Silkworm Genome Informatics Database

Gene

KWMTBOMO10648 Validated by peptides from experiments

Pre Gene Modal

BGIBMGA014430

Annotation

endonuclease_and_reverse_transcriptase-like_protein_[Bombyx_mori]

Location

Bomo_Chr18(+):41026-54530 View in EpiBrowser

Location in the cell

Mitochondrial Reliability : 1.099 Nuclear Reliability : 1.346 PlasmaMembrane Reliability : 1.642

CDS

ATGTTAAACTTCTATCGGCGTTTCATTCCAAACGCTGCTGCGGCTCAAGCACCTCTCCATGGCATGCTGTCGGGATCAAAGGTCAAAGGATCACACCCACTTACCTGGACGCCGGAACTTCTCGAAGCTTTCAACACCTGTAAAGCAAGTATAGCTAGAAGTACTCTCCTCGCTCACCCAGCCATGAACGCGCCGCTCGCTCTCGTGACAGATGCCTCAAATTCTGCCTTGGGCGCGGTGCTACAGCAGTCAGTGGAAGGACAATGGCAACCACTCGCCTTCTTCTCGAAGAAACTTAAAAAAGCTCAGCAGCTGTACAGCGCCTATGACCGAGAGTTGCTCGCTATATACGAGGGCGTTAAACATTTCCGTTTTATGGTTGAAGGCAGACACTTCGTCATTTATACGGATCATAAACCCATCACATACACCTTTTATCAGAATAGCCAGAAGTGCTCGCCCAGACAGTTTAACCACCTCGATTTCATGTCTCAATTCACCACAGACATAAGGTTTATATCGCGGAAGGATAATATACCTGCGGACACTTTGACGCGCATTGAAGCCGTATCATCGCCACCGGACTTACAACAGCTTGCTCGTTCACAGGAGAATGACAACGAGCTCCAGGAACTCCTCTCAAAGCGCTCATCTTCTTCGTTAAAGATGGAACAGATACCTATACCTGGAACGAACGTTACTTTATACTGTGACGTCACTCTGTCGAGGCCTCGTCCTTTTATAACAAAGGAGTTGAGTCGGCAGGTCTTCAACTCAATTCATACCATGAGTCACCCTGGTACGAAAGCGACAACCAAGATGGTAATGAGTAGGTTTATTTGGCCTTCAGCTCGATGGGATTGTCGCACTTGGACTCGGGCCTGCGAAGCCTGTCAGAAATCGAAGATCCACAGGCATATTTCATCTCCGCTGGGTGATTTCCAGTTACCGCAATCACGTTTCAGCCACGTACACATTGATTTGATTGGACCGCTACCGTCTTCGAATGACTACAAGTACTGTCTTACAGCAGTAGACAGGTTCACAAGATGGCCAGAGCTAATCGAGAAGGGTCGCGAATACAACGTTCCATTCATCATGTGTTTCATCGACTACAGCAAGGCTTTTGATTGTGTCAACTGGAGTTCCTTGTGGAAGGTATTGAATGTTCCTGGTGTACCCAATCATCTGATAGTGCTGGTACAGAGCCTGTATATCTACAGTCAGGGAGTTGTCAGAATCGATGAAGCTGTGTCCCAACCGTTCTGTTTTGGAAAAGGTGTCCGGCAAGGTTGCATACTGTCACCTATACTTTTTGATGCATATGGAGAGTACATCTTGCGGCAGACTTGTGAAGATTGGTCGGGAGATGTGCGCATTGGTGGAGCTCATATTACAAATCTCCGATATGCCGATGACACGACCCTGCTAGCTGCAGACGAATCTGAAATGTCTTCTTCAGCAAAATGGAACCTACAGAAGATCTGGAAGAATAGAGGGATAGGCCTGAAAACTAAAACCAGACTGGTGCGGACTCTTGTTTTCTCTATCTTCTTGTATGGAGCTGAGACATGGACGTTGAAAGCAGCAGACCGAATGCGCATCGATACTTTCGAAATGTGGTGTTGGAGACGCATGCTAAGAATTCCGTGGACAGCCTTCCGGACTAACGTGTCGATATTGAAGCAACTGGGCATCAAAATCAGACTGTCTACTGTATGGAAAGTTGAAGGCAACAGATCTAGAGGCCGCAGCCATACTCGTTGGTCCGATCAGATCCGCACCGCTTTGGACAGTACAGTGTACAGCGCGCTGCATGACGCCGTGGACAGAGGGAAAGTGGAAAAAGATCCTAAGATTGAAGCTCATGGTATAAAAGACACCGAAGTGATGACTGACAACATTCTACTCGAGGGAACCTTTAAACTGGTAGTAGCCATGAAGGTCTTCGCAGCAGTACTGATGGCGTTGGCGGCCGTGGTCGTGGCAGAAGAGCCCATCGAACTCGACTACCACAACAAGATCGGTATCCCCCGGGCCGAGAGTCTTAGACGCGCCGAGGAAGCCGCTGACTTCGACGGTACCAGGATTGTGGGTGGTTCTGCCGCCAACGCTGGTGCTCACCCCCATCTTGTAAACGATCAAAACTTGTGTCTGGGGCGAGTCTCCGAATGGGGTGAATTGAACTTGGTTCAATTCAACCCGATAAAGACACAAGTTTGCGCGTTCACTGCGAAGAAGGACCCCTTTGTCATGGCGCCGCAATTCCAAGGAGTATCCCTGCAACCTTCCGAGAGTATCGGGATACTTGGGGTCGACATTTCGAGCGATGTCCAGTTTCGGAGTCATTTGGAAGGCAAAGCCAAGTTGGCGTCCAAAATGCTGGGAGTCCTCAACAGAGCGAAGCGGTTCTTAACGCCTGGACAAAGACTTTTGCTTTATAAAGCACAAGTCCGGCCTCGCATGGAGTGCTGCTCCCATCTCTGGGCCGGGGCTCCCAAATACCAGCTTCTTCCATTTGACTCCATACAGAGGAGGGCCGTTCGGATTGTCGATAATCCCATTCTCTCGGATCGTTTGGAGCCTCTGGGTCTGCGGAGGGACTTCGGTTCCCTCTGTATTTTGTACCGTATGTTCCATGGGGAGTGCTCTGAGGAATTGTTCGAGATGATACCAGCATCTCGTTTTTACCATCGCACCGCCCGCCACCGGAGTAGAGTTCATCCATACTACCTGGAGCCACTGCGGTCATCCACAGTTGGACTTGTGATCGCACTGACGAATGGCAGAACTTCCGTCTGCGGAGCTTCCTTACTGACCAACACCCGCTCCGTGACCGCGGCTCACTGCTGGAGGACCAGGAACGCCCAGGGTCGTCAGATCACCCTCGCTTTTGGCACAGCTAACATCTTCTCCGGAGGCACCAGGGTCACCACCTCCAATGTCCAGATGCACGGCAGCTACAACATGAACAACCTCAACAACGACGTCGCCGTCATCAACCACAACCACGTTGGCTTCAACAACAACATCCAGCGCATCAACCTAGCCAGTGGAAGCAACAACTTTGCTGGTACTTGGGCCTGGGCTGCCGGCTTCGGGAGGACCTCCGATGCTGCTTCGGGAGCCAACAACCAACAAAAACGCCAAGTCAGCCTCCAGGTCATTACCAACGCCGTCTGCGCCCGCACGTTTGGAAACACTGTGATCATTGGCTCCACTCTCTGTGCTGACGGCTCTAACGGTCGCAGCGTCTGCAGCGGAGACTCCGGCGGCCCTCTCACCATCGGCAGCGGCGGAGGCCGTCAGCTGGCGGCTCCCCATTCCACATTTAATGTGGATTTCAGCAATGTCAGGGGCCTACATAGCAACCTTGACGCCGTACACCACCACCTTGAGACGGCGCAGCCTGCCCTGCTTTTTTTAACGGAGACGCAGATATCTGCTCCGGATGATACCTCATACCTTGAATACCCCGGCTACGTATTGGAGCACAACTTCCTGCGTAAAGCCGGGGTGTGCGTATTCGTCCGGGCTGATGTCTGTTGTCGCCGTCTTCGGGGCCTCGAACAACGGGACCTGTCCCTCTTGTGGCTGCGCGTAGATCACGGGGGCCGTAGCCGAATCTACGCGTGCCTGTACAGGTCCCACAGCAGTGATGCAGGTTCAGCTCTATTTGAGCATGTGCAAGAGGGGACTAACCGCGTGCTTGAGCAGTACCCATCTGCGGAGGTGGTGGTTCTTGGAGACTTTAACGCTCACCACCAAGAGTGGTTGGGGTCCAGAACCACTGACCTCCCGGGTCGGACTGCCTACGATTTCGCCTTGGCCTACGGCTTCTCCCAGCTGGTGACACAGCCCACCCGTGTCCCAGATATCGAGGGGCACGAGCCTTCTTTGTTGGACCTTCTGCTGACCACAGATCCGGCCGGATACAGTGTGGTGGTCGACGCTCCGCTTGGATCGTCTGATCACTGCCTTATTCGTGCTGCCGTTCCACTCTCTCGTCCTGATCGTCGAACGACGACCGGGTATCGAAGAGTTTGGCGGTATATGTCAGCAGATTGGGATGGATTGCGTGAATTTTACGCATCCTACCCATGGGGGCGGTTCTGCTTTTCCTCTGCTGATCCTGACGTCTGTGCGGACCGTCTTAAAGACGTGGTGCTCCAGGGGATGGAATTGTTTATTCCCTCCTCTGAAGTGCCCGTTGGGGGTCGCAGCAGACCCTGGTATAACAATGCCAGCAGGGATGCTGCACACCTCAAGCGGTCCGCATACGTGGCATGGGATAATGCCAGGAGACGTCAGGACCCTAACATCTCAGAGGAAAGGCGGAAATATAACGCCGCTTCCAGGTCCTACAAGAAGGTTATTGCCAAGGCGAAGTCGGAGCACGTTGCTAGAATTGGCGAGCGACTGAAGAGCTATCCCTCTGGGAGCCGTGCTTTTTGGTCGCTCGCTAAAGCTGCAGAAGGAAACTTTTGCAGGTCTAGTCTCCCACCACTACGCAAGTCCGATGACAGTCTGGCCCATAGTGCGAAAGAGAAGGCTGACCTTCTGGTCAAACTCTTCGCCTCGAACTCGACTGTGGACGACGGGGGTGCCACACCACCGAACATCCTCCGGTGTGATAGTTCCCTGCCCGAGATCTGCTTTACACAGTGTGCAGTCAGGCGGGAACTCCGACTCCTGGACGTCCATAAGTCGAGCGGGCCAGACGGCATCCCTGCAGTGGTTCTGAAAACGTGCGCCCCTGAGCTGACGCCTGCGCTAACGCGTTTGTATCGCCTCTCTTATTGCACTAACAGGGTTCCGTCTTCATGGAAGACTGCCCACGTCCACCCTATCCCCAAGAAGGGTGACCGGTCGGACCCATCGAGCTATAGGCCTATCGCGATAACTTCCTTGCTTTCCAAGGTGATGGAGCGAATAATTAATATACAACTCCTGAAGTATCTGGAGGATCGCCAGCTGATCAGTGACCGACAGTACGGTTTCCGTCACGGTCGCTCAGCTGGCGATCTTCTTGTATACCTTACTCACAGGTGGGCTGAAGCCTTGGAAAGCAAGGGCGAGGCTCTTGCTGTGAGCCTTGATATCGCGAAGGCCTTCGACAGGGTCTGGCATAGGGCACTTCTATCGAAGTTACCATCTTACGGAATCCCCGAGGGTCTCTGCAAGTGGATCGCTAGCTTTTTGGATGGGCGGAGCATCACGGTCGTTGTAGACGGTGACTGTTCTGATACCATGACCATTAACGCTGGCGTTCCACAAGGTTCGGTGCTCTCCCCCACGCTTTTCATCCTGTATATCAATGACATGCTGTCTATTGATGGCATGCATTGCTATGCAGATGACAGCACGGGGGATGCGCGATATATCGGCCATCAGAGTCTCTCTCGGAGCGTGGTGCAAGAGAGACGATCAAAACTTGTGTCTGAAGTGGAGAACTCTCTGGGGCGAGTCTCCGAATGGGGTGAATTGAACTTGGTTCAATTCAACCCGATAAAGACACAAGTTTGCGCGTTCACTGCGAAGAAGGACCCCTTTGTCATGGCGCCGCAATTCCAAGGAGTATCCCTGCAACCTTCCGAGAGTATCGGGATACTTGGGGTCGACATTTCGAGCGATGTCCAGTTTCGGAGTCATTTGGAAGGCAAAGCCAAGTTGGCGTCCAAAATGCTGGGAGTCCTCAACAGAGCGAAGCGGTACTTCACGCCTGGACAAAGACTTTTGCTTTATAAAGCACAAGTCCGGCCTCGCATGGAGTACTGCTCCCATCTCTGGGCTGGGGCTCCCAAATACCAGCTTCTTCCATTTGACTCCATACAGAGGAGGGCCGTTCGGATTGTCGATAATCCCATTCTCTCGGATCGTTTGGAGCCTCTGGGTCTGCGGAGGGACTTCGGTTCCCTCTGTATTTTGTACCGTATGTTCCATGGGGAGTGCTCTGAGGAATTGTTCGAGATGATACCAGCATCTCGTTTTTACCATCGCACCGCCCGCCACCGGAGTAGAGTTCATCCATACTACCTGGAGCCACTGCGGTCATCCACAGTGCGTTTCCAGAGATCTTTTTTGCCACGTACCATCCGGCTATGGAATGAGCTCCCCTCCACGGTGTTTCCCGAGCGCTATGACATGTCCTTCTTCAAACGAGGCTTGTGGAGAGTATTAAGCGGTAGGCAGCGGCTTGGCTCTGCCCCTGGCATTGCTGAAGTCCATGGGCGACGGTAA

