Spg019598 (gene) Sponge gourd (cylindrica) v1

Overview


Name	Spg019598
Type	gene
Organism	Luffa cylindrica (Sponge gourd (cylindrica) v1)
Description	kinetochore protein NUF2 homolog
Location	scaffold5: 35846940 .. 35857408 (-)
RNA-Seq Expression	Spg019598
Synteny	Spg019598

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: five_prime_UTRpolypeptideCDS

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

TTATTCAGCGGTGGGTCTCGGTATAGAGGGCTGAAATCGAAGCTGGGAGTATTTCGCTTAAGTCTCAAATTGATTAAGGTTTGAGGTATCTCACTATTGTGTGATTTGTGCGATTATTGTACTCTATTGTTGACTATCGCTCTTAATAAAATTCTCATAAGTTGAAGTGGATGTAGACCGAAAGGTTGAACCACTATATATCCTCATGTCTTTTTCTTTATTGCTTGTTTTGTTTGCGGCTGGAAATTTGCGTTCTGATTAGGCATATTATAAGTTGGCTTAAAATTTACAAGTGGTATTAGAGTCCTGGGGTGTAGCCGTGTCGGGTAGAATTCTCGAGTGCTGACCAAAGAAAAGTTGTGAGCCTTGAAGTAGTCATGGGGAGATCCGTGGTTGGATTCTATTGGGCAGGTGATATGTCCTGGATAAGAGTAAGAACTTTCGATAAAGTGGTGAAGCCTAGAGAGTTGGACGGAAGATGACTATTTGAGGGGAGGCTTGGTGGTACTTTGTTCGAGAGGAGGATTATTGGGAGTGCGACCAAAGTCCCACATTGGCTAGACAAGGGGATGATCATGGATTTATAAGGGAGGACAAGTATCTCTATTGGTATGAGGTCTTTTGGGGTGAACAAAAAGCAAAGCCATGAGGGCTTATACCCAAAGTGGACAATATCATACCATTGTGGAGATCTGTATCGTGTCCGTTGTCCCTTACGTAGACAATAACTCAATCATTCAGCAAAACTATGAATACAATCAACAGAAGAATAATCTAAAGACTATGTAAGAAATGATCACGCATACAAATAAAAAGAAACATTGTTACTTATATCGCCTATCCTCGAATATAGAGAGAATCCGTTGTAGACAAATACTTTTCCTTCCATGCCTAAAACATAATCAAAGCAACATGTGTGTGTTCGACACTGCCACCAAATTAAACTTGCAGGAATTATATGTCACAAGCGCCAGAACAGTTCCTCAGCAAAAGCCCCCGAACCATTGAAGCATTTCATCGAACATTAGTCGGTGTATCGTTCAAAGCATCAAACCGACATAACAGACTTCTCTTTCAGGACATTTTAAACGAATACACAACCAAAATTGCGGAATTTAAACGGTATCTTGCCAATTGAAACATTACATTCTCAAAATCTTACCTCCACTGGATTCCAGAAACGCGTACATAAAAGTACAAATCTCGAGCGAGAGAGAAATAGAAAAGGCGAACAAACCAAATGTGCACTTGAAAAAAAGAGAATTGGACCAAAAGAAGGAAAAGGGCGAAACCTGAGAAAAGCTCGAAGCAAATCTCTGCAAACGGACAACAACTATTCTCAAAATCTTGTAAGGCAGGAAAACATAAGCACAAACCACGTCCCAATTTGCCGCAAGGCCTTTTTTTTATAGATATATTCGGCTATTGTTATAAAAAAATAAAAAAAAGTACAAGTTTAATTCCTAAACTTTCGATTATGTCAATTTGGTTCCTAAACTTTAAGAGTGTAAAAATGTCCCAAAACTTTCAATTTTGTGTCCAATCAGTCTCTCGACTTTAAGAAATATCCAATAGGCCCTTAAACTTTTACTTTCGTGTTCAATAAGTCCCTCAACTTTCAATTTTGTGTCTATAAGTCATCGACCTATTCGAACATTTTTTAAAATTTACAAGCCTATATTATGTGAGTAATTTCTTGAATAATGTAATTTTAAAAAGAAATGAAAAAATAAGTCATCGAGCTATTCGAATAGACAAATGTCTTACCACCGGAGAGAAAATCTCATTACAATCAACTCCCTCCTTTTGAGTGTATCCCTTGGCTACTAGCTTAGCTTTATACCTAGGCTTTTTGTTACCTCATGTACCTAGCTTGATTTTATAAATCCACTTTGATTGAATGAGTTTCTGTTTAGTAGGCTTTAGAACCAATGATCACGTCTGGTTCTCGAATTCTTTCCTTTCCAGTTCTTTTTCTCAGCTCTCCCTTTGGCTATAAGTAACTCTCCTTCCCTGCGTTCTTTTTTAATTTCGAGATTTCTAGTCTTCAAGGCATCCAACACAATATCCATGGTCAGCGAATCCCTTCCATATTTAATTGCAACCTTAACTTCTCGAAATGAATTCGGCAAAGAATTCAAAAGTATCACTGCTTGATTATTATCCGACATCTTCTCACCGATGTTATTGAGATCAACTACGGTCTTTTGAAATTCATCCAAAGAATTTCTCCTTTAGATATAACTTATTTTGCAGAGACTTTGTCAGATAAAGGTTCTCGAGCTTCTTCCATAACTCAACCGTGGTAGTTACCTCATTCACTTGCCTAAGCACTCCATCTGAGAGATAGAGTATAATGGTTGAACAAGCAATCTCATCCATTTCCTTCTTATCATCTTCTGTGAGTGTCGTCGGAAGGTCCTTTGACATAAGATTTTAGCTACCTTTTGTTGCACCAAAAGAGCTTTAATCTTCTTTCTCCATAGACCGAAATCACTCTTCCCATCAAATCGAGCAACGTAGAAACGAGTCGACATTGAAGACATTAATCAATATGTACCTCACAGAGTAACCGAGCAAAGAATGGAAACACAAAGGCACTAAACCACGAACCTCCAAACTTTGGATCAAATGGAGCTCTGATACCACTTGTAAGGGACAACAAACACGACACAAATCTCCACAATGGTATGATATTGTCCACTTTGGGCATAAGCCCTCATGGCTTTGCTTTTGGTTCACCCCAAAAGGTCTCATACCAATGGAGATACTTGTCCTCCCTTATAAACCCATGATCATCCCCTTATCTAGCCAATGTGGGACTTTGGCCGCACTCCCAACAGTCTACCCTGCATATTTTGAAAATTTTATTTGTTAAAGAAATAAGGGTGCAAATTTCCCCCTTTGAATCACACCTGAATTCCTAGGTAGAGAGAATCCATCCTTGATCTATGGCCAATTTTGAATTTTTGTGGAGATTGGTGTCAATTTTGTCTATCTTGTTGTCTTCCCCATCTATTACTGCATCAATATTTTTGTTCTAATTCTGATTTTTGAGTTTTTTTCTGGGTATTGAAGAGACGTAATTGGCGATGTCAAAGTATGAATTTCCGAGGCTTCCACGGGCAGATATTGCATTGCTACTAGCACAGTGTCAAATTGCTGCTGTAACAGAGCGGGACCTTCTTCACCCGTCACCAGATTTGGTTTCAGATCTTTACACACGTTTAATGATCTACCTTGACTTGCTCCATGAGTAATTCCTCTGATTATGGCATTTCCTTTAACAAGTATTTGAACTGTTTTTTGAAAGGATGGAGAAAGAGAAAAGTTTATTGACGTGTTACTATGTCAGCATTCACTCCTTTCAACGTTTTGATATTTGTGAGGTTTATAGTGTGGATTTTATGTCAAACAACTCTATTTGGTCAGATTTTTATTTCTTTCTTCTAAGAAAATTTAATATTGCATAGAAAGATAGGATAATGGTATTATTTCTCCGTTTGTTGATAATAGGAATTGTTGTGACCCATAATTCACGTTTTGTTTCCTAGAGAATTAAAATTATGGAAGTTTTTTCTTCTCTTTGGAAGAGTAAAATACCAAAGAAGGTCAAATTCTTTGTGCGGTAGGTTTTGCACGGATGTGTCTTTCTACGTGTCTATTTCCTGACCTTTTGGTAATTATAAGCTTGGTTTAGTCCTTTTGGATTGAAGTATGTTTCTTTAGCTAGTGTTTGAACTCTTTTTTGTGGGCTTATTGTTGTATGCCCTTGTACATTCTTTCATTTTTTCAATGAAAGCTCGGTTTCTTACCTAAAACAATATCAATGTGTTCATGAAGTTCCCTTACTCCTTTTCCATTCTAGATCTTTGGAGTGTCATACTGTGAACTTGTTTATTTCTCTATGCTTAGAATCCTTTTTAAGAAAGATTATATTTCAATTTTGTTTGTTATTTGTGCAGGGAAGACCAAGGACTAGTTGAGTTTGCTGCCTTGGATCAGCTTGAGAACCCCGATCTGCTTATGGATTCAGTTCGGATAATGAAGTTGCACAACAGAATAAAGCATGTCATTGCTTCTCTTGACTGTCCAAAAAAGTTTACATTGAAAGATTTGATAAAACCTGAAGGAGATAGGACTGGAATTTTCCTTAGTGCAATGTTGAACTTTTGCATTCACAAGTACGAACTTTTATCTTCTTCTTCTCTATGGTTGTCACTTTCTCTTTACGAGAAAAAAAAAAAAAGAAAAAGAAAACACTAGTGTAACAAACTATTAGTTTGACCCTGAAGGTCTTTATGGGTTTATCAGCTAACTTAGGGTGTAGTATCTCAACCAAGGAATTTCTACTCAATTTTCGTCTTATTAATGGGATTCTAGACCTAGTCAATTGTAAATAATTGTTAGTAAACATCTCAATTAAATGAGTTTATTATTTAACTACCAGTTACTACTTATGTTTGCCCCATTTATATTAGTTTGGCTCATCACATTATTTGAATGAAAGCGACAGCTTCTTGCTTATTGTTAATTTGATTATAGGCTTAATTAGATGTTTTTGTAGTTCAATGGCATTGTGCACTAGTCAACATATTCTGATAAATTTTCTAGCTTGTCATGGTAGGTTTATTTTCTTTATGATTGGATGAATGGGGTGAAGTAACAAAAATTTATCACTTCAATTTATTATATTTTATTGTTGTCATGCTTTCTTATTTGTAATACATCCCACGGGCTGGGGCACAGCTCCATGCTTTCGTGTTGGTAATTACATCCAAAAGCTCAATTTTCTTATTGAATAGGCAGGGGCTTCCCTACAGGGTGCTTTGATAAGGATATGTATCATTTTATTGTCTTTTAAATAAGTTTCATCATTATAATCTCTAAAATGTTGCATGATATATATCTATGGAAATATGGTTTTTCATAAAAGAATAGATAGATTTATATTGACTCAGTTATGACTCTTGTATTTCCATTTGAAGAGATGCCAAAATCACCCTCCATACTCCAGTTATGGATGAGCTGAGTACTCTTGGTGACCAGCAAAGGGAATGGGAGGTTAAGATTTCTCAGGTATTTAGATCTCATCCCTTTTTCATTTTTATTTAATATTATTTTATTTTAAATTTGAAATGGGGTGGACATATATATTTCTTTTTCCATTTGGCTGAACTTGTGTGTTACAGTTGAATGCAGAGATTGCAGAGTACAATGAAGCAAGAGAAAGGGAAATACCTTTCGTTCAAGAGATTGATGCTAAAGTGAAAGAACTACAACAGACTATTGGAGGACTTAACAATCAGCAGATGTCATTGCGTGCTTCTATCCGAAAGTTGAAAGACAAAGCTGGAGAAATGGATGAGAAGGTTAGATTATTAACAGCTTTTTCTTTTCTCTATTTCTCTTTTTGGGATAGGGAACAAATACTTGTATATTCCTTGTTGAGAGAAGTTGCTCGAGTCAAACCATTTCTTCACAAACATTTTCTTTGAGAATAATATCATTGGCATACACTATTGACATAGCAGTTTTTTTTTTTTTTTTGGGTGAGAAATGTTTGATGATAAGGTGTGATCTGATTGACACTAATCATAGCCATCTTGCTTTAATGCATTTATAAACTTTTCAAACCAAGCCCGAGGTGATTGTTTTAGGCTATAAAGAGGTTTCTTGAGTTTACCTTCCTTTCCTTTAGTATAATGATCCTCAAATCTAAGAGATGTATCCATATACATTTCTTCCATTGGTCACCATTAAAAATGCATTTCTTACATTGAGTAGAAATAGTAGTCAATCTAGATATGTTACAATAGAGAGAAGTACCCAAATAATATTTAACTCAGCTGTTGGAGCGAACATTTCCTAATAGTCCATCGCTTAAGCTTGGATGAATCCTTTAGTCACAATACAAAAGGGTCCAATAGTAGAGTTGACATCCTTGGCTTTGCGGGGAGCTCCCCCTCGTCCTTTGGCTTCCTTTGTCCTCTATCTAACAGAGAAACCATAGACATTCTAGCCCTCTTATCGCTGCTAGAGGAGGTTAGTCTGAGACCGGATAGGAGGAATGGTCGTTTATGGACTCCCAACCCTTCTGGGGGCTTTTCTTGTCGTTCGTTCTTTCAATCTTTGTTGAATCCCTCCCCAGTTGGAGAGTCTGTTTTTTCGTGTTTGTGGAAGGTAAAAGCTCCAAAGAAAGTTATGTTCTTTGTTTGGCAGGTCATCCTGGGTCAAGTTAATACTTTTGAGAGGCTTTCAAGAGTGATGCCCCTGTGGTTGGCCCTTTTTGTTGCATCCTTTGTCGGAAAGCAGAGAGAGATCTTGATCATTTGTTGTGGGATTGTTGTTTTGCTCACTCTGTCTAGAGCTTCTTCTTTGAGGTTTTTGGGTTTCAAACTGCAGGCCAACGCAGGTGCAGGGAGATGATCGAGGAGTTCCTCCTTCATCCGTCGTTTCGAGAGAAAGGAAGTTTTTTGTGGCTTGCTAGTGTTTGTGCTATTCTCTGGGGTATTGGGGGGGGGGGGGGAGAGGAATAATAAAATTTTTAGAGGGGTTGAGAGACGCCTGTTGGAGGTTTGGGCTAACATTCGGTTTTCTGTTTCTTTATGAGCCTCGGTTTCCAAGGCTTTTTGTAATTACCCATTAGGTCTTATTTTGATTGACTGGAAACCCTTTCTTTAGTCGGGTTCCTTTTGCTTGTGGCTTGGTTTTTTGTATGTCCTTGTATTCCTTCATTTATTCTCAATGAAAGTTCGGTTCTTTATAAATAAAAAAAAATTAGGGACTTATTTGACATAAATATAAAAGTACAGGGATTAAATTTGTAATTTAACTTTAAATTTAAAATGTTGAAGAGGTCACTCCAACATGATGAGGTGTAAGGGCATTATCTCGTAAGGTAAGAGGATAATAATTGTTAGAATCTAGAACAATCACCAAGGCTTGGTGGTACCAAATTCCTTGCAAGTTAATGAGGAAGATGAGTTTTTTTTTTGGGTGGAGTAATCCTCTTCTTATGTTTTAGTTTTAAAGTTCAAGGGTAGAAAGATTAACATTAGGTGTTAAGTTCCTTTTGATGTTTAAAAAGGAAACTGGGATATATATTAATGAAAAGACCCATACCAAATAGGGGAGATGAGTTATCTCTACATGATCAATGGGTTGAAAAAGGATTTCAAATTGGAAAAGATATCCAATAGCTATCTTAATGTCATTTTTGGACCCCCCCCCCCCCCCGCGAATGCTCTCTCCTCTCTCCTCTCTCCTCTCTTTCCCTCCCGTTAGCCTTCATCCGCCGGATCAGTGTTGGTTCTTAGCCTTCATCCATTGAATCGTGCTTCAGCTTGTCTACTGGTTATTTTTGTTGCTGTTTTGTCTCTCTTCTGGCTTTTTCATCCTCCTTTTTCTATGGAAGTCATCAGTTGCTGTATCCAAAATAGGTACTTTTATATTTGGAGGGAAGGAAATGTATATTTTGTTGAAGATTCGTGCAAAAAGCAGTTGATTCCATTGTCCATCTCCTTTTTTCAGTGGTTTGAAAATGTTCTAGTTGAGTTATTGCAGAATCCTGTTTCTTCTTTCTTTCATCAGAAAATTAAGGAAGACTTTGGAGTCATTAGGTTGATTAAGTTCTTTTCGGATAAAGAATGGTTCTTTGAATGCGCTGTTTGGCCTTCCACGGGTGGGAGGAGGACTATTCAAGTTCCAGCGGGCTTGAATAAGAAAGGTTGGTATGTATTTTGGGAAATGATTAGGGATTTCTCTCTCAAAATTCACTCTTATGAGAATCAGTCAAATCGGTTATTTTTTAACAATTTGGAGGGTCTTCCTGCTTTAGTTAATGACTCAGAAGGTCAAGTCTTTCCTAACTCCTATGCTGAAGTGGTTAAGCGAGGTGGCTCCATGAAGAATTCATTCTCCTTGGAAGATTCAGCTAGAAATGTTAAGATTGTTACTGAAGAAGCTTACTGGGTTCGTAAGAATTGGGATGTGCTGGAAATAGACTTGGAAAGTTCACTCGTTGTTTCTAGATTGATGGCCCATTATTCTTGGAAGAATGTTAAGATTGCCCTTGAGGATTTCTTTAAATCTTCAATCTTGATCAACCCCTTTATGGATGATAAAGCCTTGATTCAGGTGGCAGATGGTTGTTTGGATATTTCTATGAATGGCAAGTGGAAGAAATTTGGGAACCTTCACTTGAAATTGGAATTGTGGTCCTCTGAAATCCATTCACAGCCAAAATTAATAAAAAGCTACGGAGGATGGATTGCAATCAGAAATCTACCTTTGAATTTGTGGCATCGTGATTCCTTTGAAGCTATTGGAAAGAACCTTGGAGGGTTGGTTAGTATTTCATCCAATACGCTTAATTTATTAGATTGTTCTGAAGCCTTCATTGAAGTAGAAAAGAATTTTTGTGGCTTTATCCCTGCTGATATTAATGTTAAGATTGGTAATAAGTTTGAATTCTCTTTAAGATTTGGTGATATTAATGCATTAGAGGACAAAAATTTGAAGTTTGATTCAATTAGAAAGTTAAGTGTCAATGACTTTTCAAATTCCCTGGATGAAATTAGGGTTAAGCAAGTGATATTGGATGAAGAAGTGGACCTTGTTAATGAAGGGGTAAGGTTGAATGAATCGTCATTTATTTCTTGTTATCAGGAGGAATTTAATGCGGCAATGGGTTCTCCAAAAGTTGCTTCAATGCATGATGAGCATATTAATTACACAGGCTGTAATGAATCTCCCTCCAAGATGATTAATGACAGCAATTACAATTTGAAAGATGATATACAGCAGCGTTCGTCAAATATCAATTCTGAAAATGGGTTAATTCAGTCCAAAGAATTTGGGTTGGTTGAATTTTCAAAGAAGAAAAGTGCTTTGTTGCTGGAGAAGAATTTTAATGCCAACGGTAAGGTTTATAATGCCATCTGTTCAGATTTTAATGGAGCATTTTCTGATGGTGTTGTGCATGAGTCCCAAGATTTATTATCCACGCCTTTTCATGACCTTCCTTTGGGTTTGAATTGCTGTAATGTAGTAGAAGATGAATCGATTGTTCCTAAGGTTTTACTTTTAGAAAAGTCGGTTGAGTTACCAAAGGAAAAGGCTGAGATTTCACGTTCCAAGGAAGCATTAATGGAAGAAGTTAGTGTTAATTTCATTGGGCCGGTTGAGTTTGCAAAGGAGAAAAGTGCTTTGTTGCTGGAGAATGATTTTAATGCCAACGGTAAGGTTTTTAATGGCATCAATTCAGAGATTTGCAAAGCATTTACTGATGGTGCTTTGCATGAGTCCCAGGTTTTATTATTCTCGCCTATTCAAGACATTCCTTCGGGTTTGAAGTGCTGTAATGCAGTGGGCTTGGAATCAAATGAACCGTTTGTTCCTAAGGCTTTAAAGAAGAAATATGAATCATTTCCTCTTCATTATTCTCGAAGGAAATATGAAAAGTCAGAAATTTTGGACTCAATTCCCATTAATTCCAATTATAACCTTGATGTTATTGAAGAATCTTGTTCTCAATCTTTGCTCCCTGCTTTGAATCAGTCTAGATGCTGCCAAACTAATCTTAATGAGTTATCAAATTCCACATCATCCAATCAGTATATTCTTTCAAACATTCAATCTGACCCTTCTTTAACAAAGGGAGTTTTTATTCCTTCATCCAAAGTTGAAAACAAAGTTGATCAATCATATTCATCTCCTATTGATTCTGATAATGATTCAGTGGTGAGTATTAGTAGTGTAGAGGCTGAAAATCAGTATTTGAATGATGAAAACAATGAATTGTTGGAGGAAGATTCTTTTGCACTGGCTTTTAATCGGATTTTCCAGAATAATGAAGATATTTCTGAAGTTCAGTTGAATGATTGTGATGTTTCAGCAACACCCTTAGTATCTGTTCCAAGTAAATTTTCATCTCTACTAGAAGATTGTGACATTCAGTTGAAGGAAATTCAGCCCTTTTTACCCCCTGGTATTAAAAACAATTAGCAAGAAAGTTGAGGCACGTTTTTAAAAATTCCATGAAGACTATTTCTTGGAATACTAGAGGCTTAGGGGATCGATAAAAGAGAGTGGCATTGAAAAATTTCTGCAGCAGCATTACCCTGATATGGTACTACTTCAGGAGACTAAAATTGTATCTTTTGATCAACGTTTGATAAAATCTATATGGAGCTCTAAAGATGTTGGTTGGGTTAATGTGAAATCATGGGGAAGATCAAGAGGATTTCTGATTTTGTGGGATAGAGCAATCTGAAAATTGTGGAATTTCTTCAAGATTTCTGATTTCCATGGAATGGGATGTGATGTTTGATAAATCTAGAGTCTCCAAACAGTTTTCTTGTGAGAGAGATCAATTTAATGAGGTGTTGGGCTCTCCAAAAGGTGCTTCATTGCATGAAAAGGCCCTCATGAAGTCCAGCCGTTCAGGCCAAGTGGAGATAGTTTAG

