Spg034745 (gene) Sponge gourd (cylindrica) v1

Overview


Name	Spg034745
Type	gene
Organism	Luffa cylindrica (Sponge gourd (cylindrica) v1)
Description	Unknown protein
Location	scaffold7: 46547090 .. 46559752 (-)
RNA-Seq Expression	Spg034745
Synteny	Spg034745

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideCDS

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

ATGACTGAGCAAATTTCCCAGCGTAAATGGGAAAACGTCTGCCAAAACCCTCGTAGCTACGCTCCTGCGCTAGTCCATGACTTCTACCGAGCGCAGTGGCAAGACGAGCTTGACGAAGTCTTAGTGCGAGGCCACACCATAGCCTTTTCCTCCGCGCACATCAACAATGTATATGAGTTGCGAGATATTCCCTACGCAGAATGCAATGCGCTCTTCGACTGTCTCGATGATGATTTCCTGAGCGCAGTTCTTCTTGCAGTGGCCAGACTTGGGGCCAAATGGGATGGGCACGGAGTTGCGAGGACTCTGAAGTCACAGCTGCTCGATTTCGAGCCCACACTTTGGATGCATTGGGTAAAGAATCGCATCATGCCCACAATGCATGATGCCACCTTAAGCCTGCAGCGGGTCGTGCTTGTTTACTGCATCATGAAAGGAACCCCCATTGACCTTGGCTACATCCTCGTCGAAACTTTGTGCCAAACTGCCGCAAAACCTAAGGGCGCGAAATTTTGTCCTGGCCTGGTCACTTCTCTTTGTCGCGCATCAAATCTCATGCCAGCATCAGATGAAGAAGTCCGAACAATGCGGAAGGACTTCGATGAGCAATGGTGGGCGCGTGTTACCAACACTTGCAATAGGCGTCTGCAAGGAAGCATGCCGCAACCAATCCCTACACCGCAACCCTCCGAACCTACGTCTGCGCCTGAAGGACAAAAAAAGAAAATGCGTAAACAAACTGCGGGCAGAAACCCACCCCCATCCGCAAGGACACAGAAATCAACTCCATAAGCGCAGGAAAGCACTGTTTGCGCTCAGCCTCAATCATCCTTGAAACCTCCACCCCCGCCGCCTCCCCCTCCTTCAGTCCAGCAAACACCCCCTCTGCAACAGGAAGAAGAATTACGTTCGGAGGAAATCTTTGAAGCTCAATTTCTCAGCCCTCCACGCAATAACGAAGAAATTCCTGCGCCAACCCCTACGCCACAAACAGCAGCTTCTGCGAGCGCAAGTCAGGCTGCGGCAGAACAACCACTTGATGTGGACACCGCCTTGATCTTTTCAGAGCTGCGGCGAATGATCTGAGAAGTCACAGAGCCCTTGCGATTGCAGCAAGAGAGGATGTGCCAGCAGCAGGAGTTGTTGCGCAAGCAACAAGAAGAACTATCGCAGAGAGTAAATGCCTTAGTCCTCTTCTTGATGTGATGGACGAAATCTTTTGGTCTCCTGCCTGTCACGCCAAATTTGTTTGTGCGGCCAACCACGCAGCAAAGACCTTCTGGTACAGGCCCTTCTCAGATGCGTCCTCCAAGAGTCCCACATGCGTCGAGGAGTCCGCAACCACCCCCACCGCCACTACCGCAGGAATAGAAGCTATCACTTACTTTCCTTATCTTCTTTTGTTTTGGTTTAAATGTATGCGCTCTTGTTTATAATTTTGTATCGCAATACATTAATATATCTAGTTGTTTATCTCATCGCACTTTTGTCTCTGCCTTGAAATAATGTCTTTTCTAGCAACTTCTCTGCGTTAGCTCCTTTGTTTTAAATCCAAGCATCTGACTGTCTGATTTTTTTTACCGCATTACTTAAATTAGTTTAACCTTTGTCTTCATTTCCTCAGACCTTAAGGAAAAATCCTTCGCATTTTCGACTTGCTGCAACTCAGCCTTGATTTTCTTCAGTCCATGCGCTACAGTGTGAGTTTGGGGGACAATGGGGACATTGTCCATATTAAGTGTGGGGGGGGGGGAGTTAGCGCATAAATAAATAATGCTTTCCTCTGGGTAGCGGCATGTTTGTAGCCAGGGGCATTTATGACACCCATAGTTTGCCACTGCGCGAAGACAAATGCAACCTATGAGCATAAAGGACAGTAAAAAAATGTAATGCCCATAGTTGGATACCTTTCATCACAAATGTGGGTAAGCCAAAACGAAAGCATGTGTTTTGATGTCTATTGATTACATTAATTGCTTTCTAAAAAAAAAAAAAACTTTTGCGGATATATATATAGCTTTTATGCCCCCAGGACATGCAAGGGAATATTGGCTGAGTTAACGCAAGGAAGAATCTTAGCGCATGGAGCTTTCCTTAAGCAATGGAGGAAATTTGGCAAAAGCTAACCTTAAGTAAGTAATGCGTAGAAGGAAAAGAGAAAAGAGGATGCTAAGACCGCAAGCATTGATGAGCTAAGTAAAAATCTCGCAAAGTGATATAAGGCATTGCTTGAGGACAAACAATAGTTTAAGTTTTGGGGTTTGATAACTTGCAAAAAGCAAGTTATTTTTCCTTTAAAATTAAGCTAAAATAAGGCCAAAGGATCCTAAGATGCGTTATCTCAGCGCAAAAAGAAAGAGAAATGTGATTGTTGTAGGCGGCGAGCTATGTTCATGTATGCGGTAAGAAAATTATGAAATACAGAATGCTAACGCAACTAATTCAAGTGTTTTTCAAAGTTTCTTCTCAGTACAGGCACACATTCCAAGAAGATCAAGAGACAGATAAGATAATGAAGAGACAGCACTGACACAAGCTAAAGCAATCGACGCAAGTGGACGGAAAAAGGGGAGAAAAGTTGCGCAATTTGGCTAAAATGATGATTAAAGCAAGTGGGAAATTACTTAGAGAAGTTATCTTCCCTCTCCTATAAATAGAAGCCAAAGTCATTCAAAGAAATATTAATTCATTCATTGATTCAAAGAATTCATTCGAAGTAGAAGGGAGAAGGAAGAGAAGGAGAAATCACAGAGGGTTGTGAATTAGGAGCGAACTTATGTGTGGAATGTTTTATTTCATGATGTTGAGTTCTGCTCACATGAGCTAATTTCTTCTTCAAGGCTTAGCGCAAGCACCTCATGCGGCGATAAGAATATTTTGTAAGCGCATACTTTGAGTTAACTGAAACATTAATTGCTTACTACTTAGTTGCGATACTATTTTCATTACTAACTCTCGCTTGGCCAGCTGGATGAGGTAGCAGTATGCTAAATCCCTGACAGGTAATGCATGCGGACACCTCTAGGTAGAGCAAGCTAGCGCATGTCATGTAGTCTTGGTAGCATTAAAACACTACCGCTAAAAGATAGTGCATGCATGAGCTGAGACTGCGTTGTGACTAATGCAATCCCTTGTAAGGTTTAGAGAACTGCACCAAACGTATGAACTAGCCAAATAACCTCTTGATAGTTTTCTGCCAAACGCAAAGGAGTACCGGAAAGGAAACTTATGATTTTTTCTCACTTAGGCATTAATGGATCAATTAATCAAAGTATGAGTCACAAGGTTCTTATAAACGCAAGAAGTTGCAACCGCGACAACCTTGATACTAAAATCTTTAAATACCTTTTCTTTCTTTCTGGTCGCATGTCTTGTTTTCTACAAGTGATTCAAATCTTACCAACTTATTTATTTGTTCTTTTATACAATATCACACGTCTTAGAGTGTAGGTCAGTAAATATTATTAAAAGCTTTGCATATATCCCTTCCCTGTGGATTCGACCTTGGACTCACCAGGTATTACTTGATTGTGTCAATTTATGCTTGGATTGATTATTATCTACGACTATATTTCTGATTATTCTGACAACGAATCAGCAACGGTGAAAAGCTTCAATCCGAGTAAGGCACCAGGAAAAGATGGCATCCATGCATCCTTCTACCAAGGCTATTGGAATATTGTGGGGGAGGAGACAGTGCAAGTTTGCTTGAACATTCTAAATGGAGATGAAGACATAAGCCCACTAAACAAAACTATTATCACGCTAATTCCGAAAGTATCCGGCCCTCAGAAGATGACAGAGTTTAGGCCAATAAGCCTGTGCAACGTGGGATATAAGATCATTGCCAAGACAATCGCTAATAGATTCAAAAAAGTTCTGGACTCAGTGATATCCCCTACTCAAGCGGCCTTCATTCCAGGAAGACTCATATCGGATAATGTGCTAGTAGGATTTGAATGTATACATGCGATTAGTAACAAGAAAAGAGGGAAAGAGGGTCAGGTGGCCATCAAGCTCGACATGAGCAAGGCATACGATCGTGTAGAATGGAAATTCCTAAAAGAAATGCTCATTAAGTTGGGATTCAGCAACAAGTGGACTCATAAAATCATGAAATGTATTGAAACGGTGACGTTCTCGGTATTAATCAATGGGAGTCCACAAGAAGAATTTAAGCCCAGTAGAGGAATCAGAAAAGGCGATCCGTTGTCTCCATATCTATTCCTAGTGTGCGCTGAAGGCTTCTCAGGGATCTTAAACAGGGAAGTGTCTAACAAAAACTTGGTTGGTTTTAGAATTAACAATCACTGCCCCCCTCTTACCCACTTATTCTTCGCTGATGATAGCCTTCTGTTTTGCAGGTCAAACACTAAGGAGTGCCAAGTTATCAAGAATGTCTTTAAAAGATATGAGTGTTCATCCGGCCAAGCCATTAACTTGGAGAAGTCCATGTTCATGGTGAGCAAAAACGTGGAAGTCAGGGAGGCTTAGAGCATTGGGAAGGTGCTAGGGATCAAGCAAACAAAATCGCTAGGCACTTACCTTGGAACGCCATCCGAAAGCGAAAGAAGCAAGGCCAGATTGTTTGGGAAGATTAAATTGAAAATTGAAAGCATCTTGCAAGGGTGGAGCGAAAAACTATTTTCCACAGGGGCAAGGAAATTCTCCTAAAAGCGGTCATACAAGCAATACCCACCTATACCATGTCCTGTTTCAAAATTCCTAAAGGCCTATGTGATGAAATCAATAAGCTATGTGCTCGTTTTGGGTGGGGATCGGTTGGAAATAGGAAAAAAATACATTGGGAAAAATGGGGTAGCCTCTGCAAGAGCAAGAGGGAAGGAGGTCTTGGTTTTAGGGACCTACATCTGTTTAACCAAGCCCTATTGGCAAAGCAGAGTTGGAGATTGCTCAGATCCCCAGAAAGCCTCCTTGCTCGAGTTCTTAAAGGGCGCTACTGTAGAACAGGGGACTTTCTCAAAGCCCTGATAGGAAAAAACTCATCATTAACTTGGAGGAGCATTGTGTGGGGCAGGGAACTATTCAAAGAGGGATACAAGTGGAGAGTGGGGAACGGGAACCGCATATACATAGATGAAGACCGTTGGCTTGGCAGGAAAGGAAATCGATTCCCTTGTATGGTGACAGAGGATCTAAAAGGGAGGCGGGTGAACTCTCTAATTAAGAACAATGGCCAATGGTATGAGGAATTGGTCAAAAGGAGCTTCTGCCCTTCGGATGTTGAAGATATACTAGACATTCCCATTGGCTCCCCCCACGAAAGAGACAAAATCATATGGGCCTTGGATGATAAGGGTGTCTTTAAGGTCAGGAGTGCGTATCATTTAGCCTCAAACATCCAAAAATCCAAAGAAGCATCCTGCTCGAGGACTGAAAAGACTAAAATTTGGGGAAGTATATGGAACCTGAATATACTACCGAGAGAAAAAATATGCCTGTGGAGTATTGTTAAAAATGTCACCCCTACTAAAAGGAACCTAATCTTAAGAGGTCTAGACATTAACCCCTTGTGTTCTGTGTGTAGGAAAGTTAGGGAGGATGCGACACATGCGTTGTGGAAGTGTAAGAAGGTAAAGGAAATTTGGACCCTCTTCTTCCAAAAACTTATGGAAGCCTCCTTCTTTTTCAGGGACAGGACATCAATGGAGTCGTGGTGGGAGTGGATTACAAGCAAGTTGAGCATAGAAGAAAGGGAGGAAGCGACGCTCGTTTGCTGGACGGTGTGGAACTTCAGAAACAGAGTCACGATCGAAAATGATAAGACAGACCACAACAAGCTAATCAGGCTAATCAAGAAGAATCTCGCGGAGCATAAAAGAAGCAAAGATAAGAACCTGTCTGGATGTTGCGGGGAGAGCCTTCTGAATCCGGACAAATGGAATCCCCCCTGACAATTGCCTTAAACTGAATACCGATGCCTCATGGAATTCAGTCGAGGAGAGGGGTGTGGTTGGTTGGATAATCCGTGATTCCTCAGGATCTCCTTTGGAGTTTGGATGCAAGAAAATCAATAGCCACTGGTCGATCAAGACGTTGGAAACAACAGCTATGAGAGAAGGCTTGAAGAAATACCTGGAGAGGAATCAAACGCCTAAACCGCCGGTGATTGTTGAATCAGATGTTGGGGAGGTGATCAAAATCCTATACTTCGAATGCGAACATCTGTCGAACTCCAAGACAGTGATGAGCGAAGTAGAATCCCTTACGAAGTCTGCCGGCGTCATAAAATTTTCGAAATGCCCAAGAGGCATCAATACTTGTGCGCACTTCTTGGCGCAAGCGGCGACCGGTCTACTGCCAGAGACGAAGCATGTGCCTCCTGGAGGGTCAGCCGTTGGGTGTGATAATTTTGATCTTTTTTGTAACCCTTCCATGCTAGAAGGGAAATTCTTTTGGAGGGAGGGTTGTCTCCCAGCAGTTATTGCCTCCTTAATGGAGAAAGAGTTAGGTTGTACTGGTTTTTTCTAATTAATGAAGTATTTTTTCAAAAAAAAAAATGCATAATTATGTTTGCAAATTTGCTTTAATTAGGGTTGATTGTTTTGATGCATTTTTGTCTCATTACTTCCTAGTTTGGTTGGAGAAGGCCAATTTGGTTAGAAAAATTACAAAAGATAAAAGGGGTAAATATTTGAATTTTTGAGTTGGTTGCCAAAACCCTTTTAACATTTTCAATGTAAGCTTGCATTTGGCATGATTTTCAAATTTTTTAAAAAAAAAAAAAAAAAAAAAATGCAAAAACCACCCCTAAAGTATAGTAGTTGTTGCAATTGCACCTTCAAACTTTGAATTGTAAAAACAAAACCCTTAAACTTACACAATTGTTAAAATTGGATCTCAAACTTAGACCTTTGTAAAAATCAAACCCCAGATGGCCCTGAAACTTTTAATTTAAAAAATTAAACCCTTTAGCTAACCTAATTGAAAAAATCAAAACAAAACCCCCCAAAAAGTAAACCCCCAGTTGCACGGCCCCAAAACATCAGGTTTGTTATCTGTAATCAAAACTCTAAATTGAAATAAGAAAAATAGAGTTTTGATTGCGATGGCAAGCACCAAGTGGATCGACAATTATATTGTGTAGCTGCCGAGGATTGCCATTGTAACTCCCAACGAGAAGAAAGTTTCCATTATCATCTCTTTCTTCATATGCAACTCCCAGTCTTGTCGGAGGGCAATCGATACATGCTGCTTCTTTCAAAAACCTATTTTTCTTCTAATGCTCTTGTTTTTTTTTTTTTCCTCTTTTACCTATTTCTTTCTCATAAATTCTTTTTTATATTTTTTTCTCTCTCTAAAACATTTTTCTCTCTACAAAATTTTCTCTCAAAACTTTTTTTTCCTCCATAACTCATCTATTTCTAAAAATTTATCCATATATTACTTTTCTATTCCTAATAAACATATTCTACATTTTATTTTGGAAAAAAAATCTCCCAAAATTTTCTCTCACTACACCTTTTCTTTATTTTTCTAATTTATCGTTATTTTTTTTAGCATATCTTTTACTATTAACCTTGCTATCTCTCTAAAATTTCTCTTTTTATTTAATTTTTCTATCTAAAATTTATCTCTTCTACCCTAACTTATTTTCTTTTTTCTATAACTAATATCGCTTTTATGGAGTCTAACTAATATTCTCTCTCTAAACATTTTCTCTCACTTCTCGAACTTTTCTATGTTTAATTTTTCTCCGAAAGTATTTATATTTGTATCTCTAAATTTATGTTTCAATGTCTCTATACATATTTCTCTCTCTAAAACATCTTTTCATCTCTCTAATTTTTAAAAAACTTAAAACCAAAAACAGTTATCAAACAAGTTTGGTTTTTTGTTTTTTAAAAACAGAAAACAAAAAAAAAAAATTATCAAACATATATGTTTTTTGTTTTTTCTTAAAAAAAAAAACCAAAAACAGAAAAACACAAATGGTTATCAAACGGGACCTAGTTTGAGGATCCAATTTTTACAAATATGTAAGTTTGAGGAACCAATTTTAACAATTGTGTAAGTTTAAGGGTTTAGGTCTTACAATTCAAAGTTTAAGGGTGCAATTGTGCCAAAAAAAAAAAATCCAACAAATTTTATTTCATCAAGGAGGAAAAGGTTTTAGCTTTTATAAACTCTTCTTGTTGAGCTTAGGGGAGGGTTTTGAGGAAAAAAACATTCAACCACTGGATCAACCACAACCAAGAAAAGCCCTAGATTCCTCACCCACCAACAAACCAAACCCTCCATTCTACCAAAAAAAAAAAAAAAAAAAAAACCTAGAACACAATGAAAATCATATAGTTTAGTTGGAAGTTGAATTTTGGTAAGGCCTTGTCTCAAGCATATGTACCTCAAAAAACGAGCAGGTTTAGTGTTATTCTTGATTCCATCCCTTAAACACTTTTTTTGCTTCTTCTTCTTCCTTTTGAACGCCTTGAAAAACAATAGTAGAGTAGGGATATTTGAAGCTTACTTTTATTGTATTGTTGGGGTTAAATATTAAATGAAGTTGGATGAACATGCGATATTGAATACGAAATAAAACTTATGCGATGGAACAAGAAACAATGAGAGATGAGTTATCAAGGCTTTCACCGCAGCGGCCACGTGCGATTAATAAAACTTTAATGTAGTGCAGTGGTGGATCCAGGAATTTCACATAGGGGGGCACAATATGCATAATTTTTTTTTTAATCATTGATAGATTCTATCACCAGTGATAAAATTATATCAGTTATTTATGTGTTTTGTTTGAAATTTACTATTGTTTTCTGTCACAAATAAATTTAGTAAGGTGATTGGTTGTAGTTCAAATTAGGTGATAGAAGATTTCTATTAGTGATATAAAACCTTCTATCACTAATATAAATCTATCTTTCTTTTTTTTTTTTAGAAAAAAAATCTATCTTTCTATCACCGATTGAAAGATTGATTTCTATCAATGATAAAAAACTATCATTCTATCACTGATAGAACTATCAAAGATATAAATTTTCTATCATTGATAGAAAACTATCATTTTTATTTTTAAAAGCTATGGCGAAAGTTGAAATTGAAAGAATGGGAGACCTCAAAAAAAAAAAAAAAAAGTACAAAATTATCATGTAATCAAATACACTATTGAAACAAAAATATGTACAAAATTATCACCACTTTCCTATAATTTTTAACCTAATGGTTGGTTTTGGATTTTTAATTAAGCCCATCAATCAAGGAGAAAAATCAAGGAGAAATTTGAATGTTTGAAGGCAAGGGAAATTGGCAGGTGACAAAATTCGAAAAAAAAAACCTGAACCCCGTGTGATTTAAACCTTAGCCCCTAAGGAAAGCATGGTGCCCCCTACCAATGAACCAAGTGTAAGTTTTGATGCTCGGTATGATTTTTATCTATTAATATTATAAACGTTCCTTTATAATATATTAAAATATAAAGATGGGATAATTTGAGGGGGGCACGTGCCCCTCTGGCCCATTCATGGATCCGCCCCTGATGCAGTGCATACAATGAATTGATTGACTACTGACGCTTAAGTGAGAAATAATCATGTGTTTCCCTCCCGACCGGTATTACACATGAAGGATTTGGAATTTCCTAATTCCGTTAAAGCCGAAGCGTAATTGGGACTGATTCGTAGTTAATTTTGTTTATCCAAAAATACCATTACATTGACAAAAAACATAGAACAAATTCTATACAAACTTAAGGCTAAGCATACAAAAGTATTAGATCTAAATCTAAAGGGGAGAAGCAAACATACCGTCGTTGTCGTCTCTGAAATATCAAGAACGCCTTTCTTGATTTTGGACCAAGTGTCAACAATTGGGACACCACCAATTAATCTTCTCCGCTATAACTCTGAGATTAGGAACGTAGTTGTGGGACTACCTAATCTTGAATGGGAAAAACTCTAGAGAGAAAATTCTCCCTAGAGTTCTTGAGTTGAGAGAATATGAGAGGGCCTTATGGTGGCCATATGTTGTAGTAGGTAAACCTTAGGGTTAATGTTCAATTTATAGAAGAAAGACCATGAATAAAATATTCATTTAAAATCAATTATTTCCATAACTGATTTAATCTTTTCCATAATTAATCAATTCCATAACCAATATATTCCATAATTGTGTAATCTTTTCCATAAATGATTGATCACTTCCATAAGTGATTAAATCATTTCTATAAATGATTAATTACTTTCATAAGTGATTAATTATTTCCATAATTGATTAATTTCCAATTAACTATTTCTTTAATTAATTAAGGGAAAAATACACTTTTGGTCCCTGAGGTTTGATTTAGGTTTCGTTTTGGTCTATGAGGTTTCAAACTCAACATTTTACTCCCTGAGGTTTGCATTTAGTAGCATTTTGGTCCCTCCATCCATTTTTCTGTTAAAAACTAACGGTTTCTTGACGTGACACCTATTTTTTTATTAAAAATTTATTTTTTAAATTTTAAAAATAAAATAATAATAAAATAATTAAAATATATATATTTTTAACTTTTCATTTTCTCTCTTCTTTTTCCTATCCTTTCTTCTTCTTCTCAACCCAACTATCATCATCTTCCTCTCAACCACATCCTTTCTTCCTTAACTCAGGCAGCCGGCAACAACACTGTTTTTTTTCTTCTTTTCTTTTCTTTTTCTCATCCTCTTCTCTTGTTCTTCTCTCTTCTCCCACTTTCCTCTTCTTCTTATTCTTTTTTTTAATAGAACAAAGGAGGGATGGAGGAGAGACCTCCTTCCTCCTCGGTTTCTCGTCGAAAATTGGGGAGGCCCTCCTCCCTCCCGTCCAGGTCCCTCCTCCCTCCTCCCTCTCCGCTCAGATCTGGACGGGGAGGGAGGAGGGACCTCCCTCCTCCCCAATTTTCAGATCTTCCGTGTGATTAAAAAAAAAAGAAAGTGGGAGAAGAGAAAAGAGAAGAGGAGGAGAAGAAGAAAAAGAAAAAGAAAAAAAAAAAGCACAGCCGGCGGTCGGACTTAAAGAAGGAGGATGTTGGTTGAAGGAAGAAGATGATGGTTAGGTTGAGAAGAAGAAGAAATGGGGGGGAAAAAGAAAAGGGAAAATGAAATTTTTAAAAAAAATTTTATTTTTTTATTTTTTTAATTATTATTTTATTTTTAAAATTTTAAAAATAATTTTTTAATAAAAAAAATAGGTGCGATGTCAATAAACCGTTAGTTTTTAAAGGAAAAATTGATGGAGGGACCAAAATGCTACTAAATGCAAACATCAGTGACTAAAATGTTGAGTTTGAAACCTCAGGGATCAAAACGAAACCTAAACCAAACCTTAGGGACCAAAAATGTATTTTTCCCATTAATTAATCACAAATTAAATATCATATAATTAATTTCAGACATTGTATTAGTTAATTAATTAATTACCCAATTAAATATCATATATTTAATTTTAGGCCTTCAATTATTTAACTCCTTCAAATTCTTTTATATCCTATAAATTTAATATGAATCAAATTCATATTAATATTTGAACTTCTTCAAATGTTTATTTCACTCATAATAATAAAGTTTAATTTCAAATTAGACTTTATATTTTAATGTATCACTATACATTATATTAATTTGTATCTCATACAATTAACTTAGTTCCCAATATTAATTTGAACTATTCAAATTCTCTCAAGATATAATTGTTCCTAATTACTCTTTACGAGCTAGCAGCGGGACCTAATGGACCTACAGATCAGAATCTCCAATGATATGAGGTTAACTAATTAAACTCATTAATCAGGTTAACCAATATTCATTAACTATGGGTCATTCCACTAAAGACCCACAACTGAACTCTTCTCACTGTAGAACATTTATGTGTCCACGGATATAGACTTATATCGATAAGTCAATCCTTCACGAGTGTTCGTAACCACAGTTGGGTCAAATTACCGTTTTACCCCTGTGTTACTTCTATCTCCTTAAGTACAAGTGCTCCTCTAATGAACAACCTGTTTATGGTCCAACCAATAAACAGAAAGTTCCTCTCGGGCCAATGAGAGGGCGAGATCCCTTTGTTCAAGTCCCGGAGTCACCACTTAAGGGAACACTCATCTACTTCTCCTAGAAGTGGGAAGAAGTGAATTCCTTCTTGTGTTGTCATGTCCCCAGCCTCCCACTCGATTTTGTCCCCAAAAAGGAAGGCATATTGAGTCGGTGTATTGGCCACTCTCACCCATGCTAATTGATAACTGATAAGGATAAAAAATATACCTATTTTACCCTTATCTTTAGATCATTTCTTGGTCAAATCTTGAGTGTTTAGGTCAATTTTACTATTCCCGAGCTCAAAATATGTTAAAGTTGCTAAGTTAGGATGTTGAGGTTCACTTTAGTCAAATTGTGTTGATTTGTGCTTAAAAAGACTTGATTTTAAGTGAATTTGACTAAGTTGTTACTGTGCAGGAAAAACAGAGGAAAGTTGGATCCTGTCCAGAAATGTGACCGCATATCTGGGAAGGCAAAATGGAAATGTGACCGCAATTCTGGAAAACCAGAGACCGTTCCAAGTCGCGCGCGGGTCGTTGTTAACGAGTCTTCTTCGCACCTAACCGACCATTTTGACCCCGAAACTGACTGGGCAACCTTCCAACACCTATTTCACAGCTTCTCAACCAATTTCTACACTATATAA

