| New model in OGS2.0 | DPOGS208706 |
|---|---|
| Genomic Position | scaffold661:- 21010-31639 |
| See gene structure | |
| CDS Length | 4119 |
| Paired RNAseq reads | 1975 |
| Single RNAseq reads | 4668 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA003350 (7e-28) |
| Best Drosophila hit | CG7065 (3e-29) |
| Best Human hit | ND |
| Best NR hit (blastp) | hypothetical protein AaeL_AAEL008714 [Aedes aegypti] (3e-74) |
| Best NR hit (blastx) | hypothetical protein AaeL_AAEL008714 [Aedes aegypti] (1e-64) |
| GeneOntology terms | GO:0003674 molecular_function GO:0008150 biological_process GO:0005575 cellular_component |
| InterPro families | ND |
| Orthology group | MCL16287 |
Nucleotide sequence:
ATGGATCTTCCGGACTGTCCTCCGGGAGCCGAGGGTTACGAGGATACAGTCACTGAAGTA
CCTAAAAAGATTGATTCGGAAGACGCAGCGGCCTGTACTAAGGCGGAGCAGGAGTTCCAG
CAGCATCTGAACAGTCTCAAGATCAAAACCGAGGATGGCAACTACCGCTGCATGGTGGAG
AGACGCGGAAGAGATGTCTCAGGGAAGTGGATATACTTGTGCTATCCATGTGCAGCCATG
TGCAGTGGGGAGAGGATCCTGCAGACTCATATATCAGGGAAGAAGCATAAAGCTAAGCTG
TCAATGAGAAATGTTTGGCCATTGAGTATATTCAATAACCATCCATATGTGTCGAATTCA
AACTCCAAGTCTGCAGCTACTGAGACGGTGCTGCAAAAGATGGCGGAGGAAGTGGAGATG
TTCAAGAAGAATCCCTCCGAGTTGGATCTCAAGTATGATAAGTACCGGGAAGTGAGGTGT
CATATACAGGACACACTTGATGCTGTCAAGGCTCCACTGCTAGGTATCGAGTATCTGATC
GAGCATCCCCCCGAGCAGGCTCACTATGAACCTTCATACATGTGTACTCTGTGCGGCAAG
CAGGGTCACCCCCGGACTATTGTCAATCATCTAACATGCTTCTGGCATCGATACAACTAT
CTACTTCGTCACTTTAACAAGGCCTGCGCCGCGCTGACTCCGTACCGGGCTCAGGCCAAG
TACCGCGAGGGTGTCGCCATCATCATGAACAGGCTGGCGCAGCGCATCCAGGACAAGTAC
GGGCGACTGAGACCCGTGAACCTCGACAAGGAGGACTACGAGAAGGAGAGAGACCAAATA
CATCAGTGGATCTTCCGCGGCTACCACTTCACGGAGAAAGATAGCTGTACTTTCGAAGAA
GTTGTGGACGTTGACTTGATTACGTCTCTAGATTCTACCAAGACTGCAGGAGGGAGAATC
ACATCTAACAGGGAGCCGTCGCCTCCAGTCGTAGCGGCGCCGTCTAAACCTTTCGGTTCT
AAACGTAACCCTCGACGTCGCGGCTCAATGGAGTCGCTGTCGGACGTGAGCGACGAGCCT
GACATAAGAAGCAACAAGGATGACAAAATGTTCAAAGGACGAGGCGAACCGCCGCGGTAC
GAGCCTTACGGGTCCCGCAGGAGAACCAGTCCTTATCCGGAAAAGGGTTCAACGTCTCGG
CCCCACAACTACTCGTACAAGGTGAAGCTGGCTGACGAGAAGTGTGCTGCGGCCGAGCAG
GCGGCCAGGAGGGCCAGGGAGTACCACGAGAAGAACCCGGAGAAACATCCGCTGTACCCG
GACGAGTGGAGGAAGTTCTGGAACCGGAGATACAAGGAGATACAGGCCGAAGGCAAAGAT
