Silkworm Genome Informatics Database

Gene

KWMTBOMO14463

Annotation

hypothetical_protein_[Piscirickettsia_salmonis]

Location

Bomo_Chr24(-):7084626-7090364 View in EpiBrowser

Location in the cell

Mitochondrial Reliability : 1.139 Nuclear Reliability : 1.399

CDS

ATGTCCAGTTTGCAAAGAGTAATACCCCAGGAGGGTACCCGCCAAGCGGGAGAATCCCTCCGTACTACCGACTCGTCGGTAGTGCGCAGCCCCTCGTATTCTGGGGGGGGCACAAACTGCACTGAGATAAGGTCCGAGAAGGACGGGGTTAAAAAAGGAGCAGGGTCCGGGAAGGACGTAAGTAGGAAGAACAGGTCCGCGAAGGACGTAGTAGCAGAAGGGTCTGTTAAGGACAGTGAGGGGAGATCGTCCAGAACCACTCTTGTGTCGGATGATAGCATGACCACAGCTGGGTCGGCCCACTCGTCAGCCCGCTCTTCGCCGACACGCAGACAGCGAAAAAGAGTCCTGACGATCAGCAGTGATGAGTTTGGAAGCAGCTCCGGCTCGGATGAAACAGCTACTACTGGTAAATGTGGTGTCAAGCCGCAATCGAAGAGAGGTCGCGGTCGTCCGACGACCACTGGTCAGTACGGTCTGACTGCGGACGAACAGGTGTATCTTAAAGCTCAGCGCTCTGAGATAAAGGATGCCGGTAGCATGCGTAGTATGCGCGAATTAAGAAGCGCAAAAATCATGGAAGGGAGCTCTAAGAAAGATCCCGAGTGTCGTCTGAAGGAGAGTGCCGCGATGGCTCTGAAGGTATGTAGTAAGCCCGGAAACCTGAAGGGCACGTATCAACGTGTCCTAAAGGAATTGGCGGTGACAATAACGGAAGTCACAGAAGAACTGGCGAACCGCCCCGCGACCGAAGAGATGGAAAAGCTGCGTGCGGTAAACGCCTGTCAGCAGGAAGAGATTTTACAGCTCCGGCAGGAGCTGCAGAAGGTGCATAAGGAGCTGGCGCGCATATCACAGGCATTGACGTTGTCCAATCCAGTCGAAACCCCAGCCCCAGCTTCAACCACAGAGGACCAGGAGGAGTTGCGTGTCCAACGCATTATGCGTGCCGTTGGCACCATGCTTGACGCTCGCATTGCGAGTCTGGAGATGCGGCTACCCCCGGAGCCTCGCATCAGGCCACCCTTAGCGGCGGATAAGCGGAAGAGCTGTGAGAAATCGCCGAATTCTCCTCTCCTTGTTGACGCTACGCTGGAGTCGACAACGGCACAAGCAGCACTACCGCCCACGGTGAACAAGAAGACACGAGGCCCTAGACAAAAGGCCACAGTGTTAGCGCCTCCACCCGAACCGTATGGCTTCCCTCCGGCTCCAGCTGTCGTAACCGAAAGCTGGTCTACGGTCACCCGTAGGCGCGCTAAGCCGAGGGGGGAGACCGTGAGAACGGCCACAGCCGTTCCACCCACTAGGGTGTCGGAGAAAGTCCCGTCTTCAAAGAAGAGGACAAAGAAGCGGCTCCGAGCTCCGCGTTCTCAGGCTGTGGTATTAAAACTACAGCCTGAGGCGATAAATAGCGGTCTCACATATCGGCTCATCCTTGCGGACGCGAGGGCGAAGCTCGACCTAGAATCGCTGGGTATTCCGCTCCAGAGGATCCGATCCTCTCTGACAGGTGCCAAGGTCCTGGTGGTGGACGGAGACGATCAAGTGGAGAAGGCCAACCTCCTGGCGAGCAAACTGAAAGAGATTCTGCCCGCTGAGGGCGTCGAGGTCTCCAGGCCATTGGTGACTGCAGCGATGCGCATCAGTGGCCTCGACGACTCGATATCGCGTGAAGAAATCGCTGATGAGCTCGCCAAAATTGGGGGGTGTCCACCCGAGACTATCAAGATCGGGGAAATAAAAACCGGTCCAGGCGGGATGGGACAAGTCTTAGTTCGTTGTCCGATCTCAACAGCGGCGAAAATCGCAGCAGTTCCCAAGCTAAGGATTGGCTGGAGCGTGCTCCGCGCTCATTTGCTGGAGCCCAGGAGGCTACAGAGACAACGTCGGCAGGATCTCGCGTCGCTTGAGGGCGGGAACCTCAATCACTCCGCCAGAGCTCAAGATCTTTTGTTTCAGAGCATGGCGGAAGGGTTGACTCACCTTGCGGTGGTCGCAGAGCCGTACCGGGTCCTTTTGGGTCCCGATTGGGCAGGTGACCTTGACGGCCGGGTTGCCATTGTCAGGCGTGGCTGTGTGGGTGCTCCGCCCGGATTCGACCTCGTTGAAAGGGGTCGCGGCTTCGTGGCCGTCCTCTGGGCCGAGATGATCGTGGTGGGAGTATACTTCTCCCCCAACAGGACGCTCGCCGAGTTTGAGGGCCTCCTCCTTGAGCTCGGTCGCGTCATTGGGAGGTCACATTCCCGTCGGATTCTCGTCCTTGGGGACCACAATGCCAAGTCATTGGCTTGGGGTTCCTCGAGGACGTGCCCCAGAGGAACGGCGGTGGAGGAGTGGCTGGTCGGAGGCGGCCTCGTCATTCTGAATCGTGGCACGGAACTTACGTGCGTGAGACGATTAGGCGGGTCCGTGGTGGACGTCACGTTCGCATCTCCCGATGTCGCGAGTCGCATCCGTGGTTGGACGGTGATGGTTGGTGAGGAGACGCTTTCCGACCATCGCTACATCCGTTTCAGCATTGCTGTAGCCCCAGAAGTGACATCAACTTCTTTATTCTGCGGCGGCGACGTGGAGGGTCCTCGTTGGGCCCAGAAGCGTCTCGATGTCGAACGGCTGAATGAGGCGGCTGTCGTCCAGGCCTGGCGCCTCGATTCCCTCGGTGAGCCGATGAATGTAAGCGTGGGGGCGGAGCGTATGCGCGAGGCAATGTCGCGGGTATGCGATGCCGCTATGCCTCGCGTCAGAGCTCTAGCTCCTAAGCGCCGCGTATACTGGTGGACTGATGAGATCGCCAACCTGCGCCAGTCCTGCAACGTCAGTCGACGTGCGTACCAACGAAGCCGACGTCGAAGGACGCATCGTGACCCTGAGGAGGAGGACCGCCTTTATGAGGTGTACAGAACGGAGGTGAGGGCCCTTTGCACAGCCATCAGAGAGGCGAAGGAAACCGCTTGGAATGATCTGCTCGCCTCGCTTGATCGCGATCCGTGGGGGCGGCCCTACAGGCTAGCGCGCAATGCGCTTCGCCCATGGGCTCCCCCTACGACCAGCACACTGACGCCCGAGACATTGCACCGGGTGGTCGGGGGTCTATTTCCGGACTCATCCCGAACGGCCTTCATCCCCCCTGTAATGGCAACGGCGCAGGTCGCTGACGGCGGAGAGCTGGAAGGTGTGTCCCAGGCGGAATTTGAGGCGGCAGTGGCGAGGATGCGCGTGAAGCGTACAGCACCAGGCCCCGACGGCCTGTCGAGTCGAGCATGGGCTCTCGCTTTAACTGAGGATGGTTTGGGACCTGCACTTCGAAGGCTGTTTAGCAGGTGCCTCCGCGAGGGCAGGTTCCCGGAGCCGTGGCGCACGGGCCGGCTGGTGCTTATCCCGAAGGACGGTCGCCCTAGAGACGAGCCCTCCGGGTATCGCCCGATAGTAGTGTTGGACGAGGCCGGTAAGCTCCTTGAGCGTGTGGTTGCCGGGCGTCTTGTTCAGCACCTGGAGAACATTGGGCCGGATCTCGCGTCCAACCAATATGGCTTCCGGAGAGGTCGGTCGACCGTGGACGCGGTCTTACGGGTCCGCGATCTTTCCGACCAGGCGTGCTCTGGGGGAGGTGTACTGTTGGCTGTGTCGATTGATATTGCCAACGCTTTCAACACGATCCCCTGGAGCACGATCGTGGAGTCATTACGGTTTCACCGCGTCCCCACCGGTCTCCGTAATTTGATTGAGGATTATCTCTCGGGGCGGGCGGTGATCTTCCCCGAGTGGAGTGGGTGGGGACGAAAAACAGTGTCGCGTGGGGTTCCACAAGGGTCGGTATTGGGTCCACTCCTTTGGAATATAGGCTTTGACTGGGTCCTCCGCGGGGCTAACCTGCCTGGCGTCGAAGTGATTTGCTACGCTGACGACACGCTGGTGACGGCTCGCGGAGACGACTACCGGTCAGCAGCCGTCCTGGTTGTGGCTGCAGTGGCAACTGTGGTAAGACGAATAAAGAGACTCGGCCTCGAGGTGGCCCTCCAAAAATCCGAAGCAGTGTGCTTCCACTCAGCTCGGAAAGGGCCACCTCATGGCGCGAATCTCGTAGTCGGGGGTGTCACCATTGCTGTCCAGCCGAAGCTCAAGTATTTGGGCCTCGTGCTGGACAGCAAATGGAGATTCGACCACCATTTTAAAGCGCTGGTTCCGAGGCTCATGGGGGCGGCAGGTGCGCTGACCCGTCTTCTTCCCAACGTCGGAGGATGCAGCGCCGGTACTCGGCGACTGTACCTTGGGGTGGTGCGCAGTATGGCCCTGTACGGTGCTCCCGTGTGGTCGCCCGCACTCTCCGCGAGAAACGCGGCTCTGCTGCATAGAGCTCAGCGGGCGCTTGCGGTGAGGGTCATCAGGGGGTACCGCACCATCTCTCAAGATGTGGCCTGCGCTCTCGCCGGATCCCTACCCTGGGACCTCGAGGCCGAAATCTTGGCTGCGGTATATCGGCGTAAGGCGCAGGCCTTGAGTCGGGGGCGGTCGCCCGGCCCGTCGGCTGTCGGTCGGTGGAGGCGTGCTGCGCGTCATGTAGCATACGCTAAGTGGAGAGAGCGATTGCTGAAAGAACTTGGCCAAACTTCGGTCACCCGCCGGCGCACCCTCGAGGCCCTGGTGCCCGTGCTGGAGGCATGGTCGGATCGGCGTCACGGCGTACTCTCCTTTCACCTTGCGCAGGTCCTCTCGGGACATGGCTGTTTCGGGAGGTACCTGTGGAAGGTCTGCAGGAGAGAGCCACACCCGGGCTGCCACCAGTGCGGGCACCCGGACGATGACGCGCAGCACGCGCTCGAAACGTGCCCGCGTTGGGAGCACTCGCGGCGAGATCTCGTCGCGGTGCTGGGGAGAAACCTCTCCCTGCCGGCTGTCGTCGCCCGCATGTTAGAGGATCAGGGCTCGTGGGAGGCCATGGCCAGGTTTTGTGACCTGGTAATGGCGTCCCGTGAGGCTGAGGAGCGTGAAAGGGAGTGGGATCCCTCTTCAGCACCTCAGCGCAGAAGGCGGGATGGCCGGCGCGGGCGTGAAGCTCCCGCTCAGCCCCCGTAG