mRNA sequence

ATGACTGAGCAAATTTCCCAGCGTAAATGGGAAAACGTCTGCCAAAACCCTCGTAGCTACGCTCCTGCGCTAGTCCATGACTTCTACCGAGCGCAGTGGCAAGACGAGCTTGACGAAGTCTTAGTGCGAGGCCACACCATAGCCTTTTCCTCCGCGCACATCAACAATGTATATGAGTTGCGAGATATTCCCTACGCAGAATGCAATGCGCTCTTCGACTGTCTCGATGATGATTTCCTGAGCGCAGTTCTTCTTGCAGTGGCCAGACTTGGGGCCAAATGGGATGGGCACGGAGTTGCGAGGACTCTGAAGTCACAGCTGCTCGATTTCGAGCCCACACTTTGGATGCATTGGGTAAAGAATCGCATCATGCCCACAATGCATGATGCCACCTTAAGCCTGCAGCGGGTCGTGCTTGTTTACTGCATCATGAAAGGAACCCCCATTGACCTTGGCTACATCCTCGTCGAAACTTTGTGCCAAACTGCCGCAAAACCTAAGGGCGCGAAATTTTGTCCTGGCCTGGTCACTTCTCTTTGTCGCGCATCAAATCTCATGCCAGCATCAGATGAAGAAGTCCGAACAATGCGGAAGGACTTCGATGAGCAATGGTGGGCGCGTGTTACCAACACTTGCAATAGGCGTCTGCAAGGAAGCATGCCGCAACCAATCCCTACACCGCAACCCTCCGAACCTACAGCTGCGGCGAATGATCTGAGAAGTCACAGAGCCCTTGCGATTGCAGCAAGAGAGGATGTGCCAGCAGCAGGAGTTGTTGCGCAAGCAACAAGAAGAACTATCGCAGAGAGTAAATGCCTTAGTCCTCTTCTTGATGTGATGGACGAAATCTTTTGGTCTCCTGCCTGTCACGCCAAATTTGTTTGTGCGGCCAACCACGCAGCAAAGACCTTCTGGTACAGGCCCTTCTCAGATGCGTCCTCCAAGAGTCCCACATGCGTCGAGGAGTCCGCAACCACCCCCACCGCCACTACCGCAGGAATAGAAGCTATCACTTACTTTCCTTATCTTCTTTTGTTTTGGTTTAAATTCGAGGAGAGGGGTGTGGTTGGTTGGATAATCCGTGATTCCTCAGGATCTCCTTTGGAGTTTGGATGCAAGAAAATCAATAGCCACTGGTCGATCAAGACGTTGGAAACAACAGCTATGAGAGAAGGCTTGAAGAAATACCTGGAGAGGAATCAAACGCCTAAACCGCCGGTGATTGTTGAATCAGATGTTGGGGAGGTGATCAAAATCCTATACTTCGAATGCGAACATCTGTCGAACTCCAAGACAGTGATGAGCGAAGTAGAATCCCTTACGAAGTCTGCCGGCGTCATAAAATTTTCGAAATGCCCAAGAGGCATCAATACTTGTGCGCACTTCTTGGCGCAAGCGGCGACCGGTCTACTGCCAGAGACGAAGCATGTGCCTCCTGGAGGGTCAGCCGTTGGGTGTGATAATTTTGATCTTTTTTGTAACCCTTCCATGCTAGAAGGGAAATTCTTTTGGAGGGAGGGTTGTCTCCCAGCAGTTATTGCCTCCTTAATGGAGAAAGAGAAAAACAGAGGAAAGTTGGATCCTGTCCAGAAATGTGACCGCATATCTGGGAAGGCAAAATGGAAATGTGACCGCAATTCTGGAAAACCAGAGACCGTTCCAAGTCGCGCGCGGGTCGTTGTTAACGAGTCTTCTTCGCACCTAACCGACCATTTTGACCCCGAAACTGACTGGGCAACCTTCCAACACCTATTTCACAGCTTCTCAACCAATTTCTACACTATATAA

Coding sequence (CDS)

ATGACTGAGCAAATTTCCCAGCGTAAATGGGAAAACGTCTGCCAAAACCCTCGTAGCTACGCTCCTGCGCTAGTCCATGACTTCTACCGAGCGCAGTGGCAAGACGAGCTTGACGAAGTCTTAGTGCGAGGCCACACCATAGCCTTTTCCTCCGCGCACATCAACAATGTATATGAGTTGCGAGATATTCCCTACGCAGAATGCAATGCGCTCTTCGACTGTCTCGATGATGATTTCCTGAGCGCAGTTCTTCTTGCAGTGGCCAGACTTGGGGCCAAATGGGATGGGCACGGAGTTGCGAGGACTCTGAAGTCACAGCTGCTCGATTTCGAGCCCACACTTTGGATGCATTGGGTAAAGAATCGCATCATGCCCACAATGCATGATGCCACCTTAAGCCTGCAGCGGGTCGTGCTTGTTTACTGCATCATGAAAGGAACCCCCATTGACCTTGGCTACATCCTCGTCGAAACTTTGTGCCAAACTGCCGCAAAACCTAAGGGCGCGAAATTTTGTCCTGGCCTGGTCACTTCTCTTTGTCGCGCATCAAATCTCATGCCAGCATCAGATGAAGAAGTCCGAACAATGCGGAAGGACTTCGATGAGCAATGGTGGGCGCGTGTTACCAACACTTGCAATAGGCGTCTGCAAGGAAGCATGCCGCAACCAATCCCTACACCGCAACCCTCCGAACCTACAGCTGCGGCGAATGATCTGAGAAGTCACAGAGCCCTTGCGATTGCAGCAAGAGAGGATGTGCCAGCAGCAGGAGTTGTTGCGCAAGCAACAAGAAGAACTATCGCAGAGAGTAAATGCCTTAGTCCTCTTCTTGATGTGATGGACGAAATCTTTTGGTCTCCTGCCTGTCACGCCAAATTTGTTTGTGCGGCCAACCACGCAGCAAAGACCTTCTGGTACAGGCCCTTCTCAGATGCGTCCTCCAAGAGTCCCACATGCGTCGAGGAGTCCGCAACCACCCCCACCGCCACTACCGCAGGAATAGAAGCTATCACTTACTTTCCTTATCTTCTTTTGTTTTGGTTTAAATTCGAGGAGAGGGGTGTGGTTGGTTGGATAATCCGTGATTCCTCAGGATCTCCTTTGGAGTTTGGATGCAAGAAAATCAATAGCCACTGGTCGATCAAGACGTTGGAAACAACAGCTATGAGAGAAGGCTTGAAGAAATACCTGGAGAGGAATCAAACGCCTAAACCGCCGGTGATTGTTGAATCAGATGTTGGGGAGGTGATCAAAATCCTATACTTCGAATGCGAACATCTGTCGAACTCCAAGACAGTGATGAGCGAAGTAGAATCCCTTACGAAGTCTGCCGGCGTCATAAAATTTTCGAAATGCCCAAGAGGCATCAATACTTGTGCGCACTTCTTGGCGCAAGCGGCGACCGGTCTACTGCCAGAGACGAAGCATGTGCCTCCTGGAGGGTCAGCCGTTGGGTGTGATAATTTTGATCTTTTTTGTAACCCTTCCATGCTAGAAGGGAAATTCTTTTGGAGGGAGGGTTGTCTCCCAGCAGTTATTGCCTCCTTAATGGAGAAAGAGAAAAACAGAGGAAAGTTGGATCCTGTCCAGAAATGTGACCGCATATCTGGGAAGGCAAAATGGAAATGTGACCGCAATTCTGGAAAACCAGAGACCGTTCCAAGTCGCGCGCGGGTCGTTGTTAACGAGTCTTCTTCGCACCTAACCGACCATTTTGACCCCGAAACTGACTGGGCAACCTTCCAACACCTATTTCACAGCTTCTCAACCAATTTCTACACTATATAA

Protein sequence

MTEQISQRKWENVCQNPRSYAPALVHDFYRAQWQDELDEVLVRGHTIAFSSAHINNVYELRDIPYAECNALFDCLDDDFLSAVLLAVARLGAKWDGHGVARTLKSQLLDFEPTLWMHWVKNRIMPTMHDATLSLQRVVLVYCIMKGTPIDLGYILVETLCQTAAKPKGAKFCPGLVTSLCRASNLMPASDEEVRTMRKDFDEQWWARVTNTCNRRLQGSMPQPIPTPQPSEPTAAANDLRSHRALAIAAREDVPAAGVVAQATRRTIAESKCLSPLLDVMDEIFWSPACHAKFVCAANHAAKTFWYRPFSDASSKSPTCVEESATTPTATTAGIEAITYFPYLLLFWFKFEERGVVGWIIRDSSGSPLEFGCKKINSHWSIKTLETTAMREGLKKYLERNQTPKPPVIVESDVGEVIKILYFECEHLSNSKTVMSEVESLTKSAGVIKFSKCPRGINTCAHFLAQAATGLLPETKHVPPGGSAVGCDNFDLFCNPSMLEGKFFWREGCLPAVIASLMEKEKNRGKLDPVQKCDRISGKAKWKCDRNSGKPETVPSRARVVVNESSSHLTDHFDPETDWATFQHLFHSFSTNFYTI

