGAGGCAGATGAAAAAGTTTAAGCATGATGCAAAATTTTTCTATTGGGATGAGCCATTTATGTATAAGCAATGCTCTGATGGTATTATTCGTAGGTGTGTTTCAGGTGATGAAGCAAAAGAAATCCTGGAGCAATGTCACTCTTCGCCGTATGGAGGACATTTCAGCGGTCAGAGGACAGCTATGAGGATTTTGCATTGTGGATTCTTCTGACCTTCCTTATTTAAGGATGCCCATTGGTTCTATAAGCAATGTGATGCTTGCCAAAGGAGAGGAAGCTTGGGGCCTAGAGATGAAATGCCTCTAACTTACATTTTCGAAGTAGAATTATTCGATGTATGGGGTATTGATTTTATGGGACCATTTCCCCTTCTAATGGCAATGTCTTTATCCTATTGGCAGTTGACTACGTGTCCAAGTGGGTGGAGGCCATTGCATGCCATCAGAATGATGCCAAGACAGTATCAAGGTTTCTTCAATCGCACATTTTTGCACGGTTTGGGACAGCTATAGCTCTAGTGAGTGATGAGGGTACACATTTTGTTAATAATATCTTAACTAAGCTTTTAGCTAAGTATGGAATTAAACATAGGATAGCTACCCCTTATCACCCACAGGCTAATGGTCAAGCTGAAATAAGCAATAGGGAAATCAAATCAATTCTAGAGAAAGTAGTCCATCCATCTAAGAAGGATTGGTCTTTTAGGTTGGATGAGGCTCTTTGGGCTTATAGGACAGCCTATAAGACTCCTCTAGGTATGTCTCCCTATAGGTTAGTATATGGGAAAGCTTGTCATTTACCATTAGAGCTCGAGCATAAAACGTTTTGGGCTTTGAAAAAGTTAAATTTTGATCTGAGTCGTGCAGGGGCAATAAGAATGCTGCAGCTTAATGAATTAGAGGAATTTCTCCAATTTTCTTATGAAAATTCGAAAATGTATAAAGAAAAGACTAAGCAGTGGCATGACAAGAAAATTAAACCTAAAGAGTTTGTCAAAGGTCAGAGGGTCTTGCTTTAAAATTCTAGATTGACATTGTTTCCTGGGAAACTAAAATCTAAATGGTCAGGGCCATTTATTGTGATAGAAGTTTTTCCCCATGGAGCAATTACTTTGCAGGATGAAAAAGATGGGAGAGTATTCAAAGTTAATGGACATCGCGTGAAACATTATTGGGGAGAGGAGTTCCAATCGAAATATCATTCCCTAAAGTTGGTTGATGAATGAGAGAGCGAGATTTTTGCTGGAGCATTTCACAGAAACAATATTTTGAGCTCCCAGCGGTTGTTTTGATTTTATTTCTCGCTGATTTGATTTGATTTTAATTTGAATTATTTTAGATTTGGTTTGTTTAAATCTTGCATGAGTTATTTTAATTCGTTGTTGTTTTTAAATTCTGTAGATTTTATTTTATTCTTGAGTATTTTTATTATTTTTTTTGCCAAGTTTAGTTTTTATTTATTCCGATTAGATTTAATTCGATTTTAATTCAGTTTTTATTTTCGGTTATTTAAATTTCTGTTTAGTTTTAGATTTTTAATAAAGTTTTTCCTGATTTATTCGGTTTTGAAAAAAAAAAAAGATTTGATTTGAGCGGTTAATTTAAATTTAAATTTCTGGATTTGATTTTATTTTAAAATCTTCCATATCAAAGATTCTTCTGAAAGATAATCTTTGTTCAGAAGATTATTGTGGCAATTTTATGGCTGAATCAAATCTTTCGTCCGAATAGGAAGGGTTTAGTTGTGAATTAATTACTTTTACTGTTTGATTTTGAATTTTCTGTGGGCAGGTAAATTACACGAGGAAGTCTGATGCTGCCACGTGTCGCATAGGGGCAATCCAAGGGTGTAGCCGTTAGACAATGCATAATCAATTACCATGGGCGTTTGAACTTCAAATTTTACTGTTTGATGGTTTTAATTTTACAGATTGCATGAGACTTGAACGGTAATTCCAATTAATGAGGAGCAAAATCTTTCGGTTAGGATTCCTTTTGCTGAAGCCCTATTTATTAACAGCCTGCGGTAAGTCTTTATCACTTCATATTCTTGTTTCTTCCCTTGCTGCTTTCTTTCTCCTTCTTCTTCTGTTTACTGTAAAACCTTTGAGTCTCCAATGGCGAAAACGAGAGGAAGAAAGGAAAGAGACAATGAAGGAGAAGAGGTGCTGGTCACACCGGAAGTACCGAAAGCAAAGGCAAAGAAAAAGAAAACGCCGGAGGAAAAGGAAGCTAAAAGTCGGGAGACAACAGAGGGCTGAGGATCAAGAAATCGTGCAGAAGGTAGTAGAGGATGTCGCTCCCGAAGAAGGCAATCCGAAAGAACCTGAAGGACAAAACCCAAGACAGACTGACCCGATAGTTGCAGATACGGAGGAAGTTCAAGAAGAACACACAGAAGAAGTTCAAGAAAAACAGACCAAGGATGCGCGAGAAGGACAAACAGAGGATGTGCCGGAAAAAAGCAATGAGCAGGTGGAACAAGTGCATGAGGCTCGAGTGGAGGTTATCATGCCAGAAGTGCCAAGACGTCACCGTCGGAAGCAAAAAGCCGACCGTGTTAAGGTGGTTCGAACTGATACTCCTTCACCGCCGACAAGTGACTCTGAGAGAGAAAACGCAGAGAGAGAAGAGCAGAGGAAAAAGGAGGTCGAAGACAAAGCAAGAGAGGAAGCAGAGGAAAAAGCGGAAGAAGAAATTGTGCTCAAACAAAGGGAAGACAAGGGCAAAGGTATTGTTGAAGCATCACTGGAATCTGAAGATAGTGAAGTAGAGGAGCCACGGTTACCGTACAATCGCTTCATCAACAATCTTGCCAGAGCAAAGCATGTTGAGTTACTGAAGAGAGAGTTCCTGTTTGAGAGAGGATTTAGTGGGGATCTTCCACATTTTCTGCGGGCCGGCATTACGAACCACGGCTGGGAATTATTCTGCTCCAAGCCTGAATCTGTGAACAAGCAGGTAGTGCGCGAGTTTTATGCAAACATTGACGAGGAAGAGGGTTTCCAAGTTATCGTCCGAGGAGTAGCAGTTGACTGGAGTCCTAGTGCCATTAACTCCCTGTATAACCTTCAGGATTTCCCCCACGCAGGATACAACGAGATGGCTGTGGCACCATCTAATGAGCAATTAAACGATGTTGTTCGGGAAGTTGGTGTTGAAGGGGCGCAGTGGAGACTTTCGAAAACAGAGAAAAGGACATTCCAGGCAGCATATCTAAAGAAGGAAGCAAATACATGGATGAGATTCATCAAACAAAGGTTGCTTCCGACGACTCATGACTCGACGGTTTCTAGGGAACGTGTTCTTCTGCCTTTTGCTATTTTAAGGTCTCTCAGTATTGATGTGGGCAAGATTGTTGCGAATGAAATATTTGGATGA