Protein

MSSLQRVIPQEGTRQAGESLRTTDSSVVRSPSYSGGGTNCTEIRSEKDGVKKGAGSGKDVSRKNRSAKDVVAEGSVKDSEGRSSRTTLVSDDSMTTAGSAHSSARSSPTRRQRKRVLTISSDEFGSSSGSDETATTGKCGVKPQSKRGRGRPTTTGQYGLTADEQVYLKAQRSEIKDAGSMRSMRELRSAKIMEGSSKKDPECRLKESAAMALKVCSKPGNLKGTYQRVLKELAVTITEVTEELANRPATEEMEKLRAVNACQQEEILQLRQELQKVHKELARISQALTLSNPVETPAPASTTEDQEELRVQRIMRAVGTMLDARIASLEMRLPPEPRIRPPLAADKRKSCEKSPNSPLLVDATLESTTAQAALPPTVNKKTRGPRQKATVLAPPPEPYGFPPAPAVVTESWSTVTRRRAKPRGETVRTATAVPPTRVSEKVPSSKKRTKKRLRAPRSQAVVLKLQPEAINSGLTYRLILADARAKLDLESLGIPLQRIRSSLTGAKVLVVDGDDQVEKANLLASKLKEILPAEGVEVSRPLVTAAMRISGLDDSISREEIADELAKIGGCPPETIKIGEIKTGPGGMGQVLVRCPISTAAKIAAVPKLRIGWSVLRAHLLEPRRLQRQRRQDLASLEGGNLNHSARAQDLLFQSMAEGLTHLAVVAEPYRVLLGPDWAGDLDGRVAIVRRGCVGAPPGFDLVERGRGFVAVLWAEMIVVGVYFSPNRTLAEFEGLLLELGRVIGRSHSRRILVLGDHNAKSLAWGSSRTCPRGTAVEEWLVGGGLVILNRGTELTCVRRLGGSVVDVTFASPDVASRIRGWTVMVGEETLSDHRYIRFSIAVAPEVTSTSLFCGGDVEGPRWAQKRLDVERLNEAAVVQAWRLDSLGEPMNVSVGAERMREAMSRVCDAAMPRVRALAPKRRVYWWTDEIANLRQSCNVSRRAYQRSRRRRTHRDPEEEDRLYEVYRTEVRALCTAIREAKETAWNDLLASLDRDPWGRPYRLARNALRPWAPPTTSTLTPETLHRVVGGLFPDSSRTAFIPPVMATAQVADGGELEGVSQAEFEAAVARMRVKRTAPGPDGLSSRAWALALTEDGLGPALRRLFSRCLREGRFPEPWRTGRLVLIPKDGRPRDEPSGYRPIVVLDEAGKLLERVVAGRLVQHLENIGPDLASNQYGFRRGRSTVDAVLRVRDLSDQACSGGGVLLAVSIDIANAFNTIPWSTIVESLRFHRVPTGLRNLIEDYLSGRAVIFPEWSGWGRKTVSRGVPQGSVLGPLLWNIGFDWVLRGANLPGVEVICYADDTLVTARGDDYRSAAVLVVAAVATVVRRIKRLGLEVALQKSEAVCFHSARKGPPHGANLVVGGVTIAVQPKLKYLGLVLDSKWRFDHHFKALVPRLMGAAGALTRLLPNVGGCSAGTRRLYLGVVRSMALYGAPVWSPALSARNAALLHRAQRALAVRVIRGYRTISQDVACALAGSLPWDLEAEILAAVYRRKAQALSRGRSPGPSAVGRWRRAARHVAYAKWRERLLKELGQTSVTRRRTLEALVPVLEAWSDRRHGVLSFHLAQVLSGHGCFGRYLWKVCRREPHPGCHQCGHPDDDAQHALETCPRWEHSRRDLVAVLGRNLSLPAVVARMLEDQGSWEAMARFCDLVMASREAEEREREWDPSSAPQRRRRDGRRGREAPAQPP

Uniprot

A0A0J7KRB8

EMBL

LBMM01003988 KMQ92922.1

Proteomes

UP000036403

Pfam

PF14529 Exo_endo_phos_2 + More
PF00078 RVT_1

Interpro

IPR000477   RT_dom        + More
IPR005135   Endo/exonuclease/phosphatase
IPR036691   Endo/exonu/phosph_ase_sf
IPR036875   Znf_CCHC_sf
IPR001878   Znf_CCHC

SUPFAM

SSF57756 SSF57756 + More
SSF56219 SSF56219

Gene 3D

3.60.10.10

ProteinModelPortal

A0A0J7KRB8

PDB

1WDU E-value=3.88837e-07, Score=136

KEGG

101741133 no KO assigned | (RefSeq) RNA-directed DNA polymerase from mobile element jockey-like

GO

GO:0003676 GO:0003964 GO:0008270

Length:

1691

Number of predicted TMHs:

0

Exp number of AAs in TMHs:

0.0434000000000001

Exp number, first 60 AAs:

0

Total prob of N-in:

0.00002

outside

1 - 1691

Pi

1.337788

Theta

1.589177

Tajima's D

-0.626205

CLR

127.659435

CSRT

0.226188690565472

Interpretation

Uncertain

Sequence

Summary

Ontologies

Topology

Population Genetic Test Statistics

Multiple alignment of Orthologues

Gene Tree