Homology

[Close]

BLAST of Spg034745 vs. NCBI nr
Match: PON70375.1 (hypothetical protein PanWU01x14_080440 [Parasponia andersonii])

HSP 1 Score: 105.1 bits (261), Expect = 2.1e-18
Identity = 61/194 (31.44%), Postives = 100/194 (51.55%), Query Frame = 0


Query: 1   MTEQISQRKWENVCQNPRSYAPALVHDFYRAQWQDELDEVLVRGHTIAFSSAHINNVYEL 60
           + + I Q  W+  C +P      LV +FY      + D V +RG  +  S   IN ++ L
Sbjct: 84  IADVIIQHNWQLFCAHPEDPIVPLVREFYTNMTNPDDDTVYIRGVQVPLSVEAINTIFSL 143

Query: 61  RDIPYAECNALFDCLDDDFLSAVLLAVARLGAKWD--GHGVARTLKSQLLDFEPTLWMHW 120
            D P  E +   + +    L  VL  VA +GA+W+    G    L+S  L+    +W H+
Sbjct: 144 GD-PIDEHSEFVEDITKPELVIVLETVAIVGAEWNVSSQGAYTCLRSS-LNPPAKVWYHF 203

Query: 121 VKNRIMPTMHDATLSLQRVVLVYCIMKGTPIDLGYILVETLCQTAAKPKGAKFCPGLVTS 180
           +K+R++PT H  T+S + V L+Y ++ G  I++G ++   +C  AA+  GA F P L+TS
Sbjct: 204 LKSRLLPTTHGKTVSKEHVSLLYSMLTGKSINVGRMIHREICACAARKSGALFFPSLITS 263

Query: 181 LCRASNLMPASDEE 193
           +CR +      +EE
Sbjct: 264 MCRNTRAPYLVNEE 275

[Close]

BLAST of Spg034745 vs. NCBI nr
Match: KAE8661093.1 (hypothetical protein F3Y22_tig00116939pilonHSYRG00213 [Hibiscus syriacus])

HSP 1 Score: 104.8 bits (260), Expect = 2.7e-18
Identity = 58/187 (31.02%), Postives = 102/187 (54.55%), Query Frame = 0


Query: 9   KWENVCQNPRSYAPALVHDFYRAQWQDELDEVLVRGHTIAFSSAHINNVYELRDIPYAEC 68
           KW+   ++P S   +LV +FY   ++     + VRG  I F+S  IN+ + L+D+   + 
Sbjct: 62  KWQKFARHPGSVNASLVKEFYANIFKPNQYSIFVRGKKIRFTSTAINHYFHLQDV--VDN 121

Query: 69  NALF-DCLDDDFLSAVLLAVARLGAKWDGHGVAR-TLKSQLLDFEPTLWMHWVKNRIMPT 128
           +A F +  D +    VL  +     +W+G   +R ++  + L     LW H++KN++MPT
Sbjct: 122 HATFEEEADSNKYDGVLEDLCFENTEWNGRQTSRYSVNRERLQPRAKLWNHFLKNKLMPT 181

Query: 129 MHDATLSLQRVVLVYCIMKGTPIDLGYILVETLCQTAAKPKGAKFCPGLVTSLCRASNLM 188
            H+ T+SL R++L++ IM   PID+G I+V+ +     K   A   P L+T+LCR   + 
Sbjct: 182 SHNTTVSLSRLLLLHSIMVSRPIDVGCIIVQQVHDCLGKKASALVFPNLITTLCRKKKVE 241

Query: 189 PASDEEV 194
             + +E+
Sbjct: 242 ENAFDEI 246

[Close]

BLAST of Spg034745 vs. NCBI nr
Match: PIN01433.1 (hypothetical protein CDL12_26059 [Handroanthus impetiginosus])

HSP 1 Score: 102.4 bits (254), Expect = 1.3e-17
Identity = 65/227 (28.63%), Postives = 108/227 (47.58%), Query Frame = 0


Query: 5   ISQRKWENVCQNPRSYAPALVHDFYRAQWQDELDEVLVRGHTIAFSSAHINNVYELRDIP 64
           + +RKW+    +P S    LV +FY    + +  + LVRG  + F S  IN +Y   +IP
Sbjct: 60  VRERKWKTFIASPESGVLPLVREFYANAAEHKNLKCLVRGREVPFDSVTINELY---NIP 119

Query: 65  YAECNALFD-CLDDDFLSAVLLAVARLGAKWD-GHGVARTLKSQLLDFEPTLWMHWVKNR 124
             E +A  + C +      +   +   GA+W    G   + KS  LD    +W+ ++  R
Sbjct: 120 PIELDAFENFCENGIDYEELTRTLCPHGAQWKMTKGEYVSFKSNCLDKAAKIWLWFIFAR 179

Query: 125 IMPTMHDATLSLQRVVLVYCIMKGTPIDLGYILVETLCQTAAKPKGAKFCPGLVTSLCRA 184
           ++PT H   ++  R +L+YCIM G   D+G I+ +++ Q+A   +   + P L+T LC  
Sbjct: 180 MLPTRHSGEVTADRALLLYCIMTGKAFDVGKIISDSIIQSANSSRDGLWFPSLITKLCTR 239

Query: 185 SNLMPASDEEVRTMRKDFDEQWWARVTNTCNRRLQGSMPQPIPTPQP 230
           + +     EE+   R   D     R+ N  +    GS P  +P P P
Sbjct: 240 AGVKWDEKEELIFPRHPIDNTTMLRILNAGHDEAGGSQPH-VPRPIP 282

[Close]

BLAST of Spg034745 vs. NCBI nr
Match: XP_038876674.1 (chromatin assembly factor 1 subunit A-like, partial [Benincasa hispida])

HSP 1 Score: 100.5 bits (249), Expect = 5.1e-17
Identity = 54/145 (37.24%), Postives = 84/145 (57.93%), Query Frame = 0


Query: 18  RSYAPA-LVHDFYRAQWQDELDEVLVRGHTIAFSSAHINNVYELRDIPYAECNALFDCLD 77
           +S  PA +V DFYR +     D V ++  T++FS+  IN +Y+++D PYA  N + D   
Sbjct: 269 KSSKPASVVRDFYRGRLHGTRDAVTLKRETVSFSARDINEIYQMKDNPYASGNKIIDDPT 328

Query: 78  DDFLSAVLLAVARLGAKWDG--HGVARTLKSQLLDFEPTLWMHWVKNRIMPTMHDATLSL 137
           +  +   L  + +LG KW     GV+ TL S+ L  E  LW++ VK R++ T HD T+S 
Sbjct: 329 EQQMEDALQVLMQLGMKWSVSLKGVS-TLASKSLLLEGRLWVYLVKKRLISTTHDKTVSR 388

