Cp4.1LG08g12590 (gene) Cucurbita pepo (Zucchini)

Overview
NameCp4.1LG08g12590
Typegene
OrganismCucurbita pepo (Cucurbita pepo (Zucchini))
DescriptionKelch-like protein diablo
LocationCp4.1LG08 : 9003275 .. 9010089 (-)
Genome Viewer
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

Legend: CDSthree_prime_UTR
Hold the cursor over a type above to highlight its positions in the sequence below.
ATGAATGTAATTCCAGGGGATGAATTTGTTGTGCGGGATGACACGTGTGACTTTGGTTACAATGTGCAGTGTATTATTTTAGTTTATGATTTTGACTAGATTTTTTTTTTTCACTCCTATATATGCCTGAATGAATTCAGGAAAGAGAGCTCTATATTTCAAGGCCGGATCTTCTGCTTGATTGAATGCTGCTGCAGTGTCCAGAATTTTGAGCTAGTGTGACCTTGGAAGCGTAACATTTGGATGTACAAACAGCATATGAAGGAGTGTCTTTCCAGCCAGCTTTTTGGTTCGTATCCCCAACTCAATTGATATTTTCTGCTTTTCTTTCCCTTTTTCTTTTACTTCTTTTACTGGTTTATATTTACACTTCAGCGCTTTGTTAGCTTAAAGAACATCATTTATTTTATTGGAAATTACACGGTGATATCCAATACTTTGTTCTTCTTCCAATTTTCCTTCCCTCTTCACTCTATGATTATCCTCTTGTTTTGTTTCGTTTCGTTTTTCTGCCCTTTGATACTAACATCTCTATTTTCCATCTGTATAGGTTTGCCTTCCCAACACTTTTCATATGTGTAGAATATCGATCCTGGTTTGCCTTTGTTTCTATTCAACTATAGGGAGAGAAACTTTTCATATGTGTAGAATATCAATCCTGGTCAGACGAATATTAATCCATATGGGTGGACTACTGATGGTTCAGAGAGAACACTTTATCCAGCTCAGGTTTGACCAGAAAATTTCCATACTTGTGTTGTCTCTCCTAAGTCGCACGATTTTAAAGATACTCAATGGTCATCACCAAGAAAATGCGGTTCACAGTCTTGTTCGGAAGCAGTGCCAACCTTTGTTAGAAAATCTGTTCAGACCTATAATTACAACTATGCCCCATTCATTTCTGGTTTGGGCTAGACCATGCTCAGACAAATAAGTTTATCTCTTTATTAGCATCTCAAGCCGTGGCTCCACATGTACCACAATTTACAATGAGGTGGAGACTTTTTGTACAGGCCTCCCCTCCTTGGAAATAAGGGATGAAAGTGAAAGATCAAACCACAAAATTCGGAGGAGCACTTTGACTTGGCAAGTCAAGTATCAGATGCTGTAGATGTTACTTCCTCATTAGACGCAGAAAACAGTGCATTTGGTGCTCATTCTGATGCAAATGAGGCCAATGGAGAGGAGAACTACCGAGTATTGCATAAACTACAACTGCCTATAATCATGAAAATCCAGTGTTGCCTTTAACAAGTGAGACAGATCATACTACCCTTAATAAGGACATGAATTTGGAGAATAATGGTAGTTTCGGTGAACCAATAAAGTCCATAGAGAGCAATGAAGAGGACTTTGGTTCTGTGACTGAACTTCAGTCTCTCATTGCTAAGGTAGTTACGGTATTGCATATATGATTTATATTTTTACGTATCTCTGAATCACGGCGTCTAATGTGTATTTTAATACTTCATCTCTCTGGTTGTAATTGGTTCAGGAGATACAAGAGCTAAAAAATTCTAAAGCAGATCAAGCTAAGAAAATAGTTTTCTTGGAGGAAAAGCTGGTACGTTTCTTTCTTTTTTTTTTTTTTTTTTTTTTTTNTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTCTCTTTATCTCTCTTCTGCTTGTACGTGCATATGCTTCTGTTGCGTGGTTGAATAGTGAGCTTTACGTTTTTGGCGGTGGTTATGGTAGTGCATGGCATAACACTGGTATTGACTTTTGCTCATATTATCGGATGTCTTTGTTTGTGTAGTAAAATAATTTCTCTCATTTTCATTTTTTGTTGTTGAAGTTGGATCATATAACCCGGAAACCGATGATTGGACTATGTGCCCTTCTGTAAATTTGGCCAAGGGAAGCCTTGGAGGAGTTAGCATTGGTAACAAACTATTTGCTGTTGGTGGTGGAAATGGCATTGAATCCTACTTAGATGTTGAAATGCTTGACTTAGATCTTGGACTATGGATTTAGACAAGGTCCATGCTACAAAAGGTAAAATGGTTATTTCTGCACGTCTCTTATGTTTAATTTTAAGTTTATCCACCTTCTATCTTGTTCCAAAAAATAAAAATAAGTTTATCCACCTCTTTCATAACACATGTTTCATTCGGTTAATTTTGCAAAATAGTTCTACCAAGTGTTGATTATGAGAAACAAATTTGCTTGGAGTTTTCTTTTCTAGCTTAATGGTAGGTCATTTGCCATGCTCGACTTAACCTCGGATATAAATCCATGCGAGGTCAATGCTACCGAGTGAAAACATATTCTTTGGCCAATTTGTCTACTTACCTTCTTAACCATTGCAGTTGCATTTTATCTGTTCACAATTTTTTATTCTCTTTTCTTATGAGATGTCAACAATTTATTTTCACTGCTTGATTATTTTCTTCCGCGATTTGCTGTTTCGGCAGTGGAGCTCAATGGCGTGCTTAGGTGGGCTTGATGGCAATGACTATTTGAAGTAAGATATCAGGACTTCTTATCTTTTTTTCTTTTCTTATCCATAAGAGATTTAATCAACGATCTCATTTGTTGCCCTTTGCATTCAAACTTGAGTTGGCTTGAAAGGTACAAAAATAGTTTTCATGGTCTCCCAATCTCTGCCTTTTCAGAACTGCTGACAGATTTGATATCCGAGAACATTCGTGGACCCAAATCCTCAGTATGAATGCAAAATGAGGATAGGCCATTCTTTGGTTACTTCAACGAGAAACCGTAAGCCATTTCTTGCACTACATTTTCCATGTTTTGTTTACTAGCTTGTGTTTAATATCTAGCATGTGGTAAGTTCTTTTTTCTTTCTTTCTTTGTTACATATAACTCTCCTGTGAAAAATACTTGCACTCTTTATTTAGATCAATCGAGAAGAGATTACACTCTGTAGAATACTACTATACTTTGCTACTTGAGACTAAAAATTTCTAGAATTTCTAGGGGTGATAAAAACATGGGTAGGGTAGAGGAGTATTTATAATAGATGGTACACAATTTATTCCTAAAATTTTAGTTATCTCTATTTCATTTTCTTAAAATATTTACATCATTTTTCTAAAATATATAAATAATAGGCTCATACAATTATTGGGTAAATCTCTAAAATATATAAATAATAGGCTCATATAATTATTGGCTAAATCTAATTGGGTTAGGGAAGATATCTGAACAATGAATAGATTAATGCTACACTTGCAAGCATAGTTTATAAATTTTCACATCCATGTTGGTAAATTTGTCAGGCCCGTATTTAATATTCTATACCGTACTTCGTAGTTATGGTCTTGGGGGATTCGATGGAGATTCCATGGCTTCGAGCGTTCGAGTATCTCATCCACCTTCGAAATTGTGGATCGTTGAGGAACCCATGAAAAAGACACGAGGATTGATATGCAGCAGCTGGAGGCATCAATGAATCCATGTGCATAATTGTGGCGGTAAGTTAATGATCTACCATATCCCTTCGTTCAGTAACTCCGAAAAATCAGATTTTCTTATAAAATAATCACAGCGATACTTCAAAGTACATTGCTCTGCTTACCATGAGGTTTGAATTTAAATTAGAATTTTTTGTATTAAAATATTTAAACCATAGATTATTATTATTATTTTTTATACGGTTATAAATTATTATTTAAAAAAACGAATATGTGCTGTGCCATAAATGGAAGTGGAAGACCCTACTGCTATTTTGCTATATAGGTTGAGAGTTAAAGGGTGTGGCTGGCAGGAAAAGACGTCGAGGGTTCTAAAGAAAAGCTCTACTTGCACGGTAATTTGGTAAATAATACTGAAATTCGATAGCTATGAAGATTTTCTCTTGAATAGAAAAGAGGCGGAGGCGTAAGTTACCGACTATTGATCTCACACATATTTGACTAGTAAAGTTTAGTCAAAATTGTTTGACAACTATTTTTATTTTTTATTTTGAAAAGTTAAAAGCCCATCTGATTTAGAAAATGTTTGTTTTTTGTTTTTTATTTTGAAAAGTTAAGCCTATGTGATTTAGAAAATGTTTGTTTTTATTTTTTTTTATTTGTTGAGTAGAAAATTTTGGGTTATGGAGTAGGCCTATATATAATATATATAGTAAATGACTATTTATGATAAAAAAAACAAATAATAGAAATATATATGTTATCTAGTAAAACTATATATACTATAGGCACGCATCTATTGTTTATACATAGCTGAAGTTTTCTACACGGTACATACGAAGTTTATATATATTTGAAGTTTTTTTGCTAGGTTATAGTACCATATTTGTTACGGTACATACTTGAAGTTTTTTTGCTAGGTTATAGTACCATATTTGTTACCGTACATACTTGAAGTTTTTTGTTATGCTATGATACCATATTTGTTACCGTACATACTTGAAGTTTTGTGCTATGTTATACTGGAAGAGTTTTTGCTATGTTATGGTACCATATTTGTTACCGTACATACTTGAAGTTTTGTGCTATGTTATACTGGAAGGGTTTTTGCTATGTTATGGTACCATATTTGTTACCGTACATACTTGAAGCTTTCTGCATTCTCTTTTATTATACATACTTGAAGTTTTTTTGCATTCTTTTTGTACATACCTAATTATTTATCTCTTCTTTTTCTATATTATCTCTTCCTAAGTTTACTCAGTTTTCTGCTTTCTTTGTATTCTCTGTATTTTCAATTCATGTATTCTCAGTTACTTGCTGCTTTTCTTGCTTTTTCTGTATTCTCAGTTACTTGCGACTTTTCTTACTTTTCCTGTATTCTCAGTTACTAGTTGATTTATTTTCTTGTTTTTCCTGTATTCTCAGTTACTAGTTGATTTATTTTCTTGTTTTTCCTGTATTCTCAGTTACTAGTTGATTTATTTTCTTGTTTTTCCTGTATTCTCAGTTACTAGTTGATTTATTTTCTTGCTTTTCCTGTATTCTCAGTTCCTGCTTTTCCTGTATTCTCAGTTCCTGCTTTTCCTGTATTTTCAGTTCCTGCTTTTCCTGTATTCTCAGTTCCTGCTTTTCCTGTATTCTCAGTTACTTGCTTCCTGTATTCATGTATTCTCAGTTCTTGTTTTTCCTGTATTCTTAGTTACTGCTTTTCCTGTATTCTCAGTTCCTGCTTTTCCTGTATTCTCGCTTTTCCTGTATTCTCAGTTACTTGCTTCCTGTATTCATGTATTCTCAGTTCCTGCTTTTCCTGTATTCTCAGTTACTTGCTTCCTGTATTCATGTATTCTCAGTTCTTGTTTTTCCTGTATTCTTAGTTACTGCTTTTCCTGTATTCCTGTATTCTCAGTTACTGCTTTTTCTGTATTCCTGTATTCTCAGTTACTGCTTTTTCTGTATTCCTGTATTCTCAGTTACTGCTTTTCCTGTATTCTCGTATTCTTAGTTACTGCTTTTCCTGTATTCTCGGTTCCTGCTTTTCCTGTATTCTTGTATTCTTAGTTACTGCTTTTCCTGTATTCCTGTATTCTCGATTCCTGCTTTTCCTGTATTCTCGGTTCCTGCTTTTCCTGTATTCTCGGTTCTTGCTTTCTTAATTACTGCTTATTCTCAGTTCTTGCTTTTCCTGTATTCCTGTATTCTCATTTACGTATTCTCAATATCTATATTTTCAGTTTTTGCTTTTTCTATATTCTTAGTTTCTGCTTCAGTTTCTTTTTGTATTCTGTTTTCTCTGTATTCTCAGTTTCTGCTTTGCTCTTCCTGTATTCTCAGTTTCTGCTTTGCTCTGCCTGTATTCTCAGTTTCTGCTTTGCTCTGCCTGTATTCTCAGTTTCTGCTTTGCTCTGCCTGTATTCTCAGTTTCTGCTTTGCTCTGCCTGTATTCTCAGTTTCTGCTTTGCTCTGCCTGTATTCTCAGTTTCTGCTTTGCTCTGCCTGTATTCTCAGTTTCTGCTTTGCTCTGCCTGTATTCTCAGTTTCTGCTTTGCTCTGCCTGTATTCTCAGTTTCTGCTTTGCTCTGCCTGTATTCTCAGTTTCTGCTTTGCTCTGCCTGTATTCTCAGTTTCTGCTTTGCTCTTCTTGTATTCTGAGTTTCTACTTTGCTCTGCCTGTATTCTCAGTTACTGCTTTTCCTATATTCAGTTTCTTTCCATTTGTGCTTTCCTGCATTCTCAGTTTCAAAGTATTTTATGAAAATGAGTTGGGTAAATAATTTCATAAAATTGATAATAAATAATGTTATCAAATATGCTCCTGACAATTTATCTTGTAATTTTTTAAACTCCACAAAAAAAAATTAATAATTTTATTTATAACGTTGACAAATGATGCTTACCCAATTAAATGACAAAAGGTTATGTGTGTGAGAGAGATATGCTTAGGCTTAGGGTAAAAATGATAAATAAAGTGTATTTCATTATTAAATTATAAATTAAGAGGTTTGAAATGAAAACATTCTAAAATGTTTTCTCCCGTATAATATCGGTAACGACTTCAATTTTTCTTCCAAAGCCCATATATAGAAACAAACTGAATCATCCTTAGCTAGCTAAAGGTTCTAAGCAAGCCCACATGTAATTGAAATTGAACAAAATTATGATAGTGCTGTACTCATTTAATCATGAACCTATTAGCACACAATCTTTTTAATGATTTATCCTGTCAGTGCCTCTAGCCAACCACTGCTTAATTAATTGTGCATAAAAAATTATATTGAAAAAAATCGATAGATTGTGTTGAGGAAGCAAACAAAGAAAAGTCCAAGTTTATATATACGTGTGTATGTATGAATATGTATATATAAATCTAAAAATTAGACGCGATTGCTCTAA

