Spg007210 (gene) Sponge gourd (cylindrica) v1

Overview


Name	Spg007210
Type	gene
Organism	Luffa cylindrica (Sponge gourd (cylindrica) v1)
Description	protein TOPLESS
Location	scaffold9: 47674660 .. 47685491 (+)
RNA-Seq Expression	Spg007210
Synteny	Spg007210

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.

ATGGAGCCGAGTCTCTGGCCTTCCACAGCCACTGTTCGAGCAGAGCCTCAGTCCTTCAGCGATAAATCCACGGCCCGATGCGAAACCAATCTCTTAGAAATTGGTTTGCCGGATGAGCCTCCAACGCCGGAATGTTGCAGCCGTAGTCACTTAGGAGCGATCCGGCGGAATCTGTTGGAGACAGGCGGTCGCCCGGGCAGTTGAGACGGCGGAGGGAGGAGTTTGTTATGGACTCGAGCTCACGCGCGTTGGCTTCGATTAGGAGACGACGTCCCTCGGATGTGTTTTCAGCGACGCCGTAACTGTCTTGAAGGCAGTGGCCTAGTTCACGAAGCGCGTCGATATGGCCGAAATATGCGGCTCGTCCGCACAGAGCCACACCAACACGGAGATTCTTGTCGCTCTTTGAACCACCACTTCCGTTAAATTGTATACTTCTTCTTCATCTGGGCCTTTCTTTCTCCCCTTCAACTTCACCGTCGTAGTTTTCTTTCTGGGTTTCAGCCGTCTCGGCGCCGATCTCTTCAATCTATCTGTCGGATTTGGGTAACTTTCTTTACTTAGTCTTCTTGGTCTTTCTTCACAGCTTTCGAATTGTTCTGAAATTCTAAAATGGATTGAATTTGGATTTGGGTAACTTTCTTGGTCTTTTTTCACTGCTTTCTTTACTGAGTTTGTATGTGATCTTGTAATATGTGTCGATGAATAAAAATTGTATTGAAATTCTAGTGTTTTTCTGAAGGCAACTGTGTACTTACTCTCCCTTTCTGTGTGTTTTTTAGATGGAAATGTCTGTTTTCTGACTGGAGTTATTGAAATGTTTGTTTCTTTTTTTTACATCAGAAACCCATTTGATTTCCTCTTCAATTTGGCCTTCATTTTTGCTGTTCTTCCTCCATTGACTTTTCTACTTGCCCCTTTCGGCCAGTATTGATGTGGGTCATGGCCACATTTATTTGTTCTTCTACCAAAAACAATTTACAAACCGCAGATGACCATTCATTTTCTCTTGTTTGCAAACTAGGCCACTGCTTCTTTCATTTAATGCATTCTTTTGTCTTGGAATTAAATTAACTAAGCACTGTGCATTTGTTCTACACTAGTCATTGCCTTCTGATGAGTATAATGTAAATGTTGCTATCATGGGGCATTTGGCTTTCTTTGCTTAGATGATTATGGGACATGTTTTTTGGTAATTTGCCAGTGAGTGGAACATGCTTTGACCAAATCCACAAACAACTTAACCTTATTGGGAAACAACTTAAACAGGTGGAGACAACCTTGGAGAAACTAAGGGACCAAACCACAAACAACTTAACTTTATTGGGAAGAAGCTTTGACCAAAACATTAACTTTGTAATGTAGCAATAAAATTACTTAGAAATTTGGGTATGATTAGTTTCATAAAATTACTTAGAAAAATCATCCTAGTGTTATTAGTAATATGAGAGAGCTGCAAAAACTCCAAACTGGAATTTGAATCCATTGAAAGGTCTGTTTAACCTGTTTTGGTCGATTAAGTCTGCAAAGTTTTGCGTGAGTTATAGGAATATTATGCGCATGAAGGTAAGCTGCAAGCCTGCAAGCAGGACCTTGTGTAAGATTGCAAACCAATCTTGCTAATAAGAAAGGAACTGCTAGTTTTGTTGTTTTTTTTTTTTTATATATAAAACTTCTAGTTTTGTTATATTGCGTTTTGTACTGGTGAATAAAGAAAGCTGATTGAATTTCCTAATGATGGATGGAGATTGAAGATAGATCATGCTAGTTTTGTTTGTGCTGTTTACTAGTGAATAGGAAAAGTGTAAAAGAACGGCTGATTGAAATTACTAATAGTGGCTGGAGATTGAAGATAGAACATGCTAATTTTGATTGTGCTCTCTACTAGTGGAGAAAAAGTGAATAGGAAAAGTAAAAAGGAAAAGCTGATTGAAATAACTAGTGATGGAGCTAGTTTTGCTTGTGCTATGTACCAGTGAATAGGAAAGCTGATTGAAATTATTAATGGTGGATGTGGATGAAGTTTGAAGATAGAATATGTTAGTTTTCTTTGTTCTATGTACTAGTGAACATGAAAAGCTAATGATGGATGAAGATTGAAGATAGAACATGCTAGTTTTGATTGTTGGATATCCACAGGCATATTTTGGATTTGTTGAGTTGTATGAATTTTGAATTTAAGATGAGGACAATAACTTTGAATCAAAGAAATAACTTGAGTTTCAAAGAAATAACTTGAGTTTCATGGGGCAAAAGAATTCTTTGTTATGATAATAGAATATTGGATCAAAGAAAAGAGACCAACACTTGAGTTTCAGAGTCATGTATGATGTATTTCAAGAGAGATTAGTTTGTCGAGATAAGAGAATTTTGGATGAACGAATGAGACTAGACTTCAATCTTTCTTTAAAAGAGTTCTTTAGAGAGGTGGATAAGAATTTTTGTTCTTTAGGTAGAGATAATGATTGAGCTATGTACTAAATAAATTTGTTTTGAGTCCTGAGGATAATGGGTATTATGATATTTTGCAATTTTCTATAATTTATGGAAAGCTAAGGCACTAGAGAATCACTTCCATATGGTGATTGTGGTTGAAGATTTTCTTGTACACAAAATTAGTTGATATTCCATCCACATTGGTATTTAATTTTGAGTTCTACAAGTTTTTGGATGATGCAGAAGGTGGAATTGAGTGATTTTGAACCAAAGTTGGAGCATTAGAATGGAAGATACTCAAAGAATTTGTTATAGAACAAAATTTGACTGTATAGGTCAACAAGAGTGGGATAAAGGGCTATGTATTGGAATAGACATTATAATGGAGTTTGCTAAGATGAGGATATTTTGTATAAAAAATCGAAGTTGAGTTTCATGAGAAAGATATTTTGTTAGGATAATCAAACTTTGGATTAAAGAAAGAGACTAGACTTGAGTTTCATGGTTATGTTTTCAAAGAGAAATTACTTTGTTGGGATAAAGGAATTTTGGATTAAAGAATGAGATTACACTTTGTCAAAGTGTTGTCCTATGGGAAATCACATGAGTACTTTTGTCCTTGGTTGGGAAATAAGGTATGAGCTACAAAGTGAAAAGGTTTGTTTTGAGTAGGGAGGAAATGATGTTGTAAAGTTCAGTTGGGTGCATGAAGTATTAAGTGAGTATTAAGATCATTTGACAAGGATACTTTCAAAGAATGACAAATGATGTTTGACTTGAAGAATGAAATGAGATCATCCACCTTTATTTTAGTACATGTATTGTAGTGGATGGAGGACTATGCATTAGAATATACATTCAAATAAAAAATCGTTGAATTCTTTGAAATTTTTATTTTGGAATAAGTTGTCATGGAGACGTTCTATAATTTTCTACAATTTAGTTGAAGGCTAATATATTTGGGAATGACTCTAGTCAATGATTTTTCTTGAATCCAAAATTTGTTCAAATTGGATATCCAAAATTCTTATAAGAATAAGAATAATTTATTATATTTCAGGCACCTAGGCAAGGAGGAAGCAACCTAGTTTGTTCCATTTAGGCTTTTTAGCAAGACCTTAGTGCCAGTGTAGGGGGAAGATAGGATGAGAGTTTAGTAAACCAATCCCGGGTTAGTAAAGTCTTCTTTAGGTGGGATAGAAACTCTTTTGTGCAAGATTGTCTTTGGAAACTTTTGATTTGTCTCCTGATTGCTTAGGTTTTTGAATGTTTGAGCTTGAGGATTAAATCACTTTACACTTGTATGCACAACATCTTTTCTTTGGTTTGTGTGTGTCTTGCTCGAGGACTAGCAAGATTTAGGTTGGGGTTTTTGATAGCACCCGATTCGTGCTATTTTAGTTAAATTCCTTTTTAATCGATGTGATAAAGTAACTTTAGTTAGATATTTTTTCCTTGCTTTCTTTTATTTGTGTTGCGTAGGTTTCCTTGCAATTAAAAGGAACTTGAGGCATTTGCTACTAATATGATGAATCTCTAAGGAACTTGAGGCATTTGCATTTCCTTGCTTTCTTTTATTTGGGCCTTGAATTTGCTGTGATGTGTATTAAATTTTTGTTTGTTCTTACCGCCTCTTACTTTTGTCATATAATGAAGGTAAATCTACCGATTAATGTTCAGCCCGTATCATTTGTTGATCATGGTCATGATTTGCCAAAGACTGTTATGCGAACACCGAATCAAGGGTCATCTCCAATGTGCATGGATTTTCATCCAGTCCAACAAACTCTGCTATTGGTATATTTAAATTTATTTTGTATAGTTTTATTTTTTTCGGTTTTAAGCTACCAATAGAACAATGTAGTTGTGGATGGTATGTTTCTTTATTTTGATATTCACGTTAAAATTGACAAATAATGAAGAAAATTCTGTTTTTCAGTTGGCACAAATGTAGGTAAAATAGGATTGTGGGAAGTTGGAGCCTTGATGGTGCATTGTCTGGTAAGATTGTATGTTTACTTTAGTCAATGAAAATCAAAGAGATCGATTTCAGATGAAAAGCGAGGAGAATCTGGTCGAGCAAACGACCTTAAACATTTGCACCGAATAAGGTTACTGCTTTCTGTCATTTCTTTTCTTAGTTCATTTTATTTTGATTAGTTGCTTTTGATTCTTGTTTGATTGTTTTGTTTCTTTTTAGGATTGGCGGTACCAAAGCGAGCCCTTTTATTTGTATGTAAACGTGATTCACCACCCACGAGCTTTAATTCAGGGAAGTTTCTATTCTTTCCTTATGCATTTGTCCTGTTTTACATGATCTATTACATTGAGGACAATGTAACCTTTTAGGTTGGGGGTGAGGTATTCTGCTTTAGTTTCTGATGGGCCCTGAGCATCTGTGCGTCGGGCCAGCGTTTGTGCTTAATGTATATCTTGCATGCCTATTCTGTATATATTTGATTTAGTGATAATGATTTCCTAGGATTAGCCCTGAGCATTTGTGCGTCGGCTCAACATTTGTGCTTAATGTATATCTTGCATGCCTGTTGTGTATATATTTGCTTTAGTGATAATGATTTTCTAGGATTGGCTCTAATTTTTCGAAAATTTATAGCTTTCGATGAGTTGTGATCATGAGTGCCCCAAAAGGGAGTCTTTTCAAAACTTTTCTTGGACATGTCTTGCACAGGTTGAGTGTCTTTCTTGCTTTAGAGTAGGACTTGAATGCCTAGGAGCGAGTTACTTAACTCATATTCCTGTTGTCACCCCGATAGGTGTAAGGTTTAGTGAGAAAGTCTAAATTTTTTGCAAACTAGTGTGTGGAGTCTTGCCTAGGAGAGAAAAAAAAAAAATACGCCTGCCGTAAAAAAAAAGAAAAAAAAGAGAGTTCCGGAAATTGCATATTCAATTCAATGATGCATTACATTAACAAATACATTATTTATTTGAGTAATTCCACTATTATTTATTTAATTTATAAATATAAATTAATTAATAAATAATTTATTATATTTATAAGAATAAGAATAATTTATTATATTTCAGGCACCTAGGCAAGGAGGAAGCAACCTAGTTTGTTCCATTTAGGCTTTTTAGCAAGACCTTAGTGCCAGTGTAGGGGGAAGATAGGATGAGAGTTTAGTAAACCAATCCCGGGTTAGTAAAGTCTTCTTTAGGTGGGATAGAAACTCTTTTGTGCAAGATTGTCTTTGGAAACTTTTGATTTGTCTCCTGATTGCTTAGGTTTTTGAATGTTTGAGCTTGAGGATTAAATCACTTTACACTTGTATGCACAACATCTTTTCTTTGGTTTGTGTGTGTCTTGCTCGAGGACTAGCAAGATTTAGGTTGGGGTTTTTGATAGCACCCGATTCGTGCTATTTTAGTTAAATTCCTTTTTAATCGATGTGATAAAGTAACTTTAGTTAGATATTTTTTCCTTGCTTTCTTTTATTTGTGTTGCGTAGGTTTCCTTGCAATTAAAAGGAACTTGAGGCATTTGCTACTAATATGATGAATCTCTAAGGAACTTGAGGCATTTGCATTTCCTTGCTTTCTTTTATTTGGGCCTTGAATTTGCTGTGATGTGTATTAAATTTTTGTTTGTTCTTACTGCCTCTTACTTTTGTCATATAATGAAGGTAAATCTACCGATTAATGTTCAGCCCGTATCATTTGTTGATCATGGTCATGATTTGCCAAAGACTGTTATGCGAACACCGAATCAAGGGTCATCTCCAATGTGCATGGATTTTCATCCAGTCCAACAAACTCTGCTATTGGTATATTTAAATTTATTTTGTATAGTTTTATTTATTTCGGTTTTAAGCTACCAATAGAACAATGTAGTTGTAGATGGTATGTTTCTTTATTTTGATATTCACGTTAAAATTGACAAATAATGAAGAAAATTCTGTTTTTCAGTTGGCACAAATGTAGGTAAAATAGGATTGTGGGAAGTTGGAGCCTTGATGGTGCATTGTCTGGTAAGATTGTATGTTTACTTTAGTCAATGAAAATCAAAGAGATCGATTTCAGATGAAAAGCGAGGAGAATCTGGTCGAGCAAACGACCTTAAACATTTGCACCGAATAAGGTTACTGCTTTCTGTCATTTCTTTCCTTAGTTCATTTTATTTTGATTAGTTGCTTTTGATTCTTGTTTGATTGTTTTGTTTCTTTTTAGGATTGGCGGTACCAAAGCGAGCCCTTTTATTTGTATGTAAACGTGATTCACCACCCACGAGCTTTAATTCAGGGAAGTTTCTATTCTTTCCTTATGCATTTGTCCTGTTTTACATGATCTATTACATTGAGGACAATGTAACCTTTTAGGTTGGGGGTGAGGTATTCTGCTTTAGTTTCTGATGGGCCCTGAGCATCTGTGCGTCGGGCCAGCGTTTGTGCTTAATGTATATCTTGCATGCCTATTCTGTATATATTTGCTTTAGTGATAATGATTTCCTAGGATTAGCCCTGAGCATTTGTGCGTCGGCTCAACATTTGTGCTTAATGTATATCTTGCATGCCTGTTGTGTATATATTTGCTTTAGTGATAATGATTTTCTAGGATTGGCTCTAATTTTTCGAAAATTTATAGCTTTCGATGAGTTGTGATCATGAGTGCCCCAAAAGGGAGTCTTTTCAAAACTTTTCTTGGACATGTCTTGCACAGGTTGAGTGTCTTTCTTGCTTTAGAGTAGGACTTGAATGCCTAGGAGCGAGTTACTTAACTCATATTCCTGTTGTCACCCCGATAGGTGTAAGGTTTAGTGAGAAAGTCTAAATTTTTTGAAAACTAGTGTGTGGAGTCTTGCCTAGGAGAGAAAAAAAAAAATACGCCTGCCGTAAAAAAAAAGAAAAAAAAGAGAGTTCCGGAAATTGCATATTCAATTCAATGATGCATTACATTAACAAATACATTATTTATTTGAGTAATTCCACTATTATTTATTTAATTTATAAATATAAATTAATTAATAAATAATTTATTATATTTATAAGAATAAGAATAATTTATTATATTTCAGGCACCTAGGCAAGGAGGAAGCAACCTAGTTTGTTCCATTTAGGCTTTTTAGCAAGACCTTAGTGCCAGTGTAGGGGGAAGATAGGATGAGAGTTTAGTAAACCAATCCCGGGTTAGTAAAGTCTTCTTTAGGTGGGATAGAAACTCTTTTGTGCAAGATTGTCTTTGGAAACTTTTGATTTGTCTCCTGATTGCTTAGGTTTTTGAATGTTTGAGCTTGAGGATTAAATCACTTTACACTTGTATGCACAACATCTTTTCTTTGGTTTGTGTGTGTCTTGCTCGAGGACTAGCAAGATTTAGGTTGGGGTTTTTGATAGCACCCGATTCGTGCTATTTTAGTTAAATTCCTTTTTAATCGATGTGATAAAGTAACTTTAGTTAGATATTTTTTCCTTGCTTTCTTTTATTTGTGTTGCGTAGGTTTCCTTGCAATTAAAAGGAACTTGAGGCATTTGCTACTAATATGATGAATCTCTAAGGAACTTGAGGCATTTGCATTTCCTTGCTTTCTTTTATTTGGGCCTTGAATTTGCTGTGATGTGTATTAAATTTTTGTTTGTTCTTACTGCCTCTTACTTTTGTCATATAATGAAGGTAAATCTACCGATTAATGTTCAGCCCGTATCATTTGTTGATCATGGTCATGATTTGCCAAAGACTGTTATGCGAACACCGAATCAAGGGTCATCTCCAATGTGCATGGATTTTCATCCAGTCCAACAAACTCTGCTATTGGTATATTTAAATTTATTTTGTATAGTTTTATTTATTTCGGTTTTAAGCTACCAATAGAACAATGTAGTTGTAGATGGTATGTTTCTTTATTTTGATATTCACGTTAAAATTGACAAATAATGAAGAAAATTCTGTTTTTCAGTTGGCACAAATGTAGGTAAAATAGGATTGTGGGAAGTTGGAGCCTTGATGGTGCATTGTCTGGTAAGATTGTATGTTTACTTTAGTCAATGAAAATCAAAGAGATCGATTTCAGATGAAAAGCGAGGAGAATCTGGTCGAGCAAACGACCTTAAACATTTGCACCGAATAAGGTTACTGCTTTCTGTCATTTCTTTCCTTAGTTCATTTTATTTTGATTAGTTGCTTTTGATTCTTGTTTGATTGTTTTGTTTCTTTTTAGGATTGGCGGTACCAAAGCGAGCCCTTTTATTTGTATGTAAACGTGATTCACCACCCACGAGCTTTAATTCAGGGAAGTTTCTATTCTTTCCTTATGCATTTGTCCTGTTTTACATGATCTATTACATTGAGGACAATGTAACCTTTTAGGTTGGGGGTGAGGTATTCTGCTTTAGTTTCTGATGGGCCCTGAGCATCTGTGCGTCGGGCCAGCGTTTGTGCTTAATGTATATCTTGCATGCCTATTCTGTATATATTTGCTTTAGTGATAATGATTTCCTAGGATTAGCCCTGAGCATTTGTGCGTCGGCTCAACATTTGTGCTTAATGTATATCTTGCATGCCTGTTGTGTATATATTTGCTTTAGTGATAATGATTTTCTAGGATTGGCTCTAATTTTTCGAAAATTTATAGCTTTCGATGAGTTGTGATCATGAGTGCCCCAAAAGGGAGTCTTTTCAAAACTTTTCTTGGACATGTCTTGCACAGGTTGAGTGTCTTTCTTGCTTTAGAGTAGGACTTGAATGCCTAGGAGCGAGTTACTTAACTCATATTCCTGTTGTCACCCCGATAGGTGTAAGGTTTAGTGAGAAAGTCTAAATTTTTTGAAAACTAGTGTGTGGAGTCTTGCCTAGGAGAGAAAAAAAAAAATACGCCTGCCGTAAAAAAAAAGAAAAAAAAGAGAGTTCCGGAAATTGCATATTCAATTCAATGATGCATTACATTAACAAATACATTATTTATTTGAGTAATTCCACTATTATTTATTTAATTTATAAATATAAATTAATTAATAAATAATTTATTATATTTATAAGAATAAGAATAATTTATTATATTTCAGGCACCTAGGCAAGGAGGAAGCAACCTAGTTTGTTCCATTTAGGCTTTTTAGCAAGACCTTAGTGCCAGTGTAGGGGGAAGATAGGATGAGAGTTTAGTAAACCAATCCCGGGTTAGTAAAGTCTTCTTTAGGTGGGATAGAACTCTCTTGTGCAAGATTGTCTTTGGAAACTTTTGACTTGTCTCCTCATTGGGTCTCATGCGAATGTCTCTTGATTGGTTAGGTTTTTGAATGTTTGAGCTTTGAGGATTAAATCACTTTACACTTATATGCACAACATCTTTTCTTTTGTTTGTGTGTGTCTTGCTCGAAGACTAACAATATTTAGGTTGGGGGTATTTGATAGCTTCTGATTCGTGCTATTTTAGTTAAATTCCTTTTTAATCGATGTGATAATGTAACTTTAGTTAGATATTTTTTCCTTGCATTTGCTACTAATATGAATCTCTAAGGAACTTGAGGCATTTGCATTTCCTTGCTTTCTTTTATTTGGGCCGGGATAAAGGTAGTTTGATTCTATGTTCAATTAATGTGACTTTTAACCATGTTAACTCTTTTGCTTAATATCTAATTAACTTATATTTAATTTTAGCAGCCCACAATAAATCCAATTTCAACTGCTACTGGTAGTGTAGGCCTTGCTGAGAGAGCATAGAGGTGCCTCTGTCATCAGTATAGCTGGAGTGGTTGGTGTTGCTAAGTAGAAAATTGATGATTTTTATAGGAGATTGTTTATTTTAATGCCCCCTTGCATGTATGAATAAATCATGAAACAATTAATTCACATATATATATAATAAAGAAACAGGATTTTCATTAAGAAAAATGAAAGGGAGAACAAGGTCATACTAAAAACAAGTCCCAAAAACTAAAAACAAGCCTGCTAACAAAAGCCCCAATAACTAATTATATGAACGAATTTGTTAAAAAAAAATTACAAGAACGAATCTCGAAACAAAGAATGAGCTCCAAAAACTAATTGTCTCCCCTTTATCATGTTGCAATTTATTGTCAAAATAAGAATGAATCGAAGAAACTCATTTTATAAATATGATTGAGACTACTGAAAAATTTGTTGTAAATGGAATTAAGAGTTTAATTAGTTGGGTTGTCATAACCAACATGTCATCGTGGAGACATTTTGGTTTCATGACAATTTGAGAATTGTTTTTATAGATAAGTACATATTTGGAGTAGAGTGTTTGGTGGGTTTATTTTGAGCTTTTGGTTGCAGCTTAAGATTTTCTTAGGATCCCTTGCTACTTCCTTCTCTGACCTATGCCTCTTGTTCATGCTTTTCAGATATCTATGTTGATCTACACAAATTCTGGAAGTGCAATCTTGGCATTGGCATCAAATGCATTTCACCTGCTATGGAAATAG