Query: 138 QRVVLVYCIMKGTPIDLGYILVETL 160
            RV+  YCI++  PID+G ++   L
Sbjct: 389 DRVMATYCIVRSIPIDVGQLIARQL 412

[Close]

BLAST of Spg034745 vs. NCBI nr
Match: XP_024995361.1 (formin-like protein 3 [Cynara cardunculus var. scolymus])

HSP 1 Score: 99.8 bits (247), Expect = 8.7e-17
Identity = 56/195 (28.72%), Postives = 98/195 (50.26%), Query Frame = 0


Query: 4   QISQRKWENVCQNPRSYAPALVHDFYRAQWQDELDEVLVRGHTIAFSSAHINNVYELRDI 63
           +I    WE +C  P  Y  + V +F       +  E+ VR   +++S   IN++ EL   
Sbjct: 328 RIDSLGWETLCDTPNQYNLSWVREFDTEVAVTDGVELRVRKTPVSYSPNAINDLLELIPP 387

Query: 64  PYAECNALFDCLDDDFLSAVLLAVARLGAKWDGHGVARTLKSQLLDFEPTLWMHWVKNRI 123
            Y++ + L     D+ L  +L  VA  G  W   G AR LK+Q L  E  +W +++++ I
Sbjct: 388 SYSKLDRLTAGCTDEELDLILAKVANEGVVWSFKGRARLLKTQYLKPEANIWCYFMRHTI 447

Query: 124 MPTMHDATLSLQRVVLVYCIMKGTPIDLGYILVETLCQTAAKPKGAKFCPGLVTSLCRAS 183
            P  HD  L L+RV+++YCI++  P D+G ++   +     +  G    P L+  L + +
Sbjct: 448 HPMSHDTNLCLERVLILYCILEARPFDVGRMICSNIKACVERTNGKLLYPSLIHRLMQKA 507

Query: 184 NLMPASDEEVRTMRK 199
            ++ A  ++V +M K
Sbjct: 508 QVL-ALPKDVMSMEK 521

[Close]

BLAST of Spg034745 vs. ExPASy TrEMBL
Match: A0A2P5DAQ2 (Uncharacterized protein OS=Parasponia andersonii OX=3476 GN=PanWU01x14_080440 PE=4 SV=1)

HSP 1 Score: 105.1 bits (261), Expect = 1.0e-18
Identity = 61/194 (31.44%), Postives = 100/194 (51.55%), Query Frame = 0


Query: 1   MTEQISQRKWENVCQNPRSYAPALVHDFYRAQWQDELDEVLVRGHTIAFSSAHINNVYEL 60
           + + I Q  W+  C +P      LV +FY      + D V +RG  +  S   IN ++ L
Sbjct: 84  IADVIIQHNWQLFCAHPEDPIVPLVREFYTNMTNPDDDTVYIRGVQVPLSVEAINTIFSL 143

Query: 61  RDIPYAECNALFDCLDDDFLSAVLLAVARLGAKWD--GHGVARTLKSQLLDFEPTLWMHW 120
            D P  E +   + +    L  VL  VA +GA+W+    G    L+S  L+    +W H+
Sbjct: 144 GD-PIDEHSEFVEDITKPELVIVLETVAIVGAEWNVSSQGAYTCLRSS-LNPPAKVWYHF 203

Query: 121 VKNRIMPTMHDATLSLQRVVLVYCIMKGTPIDLGYILVETLCQTAAKPKGAKFCPGLVTS 180
           +K+R++PT H  T+S + V L+Y ++ G  I++G ++   +C  AA+  GA F P L+TS
Sbjct: 204 LKSRLLPTTHGKTVSKEHVSLLYSMLTGKSINVGRMIHREICACAARKSGALFFPSLITS 263

Query: 181 LCRASNLMPASDEE 193
           +CR +      +EE
Sbjct: 264 MCRNTRAPYLVNEE 275

[Close]

BLAST of Spg034745 vs. ExPASy TrEMBL
Match: A0A6A2WM54 (Uncharacterized protein OS=Hibiscus syriacus OX=106335 GN=F3Y22_tig00116939pilonHSYRG00213 PE=3 SV=1)

HSP 1 Score: 104.8 bits (260), Expect = 1.3e-18
Identity = 58/187 (31.02%), Postives = 102/187 (54.55%), Query Frame = 0


Query: 9   KWENVCQNPRSYAPALVHDFYRAQWQDELDEVLVRGHTIAFSSAHINNVYELRDIPYAEC 68
           KW+   ++P S   +LV +FY   ++     + VRG  I F+S  IN+ + L+D+   + 
Sbjct: 62  KWQKFARHPGSVNASLVKEFYANIFKPNQYSIFVRGKKIRFTSTAINHYFHLQDV--VDN 121

Query: 69  NALF-DCLDDDFLSAVLLAVARLGAKWDGHGVAR-TLKSQLLDFEPTLWMHWVKNRIMPT 128
           +A F +  D +    VL  +     +W+G   +R ++  + L     LW H++KN++MPT
Sbjct: 122 HATFEEEADSNKYDGVLEDLCFENTEWNGRQTSRYSVNRERLQPRAKLWNHFLKNKLMPT 181

Query: 129 MHDATLSLQRVVLVYCIMKGTPIDLGYILVETLCQTAAKPKGAKFCPGLVTSLCRASNLM 188
            H+ T+SL R++L++ IM   PID+G I+V+ +     K   A   P L+T+LCR   + 
Sbjct: 182 SHNTTVSLSRLLLLHSIMVSRPIDVGCIIVQQVHDCLGKKASALVFPNLITTLCRKKKVE 241

Query: 189 PASDEEV 194
             + +E+
Sbjct: 242 ENAFDEI 246

[Close]

BLAST of Spg034745 vs. ExPASy TrEMBL
Match: A0A2G9G807 (Uncharacterized protein OS=Handroanthus impetiginosus OX=429701 GN=CDL12_26059 PE=4 SV=1)

HSP 1 Score: 102.4 bits (254), Expect = 6.5e-18
Identity = 65/227 (28.63%), Postives = 108/227 (47.58%), Query Frame = 0


Query: 5   ISQRKWENVCQNPRSYAPALVHDFYRAQWQDELDEVLVRGHTIAFSSAHINNVYELRDIP 64
           + +RKW+    +P S    LV +FY    + +  + LVRG  + F S  IN +Y   +IP
Sbjct: 60  VRERKWKTFIASPESGVLPLVREFYANAAEHKNLKCLVRGREVPFDSVTINELY---NIP 119

Query: 65  YAECNALFD-CLDDDFLSAVLLAVARLGAKWD-GHGVARTLKSQLLDFEPTLWMHWVKNR 124
             E +A  + C +      +   +   GA+W    G   + KS  LD    +W+ ++  R
Sbjct: 120 PIELDAFENFCENGIDYEELTRTLCPHGAQWKMTKGEYVSFKSNCLDKAAKIWLWFIFAR 179

Query: 125 IMPTMHDATLSLQRVVLVYCIMKGTPIDLGYILVETLCQTAAKPKGAKFCPGLVTSLCRA 184
           ++PT H   ++  R +L+YCIM G   D+G I+ +++ Q+A   +   + P L+T LC  
Sbjct: 180 MLPTRHSGEVTADRALLLYCIMTGKAFDVGKIISDSIIQSANSSRDGLWFPSLITKLCTR 239