mRNA sequence

ATGAATAATATCAATCCTGGTCAGACGAATATTAATCCATATGGGTGGACTACTGATGGTTCAGAGAGAACACTTTATCCAGCTCAGATCAAACCACAAAATTCGGAGGAGCACTTTGACTTGGCAAGTCAAGTATCAGATGCTGTAGATGTTACTTCCTCATTAGACGCAGAAAACAGTGCATTTGGTGCTCATTCTGATGCAAATGAGGCCAATGGAGAGGAGAACTACCGAAATAATGGTAGTTTCGGTGAACCAATAAAGTCCATAGAGAGCAATGAAGAGGACTTTGGTTCTGTGACTGAACTTCAGTCTCTCATTGCTAAGATGTCAACAATTTATTTTCACTGCTTGATTATTTTCTTCCGCGATTTGCTGTTTCGGCAGTGGAGCTCAATGGCGTGCTTAGGTGGGCTTGATGGCAATGACTATTTGAATTATGGTCTTGGGGGATTCGATGGAGATTCCATGGCTTCGAGCGTTCGAGTATCTCATCCACCTTCGAAATTGTGGATCGTTGAGGAACCCATGAAAAAGACACGAGGATTGATATGCAGCAGCTGGAGGCATCAATGAATCCATGTGCATAATTGTGGCGGTTGAGAGTTAAAGGGTGTGGCTGGCAGGAAAAGACGTCGAGGGTTCTAAAGAAAAGCTCTACTTGCACGGTAATTTGGTAAATAATACTGAAATTCGATAGCTATGAAGATTTTCTCTTGAATAGAAAAGAGGCGGAGGCGTAAGTTACCGACTATTGATCTCACACATATTTGACTAGTAAAGTTTAGTCAAAATTGTTTGACAACTATTTTTATTTTTTATTTTGAAAAGTTAAAAGCCCATCTGATTTAGAAAATGTTTGTTTTTTGTTTTTTATTTTGAAAAGTTAAGCCTATGTGATTTAGAAAATGTTTGTTTTTATTTTTTTTTATTTGTTGAGTAGAAAATTTTGGGTTATGGAGTAGGCCTATATATAATATATATAGTAAATGACTATTTATGATAAAAAAAACAAATAATAGAAATATATATGTTATCTAGTAAAACTATATATACTATAGGCACGCATCTATTGTTTATACATAGCTGAAGTTTTCTACACGGTACATACGAAGTTTATATATATTTGAAGTTTTTTTGCTAGGTTATAGTACCATATTTGTTACGGTACATACTTGAAGTTTTTTTGCTAGGTTATAGTACCATATTTGTTACCGTACATACTTGAAGTTTTTTGTTATGCTATGATACCATATTTGTTACCGTACATACTTGAAGTTTTGTGCTATGTTATACTGGAAGAGTTTTTGCTATGTTATGGTACCATATTTGTTACCGTACATACTTGAAGTTTTGTGCTATGTTATACTGGAAGGGTTTTTGCTATGTTATGGTACCATATTTGTTACCGTACATACTTGAAGCTTTCTGCATTCTCTTTTATTATACATACTTGAAGTTTTTTTGCATTCTTTTTGTACATACCTAATTATTTATCTCTTCTTTTTCTATATTATCTCTTCCTAAGTTTACTCAGTTTTCTGCTTTCTTTGTATTCTCTGTATTTTCAATTCATGTATTCTCAGTTACTTGCTGCTTTTCTTGCTTTTTCTGTATTCTCAGTTACTTGCGACTTTTCTTACTTTTCCTGTATTCTCAGTTACTAGTTGATTTATTTTCTTGTTTTTCCTGTATTCTCAGTTACTAGTTGATTTATTTTCTTGTTTTTCCTGTATTCTCAGTTACTAGTTGATTTATTTTCTTGTTTTTCCTGTATTCTCAGTTACTAGTTGATTTATTTTCTTGCTTTTCCTGTATTCTCAGTTCCTGCTTTTCCTGTATTCTCAGTTCCTGCTTTTCCTGTATTTTCAGTTCCTGCTTTTCCTGTATTCTCAGTTCCTGCTTTTCCTGTATTCTCAGTTACTTGCTTCCTGTATTCATGTATTCTCAGTTCTTGTTTTTCCTGTATTCTTAGTTACTGCTTTTCCTGTATTCTCAGTTCCTGCTTTTCCTGTATTCTCGCTTTTCCTGTATTCTCAGTTACTTGCTTCCTGTATTCATGTATTCTCAGTTCCTGCTTTTCCTGTATTCTCAGTTACTTGCTTCCTGTATTCATGTATTCTCAGTTCTTGTTTTTCCTGTATTCTTAGTTACTGCTTTTCCTGTATTCCTGTATTCTCAGTTACTGCTTTTTCTGTATTCCTGTATTCTCAGTTACTGCTTTTTCTGTATTCCTGTATTCTCAGTTACTGCTTTTCCTGTATTCTCGTATTCTTAGTTACTGCTTTTCCTGTATTCTCGGTTCCTGCTTTTCCTGTATTCTTGTATTCTTAGTTACTGCTTTTCCTGTATTCCTGTATTCTCGATTCCTGCTTTTCCTGTATTCTCGGTTCCTGCTTTTCCTGTATTCTCGGTTCTTGCTTTCTTAATTACTGCTTATTCTCAGTTCTTGCTTTTCCTGTATTCCTGTATTCTCATTTACGTATTCTCAATATCTATATTTTCAGTTTTTGCTTTTTCTATATTCTTAGTTTCTGCTTCAGTTTCTTTTTGTATTCTGTTTTCTCTGTATTCTCAGTTTCTGCTTTGCTCTTCCTGTATTCTCAGTTTCTGCTTTGCTCTGCCTGTATTCTCAGTTTCTGCTTTGCTCTGCCTGTATTCTCAGTTTCTGCTTTGCTCTGCCTGTATTCTCAGTTTCTGCTTTGCTCTGCCTGTATTCTCAGTTTCTGCTTTGCTCTGCCTGTATTCTCAGTTTCTGCTTTGCTCTGCCTGTATTCTCAGTTTCTGCTTTGCTCTGCCTGTATTCTCAGTTTCTGCTTTGCTCTGCCTGTATTCTCAGTTTCTGCTTTGCTCTGCCTGTATTCTCAGTTTCTGCTTTGCTCTGCCTGTATTCTCAGTTTCTGCTTTGCTCTTCTTGTATTCTGAGTTTCTACTTTGCTCTGCCTGTATTCTCAGTTACTGCTTTTCCTATATTCAGTTTCTTTCCATTTGTGCTTTCCTGCATTCTCAGTTTCAAAGTATTTTATGAAAATGAGTTGGGTAAATAATTTCATAAAATTGATAATAAATAATGTTATCAAATATGCTCCTGACAATTTATCTTGTAATTTTTTAAACTCCACAAAAAAAAATTAATAATTTTATTTATAACGTTGACAAATGATGCTTACCCAATTAAATGACAAAAGGTTATGTGTGTGAGAGAGATATGCTTAGGCTTAGGGTAAAAATGATAAATAAAGTGTATTTCATTATTAAATTATAAATTAAGAGGTTTGAAATGAAAACATTCTAAAATGTTTTCTCCCGTATAATATCGGTAACGACTTCAATTTTTCTTCCAAAGCCCATATATAGAAACAAACTGAATCATCCTTAGCTAGCTAAAGGTTCTAAGCAAGCCCACATGTAATTGAAATTGAACAAAATTATGATAGTGCTGTACTCATTTAATCATGAACCTATTAGCACACAATCTTTTTAATGATTTATCCTGTCAGTGCCTCTAGCCAACCACTGCTTAATTAATTGTGCATAAAAAATTATATTGAAAAAAATCGATAGATTGTGTTGAGGAAGCAAACAAAGAAAAGTCCAAGTTTATATATACGTGTGTATGTATGAATATGTATATATAAATCTAAAAATTAGACGCGATTGCTCTAA