mRNA sequence

ATGGAGCCGAGTCTCTGGCCTTCCACAGCCACTGTTCGAGCAGAGCCTCAGTCCTTCAGCGATAAATCCACGGCCCGATGCGAAACCAATCTCTTAGAAATTGGTTTGCCGGATGAGCCTCCAACGCCGGAATGTTGCAGCCGTAGTCACTTAGGAGCGATCCGGCGGAATCTGTTGGAGACAGGCGGTCGCCCGGGCAGTAAGCTGCAAGCCTGCAAGCAGGACCTTGTAAAGCTGATTGAATTTCCTAATGATGGATGGAGATTGAAGATAGATCATGCTAGTTTTGTTTGTGCTGTTTACTATGGAGAAAAAGTGAATAGGAAAAGTAAAAAGGAAAAGCTGATTGAAATAACTAGTGATGGAGCTAGTTTTGCTTGTGCTATGTACCAGTATGAGCTACAAAGTGAAAAGGTAAATCTACCGATTAATGTTCAGCCCGTATCATTTGTTGATCATGGTCATGATTTGCCAAAGACTGTTATGCGAACACCGAATCAAGGGTCATCTCCAATGTGCATGGATTTTCATCCAGTCCAACAAACTCTGCTATTGGTTGAGTGTCTTTCTTGCTTTAGAGTAGGACTTGAATGCCTAGGAGCGAGTTACTTAACTCATATTCCTGTTGTCACCCCGATAGGTGTAAATCTACCGATTAATGTTCAGCCCGTATCATTTGTTGATCATGGTCATGATTTGCCAAAGACTGTTATGCGAACACCGAATCAAGGGTCATCTCCAATGTGCATGGATTTTCATCCAGTCCAACAAACTCTGCTATTGGTTGAGTGTCTTTCTTGCTTTAGAGTAGGACTTGAATGCCTAGGAGCGAGTTACTTAACTCATATTCCTGTTGTCACCCCGATAGGTGTAAATCTACCGATTAATGTTCAGCCCGTATCATTTGTTGATCATGGTCATGATTTGCCAAAGACTGTTATGCGAACACCGAATCAAGGGTCATCTCCAATGTGCATGGATTTTCATCCAGTCCAACAAACTCTGCTATTGGTTGAGTGTCTTTCTTGCTTTAGAGTAGGACTTGAATGCCTAGGAGCGAGTTACTTAACTCATATTCCTGTTGTCACCCCGATAGGTATATCTATGTTGATCTACACAAATTCTGGAAGTGCAATCTTGGCATTGGCATCAAATGCATTTCACCTGCTATGGAAATAG

Coding sequence (CDS)

ATGGAGCCGAGTCTCTGGCCTTCCACAGCCACTGTTCGAGCAGAGCCTCAGTCCTTCAGCGATAAATCCACGGCCCGATGCGAAACCAATCTCTTAGAAATTGGTTTGCCGGATGAGCCTCCAACGCCGGAATGTTGCAGCCGTAGTCACTTAGGAGCGATCCGGCGGAATCTGTTGGAGACAGGCGGTCGCCCGGGCAGTAAGCTGCAAGCCTGCAAGCAGGACCTTGTAAAGCTGATTGAATTTCCTAATGATGGATGGAGATTGAAGATAGATCATGCTAGTTTTGTTTGTGCTGTTTACTATGGAGAAAAAGTGAATAGGAAAAGTAAAAAGGAAAAGCTGATTGAAATAACTAGTGATGGAGCTAGTTTTGCTTGTGCTATGTACCAGTATGAGCTACAAAGTGAAAAGGTAAATCTACCGATTAATGTTCAGCCCGTATCATTTGTTGATCATGGTCATGATTTGCCAAAGACTGTTATGCGAACACCGAATCAAGGGTCATCTCCAATGTGCATGGATTTTCATCCAGTCCAACAAACTCTGCTATTGGTTGAGTGTCTTTCTTGCTTTAGAGTAGGACTTGAATGCCTAGGAGCGAGTTACTTAACTCATATTCCTGTTGTCACCCCGATAGGTGTAAATCTACCGATTAATGTTCAGCCCGTATCATTTGTTGATCATGGTCATGATTTGCCAAAGACTGTTATGCGAACACCGAATCAAGGGTCATCTCCAATGTGCATGGATTTTCATCCAGTCCAACAAACTCTGCTATTGGTTGAGTGTCTTTCTTGCTTTAGAGTAGGACTTGAATGCCTAGGAGCGAGTTACTTAACTCATATTCCTGTTGTCACCCCGATAGGTGTAAATCTACCGATTAATGTTCAGCCCGTATCATTTGTTGATCATGGTCATGATTTGCCAAAGACTGTTATGCGAACACCGAATCAAGGGTCATCTCCAATGTGCATGGATTTTCATCCAGTCCAACAAACTCTGCTATTGGTTGAGTGTCTTTCTTGCTTTAGAGTAGGACTTGAATGCCTAGGAGCGAGTTACTTAACTCATATTCCTGTTGTCACCCCGATAGGTATATCTATGTTGATCTACACAAATTCTGGAAGTGCAATCTTGGCATTGGCATCAAATGCATTTCACCTGCTATGGAAATAG

Protein sequence

MEPSLWPSTATVRAEPQSFSDKSTARCETNLLEIGLPDEPPTPECCSRSHLGAIRRNLLETGGRPGSKLQACKQDLVKLIEFPNDGWRLKIDHASFVCAVYYGEKVNRKSKKEKLIEITSDGASFACAMYQYELQSEKVNLPINVQPVSFVDHGHDLPKTVMRTPNQGSSPMCMDFHPVQQTLLLVECLSCFRVGLECLGASYLTHIPVVTPIGVNLPINVQPVSFVDHGHDLPKTVMRTPNQGSSPMCMDFHPVQQTLLLVECLSCFRVGLECLGASYLTHIPVVTPIGVNLPINVQPVSFVDHGHDLPKTVMRTPNQGSSPMCMDFHPVQQTLLLVECLSCFRVGLECLGASYLTHIPVVTPIGISMLIYTNSGSAILALASNAFHLLWK

Homology

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BLAST of Spg007210 vs. NCBI nr
Match: XP_019091004.1 (PREDICTED: protein TOPLESS [Camelina sativa])

HSP 1 Score: 109.4 bits (272), Expect = 7.2e-20
Identity = 84/239 (35.15%), Postives = 110/239 (46.03%), Query Frame = 0


