Silkworm Genome Informatics Database

Gene

KWMTBOMO16505 Validated by peptides from experiments

Pre Gene Modal

BGIBMGA004546

Annotation

PREDICTED:_titin-like_[Bombyx_mori]

Location

Bomo_Scaf004(-):2279-26015 View in EpiBrowser

Location in the cell

Nuclear Reliability : 3.398

CDS

ATGGGGGTCACCGACGACTTTGCCCCGAGCTTCACGCAGAAGCCGCAACTGCGGCAAGAGGACGATGGGAACAAGCTGGTTTTCGAATGTCAGCTACTCGCGTCGCCCAAGCCAGAGATCAGCTGGTTCAGAAGCGATGAACAGCTCCAAGAGGACAACAGAACTAAATTTAAGATCCAAAGCATCGCCAACAACAAATTCCTGGTGGTGCTCGAATTGGATGATGTGATCGAGACCGATGCGGGGCTTTACAAAGTTAAGGCCAAAAATAAGATGGGCGAGGTGGCCGCATCCATCAACCTTAATTTTAGCCCCGCTGACGAAGAGAAACAGAAACAACCGGACGGTAAAGCGCCAACGTTCGCGCGTAAACCGGCCATCAGACAAGAAGACGATGGCAAACGGTTGATATTCGAGTGCCGCATTGAGGCTGAGCCTGTACCCGGCGTGACCTGGTTCCACAATGCCGTGGAAGTAAAACCCGGAGCAAGACATAAGTTGACAGTAAGCAAGGAAGGCAAATCGTACTATGCCTCGTTGGAAATCAACAATGTAACCGTTGAAGATGCCGGGAAGTACAAGGTTACAGCTAAAAACGAACTCGGCGAAAGCAACGCCACGATCAGCTTAAATTTCGACAGCGACGAAGCGCCCGTACCTGAGGACTTTATCAAACCAACGTTCACGGAAAGACCGGTCATCAGGCAATCGGACGATGGTACCAAAATCACATTCGAATGCAGATGTGTTGGCAAACCGAAACCAACCATAGCCTGGTACCATGGCAAAAAAATGATAAAAGAAAGTAGCAGATATAAAATAACGTTAGAAGAGGATCAAACTCTGTATCACATGGCACGACTCGAAATCATAGGCGTAGAGAATTCGGACAGGGGAGAATATAGGGCTTTAGCGAAAAACAAGCATGGTGAAGGTGTAGCGAAAATAAATCTAAATTTCGAAGGAGGAGATAAACCTAAAATCCCCGATGGTAAAGCACCAAGGTTCCCTAAAAAGCCTACGATAAGACAAGAAGGGGACTTATTGATAATGGAATGTGTGCTTGAGGCTTATCCAGTCCCAGACATCACATGGTTTCATGGAGACAGAGAAATTAAAGACGGTCCAAAAATGAAGATGTCTAGAAAAGCAACTGGAAAAGATACATTTAATTTAACACTAGAAATTTTGAGTCCTTCTAAAGAAGACGGGGGAAACTATAGGTGTAATGCCTTCAACTTGTTTGGTGAGAGCAATGCCAACATTGCTCTAAATTTCCAAGGTGGGGATGATGAGAACGGTTTCGCACCGTCGTTCGTGGAGAAACCCCGAATCATTCCCAATGAAGATGGTACACTCATTACGATGCGTTGTGTCTGCAAAGCCAAGCCGGCGGCCGAAGTATCGTGGTACAGGGGCACGACGGTCATCAAGGCTAGTAGTAAAATTGAAATCAAATCTAGTAAAATTGAAGAGGATGTTTATGAACTGTTCTTGCTTTTAACAAATCCGACGGCAGCGGATGGTGGCGCTTACCGCTGTCATGTCAAGAATGAATTTGGTGAAAGCAATGCTAATATCAATTTGAACATCGAAGCCGAACCCGAACCGGAGGGAGAAGGCCCGACGTTTGTCGAGAAACCTACCATTCAGTCCAAAGACAACGGCAAATTAGTCATAATGGGATGCAAGGTCAAAGCTAGCCCGAGACCGACTATCGTGTGGTACCACGAGGGTAAAGAAATCAAGGAATCATCGAAAATTAAGACCAGGATTGAAGTACATGAAGACATTTACACAATTATCCTAGAACTTATCGATCCTGGCATCGAAGACTCCGGATTGTATAAATGCAATATCAAAAATGAACTTGGAGAGCTCAATGCGAATTTAACGCTCAATATTGAAATCATTCCAGTTATCAAGGAAAAGCCAAAGATCATTAAGATAGTTAAGAAGAAGACTGTTATTGTTGAATGTAAAGTATTAAGTAAATTTGCACCTCAATGTACTTGGTTCAAAGAAGCCAGTGCTGTCAAAGAAGACTCTAGGCATACTGTGCTAATTGAACCTGTGAGAGAGGGTGAATTCGCAGTCAAATTGGAAATCTCAAACGTTTCACAAACCGACAAGGGTTCGTATAAACTCGTTGCTAAGAACGAGAAAGGTGAGGCCACATCGCAACAAGTTGAAATCACAGAGATTCCTGAGGAGAAAGGAGAAAAGCCTCATATCATCAAACACCTCAGGAGCTTGGCTAGAAAAGAAAACGAGGAAGCTGAATTTATCGCCGTCCTCAAAACATCAGATCAGTCATGTCGATGCACTTGGTACAAAAACTCCACCGTCATCAGAGATACATCTGAAGTGAACACATCTTTTGATGGTACCAACGCTAGACTCATCATTAGAAAGGTTTCTTCGAAATACGTTGCCAACTACAGAGTTGTGATTAAGAACGAATACGGCGAAGACGAATCTAGCGCAGATTTGACTATTGTTGATGAAAAGAAAAAGAAAAAGGAGGAGGAAGAAGAAGAAATCACTGTTATCGAAGAGTCTGAAGAAGAAATGTCGATCGTGGAAGAGAAATCAATAATTGAAGAAAACCACGTAGATGAAAAGAAAAAGAACGAAGAAATAAGAAAGAAAGAAGAAGAAAAAACGACAATTGAAGAAAAGAAAACGGCATCCAAAAAAGTGACTAAGAAAGGACAAATTACAATAGAAAATAACCAAGAGGAAATGGAGATTGAATCTAAAAAGGCTGACTCTAAAGTTGAATCCAAGAAAATTGAGACCAAAAAGGAAGAAATAAGAAAAGCAGAATTAGAAGCCGAAGAGGCCAAAAAAAATATCGAAAAGAAAACAAACAAGACTGAGGAAGAGAAGAAAGCTCTACTTGAAAAACTTGAGAAAAAGAAGCCTGAACCTGAGCCTGAGAAAAAGATTGAAGGTATTCCTAAGCTGAAATCGGTGAAACCCAAGGAAGAACCTGTCGAAACCAAAAAGGAGGTATCTAAAAAATCCACAGAAGAAAAGAAAAAAGTGGTTAAAAAGAAGGTTGTTGCTAAAAAAGAGGAGGATGAAATCGAGTTCGTCGATGATTACGAGCGTCCAGTTCTGGAGAAATATGAAAAGATTACACCGACCCCTCTTGCTAAAAAAGCAAAACAGGATGACACACCAAAGGGTAAACGCGCATCAGTTTCGGAAAGCGTTAAAAGTGAACAATTCAGTGAAGATGAACCTTCTATTGCTGAACCGACCCCTGAGAAAAAAACCAAGGTTGAATTTAACGATAAGGTCGACGAAGACAAGGCTGAGCCTAGGAGATCAAGTATTAAAAAAGGCATTCCCAAACCAGAGGAGCCGGTAGATGAACTAACAAACATCAAATTATCAAAAAAACCATCTAAACAAATCGAGGAACCGCTTGAAGAACCACAAGTAGCTAAAACAAAAAAACCAGTCCGAAAGCCGGGTGACACTGACGAATTCATTGACGATTACGAACGGCCAGAGTTGGAGAAATACGATAAACTGACGCCAACTCCTTTAGATAAAACCAAAAAAGTGAACGGAGTTGATGAGGCTGATTCGAAATTCGTGGACGATTACGAAAAGCCCGAACTTGAGAAATACGAAAAAGTAGCACCAACACCCAAAGACAAACGTCGAACTAGTGATACACAGGACGATGTGGATATGATGAAGGGTAAAATTAAACCAAAAGAGAAAGAAGAAGAACCGGAAATGCCTACACTACGCAAACGTCCTGTCCAAAAAGACAAGGAGCAAGAACCAAAACCAGAGGAGAAACCTAAAACAAAATCCATTAAAAAGGATGAACCGGAAACCAAAAAACGACCCTCACTCAAAAAGAAGGAGGTTGTCGAGGAAGAGTTCGTCGACGATTACGAAAGACCAGTCCTCGAGAAATACGAGAAAATCACACCCACACCACTCGAGAAAAAGAAAAAGGAGGATAAGAAAGCAGAAGAAGAAACACAGTCCACCACGGCAACTAGGCGACGTTCTGTCAAAGACAAAGAGAGTGCTAAACCAGAGGAGGACAAAAAACCAGATGAAGAAACGCCTTCCGCAACAGCGACTAGGCGGCGATCTGTCAAAGACAAAGACAATGACAAACCAGAGCCTATGGATGTTGATGAAAACTTCAGCATTACCAAACCTAAGACTCCGGCTAAGCCTGGACAAGAACCTGAAACATCACTTACACACAAAACACCGGCTGAAATTAAGCCTACGGAAGACGAGGCTGAAGCCAAACTCCACGTTAAGAAACCAGAGATCATTGAAGAAAAAACACTTAAGAGACCTTCACCTAAAGATAAAGAACCTAAGGAAGACGACACAGAGGAGGCTGTCAGTCTCAGCAAACCGCGCAAAAAGACAAGCACGACTGCTCCCGAAGAGGCGCAGCTCACACAAAAGACTCCTGCTAAGAAAAAACTAACGGAGGGTGCTGAAGCAGCAACGTTAAAGGTCAAAAAACCTGCTGTTGTCAAGAAAGATGACGACCAAGAGTATGAGCTTGACTTTGTGGATGACTATGAGAGGCCTGTACTGGAGAAATATGAAAAGATTAGCCCGACACCGATTGTCAGGGAGAAGAAAGAAAAAGAAACCAAGACTGAAAGCAGAAGAACTTCGATTCAAAGCGAGGTTGTATTATTATTCCCCTTACTTTTTTTAGTTTAG