Coding sequence (CDS)

ATGAATAATATCAATCCTGGTCAGACGAATATTAATCCATATGGGTGGACTACTGATGGTTCAGAGAGAACACTTTATCCAGCTCAGATCAAACCACAAAATTCGGAGGAGCACTTTGACTTGGCAAGTCAAGTATCAGATGCTGTAGATGTTACTTCCTCATTAGACGCAGAAAACAGTGCATTTGGTGCTCATTCTGATGCAAATGAGGCCAATGGAGAGGAGAACTACCGAAATAATGGTAGTTTCGGTGAACCAATAAAGTCCATAGAGAGCAATGAAGAGGACTTTGGTTCTGTGACTGAACTTCAGTCTCTCATTGCTAAGATGTCAACAATTTATTTTCACTGCTTGATTATTTTCTTCCGCGATTTGCTGTTTCGGCAGTGGAGCTCAATGGCGTGCTTAGGTGGGCTTGATGGCAATGACTATTTGAATTATGGTCTTGGGGGATTCGATGGAGATTCCATGGCTTCGAGCGTTCGAGTATCTCATCCACCTTCGAAATTGTGGATCGTTGAGGAACCCATGAAAAAGACACGAGGATTGATATGCAGCAGCTGGAGGCATCAATGA

Protein sequence

MNNINPGQTNINPYGWTTDGSERTLYPAQIKPQNSEEHFDLASQVSDAVDVTSSLDAENSAFGAHSDANEANGEENYRNNGSFGEPIKSIESNEEDFGSVTELQSLIAKMSTIYFHCLIIFFRDLLFRQWSSMACLGGLDGNDYLNYGLGGFDGDSMASSVRVSHPPSKLWIVEEPMKKTRGLICSSWRHQ
Homology
[Close]
BLAST of Cp4.1LG08g12590 vs. TrEMBL
Match: A0A0A0L9S8_CUCSA (Uncharacterized protein OS=Cucumis sativus GN=Csa_3G730840 PE=4 SV=1)

HSP 1 Score: 75.1 bits (183), Expect = 1.0e-10
Identity = 57/144 (39.58%), Postives = 69/144 (47.92%), Query Frame = 1 

Query: 3   NINPGQTNINPYGWTTDGSERTLYPAQIKPQNSEEHFDLASQVSDAVDVTSSLDAENSAF 62
           ++ P  TN  P+       E      +IKPQN +  +DLASQV+D +DVTSSLDA NSAF
Sbjct: 169 SVRPSTTNHRPFCTVLPSLETREGSEKIKPQNMDVQWDLASQVADTIDVTSSLDAGNSAF 228

Query: 63  GAHSDANEANGEEN----------YRNN--------------------------GSFGEP 111
             H D NE N EE            RN+                            + EP
Sbjct: 229 EVHCDENEVNEEEKNRLLHKLQELARNHHESPMLPLTSDTDHTALNKDKNLENSDRYVEP 288