Protein

MLNFYRRFIPNAAAAQAPLHGMLSGSKVKGSHPLTWTPELLEAFNTCKASIARSTLLAHPAMNAPLALVTDASNSALGAVLQQSVEGQWQPLAFFSKKLKKAQQLYSAYDRELLAIYEGVKHFRFMVEGRHFVIYTDHKPITYTFYQNSQKCSPRQFNHLDFMSQFTTDIRFISRKDNIPADTLTRIEAVSSPPDLQQLARSQENDNELQELLSKRSSSSLKMEQIPIPGTNVTLYCDVTLSRPRPFITKELSRQVFNSIHTMSHPGTKATTKMVMSRFIWPSARWDCRTWTRACEACQKSKIHRHISSPLGDFQLPQSRFSHVHIDLIGPLPSSNDYKYCLTAVDRFTRWPELIEKGREYNVPFIMCFIDYSKAFDCVNWSSLWKVLNVPGVPNHLIVLVQSLYIYSQGVVRIDEAVSQPFCFGKGVRQGCILSPILFDAYGEYILRQTCEDWSGDVRIGGAHITNLRYADDTTLLAADESEMSSSAKWNLQKIWKNRGIGLKTKTRLVRTLVFSIFLYGAETWTLKAADRMRIDTFEMWCWRRMLRIPWTAFRTNVSILKQLGIKIRLSTVWKVEGNRSRGRSHTRWSDQIRTALDSTVYSALHDAVDRGKVEKDPKIEAHGIKDTEVMTDNILLEGTFKLVVAMKVFAAVLMALAAVVVAEEPIELDYHNKIGIPRAESLRRAEEAADFDGTRIVGGSAANAGAHPHLVNDQNLCLGRVSEWGELNLVQFNPIKTQVCAFTAKKDPFVMAPQFQGVSLQPSESIGILGVDISSDVQFRSHLEGKAKLASKMLGVLNRAKRFLTPGQRLLLYKAQVRPRMECCSHLWAGAPKYQLLPFDSIQRRAVRIVDNPILSDRLEPLGLRRDFGSLCILYRMFHGECSEELFEMIPASRFYHRTARHRSRVHPYYLEPLRSSTVGLVIALTNGRTSVCGASLLTNTRSVTAAHCWRTRNAQGRQITLAFGTANIFSGGTRVTTSNVQMHGSYNMNNLNNDVAVINHNHVGFNNNIQRINLASGSNNFAGTWAWAAGFGRTSDAASGANNQQKRQVSLQVITNAVCARTFGNTVIIGSTLCADGSNGRSVCSGDSGGPLTIGSGGGRQLAAPHSTFNVDFSNVRGLHSNLDAVHHHLETAQPALLFLTETQISAPDDTSYLEYPGYVLEHNFLRKAGVCVFVRADVCCRRLRGLEQRDLSLLWLRVDHGGRSRIYACLYRSHSSDAGSALFEHVQEGTNRVLEQYPSAEVVVLGDFNAHHQEWLGSRTTDLPGRTAYDFALAYGFSQLVTQPTRVPDIEGHEPSLLDLLLTTDPAGYSVVVDAPLGSSDHCLIRAAVPLSRPDRRTTTGYRRVWRYMSADWDGLREFYASYPWGRFCFSSADPDVCADRLKDVVLQGMELFIPSSEVPVGGRSRPWYNNASRDAAHLKRSAYVAWDNARRRQDPNISEERRKYNAASRSYKKVIAKAKSEHVARIGERLKSYPSGSRAFWSLAKAAEGNFCRSSLPPLRKSDDSLAHSAKEKADLLVKLFASNSTVDDGGATPPNILRCDSSLPEICFTQCAVRRELRLLDVHKSSGPDGIPAVVLKTCAPELTPALTRLYRLSYCTNRVPSSWKTAHVHPIPKKGDRSDPSSYRPIAITSLLSKVMERIINIQLLKYLEDRQLISDRQYGFRHGRSAGDLLVYLTHRWAEALESKGEALAVSLDIAKAFDRVWHRALLSKLPSYGIPEGLCKWIASFLDGRSITVVVDGDCSDTMTINAGVPQGSVLSPTLFILYINDMLSIDGMHCYADDSTGDARYIGHQSLSRSVVQERRSKLVSEVENSLGRVSEWGELNLVQFNPIKTQVCAFTAKKDPFVMAPQFQGVSLQPSESIGILGVDISSDVQFRSHLEGKAKLASKMLGVLNRAKRYFTPGQRLLLYKAQVRPRMEYCSHLWAGAPKYQLLPFDSIQRRAVRIVDNPILSDRLEPLGLRRDFGSLCILYRMFHGECSEELFEMIPASRFYHRTARHRSRVHPYYLEPLRSSTVRFQRSFLPRTIRLWNELPSTVFPERYDMSFFKRGLWRVLSGRQRLGSAPGIAEVHGRR

Uniprot

NA

ProteinModelPortal

NA

PDB

4OL8 E-value=2.41888e-18, Score=233

KEGG

101740285 no KO assigned | (RefSeq) collagenase-like

GO

GO:0004252 GO:0006508 GO:0003676 GO:0020037 GO:0006457 GO:0003906 GO:0005634 GO:0006285 GO:0019104 GO:0003824

Length:

2079

Number of predicted TMHs:

0

Exp number of AAs in TMHs:

3.00147000000001

Exp number, first 60 AAs:

0.00184

Total prob of N-in:

0.00156

outside

1 - 2079

Pi

197.050967

Theta

159.114514

Tajima's D

1.1073

CLR

0.000588

CSRT

0.689515524223789

Interpretation

Uncertain

Source	Sequence	Identity	Evalue
28556443	IVGGSAANAGAHPHLAGLVIALTNGR	100.00	6e-04
28556443	IVGGSAANAGAHPHLAGLVIALTNGR	100.00	6e-04
28556443	INLASGSNNFAGTWAWAAGFGR	100.00	6e-04
28556443	IVGGSAANAGAHPHLAGLVIALTNGR	100.00	6e-04
28556443	IVGGSAANAGAHPHLAGLVIALTNGR	100.00	6e-04
28556443	EEAIELDYHNK	100.00	6e-04
28556443	IVGGSAANAGAHPHLAGLVIALTNGR	100.00	6e-04
28556443	EEPIELDYHIK	100.00	6e-04
28556443	AEEAADFDGTR	100.00	6e-04

Sequence

Summary

Ontologies

Topology

Population Genetic Test Statistics

Multiple alignment of Orthologues

Gene Tree