CCATCGAAATACGACTTCAAGCCGGAGTGGATTGTGTACTGGACGGGGAGGATGAAGGAG
CTGCACGAGGAGGAGCTCAAGACTACGGTCCTGGAAATATACAGGAGGTTGAGACTCACA
CCGCCTGATGCAAGAGAGAAACGTCGTTCGTCTGACCGCCGCAAATCCTCGGAACATCGT
CGGTCCGCTGATAGAAAGAGATCCCTCGATAGAAGGAGGTCAGCTGAGAGGAGACGATCA
GCTGACCGCAGGAGGTCGGCTGAGAGGAGGCCGTCCGCGGACAGCAGACACGCCGCGCCC
GCCGCTAGCAGGCACTCGCCCTACAGGCGGACCCCGGAACATAGGAGGAAGTCCCCGGAC
CGCAGAGATCGCAGGTCCCCAGGTCACACTCGCACCGCACCGCGTCGCTCCCCTCTGAGG
CATCTTCGCACACGATCCAGGAGTCCTATACATAAAGGGAGCAGTGTTCGTCGTCGCTCG
CCGCTGTCTCGCCGCGGGTCGGTGCCTCGCAACCACAGCCCCTCCCGCGATCAACCCTCC
ATGCAGACCGTCCTTATCTCGGACGATGAACTTAAACCGGACGACGGTCTCTCTCCTTGG
AACTCGGCGGAGTCCCTGGGTTCCCTTCCGGAGGCGAGGTCCCCGGTCCGTCGCTCGGCC
TCCACAGGCGTATCTAAATCGTCTCGCAGACAAGATTTCCACAAACAGGACTACGACGCT
GAAAATGTAGTTGCAACTTTGAGACTGCTAGTAGCTCTAGAAGACTACCTCGGCAGCTTG
GGGCCTAAGATCGTAGATTTGTTGGCAGATGCGCTTAAGATGGAAAAGGACAAGGCAAAT
TCGTCCGAGGAGTTGCTCGACAACGAGACGGCGGTAGTGTTGATCGAAACGGCCAAAGAA
AAATTGAAGGGAGCGGCTCAGGCCGGACTAGTCACTGGCAGCGCCGCCGCCGCCGTCAGG
ACAGCCGTAGTGAGGGCAGCCGCGACCCTACACGCAGCCGACAATAGACTGAAGAAGAAG
AAGGAAAGCAAGGAGTGTTCCGGCGGCGGCGGCGTCCCGGTGGTGGGCGTGGGTGAGGTG
GACCGAGCACAGATCGCTAAACAAATGGCAGCGGCTCTAGTGGCTCAGGGAAAAACAGAC
GTCTCCTCGGAGGAATTGGCTCAGCTTGTTGATGCTGTTGTGGGTATGGCCGAAGCGAAA
AAACGCGAAGCGGAATCTAAAAAGAAGGCTGAAGCACGAGCCAGCAACAATCAGACGGCG
CGACAATCGCTGGCGGCCTCGGGGACGACATCCGCGCTGAAGATGCTACAGTTCGCCTAC
GATGATAAAAAGACTGACAAAGAAGACGTTCCGGACGTGATGGACGGCCTGTCGGACTCA
GATCTGGAGACTCTCCTTAAAAACTTCAACGAGTTATCGGCAGAGGAACAACATAGCCTC
ATAGCCTATCTTAAGAAGCTTGAAGCTCGAGAGCCGCAACGCGTGGAACGATTGCGACAG
TATGTGAGCGCCGCGGCGACACACGTGCACGGGGACGCTGAGGACAAACCTAACGCCAAG
GAACCGACTGTGGCCGTCGAAAGCGACGACGACGACTACACTGTGGAAGATGTGTTCAAA
TCGGCGACGCAAAAGGTAAAAGAAGATCAGATCCGCCAAGAAATGGAAATTGTGAAAAAA
TCATTGGAAGAGACCAAGGAATCTTGTGTTTTACTAGACTCGCCTCCAGCTAACTCGTCA
GTTCCTAATATTATGAATAGCTTCTCATCAGCGACCGACCTCTTGGCCCTGGTTCAGGCT
ACGTTACAATCGACACCCGCACAAAACCCGGCCGTCGGTCAAGTGACGTCAGACGTAGTT
ATGAGTAGTACACAACCCAGGTCCTTCGGCGACCTGCCTGAATCTTTGAAACCTCAACCG
CACTTACTTCCAACAGCAAATAAACAAACTCCTTTCATTCAGCAAAGTATGTCACAAATT
TCTGCCAATGTAAGTAACATTGTTAATCAAAATAGTTTCCACAAAGCCAACCTTCCGTCT
