Lsi09G010530 (gene) Bottle gourd (USVL1VR-Ls)

Overview
NameLsi09G010530
Typegene
OrganismLagenaria siceraria (Bottle gourd (USVL1VR-Ls))
DescriptionUnknown protein
Locationchr09 : 15965400 .. 15975634 (+)
Genome Viewer
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

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

mRNA sequence

ATGCCTGTCTTTCAAGAGCGTGAAAAAGAAGAAGCTTACTTGGAAATCAATCAAGTTGTTGCTCGTGCTCTTGCTATTACTGTTGATGCTCTTATTCGTCATGGTGTTGTGCTACTGCCTACAAAATATATAAATTTCAATGAAACTTTATCTTCAAAACTTTCAATGAAAATGAAAATGAAAGATTTTGTTACCTTGCCAGCAATATCCGATTTGAGAAGTGGGAGATTGAGACAGATTAGAGATCGATCTAACGAAGTGAGTGTGAGATTGAGAGAAATCAGGGCCAGATCTAGAGCGACGTCGAGTGTGGGCTATCGTGGGTTGCTGGGCTCGTCGGATGGACTGCCGTGGGATGGGCTAGAGCGACGTCGGATGGGCTGCCTGCTGGGTCTGGTCGCCGTCGACGATGTGGTGACTGTGAGGGGCTGGTCGCCGTCGACGATGTGGTGGTTTGCTGCTGGTCGTCCGTCGTCGCTGTCTGAGAGTGAGATTGAAGGTGGCTGGCGGCTGCGCTGCGACTGCGAGGGTGAAGCCGTGAAGGTCGTCCGTCGTCGCCGTCTGAGAGTGAGGGAGGGTAGGGTTGAGCCGCGCGAGGGATCTGGGAAGTGGGAAACAAGGATCACACTCACCCAACTAGTTATGTCAGATAGGGAGAGGCATTATAGGGACACTAGGGTTGAGGAACGACCCGTGTATGAGCCCATTGATGCTGAGACGGGTTCATCAGATGCACACAACCAATCCAGTGACGACGAGATTGAGGAGAATCAATTACACGAGCCTGAGCTCAAGGAGCATGTGCCAGAACCCCCTGTAGATCATGATACTCACTCTCCGCATATCGAGCACGTGTCGCCTTCGCTGAGCCCATTACATCCAGAACCTACGAGGGCTCAGAAGCGTATCTCACTCCACGACATAGATCATAGAGTGTCGATGGTGGAGCATAAGCTGGATGATGTGCATTCAGATTTGAAGGGTTTAAAGTCTGATGTGATTGTGCTTCAAGCCGACGTGCAAACAGTCACCACCCTATTACGGTCCATGTGTCGGGGTCTAGGCTTGGAGTTCCCTGATCCAGAACCCATTCGTCCACCCTCCCCCGAGCCCATTCTCGAGTCCTCCACCGAGCCCGTTCCTCCACCACCCTCTACCGATCTCGTTCCTCCACCACCCTCCACCGAGCCCATTCTTGAGCCCAATTTATTTCCTCCAGTCTATCTTCCTCTTTCCCATATACCACCCATTCCTCAATTGACCATACCACATCCTGAGTCGCTTATCCGACAACCATTTAAGAGGTTGAGGATTAAGGACGAGCCCACTATGGAGGTTAGAGGGGTAAAGGCGAGCCAGCAGTGA

Coding sequence (CDS)