mRNA sequence

ATGCAAGGAACCCAATATCCCTATTTAAATTCATTGGACATGCAAGACATTAAGGAAAAAAGACGTTGTCGCTATACCGAGCATTCTGTAAAGGAAATTCCCGAGAGCGTCGAGACGCTATTGTCACAGCATCGCGACGCTGTGACCTTTTGCCGCCTGATTCAAAAGAGGAAAGCACCAGCGTCGAGACGCCCAGAACCAAGGGTCTCGACGCTGGGGAGAGAGATGGACTACAATGTTGTAGTGAATTGTGTATTGAGGGATGATTCTAAACCTACACCAAAGGCCTCTATTTATAAGAGTTCTTGGCCTTCAATCCGTGGCAGGGTCTCGACGCTGGGAAGGCTCCAAGCACAGAATGCTCATTTTCCACTTCGGTTTCGCTCGTTTTATGCCCCGAATTGCTTCCAAACCTTCGAATGTATTGCTGAGCAACTTGAGGGAGCAAATTCTGTGCTGCAGCAAAGTGTGAGTTTGGTGCATGAGCGATCCGCCTGGGGTAAGGTGCTGGAGGCAGCAATAATGATGCTGGAGCATCTGGTAAATTACACGAGGAAGTCTGATGCTGCCACGTGTCGCATAGGGGCAATCCAAGGGTCCTGCGGTAAGTCTTTATCACTTCATATTCTTGTTTCTTCCCTTGCTGCTTTCTTTCTCCTTCTTCTTCTGTTTACTGTAAAACCTTTGAGTCTCCAATGGCGAAAACGAGAGGAAGAAAGGAAAGAGACAATGAAGGAGAAGAGGTGCTGGTCACACCGGAAGTACCGAAAGCAAAGGCAAAGAAAAAGAAAACGCCGGAGGAAAAGGAAGCTAAAAGTCGGGAGACAACAGAGGGCTGAGGATCAAGAAATCGTGCAGAAGGTAGTAGAGGATGTCGCTCCCGAAGAAGGCAATCCGAAAGAACCTGAAGGACAAAACCCAAGACAGACTGACCCGATAGTTGCAGATACGGAGGAAGTTCAAGAAGAACACACAGAAGAAGTTCAAGAAAAACAGACCAAGGATGCGCGAGAAGGACAAACAGAGGATGTGCCGGAAAAAAGCAATGAGCAGGTGGAACAAGTGCATGAGGCTCGAGTGGAGGTTATCATGCCAGAAGTGCCAAGACGTCACCGTCGGAAGCAAAAAGCCGACCGTGTTAAGGTGGTTCGAACTGATACTCCTTCACCGCCGACAAGTGACTCTGAGAGAGAAAACGCAGAGAGAGAAGAGCAGAGGAAAAAGGAGGTCGAAGACAAAGCAAGAGAGGAAGCAGAGGAAAAAGCGGAAGAAGAAATTGTGCTCAAACAAAGGGAAGACAAGGGCAAAGGTATTGTTGAAGCATCACTGGAATCTGAAGATAGTGAAGTAGAGGAGCCACGGTTACCGTACAATCGCTTCATCAACAATCTTGCCAGAGCAAAGCATGTTGAGTTACTGAAGAGAGAGTTCCTGTTTGAGAGAGGATTTAGTGGGGATCTTCCACATTTTCTGCGGGCCGGCATTACGAACCACGGCTGGGAATTATTCTGCTCCAAGCCTGAATCTGTGAACAAGCAGGTAGTGCGCGAGTTTTATGCAAACATTGACGAGGAAGAGGGTTTCCAAGTTATCGTCCGAGGAGTAGCAGTTGACTGGAGTCCTAGTGCCATTAACTCCCTGTATAACCTTCAGGATTTCCCCCACGCAGGATACAACGAGATGGCTGTGGCACCATCTAATGAGCAATTAAACGATGTTGTTCGGGAAGTTGGTGTTGAAGGGGCGCAGTGGAGACTTTCGAAAACAGAGAAAAGGACATTCCAGGCAGCATATCTAAAGAAGGAAGCAAATACATGGATGAGATTCATCAAACAAAGGTTGCTTCCGACGACTCATGACTCGACGGTTTCTAGGGAACGTGTTCTTCTGCCTTTTGCTATTTTAAGGTCTCTCAGTATTGATGTGGGCAAGATTGTTGCGAATGAAATATTTGGATGA

Coding sequence (CDS)