[Close]
BLAST of Cp4.1LG08g12590 vs. NCBI nr
Match: gi|659083456|ref|XP_008442366.1| (PREDICTED: kelch-like protein 40b isoform X2 [Cucumis melo])

HSP 1 Score: 75.5 bits (184), Expect = 1.1e-10
Identity = 61/149 (40.94%), Postives = 71/149 (47.65%), Query Frame = 1 

Query: 3   NINPGQTNINPYGW------TTDGSERTLYPAQIKPQNSEEHFDLASQVSDAVDVTSSLD 62
           ++ P  TN  P+        T DGSE+      IKPQ  +   DLASQ +D +DVTSSLD
Sbjct: 169 SVRPSTTNRRPFCTVLPSLETRDGSEK------IKPQIMDVQCDLASQEADTIDVTSSLD 228

Query: 63  AENSAFGAHSDANEANGE-----------------------------------ENYRNNG 111
           A NSAFGAH DANE N E                                   EN  NN 
Sbjct: 229 AGNSAFGAHCDANEVNEEESLLLHKLEQLARNLHASPMLPLTSDTDHTALNKDENLENND 288

[Close]
BLAST of Cp4.1LG08g12590 vs. NCBI nr
Match: gi|659083454|ref|XP_008442365.1| (PREDICTED: influenza virus NS1A-binding protein homolog isoform X1 [Cucumis melo])

HSP 1 Score: 75.5 bits (184), Expect = 1.1e-10
Identity = 61/149 (40.94%), Postives = 71/149 (47.65%), Query Frame = 1 

Query: 3   NINPGQTNINPYGW------TTDGSERTLYPAQIKPQNSEEHFDLASQVSDAVDVTSSLD 62
           ++ P  TN  P+        T DGSE+      IKPQ  +   DLASQ +D +DVTSSLD
Sbjct: 169 SVRPSTTNRRPFCTVLPSLETRDGSEK------IKPQIMDVQCDLASQEADTIDVTSSLD 228

Query: 63  AENSAFGAHSDANEANGE-----------------------------------ENYRNNG 111
           A NSAFGAH DANE N E                                   EN  NN 
Sbjct: 229 AGNSAFGAHCDANEVNEEESLLLHKLEQLARNLHASPMLPLTSDTDHTALNKDENLENND 288

[Close]
BLAST of Cp4.1LG08g12590 vs. NCBI nr
Match: gi|778683124|ref|XP_011651846.1| (PREDICTED: kelch-like protein 5 [Cucumis sativus])

HSP 1 Score: 75.1 bits (183), Expect = 1.5e-10
Identity = 57/144 (39.58%), Postives = 69/144 (47.92%), Query Frame = 1 

Query: 3   NINPGQTNINPYGWTTDGSERTLYPAQIKPQNSEEHFDLASQVSDAVDVTSSLDAENSAF 62
           ++ P  TN  P+       E      +IKPQN +  +DLASQV+D +DVTSSLDA NSAF
Sbjct: 169 SVRPSTTNHRPFCTVLPSLETREGSEKIKPQNMDVQWDLASQVADTIDVTSSLDAGNSAF 228

Query: 63  GAHSDANEANGEEN----------YRNN--------------------------GSFGEP 111
             H D NE N EE            RN+                            + EP
Sbjct: 229 EVHCDENEVNEEEKNRLLHKLQELARNHHESPMLPLTSDTDHTALNKDKNLENSDRYVEP 288

The following BLAST results are available for this feature:
BLAST of Cp4.1LG08g12590 vs. Swiss-Prot
Match NameE-valueIdentityDescription
BLAST of Cp4.1LG08g12590 vs. TrEMBL
Match NameE-valueIdentityDescription
A0A0A0L9S8_CUCSA1.0e-1039.58Uncharacterized protein OS=Cucumis sativus GN=Csa_3G730840 PE=4 SV=1[more]
BLAST of Cp4.1LG08g12590 vs. TAIR10
Match NameE-valueIdentityDescription
BLAST of Cp4.1LG08g12590 vs. NCBI nr
Match NameE-valueIdentityDescription
gi|659083456|ref|XP_008442366.1|1.1e-1040.94PREDICTED: kelch-like protein 40b isoform X2 [Cucumis melo][more]
gi|659083454|ref|XP_008442365.1|1.1e-1040.94PREDICTED: influenza virus NS1A-binding protein homolog isoform X1 [Cucumis melo... [more]
gi|778683124|ref|XP_011651846.1|1.5e-1039.58PREDICTED: kelch-like protein 5 [Cucumis sativus][more]
GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0008150 biological_process
biological_process GO:0048451 petal formation
biological_process GO:0048453 sepal formation
cellular_component GO:0005575 cellular_component
cellular_component GO:0031463 Cul3-RING ubiquitin ligase complex
molecular_function GO:0003674 molecular_function
molecular_function GO:0005515 protein binding
molecular_function GO:0004842 ubiquitin-protein transferase activity
Relationships

