| New model in OGS2.0 | DPOGS213671 |
|---|---|
| Genomic Position | scaffold487:- 39776-43395 |
| See gene structure | |
| CDS Length | 3150 |
| Paired RNAseq reads | 317 |
| Single RNAseq reads | 918 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | ND |
| Best Drosophila hit | CG13957 (2e-91) |
| Best Human hit | WASH complex subunit 7 (0.0) |
| Best NR hit (blastp) | conserved hypothetical protein [Ixodes scapularis] (0.0) |
| Best NR hit (blastx) | PREDICTED: hypothetical protein [Gallus gallus] (0.0) |
| GeneOntology terms | GO:0016197 endosome transport GO:0071203 WASH complex |
| InterPro families | ND |
| Orthology group | MCL15382 |
Nucleotide sequence:
ATGATCGATTTAGTTTCATCTGACAATACTCTTATTACTAAAATATTGAGTGTGTTGTCT
TCTCTATGTGTTGAAATAGAACAACTTAAATCAGAAGCTTTTAAAACGTCAGTATTAAAT
AGATTCCAAATTTCAAGAATGCCTTATCAAATTTTGAATTATTTTTATAACATATTTTAT
ATTAACAAGATGAAAATTGATATTTCATCACAGATGAGATCAATATGTGAGCTGAGTTCA
TTTATCAGCCGAAGTAATGAATTGTTAAATAATATTTTTAATCAAATATTTACAATATTC
AATGGCAGCGAAATTAACATAAATGGTGTACAATGGCACTTTGTGATAAATAAGATTGGT
GAAATTTTCACAATACTTGTTATCTCTGAACTACTTATATCAAGATGTTCACTTGCCACA
AATTGGAATAAATTTAGCAAGAATTTGAACACTTTTAATGGGAAACCTGACGCGTTAGAC
TGTGATGTAGAAAGACTTCAAGCTTTGAAAGGTGCAATTGATGTTATTACGGCAAAATTA
ATGAATGACGACATAGTACAGACGACACTTCATAACTTGTTACTATTAAGGAAAAATTCT
TTAAACATCCAAAATTGTAACAGAATGTCAACAGAATTTATGCAATACATTAAACATGCT
ATATTTAATTTAGATAAATTAGTACAAGAGAAACCCAATAGTGAGAATATGTACAAATGT
ATCAAAATAAATGCTTTGTTTGCTTTGAACTCTCATTTGTTTGGCAGCAACGATAAGAAG
TGTTTTAAAACATTGATGGACTTAAATTCAAAGGCTCACAGTGTTTATGTCAGTGGGACT
GTGATGTGGTTCCCTGAACAGTTTCTCCAGAGGTATGTACCATCGGTCTGCAGCAACTAC
AATAAGCTATCCCAAGCGATGCTTAAGACACGTCAAGCACACACAAACGCGAAAAAAGCA
AATTTAACTAAGGATATAGTGACTCTCCAAAATCTTTGCTCTCAGTGGACATTGACAGTT
GAGGATATTTTCGCCAGCAATAACAAACTTAGTGCAGCTGATATGACTTTACATGCAAAA
ACACTCCTAGACGGTCTCGATCTAGCTGCCAGCATTAACTATTCAGTTTTGTGTTTCGTT
AATTTACACCTGTCTCTCGGTATACCACTATCAAAGAATATGCTGATGAATATCTTTGAA
GTAATGGAACTAATAAAGAGCTTGTGGAACACGGTCACCAGAAACTACAATCAGATAATA
AATTCGATTACAATGATCGTCCAACATTTAATATTTCAAGCTGCCTCTTCGATTCAGGAG
ACAAAGAAGACCTTGATGAGTGACAAAAAATATGCTAATAAAAAATTAGACGAGCTGACT
TGCGTCGTGATAGCAGAACAAGCTATTAAAGGTGCAGCTACGTTAGAACGTAACATAGCG
ACGAATATAGCAATCAGTTTCATCTCCGACACCACTTTCATTGAAGACAGTTCCATAAGG
CTAGGAATGCTTCTCGAAAAAATACAGATCCTTTCAAATTTCACAAAGAACATGGCTCAG
TACTGCAACTGTTCGTGGCTGCTGTGGCATCAAAATATAATACCGCTATACTTCGAGCAG
AACTTCAGCCATCAGATAAATACTGTGAAGTTGAAGTATTTCCTTATGGCCTTAGAGGAT
TCGATTAGTTTTCTCCAAGAAACAGATGCTTACTTTGGCCTCGATAAAGCTCTCGAATTC
AGGAACAAGCTGAAAAAGATGATCGAAGATCACGTCTTAGATCATTTCAGTCAAAATATC