mRNA sequence

ATGTCAAAGTATGAATTTCCGAGGCTTCCACGGGCAGATATTGCATTGCTACTAGCACAGTGTCAAATTGCTGCTGTAACAGAGCGGGACCTTCTTCACCCGTCACCAGATTTGGTTTCAGATCTTTACACACGTTTAATGATCTACCTTGACTTGCTCCATGAGGAAGACCAAGGACTAGTTGAGTTTGCTGCCTTGGATCAGCTTGAGAACCCCGATCTGCTTATGGATTCAGTTCGGATAATGAAGTTGCACAACAGAATAAAGCATGTCATTGCTTCTCTTGACTGTCCAAAAAAGTTTACATTGAAAGATTTGATAAAACCTGAAGGAGATAGGACTGGAATTTTCCTTAGTGCAATGTTGAACTTTTGCATTCACAAAGATGCCAAAATCACCCTCCATACTCCAGTTATGGATGAGCTGAGTACTCTTGGTGACCAGCAAAGGGAATGGGAGGTTAAGATTTCTCAGTTGAATGCAGAGATTGCAGAGTACAATGAAGCAAGAGAAAGGGAAATACCTTTCGTTCAAGAGATTGATGCTAAAGTGAAAGAACTACAACAGACTATTGGAGGACTTAACAATCAGCAGATGTCATTGCGTGCTTCTATCCGAAAGTTGAAAGACAAAGCTGGAGAAATGGATGAGAAGGTCATCCTGGGTCAAGTTAATACTTTTGAGAGGCTTTCAAGAGTGATGCCCCTGTGGTTGGCCCTTTTTGTTGCATCCTTTGTCGGAAAGCAGAGAGAGATCTTGATCATTTGTTGTGGGATTGTTGTTTTGCTCACTCTGTCTAGAGCTTCTTCTTTGAGGTTTTTGGGTTTCAAACTGCAGGCCAACGCAGTTGAGTTATTGCAGAATCCTGTTTCTTCTTTCTTTCATCAGAAAATTAAGGAAGACTTTGGAGTCATTAGGTTGATTAAGTTCTTTTCGGATAAAGAATGGTTCTTTGAATGCGCTGTTTGGCCTTCCACGGGTGGGAGGAGGACTATTCAAGTTCCAGCGGGCTTGAATAAGAAAGGTTGGTATGTATTTTGGGAAATGATTAGGGATTTCTCTCTCAAAATTCACTCTTATGAGAATCAGTCAAATCGGTTATTTTTTAACAATTTGGAGGGTCTTCCTGCTTTAGTTAATGACTCAGAAGGTCAAGTCTTTCCTAACTCCTATGCTGAAGTGGTTAAGCGAGGTGGCTCCATGAAGAATTCATTCTCCTTGGAAGATTCAGCTAGAAATGTTAAGATTGTTACTGAAGAAGCTTACTGGGTTCGTAAGAATTGGGATGTGCTGGAAATAGACTTGGAAAGTTCACTCGTTGTTTCTAGATTGATGGCCCATTATTCTTGGAAGAATGTTAAGATTGCCCTTGAGGATTTCTTTAAATCTTCAATCTTGATCAACCCCTTTATGGATGATAAAGCCTTGATTCAGGTGGCAGATGGTTGTTTGGATATTTCTATGAATGGCAAGTGGAAGAAATTTGGGAACCTTCACTTGAAATTGGAATTGTGGTCCTCTGAAATCCATTCACAGCCAAAATTAATAAAAAGCTACGGAGGATGGATTGCAATCAGAAATCTACCTTTGAATTTGTGGCATCGTGATTCCTTTGAAGCTATTGGAAAGAACCTTGGAGGGTTGGTTAGTATTTCATCCAATACGCTTAATTTATTAGATTGTTCTGAAGCCTTCATTGAAGTAGAAAAGAATTTTTGTGGCTTTATCCCTGCTGATATTAATGTTAAGATTGGTAATAAGTTTGAATTCTCTTTAAGATTTGGTGATATTAATGCATTAGAGGACAAAAATTTGAAGTTTGATTCAATTAGAAAGTTAAGTGTCAATGACTTTTCAAATTCCCTGGATGAAATTAGGGTTAAGCAAGTGATATTGGATGAAGAAGTGGACCTTGTTAATGAAGGGGTAAGGTTGAATGAATCGTCATTTATTTCTTGTTATCAGGAGGAATTTAATGCGGCAATGGGTTCTCCAAAAGTTGCTTCAATGCATGATGAGCATATTAATTACACAGGCTGTAATGAATCTCCCTCCAAGATGATTAATGACAGCAATTACAATTTGAAAGATGATATACAGCAGCGTTCGTCAAATATCAATTCTGAAAATGGGTTAATTCAGTCCAAAGAATTTGGGTTGGTTGAATTTTCAAAGAAGAAAAGTGCTTTGTTGCTGGAGAAGAATTTTAATGCCAACGGTAAGGTTTATAATGCCATCTGTTCAGATTTTAATGGAGCATTTTCTGATGGTGTTGTGCATGAGTCCCAAGATTTATTATCCACGCCTTTTCATGACCTTCCTTTGGGTTTGAATTGCTGTAATGTAGTAGAAGATGAATCGATTGTTCCTAAGGTTTTACTTTTAGAAAAGTCGGTTGAGTTACCAAAGGAAAAGGCTGAGATTTCACGTTCCAAGGAAGCATTAATGGAAGAAGTTAGTGTTAATTTCATTGGGCCGGTTGAGTTTGCAAAGGAGAAAAGTGCTTTGTTGCTGGAGAATGATTTTAATGCCAACGGTAAGGTTTTTAATGGCATCAATTCAGAGATTTGCAAAGCATTTACTGATGGTGCTTTGCATGAGTCCCAGGTTTTATTATTCTCGCCTATTCAAGACATTCCTTCGGGTTTGAAGTGCTGTAATGCAGTGGGCTTGGAATCAAATGAACCGTTTGTTCCTAAGGCTTTAAAGAAGAAATATGAATCATTTCCTCTTCATTATTCTCGAAGGAAATATGAAAAGTCAGAAATTTTGGACTCAATTCCCATTAATTCCAATTATAACCTTGATGTTATTGAAGAATCTTGTTCTCAATCTTTGCTCCCTGCTTTGAATCAGTCTAGATGCTGCCAAACTAATCTTAATGAGTTATCAAATTCCACATCATCCAATCAGTATATTCTTTCAAACATTCAATCTGACCCTTCTTTAACAAAGGGAGTTTTTATTCCTTCATCCAAAGTTGAAAACAAAGTTGATCAATCATATTCATCTCCTATTGATTCTGATAATGATTCAGTGGTGAGTATTAGTAGTGTAGAGGCTGAAAATCAGTATTTGAATGATGAAAACAATGAATTGTTGGAGGAAGATTCTTTTGCACTGGCTTTTAATCGGATTTTCCAGAATAATGAAGATATTTCTGAAGTTCAGTTGAATGATTGTGATGTTTCAGCAACACCCTTAGTATCTGTTCCAAGTAAATTTTCATCTCTACTAGAAGATTGTGACATTCAGTTGAAGGAAATTCAGCCCTTTTTACCCCCTGAGCAATCTGAAAATTGTGGAATTTCTTCAAGATTTCTGATTTCCATGGAATGGGATGTGATGTTTGATAAATCTAGAGTCTCCAAACAGTTTTCTTGTGAGAGAGATCAATTTAATGAGGTGTTGGGCTCTCCAAAAGGTGCTTCATTGCATGAAAAGGCCCTCATGAAGTCCAGCCGTTCAGGCCAAGTGGAGATAGTTTAG

