Cla97C03G062010 (gene) Watermelon (97103) v2

Overview
NameCla97C03G062010
Typegene
OrganismCitrullus lanatus (Watermelon (97103) v2)
DescriptionUnknown protein
LocationCla97Chr03 : 22363313 .. 22372360 (+)
Genome Viewer
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

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

mRNA sequence

ATGGCCCTTCCTTTACACTTGAAACAAGTTCCTGTGCCAATCAGACAACGCCCCTGGTGGCGCTTCCCACAGATCTTACATACGGGCAACTGGAGTTACTACCAGTTTATTCTGTATTGTATAACTGACCACCGATTACCGATTCCGATTGAATGTCTTAAAGCGACCGCTTTCTTCAATAGAACTGTGCTTGACGATAGAAGCAAACGAGTTGGCTATGATAGATTGGGCATGTTCTCGCTTACGACTTGGGAGAGTCTGGGACATTCCCTCATGATGGAACGGCTACCTTCTTTGTGTTGTCTACTCAAGGAAAGAGCGGGATACTTAGCTGAAAGGGTGAACAAGGTCGAGCGCGTTCAAACGTTGCTCCAGAGTACCCTCTTGGGCAGCAGTCGAAGAATAGCTAGTGCGCGCATCCCTTGGCAATTTCGCTTTCAATCTGCTAGCTCGACTTCCTGTCCAGTCTGCCTTTGA

Coding sequence (CDS)

ATGGCCCTTCCTTTACACTTGAAACAAGTTCCTGTGCCAATCAGACAACGCCCCTGGTGGCGCTTCCCACAGATCTTACATACGGGCAACTGGAGTTACTACCAGTTTATTCTGTATTGTATAACTGACCACCGATTACCGATTCCGATTGAATGTCTTAAAGCGACCGCTTTCTTCAATAGAACTGTGCTTGACGATAGAAGCAAACGAGTTGGCTATGATAGATTGGGCATGTTCTCGCTTACGACTTGGGAGAGTCTGGGACATTCCCTCATGATGGAACGGCTACCTTCTTTGTGTTGTCTACTCAAGGAAAGAGCGGGATACTTAGCTGAAAGGGTGAACAAGGTCGAGCGCGTTCAAACGTTGCTCCAGAGTACCCTCTTGGGCAGCAGTCGAAGAATAGCTAGTGCGCGCATCCCTTGGCAATTTCGCTTTCAATCTGCTAGCTCGACTTCCTGTCCAGTCTGCCTTTGA

Protein sequence

MALPLHLKQVPVPIRQRPWWRFPQILHTGNWSYYQFILYCITDHRLPIPIECLKATAFFNRTVLDDRSKRVGYDRLGMFSLTTWESLGHSLMMERLPSLCCLLKERAGYLAERVNKVERVQTLLQSTLLGSSRRIASARIPWQFRFQSASSTSCPVCL
Homology
[Close]
BLAST of Cla97C03G062010 vs. NCBI nr
Match: KUM47620.1 (hypothetical protein ABT39_MTgene5806 (mitochondrion) [Picea glauca])

HSP 1 Score: 87.0 bits (214), Expect = 6.1e-14
Identity = 42/56 (75.00%), Postives = 47/56 (83.93%), Query Frame = 0 

Query: 78  MFSLTTWESLGHSLMMERLPSLCCLLKERAGYLAERVNKVERVQTLLQSTLLGSSR 134
           M SLTTW+ +GHS+M E LP LCCLLK RAGYLAERV+K ERVQTL QS LLGS+R
Sbjct: 1   MLSLTTWDGMGHSIMREWLPGLCCLLKGRAGYLAERVDKAERVQTLPQSALLGSNR 56

[Close]
BLAST of Cla97C03G062010 vs. TrEMBL
Match: tr|A0A101LYE4|A0A101LYE4_PICGL (Uncharacterized protein OS=Picea glauca OX=3330 GN=ABT39_MTgene5806 PE=4 SV=1)

HSP 1 Score: 87.0 bits (214), Expect = 4.0e-14
Identity = 42/56 (75.00%), Postives = 47/56 (83.93%), Query Frame = 0 

Query: 78  MFSLTTWESLGHSLMMERLPSLCCLLKERAGYLAERVNKVERVQTLLQSTLLGSSR 134
           M SLTTW+ +GHS+M E LP LCCLLK RAGYLAERV+K ERVQTL QS LLGS+R
Sbjct: 1   MLSLTTWDGMGHSIMREWLPGLCCLLKGRAGYLAERVDKAERVQTLPQSALLGSNR 56

The following BLAST results are available for this feature:
BLAST of Cla97C03G062010 vs. NCBI nr
Match NameE-valueIdentityDescription
KUM47620.16.1e-1475.00hypothetical protein ABT39_MTgene5806 (mitochondrion) [Picea glauca][more]
BLAST of Cla97C03G062010 vs. TrEMBL
Match NameE-valueIdentityDescription
tr|A0A101LYE4|A0A101LYE4_PICGL4.0e-1475.00Uncharacterized protein OS=Picea glauca OX=3330 GN=ABT39_MTgene5806 PE=4 SV=1[more]
BLAST of Cla97C03G062010 vs. Swiss-Prot
Match NameE-valueIdentityDescription
BLAST of Cla97C03G062010 vs. TAIR10
Match NameE-valueIdentityDescription
GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0008150 biological_process
cellular_component GO:0005575 cellular_component
molecular_function GO:0003723 RNA binding
Relationships

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

Feature NameUnique NameType
Cla97C03G062010.1Cla97C03G062010.1mRNA


Synteny
The following gene(s) are orthologous to this gene:
GeneOrthologueOrganismBlock
Cla97C03G062010Cla001024Watermelon (97103) v1wmwmbB128
Cla97C03G062010ClCG03G011740Watermelon (Charleston Gray)wcgwmbB186
The following gene(s) are paralogous to this gene:

None

The following block(s) are covering this gene:
GeneOrganismBlock
Cla97C03G062010Silver-seed gourdcarwmbB0562
Cla97C03G062010Silver-seed gourdcarwmbB1020
Cla97C03G062010Cucumber (Gy14) v2cgybwmbB046
Cla97C03G062010Cucumber (Gy14) v1cgywmbB611
Cla97C03G062010Cucurbita maxima (Rimu)cmawmbB063
Cla97C03G062010Cucurbita maxima (Rimu)cmawmbB116
Cla97C03G062010Cucurbita moschata (Rifu)cmowmbB050
Cla97C03G062010Cucurbita moschata (Rifu)cmowmbB101
Cla97C03G062010Wild cucumber (PI 183967)cpiwmbB048
Cla97C03G062010Cucumber (Chinese Long) v3cucwmbB046
Cla97C03G062010Cucumber (Chinese Long) v2cuwmbB047
Cla97C03G062010Bottle gourd (USVL1VR-Ls)lsiwmbB365
Cla97C03G062010Melon (DHL92) v3.6.1medwmbB237
Cla97C03G062010Melon (DHL92) v3.5.1mewmbB251
Cla97C03G062010Watermelon (97103) v1wmwmbB129
Cla97C03G062010Wax gourdwgowmbB630