ATGCAAGGAACCCAATATCCCTATTTAAATTCATTGGACATGCAAGACATTAAGGAAAAAAGACGTTGTCGCTATACCGAGCATTCTGTAAAGGAAATTCCCGAGAGCGTCGAGACGCTATTGTCACAGCATCGCGACGCTGTGACCTTTTGCCGCCTGATTCAAAAGAGGAAAGCACCAGCGTCGAGACGCCCAGAACCAAGGGTCTCGACGCTGGGGAGAGAGATGGACTACAATGTTGTAGTGAATTGTGTATTGAGGGATGATTCTAAACCTACACCAAAGGCCTCTATTTATAAGAGTTCTTGGCCTTCAATCCGTGGCAGGGTCTCGACGCTGGGAAGGCTCCAAGCACAGAATGCTCATTTTCCACTTCGGTTTCGCTCGTTTTATGCCCCGAATTGCTTCCAAACCTTCGAATGTATTGCTGAGCAACTTGAGGGAGCAAATTCTGTGCTGCAGCAAAGTGTGAGTTTGGTGCATGAGCGATCCGCCTGGGGTAAGGTGCTGGAGGCAGCAATAATGATGCTGGAGCATCTGGTAAATTACACGAGGAAGTCTGATGCTGCCACGTGTCGCATAGGGGCAATCCAAGGGTCCTGCGGTAAGTCTTTATCACTTCATATTCTTGTTTCTTCCCTTGCTGCTTTCTTTCTCCTTCTTCTTCTGTTTACTGTAAAACCTTTGAGTCTCCAATGGCGAAAACGAGAGGAAGAAAGGAAAGAGACAATGAAGGAGAAGAGGTGCTGGTCACACCGGAAGTACCGAAAGCAAAGGCAAAGAAAAAGAAAACGCCGGAGGAAAAGGAAGCTAAAAGTCGGGAGACAACAGAGGGCTGAGGATCAAGAAATCGTGCAGAAGGTAGTAGAGGATGTCGCTCCCGAAGAAGGCAATCCGAAAGAACCTGAAGGACAAAACCCAAGACAGACTGACCCGATAGTTGCAGATACGGAGGAAGTTCAAGAAGAACACACAGAAGAAGTTCAAGAAAAACAGACCAAGGATGCGCGAGAAGGACAAACAGAGGATGTGCCGGAAAAAAGCAATGAGCAGGTGGAACAAGTGCATGAGGCTCGAGTGGAGGTTATCATGCCAGAAGTGCCAAGACGTCACCGTCGGAAGCAAAAAGCCGACCGTGTTAAGGTGGTTCGAACTGATACTCCTTCACCGCCGACAAGTGACTCTGAGAGAGAAAACGCAGAGAGAGAAGAGCAGAGGAAAAAGGAGGTCGAAGACAAAGCAAGAGAGGAAGCAGAGGAAAAAGCGGAAGAAGAAATTGTGCTCAAACAAAGGGAAGACAAGGGCAAAGGTATTGTTGAAGCATCACTGGAATCTGAAGATAGTGAAGTAGAGGAGCCACGGTTACCGTACAATCGCTTCATCAACAATCTTGCCAGAGCAAAGCATGTTGAGTTACTGAAGAGAGAGTTCCTGTTTGAGAGAGGATTTAGTGGGGATCTTCCACATTTTCTGCGGGCCGGCATTACGAACCACGGCTGGGAATTATTCTGCTCCAAGCCTGAATCTGTGAACAAGCAGGTAGTGCGCGAGTTTTATGCAAACATTGACGAGGAAGAGGGTTTCCAAGTTATCGTCCGAGGAGTAGCAGTTGACTGGAGTCCTAGTGCCATTAACTCCCTGTATAACCTTCAGGATTTCCCCCACGCAGGATACAACGAGATGGCTGTGGCACCATCTAATGAGCAATTAAACGATGTTGTTCGGGAAGTTGGTGTTGAAGGGGCGCAGTGGAGACTTTCGAAAACAGAGAAAAGGACATTCCAGGCAGCATATCTAAAGAAGGAAGCAAATACATGGATGAGATTCATCAAACAAAGGTTGCTTCCGACGACTCATGACTCGACGGTTTCTAGGGAACGTGTTCTTCTGCCTTTTGCTATTTTAAGGTCTCTCAGTATTGATGTGGGCAAGATTGTTGCGAATGAAATATTTGGATGA

Protein sequence

MQGTQYPYLNSLDMQDIKEKRRCRYTEHSVKEIPESVETLLSQHRDAVTFCRLIQKRKAPASRRPEPRVSTLGREMDYNVVVNCVLRDDSKPTPKASIYKSSWPSIRGRVSTLGRLQAQNAHFPLRFRSFYAPNCFQTFECIAEQLEGANSVLQQSVSLVHERSAWGKVLEAAIMMLEHLVNYTRKSDAATCRIGAIQGSCGKSLSLHILVSSLAAFFLLLLLFTVKPLSLQWRKREEERKETMKEKRCWSHRKYRKQRQRKRKRRRKRKLKVGRQQRAEDQEIVQKVVEDVAPEEGNPKEPEGQNPRQTDPIVADTEEVQEEHTEEVQEKQTKDAREGQTEDVPEKSNEQVEQVHEARVEVIMPEVPRRHRRKQKADRVKVVRTDTPSPPTSDSERENAEREEQRKKEVEDKAREEAEEKAEEEIVLKQREDKGKGIVEASLESEDSEVEEPRLPYNRFINNLARAKHVELLKREFLFERGFSGDLPHFLRAGITNHGWELFCSKPESVNKQVVREFYANIDEEEGFQVIVRGVAVDWSPSAINSLYNLQDFPHAGYNEMAVAPSNEQLNDVVREVGVEGAQWRLSKTEKRTFQAAYLKKEANTWMRFIKQRLLPTTHDSTVSRERVLLPFAILRSLSIDVGKIVANEIFG

Homology

[Close]

BLAST of Spg023031 vs. NCBI nr
Match: PON46472.1 (hypothetical protein PanWU01x14_251180, partial [Parasponia andersonii])

HSP 1 Score: 122.5 bits (306), Expect = 1.4e-23
Identity = 68/166 (40.96%), Postives = 96/166 (57.83%), Query Frame = 0


Query: 485 GDLPHFLRAGITNHGWELFCSKPESVNKQVVREFYANIDEEEGFQVIVRGVAVDWSPSAI 544
           G LP F+   IT H W+ FC+ PE     +VREFYAN+ + E   V VRGV V WS  AI
Sbjct: 58  GQLP-FIAQVITQHNWKQFCAHPEDPIVPLVREFYANLTDPEENTVYVRGVQVSWSEEAI 117

