Silkworm Genome Informatics Database

Gene

KWMTBOMO01023

Annotation

S08405_hypothetical_protein_2_-_silkworm_transposon_mag

Location

Bomo_Chr3(-):145982-155045 View in EpiBrowser

Location in the cell

Nuclear Reliability : 2.789

CDS

ATGATCGTAGTTCTTTGGCATTACACGGTACTGGGGCCTTGGTTATGGCGTCAATTTAGGATTTGGTTGGGTGGATGCCATGTTCATATATTATGTGACTTGGGTATTCAATCTGATTCTGAGGTGATTTTAACACATGTGGGAGCTACAAATGAGGGCTATGAAAGGGTGCATGGAGGATGGGGGTATGGCAGTCGTAATGATGATGGAGACCAGCTGCTCCAAGCTGCGACCACCTTTAACCTGGCAGTGGAGAATACGTGGTTCCAGAAACGGCCTGAACACCTTATCACCTATAAGAGTGGTAACCACGCGACACAGATCGACTATTTTCTGATTAAGAGAAGTAAGTTGGTATGTGTCAAAAACTGCAAAGTACTGCCGGGTGAAGCATTGGTGACGCAGCATAGACTATTACTAATGGACATTACGATCAGTTACAAGTACCTAAGGAGGAGAAACCGTCTCTCACCAAAAATTAGATGGCGTATGCTAGAGTCAGATGAGTATGCTGGTCGATTTAGGGAAATAATGATAGAAAACATATTTGAAATGAAGGATATGAAAGAGAAATCTGCGAATGATTGTTGGGATGAAATGGCAAATAGTCTCAGGAAGACAGCTAAGGCTGTGCTCGGCGAATCAAAAGGGAAAGGTATAATTGACAAGGATACATGGTGGTGGAATGAGAATGTACAGAGAGAGTTGAAAGAAAAGAAGAATACATTCAAAAAGTGGCAACTAGAAAGAGGAAATGAAAGTGAGAAGCAAGCTAGGAAGAATGAGTATAGAGAATGTAAGAAAAAGGCCACTAAAGCGGTTGCTATAGCCAGATTAGAAATGTACTTTTTGGTGAATAAAGTGACTGACGATTTAAAATTACCCACATTAATTTCCGTTATGGGTGAGGAAGCGTACGATTTATTATCGACATTAGCCAGCCCTTCGAAGCCGTCACAGTTAACTTATGCTAATGCCGTGGCGATGTTGGCAGCTCACCTGCAACCGAAGCCCTCAATCTTGGCGGAAAGATACAAGTTTCGACAACGTCGGCAGCTGAATGAGTCAATAGCTGACTACGTCACAGAATTAAAAAAATTATCAAAAAATTGTGAGTTCGGCTCGTCGCTGGATGAAAATCTGCGTGATCAAATGGTTTGTGGATTAAAGAGCGAAATCATACGGCAAAGGTTATTTGCCGAGGAGAAATTAGAATATAAGCGTGCAGTTACGTTAGCTTTGTCTTTAGAAGCTGCGGAGAGGGATGCGATTGCAGTGGAACGTACGCCAATTGAGGAGGTTAACAAAATTAACTTCAATGAATGTTCAAGATGTGGAGACAGGAGACACCAAGCAAAGGATTGCATATACAAAGACTACGTGTGCAGTTCATGTCATGAAACCGGCCATCTACGAAGAATGTGCCCCAAAAAAGGGCTTAAGAACCAGGCGGAGGCAGCCGGGGGTTCACCATGCACCGGGCGCCGGGGGAACCGGGGTGCAGGCGGCAACAGGCGATCGTGGCGCGGGCAGCGCGGTGCGGGACGAGGAGGCCGAGAGCGGGCTCCTTTGCACTTATTATACGATCAAAACAACGATGACACATACAACAACTTCAATAATGAACAGGACGGGTGTGGAGAAGAAAATGAGCCTATGTACCAAATGACATTGAGTAATTATAAACCGGTGTGTATTAAAGTTAAAGTCCAAAATTGCTTGCTCAAGATGGAGGTCGATACTGGATCGGCGTTATCTTGTATTAGCAAGAATGTTTATGATAAATATTTTTCTAAGGAGAAGTTACAGGCATGCTTATTAAATTTAAAATTTTACGATGGCTCAATCATTCGGCCTTTAGGGTTTATAAACACTATAGTGAAGTACCAAGGTGTTTCAAAAATGTTAGACTTGTATGTCATACACAAAGGAACGACTAATCTATTGGGCCGACAATGGTTAGCTGAATTGAATATTCCTATAAAAATATCAAAACCTACGAGTTTTAAAATACAACACAGTAACTTTGTAACCGAACACGCACGAGACTATAATAAATTAATTAATGAAATTGTTTCTAGACATAAATCCTTGTTCGACGGCACATTGGGTAAATATACGGGGGGCACAGCAGAGTTAATCGTGCGGCCGGATGCGGTGCCTATCTACTGCCGCGCGCGACCGCTGCCGTATGCGCTGCGCGAGCGCGTCGATGCCGAGCTCGACGCGATGCTGGCCGCCGGCGTCATCAAACCGGTGGACCACTCCGACTGGGCCACGCCACTTGTCGTAGTACGCAAAGCGGACGGCGGTCTGAGAATATGTGCGGACTATAAGGTAACCCTTAACAAAGTATTAGCAATCGACAGATTTCCGGTTCCAAAAATGGAGGACTTATTCAGTAATCTCAGCGGAAATAAATTTTTTACTAAGCTTGATTTATCTCAAGCTTATAATCAAATAGTCTTATCAGAACATTCTAGCGAGTACACGGTTATCAATACACATAGAGGATTATTTAAATATTCCCGCCTCGTCTACGGGTTAGCTTCGAGCCCAGGCATTTTTCAAAAACTAATGGTAAATATGTTTAAAAATGTCCCAAATGTAGTAGTTTTCTATGATGACATATTGATTAGAAATCAGGACCTAGACAGTCATTTAAAGTCTATAAAAGAAGTATTAGATATATTAGAAAGGTATGGCTTAAAAATTAAAAGGAGTAAGTGCGAGTTCATGGTAACAGAAGTGAGGTATTTAGGGTTCATAATAGATCAAAATGGGGTTCGTGTAGACCCAGAGAAAGTCAAATCAATAGCAACAATGCCACACCCAAATAACGTGACAGAATTAAAATCTTTCATCGGTATGGTAAACTTCTATTCGAAGTTCATACAAGATTTGAGTGCACATTTATCACCTTTATATGCCCTTTTAAAAAAAGGTAAGCACTGGATGTGGGGAAATGAACAGAATGCTGCTTTCCTGAATGTTAAAAAGTTTTTGTGTAGTACAAAAGCACTCGCACATTTTGATATGTCTTTGGAGTCGGTGTTGACTGTGGATGCGAGCGCGCGTGGTCTGGGTGCCGTGTTGGCGCAGCGCGGGCCAGGATCTCCCTATCATTCCGCCTCTAATGGGGCCGCTGAAAATGCAGTTAAAATTTGTAAACGTGCGATTAAAAAGGCATTAAAACAGAATTTAAACGTAGATACAGCTCTGTGTAGATTTTTATTAGCCTACAGAAATACAGAACATGCAACTACCGGCGATAGTCCAGCCAATATATTACAGGGTCGAAGTCTCCGTATGAGATTAGATAATTTAAAACCAGAAAGGCAATCTCGAGTTATCGCGCAACAAGAGCGGAGCGAGCAAAACGCAGGGGGTGTGCAGCGACAACTCGAGCCGGGCACTAAGGTGTGGTATCGGGATTATCGAGGTCTGGATAAATGGGTACCTGGGACGATCCTCAAGCAATTAGGTAGTCGTGATTACTGTGTACGATCTAGTTTTGGAACCGAGAATCATAGGCACGTCGATCAGCTAAAATTAAGGGTTACAAAAAATATAGATAAAGTTGATACCTTTGCGTCGATTCGTAAAAATATAAGTCCCGAACTGATCGCGCAAAATTTAGACTTAAGAACACAATCACGTAAGTCGCTATCATTTCCCATGACAAGTGGCGAGGAACCAGTGGCGGTGGTCAACGATTCGGGGAAGAGTAGTTCACCACCAAAAAATAGCACACCGGCACAGGATGCTGTATCGCCTATTCGTGGCAGCCCTATGAGACCCACAGTGCCGATAGACAAGGCAGCATGTAGTACTGGTGGTAAGAGTATCAATGAAAATGTGACACCCAAACGTGAACGTCCTGTAAGAATACGCAAGCCACCAGTTAGATATGGATTCGAGGAAATAGATTAA

