CsGy2G009420 (gene) Cucumber (Gy14) v2

NameCsGy2G009420
Typegene
OrganismCucumis sativus (Cucumber (Gy14) v2)
DescriptionUnknown Protein
LocationChr2 : 8727732 .. 8737850 (-)
The following sequences are available for this feature:

Gene sequence (with intron)

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

mRNA sequence

ATGGAGGACGATCAGGAGGGCGAGGTTGAGGAATTTGTTCCCAATACTGGAAATAATTCAAACAAAGGGACAACCAACAACTTTAGGAATAACAATGGTCAATCACCCACTGCCTTCGTGACTTCTCATTCTGACAACGGAGCTACGAATCATGTGACTGCTGATTACACCAACCTTGCTAATCCAATGGAATATGGAGACTCATCATTTTGTTGAACACTATCGAAAGTTCATAAATTAACAAAAGAAACCGCCACCAGAAACCATTTTTTCTATCTGTCAGTCTCGAATTCGGACTTGTGGAGAAATCCGCTTTCCCAAAAAACGAATCCATTCGCATGGTAGAGAACACTGGACGTCATCTCCTTTGTCGCCATTTCTCATTGCCTTCACATGGGGATTCCACCATGTTTTTTCCTTTCCCCCATTCAATTTGATATTCATTTTCGTCCCTTTTCTTATTTAAATCCCATTCCCTCTCATTTCTCCTTACCCCACTGCCTAATTTTCATCATCTGGGGTTTCAGAATTTTCCAACCAGGCAAATGGGTCTCTTCCCATTTGCTCTTCTTTTGCTCTCTTCCTTTTTTCTTTTGAGGTTTTGTTCGGTTTATGGTAGAATTCCTTCCACCGCTGAAGGGCCGTTTAAGCCTGTGACCATCCCACTTGATAAGAGCTTCCGGGGTGTGGCCGAGGACTTGCCGGAAACTGATCCGAGAGTTCAGAAAAATGGGGCTCAGTTTCAGCCCGAGCAGATTTCTGTTTCACTCTCTGTAGATTATGACTCCGTTTGGATTTCTTGGATTACAGGAGACTTTCAAATTGGAGACGACATTCAACCACTAGATCCTGAAGAAGTTGCGAGTATTGTCATGTATGGAAAGTTTAGTATGCCAATGGATAACCAAGCAGAGGGTTATTCTCTTATCTACAATCAACTTTATCCCTTTGAAGGCCTCAGGAACTATACTTCTGGAATTATACACCATGTTCGTCTGACGGGATTGGAGCCTGATACTTTGTACCAATATCAGTGTGGAGACCCTTCAGTTGCAGAAGAAATGAGTGATGTATATTTTTTCAGAACCATGCCTGTTTCTGGGCCTAAGAGTTACCCTAATAGAATAGCAGTGGTTGGTGATTTGGGTCTTACATACAACACTACATCAACAGTTAATCATATTTTGAGTAATCATCCCGACCTTGTTCTATTGATTGGGGATGTGAGTTATGCTAACTTGTATCTTACAAATGGCACTGGCTCTGATTGTTACTCTTGTTCTTTTCCCGAAACTCCTATTCATGAAACTTATCAGCCTCGTTGGGACTTTTGGGGAAGGTATATGCAGCCTCTAGTATCTGAAGTTCCGTTGATGGTGGTGGAAGGGAACCATGAGATAGAACCGCAAGCTGAAAATCAAACATTTGCAGCTTATAGTTCCCGATTTTCATTCCCATCCGAAGAGAGTAACTCTTATTCGACATTTTACTACTCTTTCAATGCTGGTGGCATTCATTTTATAATGCTTGGTGCCTACATTTCATATGATAAATCAAGTGATCAATACAAATGGCTAGAGCAAGACCTGGCTAAAGTTGACAGGAAAGTTACTCCATGGTTGATAGCTACATGGCATCCACCCTGGTACAGCAGCTACACTGCTCATTATAGAGAAGCAGAGTGTATGAAAATGGCAATGGAAGACTTGCTCTACAAGTATAAAGTTGACATAGTTTTCAACGGTCATGTTCATGCCTATGAGAGGTCGAATAGAGTATATGACTACACTTTGGATCGTTGTGGTCCTGTCTACATAACAGTAGGTGATGGTGGTAACCGAGAGAAAATGGCAATTGAACATGCTGATGAACCTGGAAACTGTCCAGACCCATTCTCGACACCGGATGAATACATGGGTGGCTTCTGTGCATTCAATTTCACATCAGGCCCAGCTGAAGGAAAATTCTGCTGGGATCAGCAACCTGATTATAGTGCATATCGTGAAAGTAGTTTCGGCCATGGCATTTTGGAGGTGAAAAATGAAACTCATGCGTTGTGGACTTGGCATCGAAACCAGGACTCATATAAATCAGTTGGGGATATAATATACATCGTACGACAACCAGACATTTGTCTAATTGAGCAGAAGGTACATACATACAGACATGGAAAACAAGAAGATATGTGACAGTAGAACCATGGTTCCTACTTGATGAATGCAGCACACACAAACACAGAATGGAAGAAGGTAAGCAATGTGGAGGTTCAGAATTATACTTAGTTTCATCAATTGGGTTTTGTATTGTTTTTGTAATTCTTCATCATTGATGCTCCTAAAAAAACCAATTTTGTTAAGGCAATTAATAGATAATGGGATGTGATTTAGCATCCCAATATTTTTGTCTTTTATTTTAGCCTCATTGAAGC