Query: 136 SEKVNLPINVQPVSFVDHGH-----------DLPKTVMRTPNQGSSPMCMDFHPVQQTLL 195
           +++VNL +N+ P+SF   GH           DLPKTV RT +QGSSPM MDFHP++QTLL
Sbjct: 313 TDEVNLGVNMLPMSFPGQGHGHTSAAFKAPDDLPKTVARTLSQGSSPMSMDFHPIKQTLL 372

Query: 196 LVECLSCFRVGLECLGAS---YLTHIPVVTPIG------VNLPINVQPVSFVDHGHDLPK 255
           L         G   LGA      T  PV TP+        ++P        +  G     
Sbjct: 373 LAG-------GFPPLGAHGPFQPTASPVPTPLAGWMSSPSSVPHPAVSAGAIALGGPSIS 432

Query: 256 TVMRTPNQGSSPMCMDFHPVQQTLLLVECLSCFRVGLECLGASYLTHIPVVT-PIG---- 315
             ++ P    +   +D+                             H+   T P+G    
Sbjct: 433 AALKHPRTPPTNAALDYPSADS-----------------------EHVSKRTRPMGITDE 492

Query: 316 VNLPINVQPVSFVDHGH-----------DLPKTVMRTPNQGSSPMCMDFHPVQQTLLLV 339
           VNL +N+ P+SF   GH           DLPKTV RT +QGSSPM MDFHP++QTLLLV
Sbjct: 493 VNLGVNMLPMSFPGQGHGHTSAAFKAPDDLPKTVARTLSQGSSPMSMDFHPIKQTLLLV 521

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BLAST of Spg007210 vs. NCBI nr
Match: GER44102.1 (transducin family protein / WD-40 repeat family protein [Striga asiatica])

HSP 1 Score: 100.9 bits (250), Expect = 2.6e-17
Identity = 79/190 (41.58%), Postives = 96/190 (50.53%), Query Frame = 0


Query: 215 VNLPINVQPVSFVDHGH---------DLPKTVMRTPNQGSSPMCMDFHPVQQTLLLVECL 274
           VNLP+NV PVSF  H H         DLPKTV RT NQGSSPM MDFHP+QQTLLLV   
Sbjct: 332 VNLPVNVLPVSFPGHSHSQPPFNAPDDLPKTVARTLNQGSSPMSMDFHPIQQTLLLVG-T 391

Query: 275 SCFRVGLECLGAS---YLTHIPVVTPIGVNLPINVQPVSFVDHGHDLPKTVMRTPNQGSS 334
           +   +GL  +G+     L +  V       LP+        D G  + + V+ +P+    
Sbjct: 392 NVGDIGLWEVGSRERLVLRNFKVWDVSACTLPLQASLAK--DPGVSVNR-VIWSPDGSLF 451

Query: 335 PMCMDFHPVQQTLLLVECLSCFRVGLECLGASYLTHIPVVTPIGISMLIYTNSGSAILAL 393
            +    H VQ                     SY  +  +   + IS LIYTNSGSAILAL
Sbjct: 452 GVAYSRHLVQI-------------------YSYHGNDDIRQHLEISRLIYTNSGSAILAL 498

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BLAST of Spg007210 vs. NCBI nr
Match: XP_038896551.1 (protein TOPLESS [Benincasa hispida] >XP_038896555.1 protein TOPLESS [Benincasa hispida])

HSP 1 Score: 84.7 bits (208), Expect = 1.9e-12
Identity = 42/59 (71.19%), Postives = 46/59 (77.97%), Query Frame = 0


Query: 136 SEKVNLPINVQPVSFVDHGH--------DLPKTVMRTPNQGSSPMCMDFHPVQQTLLLV 187
           S++VNLP+NV PVSF  HGH        DLPKTVMRT NQGS+PM MDFHPVQQTLLLV
Sbjct: 314 SDEVNLPVNVLPVSFAGHGHAQTFNAPDDLPKTVMRTLNQGSNPMSMDFHPVQQTLLLV 372

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BLAST of Spg007210 vs. NCBI nr
Match: XP_022153396.1 (protein TOPLESS [Momordica charantia])

HSP 1 Score: 84.3 bits (207), Expect = 2.5e-12
Identity = 42/59 (71.19%), Postives = 46/59 (77.97%), Query Frame = 0


Query: 136 SEKVNLPINVQPVSFVDHGH--------DLPKTVMRTPNQGSSPMCMDFHPVQQTLLLV 187
           S++VNLP+NV PVSF  HGH        DLPKTV+RT NQGSSPM MDFHPVQQTLLLV
Sbjct: 314 SDEVNLPVNVLPVSFAGHGHAQAFNAPDDLPKTVIRTLNQGSSPMSMDFHPVQQTLLLV 372

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BLAST of Spg007210 vs. NCBI nr
Match: XP_031739792.1 (protein TOPLESS [Cucumis sativus] >KGN52930.2 hypothetical protein Csa_014411 [Cucumis sativus])

HSP 1 Score: 84.3 bits (207), Expect = 2.5e-12
Identity = 41/59 (69.49%), Postives = 46/59 (77.97%), Query Frame = 0


Query: 136 SEKVNLPINVQPVSFVDHGH--------DLPKTVMRTPNQGSSPMCMDFHPVQQTLLLV 187
           S++VNLP+NV PVSF  HGH        DLPKTVMRT NQGS+PM MDFHP+QQTLLLV
Sbjct: 314 SDEVNLPVNVLPVSFTGHGHAQNFNAPDDLPKTVMRTLNQGSNPMSMDFHPIQQTLLLV 372

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BLAST of Spg007210 vs. ExPASy Swiss-Prot
Match: Q94AI7 (Protein TOPLESS OS=Arabidopsis thaliana OX=3702 GN=TPL PE=1 SV=1)

HSP 1 Score: 68.2 bits (165), Expect = 2.4e-10
Identity = 36/61 (59.02%), Postives = 44/61 (72.13%), Query Frame = 0