Query: 545 NSLYNLQDFPHAGYNEMAVAPSNEQLNDVVREVGVEGAQWRLSKTEKRTFQAAYLKKEAN 604
           N+++ L D P   ++E     + + L  V+  V   GA+W +S     T   + L   A 
Sbjct: 118 NAVFGLGD-PVDEHSEFIQNITQQDLITVLETVAAAGAEWNVSAQGAYTCIRSALTPAAK 177

Query: 605 TWMRFIKQRLLPTTHDSTVSRERVLLPFAILRSLSIDVGKIVANEI 651
            W  F+K RLLPTTH  TVS++R+LL  ++L   SI+VG+++ +EI
Sbjct: 178 VWYHFLKSRLLPTTHGKTVSKDRMLLLHSMLIGKSINVGRMIHSEI 221

[Close]

BLAST of Spg023031 vs. NCBI nr
Match: PON70375.1 (hypothetical protein PanWU01x14_080440 [Parasponia andersonii])

HSP 1 Score: 119.0 bits (297), Expect = 1.5e-22
Identity = 64/178 (35.96%), Postives = 100/178 (56.18%), Query Frame = 0


Query: 473 LKREFLFERGFSGDLPHFLRAGITNHGWELFCSKPESVNKQVVREFYANIDEEEGFQVIV 532
           +++EF+++     + P F+   I  H W+LFC+ PE     +VREFY N+   +   V +
Sbjct: 66  VEKEFVWDNSKPLEQPPFIADVIIQHNWQLFCAHPEDPIVPLVREFYTNMTNPDDDTVYI 125

Query: 533 RGVAVDWSPSAINSLYNLQDFPHAGYNEMAVAPSNEQLNDVVREVGVEGAQWRLSKTEKR 592
           RGV V  S  AIN++++L D P   ++E     +  +L  V+  V + GA+W +S     
Sbjct: 126 RGVQVPLSVEAINTIFSLGD-PIDEHSEFVEDITKPELVIVLETVAIVGAEWNVSSQGAY 185

Query: 593 TFQAAYLKKEANTWMRFIKQRLLPTTHDSTVSRERVLLPFAILRSLSIDVGKIVANEI 651
           T   + L   A  W  F+K RLLPTTH  TVS+E V L +++L   SI+VG+++  EI
Sbjct: 186 TCLRSSLNPPAKVWYHFLKSRLLPTTHGKTVSKEHVSLLYSMLTGKSINVGRMIHREI 242

[Close]

BLAST of Spg023031 vs. NCBI nr
Match: PON35554.1 (hypothetical protein PanWU01x14_335450, partial [Parasponia andersonii])

HSP 1 Score: 119.0 bits (297), Expect = 1.5e-22
Identity = 67/166 (40.36%), Postives = 94/166 (56.63%), Query Frame = 0


Query: 485 GDLPHFLRAGITNHGWELFCSKPESVNKQVVREFYANIDEEEGFQVIVRGVAVDWSPSAI 544
           G LP F+   IT H W+ FC+ PE     +VREFYAN+ +     V VRGV V WS  AI
Sbjct: 49  GQLP-FIAQVITQHNWKQFCAHPEDPIVPLVREFYANLTDPVENTVYVRGVQVSWSEEAI 108

Query: 545 NSLYNLQDFPHAGYNEMAVAPSNEQLNDVVREVGVEGAQWRLSKTEKRTFQAAYLKKEAN 604
           N+++ L D P   ++E     +   L  V+  V V GA+W +S     T   + L   A 
Sbjct: 109 NAVFGLGD-PVDEHSEFIENITEHDLITVLETVAVAGAEWNVSAQGAYTCIRSALTPAAK 168

Query: 605 TWMRFIKQRLLPTTHDSTVSRERVLLPFAILRSLSIDVGKIVANEI 651
            W  F+K  LLPTTH  TVS++R+LL  ++L   SI+VG+++ +EI
Sbjct: 169 VWFHFLKSHLLPTTHGKTVSKDRMLLLHSMLIGKSINVGRMIHSEI 212

[Close]

BLAST of Spg023031 vs. NCBI nr
Match: EXB77427.1 (hypothetical protein L484_000483 [Morus notabilis])

HSP 1 Score: 114.8 bits (286), Expect = 2.9e-21
Identity = 66/230 (28.70%), Postives = 119/230 (51.74%), Query Frame = 0