GAAACGAATCTGCGCTTGCACATCCATTCTCACTTGCAACTTGACGTAATAAATCCTTTG
ACATTTGACATGCTGAAGAAGACCTTGCTTCTCTTGGACAATATACGGCTTTATAACATT
TATATGTCAGTTATTCCGTCTGTGGAGCAATATTTATCGAAAACCTATTACAATCTAACA
ACCGTTGTGTTATCAGATTGGAAAACATATGGAGAAATGCGACAAATGGCGAAATTTAAG
TTCGATATTACGACGATCAGCGACAATTTACCGACGCAGACGTTAGAGCAGGGTTTGGAT
GTGTTAGAAATCATGCGCAACATACACATCTTCGTGTCGAGATATCAGTACAATCTAAAT
AACCAAATCTTCATTGAGAAAAGCAGCAATAACAAACACCTCAAGTCCATCAATATTAGA
CACGTAGCTAACTCTATCAGGACTCATGGTACTGGCATTATGAACACCACGGTCAACTTC
ACCTACCAATTCTTGAAGAACAAATTCTTCACTTTCTCTCAGTTCATGTACGACGAACAG
ATCAAGTCGCGTCTAGTTAAGGATTTGAGGAATTTCAAAGAGACTTCCACGGATATGGGG
AACGTGTACTTATATAAAAATGCTGAAAAATTCAACAAGGGCATAAAAGTTTTGGGGGTC
GCTGAAGATGGTCAAAGCTATCTAGACTTATTCAGGGATCTGATCAGTCAGATCGGAAAT
GCTATGGGCTATGTTCGAATGATTCGGTCCGGTGGCCGCCATTGTTGCTGCGACGCGACC
ACGTTTCTACCTGACCTTGAACCAAAATATTTTAAAAAATTATGCGAGGAGAACCTCTTC
GATGAAAAAACTCTAGAAACAGCTGAAAATTTAGATGAGAATATTAATGGTCTCATATCC
AATTTCATTCAAGGCACTGAATATTTTAAACTTCTTGTTGAAGTTTTCGCTCCCGTTTTT
AGAAATCCAAAAAACGTTCATCTCAAGAATTTCTTCATCATTGTTCCGCCGCTCACGCTT
AATTTCGTTGAACACATGATACTATCCAAAGACAAGATGTCAAAGAAGAACAAAGTGGGG
GCTTCCTTCACGGACGATGGTTTTGCTATGGGCATAGCGTATATATTGAAGTTATTAGAC
CAAGATTCATCGTTCGAATCACTGCACTGGTTCGACTCTGTATGGAATCACATCAAAAAG
AAAAGAGAAATAATTAATGAACAGAACAGTAAGGGGACGTTACAGCTGCAGCAAGCGCTG
GCTCTCACGGAGAAGAAGCTCAAGACACTCGAGGTGGAATACAAACTGCTGTATTACAGT
TTAACGAGCGCCAGAATATTTTTTAAATAA
Protein sequence:
MIDLVSSDNTLITKILSVLSSLCVEIEQLKSEAFKTSVLNRFQISRMPYQILNYFYNIFY
INKMKIDISSQMRSICELSSFISRSNELLNNIFNQIFTIFNGSEININGVQWHFVINKIG
EIFTILVISELLISRCSLATNWNKFSKNLNTFNGKPDALDCDVERLQALKGAIDVITAKL
MNDDIVQTTLHNLLLLRKNSLNIQNCNRMSTEFMQYIKHAIFNLDKLVQEKPNSENMYKC
IKINALFALNSHLFGSNDKKCFKTLMDLNSKAHSVYVSGTVMWFPEQFLQRYVPSVCSNY
NKLSQAMLKTRQAHTNAKKANLTKDIVTLQNLCSQWTLTVEDIFASNNKLSAADMTLHAK
TLLDGLDLAASINYSVLCFVNLHLSLGIPLSKNMLMNIFEVMELIKSLWNTVTRNYNQII
NSITMIVQHLIFQAASSIQETKKTLMSDKKYANKKLDELTCVVIAEQAIKGAATLERNIA
TNIAISFISDTTFIEDSSIRLGMLLEKIQILSNFTKNMAQYCNCSWLLWHQNIIPLYFEQ
NFSHQINTVKLKYFLMALEDSISFLQETDAYFGLDKALEFRNKLKKMIEDHVLDHFSQNI
ETNLRLHIHSHLQLDVINPLTFDMLKKTLLLLDNIRLYNIYMSVIPSVEQYLSKTYYNLT
TVVLSDWKTYGEMRQMAKFKFDITTISDNLPTQTLEQGLDVLEIMRNIHIFVSRYQYNLN
NQIFIEKSSNNKHLKSINIRHVANSIRTHGTGIMNTTVNFTYQFLKNKFFTFSQFMYDEQ
IKSRLVKDLRNFKETSTDMGNVYLYKNAEKFNKGIKVLGVAEDGQSYLDLFRDLISQIGN
AMGYVRMIRSGGRHCCCDATTFLPDLEPKYFKKLCEENLFDEKTLETAENLDENINGLIS
NFIQGTEYFKLLVEVFAPVFRNPKNVHLKNFFIIVPPLTLNFVEHMILSKDKMSKKNKVG
ASFTDDGFAMGIAYILKLLDQDSSFESLHWFDSVWNHIKKKREIINEQNSKGTLQLQQAL
ALTEKKLKTLEVEYKLLYYSLTSARIFFK