Coding sequence (CDS)

ATGTCAAAGTATGAATTTCCGAGGCTTCCACGGGCAGATATTGCATTGCTACTAGCACAGTGTCAAATTGCTGCTGTAACAGAGCGGGACCTTCTTCACCCGTCACCAGATTTGGTTTCAGATCTTTACACACGTTTAATGATCTACCTTGACTTGCTCCATGAGGAAGACCAAGGACTAGTTGAGTTTGCTGCCTTGGATCAGCTTGAGAACCCCGATCTGCTTATGGATTCAGTTCGGATAATGAAGTTGCACAACAGAATAAAGCATGTCATTGCTTCTCTTGACTGTCCAAAAAAGTTTACATTGAAAGATTTGATAAAACCTGAAGGAGATAGGACTGGAATTTTCCTTAGTGCAATGTTGAACTTTTGCATTCACAAAGATGCCAAAATCACCCTCCATACTCCAGTTATGGATGAGCTGAGTACTCTTGGTGACCAGCAAAGGGAATGGGAGGTTAAGATTTCTCAGTTGAATGCAGAGATTGCAGAGTACAATGAAGCAAGAGAAAGGGAAATACCTTTCGTTCAAGAGATTGATGCTAAAGTGAAAGAACTACAACAGACTATTGGAGGACTTAACAATCAGCAGATGTCATTGCGTGCTTCTATCCGAAAGTTGAAAGACAAAGCTGGAGAAATGGATGAGAAGGTCATCCTGGGTCAAGTTAATACTTTTGAGAGGCTTTCAAGAGTGATGCCCCTGTGGTTGGCCCTTTTTGTTGCATCCTTTGTCGGAAAGCAGAGAGAGATCTTGATCATTTGTTGTGGGATTGTTGTTTTGCTCACTCTGTCTAGAGCTTCTTCTTTGAGGTTTTTGGGTTTCAAACTGCAGGCCAACGCAGTTGAGTTATTGCAGAATCCTGTTTCTTCTTTCTTTCATCAGAAAATTAAGGAAGACTTTGGAGTCATTAGGTTGATTAAGTTCTTTTCGGATAAAGAATGGTTCTTTGAATGCGCTGTTTGGCCTTCCACGGGTGGGAGGAGGACTATTCAAGTTCCAGCGGGCTTGAATAAGAAAGGTTGGTATGTATTTTGGGAAATGATTAGGGATTTCTCTCTCAAAATTCACTCTTATGAGAATCAGTCAAATCGGTTATTTTTTAACAATTTGGAGGGTCTTCCTGCTTTAGTTAATGACTCAGAAGGTCAAGTCTTTCCTAACTCCTATGCTGAAGTGGTTAAGCGAGGTGGCTCCATGAAGAATTCATTCTCCTTGGAAGATTCAGCTAGAAATGTTAAGATTGTTACTGAAGAAGCTTACTGGGTTCGTAAGAATTGGGATGTGCTGGAAATAGACTTGGAAAGTTCACTCGTTGTTTCTAGATTGATGGCCCATTATTCTTGGAAGAATGTTAAGATTGCCCTTGAGGATTTCTTTAAATCTTCAATCTTGATCAACCCCTTTATGGATGATAAAGCCTTGATTCAGGTGGCAGATGGTTGTTTGGATATTTCTATGAATGGCAAGTGGAAGAAATTTGGGAACCTTCACTTGAAATTGGAATTGTGGTCCTCTGAAATCCATTCACAGCCAAAATTAATAAAAAGCTACGGAGGATGGATTGCAATCAGAAATCTACCTTTGAATTTGTGGCATCGTGATTCCTTTGAAGCTATTGGAAAGAACCTTGGAGGGTTGGTTAGTATTTCATCCAATACGCTTAATTTATTAGATTGTTCTGAAGCCTTCATTGAAGTAGAAAAGAATTTTTGTGGCTTTATCCCTGCTGATATTAATGTTAAGATTGGTAATAAGTTTGAATTCTCTTTAAGATTTGGTGATATTAATGCATTAGAGGACAAAAATTTGAAGTTTGATTCAATTAGAAAGTTAAGTGTCAATGACTTTTCAAATTCCCTGGATGAAATTAGGGTTAAGCAAGTGATATTGGATGAAGAAGTGGACCTTGTTAATGAAGGGGTAAGGTTGAATGAATCGTCATTTATTTCTTGTTATCAGGAGGAATTTAATGCGGCAATGGGTTCTCCAAAAGTTGCTTCAATGCATGATGAGCATATTAATTACACAGGCTGTAATGAATCTCCCTCCAAGATGATTAATGACAGCAATTACAATTTGAAAGATGATATACAGCAGCGTTCGTCAAATATCAATTCTGAAAATGGGTTAATTCAGTCCAAAGAATTTGGGTTGGTTGAATTTTCAAAGAAGAAAAGTGCTTTGTTGCTGGAGAAGAATTTTAATGCCAACGGTAAGGTTTATAATGCCATCTGTTCAGATTTTAATGGAGCATTTTCTGATGGTGTTGTGCATGAGTCCCAAGATTTATTATCCACGCCTTTTCATGACCTTCCTTTGGGTTTGAATTGCTGTAATGTAGTAGAAGATGAATCGATTGTTCCTAAGGTTTTACTTTTAGAAAAGTCGGTTGAGTTACCAAAGGAAAAGGCTGAGATTTCACGTTCCAAGGAAGCATTAATGGAAGAAGTTAGTGTTAATTTCATTGGGCCGGTTGAGTTTGCAAAGGAGAAAAGTGCTTTGTTGCTGGAGAATGATTTTAATGCCAACGGTAAGGTTTTTAATGGCATCAATTCAGAGATTTGCAAAGCATTTACTGATGGTGCTTTGCATGAGTCCCAGGTTTTATTATTCTCGCCTATTCAAGACATTCCTTCGGGTTTGAAGTGCTGTAATGCAGTGGGCTTGGAATCAAATGAACCGTTTGTTCCTAAGGCTTTAAAGAAGAAATATGAATCATTTCCTCTTCATTATTCTCGAAGGAAATATGAAAAGTCAGAAATTTTGGACTCAATTCCCATTAATTCCAATTATAACCTTGATGTTATTGAAGAATCTTGTTCTCAATCTTTGCTCCCTGCTTTGAATCAGTCTAGATGCTGCCAAACTAATCTTAATGAGTTATCAAATTCCACATCATCCAATCAGTATATTCTTTCAAACATTCAATCTGACCCTTCTTTAACAAAGGGAGTTTTTATTCCTTCATCCAAAGTTGAAAACAAAGTTGATCAATCATATTCATCTCCTATTGATTCTGATAATGATTCAGTGGTGAGTATTAGTAGTGTAGAGGCTGAAAATCAGTATTTGAATGATGAAAACAATGAATTGTTGGAGGAAGATTCTTTTGCACTGGCTTTTAATCGGATTTTCCAGAATAATGAAGATATTTCTGAAGTTCAGTTGAATGATTGTGATGTTTCAGCAACACCCTTAGTATCTGTTCCAAGTAAATTTTCATCTCTACTAGAAGATTGTGACATTCAGTTGAAGGAAATTCAGCCCTTTTTACCCCCTGAGCAATCTGAAAATTGTGGAATTTCTTCAAGATTTCTGATTTCCATGGAATGGGATGTGATGTTTGATAAATCTAGAGTCTCCAAACAGTTTTCTTGTGAGAGAGATCAATTTAATGAGGTGTTGGGCTCTCCAAAAGGTGCTTCATTGCATGAAAAGGCCCTCATGAAGTCCAGCCGTTCAGGCCAAGTGGAGATAGTTTAG