Query: 429 KQREDKGKGI--------VEASLESEDSEVEEPRLPYNRFINNLARAKHVELLKREFLFE 488
           K +  KGKG+         E+   +E++EV++   P      +    K    ++R F++ 
Sbjct: 4   KSKARKGKGVRILIDSDSSESDPATENAEVKKFASPEAEHRFDTCMNKRALHMERGFVYR 63

Query: 489 RGFSGDLPHFLRAGITNHGWELFCSKPESVNKQVVREFYANIDEEEGFQVIVRGVAVDWS 548
           RG     P F+ + I  H W  FC  P +   Q+VRE+ A  D      + VRG  + ++
Sbjct: 64  RGRPSGYPSFIHSVIAAHKWHSFCHNPHAATVQLVREYAAEPD-----TIFVRGQLIPFT 123

Query: 549 PSAINSLYNLQDFPHAGYNEMAVAPSNEQLNDVVREVGVEGAQWRLSKTEKRTFQAAYLK 608
             AINSLY+L D     +N  A + + +QL++V+ E+ VEG +WR +     TF    L+
Sbjct: 124 SEAINSLYDLPDV-EDHFNNFADSLNEDQLDEVINELCVEGTEWRRATRGSMTFPRECLQ 183

Query: 609 KEANTWMRFIKQRLLPTTHDSTVSRERVLLPFAILRSLSIDVGKIVANEI 651
             +  W  F++ RL+P++H   V +ER +L + +++   ++VG+++  ++
Sbjct: 184 PGSKIWYHFLRFRLMPSSHYRLVHKERAILLYCMMKGRPLNVGRMIRQQL 227

[Close]

BLAST of Spg023031 vs. NCBI nr
Match: EXB53755.1 (hypothetical protein L484_022412 [Morus notabilis])

HSP 1 Score: 113.6 bits (283), Expect = 6.4e-21
Identity = 60/163 (36.81%), Postives = 93/163 (57.06%), Query Frame = 0


Query: 488 PHFLRAGITNHGWELFCSKPESVNKQVVREFYANIDEEEGFQVIVRGVAVDWSPSAINSL 547
           P F+   I  HGW  FC  P +    +VREFYAN+ +     V V+ V V ++  AINS+
Sbjct: 4   PAFITRVIHQHGWRQFCQHPSNPIVPLVREFYANLLDFNQETVFVQNVKVPFTARAINSI 63

Query: 548 YNLQDFPHAGYNEMAVAPSNEQLNDVVREVGVEGAQWRLSKTEKRTFQAAYLKKEANTWM 607
           + L++     Y + A   ++EQL  V+ EV +EGA W++S     T     LK+ A  W 
Sbjct: 64  FGLEEVVDE-YVDFASEVTDEQLEVVLAEVAIEGATWQISPQGAYTCIRKELKRHAQIWY 123

Query: 608 RFIKQRLLPTTHDSTVSRERVLLPFAILRSLSIDVGKIVANEI 651
            F+  R +P+TH  TV+++RVLL ++IL  +S+++ +I   EI
Sbjct: 124 HFLTARFMPSTHGKTVAKDRVLLLYSILTGISVNIEEITIKEI 165

[Close]

BLAST of Spg023031 vs. ExPASy TrEMBL
Match: A0A2P5BCG4 (Uncharacterized protein (Fragment) OS=Parasponia andersonii OX=3476 GN=PanWU01x14_251180 PE=4 SV=1)

HSP 1 Score: 122.5 bits (306), Expect = 6.6e-24
Identity = 68/166 (40.96%), Postives = 96/166 (57.83%), Query Frame = 0


Query: 485 GDLPHFLRAGITNHGWELFCSKPESVNKQVVREFYANIDEEEGFQVIVRGVAVDWSPSAI 544
           G LP F+   IT H W+ FC+ PE     +VREFYAN+ + E   V VRGV V WS  AI
Sbjct: 58  GQLP-FIAQVITQHNWKQFCAHPEDPIVPLVREFYANLTDPEENTVYVRGVQVSWSEEAI 117

Query: 545 NSLYNLQDFPHAGYNEMAVAPSNEQLNDVVREVGVEGAQWRLSKTEKRTFQAAYLKKEAN 604
           N+++ L D P   ++E     + + L  V+  V   GA+W +S     T   + L   A 
Sbjct: 118 NAVFGLGD-PVDEHSEFIQNITQQDLITVLETVAAAGAEWNVSAQGAYTCIRSALTPAAK 177

Query: 605 TWMRFIKQRLLPTTHDSTVSRERVLLPFAILRSLSIDVGKIVANEI 651
            W  F+K RLLPTTH  TVS++R+LL  ++L   SI+VG+++ +EI
Sbjct: 178 VWYHFLKSRLLPTTHGKTVSKDRMLLLHSMLIGKSINVGRMIHSEI 221

