| New model in OGS2.0 | DPOGS216137 |
|---|---|
| Genomic Position | scaffold1030:- 2674-21470 |
| See gene structure | |
| CDS Length | 4203 |
| Paired RNAseq reads | 3602 |
| Single RNAseq reads | 9039 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA013427 (3e-09) |
| Best Drosophila hit | CG4393 (8e-62) |
| Best Human hit | ankyrin repeat and sterile alpha motif domain-containing protein 1B isoform a (4e-52) |
| Best NR hit (blastp) | PREDICTED: similar to CG4393-PA [Apis mellifera] (2e-75) |
| Best NR hit (blastx) | PREDICTED: similar to CG4393-PA [Apis mellifera] (1e-71) |
| GeneOntology terms | GO:0015030 Cajal body GO:0005886 plasma membrane GO:0005737 cytoplasm GO:0014069 postsynaptic density GO:0045202 synapse GO:0045211 postsynaptic membrane GO:0042995 cell projection GO:0030054 cell junction GO:0005634 nucleus GO:0043197 dendritic spine |
| InterPro families | IPR020683 Ankyrin repeat-containing domain IPR002110 Ankyrin repeat |
| Orthology group | MCL11046 |
Nucleotide sequence:
ATGGGAAGAGGCCAGGATTTATTGGACGCAGCGCGGAAGGGAGACGAGCGGAGTGTTGAG
AAAATATTAATTCAAATAACTAAAAGGAGTGGTCCTTTTACAAGTTTAAGTTTAAGAAGA
GGCGCTGGCGTCAACGTTCAGGACGACAATGGGTACACACCGCTACACCATGCATGTCTT
CAAGGCCACAAAGAGATAGTAAGTCTGCTACTTAACGTGGGCGCGAATCCATGTGTAGTT
GATAAGATGGGTGCGACCGCTCTCCATCTAGCCTCGTGGAAAGGGGACGCCGAGACCGTT
GCCATGCTACTGGCTCATAACAATCCCAAGGTCGACGTCAACCAGCTGACTCTGGACCAA
GAGACAGCGCTCATAATGGCCGCACAGTATGGATTTGTCAGCGTGGTTGCCCAACTGATA
GCCAAAGGCGCTGATGTTTCCATAAGGAACCTGAAGGGTGATAGCGCTTTGGATCTAGCA
GCTCAGTATGGCAGATTGTCGACCGTCAAATATTTGATACAAGTGGAACCAGCGTTAGTA
CATCCATACAAATATCCTAATTGGAGGAATCACAAATTCTGCTCAACACCATTGCACAGA
GCCAGCAAGAATGGGCACAAGGACGTGGTGCAAGTGCTCCTAAAGGCTGGAATTGATCCC
AATATACGGACTAATTCTGGTACACCGCTGCACGAAGCCGCTTGTTTTGGCAAGGCGGCC
GTAGTCGAAGTGCTTCTTAGGGCCGGAGCGGATCTTAAAGCTACTGACAGTAGAGATAAG
ACGGTCGAGGATCTATTAGCTGATTACTCCGAAGAAGTCACGAGACAAGTCAGATGGGCT
ATACAGGTACACAAAAATAAAGGAAGGAATTACGAGAGTGAAGACGACGTGCCACCGTTC
CCGGTGGACTACAGCCCTACCAGCTACCACGCTCCCGTTATGAAACACCCAGAGTTCCAG
AAAGCAAATAATCTAAGTGATAGCGTAATAACACCATCTTCTTCCTTTCTCACTAAAAAT
CCACCCCAAAGTTTCGTTAAAAAGCTTGCCTCGAAATGCTTGGGTCTGAAAGCGAAATTT
AACTCTGCTCCTAACATTTCTAATCCCGGATTGGAGTCTAACGTCGATGGGAAGTCAAAA
CATTCTGAAACAAAGAATAGCGCGACCGCATTGCATATAGGGAATAGTAAATTTTTTAAA
