| New model in OGS2.0 | DPOGS205778 |
|---|---|
| Genomic Position | scaffold195:- 88053-94673 |
| See gene structure | |
| CDS Length | 3273 |
| Paired RNAseq reads | 3357 |
| Single RNAseq reads | 8078 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA010574 (1e-19) |
| Best Drosophila hit | transport and golgi organization 1, isoform A (2e-28) |
| Best Human hit | ND |
| Best NR hit (blastp) | Bm8 interacting protein [Bombyx mori] (4e-180) |
| Best NR hit (blastx) | Bm8 interacting protein [Bombyx mori] (1e-160) |
| GeneOntology terms | GO:0007030 Golgi organization GO:0005794 Golgi apparatus |
| InterPro families | ND |
| Orthology group | ND |
Nucleotide sequence:
ATGTCTTTTCGAGGGAATTCTGAAGCAATTATTTTCAGAAAATCTGCGGGTGAGAATCGA
GACATATGGTATGCTAGTATAAATGGAAAATCTGGTTACGTTGTCTCGAAATTTTTGCGA
GAATACAAAATACTGGAAAGAAACCCTGACGTTATTTTACCTATACAAGAAATTCCAATA
CAAGTCCAGCCAAATAAAGTACAGCAAGCTCACGAAGTAATTGATGGTACCACAATCTTA
AACAGTAGTCCAGATGGGACAACTCCTCCTTCACCTCCTTCAGATTCAGATCCTGAGACC
ACAAAGTCCACTCCTATTAATAATGATAATTTAACAAATGTTTCATCCACTGATGGAATT
AATAAAAAAGAAGTTGAATCTAATTTAAAAGATGGCACAAATGAAAATGCTGTAGATGAC
TCAATCGCAATTAATAATAGTGAAAGTTCTATATCATTGAATCTTTTAAATGAAGCTAGT
GGTAGTAATCATGTCTTAATAAGTGATGGTAATGGTCAGATGAATGAGACATTAGATGAA
AATTCAGAGACAGAAGATCAGGAACAATCGGCAGTTAATGCAGAGGAAACATCATCAGAA
AGTGAGGATGACAATCATTCAGAAGAAAATGTGGCAGATGAAAGTGACATCCCAGTAGAG
TCAGCTGAAGTGCCTGAAAACCTAGATATTACTAGTGATATTAATACTAAGGATCCTGTT
AATGAAGAAGACTCATTTTCAAATGTGATAAATAATGTTAACTCCCAATTACCATTAGAA
AAAATCGTTGCTAACACAACAGAGGATATACAAACTGAAATCCCACCGCAAGTGCCTGAA
ACTAAAAGTGAAAGTCTAGTTAATGAACAAATTGTAAATGATAAAATACCTATTGATATA
TCTAATGTTGAAAATATAAATCAAGAACCTGAAACAACAGAAGTTCCGGTATCAACTGAG
ATTCCGGCTGCCCAAGAACTCACTACACCAGCCAATGAGATTCCAATAACCCAAACAATT
CCAGCTACATTTCCAGATGCCTACGAAAACATAAATACGAATAGCCTTCATCAAAGTGAA
CCGGTTGCTTATGAAACCACACCTCAGTATATCGAAAACCAGGACACACATATAACTGAA
GCAAGTATTGTGAGCGAACCCAACTCAGATGCCACCGATGAAATTACATCACCTCAAGTA
GATATTACCACTGAGACAATACTAGAAGAAATATTTAGCTCGACTACAGAAACCCCAGTT
TCTAATGAAGATAATACAGAAAGTGTTTTATCCAATATTTACACAACAGTTGCTGACCTA
TGGCCTCCGACAACAGAGACTCCGCCCCCCATTTACAATCCAGAGTATGTTGAAGATCGT
GAAGACAAAAGCTTCTCATTTATAAGTTATTTATTCAATACATATAAAGCTGTTATGGGA
GTTCAGGAGGATAGCAATGCTCTTTTCCCAGGAATTGGTGAAACGTGTTATAAAGATGAA
TATTGTGACGGAGAGGGCAACAGGCCTAACCGGCTGCTGACATTTCTCGTCACCACCGCT
GGTTCAGTGTTGCTCTTCACTCTCGGTTACTACTATATAGAAAGCAAGCGACAGGACAGT
AGGCTCATTGGAAACATCGATAACCTTCAACGAGAACTGCTTTTCACTAGTAAGGAGTGT
AAGATCCTCAAAGAGGAGCTCGCGTCTACTAAAACGAAGTTGGCAGGTATCGAGGACAGC
TCGTTCGGGATGGACGATATGGTTCAGTCATTGAGAGCGGAAATCAATGAACTGAAAGAG
AACAACGAGAGATTGAGAAACTCCTTGGATGATAACGAAAAGTTGCTCAGAGTGTCCGAG