Coding sequence (CDS)

ATGGAGGACGATCAGGAGGGCGAGGTTGAGGAATTTGTTCCCAATACTGGAAATAATTCAAACAAAGGGACAACCAACAACTTTAGGAATAACAATGGTCAATCACCCACTGCCTTCGTGACTTCTCATTCTGACAACGGAGCTACGAATCATGTGACTGCTGATTACACCAACCTTGCTAATCCAATGGAATATGGAGACTCATCATTTTGTTGA

Protein sequence

MEDDQEGEVEEFVPNTGNNSNKGTTNNFRNNNGQSPTAFVTSHSDNGATNHVTADYTNLANPMEYGDSSFC
The following BLAST results are available for this feature:
Match NameE-valueIdentityDescription
Match NameE-valueIdentityDescription
Match NameE-valueIdentityDescription
Match NameE-valueIdentityDescription
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:0003674 molecular_function

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

Feature NameUnique NameType
CsGy2G009420.1CsGy2G009420.1mRNA


Analysis Name: InterPro Annotations of cucumber Gy14 genome (v2)
Date Performed: 2018-09-25
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 1..52
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 12..52

The following gene(s) are orthologous to this gene:

None

The following gene(s) are paralogous to this gene:

None

The following block(s) are covering this gene:
GeneOrganismBlock
CsGy2G009420Cucumber (Gy14) v2cgybcgybB054
CsGy2G009420Cucurbita maxima (Rimu)cgybcmaB187
CsGy2G009420Cucurbita maxima (Rimu)cgybcmaB195
CsGy2G009420Cucurbita maxima (Rimu)cgybcmaB197
CsGy2G009420Cucurbita maxima (Rimu)cgybcmaB272
CsGy2G009420Cucurbita moschata (Rifu)cgybcmoB180
CsGy2G009420Cucurbita moschata (Rifu)cgybcmoB188
CsGy2G009420Cucurbita moschata (Rifu)cgybcmoB189
CsGy2G009420Cucurbita moschata (Rifu)cgybcmoB257
CsGy2G009420Cucurbita pepo (Zucchini)cgybcpeB178
CsGy2G009420Cucurbita pepo (Zucchini)cgybcpeB180
CsGy2G009420Cucurbita pepo (Zucchini)cgybcpeB201
CsGy2G009420Cucumber (Chinese Long) v2cgybcuB056
CsGy2G009420Bottle gourd (USVL1VR-Ls)cgyblsiB083
CsGy2G009420Bottle gourd (USVL1VR-Ls)cgyblsiB114
CsGy2G009420Melon (DHL92) v3.5.1cgybmeB115
CsGy2G009420Melon (DHL92) v3.5.1cgybmeB127
CsGy2G009420Melon (DHL92) v3.6.1cgybmedB114
CsGy2G009420Melon (DHL92) v3.6.1cgybmedB126
CsGy2G009420Watermelon (Charleston Gray)cgybwcgB135
CsGy2G009420Watermelon (Charleston Gray)cgybwcgB138
CsGy2G009420Watermelon (97103) v1cgybwmB125
CsGy2G009420Watermelon (97103) v1cgybwmB159
CsGy2G009420Wild cucumber (PI 183967)cgybcpiB056
CsGy2G009420Wild cucumber (PI 183967)cgybcpiB073
CsGy2G009420Silver-seed gourdcarcgybB0242
CsGy2G009420Silver-seed gourdcarcgybB1055
CsGy2G009420Cucumber (Chinese Long) v3cgybcucB064
CsGy2G009420Cucumber (Chinese Long) v3cgybcucB079
CsGy2G009420Watermelon (97103) v2cgybwmbB133
CsGy2G009420Watermelon (97103) v2cgybwmbB135
CsGy2G009420Wax gourdcgybwgoB121