ATGCCTGTCTTTCAAGAGCGTGAAAAAGAAGAAGCTTACTTGGAAATCAATCAAGTTGTTGCTCGTGCTCTTGCTATTACTGTTGATGCTCTTATTCGTCATGGTGTTGTGCTACTGCCTACAAAATATATAAATTTCAATGAAACTTTATCTTCAAAACTTTCAATGAAAATGAAAATGAAAGATTTTGTTACCTTGCCAGCAATATCCGATTTGAGAAGTGGGAGATTGAGACAGATTAGAGATCGATCTAACGAAGTGAGTGTGAGATTGAGAGAAATCAGGGCCAGATCTAGAGCGACGTCGAGTGTGGGCTATCGTGGGTTGCTGGGCTCGTCGGATGGACTGCCGTGGGATGGGCTAGAGCGACGTCGGATGGGCTGCCTGCTGGGTCTGGTCGCCGTCGACGATGTGGTGACTGTGAGGGGCTGGTCGCCGTCGACGATGTGGTGGTTTGCTGCTGGTCGTCCGTCGTCGCTGTCTGAGAGTGAGATTGAAGGTGGCTGGCGGCTGCGCTGCGACTGCGAGGGTGAAGCCGTGAAGGTCGTCCGTCGTCGCCGTCTGAGAGTGAGGGAGGGTAGGGTTGAGCCGCGCGAGGGATCTGGGAAGTGGGAAACAAGGATCACACTCACCCAACTAGTTATGTCAGATAGGGAGAGGCATTATAGGGACACTAGGGTTGAGGAACGACCCGTGTATGAGCCCATTGATGCTGAGACGGGTTCATCAGATGCACACAACCAATCCAGTGACGACGAGATTGAGGAGAATCAATTACACGAGCCTGAGCTCAAGGAGCATGTGCCAGAACCCCCTGTAGATCATGATACTCACTCTCCGCATATCGAGCACGTGTCGCCTTCGCTGAGCCCATTACATCCAGAACCTACGAGGGCTCAGAAGCGTATCTCACTCCACGACATAGATCATAGAGTGTCGATGGTGGAGCATAAGCTGGATGATGTGCATTCAGATTTGAAGGGTTTAAAGTCTGATGTGATTGTGCTTCAAGCCGACGTGCAAACAGTCACCACCCTATTACGGTCCATGTGTCGGGGTCTAGGCTTGGAGTTCCCTGATCCAGAACCCATTCGTCCACCCTCCCCCGAGCCCATTCTCGAGTCCTCCACCGAGCCCGTTCCTCCACCACCCTCTACCGATCTCGTTCCTCCACCACCCTCCACCGAGCCCATTCTTGAGCCCAATTTATTTCCTCCAGTCTATCTTCCTCTTTCCCATATACCACCCATTCCTCAATTGACCATACCACATCCTGAGTCGCTTATCCGACAACCATTTAAGAGGTTGAGGATTAAGGACGAGCCCACTATGGAGGTTAGAGGGGTAAAGGCGAGCCAGCAGTGA

Protein sequence

MPVFQEREKEEAYLEINQVVARALAITVDALIRHGVVLLPTKYINFNETLSSKLSMKMKMKDFVTLPAISDLRSGRLRQIRDRSNEVSVRLREIRARSRATSSVGYRGLLGSSDGLPWDGLERRRMGCLLGLVAVDDVVTVRGWSPSTMWWFAAGRPSSLSESEIEGGWRLRCDCEGEAVKVVRRRRLRVREGRVEPREGSGKWETRITLTQLVMSDRERHYRDTRVEERPVYEPIDAETGSSDAHNQSSDDEIEENQLHEPELKEHVPEPPVDHDTHSPHIEHVSPSLSPLHPEPTRAQKRISLHDIDHRVSMVEHKLDDVHSDLKGLKSDVIVLQADVQTVTTLLRSMCRGLGLEFPDPEPIRPPSPEPILESSTEPVPPPPSTDLVPPPPSTEPILEPNLFPPVYLPLSHIPPIPQLTIPHPESLIRQPFKRLRIKDEPTMEVRGVKASQQ
Homology
[Close]
BLAST of Lsi09G010530 vs. NCBI nr
Match: gi|659074247|ref|XP_008437501.1| (PREDICTED: uncharacterized protein LOC103482899 isoform X2 [Cucumis melo])

HSP 1 Score: 62.8 bits (151), Expect = 1.8e-06
Identity = 62/216 (28.70%), Postives = 93/216 (43.06%), Query Frame = 1 

Query: 206 TRITLTQ-LVMSDRERHYRDTRVEERPVYEPIDAET------------GSSDAHNQSSDD 265
           TRI ++  LVMSD E+ +RDT+V+ERPVY    AE             G  DA  Q  D 
Sbjct: 370 TRIVISPALVMSDAEKQFRDTQVDERPVYVADQAERAPSVIDISEESDGPKDAQGQFDDH 429