[Close]

BLAST of Spg023031 vs. ExPASy TrEMBL
Match: A0A2P5AGA5 (Uncharacterized protein (Fragment) OS=Parasponia andersonii OX=3476 GN=PanWU01x14_335450 PE=4 SV=1)

HSP 1 Score: 119.0 bits (297), Expect = 7.3e-23
Identity = 67/166 (40.36%), Postives = 94/166 (56.63%), Query Frame = 0


Query: 485 GDLPHFLRAGITNHGWELFCSKPESVNKQVVREFYANIDEEEGFQVIVRGVAVDWSPSAI 544
           G LP F+   IT H W+ FC+ PE     +VREFYAN+ +     V VRGV V WS  AI
Sbjct: 49  GQLP-FIAQVITQHNWKQFCAHPEDPIVPLVREFYANLTDPVENTVYVRGVQVSWSEEAI 108

Query: 545 NSLYNLQDFPHAGYNEMAVAPSNEQLNDVVREVGVEGAQWRLSKTEKRTFQAAYLKKEAN 604
           N+++ L D P   ++E     +   L  V+  V V GA+W +S     T   + L   A 
Sbjct: 109 NAVFGLGD-PVDEHSEFIENITEHDLITVLETVAVAGAEWNVSAQGAYTCIRSALTPAAK 168

Query: 605 TWMRFIKQRLLPTTHDSTVSRERVLLPFAILRSLSIDVGKIVANEI 651
            W  F+K  LLPTTH  TVS++R+LL  ++L   SI+VG+++ +EI
Sbjct: 169 VWFHFLKSHLLPTTHGKTVSKDRMLLLHSMLIGKSINVGRMIHSEI 212

[Close]

BLAST of Spg023031 vs. ExPASy TrEMBL
Match: A0A2P5DAQ2 (Uncharacterized protein OS=Parasponia andersonii OX=3476 GN=PanWU01x14_080440 PE=4 SV=1)

HSP 1 Score: 119.0 bits (297), Expect = 7.3e-23
Identity = 64/178 (35.96%), Postives = 100/178 (56.18%), Query Frame = 0


Query: 473 LKREFLFERGFSGDLPHFLRAGITNHGWELFCSKPESVNKQVVREFYANIDEEEGFQVIV 532
           +++EF+++     + P F+   I  H W+LFC+ PE     +VREFY N+   +   V +
Sbjct: 66  VEKEFVWDNSKPLEQPPFIADVIIQHNWQLFCAHPEDPIVPLVREFYTNMTNPDDDTVYI 125

Query: 533 RGVAVDWSPSAINSLYNLQDFPHAGYNEMAVAPSNEQLNDVVREVGVEGAQWRLSKTEKR 592
           RGV V  S  AIN++++L D P   ++E     +  +L  V+  V + GA+W +S     
Sbjct: 126 RGVQVPLSVEAINTIFSLGD-PIDEHSEFVEDITKPELVIVLETVAIVGAEWNVSSQGAY 185

Query: 593 TFQAAYLKKEANTWMRFIKQRLLPTTHDSTVSRERVLLPFAILRSLSIDVGKIVANEI 651
           T   + L   A  W  F+K RLLPTTH  TVS+E V L +++L   SI+VG+++  EI
Sbjct: 186 TCLRSSLNPPAKVWYHFLKSRLLPTTHGKTVSKEHVSLLYSMLTGKSINVGRMIHREI 242

[Close]

BLAST of Spg023031 vs. ExPASy TrEMBL
Match: W9RK06 (Uncharacterized protein OS=Morus notabilis OX=981085 GN=L484_000483 PE=4 SV=1)

HSP 1 Score: 114.8 bits (286), Expect = 1.4e-21
Identity = 66/230 (28.70%), Postives = 119/230 (51.74%), Query Frame = 0


Query: 429 KQREDKGKGI--------VEASLESEDSEVEEPRLPYNRFINNLARAKHVELLKREFLFE 488
           K +  KGKG+         E+   +E++EV++   P      +    K    ++R F++ 
Sbjct: 4   KSKARKGKGVRILIDSDSSESDPATENAEVKKFASPEAEHRFDTCMNKRALHMERGFVYR 63

Query: 489 RGFSGDLPHFLRAGITNHGWELFCSKPESVNKQVVREFYANIDEEEGFQVIVRGVAVDWS 548
           RG     P F+ + I  H W  FC  P +   Q+VRE+ A  D      + VRG  + ++
Sbjct: 64  RGRPSGYPSFIHSVIAAHKWHSFCHNPHAATVQLVREYAAEPD-----TIFVRGQLIPFT 123