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

Feature NameUnique NameType
Cp4.1LG08g12590.1Cp4.1LG08g12590.1mRNA


Synteny
The following gene(s) are orthologous to this gene:
GeneOrthologueOrganismBlock
Cp4.1LG08g12590CmoCh06G002010Cucurbita moschata (Rifu)cmocpeB797
Cp4.1LG08g12590MELO3C009131.2Melon (DHL92) v3.6.1cpemedB937
Cp4.1LG08g12590CsaV3_3G033400Cucumber (Chinese Long) v3cpecucB1057
Cp4.1LG08g12590Bhi11G001480Wax gourdcpewgoB1086
Cp4.1LG08g12590CsGy3G028730Cucumber (Gy14) v2cgybcpeB455
Cp4.1LG08g12590Carg01126Silver-seed gourdcarcpeB0233
Cp4.1LG08g12590Carg12453Silver-seed gourdcarcpeB1393
The following gene(s) are paralogous to this gene:
GeneParalogueOrganismBlock
Cp4.1LG08g12590Cp4.1LG03g03430Cucurbita pepo (Zucchini)cpecpeB487
The following block(s) are covering this gene:
GeneOrganismBlock
Cp4.1LG08g12590Cucumber (Chinese Long) v2cpecuB860
Cp4.1LG08g12590Cucumber (Chinese Long) v2cpecuB870
Cp4.1LG08g12590Bottle gourd (USVL1VR-Ls)cpelsiB703
Cp4.1LG08g12590Bottle gourd (USVL1VR-Ls)cpelsiB707
Cp4.1LG08g12590Watermelon (Charleston Gray)cpewcgB765
Cp4.1LG08g12590Watermelon (Charleston Gray)cpewcgB785
Cp4.1LG08g12590Watermelon (97103) v1cpewmB827
Cp4.1LG08g12590Watermelon (97103) v1cpewmB849
Cp4.1LG08g12590Melon (DHL92) v3.5.1cpemeB796
Cp4.1LG08g12590Melon (DHL92) v3.5.1cpemeB821
Cp4.1LG08g12590Cucumber (Gy14) v2cgybcpeB576
Cp4.1LG08g12590Melon (DHL92) v3.6.1cpemedB959
Cp4.1LG08g12590Silver-seed gourdcarcpeB0792
Cp4.1LG08g12590Silver-seed gourdcarcpeB0952
Cp4.1LG08g12590Cucumber (Chinese Long) v3cpecucB1066
Cp4.1LG08g12590Wax gourdcpewgoB1130
Cp4.1LG08g12590Cucurbita pepo (Zucchini)cpecpeB105
Cp4.1LG08g12590Cucurbita pepo (Zucchini)cpecpeB408
Cp4.1LG08g12590Cucumber (Gy14) v1cgycpeB0348
Cp4.1LG08g12590Cucumber (Gy14) v1cgycpeB0490
Cp4.1LG08g12590Cucurbita maxima (Rimu)cmacpeB296
Cp4.1LG08g12590Cucurbita maxima (Rimu)cmacpeB691
Cp4.1LG08g12590Cucurbita maxima (Rimu)cmacpeB758
Cp4.1LG08g12590Cucurbita maxima (Rimu)cmacpeB757
Cp4.1LG08g12590Cucurbita maxima (Rimu)cmacpeB852
Cp4.1LG08g12590Cucurbita moschata (Rifu)cmocpeB259
Cp4.1LG08g12590Cucurbita moschata (Rifu)cmocpeB643
Cp4.1LG08g12590Cucurbita moschata (Rifu)cmocpeB711
Cp4.1LG08g12590Wild cucumber (PI 183967)cpecpiB862
Cp4.1LG08g12590Wild cucumber (PI 183967)cpecpiB872