Query: 266 EIEENQLHEPELKEHVPEPPVDH---DTHSPHIEH---------VSPSLSPLHPEPTRAQ 325
           ++    +  P  K H+  P   H   D   PH  H         +   +    PEP  + 
Sbjct: 430 DLHNEDISNPHYK-HLQGPHAKHERSDNCDPHDNHDIDNNSVRFMRDHVEDHLPEPEMSM 489

Query: 326 KRISL---------HDIDHRVSMVEHKLDDVHSDLKGLKSDVIVLQADVQTVTTLLRSMC 378
           KR            H++   +  ++ ++  V   LK +K       +D+QT+T+LLRS C
Sbjct: 490 KRCKREGKSREEHKHNVFSHLKSLDGRISRVEDTLKEMK-------SDLQTITSLLRSYC 549

[Close]
BLAST of Lsi09G010530 vs. NCBI nr
Match: gi|659074245|ref|XP_008437500.1| (PREDICTED: uncharacterized protein LOC103482899 isoform X1 [Cucumis melo])

HSP 1 Score: 62.8 bits (151), Expect = 1.8e-06
Identity = 62/216 (28.70%), Postives = 93/216 (43.06%), Query Frame = 1 

Query: 206 TRITLTQ-LVMSDRERHYRDTRVEERPVYEPIDAET------------GSSDAHNQSSDD 265
           TRI ++  LVMSD E+ +RDT+V+ERPVY    AE             G  DA  Q  D 
Sbjct: 372 TRIVISPALVMSDAEKQFRDTQVDERPVYVADQAERAPSVIDISEESDGPKDAQGQFDDH 431

Query: 266 EIEENQLHEPELKEHVPEPPVDH---DTHSPHIEH---------VSPSLSPLHPEPTRAQ 325
           ++    +  P  K H+  P   H   D   PH  H         +   +    PEP  + 
Sbjct: 432 DLHNEDISNPHYK-HLQGPHAKHERSDNCDPHDNHDIDNNSVRFMRDHVEDHLPEPEMSM 491

Query: 326 KRISL---------HDIDHRVSMVEHKLDDVHSDLKGLKSDVIVLQADVQTVTTLLRSMC 378
           KR            H++   +  ++ ++  V   LK +K       +D+QT+T+LLRS C
Sbjct: 492 KRCKREGKSREEHKHNVFSHLKSLDGRISRVEDTLKEMK-------SDLQTITSLLRSYC 551

The following BLAST results are available for this feature:
BLAST of Lsi09G010530 vs. Swiss-Prot
Match NameE-valueIdentityDescription
BLAST of Lsi09G010530 vs. TrEMBL
Match NameE-valueIdentityDescription
BLAST of Lsi09G010530 vs. TAIR10
Match NameE-valueIdentityDescription
BLAST of Lsi09G010530 vs. NCBI nr
Match NameE-valueIdentityDescription
gi|659074247|ref|XP_008437501.1|1.8e-0628.70PREDICTED: uncharacterized protein LOC103482899 isoform X2 [Cucumis melo][more]
gi|659074245|ref|XP_008437500.1|1.8e-0628.70PREDICTED: uncharacterized protein LOC103482899 isoform X1 [Cucumis melo][more]
Annotated Terms
The following terms have been associated with this gene:
Vocabulary: INTERPRO
TermDefinition
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:0003674 molecular_function
Relationships

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

Feature NameUnique NameType
Lsi09G010530.1Lsi09G010530.1mRNA


InterPro
Analysis Name: InterPro Annotations of Lagenaria siceraria
Date Performed: 2017-09-18
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
NoneNo IPR availableunknownCoilCoilcoord: 449..454
scor

Synteny
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
Lsi09G010530Cucurbita maxima (Rimu)cmalsiB264
Lsi09G010530Cucurbita maxima (Rimu)cmalsiB628
Lsi09G010530Cucurbita moschata (Rifu)cmolsiB251
Lsi09G010530Cucurbita moschata (Rifu)cmolsiB616
Lsi09G010530Cucurbita pepo (Zucchini)cpelsiB136
Lsi09G010530Cucurbita pepo (Zucchini)cpelsiB316
Lsi09G010530Silver-seed gourdcarlsiB479
Lsi09G010530Silver-seed gourdcarlsiB755