Silkworm Genome Informatics Database

Gene

KWMTBOMO04562

Annotation

PREDICTED:_uncharacterized_protein_LOC106720812_[Papilio_machaon]

Location

Bomo_Chr8(+):9857052-9862994 View in EpiBrowser

Location in the cell

Mitochondrial Reliability : 1.386 Nuclear Reliability : 1.459 PlasmaMembrane Reliability : 1.323

CDS

ATGCCGACAAACCCTGCGACTAGTACTGGTTTGCAAGTTAATATTATACAACCTAGTACTTCCCAACATGTAGAGAGCATTGCTCCGAGTGAGACGTCTAAGTCAAAATCATCACGCTCGTCATCCACAATTAAGGCTCAAAAGGCCGCCGTAGAGGCCCTGGCCCTGCGCCGACGTCTTGAGCACGAGCAGGAGCTGGCTGAACGTGAGAGGCAACGTGAAAGTCGACTGGCAGCACTCCGTCAGCAGGTAGAGGAGGGCGAACTGAAGGCCGAACTTGCCGCTCTCGACGCGGAAGCCGCGGCAAGTCACAGCAGTCGCAGTGGTTCTGCCAGGGTAAGCGTAGAAAGAACAGAAAGATGGGTACAAAGTTTAGGACAGCCAGTTTGCGTTGGCGAAAATACAGTTAATAGAGGCATCCCCGCAGTAGGGCGAGAGCAAGTAGTTGTTCCGCCTCCCGGCCACCAGGCACCTCTGCCGGCCACTGGGTCAACTGCATCCCCTGTTAACCGTTTTGTTCATCAGAAACAACTTTTAAACGTCACTAAAGCGTCCGAGGCGGCCGTACTTACGCGACCGCTCATTTCCACGGAGGTTGATCAGAGTAGTCTGCTTCAGGCTGTTGCTGACACTGCAGCTGCGGCCAAGGCGCTTGCTACTTCGCACCGTCATAAACATAAGATCGAATTGTTTCCTTTCGACGGAGACGCCTTAACATGGCTACATTTCAAACGTATTTTTGATTTAACCAAAAACAATTTTTCAAATATTGAAAATATTAGTCGGTTACAAAATGCACTTCGCGGCGCGGCCCGAGATGCAGTCGCGTCACTGTTGCTGGCTACAGACAACCCGAACGACATTATAAGAGATCTGGAGGAGAACTTCGCTCGCCCGGAAATTATAGTATTTAAGGAAGTCTCCGCTCTTAAAAATCTACCACGTTTGGGAAATGACTTGAAAGAGTTAATTACGATAACGAATAAGGTACGTAATTCTATATCTTCTTTTAAAATACTGAATCAAATTGAGTACTTGCATTCTCCAGAACTATTTCACGCCGTCTTAGGAAAATTAAACCCGGTTACTAAAGTAAGATGGACGGACTTTGCTATGCAAAATACTACAGGGCGTCCTAAATTAGAAATTATGTCCGATTTTTTGAGGCGCGAGTTAGATCAACTTATTCGGTTCGGTTTATCACCGGAATCTTGCTCGATCCAACATTCACCACAAAACACTCATCTAAACAAACCGTATAAACGGGAAAATATTCACATAGTTACACACTCTAAACTAAATTCTAAGGCGGCGTCTACACAAAAGCTTGAATGCGCGTTTTGCAAAAAAGATCACAATATTAAGTCATGTTCTGAGTTCAAAGCCTTATCTGTTGATGAAAGGTGGGTCTGGCTGCGTGAGGTAAAAGCGTGTTATAGATGTCTTAGGCGTAGTTCACATCAGTGGAAAACATGTAAAGTTAACCCTTGTGGTGTTGATGGGTGTCTAATACGTCATCACCCGTTAATGCATGGTAAAGAACCTGTCTCTTCTGTCAATACTATGTTCGACACGCGATCCACCGAAAATGATCATACGACTAAGCACCACGAACCTGCATCTGTCGAAAAGGTAATAGTTTCTACCACTTCTACAGGTGTTCAAGAACCCAGCTCCATCTTAACTCTGTGCCCACGTGTATTTCTGAAAATCTTACCCGTTACTGTCTCTGGTCCCTCAGGAAGTTGCAATGTTTACGCACTTCTTGATGACGGTAGCACTGCTACGCTCATTGACTCAAGTATTGCTACTCAAATCGGTGCGACAGGGCCTCACCAGAAAATAACGGTTAATGGTATAGGCGGTCTCAGTAGAAACGCTACGATATCGTATGTAGATTTTCACATTAAGGGTAGGCACACACGAGACACATTTTTAGTGAAAAATGCGAGAGCTATGGAGTCTTTGTCTCTGCGTCCTCAAACGATTAGGCAGGAAACTATTGCTTCTTTCGCACATTTAGCGAATTTACCTTGCAACGTAACTTATGAAGATGCTACACCAACAGTTTTAATTGGTGCAGAGCATTGGCATTTGTTAATCAGCAGCGAGGTACGGTGTGGTGGTAAGAATGAACCCGTTGCCTGTTTAACTGCCTTAGGCTGGGTGCTTTATGGAATCGCGTCCAGTAAAACTAAATCAGTGGAGTTTGTTAATCACGGTGTGTGTATCGAACCTTCTGATGAGGAGAAATTAGACTCTTTTATTAGGGAACAATACAAAATTGATTCATTAGGTATTTCTAAAAAAGAAACTCTACATTCTAAGTCAGATAAACGTGCAGTCGAGATTTTAGAAAAAACTGCTAGACGTCTCCCCACTTCTGGTCGATTTGAGGTGGGTTTGCCGTGGCGTGACGATATACAACGCATTCCCGACAGCTACCCTCAAGCCATGTCACGATTTTTAAGTCTAGAAAGGCGCATGGCTAAAGATGCTGACTTTGCAAAAGCATATGACGTGTTCATTTCAAACATGATCGCTAAAGGCTATGCAGAAGAATGTGCTCCCGAGTCATACTACGCCAACCACATTAAAGATAAACAATCTTCTTTTATGAGGCTCTATTTACCCCATTTTGGCGTGTATCACCCTCAGAAACGTAAGCTTCGTGTAGTTCACGACGCCGCAGCCACGAATGCGGGCGTCAGCCTAAACTCTTTGTTGCTACCTGGTCCAGACCTGCTTCAGTCCTTGTTAGGTATTTTACTTCGGTTTCGCGAGGGCCGTATTGCTCTCACTGCTGATATCCGGGAAATGTTCCCTCAAGTAAGGATCAGAGAGCAAGATAGGGACGCCCTCCGGTTTCTCTGGAGGTCAAGCAGAGACCAACCTATAAAGGAGTTTAGGATGACAGCCATCATTTTCGGCTTATTAGCTCCAATAGTTGTTAAGGGTCGAATTTTATTTCAACAAACGTGGAGGTCTAATGTCGACTGGGACACCGAGTTCCAACCCACGGAAGCATTAAGATGGTCTGATTGGTTTCAGGAGTTGTCAAAAGTAACTTCTTTGGAAATTCCGCGTTGGTATTCTAACTCTAAAAACTCTGAACCAACTCAGAGGGAGTTACACGTTTTTGCTGATGCAAGTGAGCTCGCGTACGCATGTGTCGCTTATTGGCGCCTTTTATACTCAGACGGCAGCATCGAGCTTTCTCTCATCTCTAGTAAGGCAAGAGTTACACCCTTGAAACCTATCTCTATCCCACGTTTAGAGCTCCAGGCCGCTTTAATAGCTTCTCGTCTCGCGGTCACCATTAAGGACAGTCATAGAAAACAACCGGCACATACTTTCTTTTGGACCGATTCTATGACAGTCCTTCAGTGGTTACGTAATGACGCGCGCTCTTTTAAGCCTTTTGTTGCCCATCGTTTAGGCGAAATTATTGAAAACTCTTGCGTCAGAGACTGGCGATGGGTACCAACGGAATTGAATGTTGCCGACGACGCTACCAGAATGCGATCAATTAACCTCGACATGTCCCACAGATGGTTTCGCGGTCCATCTTTTCTTTTTAAATCCGTTGAGGACTGGCCTACAGAGCCAAGGTTTGCCTCACCAAACACCGATGAACTTAAGACCAATAGTTATGAGTTGGTCGGACTAACTTCCTTTGTCGAAGAGTTACCGACTCCGGTCACAGCCATTTTTGCTAATTTTAGTAATTGGCAGCGCTTATTACGTGCCACAGCCCGGGTACTTCAAGCTGCGGCAAAGTTTGGTGTAATTTTGGCTTCCATTAGAAATTCTAAATTGAAAGGCGAAATAGTTTGTGCCCGCCATCCTTCAACGTCCATTACTCTACCACCTCTTAGTGCGGATTTAATAAAGGCCGCTGAAAGGCAAATTATGCAACGAACACAGGTCGAGAGCTTTTCTATAGAATTTCTTCATATCCTGAACTCGAAGCCTATTCCTCCGAACAGTCGTCTCAGAAAACTGTCACCGGCTTTGGGAGAGGACAAATTACTGCGGTTAGCCGGAAGAATTAAAGCCGCAGAAGGCATTGACCCTGACACACGCTTCCCCATCCTTCTTGACGGTCGTCACCCAATTGTACGTTTATTGGTACAATTTTATCATCGAAAAGCGGGTCACGCAAATTATGAACTAGTCGTGAACGAATTAAGACAAAAATTCTGGTTGTTAAGGCTGAGGAACACAGTGAGAACAGTAGCAAAAGAGTGTCCACTCTGCAGAATTAGAAAGTCCTTGCCGGTGAACCCGAAAACAGGAGATCTGTCACCTGAAAGATTAGCTCACCATCGACGGCCCTTTACTTTTACGGGTCTGGACTACTTCGGCCCCGTAAGCGTGACTATCGGGCGCAGGCATGAAAAACGTTATGTGGCCCTTTTCACCTGTTTAACTGTCAGAGCCCTTCACCTAGAAATGGTACATAGTCTATCGACTGACTCTGCTATCATGGCTATTAGAAGATTCATTGCAAGACGGGGCTGTCCAAACATTATTTTCTCGGACAACGGAACCTGCTTTGTTGGTGCCAATCGCATTCTCAGAGGTTTCTACGGAGAAAATGTCGAAGATTTCACAAGCACTCAAGGAATACTCTGGAAGTTCATCCCACCTGCGGCACCTAATTTCGGAGGATGTTGGGAGCGCTTGGTGCGATCAGTAAAGGTAGCTCTGAACGCAACATTAACCGAACGAGCTCCAAAAGAAGAAACCTTGAGCGTCTTACTAGCCGAGGCAGAAGCCATTGTCAATTCACGTCCATTAACTCATGTATCTACAGATCCTGACGACCCGACAACACTCACACCATTTCATTTCTTAATCGGTTCTTCGTCCGTGCAGACCTTACCTACTGCCTTGAACGATCACGATTTGGTCAGCCGTTCCGAATGGAGGAAAGCATTGAGGCTAGCGGATCATTTTTGGTCGCGTTGGATGCGCGAGGTTCTCCCGACCCTACAACCACGTGAGCAGTCAAGAGGCAACCGCAGTTCAACAGCTTTTCAAGAGGGTGACGTAGTAATTATTGCTGACTTTAACTTGCCCCGCGGAATATGGCCACGAGGACGTGTTGCGAAAGTGTACCCTGGGAAAGATGGCGTGATAAGGGTAGTGGACGTTGCAACAGCAGGGGGAATGCTACGCCGACCCGTACGAAAGCTGGTTAGGCTCTCCACCTAA