Query: 136 SEKVNLPINVQPVSFVD--HGH--------DLPKTVMRTPNQGSSPMCMDFHPVQQTLLL 187
           S++VNL +N+ P+SF    HGH        DLPKTV RT +QGSSPM MDFHP++QTLLL
Sbjct: 313 SDEVNLGVNMLPMSFSGQAHGHSPAFKAPDDLPKTVARTLSQGSSPMSMDFHPIKQTLLL 372

HSP 2 Score: 45.4 bits (106), Expect = 1.7e-03
Identity = 22/26 (84.62%), Postives = 24/26 (92.31%), Query Frame = 0


Query: 367 ISMLIYTNSGSAILALASNAFHLLWK 393
           IS LI+TNSG+AILALASNA HLLWK
Sbjct: 771 ISRLIFTNSGNAILALASNAIHLLWK 796

[Close]

BLAST of Spg007210 vs. ExPASy Swiss-Prot
Match: Q0WV90 (Topless-related protein 1 OS=Arabidopsis thaliana OX=3702 GN=TPR1 PE=1 SV=3)

HSP 1 Score: 65.1 bits (157), Expect = 2.0e-09
Identity = 34/61 (55.74%), Postives = 44/61 (72.13%), Query Frame = 0


Query: 136 SEKVNLPINVQPVSFVD--HGH--------DLPKTVMRTPNQGSSPMCMDFHPVQQTLLL 187
           S++V+L +N+ P++F    HGH        DLPKTV RT +QGSSPM MDFHP++QTLLL
Sbjct: 313 SDEVSLGVNMLPMTFPGQAHGHNQTFKAPDDLPKTVARTLSQGSSPMSMDFHPIKQTLLL 372

HSP 2 Score: 45.4 bits (106), Expect = 1.7e-03
Identity = 22/26 (84.62%), Postives = 24/26 (92.31%), Query Frame = 0


Query: 367 ISMLIYTNSGSAILALASNAFHLLWK 393
           IS LI+TNSG+AILALASNA HLLWK
Sbjct: 760 ISRLIFTNSGNAILALASNAIHLLWK 785

[Close]

BLAST of Spg007210 vs. ExPASy Swiss-Prot
Match: Q10NY2 (Protein TPR3 OS=Oryza sativa subsp. japonica OX=39947 GN=TPR3 PE=1 SV=1)

HSP 1 Score: 63.5 bits (153), Expect = 5.9e-09
Identity = 33/55 (60.00%), Postives = 41/55 (74.55%), Query Frame = 0


Query: 136 SEKVNLPINVQPVSF-VDHGH---DLPKTVMRTPNQGSSPMCMDFHPVQQTLLLV 187
           SE+VNLP+N+ PV++   H +   D  K V RT +QGS+PM MDFHPVQQTLLLV
Sbjct: 314 SEEVNLPVNMLPVTYPQSHSYPQDDFHKNVARTLSQGSTPMSMDFHPVQQTLLLV 368

HSP 2 Score: 45.4 bits (106), Expect = 1.7e-03
Identity = 23/26 (88.46%), Postives = 23/26 (88.46%), Query Frame = 0


Query: 367 ISMLIYTNSGSAILALASNAFHLLWK 393
           IS LIYTNSG AILALASNA HLLWK
Sbjct: 776 ISRLIYTNSGVAILALASNAVHLLWK 801

[Close]

BLAST of Spg007210 vs. ExPASy Swiss-Prot
Match: Q27GK7 (Topless-related protein 4 OS=Arabidopsis thaliana OX=3702 GN=TPR4 PE=1 SV=2)

HSP 1 Score: 56.2 bits (134), Expect = 9.5e-07
Identity = 29/55 (52.73%), Postives = 35/55 (63.64%), Query Frame = 0


Query: 140 NLPINVQPVSFVDHGH--------DLPKTVMRTPNQGSSPMCMDFHPVQQTLLLV 187
           NLP+NV PV++    H        DLPK V R  +QGS+   MDFHPVQQT+LLV
Sbjct: 321 NLPVNVLPVTYPGQSHAHATYSTDDLPKNVSRILSQGSAIKSMDFHPVQQTMLLV 375

HSP 2 Score: 40.8 bits (94), Expect = 4.1e-02
Identity = 20/29 (68.97%), Postives = 21/29 (72.41%), Query Frame = 0


Query: 364 PIGISMLIYTNSGSAILALASNAFHLLWK 393
           P  +  LIYTNSG AILALA NA H LWK
Sbjct: 778 PARVVKLIYTNSGGAILALAENAAHKLWK 806

[Close]

BLAST of Spg007210 vs. ExPASy Swiss-Prot
Match: Q0J7U6 (Protein TOPLESS-RELATED PROTEIN 2 OS=Oryza sativa subsp. japonica OX=39947 GN=TPR2 PE=1 SV=1)

HSP 1 Score: 48.9 bits (115), Expect = 1.5e-04
Identity = 22/31 (70.97%), Postives = 26/31 (83.87%), Query Frame = 0


Query: 156 DLPKTVMRTPNQGSSPMCMDFHPVQQTLLLV 187
           DLPK V+R  NQGS+ M +DFHPVQQT+LLV
Sbjct: 334 DLPKQVVRNLNQGSNVMSLDFHPVQQTILLV 364

[Close]

BLAST of Spg007210 vs. ExPASy TrEMBL
Match: A0A5A7QGS6 (Transducin family protein / WD-40 repeat family protein OS=Striga asiatica OX=4170 GN=STAS_20989 PE=4 SV=1)

HSP 1 Score: 100.9 bits (250), Expect = 1.2e-17
Identity = 79/190 (41.58%), Postives = 96/190 (50.53%), Query Frame = 0


Query: 215 VNLPINVQPVSFVDHGH---------DLPKTVMRTPNQGSSPMCMDFHPVQQTLLLVECL 274
           VNLP+NV PVSF  H H         DLPKTV RT NQGSSPM MDFHP+QQTLLLV   
Sbjct: 332 VNLPVNVLPVSFPGHSHSQPPFNAPDDLPKTVARTLNQGSSPMSMDFHPIQQTLLLVG-T 391