Protein

MGVTDDFAPSFTQKPQLRQEDDGNKLVFECQLLASPKPEISWFRSDEQLQEDNRTKFKIQSIANNKFLVVLELDDVIETDAGLYKVKAKNKMGEVAASINLNFSPADEEKQKQPDGKAPTFARKPAIRQEDDGKRLIFECRIEAEPVPGVTWFHNAVEVKPGARHKLTVSKEGKSYYASLEINNVTVEDAGKYKVTAKNELGESNATISLNFDSDEAPVPEDFIKPTFTERPVIRQSDDGTKITFECRCVGKPKPTIAWYHGKKMIKESSRYKITLEEDQTLYHMARLEIIGVENSDRGEYRALAKNKHGEGVAKINLNFEGGDKPKIPDGKAPRFPKKPTIRQEGDLLIMECVLEAYPVPDITWFHGDREIKDGPKMKMSRKATGKDTFNLTLEILSPSKEDGGNYRCNAFNLFGESNANIALNFQGGDDENGFAPSFVEKPRIIPNEDGTLITMRCVCKAKPAAEVSWYRGTTVIKASSKIEIKSSKIEEDVYELFLLLTNPTAADGGAYRCHVKNEFGESNANINLNIEAEPEPEGEGPTFVEKPTIQSKDNGKLVIMGCKVKASPRPTIVWYHEGKEIKESSKIKTRIEVHEDIYTIILELIDPGIEDSGLYKCNIKNELGELNANLTLNIEIIPVIKEKPKIIKIVKKKTVIVECKVLSKFAPQCTWFKEASAVKEDSRHTVLIEPVREGEFAVKLEISNVSQTDKGSYKLVAKNEKGEATSQQVEITEIPEEKGEKPHIIKHLRSLARKENEEAEFIAVLKTSDQSCRCTWYKNSTVIRDTSEVNTSFDGTNARLIIRKVSSKYVANYRVVIKNEYGEDESSADLTIVDEKKKKKEEEEEEITVIEESEEEMSIVEEKSIIEENHVDEKKKNEEIRKKEEEKTTIEEKKTASKKVTKKGQITIENNQEEMEIESKKADSKVESKKIETKKEEIRKAELEAEEAKKNIEKKTNKTEEEKKALLEKLEKKKPEPEPEKKIEGIPKLKSVKPKEEPVETKKEVSKKSTEEKKKVVKKKVVAKKEEDEIEFVDDYERPVLEKYEKITPTPLAKKAKQDDTPKGKRASVSESVKSEQFSEDEPSIAEPTPEKKTKVEFNDKVDEDKAEPRRSSIKKGIPKPEEPVDELTNIKLSKKPSKQIEEPLEEPQVAKTKKPVRKPGDTDEFIDDYERPELEKYDKLTPTPLDKTKKVNGVDEADSKFVDDYEKPELEKYEKVAPTPKDKRRTSDTQDDVDMMKGKIKPKEKEEEPEMPTLRKRPVQKDKEQEPKPEEKPKTKSIKKDEPETKKRPSLKKKEVVEEEFVDDYERPVLEKYEKITPTPLEKKKKEDKKAEEETQSTTATRRRSVKDKESAKPEEDKKPDEETPSATATRRRSVKDKDNDKPEPMDVDENFSITKPKTPAKPGQEPETSLTHKTPAEIKPTEDEAEAKLHVKKPEIIEEKTLKRPSPKDKEPKEDDTEEAVSLSKPRKKTSTTAPEEAQLTQKTPAKKKLTEGAEAATLKVKKPAVVKKDDDQEYELDFVDDYERPVLEKYEKISPTPIVREKKEKETKTESRRTSIQSEVVLLFPLLFLV

Uniprot

NA

ProteinModelPortal

NA

PDB

3B43 E-value=2.09447e-32, Score=353

KEGG

105842996 no KO assigned | (RefSeq) titin-like

GO

GO:0005515 GO:0022891 GO:0005215 GO:0016021 GO:0022857 GO:0016491 GO:0016651 GO:0046835 GO:0006281 GO:0006259

Length:

1574

Number of predicted TMHs:

0

Exp number of AAs in TMHs:

0.00048

Exp number, first 60 AAs:

0

Total prob of N-in:

0.00000

outside

1 - 1574

Pi

22.760382

Theta

24.002016

Tajima's D

-0.79661

CLR

0

CSRT

0.178341082945853

Interpretation

Possibly Positive selection

Source	Sequence	Identity	Evalue
26822097	SIIEENHVDEK	100.00	2e-09
28467696	IEAEKDEIQAAIEEAEAAIEQEENK	100.00	2e-09
28467696	GEAFTSSTVYCTSK	100.00	0.002
26822097	KIEEETQSTTATR	100.00	0.042
28467696	DTSEAIEVIEIAIQQQIK	100.00	0.042

Sequence

Summary

Ontologies

Topology

Population Genetic Test Statistics

Multiple alignment of Orthologues

Gene Tree