Protein

MPTNPATSTGLQVNIIQPSTSQHVESIAPSETSKSKSSRSSSTIKAQKAAVEALALRRRLEHEQELAERERQRESRLAALRQQVEEGELKAELAALDAEAAASHSSRSGSARVSVERTERWVQSLGQPVCVGENTVNRGIPAVGREQVVVPPPGHQAPLPATGSTASPVNRFVHQKQLLNVTKASEAAVLTRPLISTEVDQSSLLQAVADTAAAAKALATSHRHKHKIELFPFDGDALTWLHFKRIFDLTKNNFSNIENISRLQNALRGAARDAVASLLLATDNPNDIIRDLEENFARPEIIVFKEVSALKNLPRLGNDLKELITITNKVRNSISSFKILNQIEYLHSPELFHAVLGKLNPVTKVRWTDFAMQNTTGRPKLEIMSDFLRRELDQLIRFGLSPESCSIQHSPQNTHLNKPYKRENIHIVTHSKLNSKAASTQKLECAFCKKDHNIKSCSEFKALSVDERWVWLREVKACYRCLRRSSHQWKTCKVNPCGVDGCLIRHHPLMHGKEPVSSVNTMFDTRSTENDHTTKHHEPASVEKVIVSTTSTGVQEPSSILTLCPRVFLKILPVTVSGPSGSCNVYALLDDGSTATLIDSSIATQIGATGPHQKITVNGIGGLSRNATISYVDFHIKGRHTRDTFLVKNARAMESLSLRPQTIRQETIASFAHLANLPCNVTYEDATPTVLIGAEHWHLLISSEVRCGGKNEPVACLTALGWVLYGIASSKTKSVEFVNHGVCIEPSDEEKLDSFIREQYKIDSLGISKKETLHSKSDKRAVEILEKTARRLPTSGRFEVGLPWRDDIQRIPDSYPQAMSRFLSLERRMAKDADFAKAYDVFISNMIAKGYAEECAPESYYANHIKDKQSSFMRLYLPHFGVYHPQKRKLRVVHDAAATNAGVSLNSLLLPGPDLLQSLLGILLRFREGRIALTADIREMFPQVRIREQDRDALRFLWRSSRDQPIKEFRMTAIIFGLLAPIVVKGRILFQQTWRSNVDWDTEFQPTEALRWSDWFQELSKVTSLEIPRWYSNSKNSEPTQRELHVFADASELAYACVAYWRLLYSDGSIELSLISSKARVTPLKPISIPRLELQAALIASRLAVTIKDSHRKQPAHTFFWTDSMTVLQWLRNDARSFKPFVAHRLGEIIENSCVRDWRWVPTELNVADDATRMRSINLDMSHRWFRGPSFLFKSVEDWPTEPRFASPNTDELKTNSYELVGLTSFVEELPTPVTAIFANFSNWQRLLRATARVLQAAAKFGVILASIRNSKLKGEIVCARHPSTSITLPPLSADLIKAAERQIMQRTQVESFSIEFLHILNSKPIPPNSRLRKLSPALGEDKLLRLAGRIKAAEGIDPDTRFPILLDGRHPIVRLLVQFYHRKAGHANYELVVNELRQKFWLLRLRNTVRTVAKECPLCRIRKSLPVNPKTGDLSPERLAHHRRPFTFTGLDYFGPVSVTIGRRHEKRYVALFTCLTVRALHLEMVHSLSTDSAIMAIRRFIARRGCPNIIFSDNGTCFVGANRILRGFYGENVEDFTSTQGILWKFIPPAAPNFGGCWERLVRSVKVALNATLTERAPKEETLSVLLAEAEAIVNSRPLTHVSTDPDDPTTLTPFHFLIGSSSVQTLPTALNDHDLVSRSEWRKALRLADHFWSRWMREVLPTLQPREQSRGNRSSTAFQEGDVVIIADFNLPRGIWPRGRVAKVYPGKDGVIRVVDVATAGGMLRRPVRKLVRLST

Uniprot

X1WR48 A0A3L8D7Q9 A0A3L8D7N7

Pubmed

30249741

EMBL

ABLF02011713 ABLF02011714 QOIP01000012 RLU15928.1 RLU16284.1

Proteomes

UP000007819 UP000279307

Pfam

PF05585   DUF1758        + More
PF03564   DUF1759
PF18701   DUF5641
PF05380   Peptidase_A17
PF17921   Integrase_H2C2

Interpro

IPR036397   RNaseH_sf        + More
IPR005312   DUF1759
IPR040676   DUF5641
IPR008737   Peptidase_asp_put
IPR021109   Peptidase_aspartic_dom_sf
IPR012337   RNaseH-like_sf
IPR008042   Retrotrans_Pao
IPR001584   Integrase_cat-core
IPR041588   Integrase_H2C2
IPR001995   Peptidase_A2_cat

SUPFAM

SSF53098 SSF53098

Gene 3D

2.40.70.10 3.30.420.10

ProteinModelPortal

X1WR48 A0A3L8D7Q9 A0A3L8D7N7

KEGG

101735462 no KO assigned | (RefSeq) uncharacterized LOC101735462

GO

GO:0015074 GO:0003676 GO:0004190 GO:0006508 GO:0004842 GO:0008565 GO:0015031 GO:0016020 GO:0016742 GO:0003824

Length:

1739

Number of predicted TMHs:

0

Exp number of AAs in TMHs:

0.03386

Exp number, first 60 AAs:

0

Total prob of N-in:

0.00000

outside

1 - 1739

Pi

406.332912

Theta

193.845643

Tajima's D

2.745765

CLR

0.062771

CSRT

0.96305184740763

Interpretation

Possibly Balancing Selection

Sequence

Summary

Ontologies

Topology

Population Genetic Test Statistics

Multiple alignment of Orthologues

Gene Tree