Query: 185 SNLMPASDEEVRTMRKDFDEQWWARVTNTCNRRLQGSMPQPIPTPQP 230
           + +     EE+   R   D     R+ N  +    GS P  +P P P
Sbjct: 240 AGVKWDEKEELIFPRHPIDNTTMLRILNAGHDEAGGSQPH-VPRPIP 282

[Close]

BLAST of Spg034745 vs. ExPASy TrEMBL
Match: A0A2P5BCG4 (Uncharacterized protein (Fragment) OS=Parasponia andersonii OX=3476 GN=PanWU01x14_251180 PE=4 SV=1)

HSP 1 Score: 97.8 bits (242), Expect = 1.6e-16
Identity = 68/240 (28.33%), Postives = 113/240 (47.08%), Query Frame = 0


Query: 1   MTEQISQRKWENVCQNPRSYAPALVHDFYRAQWQDELDEVLVRGHTIAFSSAHINNVYEL 60
           + + I+Q  W+  C +P      LV +FY      E + V VRG  +++S   IN V+ L
Sbjct: 63  IAQVITQHNWKQFCAHPEDPIVPLVREFYANLTDPEENTVYVRGVQVSWSEEAINAVFGL 122

Query: 61  RDIPYAECNALFDCLDDDFLSAVLLAVARLGAKWD--GHGVARTLKSQLLDFEPTLWMHW 120
            D P  E +     +    L  VL  VA  GA+W+    G    ++S L      +W H+
Sbjct: 123 GD-PVDEHSEFIQNITQQDLITVLETVAAAGAEWNVSAQGAYTCIRSALTP-AAKVWYHF 182

Query: 121 VKNRIMPTMHDATLSLQRVVLVYCIMKGTPIDLGYILVETLCQTAAKPKGAKFCPGLVTS 180
           +K+R++PT H  T+S  R++L++ ++ G  I++G ++   +   AA+  GA F P L+T 
Sbjct: 183 LKSRLLPTTHGKTVSKDRMLLLHSMLIGKSINVGRMIHSEIRACAARKTGALFFPSLITR 242

Query: 181 LCRASNLMPASDEEVRTMRKDFDEQWWARVTNTCNRRLQGSMPQPIPTPQPSEPTAAAND 239
           LCR +      +EE      + D    AR+        Q    +    P  S P  A+++
Sbjct: 243 LCRNARAPFLVNEEKLHNTGEIDAIAVARIA-------QEGPTESTQQPSSSRPATASSN 293

[Close]

BLAST of Spg034745 vs. ExPASy TrEMBL
Match: A0A2P5BNT0 (Uncharacterized protein (Fragment) OS=Parasponia andersonii OX=3476 GN=PanWU01x14_223230 PE=4 SV=1)

HSP 1 Score: 97.4 bits (241), Expect = 2.1e-16
Identity = 67/224 (29.91%), Postives = 110/224 (49.11%), Query Frame = 0


Query: 24  LVHDFYRAQWQDELDEVLVRGHTIAFSSAHINNVYELRDIPYAECNALFDCLDDDFLSAV 83
           LV +FY      + D V VRG  +  S+  IN +Y L D+   E +   + + +  L+ V
Sbjct: 3   LVREFYTNLTNPDDDTVYVRGVQVPLSAEAINTIYGLGDL-VDEHSEFVEDITEPELAMV 62

Query: 84  LLAVARLGAKWD--GHGVARTLKSQLLDFEPTLWMHWVKNRIMPTMHDATLSLQRVVLVY 143
           L  VA  GA+W+    GV   L+S  L+    +W H++K+R++PT H   +S +RV+L+Y
Sbjct: 63  LETVAIAGAEWNVSSQGVYTCLRSS-LNPPAKIWYHFLKSRLLPTTHGKIVSKERVLLLY 122

Query: 144 CIMKGTPIDLGYILVETLCQTAAKPKGAKFCPGLVTSLCRASNLMPASDEEVRTMRKDFD 203
            ++ G  I++G ++   +C  AA+  GA F P L+  +CR +      +EE      + D
Sbjct: 123 SMLTGKSINMGRMIHREICACAARKSGALFFPSLIIRMCRNARAPYLVNEEKLHNTGEID 182

Query: 204 EQWWARVTNTCNRRLQGSMPQPIPTPQPSEPTAAANDLRSHRAL 246
               AR+        Q    +P   P  S PTA ++   +   L
Sbjct: 183 AIAVARIA-------QEGPAEPSHQPSSSRPTAVSSSSTTSETL 217

The following BLAST results are available for this feature:

BLAST of Spg034745 vs. NCBI nr


Match Name	E-value	Identity	Description
PON70375.1	2.1e-18	31.44	hypothetical protein PanWU01x14_080440 [Parasponia andersonii]	[more]
KAE8661093.1	2.7e-18	31.02	hypothetical protein F3Y22_tig00116939pilonHSYRG00213 [Hibiscus syriacus]	[more]
PIN01433.1	1.3e-17	28.63	hypothetical protein CDL12_26059 [Handroanthus impetiginosus]	[more]
XP_038876674.1	5.1e-17	37.24	chromatin assembly factor 1 subunit A-like, partial [Benincasa hispida]	[more]
XP_024995361.1	8.7e-17	28.72	formin-like protein 3 [Cynara cardunculus var. scolymus]	[more]

BLAST of Spg034745 vs. NCBI nr


Match Name	E-value	Identity	Description

BLAST of Spg034745 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A2P5DAQ2	1.0e-18	31.44	Uncharacterized protein OS=Parasponia andersonii OX=3476 GN=PanWU01x14_080440 PE...	[more]
A0A6A2WM54	1.3e-18	31.02	Uncharacterized protein OS=Hibiscus syriacus OX=106335 GN=F3Y22_tig00116939pilon...	[more]
A0A2G9G807	6.5e-18	28.63	Uncharacterized protein OS=Handroanthus impetiginosus OX=429701 GN=CDL12_26059 P...	[more]
A0A2P5BCG4	1.6e-16	28.33	Uncharacterized protein (Fragment) OS=Parasponia andersonii OX=3476 GN=PanWU01x1...	[more]
A0A2P5BNT0	2.1e-16	29.91	Uncharacterized protein (Fragment) OS=Parasponia andersonii OX=3476 GN=PanWU01x1...	[more]

BLAST of Spg034745 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description

InterPro

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

Position :

Zoom :

x 1


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR036397	Ribonuclease H superfamily	GENE3D	3.30.420.10		coord: 349..470 e-value: 9.5E-6 score: 27.6
IPR002156	Ribonuclease H domain	PFAM	PF13456	RVT_3	coord: 352..467 e-value: 1.9E-13 score: 50.3
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 216..236
IPR044730	Ribonuclease H-like domain, plant type	CDD	cd06222	RNase_H_like	coord: 353..464 e-value: 2.0455E-12 score: 62.3316

Relationships

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


Feature Name	Unique Name	Type
Spg034745.1	Spg034745.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
molecular_function	GO:0003676	nucleic acid binding
molecular_function	GO:0004523	RNA-DNA hybrid ribonuclease activity