TGGGAGACTGGACAAGAGGCAATTTTAGATAGAGCCAATATACAAGAATTTGATAAAATT
GACAACCAACAAGGAAGGGGTTATCAAGATAACTTTCATGACATATCCAGAGGATCCCAG
GATAATTATTATCAAGGAAGTAGGAATCAGGATGGTAATTACTATCAGAAAGAACCAGAG
TGTAATATTAATACAGGCACAAGGCTCGCGTACAACCAACAAAACAGTTATAATCAGACT
TCAAAAGCAATGCACAATAATATGAATCAGGGACAGAATAATTTTAATCAAATACCTCAA
GGGTCACAAGACAGTTATAATAATTATAATACAAATCCCAGCAGCTACAGCCAAAATAGA
AGTCAAGGAAATTACAACCAAAACGCCAGAGAAAATCAGAATTCCTTTAACCAATTAGGT
AGATTTGATAATAATTACAGTAACCCTGCACCGCGGAGTCCCATGGACAATTATAACTTA
GGCCGAGGAGGTCAAGGCAACTCCAGAGGTCAGCAGGACGGCTCGTTTAAAAACCTAGGG
GTCAGAGGTAACTTTAGTGGTAACAATAGATCACAAGATACCTTCAATACTCGGAATTCA
GATCAGCAAAGTCAGTTCGGCAACAGCCAACAAAATAACTTTAGAGGAAGAGGCAGAGGA
TACGGCGGTCAGAGAGGTCGAGGCCGCGGATATTATTAA
Protein sequence:
MDLPDCPPGAEGYEDTVTEVPKKIDSEDAAACTKAEQEFQQHLNSLKIKTEDGNYRCMVE
RRGRDVSGKWIYLCYPCAAMCSGERILQTHISGKKHKAKLSMRNVWPLSIFNNHPYVSNS
NSKSAATETVLQKMAEEVEMFKKNPSELDLKYDKYREVRCHIQDTLDAVKAPLLGIEYLI
EHPPEQAHYEPSYMCTLCGKQGHPRTIVNHLTCFWHRYNYLLRHFNKACAALTPYRAQAK
YREGVAIIMNRLAQRIQDKYGRLRPVNLDKEDYEKERDQIHQWIFRGYHFTEKDSCTFEE
VVDVDLITSLDSTKTAGGRITSNREPSPPVVAAPSKPFGSKRNPRRRGSMESLSDVSDEP
DIRSNKDDKMFKGRGEPPRYEPYGSRRRTSPYPEKGSTSRPHNYSYKVKLADEKCAAAEQ
AARRAREYHEKNPEKHPLYPDEWRKFWNRRYKEIQAEGKDPSKYDFKPEWIVYWTGRMKE
LHEEELKTTVLEIYRRLRLTPPDAREKRRSSDRRKSSEHRRSADRKRSLDRRRSAERRRS
ADRRRSAERRPSADSRHAAPAASRHSPYRRTPEHRRKSPDRRDRRSPGHTRTAPRRSPLR
HLRTRSRSPIHKGSSVRRRSPLSRRGSVPRNHSPSRDQPSMQTVLISDDELKPDDGLSPW
NSAESLGSLPEARSPVRRSASTGVSKSSRRQDFHKQDYDAENVVATLRLLVALEDYLGSL
GPKIVDLLADALKMEKDKANSSEELLDNETAVVLIETAKEKLKGAAQAGLVTGSAAAAVR
TAVVRAAATLHAADNRLKKKKESKECSGGGGVPVVGVGEVDRAQIAKQMAAALVAQGKTD
VSSEELAQLVDAVVGMAEAKKREAESKKKAEARASNNQTARQSLAASGTTSALKMLQFAY
DDKKTDKEDVPDVMDGLSDSDLETLLKNFNELSAEEQHSLIAYLKKLEAREPQRVERLRQ
YVSAAATHVHGDAEDKPNAKEPTVAVESDDDDYTVEDVFKSATQKVKEDQIRQEMEIVKK
SLEETKESCVLLDSPPANSSVPNIMNSFSSATDLLALVQATLQSTPAQNPAVGQVTSDVV
MSSTQPRSFGDLPESLKPQPHLLPTANKQTPFIQQSMSQISANVSNIVNQNSFHKANLPS
WETGQEAILDRANIQEFDKIDNQQGRGYQDNFHDISRGSQDNYYQGSRNQDGNYYQKEPE
CNINTGTRLAYNQQNSYNQTSKAMHNNMNQGQNNFNQIPQGSQDSYNNYNTNPSSYSQNR
SQGNYNQNARENQNSFNQLGRFDNNYSNPAPRSPMDNYNLGRGGQGNSRGQQDGSFKNLG
VRGNFSGNNRSQDTFNTRNSDQQSQFGNSQQNNFRGRGRGYGGQRGRGRGYY