ATTTTGTCGAAAAAGGAGGAATCTGGTGACATAGATTGTACAGATGAATTTGATACTATA
TCGCTAGACAGATTAGGTACATTAAATAGAGATTCTACAGTAAATAGAAGCAATAGAAGT
TGTCCGGGATTTAAGACTTCTCTGCCTAATATATCCGAAAATAATGAATTAGATGATTCC
CACGAGTCGCTAACCGATAATGTGGTTAATTATAAGTCGGACTGTGATTACAATAAGAAT
AATGTACAATTAACGGAGGCCATAAATTACGATAGCAAGTATAAAGTTTTTGAACCAAGG
ACCAATAGTTACAGGAAATCAACAAACTCAAATGTGTCCTTAGAATCTGCAATTTTAGTT
AACGAATGTTATGAATCATACGAATTTTCTCCTAAAAGTTCAACCGAATCGGTGTCGAAG
GTAGAGAATAAAACAATTCCAAAACCGCCTCCAAGAACAGCTGTGTTATCTCCAGTAGAT
AACGAAGACGCAATTTACGAAAATATAAAACCAGCTAAAAGTATGAATCGACCCACACCG
GCAGCTAGGACTCACATAACTCCCCAAAGCGATTTAGATAAAAGGTCTTTGTATGAGAAT
GTTTCGCTGAAGCCCGAAAGGAAAGCTCCGGAACCACCGAAAAGATCTTTCATACCTGCA
AACATACCTTCAGATACAGCGAGCAGTGTCAACAGATCTAATAGTGTCAGTAGTTCTTCT
ACGTCCTCCACTGATTCTATGATAGACGAATCCAATCTAGAAGACATTTTGTTATCAGAA
AAATCTAAATCCTTTAGACACGGTAAGAAAATATTAGTCCGCAGGGAATCGAGCAAAGCT
AGCATAAATAGGACACAATCTAACGCGTCTGACTTTTCAGATGTAACTGAAATTAGTGCT
CTTGAGAATGTTGATTGTAGCGGTGATGATAAATCAATTTATCTATCAATGACAGGAACT
TTGCCCAACCAGAGAACGGAAAAAACCAAAAAGAAAGTTCTTTTTAGGCATAAAACATTC
ACTAACATAGAAGTAGATAGAAATTCGATAATATCCCTGAATTTGACGAAACGAAATCCA
TCATTTGTCAAAGAAACGCTACCAAACTATCACATACGTGATACCGGTCACTGCATATAT
AAAGCTCCAACCGTCGAAGAATTTATATATATTTTTAATCGAGACACTCTTTATAGTGAC
GTAGAGCCATTTACTAAATTACCAAACGATAAGCGAGAAAGTTACTTCGAGACAGCTATA
TGTTTTTGTAAACCACAACCTCCGAAGCATCATAGTAGTGCGGAAGATTTGTTAGACATT
CCAGGCATTGAAAAAGATGATGATAAGGTTTTCATTGACACGGAGTCGCTTAGAAATAAT
GCAGAATATGTATCGTCGTCATTCCGATGCTTTTGCGATTCTGGAAATTGCTCTTTACAC
GCCAATAGAGGAGAGAGACTGAAAAGAGAGTTCATTGTAAAATTCTCAGCCATCAAAAAG
AGCTTGTCCACCCCCGATATAACTTTAGACATTTCTCCTTCTTCGACAACACCAAAACGT
ACCTTGGTTAAAAATAAATCTGTGCCATCAAATTTGGAAGATCCCTACGCTGTTGTTAAT
ATTCAAGACGTCTTAAAAGATAAAAATGTTCATACAGATAGTCCCTCGTATCTACCAATG
TCTGGCTATTCTTCCATGTCATCTACAGACAGACCCTATTCCATTAAAGATATATCCGAA
GTAATTTCTTTAGGCACAAATTCCTTATCGACTGACACCAACAATTCTTTCACTGATGCT
ACCTCTATTCGTAAATCTTCATCATCAGAAAATTCTGGTCACTGGTCTCTGCATACATGC
AATTCGAACGTAACAGTAGTATCGGACGCCTCTTTTAAAACGTGCTTCGAGGAATCGTCC
GAGGAATCGGACGGTACTTTGCATTCAGACGAGGATACTTCAGACGCGGAGACTATAAAA
TCGGATGTCAGTACTACGAAACGGCCTTGGGTTGAGAGCGGTTCATTCAGATTCGATAGA
CATTCCGATGACGTCATTAAAGAGGAAGATTCCGTAAAGTCCTCCAAATTTGAGAGCGGT
ATTAGCGTGTCTGGTTCCTCGTCTGATTGTGAAGCCGATAGCGCTTGTGTGCTTGCTTCG
CTTGAGCGGATCGGGGTGGGGGGTGTTCGCAGTGGGGTGCGGCGGAGGTGGGAGGAGGGG