AACACGGCCGGCGAGCTGCAGAATACGTTGAGTGAAGTGGAGAATACTCTTAGTGAGCTC
TTTGCTGAGAGAGCACATTCTGAAGAGCAAATTGCTGAATTGAACGGTAAAATTCAGGCG
TTTGAAGAAGAATTAATATCGGTCAGCAGAGAGAGGGACAGCTACCAGTTGAAGTATGTG
TCAGCGGAGACGGCTTTGGAGGAACATAGGAAACATAAGAAACAGTTGGATGAAACCAAG
ATTGATCTGACTGACGCGAACAACACCATCGAGCTGCAGCGGCATGAGATTGTGGCTCTT
AAAGACGCGATCAAAGAGTTGCAAGGCGGCACGTCCTCGAGTACAGACGCAAATTCATTG
ATAGACCACACAGAAATAAAGGCGAAGTTGGCCAAGGCGTTGGAAGAGAGGGACGCGTTC
ATGAGTAAATATGAGACAGAGCACAAAGAAAGATCCCGTCTCTCTGAAGAACTCAGAACA
GCTCTGGAGTCGTACAAAGCCAGCAGTCAACAGGCAACGGAGGCCACGACCAGGTTAGAG
GTGCTGGGGAAATACTTCCAGGAACGAGAGAGCGAACTCATGAGAGAACTGAGCACCAAA
GAGGCGTTATGGCTCAGTAAGCAAGGAGAGTCCGCCAGCACTGTTGAAAAGATTGAAATA
TTGCAGCAGGAGGTTCAAAGATACAAGGAGAAATGCGACCAGCTGACCCTAGAGCTGGCC
GAGGCTGAGTCGTGTCGTCGCACAGTTGTGAGTGAGGTCGAAGGTCGAGCTCATGCCGCG
TGGCTGGAGGCGCGCTCCGCCAGGAGGGACCTGGACGCGGCGAGAGACGAAGCCGCCGCG
CTCAGGAGAAAACTGGCCGCCTTGCACGACAACGACGCGCAGCGACCAATAGCATCTCCA
CTAGAGGCGGATGTAGGGTTGCCAACAGCCCTACCACCACCTCTGGCGTTCCTTCCACCG
CTGTTGCCACCCTTGCCGCGTCCACCACCCCTAGGACGATTGCCAACACCACCTAGATTC
AGTGAGCGTCGTTACTCGCCGGACAGTCGTTATTCGCCGGGGAGTTACTATCCACCGGAA
AGACGTTACTCACCGGAACGGCGTTACTCACCGGAGAGACGTTACTCGCCGGAGAGTCGA
TACTCGCCGGAGACCGTCCGCTACTCGCCGGAGAGTCGTTACTCGCCGGAAAGTCGCTAT
TCACCACCAAGAAGATCGCCGTACTCGCCACGAAGACGACGTTCAATTGATAGGTACAAC
GGCCGCGGCTCTCGCACTAGAAATGGTCCGGTCGATACAGAGACGGAATATCACTCGGAC
AGTCCCACGAGACGACCTCCGAGACGGCGGTACTCAAGACGTACCTCTGGTCCAAGCTCT
GGTTCAGGGTGTTCTTCCGAATCGGAAAAATGA
Protein sequence:
MSFRGNSEAIIFRKSAGENRDIWYASINGKSGYVVSKFLREYKILERNPDVILPIQEIPI
QVQPNKVQQAHEVIDGTTILNSSPDGTTPPSPPSDSDPETTKSTPINNDNLTNVSSTDGI
NKKEVESNLKDGTNENAVDDSIAINNSESSISLNLLNEASGSNHVLISDGNGQMNETLDE
NSETEDQEQSAVNAEETSSESEDDNHSEENVADESDIPVESAEVPENLDITSDINTKDPV
NEEDSFSNVINNVNSQLPLEKIVANTTEDIQTEIPPQVPETKSESLVNEQIVNDKIPIDI
SNVENINQEPETTEVPVSTEIPAAQELTTPANEIPITQTIPATFPDAYENINTNSLHQSE
PVAYETTPQYIENQDTHITEASIVSEPNSDATDEITSPQVDITTETILEEIFSSTTETPV
SNEDNTESVLSNIYTTVADLWPPTTETPPPIYNPEYVEDREDKSFSFISYLFNTYKAVMG
VQEDSNALFPGIGETCYKDEYCDGEGNRPNRLLTFLVTTAGSVLLFTLGYYYIESKRQDS
RLIGNIDNLQRELLFTSKECKILKEELASTKTKLAGIEDSSFGMDDMVQSLRAEINELKE
NNERLRNSLDDNEKLLRVSENTAGELQNTLSEVENTLSELFAERAHSEEQIAELNGKIQA
FEEELISVSRERDSYQLKYVSAETALEEHRKHKKQLDETKIDLTDANNTIELQRHEIVAL
KDAIKELQGGTSSSTDANSLIDHTEIKAKLAKALEERDAFMSKYETEHKERSRLSEELRT
ALESYKASSQQATEATTRLEVLGKYFQERESELMRELSTKEALWLSKQGESASTVEKIEI
LQQEVQRYKEKCDQLTLELAEAESCRRTVVSEVEGRAHAAWLEARSARRDLDAARDEAAA
LRRKLAALHDNDAQRPIASPLEADVGLPTALPPPLAFLPPLLPPLPRPPPLGRLPTPPRF
SERRYSPDSRYSPGSYYPPERRYSPERRYSPERRYSPESRYSPETVRYSPESRYSPESRY
SPPRRSPYSPRRRRSIDRYNGRGSRTRNGPVDTETEYHSDSPTRRPPRRRYSRRTSGPSS
GSGCSSESEK