Protein sequence

MSKYEFPRLPRADIALLLAQCQIAAVTERDLLHPSPDLVSDLYTRLMIYLDLLHEEDQGLVEFAALDQLENPDLLMDSVRIMKLHNRIKHVIASLDCPKKFTLKDLIKPEGDRTGIFLSAMLNFCIHKDAKITLHTPVMDELSTLGDQQREWEVKISQLNAEIAEYNEAREREIPFVQEIDAKVKELQQTIGGLNNQQMSLRASIRKLKDKAGEMDEKVILGQVNTFERLSRVMPLWLALFVASFVGKQREILIICCGIVVLLTLSRASSLRFLGFKLQANAVELLQNPVSSFFHQKIKEDFGVIRLIKFFSDKEWFFECAVWPSTGGRRTIQVPAGLNKKGWYVFWEMIRDFSLKIHSYENQSNRLFFNNLEGLPALVNDSEGQVFPNSYAEVVKRGGSMKNSFSLEDSARNVKIVTEEAYWVRKNWDVLEIDLESSLVVSRLMAHYSWKNVKIALEDFFKSSILINPFMDDKALIQVADGCLDISMNGKWKKFGNLHLKLELWSSEIHSQPKLIKSYGGWIAIRNLPLNLWHRDSFEAIGKNLGGLVSISSNTLNLLDCSEAFIEVEKNFCGFIPADINVKIGNKFEFSLRFGDINALEDKNLKFDSIRKLSVNDFSNSLDEIRVKQVILDEEVDLVNEGVRLNESSFISCYQEEFNAAMGSPKVASMHDEHINYTGCNESPSKMINDSNYNLKDDIQQRSSNINSENGLIQSKEFGLVEFSKKKSALLLEKNFNANGKVYNAICSDFNGAFSDGVVHESQDLLSTPFHDLPLGLNCCNVVEDESIVPKVLLLEKSVELPKEKAEISRSKEALMEEVSVNFIGPVEFAKEKSALLLENDFNANGKVFNGINSEICKAFTDGALHESQVLLFSPIQDIPSGLKCCNAVGLESNEPFVPKALKKKYESFPLHYSRRKYEKSEILDSIPINSNYNLDVIEESCSQSLLPALNQSRCCQTNLNELSNSTSSNQYILSNIQSDPSLTKGVFIPSSKVENKVDQSYSSPIDSDNDSVVSISSVEAENQYLNDENNELLEEDSFALAFNRIFQNNEDISEVQLNDCDVSATPLVSVPSKFSSLLEDCDIQLKEIQPFLPPEQSENCGISSRFLISMEWDVMFDKSRVSKQFSCERDQFNEVLGSPKGASLHEKALMKSSRSGQVEIV

Homology

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BLAST of Spg019598 vs. NCBI nr
Match: KAG6588803.1 (Kinetochore protein NUF2-like protein, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 393.3 bits (1009), Expect = 7.4e-105
Identity = 197/219 (89.95%), Postives = 208/219 (94.98%), Query Frame = 0


Query: 1   MSKYEFPRLPRADIALLLAQCQIAAVTERDLLHPSPDLVSDLYTRLMIYLDLLHEEDQGL 60
           MSKYEFPRLPRADIALLLAQCQIAAVTERDLLHP+PDLVSDLYTRLMIYLD LHEEDQG 
Sbjct: 58  MSKYEFPRLPRADIALLLAQCQIAAVTERDLLHPAPDLVSDLYTRLMIYLDFLHEEDQGQ 117

Query: 61  VEFAALDQLENPDLLMDSVRIMKLHNRIKHVIASLDCPKKFTLKDLIKPEGDRTGIFLSA 120
           VEFAAL+Q ENPDL MDSV+ MKL+NR+KHVIASLDCPKKFTLKDLIKP+ DRT IFLSA
Sbjct: 118 VEFAALEQFENPDLHMDSVQTMKLYNRVKHVIASLDCPKKFTLKDLIKPDPDRTEIFLSA 177

Query: 121 MLNFCIHKDAKITLHTPVMDELSTLGDQQREWEVKISQLNAEIAEYNEAREREIPFVQEI 180
           MLNFCIHKDAKI LH PVM+EL+TL DQQREWEVKISQLNAEIAEYNEARERE+PFVQEI
Sbjct: 178 MLNFCIHKDAKINLHAPVMNELNTLDDQQREWEVKISQLNAEIAEYNEAREREMPFVQEI 237

Query: 181 DAKVKELQQTIGGLNNQQMSLRASIRKLKDKAGEMDEKV 220
           DAKVKEL QTIGGLNNQQMSLRASIRKLK+KAGEMDEK+
Sbjct: 238 DAKVKELHQTIGGLNNQQMSLRASIRKLKEKAGEMDEKI 276

[Close]

BLAST of Spg019598 vs. NCBI nr
Match: XP_022927739.1 (probable kinetochore protein NUF2 [Cucurbita moschata] >XP_022927740.1 probable kinetochore protein NUF2 [Cucurbita moschata] >XP_022927741.1 probable kinetochore protein NUF2 [Cucurbita moschata] >KAG7022576.1 NUF2, partial [Cucurbita argyrosperma subsp. argyrosperma])

HSP 1 Score: 393.3 bits (1009), Expect = 7.4e-105
Identity = 197/219 (89.95%), Postives = 208/219 (94.98%), Query Frame = 0


Query: 1   MSKYEFPRLPRADIALLLAQCQIAAVTERDLLHPSPDLVSDLYTRLMIYLDLLHEEDQGL 60
           MSKYEFPRLPRADIALLLAQCQIAAVTERDLLHP+PDLVSDLYTRLMIYLD LHEEDQG 
Sbjct: 1   MSKYEFPRLPRADIALLLAQCQIAAVTERDLLHPAPDLVSDLYTRLMIYLDFLHEEDQGQ 60

Query: 61  VEFAALDQLENPDLLMDSVRIMKLHNRIKHVIASLDCPKKFTLKDLIKPEGDRTGIFLSA 120
           VEFAAL+Q ENPDL MDSV+ MKL+NR+KHVIASLDCPKKFTLKDLIKP+ DRT IFLSA
Sbjct: 61  VEFAALEQFENPDLHMDSVQTMKLYNRVKHVIASLDCPKKFTLKDLIKPDPDRTEIFLSA 120

Query: 121 MLNFCIHKDAKITLHTPVMDELSTLGDQQREWEVKISQLNAEIAEYNEAREREIPFVQEI 180
           MLNFCIHKDAKI LH PVM+EL+TL DQQREWEVKISQLNAEIAEYNEARERE+PFVQEI
Sbjct: 121 MLNFCIHKDAKINLHAPVMNELNTLDDQQREWEVKISQLNAEIAEYNEAREREMPFVQEI 180

Query: 181 DAKVKELQQTIGGLNNQQMSLRASIRKLKDKAGEMDEKV 220
           DAKVKEL QTIGGLNNQQMSLRASIRKLK+KAGEMDEK+
Sbjct: 181 DAKVKELHQTIGGLNNQQMSLRASIRKLKEKAGEMDEKI 219

[Close]