Protein

MIVVLWHYTVLGPWLWRQFRIWLGGCHVHILCDLGIQSDSEVILTHVGATNEGYERVHGGWGYGSRNDDGDQLLQAATTFNLAVENTWFQKRPEHLITYKSGNHATQIDYFLIKRSKLVCVKNCKVLPGEALVTQHRLLLMDITISYKYLRRRNRLSPKIRWRMLESDEYAGRFREIMIENIFEMKDMKEKSANDCWDEMANSLRKTAKAVLGESKGKGIIDKDTWWWNENVQRELKEKKNTFKKWQLERGNESEKQARKNEYRECKKKATKAVAIARLEMYFLVNKVTDDLKLPTLISVMGEEAYDLLSTLASPSKPSQLTYANAVAMLAAHLQPKPSILAERYKFRQRRQLNESIADYVTELKKLSKNCEFGSSLDENLRDQMVCGLKSEIIRQRLFAEEKLEYKRAVTLALSLEAAERDAIAVERTPIEEVNKINFNECSRCGDRRHQAKDCIYKDYVCSSCHETGHLRRMCPKKGLKNQAEAAGGSPCTGRRGNRGAGGNRRSWRGQRGAGRGGRERAPLHLLYDQNNDDTYNNFNNEQDGCGEENEPMYQMTLSNYKPVCIKVKVQNCLLKMEVDTGSALSCISKNVYDKYFSKEKLQACLLNLKFYDGSIIRPLGFINTIVKYQGVSKMLDLYVIHKGTTNLLGRQWLAELNIPIKISKPTSFKIQHSNFVTEHARDYNKLINEIVSRHKSLFDGTLGKYTGGTAELIVRPDAVPIYCRARPLPYALRERVDAELDAMLAAGVIKPVDHSDWATPLVVVRKADGGLRICADYKVTLNKVLAIDRFPVPKMEDLFSNLSGNKFFTKLDLSQAYNQIVLSEHSSEYTVINTHRGLFKYSRLVYGLASSPGIFQKLMVNMFKNVPNVVVFYDDILIRNQDLDSHLKSIKEVLDILERYGLKIKRSKCEFMVTEVRYLGFIIDQNGVRVDPEKVKSIATMPHPNNVTELKSFIGMVNFYSKFIQDLSAHLSPLYALLKKGKHWMWGNEQNAAFLNVKKFLCSTKALAHFDMSLESVLTVDASARGLGAVLAQRGPGSPYHSASNGAAENAVKICKRAIKKALKQNLNVDTALCRFLLAYRNTEHATTGDSPANILQGRSLRMRLDNLKPERQSRVIAQQERSEQNAGGVQRQLEPGTKVWYRDYRGLDKWVPGTILKQLGSRDYCVRSSFGTENHRHVDQLKLRVTKNIDKVDTFASIRKNISPELIAQNLDLRTQSRKSLSFPMTSGEEPVAVVNDSGKSSSPPKNSTPAQDAVSPIRGSPMRPTVPIDKAACSTGGKSINENVTPKRERPVRIRKPPVRYGFEEID

Uniprot

NA

ProteinModelPortal

NA

PDB

4OL8 E-value=4.17374e-42, Score=436

KEGG

105841668 no KO assigned | (RefSeq) uncharacterized LOC105841668

GO

GO:0003676 GO:0008270 GO:0006511 GO:0004888 GO:0007016 GO:0005856 GO:0007155 GO:0051015 GO:0003779 GO:0016021

Length:

1310

Number of predicted TMHs:

0

Exp number of AAs in TMHs:

0.10242

Exp number, first 60 AAs:

0.10167

Total prob of N-in:

0.00569

outside

1 - 1310

Pi

132.9726

Theta

201.173876

Tajima's D

0

CLR

1.961759

CSRT

0.369881505924704

Interpretation

Uncertain

Sequence

Summary

Ontologies

Topology

Population Genetic Test Statistics

Multiple alignment of Orthologues

Gene Tree