GAGGGGGGCAGCGAAAATGACGCTCTCAGCGTATCCAGCGCTGCATCCAGCTGTGCACCC
CATGTGTTACATCATGAATACAACAAGGTGTCGCCCACCCCTCCCAAGAAGCCTCCCCGA
AGGAACTTGTCAGTGTCCCCTACTCACGTTAACTCCCCATCATCTGGATACAGCTATGAA
TTGAGGGCTCATGCGAGGAGTCAGGACGATTTGGACGAAATACAGGGTTCTAAACATTAT
CTTAAACACGGTAGATCTGTCGATCAGTACGTCGACAGCAAACTATCCTATTCAGAGTAC
GACGCAAACAATTCCCCGAGAGCCATACCAGTACCGAATCCTAGGACCAGCATCAAGAAC
CGCACTCAGCCCGTCGCTATAACTGCCATGTATGAAAATGTCGTCATAAAAGAACAGAAT
CCGAGGAGAAAGTTACGGAGGAATACTTTCGGACCGCAATACGAGAATTGCGAATTAAGA
ATGACTGATAAAAGGATTAGAAAATATTCAAACCAAGAGAGATCTTCCATGGAGAGTCTG
TTAGATGACCAGTCCATGGTCAGTCCGAGCGATTGTGAGCGGTATTGTGAGGGCGTTAAA
CGTGATATCCCCATGTCCCCGACCCACTACCAGCAACCCCCCACTCCTGACCACCCCCCG
CCATCGGCTAAGCAGGCGGAGAATAGCATTCACGAGAGAATACGTCCTTTAAGTCAGCTT
ATAATGGAGGTTGTTGAAGAAATAAGAATTAGAAAGAAATCGCAGGGCGATATTACTAGT
TGA
Protein sequence:
MGRGQDLLDAARKGDERSVEKILIQITKRSGPFTSLSLRRGAGVNVQDDNGYTPLHHACL
QGHKEIVSLLLNVGANPCVVDKMGATALHLASWKGDAETVAMLLAHNNPKVDVNQLTLDQ
ETALIMAAQYGFVSVVAQLIAKGADVSIRNLKGDSALDLAAQYGRLSTVKYLIQVEPALV
HPYKYPNWRNHKFCSTPLHRASKNGHKDVVQVLLKAGIDPNIRTNSGTPLHEAACFGKAA
VVEVLLRAGADLKATDSRDKTVEDLLADYSEEVTRQVRWAIQVHKNKGRNYESEDDVPPF
PVDYSPTSYHAPVMKHPEFQKANNLSDSVITPSSSFLTKNPPQSFVKKLASKCLGLKAKF
NSAPNISNPGLESNVDGKSKHSETKNSATALHIGNSKFFKILSKKEESGDIDCTDEFDTI
SLDRLGTLNRDSTVNRSNRSCPGFKTSLPNISENNELDDSHESLTDNVVNYKSDCDYNKN
NVQLTEAINYDSKYKVFEPRTNSYRKSTNSNVSLESAILVNECYESYEFSPKSSTESVSK
VENKTIPKPPPRTAVLSPVDNEDAIYENIKPAKSMNRPTPAARTHITPQSDLDKRSLYEN
VSLKPERKAPEPPKRSFIPANIPSDTASSVNRSNSVSSSSTSSTDSMIDESNLEDILLSE
KSKSFRHGKKILVRRESSKASINRTQSNASDFSDVTEISALENVDCSGDDKSIYLSMTGT
LPNQRTEKTKKKVLFRHKTFTNIEVDRNSIISLNLTKRNPSFVKETLPNYHIRDTGHCIY
KAPTVEEFIYIFNRDTLYSDVEPFTKLPNDKRESYFETAICFCKPQPPKHHSSAEDLLDI
PGIEKDDDKVFIDTESLRNNAEYVSSSFRCFCDSGNCSLHANRGERLKREFIVKFSAIKK
SLSTPDITLDISPSSTTPKRTLVKNKSVPSNLEDPYAVVNIQDVLKDKNVHTDSPSYLPM
SGYSSMSSTDRPYSIKDISEVISLGTNSLSTDTNNSFTDATSIRKSSSSENSGHWSLHTC
NSNVTVVSDASFKTCFEESSEESDGTLHSDEDTSDAETIKSDVSTTKRPWVESGSFRFDR
HSDDVIKEEDSVKSSKFESGISVSGSSSDCEADSACVLASLERIGVGGVRSGVRRRWEEG
EGGSENDALSVSSAASSCAPHVLHHEYNKVSPTPPKKPPRRNLSVSPTHVNSPSSGYSYE
LRAHARSQDDLDEIQGSKHYLKHGRSVDQYVDSKLSYSEYDANNSPRAIPVPNPRTSIKN
RTQPVAITAMYENVVIKEQNPRRKLRRNTFGPQYENCELRMTDKRIRKYSNQERSSMESL
LDDQSMVSPSDCERYCEGVKRDIPMSPTHYQQPPTPDHPPPSAKQAENSIHERIRPLSQL
IMEVVEEIRIRKKSQGDITS