Query: 549 PSAINSLYNLQDFPHAGYNEMAVAPSNEQLNDVVREVGVEGAQWRLSKTEKRTFQAAYLK 608
             AINSLY+L D     +N  A + + +QL++V+ E+ VEG +WR +     TF    L+
Sbjct: 124 SEAINSLYDLPDV-EDHFNNFADSLNEDQLDEVINELCVEGTEWRRATRGSMTFPRECLQ 183

Query: 609 KEANTWMRFIKQRLLPTTHDSTVSRERVLLPFAILRSLSIDVGKIVANEI 651
             +  W  F++ RL+P++H   V +ER +L + +++   ++VG+++  ++
Sbjct: 184 PGSKIWYHFLRFRLMPSSHYRLVHKERAILLYCMMKGRPLNVGRMIRQQL 227

[Close]

BLAST of Spg023031 vs. ExPASy TrEMBL
Match: W9QTD9 (Uncharacterized protein OS=Morus notabilis OX=981085 GN=L484_022412 PE=4 SV=1)

HSP 1 Score: 113.6 bits (283), Expect = 3.1e-21
Identity = 60/163 (36.81%), Postives = 93/163 (57.06%), Query Frame = 0


Query: 488 PHFLRAGITNHGWELFCSKPESVNKQVVREFYANIDEEEGFQVIVRGVAVDWSPSAINSL 547
           P F+   I  HGW  FC  P +    +VREFYAN+ +     V V+ V V ++  AINS+
Sbjct: 4   PAFITRVIHQHGWRQFCQHPSNPIVPLVREFYANLLDFNQETVFVQNVKVPFTARAINSI 63

Query: 548 YNLQDFPHAGYNEMAVAPSNEQLNDVVREVGVEGAQWRLSKTEKRTFQAAYLKKEANTWM 607
           + L++     Y + A   ++EQL  V+ EV +EGA W++S     T     LK+ A  W 
Sbjct: 64  FGLEEVVDE-YVDFASEVTDEQLEVVLAEVAIEGATWQISPQGAYTCIRKELKRHAQIWY 123

Query: 608 RFIKQRLLPTTHDSTVSRERVLLPFAILRSLSIDVGKIVANEI 651
            F+  R +P+TH  TV+++RVLL ++IL  +S+++ +I   EI
Sbjct: 124 HFLTARFMPSTHGKTVAKDRVLLLYSILTGISVNIEEITIKEI 165

The following BLAST results are available for this feature:

BLAST of Spg023031 vs. NCBI nr


Match Name	E-value	Identity	Description
PON46472.1	1.4e-23	40.96	hypothetical protein PanWU01x14_251180, partial [Parasponia andersonii]	[more]
PON70375.1	1.5e-22	35.96	hypothetical protein PanWU01x14_080440 [Parasponia andersonii]	[more]
PON35554.1	1.5e-22	40.36	hypothetical protein PanWU01x14_335450, partial [Parasponia andersonii]	[more]
EXB77427.1	2.9e-21	28.70	hypothetical protein L484_000483 [Morus notabilis]	[more]
EXB53755.1	6.4e-21	36.81	hypothetical protein L484_022412 [Morus notabilis]	[more]

BLAST of Spg023031 vs. NCBI nr


Match Name	E-value	Identity	Description

BLAST of Spg023031 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A2P5BCG4	6.6e-24	40.96	Uncharacterized protein (Fragment) OS=Parasponia andersonii OX=3476 GN=PanWU01x1...	[more]
A0A2P5AGA5	7.3e-23	40.36	Uncharacterized protein (Fragment) OS=Parasponia andersonii OX=3476 GN=PanWU01x1...	[more]
A0A2P5DAQ2	7.3e-23	35.96	Uncharacterized protein OS=Parasponia andersonii OX=3476 GN=PanWU01x14_080440 PE...	[more]
W9RK06	1.4e-21	28.70	Uncharacterized protein OS=Morus notabilis OX=981085 GN=L484_000483 PE=4 SV=1	[more]
W9QTD9	3.1e-21	36.81	Uncharacterized protein OS=Morus notabilis OX=981085 GN=L484_022412 PE=4 SV=1	[more]

BLAST of Spg023031 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description

InterPro

Analysis Name: InterPro Annotations of Sponge gourd (cylindrica) v1
Date Performed: 2022-08-01


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	COILS	Coil	Coil	coord: 314..334
None	No IPR available	COILS	Coil	Coil	coord: 393..427
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 250..273
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 395..423
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 236..423
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 274..302
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 315..368

Relationships

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


Feature Name	Unique Name	Type
Spg023031.1	Spg023031.1	mRNA