BLAST of Spg019598 vs. NCBI nr
Match: XP_023529466.1 (probable kinetochore protein NUF2 [Cucurbita pepo subsp. pepo] >XP_023529467.1 probable kinetochore protein NUF2 [Cucurbita pepo subsp. pepo] >XP_023529468.1 probable kinetochore protein NUF2 [Cucurbita pepo subsp. pepo])

HSP 1 Score: 393.3 bits (1009), Expect = 7.4e-105
Identity = 197/219 (89.95%), Postives = 208/219 (94.98%), Query Frame = 0


Query: 1   MSKYEFPRLPRADIALLLAQCQIAAVTERDLLHPSPDLVSDLYTRLMIYLDLLHEEDQGL 60
           MSKYEFPRLPRADIALLLAQCQIAAVTERDLLHP+PDLVSDLYTRLMIYLD LHEEDQG 
Sbjct: 1   MSKYEFPRLPRADIALLLAQCQIAAVTERDLLHPAPDLVSDLYTRLMIYLDFLHEEDQGQ 60

Query: 61  VEFAALDQLENPDLLMDSVRIMKLHNRIKHVIASLDCPKKFTLKDLIKPEGDRTGIFLSA 120
           VEFAAL+Q ENPDL MDSV+ MKL+NR+KHVIASLDCPKKFTLKDLIKP+ DRT IFLSA
Sbjct: 61  VEFAALEQFENPDLHMDSVQTMKLYNRVKHVIASLDCPKKFTLKDLIKPDPDRTEIFLSA 120

Query: 121 MLNFCIHKDAKITLHTPVMDELSTLGDQQREWEVKISQLNAEIAEYNEAREREIPFVQEI 180
           MLNFCIHKDAKI LH PVM+EL+TL DQQREWEVKISQLNAEIAEYNEARERE+PFVQEI
Sbjct: 121 MLNFCIHKDAKINLHAPVMNELNTLDDQQREWEVKISQLNAEIAEYNEAREREMPFVQEI 180

Query: 181 DAKVKELQQTIGGLNNQQMSLRASIRKLKDKAGEMDEKV 220
           DAKVKEL QTIGGLNNQQMSLRASIRKLK+KAGEMDEK+
Sbjct: 181 DAKVKELHQTIGGLNNQQMSLRASIRKLKEKAGEMDEKI 219

[Close]

BLAST of Spg019598 vs. NCBI nr
Match: XP_022989268.1 (probable kinetochore protein NUF2 [Cucurbita maxima] >XP_022989269.1 probable kinetochore protein NUF2 [Cucurbita maxima])

HSP 1 Score: 391.7 bits (1005), Expect = 2.2e-104
Identity = 196/219 (89.50%), Postives = 207/219 (94.52%), Query Frame = 0


Query: 1   MSKYEFPRLPRADIALLLAQCQIAAVTERDLLHPSPDLVSDLYTRLMIYLDLLHEEDQGL 60
           MSKYEFPRLPRADI LLLAQCQIAAVTERDLLHP+PDLVSDLYTRLMIYLD LHEEDQG 
Sbjct: 1   MSKYEFPRLPRADIVLLLAQCQIAAVTERDLLHPAPDLVSDLYTRLMIYLDFLHEEDQGQ 60

Query: 61  VEFAALDQLENPDLLMDSVRIMKLHNRIKHVIASLDCPKKFTLKDLIKPEGDRTGIFLSA 120
           VEFAAL+Q ENPDL MDSV+ MKL+NR+KHVIASLDCPKKFTLKDLIKP+ DRT IFLSA
Sbjct: 61  VEFAALEQFENPDLHMDSVQTMKLYNRVKHVIASLDCPKKFTLKDLIKPDPDRTEIFLSA 120

Query: 121 MLNFCIHKDAKITLHTPVMDELSTLGDQQREWEVKISQLNAEIAEYNEAREREIPFVQEI 180
           MLNFCIHKDAKI LH PVM+EL+TL DQQREWEVKISQLNAEIAEYNEARERE+PFVQEI
Sbjct: 121 MLNFCIHKDAKINLHAPVMNELNTLDDQQREWEVKISQLNAEIAEYNEAREREMPFVQEI 180

Query: 181 DAKVKELQQTIGGLNNQQMSLRASIRKLKDKAGEMDEKV 220
           DAKVKEL QTIGGLNNQQMSLRASIRKLK+KAGEMDEK+
Sbjct: 181 DAKVKELHQTIGGLNNQQMSLRASIRKLKEKAGEMDEKI 219

[Close]

BLAST of Spg019598 vs. NCBI nr
Match: XP_038877491.1 (kinetochore protein NUF2 homolog [Benincasa hispida] >XP_038877492.1 kinetochore protein NUF2 homolog [Benincasa hispida])

HSP 1 Score: 389.0 bits (998), Expect = 1.4e-103
Identity = 199/219 (90.87%), Postives = 204/219 (93.15%), Query Frame = 0


Query: 1   MSKYEFPRLPRADIALLLAQCQIAAVTERDLLHPSPDLVSDLYTRLMIYLDLLHEEDQGL 60
           MSKY+FPRLPRADIALLLA  QIAAVTERDLLHPS DLVSDLYTRLMIYLD LHEEDQG 
Sbjct: 1   MSKYDFPRLPRADIALLLADYQIAAVTERDLLHPSLDLVSDLYTRLMIYLDFLHEEDQGQ 60

Query: 61  VEFAALDQLENPDLLMDSVRIMKLHNRIKHVIASLDCPKKFTLKDLIKPEGDRTGIFLSA 120
           VEFAALDQLENPDL MDSV  MKL N+IKHVIASLDCPKKFTLKDLIKPE DRT IFLSA
Sbjct: 61  VEFAALDQLENPDLHMDSVSTMKLLNKIKHVIASLDCPKKFTLKDLIKPEADRTEIFLSA 120

Query: 121 MLNFCIHKDAKITLHTPVMDELSTLGDQQREWEVKISQLNAEIAEYNEAREREIPFVQEI 180
           MLNFCIHKDAKI LH PVMDEL+T GDQQREWEVKISQLNAEIAEYNEAREREIPFVQEI
Sbjct: 121 MLNFCIHKDAKINLHAPVMDELNTFGDQQREWEVKISQLNAEIAEYNEAREREIPFVQEI 180

Query: 181 DAKVKELQQTIGGLNNQQMSLRASIRKLKDKAGEMDEKV 220
           DAKVKEL QTIGGLNNQQMSLRASIRKLK+KAGEMDEK+
Sbjct: 181 DAKVKELHQTIGGLNNQQMSLRASIRKLKEKAGEMDEKI 219

[Close]

BLAST of Spg019598 vs. ExPASy Swiss-Prot
Match: Q8RXJ0 (Kinetochore protein NUF2 homolog OS=Arabidopsis thaliana OX=3702 GN=NUF2 PE=1 SV=1)

HSP 1 Score: 229.6 bits (584), Expect = 1.9e-58
Identity = 111/228 (48.68%), Postives = 167/228 (73.25%), Query Frame = 0


Query: 1   MSKYEFPRLPRADIALLLAQCQIAAVTERDLLHPSPDLVSDLYTRLMIYLDLLHEEDQGL 60
           MS YE+PRL R+DI   L   QIA+VTE DL  P+ D VS+LYTR++IYLD L EE++G 
Sbjct: 1   MSAYEYPRLSRSDIITALKDAQIASVTETDLKTPTSDFVSELYTRILIYLDALDEEEKGQ 60

Query: 61  VEFAALDQLENPDLLMDSVRIMKLHNRIKHVIASLDCPKKFTLKDLIKPEGDRTGIFLSA 120
           V+F AL+QLENPD    S++ MKL+ ++K ++  LDCP   + KDL++PE  RT  F+SA
Sbjct: 61  VDFEALEQLENPDHHATSMQAMKLYCKVKDMLEMLDCPLPISFKDLLRPESSRTEFFISA 120

Query: 121 MLNFCIHKDAKITLHTPVMDELSTLGDQQREWEVKISQLNAEIAEYNEAREREIPFVQEI 180
           +LN+ ++KD+K+ L  P  +EL  L +Q+++ E K++QLNAEI E++EA ER++PFVQE+
Sbjct: 121 LLNYGLYKDSKMDLIRPKAEELGLLDEQRKQCEAKVAQLNAEIGEFDEAVERDLPFVQEL 180

Query: 181 DAKVKELQQTIGGLNNQQMSLRASIRKLKDKAGEMDEKVILGQVNTFE 229
           +A +++L + I  LNNQQMSLRA+ +K+++K+ +MD ++   + +  E
Sbjct: 181 EANIEQLNKKILELNNQQMSLRATFQKMREKSTQMDNEISKAEFDLVE 228

[Close]

BLAST of Spg019598 vs. ExPASy Swiss-Prot
Match: Q10173 (Kinetochore protein nuf2 OS=Schizosaccharomyces pombe (strain 972 / ATCC 24843) OX=284812 GN=nuf2 PE=1 SV=1)

HSP 1 Score: 52.8 bits (125), Expect = 3.1e-05
Identity = 47/186 (25.27%), Postives = 92/186 (49.46%), Query Frame = 0