Query: 275 SCFRVGLECLGAS---YLTHIPVVTPIGVNLPINVQPVSFVDHGHDLPKTVMRTPNQGSS 334
           +   +GL  +G+     L +  V       LP+        D G  + + V+ +P+    
Sbjct: 392 NVGDIGLWEVGSRERLVLRNFKVWDVSACTLPLQASLAK--DPGVSVNR-VIWSPDGSLF 451

Query: 335 PMCMDFHPVQQTLLLVECLSCFRVGLECLGASYLTHIPVVTPIGISMLIYTNSGSAILAL 393
            +    H VQ                     SY  +  +   + IS LIYTNSGSAILAL
Sbjct: 452 GVAYSRHLVQI-------------------YSYHGNDDIRQHLEISRLIYTNSGSAILAL 498

[Close]

BLAST of Spg007210 vs. ExPASy TrEMBL
Match: A0A0A0KTH7 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_4G006320 PE=4 SV=1)

HSP 1 Score: 84.3 bits (207), Expect = 1.2e-12
Identity = 41/59 (69.49%), Postives = 46/59 (77.97%), Query Frame = 0


Query: 136 SEKVNLPINVQPVSFVDHGH--------DLPKTVMRTPNQGSSPMCMDFHPVQQTLLLV 187
           S++VNLP+NV PVSF  HGH        DLPKTVMRT NQGS+PM MDFHP+QQTLLLV
Sbjct: 314 SDEVNLPVNVLPVSFTGHGHAQNFNAPDDLPKTVMRTLNQGSNPMSMDFHPIQQTLLLV 372

[Close]

BLAST of Spg007210 vs. ExPASy TrEMBL
Match: A0A0A0KTH7 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_4G006320 PE=4 SV=1)

HSP 1 Score: 48.1 bits (113), Expect = 9.5e-02
Identity = 24/26 (92.31%), Postives = 24/26 (92.31%), Query Frame = 0


Query: 367 ISMLIYTNSGSAILALASNAFHLLWK 393
           IS LIYTNSGSAILALASNA HLLWK
Sbjct: 725 ISRLIYTNSGSAILALASNAIHLLWK 750

HSP 2 Score: 84.3 bits (207), Expect = 1.2e-12
Identity = 42/59 (71.19%), Postives = 46/59 (77.97%), Query Frame = 0


Query: 136 SEKVNLPINVQPVSFVDHGH--------DLPKTVMRTPNQGSSPMCMDFHPVQQTLLLV 187
           S++VNLP+NV PVSF  HGH        DLPKTV+RT NQGSSPM MDFHPVQQTLLLV
Sbjct: 314 SDEVNLPVNVLPVSFAGHGHAQAFNAPDDLPKTVIRTLNQGSSPMSMDFHPVQQTLLLV 372

[Close]

BLAST of Spg007210 vs. ExPASy TrEMBL
Match: A0A6J1DKI7 (protein TOPLESS OS=Momordica charantia OX=3673 GN=LOC111020907 PE=4 SV=1)

HSP 1 Score: 48.1 bits (113), Expect = 9.5e-02
Identity = 24/26 (92.31%), Postives = 24/26 (92.31%), Query Frame = 0


Query: 367 ISMLIYTNSGSAILALASNAFHLLWK 393
           IS LIYTNSGSAILALASNA HLLWK
Sbjct: 781 ISRLIYTNSGSAILALASNAIHLLWK 806

HSP 2 Score: 84.0 bits (206), Expect = 1.6e-12
Identity = 42/59 (71.19%), Postives = 45/59 (76.27%), Query Frame = 0


Query: 136 SEKVNLPINVQPVSFVDHGH--------DLPKTVMRTPNQGSSPMCMDFHPVQQTLLLV 187
           S++VNLP+NV PVSF  HGH        DLPK VMRT NQGSSPM MDFHPVQQTLLLV
Sbjct: 314 SDEVNLPVNVLPVSFAGHGHAQAFNAPDDLPKNVMRTLNQGSSPMSMDFHPVQQTLLLV 372

[Close]

BLAST of Spg007210 vs. ExPASy TrEMBL
Match: A0A6J1KEV5 (protein TOPLESS-like OS=Cucurbita maxima OX=3661 GN=LOC111492626 PE=4 SV=1)

HSP 1 Score: 48.1 bits (113), Expect = 9.5e-02
Identity = 24/26 (92.31%), Postives = 24/26 (92.31%), Query Frame = 0


Query: 367 ISMLIYTNSGSAILALASNAFHLLWK 393
           IS LIYTNSGSAILALASNA HLLWK
Sbjct: 778 ISRLIYTNSGSAILALASNAIHLLWK 803

HSP 2 Score: 84.0 bits (206), Expect = 1.6e-12
Identity = 42/59 (71.19%), Postives = 46/59 (77.97%), Query Frame = 0


Query: 136 SEKVNLPINVQPVSFVDHGH--------DLPKTVMRTPNQGSSPMCMDFHPVQQTLLLV 187
           S++VNLP+NV PVSF  HGH        DLPKTV+RT NQGSSPM MDFHPVQQTLLLV
Sbjct: 314 SDEVNLPVNVLPVSFPGHGHGQAFNAPDDLPKTVLRTLNQGSSPMSMDFHPVQQTLLLV 372

[Close]

BLAST of Spg007210 vs. TAIR 10
Match: AT1G15750.1 (Transducin family protein / WD-40 repeat family protein )

HSP 1 Score: 68.2 bits (165), Expect = 1.7e-11
Identity = 36/61 (59.02%), Postives = 44/61 (72.13%), Query Frame = 0


Query: 136 SEKVNLPINVQPVSFVD--HGH--------DLPKTVMRTPNQGSSPMCMDFHPVQQTLLL 187
           S++VNL +N+ P+SF    HGH        DLPKTV RT +QGSSPM MDFHP++QTLLL
Sbjct: 313 SDEVNLGVNMLPMSFSGQAHGHSPAFKAPDDLPKTVARTLSQGSSPMSMDFHPIKQTLLL 372