Query: 3   KYEFPRLPRADIALLLAQCQIAAVTERDLLHPSPDLVSDLYTRLM-IYLDLLHEEDQGLV 62
           K+ FP L RA+I   +    I   T ++L  P+   V  LY   + +++ L  +  +  V
Sbjct: 4   KHTFPSLKRAEILECIDGLGI-PFTAKELDQPTSKAVIPLYEEFLDLFMGLTRQNLEEKV 63

Query: 63  EFAALDQLENPDLLMDSVRIMKLHNRIKHVIASLDCPKKFTLKDLIKPEGDRTGIFLSAM 122
             +  D +EN +++ +S+R    +  +   + ++ C   FT++DL+KP+ +R  + LSA+
Sbjct: 64  N-SLQDSVENFEIIHESLRFTVFYQILSQFMQNI-CFHDFTIQDLLKPDRNRLQLILSAV 123

Query: 123 LNFCIHK-------DAKITLHTPVMDELSTLGDQQREWEVKI-----SQLNAE-IAEYNE 175
           +NF   +       D  I     +++  + L  Q+++ E K+      +L +E I + NE
Sbjct: 124 INFAKLREERLQQFDDDIQKRESLLETYTLLDAQRKDLEEKVLLSQDRKLESEAIIKQNE 183

[Close]

BLAST of Spg019598 vs. ExPASy TrEMBL
Match: A0A6J1EIG6 (probable kinetochore protein NUF2 OS=Cucurbita moschata OX=3662 GN=LOC111434552 PE=3 SV=1)

HSP 1 Score: 393.3 bits (1009), Expect = 3.6e-105
Identity = 197/219 (89.95%), Postives = 208/219 (94.98%), Query Frame = 0


Query: 1   MSKYEFPRLPRADIALLLAQCQIAAVTERDLLHPSPDLVSDLYTRLMIYLDLLHEEDQGL 60
           MSKYEFPRLPRADIALLLAQCQIAAVTERDLLHP+PDLVSDLYTRLMIYLD LHEEDQG 
Sbjct: 1   MSKYEFPRLPRADIALLLAQCQIAAVTERDLLHPAPDLVSDLYTRLMIYLDFLHEEDQGQ 60

Query: 61  VEFAALDQLENPDLLMDSVRIMKLHNRIKHVIASLDCPKKFTLKDLIKPEGDRTGIFLSA 120
           VEFAAL+Q ENPDL MDSV+ MKL+NR+KHVIASLDCPKKFTLKDLIKP+ DRT IFLSA
Sbjct: 61  VEFAALEQFENPDLHMDSVQTMKLYNRVKHVIASLDCPKKFTLKDLIKPDPDRTEIFLSA 120

Query: 121 MLNFCIHKDAKITLHTPVMDELSTLGDQQREWEVKISQLNAEIAEYNEAREREIPFVQEI 180
           MLNFCIHKDAKI LH PVM+EL+TL DQQREWEVKISQLNAEIAEYNEARERE+PFVQEI
Sbjct: 121 MLNFCIHKDAKINLHAPVMNELNTLDDQQREWEVKISQLNAEIAEYNEAREREMPFVQEI 180

Query: 181 DAKVKELQQTIGGLNNQQMSLRASIRKLKDKAGEMDEKV 220
           DAKVKEL QTIGGLNNQQMSLRASIRKLK+KAGEMDEK+
Sbjct: 181 DAKVKELHQTIGGLNNQQMSLRASIRKLKEKAGEMDEKI 219

[Close]

BLAST of Spg019598 vs. ExPASy TrEMBL
Match: A0A6J1JNW1 (probable kinetochore protein NUF2 OS=Cucurbita maxima OX=3661 GN=LOC111486390 PE=3 SV=1)

HSP 1 Score: 391.7 bits (1005), Expect = 1.0e-104
Identity = 196/219 (89.50%), Postives = 207/219 (94.52%), Query Frame = 0


Query: 1   MSKYEFPRLPRADIALLLAQCQIAAVTERDLLHPSPDLVSDLYTRLMIYLDLLHEEDQGL 60
           MSKYEFPRLPRADI LLLAQCQIAAVTERDLLHP+PDLVSDLYTRLMIYLD LHEEDQG 
Sbjct: 1   MSKYEFPRLPRADIVLLLAQCQIAAVTERDLLHPAPDLVSDLYTRLMIYLDFLHEEDQGQ 60

Query: 61  VEFAALDQLENPDLLMDSVRIMKLHNRIKHVIASLDCPKKFTLKDLIKPEGDRTGIFLSA 120
           VEFAAL+Q ENPDL MDSV+ MKL+NR+KHVIASLDCPKKFTLKDLIKP+ DRT IFLSA
Sbjct: 61  VEFAALEQFENPDLHMDSVQTMKLYNRVKHVIASLDCPKKFTLKDLIKPDPDRTEIFLSA 120

Query: 121 MLNFCIHKDAKITLHTPVMDELSTLGDQQREWEVKISQLNAEIAEYNEAREREIPFVQEI 180
           MLNFCIHKDAKI LH PVM+EL+TL DQQREWEVKISQLNAEIAEYNEARERE+PFVQEI
Sbjct: 121 MLNFCIHKDAKINLHAPVMNELNTLDDQQREWEVKISQLNAEIAEYNEAREREMPFVQEI 180

Query: 181 DAKVKELQQTIGGLNNQQMSLRASIRKLKDKAGEMDEKV 220
           DAKVKEL QTIGGLNNQQMSLRASIRKLK+KAGEMDEK+
Sbjct: 181 DAKVKELHQTIGGLNNQQMSLRASIRKLKEKAGEMDEKI 219

[Close]

BLAST of Spg019598 vs. ExPASy TrEMBL
Match: A0A1S4E5E4 (probable kinetochore protein NUF2 OS=Cucumis melo OX=3656 GN=LOC103503319 PE=3 SV=1)

HSP 1 Score: 369.4 bits (947), Expect = 5.5e-98
Identity = 188/219 (85.84%), Postives = 198/219 (90.41%), Query Frame = 0


Query: 1   MSKYEFPRLPRADIALLLAQCQIAAVTERDLLHPSPDLVSDLYTRLMIYLDLLHEEDQGL 60
           MSKYEFPRLPRADIALLLA  QIAAVTERDLL PSPDLVSDLYT LMIYLDLLHEEDQG 
Sbjct: 1   MSKYEFPRLPRADIALLLADNQIAAVTERDLLQPSPDLVSDLYTHLMIYLDLLHEEDQGQ 60

Query: 61  VEFAALDQLENPDLLMDSVRIMKLHNRIKHVIASLDCPKKFTLKDLIKPEGDRTGIFLSA 120
           +EFAALDQLENPDL M SV  MKLHN+IKH IASLDCPKKFTLKDLIKPE DRT IFLSA
Sbjct: 61  IEFAALDQLENPDLHMVSVPTMKLHNKIKHFIASLDCPKKFTLKDLIKPEADRTEIFLSA 120

Query: 121 MLNFCIHKDAKITLHTPVMDELSTLGDQQREWEVKISQLNAEIAEYNEAREREIPFVQEI 180
           +LNF IHKDAK+  H PVM+EL T  DQQREWEVKISQLNAEI EYNEARERE+PFVQEI
Sbjct: 121 ILNFGIHKDAKMNFHAPVMNELDTFADQQREWEVKISQLNAEITEYNEAREREMPFVQEI 180

Query: 181 DAKVKELQQTIGGLNNQQMSLRASIRKLKDKAGEMDEKV 220
           DAKVKEL QTIGGLNNQQ+SLRA+IRKLK+KAGEMDEK+
Sbjct: 181 DAKVKELHQTIGGLNNQQVSLRAAIRKLKEKAGEMDEKI 219

[Close]

BLAST of Spg019598 vs. ExPASy TrEMBL
Match: A0A6J1DWL1 (probable kinetochore protein NUF2 OS=Momordica charantia OX=3673 GN=LOC111024175 PE=3 SV=1)

HSP 1 Score: 367.1 bits (941), Expect = 2.8e-97
Identity = 187/219 (85.39%), Postives = 200/219 (91.32%), Query Frame = 0


Query: 1   MSKYEFPRLPRADIALLLAQCQIAAVTERDLLHPSPDLVSDLYTRLMIYLDLLHEEDQGL 60
           MSKY   RLP ADIALLLAQ QIAAVTE DLLHPSPDLVSDLYTRL+IYLD LHEEDQG 
Sbjct: 1   MSKYGLLRLPPADIALLLAQFQIAAVTEGDLLHPSPDLVSDLYTRLLIYLDFLHEEDQGQ 60

Query: 61  VEFAALDQLENPDLLMDSVRIMKLHNRIKHVIASLDCPKKFTLKDLIKPEGDRTGIFLSA 120
           VEFAALDQLENPDL MDSVRIMKL+ ++KHVIASLDC KKFTLKDLIKP+ DRT IFLS 
Sbjct: 61  VEFAALDQLENPDLHMDSVRIMKLNLKLKHVIASLDCSKKFTLKDLIKPDTDRTEIFLST 120

Query: 121 MLNFCIHKDAKITLHTPVMDELSTLGDQQREWEVKISQLNAEIAEYNEAREREIPFVQEI 180
           MLNFCIHKDAKI LH P+++E++TLGDQQREWEVKISQLNAEIAEYNEAREREIPFVQ+I
Sbjct: 121 MLNFCIHKDAKIVLHAPIINEVNTLGDQQREWEVKISQLNAEIAEYNEAREREIPFVQDI 180

Query: 181 DAKVKELQQTIGGLNNQQMSLRASIRKLKDKAGEMDEKV 220
           DAKVKEL Q IGGLNNQQMSLRASIRKLK+K GEMDEK+
Sbjct: 181 DAKVKELHQIIGGLNNQQMSLRASIRKLKEKVGEMDEKI 219

[Close]

BLAST of Spg019598 vs. ExPASy TrEMBL
Match: A0A0A0KNL7 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_5G488740 PE=3 SV=1)

HSP 1 Score: 366.3 bits (939), Expect = 4.7e-97
Identity = 187/219 (85.39%), Postives = 196/219 (89.50%), Query Frame = 0


Query: 1   MSKYEFPRLPRADIALLLAQCQIAAVTERDLLHPSPDLVSDLYTRLMIYLDLLHEEDQGL 60
           MSKYEFPRLPRADI LLLA  QIAAVTERDLL PSPDLVSDLYT LMIYLDLLHEEDQG 
Sbjct: 1   MSKYEFPRLPRADIVLLLADNQIAAVTERDLLQPSPDLVSDLYTHLMIYLDLLHEEDQGQ 60

Query: 61  VEFAALDQLENPDLLMDSVRIMKLHNRIKHVIASLDCPKKFTLKDLIKPEGDRTGIFLSA 120
           +EFAALDQLENPDL M SV  MKLHN+IKH IASLDCPKKFTLKDLIKPE DRT IFLSA
Sbjct: 61  IEFAALDQLENPDLHMVSVPTMKLHNKIKHFIASLDCPKKFTLKDLIKPETDRTEIFLSA 120

Query: 121 MLNFCIHKDAKITLHTPVMDELSTLGDQQREWEVKISQLNAEIAEYNEAREREIPFVQEI 180
           +LNF IHKDAK+  H PVM+EL T  DQQREWEVK SQLNAEI EYNEARERE+PFVQEI
Sbjct: 121 ILNFGIHKDAKMNFHAPVMNELDTFADQQREWEVKTSQLNAEITEYNEAREREMPFVQEI 180

Query: 181 DAKVKELQQTIGGLNNQQMSLRASIRKLKDKAGEMDEKV 220
           DAKVKEL QTIGGLNNQQ+SLRASIRKLK+KAGEMDEK+
Sbjct: 181 DAKVKELHQTIGGLNNQQVSLRASIRKLKEKAGEMDEKI 219

[Close]

BLAST of Spg019598 vs. TAIR 10
Match: AT1G61000.1 (FUNCTIONS IN: molecular_function unknown; INVOLVED IN: mitosis; LOCATED IN: plasma membrane; EXPRESSED IN: cultured cell; CONTAINS InterPro DOMAIN/s: Kinetochore protein Nuf2 (InterPro:IPR005549); Has 50972 Blast hits to 29793 proteins in 2070 species: Archae - 902; Bacteria - 7404; Metazoa - 23628; Fungi - 4156; Plants - 2312; Viruses - 158; Other Eukaryotes - 12412 (source: NCBI BLink). )

HSP 1 Score: 229.6 bits (584), Expect = 1.3e-59
Identity = 111/228 (48.68%), Postives = 167/228 (73.25%), Query Frame = 0


Query: 1   MSKYEFPRLPRADIALLLAQCQIAAVTERDLLHPSPDLVSDLYTRLMIYLDLLHEEDQGL 60
           MS YE+PRL R+DI   L   QIA+VTE DL  P+ D VS+LYTR++IYLD L EE++G 
Sbjct: 1   MSAYEYPRLSRSDIITALKDAQIASVTETDLKTPTSDFVSELYTRILIYLDALDEEEKGQ 60

Query: 61  VEFAALDQLENPDLLMDSVRIMKLHNRIKHVIASLDCPKKFTLKDLIKPEGDRTGIFLSA 120
           V+F AL+QLENPD    S++ MKL+ ++K ++  LDCP   + KDL++PE  RT  F+SA
Sbjct: 61  VDFEALEQLENPDHHATSMQAMKLYCKVKDMLEMLDCPLPISFKDLLRPESSRTEFFISA 120

Query: 121 MLNFCIHKDAKITLHTPVMDELSTLGDQQREWEVKISQLNAEIAEYNEAREREIPFVQEI 180
           +LN+ ++KD+K+ L  P  +EL  L +Q+++ E K++QLNAEI E++EA ER++PFVQE+
Sbjct: 121 LLNYGLYKDSKMDLIRPKAEELGLLDEQRKQCEAKVAQLNAEIGEFDEAVERDLPFVQEL 180

Query: 181 DAKVKELQQTIGGLNNQQMSLRASIRKLKDKAGEMDEKVILGQVNTFE 229
           +A +++L + I  LNNQQMSLRA+ +K+++K+ +MD ++   + +  E
Sbjct: 181 EANIEQLNKKILELNNQQMSLRATFQKMREKSTQMDNEISKAEFDLVE 228

The following BLAST results are available for this feature:

BLAST of Spg019598 vs. NCBI nr


Match Name	E-value	Identity	Description
KAG6588803.1	7.4e-105	89.95	Kinetochore protein NUF2-like protein, partial [Cucurbita argyrosperma subsp. so...	[more]
XP_022927739.1	7.4e-105	89.95	probable kinetochore protein NUF2 [Cucurbita moschata] >XP_022927740.1 probable ...	[more]
XP_023529466.1	7.4e-105	89.95	probable kinetochore protein NUF2 [Cucurbita pepo subsp. pepo] >XP_023529467.1 p...	[more]
XP_022989268.1	2.2e-104	89.50	probable kinetochore protein NUF2 [Cucurbita maxima] >XP_022989269.1 probable ki...	[more]
XP_038877491.1	1.4e-103	90.87	kinetochore protein NUF2 homolog [Benincasa hispida] >XP_038877492.1 kinetochore...	[more]

BLAST of Spg019598 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q8RXJ0	1.9e-58	48.68	Kinetochore protein NUF2 homolog OS=Arabidopsis thaliana OX=3702 GN=NUF2 PE=1 SV...	[more]
Q10173	3.1e-05	25.27	Kinetochore protein nuf2 OS=Schizosaccharomyces pombe (strain 972 / ATCC 24843) ...	[more]

BLAST of Spg019598 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1EIG6	3.6e-105	89.95	probable kinetochore protein NUF2 OS=Cucurbita moschata OX=3662 GN=LOC111434552 ...	[more]
A0A6J1JNW1	1.0e-104	89.50	probable kinetochore protein NUF2 OS=Cucurbita maxima OX=3661 GN=LOC111486390 PE...	[more]
A0A1S4E5E4	5.5e-98	85.84	probable kinetochore protein NUF2 OS=Cucumis melo OX=3656 GN=LOC103503319 PE=3 S...	[more]
A0A6J1DWL1	2.8e-97	85.39	probable kinetochore protein NUF2 OS=Momordica charantia OX=3673 GN=LOC111024175...	[more]
A0A0A0KNL7	4.7e-97	85.39	Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_5G488740 PE=3 SV=1	[more]

BLAST of Spg019598 vs. TAIR 10


Match Name	E-value	Identity	Description
AT1G61000.1	1.3e-59	48.68	FUNCTIONS IN: molecular_function unknown; INVOLVED IN: mitosis; LOCATED IN: plas...	[more]

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: 177..197
None	No IPR available	COILS	Coil	Coil	coord: 149..169
None	No IPR available	COILS	Coil	Coil	coord: 1016..1036
None	No IPR available	PANTHER	PTHR21650	MEMBRALIN/KINETOCHORE PROTEIN NUF2	coord: 1..218
None	No IPR available	PANTHER	PTHR21650:SF2	KINETOCHORE PROTEIN NUF2	coord: 1..218
IPR025558	Domain of unknown function DUF4283	PFAM	PF14111	DUF4283	coord: 493..558 e-value: 8.4E-10 score: 38.3
IPR005549	Kinetochore protein Nuf2, N-terminal	PFAM	PF03800	Nuf2	coord: 3..141 e-value: 1.4E-24 score: 86.8
IPR038275	Nuf2, N-terminal domain superfamily	GENE3D	1.10.418.60	Ncd80 complex, Nuf2 subunit	coord: 1..164 e-value: 2.7E-32 score: 113.9

Relationships

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


Feature Name	Unique Name	Type
Spg019598.1	Spg019598.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0051315	attachment of mitotic spindle microtubules to kinetochore
biological_process	GO:0051301	cell division
biological_process	GO:0051383	kinetochore organization
biological_process	GO:0045132	meiotic chromosome segregation
biological_process	GO:0007052	mitotic spindle organization
cellular_component	GO:0031262	Ndc80 complex
cellular_component	GO:0000776	kinetochore
molecular_function	GO:0044877	protein-containing complex binding